JP7370643B2 - Partition structure and set of parts for it - Google Patents

Description

The present invention relates to a partition structure (opening/closing structure equipped with a partition panel) useful for partitioning an opening/closing space, and a set of members for forming the structure.

2. Description of the Related Art Partition structures using partition curtains or partition panels are used to partition various spaces such as meeting rooms, living rooms in homes, and conference rooms. Among such partition structures, a partition structure has been proposed in which magnets are disposed on opposing surfaces of a pair of elongated opening/closing members, and the partitioning members are attached to the opening/closing members.

Japanese Unexamined Patent Publication No. 2000-220355 (Patent Document 1) discloses that a large number of panels are movably supported along a hanger rail, and a plurality of adjacent panels are rotatably connected with hinges, and a plurality of adjacent panels are rotatably connected to each other with hinges, and A partition panel is described in which a leading stile is provided at the end of the panel, and the leading stile is suspended and supported from the hanger rail via a leading runner. This document describes that a magnet is provided at the top frame, the magnet is covered with a cover (cushion rubber) in an exposed manner, and the magnet is brought into close contact with a magnet receiver on a wall surface.

Japanese Utility Model Publication No. 3-31833 (Patent Document 2) discloses a pair of guide rods provided at both longitudinal ends of the lower end of a sliding door, a guide rail having a guide groove for guiding the guide rods, and a guide rail provided with a guide groove for guiding the guide rods. a cover (a closed body having a U-shaped cross section and a flange), which has the same length as the guide groove and is loosely fitted in the guide groove so as to be movable up and down; a magnet provided on each of the pair of guide rods; When the sliding door is closed, the magnet on the guide rod attracts the magnet on the cover, and as the cover floats up, the gap between the sliding door and the guide rail is closed, and the sliding door is closed. A gap closing device is described in which, when the guide rod is released, the magnet of the guide rod repulses the magnet of the cover and presses the cover against the guide groove of the guide rail to open the gap. That is, in the gap closing device of Patent Document 2, the gap between the sliding door and the guide rail is opened and closed by the cover using the repulsion and attraction of the magnet at the open position and the closed position of the sliding door.

Note that Japanese Patent Application Laid-open No. 2009-131589 (Patent Document 3) describes a pair of opposing members that are suspended from a rail member and can face each other, and a dovetail groove-like structure formed on the opposing surfaces of the pair of opposing members. A pair of opening/closing members is disclosed that includes a mounting recess, a magnet member mounted in the mounting recess with magnetic poles facing opposite to each other, and a mounting portion formed on the opposing member for mounting a partition sheet. ing. In such an opening/closing member, the magnetic members are mounted with opposite magnetic poles facing the mounting recesses that can face each other, so that the position does not shift due to the closing operation, and the position does not shift with respect to the axis of one opposing member. The other facing member can be brought into close contact with the other facing member.

JP2000-220355A (Claims 1 and 4, Figure 3) Publication No. 3-31833 (Claim 1 and Figure 1) JP 2009-131589 A (Claims, paragraphs [0024] [0026], Figures 1 and 2)

However, in the partition panel of Patent Document 1, the panel tends to swing around the hanger rail as a fulcrum as the panel opens and closes. Furthermore, when the panel swings, the position of the magnet relative to the magnet receiver shifts, making it impossible to simply and accurately position and close the panel. Furthermore, since the side edges of a plurality of adjacent panels are rotatably connected by hinges, the panel structure becomes complicated.

In the gap closing device of Patent Document 2, during the movement process in which the sliding door moves between the open position and the closed position, no magnetic force acts between the guide rod and the cover, so the sliding door moves while swinging, The sliding door cannot be moved smoothly.

Even in the opening/closing member of Patent Document 3, the opposing member and the partition sheet suspended from the rail member tend to swing as the opening/closing operation is performed, making it impossible to move the opposing member smoothly.

Further, in Patent Documents 1 to 3, although a predetermined space can be opened and closed by a partition sheet of a panel or an opposing member, even if an attempt is made to impart electrochemical functionality, power cannot be supplied to the adjacent panels and partition sheets. Therefore, the uses of adjacent panels and partition sheets are limited.

Therefore, an object of the present invention is to provide a partition structure (or opening/closing structure) and a set of members therefor, which are useful for supplying power to a partition member that can be opened and closed in a partition space and improving the functionality of the partition member. It's about doing.

Another object of the present invention is to provide a partition structure (or opening/closing structure) that can be positioned and reliably electrically connected even if one or more partition members (panels, etc.) are movable, and a set of members therefor. It is about providing.

Still another object of the present invention is to align a plurality of partition members (panels, etc.) adjacently when the space is closed, even if the plurality of adjacent partition members (panels, etc.) are rotatable. An object of the present invention is to provide a partition structure (or opening/closing structure) that is electrically connectable and useful for improving the functionality of the partition member, and a set of members therefor.

As a result of intensive studies to achieve the above object, the inventors of the present invention have found that when connectors are attached to opposing parts of a plurality of panels movable along a rail, the plurality of panels When a magnetic plug and a magnetic plug receiver are used as connectors, the magnetic plug and the magnetic plug receiver are magnetically attracted to each other, and the partition space can be closed with high positioning accuracy. It has been found that by adopting this structure and using a panel containing a photoelectric conversion film, etc., the functionality of the panel can be greatly improved. The present invention was completed based on these findings and further studies.

That is, the partition structure of the present invention comprises: [1] at least one partition member for partitioning a space; a moving mechanism capable of moving this partition member in a predetermined direction; the partition member, and this moving mechanism (rails); (or a moving mechanism along the guide member, etc.) for electrically connecting the opposing part facing the partition member that is movable by the partition member. That is, the partition member includes at least one partition member that is movable or slidable with respect to a movement regulating portion such as a wall, or a plurality of partition members that are movable or slidable in a direction relatively to each other away from or toward each other. There is. Therefore, the opposing portion may be a movement regulating portion (such as a wall portion where movement of the movable partition member is regulated) adjacent to and opposing the movable partition member, or a movement regulating portion adjacent to and opposing the movable partition member, or an opposing portion of the partition member that is movable relative to each other. It may be a department. In such a partition structure, the connector includes a first connector and a second connector that can be electrically connected to each other in a contact or non-contact manner. Further, the first connector and the second connector can be attached to at least the movable partition member and the opposing portion (including the opposing portions of the partition members adjacent to each other).

In the partition structure of the aspect [1], [2] a frame portion (attachment frame portion, attachment frame body) may be formed or attached along the moving direction of the partition member. A frame portion may be formed or attached to an end of the partition member (or along an upper end and/or a lower end of the partition member) with a predetermined length. Furthermore, the first connector and the second connector may be mounted or attached to the frame portion and the opposing portion (opposed to each other). Specifically, the partition structure of the aspect [1] or [2] may include [3] a plurality of movable partition members adjacent to each other, and these partition members have a movable structure that allows movement of the partition member. A frame portion (frame body, mounting frame, etc.) may be formed or attached along the direction. Further, the partition structure may include mounting members (mounting caps) that can be mounted on the frame portion facing each other, and a first connector and a second connector that are mounted on the opposing mounting members. .

In the partition structure of any one of these aspects [1] to [3], [4] the partition member may have a planar shape of a square or a rectangle. Wiring is not necessarily necessary, and a cordless power supply system may be employed to electrically connect the first connector and the second connector. The partition structure may have wiring for electrically connecting the first connector and the second connector.

For example, among the edges or ends of the adjacent square or rectangular partition members, at least one edge or end that intersects in a direction orthogonal to the movement direction of the partition member may be A frame portion (e.g., an arrangement path, a wiring frame having a passage such as a hollow path, and a first connector and a second connector that can be mounted or attached to an opposing part of the frame (wiring frame) and are connected to the wiring. You can leave it there.

More specifically, in the partition structure of any one of the aspects [1] to [4], [5] the plurality of adjacent partition members move the space horizontally, vertically, horizontally or The plurality of partitions may be openable and closable in the front-rear direction; (a) the first connector and the second connector may be attached to opposing parts of movable partition members that are movable adjacent to each other; (b) the plurality of partitions The member may include at least one movable partition member that is movable with respect to the movement restriction part (such as an opposing wall part fixed in position), and the member may include at least one movable partition member that is movable with respect to the movement restriction part (such as a facing wall part fixed in position), and that A first connector may be attached to the movable partition member adjacent to the movement restriction portion, and a second connector may be attached to the movable partition member adjacent to the movement restriction portion.

In any of the aspects [1] to [5], [6] the connector may include a magnetic plug and a magnetic plug receiver. That is, the connector may include a plug and a plug receiver that are electrically connectable to each other, or the plug and the plug receiver may be magnetically attracted to each other.

In any of the above aspects [1] to [6], [7] the partition member has at least one type of functionality selected from a photoelectric conversion film, a dimming or light shutter film, a light emitting film, and a heat generating film. The connector may include a film or a sheet, and the connector may be connectable to an electrode of the functional film or sheet.

Further, in any of the aspects [1] to [7], [8] the partition structure may be capable of opening and closing the opening/closing space in the left-right direction, the up-down direction, or the horizontal or front-back direction; The partition structure may have any of the following forms (A) to (C), for example.

(A) A plurality of the partition members may be movable in the left-right direction along a rail arranged in the horizontal direction via a runner; , and a pair of magnetic members that can be disposed in a form that can be magnetically attracted to each other in a non-contact state with a partition path for forming an opening/closing space with the partition member as the runner runs, or A pair of magnet members may be arranged with their magnetic poles facing opposite to each other.

(B) The plurality of partition members may be movable in the vertical direction along a rail arranged in the vertical direction via a runner.

(C) The plurality of partition members may be movable horizontally or in the front-rear direction along a rail arranged horizontally or in the front-rear direction via a runner.

In the embodiment (A), the moving mechanism is capable of running along a rail and includes a runner to which the partition member can be attached, and in the embodiment (B), the moving mechanism is located above the partition space, and includes a pair of moving mechanisms. The partition member may be provided with a vertical movement mechanism that can at least raise and lower the partition member between the pair of rails, and in the form (C), a horizontal or It may also include a back and forth movement mechanism. The form (C) has a pergola-like form, and the opening/closing space may be opened and closed horizontally or in the front-back direction.

In any one of the aspects [1] to [8], [9] in the aspect (A), the rail is disposed laterally and has at least one pair of running paths, for example, via a runner. The plurality of partition members may be movable in the left-right direction; the runners may be the following runners (I) or (II), and each partition member has at least one (1 or The rotating shaft members of the plurality of runners (I) or (II) may be rotatably attachable.

(I) at least one pair of wheels that can run along the pair of running paths of the rail; a support portion that rotatably supports the axles of the pair of wheels; and a mounting through hole formed in the support portion. and a rotating shaft member that can be rotatably mounted in the mounting through-hole in a non-removable state. A runner capable of running on a rail having at least a pair of running paths extending inward alternately and tilting downward in the extending direction, the runner being capable of sliding freely along the slit-shaped opening. A shaft member, and at least a pair of wheels that are independently rotatable in the circumferential direction of the rotary shaft member at a predetermined interval in the axial direction of the rotary shaft member, and that are capable of traveling on the running path. runner

The runner (I) includes at least one pair of wheels capable of running on at least one pair of running paths of the rail, a support portion that rotatably supports the pair of wheels, and the following (Ia) or (Ib). may be provided.

(Ia) A mounting member formed in the support portion and attachable to the partition member; (Ib) A mounting member formed in the support portion and rotatably mounted with respect to the mounting hole, and attached to the partition member. Rotating shaft member that can be attached to the member

The runner may further include a height adjustment member that can be attached to the rotating shaft member and whose height can be adjusted with respect to the rail.

In any of the aspects [1] to [9], [10] a lower frame portion is formed or attached to at least one end of the lower end portion of the partition member, and the opposing portion of the lower frame portion includes: A pair of magnetic members that can be magnetically attracted to each other may be attached.

In any of the aspects [1] to [10], [11] an upper frame portion and a lower frame portion formed or attached to the upper and lower ends of the partition member, respectively, along the moving direction of the partition member; It is equipped with a frame cover for covering the frame portion of the frame, and mounting members (caps) that can be attached to the upper frame portion, the lower frame portion, and both ends of the frame cover, and among these mounting members, A first connector and a second connector are attached to the opposing parts of the upper mounting member (cap) to face each other, and a pair of magnetic connectors that can be magnetically attracted to each other are attached to the opposing parts of the lower mounting member (cap). The members may be mounted opposite each other.

Furthermore, in any of the aspects [1] to [11], [12] an erected member that can be attached to a regulating wall portion where movement of the partition member is regulated; It may also include a first connector and a second connector attached to a portion facing the movable partition member.

[13] The present invention also includes a set comprising the partition member according to any one of aspects [1] to [12] and the connector to form a partition structure. The set of this aspect [13] may include [14] wiring for electrically connecting the first connector and the second connector. Furthermore, in the aspect [13] or [14], the set may include the rail and runner of the aspect [15] or [8] or [9].

Note that in this specification, "elongate" means an elongated shape whose length is larger than its width, and the "elongated member" may be referred to as "opposed member" or "rod-shaped member." In addition, a "magnetic member" may be "soft" or "hard", and a "magnetic member" containing resin (plastic) or elastomer is sometimes referred to as a "plastic magnet" or "rubber magnet member", and a soft resin A "magnetic member" containing (plastic) or elastomer is sometimes referred to as a "soft magnetic member." Furthermore, unless otherwise specified, "sheet" is used synonymously with "film".

In addition, the "frame part" of a partition member (panel, etc.) is used to include both a frame-shaped part formed integrally with the partition member and a frame body (mounting frame or frame member) that can be attached to the partition member. A frame attached to a partition member in a frame shape may be referred to as a "frame section" or "attachment frame section." In addition, a frame that can be attached to the upper part (upper end) of a partition member (panel, etc.) can be simply referred to as an "upper frame", "upper frame", or a frame that can be attached to the lower part (lower end) of the partition member. , sometimes simply referred to as "lower frame" or "lower frame." Further, a frame that can be installed upright may be simply referred to as an "erect frame."

The first connector may form an input or output connector and the second connector may form an output or input connector. Therefore, in this specification and claims, the first connector can be read as the second connector, and the second connector can be read as the first connector.

In the present invention, since power can be supplied to the partition member that can open and close the partition space, the functionality of the partition member can be electrochemically improved. Further, by using magnets, even one or more movable partition members (panels, etc.) can be positioned and electrically connected reliably. Furthermore, even if a plurality of adjacent partition members (panels, etc.) are individually rotatable, when the space is closed, the plurality of partition members (panels, etc.) can be aligned adjacently and electrically connected. Therefore, the functionality of the partition member can be greatly improved.

FIG. 1 is a schematic exploded perspective view showing an example of the partition structure of the present invention. 2 is a schematic exploded perspective view showing the upper mounting frame portion of FIG. 1. FIG. FIG. 3 is a schematic exploded perspective view showing the runner and upper mounting frame of FIG. 1. FIG. 4 is a schematic side view showing a state in which the upper mounting frame shown in FIG. 1 is attached. 5 is a schematic exploded perspective view showing the lower mounting frame portion of FIG. 1. FIG. FIG. 6 is a schematic perspective view showing the lower mounting frame portion and laying member of FIG. 1. 7 is a schematic perspective view of the current carrying assembly of FIG. 1. FIG. 8 is a schematic perspective view showing the input energization assembly of FIG. 1, FIG. 8(a) shows the front side of the input energization assembly, and FIG. 8(b) schematically shows the back side of the input energization assembly. FIG. FIG. 9 is a schematic exploded perspective view showing the input current supply assembly of FIG. 1. FIG. FIG. 10 is a schematic perspective view of the output energizing assembly of FIG. 1. FIG. FIG. 11 is a schematic exploded perspective view showing the output current supply assembly of FIG. 1. FIG. FIG. 12 is a schematic perspective view showing an example in which the current-carrying assembly of FIG. 1 is applied to a wall. 13 is a schematic exploded perspective view showing the output current-carrying assembly of FIG. 12, FIG. 13(a) is a schematic perspective view showing the front side of the current-carrying assembly, and FIG. 13(b) is a schematic perspective view showing the back side of the current-carrying assembly. be. FIG. 14 is a schematic perspective view for explaining the mechanism of the entrance and exit in the partition structure shown in FIG. FIG. 15 is a schematic perspective view showing a positioning and fixing mechanism for positioning the partition member. FIG. 16 is a schematic exploded perspective view showing a rail and a runner according to another example of the present invention. FIG. 17 is a schematic side view showing the rail and runner of FIG. 16. FIG. 18 is a schematic perspective view for explaining another doorway mechanism. FIG. 19 is a schematic perspective view for explaining another doorway mechanism. FIG. 20 is a schematic perspective view for explaining the mounting structure of the first runner shown in FIG. 19. FIG. 21 is a schematic perspective view for explaining the mounting structure of the second runner shown in FIG. 19. FIG. 22 is a schematic exploded perspective view showing another example of the partition structure of the present invention. FIG. 23 is a schematic side view showing the runner and upper mounting frame of FIG. 22. FIG. 24 is a schematic exploded perspective view showing the lower mounting frame portion of FIG. 22. 25(a) is a schematic exploded perspective view showing the first cap member in FIG. 24, and FIG. 25(b) shows the arrangement relationship of a pair of opposing first cap members in FIG. 25(a). It is a schematic diagram. 26(a) is a schematic exploded perspective view showing the lower mounting frame portion, frame cover, and first and second cap members in FIG. 24, and FIG. 26(b) is a schematic exploded perspective view showing the lower mounting frame portion in FIG. FIG. 3 is a schematic side view with the body cover attached. FIG. 27 is a schematic perspective view of the energizing assembly of FIG. 22. FIG. 28 is a schematic exploded perspective view of the input power supply assembly of FIG. 22. FIG. 29 is a schematic exploded perspective view of the output energizing assembly of FIG. 22. FIG. 30 is a schematic perspective view showing an example in which the current-carrying assembly of FIG. 22 is applied to a wall. 31(a) is a schematic exploded perspective view showing the mounting structure of the current-carrying assembly of FIG. 30, and FIG. 31(b) is a schematic diagram showing the mounting state of the current-carrying assembly of FIG. 30. FIG. 32 is a schematic perspective view for explaining another entrance/exit or storage mechanism. FIG. 33 is a schematic diagram for explaining the entrance/exit or storage mechanism of FIG. 32. FIG. 34(a) is a schematic perspective view showing another positioning and fixing mechanism for positioning the partition member, and FIG. 34(b) is a sectional view taken along the line II in FIG. 34(a).

The present invention will be described in detail below with reference to the accompanying drawings as necessary.

The partition structure (opening/closing structure) shown in FIGS. 1 to 11 includes a rail 1 that is suspended from a ceiling wall using a hanging member (bracket) 6 and extends in the horizontal direction; ); a plurality of longitudinally rectangular panels 21 connected to a single rotating shaft member (attachment member) 15 of this runner; An upper frame (wiring frame, mounting frame) 22a disposed at the upper end; energizing assemblies 31, 41 attached to both ends of the upper frame; a lower end (lower end surface) of the panel 21; A pair of magnet members 95a and 95b are provided in a non-contact state with opposite magnetic poles facing a partition path (opening/closing path) formed in the floor portion, and the plurality of panels 21 The space is partitioned to form a space that can be opened and closed. Note that the rail 1 and the runner 11, which can run along the rail and to which the panel 21 can be attached, form a traveling mechanism.

The rail 1 has a rail body 2 formed in a straight line and having a hollow rectangular frame shape in cross section, a slit-shaped opening 3 extending in the longitudinal direction (or movement direction) in the lower wall of the rail body, and a slit-shaped opening 3 on both sides of this opening. It is provided with a pair of running paths (guide paths) 4 formed on the lower wall of the section, on which the wheels of the runner 11 can run, and this running path has a V-shaped cross section. Note that locking recesses 5 are formed in the upper portions of both side walls of the rail main body, in which the claws of the hanging member can lock.

As shown in FIGS. 2 to 4, the runner 11, which can run on the pair of running paths of the rail, has a pair of front and rear wheels (predetermined in the running direction) each having a V-shaped outer periphery in cross section corresponding to the running path. A pair of front and rear wheels (front and rear wheels) 12 arranged at an interval of a support part 13, a mounting through hole 14 formed between the front and rear wheels 12 of this support part, and a rotating shaft member as a mounting member that can be rotatably mounted in the mounting through hole in a manner that prevents it from coming off. (Rotating shaft member) 15. Note that the bearing is mounted on a bearing mounting section 16 of the support section 13. That is, in the running state, the runner 11 is provided with one rotating shaft member (rotating shaft member) 15 that extends in the vertical direction and is rotatable or rotatable as a mounting member. The member 15 is formed of a bolt, and the head of the bolt prevents it from coming off from the mounting through hole 14. This rotating shaft member (or bolt) 15 is attached to the center (or center of gravity) of the upper end of the panel 21 in the longitudinal direction (or movement direction). When the panel 21 is attached to such a single rotating shaft member 15, the panel 21 tends to swing (sideways) as it travels, but the running path of the rail and the outer periphery of the wheel 12 are Since it has a V-shaped cross section, the swinging of the panel 21 can be effectively suppressed.

In this example, the top of the outer periphery of the wheel 12 (the acute top with a V-shaped cross section) is closer to the side inner wall of the rail than the valley (the lowest acute angle) of the V-shaped running path. It is located in In such a configuration, as the runner 11 runs, the wheels 12 run while being pressed outward against the V-shaped sloped running path of the rail, making the swinging of the panel 21 more effective. can be suppressed to In addition, since the wheel 12 is provided with a bearing, even if the wheel 12 runs in the above-mentioned pressing form, it can run smoothly on the runner 11.

In addition, by attaching the rotating shaft member 15 of the one runner 11 to the one panel 21, one opening/closing structure is formed, and in the illustrated example, the rotating shaft member 15 of the plurality of runners 11 is A plurality of adjacent panels 21 form an opening/closing structure that partitions a predetermined space in an openable/closable manner.

In order to align the height positions of the panels 21 by adjusting the distance between the rail 1 and the panel 21 (the distance in the height direction of the panel 21 with respect to the rail 1), the rotating shaft member (or bolt) 15 of the runner 11 is provided with a , a height adjustment member can be attached. In this example, the rotary shaft member 15 as a mounting member is formed with a threaded portion (or bolt threaded portion) 16 that can be attached to the upper end of the panel 21, and the height adjustment member is formed on the rotating shaft member 15 as a mounting member. 16 (two nuts 17a, 17b; a screw fastening member formed of a double nut). Specifically, the height adjusting member includes a first threaded member (nut) 17a of the threaded portion 16 that is threadedly located on the support portion side of the runner 11, and a first threaded member (nut) 17a that is threadedly located on the panel 21 side. The second screwing member (nut) 17b is attached to the upper end surface of the panel 21 via a washer (spring washer) 19. The flange portion 18 is provided with a flange portion 18 that can abut or contact a possible mounting plate 26 . In such a height adjustment member, the forward and backward movement (length adjustment movement) accompanying the screwing of the first screwing member 17a and the locking action accompanying the screwing of the second screwing member 17b are utilized. , the height of the panel 21 (or the distance between the rail and the panel 21) can be adjusted with respect to the rail, and the height of the panel 21 can be adjusted with respect to the rail, while maintaining the plurality of panels 21 in a horizontal direction with respect to the rail. The spacing of the panels 21 relative to each other can be maintained.

The panel 21 is formed of resin or plastic as a transparent panel. Therefore, even when the opening/closing space is closed by the panel 21, a spacious and open feeling can be provided. A frame body (hollow mounting frame portion) 22a is formed at the upper part (upper end portion) of the panel 21 to which the rotating shaft member 15 as a mounting member for the runner 11 can be attached along the moving direction of the runner 11. A frame body (mounting frame part) 22b is formed at the lower part (lower end part) of the panel 21 to which the first magnet member 95a can be attached along the longitudinal direction (or movement direction) over the entire length. .

As shown in FIGS. 2 and 3, the upper frame body (mounting frame part) 22a is a long frame body part (in this example, a frame body having a hollow rectangular frame shape in cross section) extending in the longitudinal direction (or moving direction). part) 23a, and a mounting wall part extending downward from one side of the frame main body part to which the upper end part of the panel 21 can be attached (in this example, a mounting wall part in the shape of an elongated rectangular frame with a hollow cross section). ) 24a, and the upper part of the frame main body 23a has a dovetail groove shape (in this example, both side walls of the frame main body 23a are connected to the upper surface of the frame main body 23a). A mounting recess (or mounting groove) 25a is formed in the shape of an L-shape that protrudes from the top and is bent inward. At the center of the longitudinal direction (or moving direction) of this mounting recess, the mounting plate (for positioning and mounting the shaft member 15 as a mounting member) that can slide the mounting recess (or mounting groove) 25a is provided. A positioning member) 26 is disposed, and this mounting plate is formed on a raised portion 27 at the center in the longitudinal direction (or moving direction), and has a screw thread into which the threaded portion 16 of the bolt as the rotating shaft member 15 can be screwed. It is provided with a mating hole (screw hole part) 27a and a long hole part 28a formed to extend in the longitudinal direction on both sides adjacent to the screw hole, and the upper wall of the frame body part 23a is provided with the screw hole part 28a. A hole portion 27b and a small hole portion 28b are formed corresponding to the mating hole (screw hole portion) 27a and the elongated hole portion 28a. The mounting plate 26 is attached to the upper wall of the frame main body 23a by screwing the screw 29 into the small hole 28b while adjusting the position of the mounting plate 26 using the elongated hole 28a. It is possible.

As shown in FIG. 1, FIG. 2, FIG. 4, and FIG. A mounting member (first connector) 33 and an output mounting member (second connector) 43 are mounted facing each other. That is, the current supply assemblies 31 and 41, which are provided with mounting members (mounting caps) 33 and 43 having shapes corresponding to the frame main body part 23a and the mounting wall part 24a, are mounted or mounted on both ends of the adjacent upper frame body 22a. installed. The energizing assemblies 31, 41 are connected to a wiring 32 arranged or housed in a hollow part (arrangement path) of the hollow frame main body part 23a of the upper frame body 22a, and are connected to the wiring 32 and An input mounting member (mounting cap) 33 and an output mounting member (mounting cap) 43 are provided at both ends (opposing portions where adjacent frame bodies face each other), respectively. The input mounting member 33 forms a first connector and the output mounting member 43 forms a second connector.

As shown in FIGS. 7 to 9, the input mounting member (first connector) 33 forms a magnetic plug, and the output mounting member (second connector) 43 forms a magnetic plug receiver. are doing. That is, the input mounting member (first connector) 33 has a concave area formed in a region corresponding to the frame main body part 23a of the upper frame body 22a on the front side (connection side) and a concave area formed on the rear side. , a cap main body 34 that has a concave-convex mounting wall corresponding to the open end of the upper frame body 22a (open end corresponding to the frame main body part 23a and the mounting wall part 24a), and can be mounted on the open end of the opposing part; a pair of current-carrying pins (terminals) 35 that protrude from the recessed region of the cap body and are connected to the wiring 32 via an L-shaped connection angle (connection member or fixed terminal); A magnet 37 is attached to the cap body between the two. That is, in the recessed region, a pair of current-carrying pins 35 protrude from both sides of the magnet 37 facing forward. In this example, a regulating portion 35a is formed at a predetermined portion in the axial direction of the current-carrying pin 35 to restrict entry into a mounting hole (not shown) formed in the recessed region, and the pair of current-carrying pins 35 are is installed in the mounting hole, the upright portion of the angle (fixed terminal) 36 is connected to the current-carrying pin 35 (for example, connected integrally by spot welding, pressure welding, etc.), and the angle (connection member) 36 The extending portion is connected to the wiring 32.

On the other hand, the output mounting member (second connector) 43 has a generally L-shaped form, as shown in FIGS. 23a, and an upper cap body 45 that can be attached to the remaining open end of the frame body 23a. A protruding area protruding toward the front side (connection side) is formed across the boundary area with the main body 45, corresponding to the recessed area of the input mounting member (first connector) 33. A magnet (plate-shaped magnet) 46 can be disposed in the lower cap body 44, and a magnet (plate-like magnet) 46 can be installed in the mounting grooves (the mounting grooves formed in the lower cap body 44 and the upper cap body 45) corresponding to both sides of the magnet. A pair of ferromagnetic plates (such as an iron plate) 47 can be attached, and the pair of ferromagnetic plates 47 are magnetized by a magnet (plate magnet) 46 . The end of the ferromagnetic plate 47 can face the magnet 37 of the input mounting member (first connector) 33 in the protrusion area, and is exposed or protrudes from the protrusion area. It can come into contact with the magnet 37.

Furthermore, holes into which the pair of current-carrying pins 35 can be inserted are formed in portions of the protruding area that correspond to the pair of current-carrying pins (terminals) 35 . That is, in the protruding area between the lower cap body 44 and the upper cap body 45 corresponding to the pair of current-carrying pins 35, that is, insulating parts on both sides of the pair of ferromagnetic plates 47, A pair of conductive spring members (connection spring members; terminals) 48 are disposed so that the pair of current-carrying pins 35 can be elastically contacted through the holes, and are connected to the wiring 32. The conductive spring member 48 has a U-shaped portion whose front wall can come into contact with the pair of current-carrying pins 35, a curved portion curved from the U-shaped portion, and a curved portion extending toward the rear to which the wiring 32 is connected. Equipped with a possible rear section. Note that the lower cap body 44 and the upper cap body 45 are integrally fastened with a screw member 49 and a nut 50.

When such energizing assemblies 31 and 41 are used, a plurality of panels 21 that can move or run adjacently along the rail 1 are connected to the input mounting member (first connector) 33 and the output mounting member (first connector). It can be electrically connected with the connector (2) 43. Moreover, since the input mounting member (first connector) 33 and the output mounting member (second connector) 43 form a magnetic plug and a magnetic plug receiver, multiple Panel 21 can be electrically connected. Furthermore, when such energizing assemblies 31 and 41 are used, they are located at at least one end of the plurality of panels 21 and are connected to the wall of the partition space (the regulating wall where the movement of the panels 21 is regulated). Power can also be supplied to the adjacent panel 21. For example, as shown in FIGS. 12 and 13, an upright frame body (hollow mounting frame part) 62 is attached to a regulating wall part (for example, a support part) 61 in an upright manner, and this upright frame body A current supply assembly 71 is mounted or attached to the upper part of the body 62 so that its height can be adjusted.

In detail, the erected frame body 62 includes a frame body 63 in the shape of a long hollow rectangle extending in the longitudinal direction, and a frame body 63 extending in the moving direction of the panel 21 from one side of the frame body to the upper frame body 63. The frame main body 63 is located on the panel 21 side (front side) and has a dovetail groove shape (to which a cushioning material etc. can be attached). In this example, mounting recess walls (or mounting groove walls) 64 protrude from both side walls of the frame main body 63 and are bent inwardly into an L-shape that narrows with respect to each other, and the opening is narrower than the deep part. a mounting wall 65 located on the regulating wall section 61 side (rear side) and attachable to the regulating wall section 61; A mounting hole (in this example, a mounting pin (slide pin) 79 of the current-carrying assembly 71 can be mounted) is formed in the groove wall 66 leading to the mounting wall 65 and on both sides (square frame portion) adjacent to the groove wall. , a ring-shaped mounting hole) 67. The mounting wall 65 of the upright frame body 62 can be mounted to the regulating wall portion 61 through the groove wall 66 with screws 69 or the like.

The energizing assembly 71 is equipped with a mounting member (mounting cap) 73 that can be mounted on the upper outer periphery of the upright frame 62, is connected to the wiring 72, and forms a second connector. The inside of the upper frame body (hollow mounting frame part) 22a is connected to the connection part (connection area) 74 having a U-shaped cross section to the first connector 33, and to the outer peripheral part of the upper part of the upright frame body 62. It is provided with a mounting part (mounting area) 78 having a U-shaped cross section and a partition wall 75 for dividing the frame into a mounting part (mounting area) 78, and the mounting part (mounting area) 78 is mounted to the frame main body 63. The mounting member (second connector) 73 also includes a hollow guide wall 80 extending from one side and attachable to the guide wall 68 .

The current-carrying assembly 71 connects the pair of current-carrying pins (terminals) 35 to a hole portion (the pair of current-carrying pins (terminals) 35 formed in a portion facing the first connector 33 of the front-side protruding area of the connection portion (connection area) 74) using a conductive spring member. (the hole for leading to the connection spring member or terminal) 48), and a pair of ferromagnetic plates 47 located at the opposing parts; wiring 72 connected to the conductive spring member (connection spring member) 48; an attachment hole 77 formed in the connection portion (connection area) 74 for attaching the attachment member (second connector) 73 to the regulation wall 61 with screws 81; The mounting pin 79 extends downward in the mounting portion (mounting area) 78 and is attachable to the mounting hole 67 of the upright frame 62 . Furthermore, the wiring 72 can be connected to an external power source.

This type of current-carrying assembly 71 of the adjacent panel 21 using such a current-carrying assembly 71 attaches the mounting pin (slide pin) 79 of the current-carrying assembly 71 to the mounting hole 67 of the upright frame 62. Then, adjust the height position of the second connector (attachment member) 73 with respect to the first connector 33, and attach the attachment member 73 to the regulation wall 61 using the attachment hole 77 with screws 81 or the like. Thereby, the height position of the energizing assembly 71 with respect to the upright frame 62 can be adjusted.

Furthermore, as the panel 21 moves, the upper frame 22a can be guided toward the regulating wall 61 by the guide wall 68 of the upright frame 62 and the hollow guide wall 80 of the energizing assembly 71. Moreover, although there is a possibility that a gap may occur between the side edge of the panel 21 adjacent to the restriction wall section 61 as a movement restriction section among the plurality of panels 21 and the restriction wall section 61, the moved panel The gap between the side edge of the panel 21 and the regulating wall section 61 can be covered by the guide wall 68 and the hollow guide wall 80, so that shaking of the side section of the panel 21 can be suppressed and the appearance can be improved.

Note that long cushioning materials (cushioning materials or packing) 90a and 90b are arranged on both sides of the upper end of the panel 21, and the outer cushioning material (or packing) 90b is placed against the mounting wall 24a. While being pressed or clamped with the holding plate 91a, fasten with screw members (bolts) 92a and nuts 92b (M6 hex bolts and nuts, etc.), and press the upper end of the panel 21 to the mounting wall 24a with the holding plate 91a. are doing. In addition, since the screw member (bolt) 92a and the nut 92b are used for fastening, members corresponding to the screw member (bolt) and nut (the presser plate 91a, the cushioning material (or packing) 90a, 90b, the panel 21, and the mounting wall section) are required. A through hole is formed in 24a). Further, in order to improve the appearance, caps or covers 93a and 93b are attached to the exposed head of the bolt 92a and the exposed end of the nut 92b.

As shown in FIGS. 5 and 6, the lower frame body (mounting frame portion or attachment frame portion) 22b is made of the same member as the upper frame body 22a, and is formed in a similar arrangement form to the upper frame body 22a. ing. Specifically, in the lower frame body 22b, the frame body part 23b corresponding to the frame body part 23a is located below, and the mounting wall part 24b corresponding to the mounting wall part 24a is located at one side of the frame body part 23b. It extends upward from the side in an L-shape. The lower frame 22b is disposed at the lower part (lower end) of the panel 21, and the rotating shaft member 15 of the runner 11 is not attached to it. In place of the mounting members 33 and 43, a mounting cap 94 for closing the opening is mounted, and the dovetail-shaped mounting recess 25b formed in the lower wall of the frame body portion 23b located at the lower portion has the above-mentioned Similar to the mounting structure of the upper frame 22a, the lower end of the panel 21 is attached to a cushioning material (or The lower end of the panel 21 is pressed onto the mounting wall 24b by a presser plate 91b while being held between the packings 90a and 90b.

Further, a long laying member 96 is attached to the partition path (opening/closing path) of the floor in correspondence with the lower frame body 22b of the panel 21 (or the rail 1), and this laying member is attached to the panel 21. A second magnet member 95b is mounted opposite to the first magnet member 95a of the lower frame body 22b of No. 21. Further, the first magnet member 95a and the second magnet member 95b are disposed in a non-contact state (with a predetermined height interval) with magnetic poles facing opposite to each other. In this example, the first magnet member 95a and the second magnet member 95b are arranged with a height interval of about 3 to 10 mm. The installation member 96 has a dovetail-shaped cross-sectional shape (the inner part is wider than the opening), and the second magnet member 95b is attached to the dovetail-shaped attachment recess 25b. ing.

It is formed on the floor or the like in correspondence with the lower end (or lower end surface) of the panel (partition member) 21 and the lower end (lower end edge) of the panel 21, and is formed on the panel 21 as the runner 11 runs. When a pair of magnet members 95a, 95b are disposed in a non-contact state with opposite magnetic poles facing a partitioning path (opening/closing path or division path) for forming an opening/closing space, a pair of magnetic members 95a, 95b are formed. With the magnetic attraction force, a plurality of panels can be aligned along the rails and partition paths while suppressing the swinging of the panels 21. Moreover, since the pair of magnet members 95a and 95b are in a non-contact state, the panel (partition member) 21 can be smoothly opened and closed. Furthermore, when the panel is suspended from the rotation axis (or rotation axis) 16 of one runner 11, the magnetic attraction force of the pair of magnet members 95a and 95b is strong in the opposing direction, but weak against lateral displacement. By using this, the panel 21 can be smoothly rotated around the rotation axis (or rotation axis), and adjacent panels 21 can be folded (or folded), allowing for easy folding and storage operations. It can be stored in a small storage space.

Note that a transparent protective material 97 is attached to both end portions (or side edge portions) of the panel 21 along the vertical direction to improve transparency when the plurality of transparent panels 21 are aligned, and to This prevents the panel 21 from coming into contact with the acute angles at both ends.

Further, by utilizing the fact that the panel 21 is rotatable or rotatable in the circumferential direction about the rotating shaft member 15 as a mounting member, the panel 21 located on at least one side of the plurality of panels 21 is may form an entrance/exit (or entrance/exit path). That is, a link member (guide bar) 101a may be rotatably supported at least between the rail 1 and the upper frame 22a to form an entrance/exit (or entrance/exit path).

For example, as shown in FIG. 14, a first shaft part (pivot part) 102a formed at one end of the rail 1, and an upper part (upper end part) of the frame main body part 23a of the upper frame body 22a. A first link member (guide bar) 101a is rotatably supported on a second shaft portion (pivot portion) 102b formed in the dovetail-shaped mounting recess 25; A third shaft portion (pivot portion) 103a formed at a portion of the laying member 96) corresponding to the shaft portion (pivot portion) 102a of the rail 1, and a lower portion (of the frame body portion 23b of the lower frame body 22b). A fourth shaft portion (pivot portion) 103b formed at a portion corresponding to the second shaft portion (pivot portion) 102b of the dovetail-shaped mounting recess (not shown) on the lower end portion). , a second link member (guide bar) 101b is rotatably supported. The second and fourth shaft portions (pivot portions) 102b and 103b are located at the longitudinal (or moving direction) central portions of the frame body portions 23a and 23b of the upper and lower frame bodies 22a and 22b of the panel 21, respectively. It is formed at a location that is offset (or offset) to one side from the location where the rotating shaft member 15 is attached.

In such an entrance/exit (or entrance/exit) structure, the panel 21 is supported or pivotally supported by the rotating shaft member 15 of one runner 11, and the space between the rail 1 and the upper frame 22a of the panel 21, as well as the floor part Since the first and second link members 101a and 101b are rotatably supported between the lower frame body 22b of the panel 21 and the lower frame body 22b of the panel 21, an entrance/exit door ( or input/output paths) can be formed with a simple structure.

In addition, in the panel 21 forming the entrance/exit (or entrance/exit path) structure, a current-carrying assembly is installed at one end of the upper frame (mounting frame) 22a of the panel 21 on the opposite side to the regulating wall 61. Alternatively, the current supply assembly may not necessarily be attached to the other end (for example, the end on the regulating wall 61 side).

Note that, as shown in FIG. 15, the lower part of the panel 21 may be positionable and fixable (temporarily fixed) by a positioning and fixing mechanism (or member). That is, the positioning and fixing mechanism is located at a location corresponding to the panel 21 (for example, a location corresponding to both sides of the panel 21 in the width direction (longitudinal or moving direction)) of the floor portion adjacent to the laying member. A hole member 105 that is provided (or buried) and has a hole opening upward, and a rod-shaped positioning member 106 that is attached to the panel 21 (lower mounting frame 22b) and that can be dropped into the hole of the hole member 105. We are prepared. This rod-shaped positioning member is attached to a hollow cylindrical body 107 attached to the lower attachment frame 22b via the attachment part 110, and is biased upwardly by a biasing member 109 into the hollow part of this tube. and a rod-shaped body 108 that is slidably disposed and can be locked at a predetermined height position of the cylindrical body. Specifically, the hollow cylindrical body 107 has a guide portion (guide slot) 107a extending in the axial direction from the upper end of the tube 107 in the shape of a slit leaving the lower end, and a predetermined portion of the guide portion. A locking portion (locking slot; for example, a positioning slot) 107b extends from the height position in the circumferential direction, and the rod-shaped body 108 extends from the side and engages the locking portion (locking slot). A locking lever portion 108a that can be locked is provided.

Therefore, the locking lever portion 108a is lowered along the guide portion (guide slot) 107a of the cylindrical body 107, the rod-shaped body 108 is dropped into the hole of the hole member 105, and the locking lever portion 108a is rotated in the circumferential direction. (Latching slot; positioning slot) By locking to the positioning slot 107b, the lower part of the panel 21 can be positioned and fixed, and swinging of the panel 21 can be suppressed. Further, by releasing the lock and raising the locking lever portion 108a along the guide portion (guide slot) 107a, the lower part of the panel 21 is released from the floor portion (unfixed state). I can do it.

If necessary, a plurality of locking parts (locking slots) are formed at intervals in the axial direction of the hollow cylindrical body 107, and the locking lever part 108a is connected to the lower or lower locking part. After releasing the lock (releasing the positioning fixation), the locking lever portion 108a may be locked to the upper or upper locking portion to release the positioning fixation.

In a partition structure (opening/closing structure) formed by a set of such members, a plurality of panels 21 are moved along the partition path (opening/closing path) using the magnetic adsorption force of the pair of magnet members 95a and 95b. They can be aligned to form a closed space. In particular, the input attachment member (first connector) 33 and the output attachment member (second connector) 43 of the energization assemblies 31 and 41 of the upper frame 22a and the energization assembly 71 of the upright frame 62 are used. Thus, the plurality of panels 21 can be electrically connected. Therefore, if a panel 21 in which the electrodes of a functional film that causes an electrochemical change (for example, a photoelectric conversion film, a light control film, etc.) and the wiring 32 are connected is used as the panel 21, a plurality of panels 21 can be moved. They can be aligned along the partitioning path (opening/closing path), and the function of the functional film can be expressed in a state where the partitioning space is closed. Furthermore, when the function of the functional film is not utilized, the plurality of panels 21 can be moved and stored to form an open space. Moreover, since the running path of the rail 1 and the outer circumference of the wheel 12 are each formed to have a V-shaped cross section, the swinging of the panel 21 can be effectively suppressed. In particular, since the panel 21 is attached to the rotating shaft member 15 of one runner 11, although the panel 21 is likely to swing (sideways) as it runs, there is a partition between the lower end of the panel 21 and the floor. Since the pair of magnet members 95a and 95b are arranged along the path (opening/closing path) at a predetermined interval with opposite magnetic poles facing, the swinging of the panel 21 can be suppressed more effectively. Moreover, each of the plurality of panels 21 can be moved in a folded state (folded state) by rotating or pivoting in a direction crossing the partition path (opening/closing path), if necessary. , can create an open space.

16 and 17 show aspects of rails and runners according to other examples of the present invention. In FIGS. 16 and 17, the rail 111 includes a rail body (supporting wall) 112 that extends vertically in the shape of a plate, and wheels 122 of a runner 121 that extend in both directions from the lower and upper ends of the rail body. A pair of running paths 114 each having a U-shaped cross section are provided. The runner 121, which can run on the pair of running paths 114, has an outer circumference with a U-shaped cross section, and has two pairs of wheels (a pair of wheels located at the front and rear in the running direction, respectively) that can run on the running path 114. ) 122 and the axle portion 122a of the pair of wheels are rotatably supported at a portion adjacent to the wheel 122 via a bearing or a bearing, and extend from the axle portion in a U-shape/U-shape. A support part 123, a mounting hole formed in the flat bottom of the support part, and a rotating shaft member 125 formed with a bolt and rotatably mounted to the mounting hole in a state where it does not come off downward. Similarly to the above, this rotating shaft member has a screw thread attached to the upper wall or upper frame body (mounting frame portion) 22a of the panel 21 as a partition member, or the mounting plate (not shown). A mounting portion (threaded portion) 126 is formed that can be mounted by fitting the screw. Note that in this example as well, the bearing is mounted on the bearing mounting portion 127. Further, similarly to the above, a height adjustment member formed by double nuts 127a and 127b can be attached or screwed to the threaded portion.

Even in such a traveling mode, even if the panel 21 serving as a partition member is moved, the pair of traveling paths 114 having a U-shaped cross section and the wheels 122 having an outer peripheral portion having a U-shaped cross section can move the panel 21 serving as a partition member. The swinging of the panel 21 can be suppressed, and, similarly to the above, the swinging of the panel 21 can be suppressed using the magnetic attraction force of the pair of magnet members.

FIG. 18 is a schematic perspective view for explaining another doorway mechanism, and in this example, a link member is used.

As shown in FIG. 18, among a partition member row formed of a plurality of partition members, a side wall portion ( The erecting frame 62 is formed as a shaft supporting member (side wall erecting member, etc.) 131 adjacent to the shaft 42a of the rail 1, but not on the first shaft 42a of the rail 1. One end of the first link member 101a is rotatably supported on a first shaft part (pivot part) 132a of a support member (erecting member, etc.) 131, and an upper frame body (mounting frame) The other end of the first link member 101a may be rotatably supported on the second shaft portion (pivot portion) 102b of the frame body portion 23a of the frame body portion 22a. In this example, the shaft support member (side wall erected member, etc.) 131 has a wall portion similar to the guide wall 68 that can restrict the rotation of the partition member 21, and the side edge of the partition member 21 It is formed as a rotation regulating wall (or shielding wall) 137 that can shield the portion. In addition, a second link member ( guide bar) is not supported.

19 to 21 are schematic perspective views showing other entrance/exit structures, in which the partition member (panel 21) is movable with a main rail 141b (a main rail for opening and closing the opening/closing space with the partition member 21). , the cross rails 141a that intersect in the direction orthogonal to this rail have the same structure as the rail (main rail) 1, and the open end of the main rail 141b is connected to the cross rail 141a. A main rail 141b and a cross rail 141a are disposed in such a manner that they are closed by side walls, and a cap (Fig. (not shown) is installed. The intersection between the main rail 141b and the cross rail 141a is supported by an erected frame (hollow mounting frame) 142, and a current-carrying assembly 171 is mounted on the upper part of this erected frame in the same way as above. mounted or attached so that its position can be adjusted. Further, an energizing assembly (not shown) is also attached to a portion of the partition member 21 that faces the energizing assembly 171 of the upright frame body 142 (an end of the upper mounting frame portion 22a). First and second runners 151a, 151b are attached to the cross rail 141a and the main rail 141b, with rotating shaft members 155a, 155b attached to the upper end of the partition member 21 at different lengths or in different moving directions. are arranged so that they can each be runnable.

That is, the end portion located on the cross rail 141a side of the upper end portion of the frame main body portion 23a of the upper mounting frame portion 22a of the partition member 21 forming the entrance/exit (or entrance/exit path), and the longitudinal or movement of the partition member 21. Threaded portions 156a and 156b of rotating shaft members 155a and 155b of the first and second runners 151a and 151b similar to those described above are rotatably attached to the central portions (or center of gravity) of the directions, respectively. There is. Note that, as described above, the rotating shaft members 155a, 155b are rotatable or rotatable relative to the support portions 153a, 153b of the first and second runners 151a, 151b. Further, a threaded portion 156b of a rotating shaft member 155b of the second runner 151b is screwed into the center portion (or center of gravity) of the partition member 21 via the mounting plate 26, and a double nut (fastening member) The height is adjusted with 157b.

On the other hand, a mounting bracket 158 extending in a direction perpendicular to the longitudinal direction or moving direction of the partition member 21 is attached to the end of the partition member 21, and a first runner is attached to the extending end of the mounting bracket. A threaded portion 156a of a rotating shaft member 155a of 151a is screwed together, and the height is adjusted with a double nut (fastening member) 157a. That is, the rotating shaft member 155a, which can pivot or rotate with respect to the support portion 153a of the first runner 151a, is attached to the extending end of the mounting bracket 158, displaced from the axis of the cross rail 141a.

The wheels 152a of the first runner 151a are movably mounted on the intersecting rail 141a, and the wheels 152b of the second runner 151b are movably mounted on the main rail 141b. Therefore, by rotating the partition member 21 forming the entrance/exit (rotating by pressing or pulling the sides of the partition member 21), the second runner 151b approaches the intersection along the main rail 141b. As the first runner 151a moves toward or away from the intersection, the first runner 151a moves toward or away from the intersection along the intersection rail 141a, thereby forming an entrance/exit (or entrance/exit path).

The partition structure (opening/closing structure) of the present invention can be constructed in various ways.

For example, the structure of the rail and runner only needs to be such that the runner can run along the rail, and as shown in FIGS. 22 and 23, the rail 201 has a U-shaped cross section with an opening at the bottom and an opening at the top. a wall, two side walls 202 extending in opposition from both sides of the upper wall, and two pairs of walls 202 extending inwardly from the side walls 202 at different heights, with their tips spaced apart from each other. The two pairs of opposing extending walls 204 extend from the lower part of both side walls 202 and form a slit-shaped opening 203. A second opposing extending wall (upper extending wall) 204b located above the first opposing extending wall 204a. The upper surfaces of the first and second opposing extending walls 204 are respectively formed as inclined surfaces that are inclined downward inwardly (in the extending direction), and the height positions of these inclined surfaces are different from those of the first and second opposing extending walls 204. The opposing extending walls 204 are alternately formed. That is, in the first opposing extending wall (lower extending wall) 204a, the height position of the inclined surface of one extending wall 204c is formed higher than the inclined surface of the other extending wall 204d, and In the facing extending wall (upper extending wall) 204b, the height position of the inclined surface of one extending wall 204e is formed lower than the inclined surface of the other extending wall 204f. Therefore, one extending wall 204e of the first opposing extending wall and the other extending wall 204f of the second opposing extending wall can be formed as running walls that can come into contact with the rotating member of the runner 211, and the The other extending wall 204d of the first opposing extending wall and the extending wall 204e of one of the second opposing extending walls allow the runner 211 to run in a non-contact state with the rotating member. It can function as a regulating wall that regulates inclination. In this way, the first running wall 204a and the second running wall 204b are formed to alternately extend from different positions in the height direction on the inner walls of the both side walls 202.

At the corners of the first running wall 204a, the second running wall 204b, and the inner walls of both side walls 202, the rotating member of the runner 211 is excessively displaced from the running path (slanted surface) (running deviation). In order to restrict this, restriction wall portions (restriction step portions) 207, 208, and 209 are formed to protrude inward.

Furthermore, in order to be able to extend the rail 201 by connecting them to each other with connecting pins (not shown), the four corners of the rail 201 are provided with connection grooves 210a each having an arcuate (or C-shaped) cross section with a narrow opening. , 210b, 210c, and 210d are formed. Further, mounting grooves 205a and 205b having a U-shaped cross section are formed on the outer walls of the corner portions of the upper wall and both side walls 202, and are capable of fitting or attaching to brackets for attaching the rail 201 to a predetermined location. ing.

On the other hand, the runner 211 includes a shaft member 215 having a circular cross section that can freely slide along the lower opening (slit-shaped opening) 203 of the rail 201, and an axial direction (in the illustrated example, vertical direction) of the shaft member 215. The shaft member 215 contacts the running paths (contact surfaces) of the running walls 204a and 204b of the rail 201 at a predetermined interval in the circumferential direction (in the illustrated example, the lateral or horizontal direction) of the shaft member 215 at a predetermined interval. The wheel part 212 is equipped with a pair of rotatable wheel parts 212 mounted or attached to the shaft member 215, and the wheel part 212 is equipped with ball bearings (a first ball bearing and a second ball bearing) which are rotatable in the circumferential direction. (not shown), and a resin layer or resin part (not shown) covering the outer ring of each ball bearing in order to reduce running noise. That is, the shaft member 215 forms a rotary shaft member 215 that is rotatable with respect to the wheel portion 212, and each wheel portion 212 contacts the inclined surface of the running wall 204a, 204b and rotates around the shaft member 215. It is possible to run along the rail 201 while rotating in the direction. In this way, since the pair of wheel parts can rotate or rotate in the lateral direction (circumferential direction or horizontal direction) with respect to the longitudinal direction (axial direction) of the transfer shaft member, it is possible to curve or bend (for example, right angle Even on curved rails (or curved or bent portions of rails), it is possible to run smoothly without derailing.

In this example, the rotating shaft members 215 of the two runners are connected to the frame body portion 223a of the upper frame (mounting frame portion) 222a at a predetermined interval using the mounting plate 226 or the like in the same manner as described above. It can be attached to a dovetail-shaped mounting recess (or mounting groove) 225a formed in the. The rotating shaft member 215 of such a runner includes two threaded members (two nuts) 217a that can be threaded into the threaded portion in order to adjust the distance between the rail and the panel, as described above. 217b can be screwed together.

Further, as described above, the upper end of the panel 221 can be attached to the attachment wall 224a of the upper frame (attachment frame) 222a, and the upper end of the panel 221 can be attached to the attachment wall 224b of the lower frame 222b. The lower end can be attached. That is, similarly to the above, long buffering materials (cushioning materials or packing) 290a and 290b are arranged on both sides of the upper and lower ends of the panel 221, and the mounting walls 224a and 224b are The outer cushioning material (or packing) 290b is pressed or clamped by the holding plate 291b, and is fastened and crimped with a screw member (bolt) 292a and a nut 292b.

A transparent protective material 297 is attached to both ends (or side edges) of the panel 221 along the vertical direction, and a side frame 298 is attached to this protective material, and a partition member (panel 221) is effectively suppressed.

A long laying member 296 is attached to the partition path (opening/closing path) of the floor in correspondence with the lower attachment frame portion 222b (or the rail 201) of the panel 221, and the lower attachment frame of the panel 221 is The first magnet member 295a attached to the portion 222b and the second magnet member 295b attached to the laying member 296 face each other.

A pair of frame covers 301 can be attached or attached to both sides of the upper and lower frames (mounting frame parts) 222a and 222b in order to improve the appearance. That is, mounting screws (screws with bushes) 302 equipped with bushes can be screwed onto the side walls of the frame main bodies 223a, 223b of the upper and lower frames (mounting frame parts) 222a, 222b, and the screws with bushes 302 is capable of locking or holding a pair of frame body covers 301 attached along both side walls of frame body parts 223a and 223b. The frame cover 301 includes a curved portion 303 that can be engaged with the mounting walls 224a, 224b of the upper and lower frames (mounting frame portions) 222a, 222b or the presser plate 291b of the panel 221, and a side wall extending from the curved portion 303. part 304, an intermediate wall part 305 which extends from an inner wall in the middle of the side wall part 304 and is provided with a bent wall capable of contacting the side wall of the frame main body part; It is provided with a bent part 306 that can come into contact with the side wall of the frame main body part, and the inner wall of the curved part 303 and the intermediate wall part 305 have screw holes 307 that are open to face each other and have an arcuate cross section. A connecting portion is formed to extend, and an engaging extension portion 308 is formed on the intermediate wall portion 305 and the bent portion 306, which can engage with the bush of the bushing screw when the frame cover is attached. has been done. Furthermore, a dovetail-like mounting groove 309 with a narrow opening is formed in the bent portion 306, and this dovetail-like mounting groove 309 is provided with a shield for shielding the runner and improving the appearance. A member (in this example, a brush-like shielding member) 310 can be attached.

Further, among the upper frames, a current-carrying assembly 431 is provided at a facing portion of the upper frame (wiring frame, mounting frame) that is movable at least along the rail (a portion facing the facing portion of the adjacent upper frame 222a). , 441 can be attached. In this example, as shown in FIG. 27, the energizing assemblies 431 and 441 are input mounting members that can be mounted or attached to opposing parts of the upper frame 222a (the frame main body 223a and the mounting wall 224a), respectively. (first connector, mounting cap) 433, output mounting member (second connector, mounting cap) 443, and these input mounting members 433 are formed at intervals in the vertical direction, and frame main body portion 223a It is provided with an energizing pin (connection terminal) 435 that can be connected to the wiring 432 in the hollow part (arrangement path).

Similarly to the above, as shown in FIGS. 22, 27, 28 and 29, the input mounting member (first connector) 433 forms a magnetic plug, and the output mounting member (second connector) 443 forms a magnetic plug receiver. That is, the input mounting member (first connector) 433 is formed on a cap body 434 that can be mounted on the open end of the upper frame 222a, and on the front side (connection side or opposite side) of this cap body 434. and a mounting portion (not shown) formed on the rear side of the cap body 434 (mounting side to the upper frame body) and corresponding to the open end of the upper frame body 222a; As described above, the main body 434 is connected to an L-shaped connection angle (connection member or fixed terminal) 436 located on the rear side of the cap main body 434, protrudes in the recessed region, and is connected to the wiring 432. A pair of current-carrying pins (terminals) 435 and a magnet (plate-like magnet) 437 mounted vertically on the cap body between the pair of current-carrying pins 435. In this example as well, a restricting portion 435a is formed at a predetermined portion in the axial direction of the current-carrying pin 435 to restrict entry of the recessed region into the mounting hole (not shown), and the bent portion of the angle 436 is It is connected to the current-carrying pin 435 (for example, connected integrally by spot welding, pressure welding, etc.), and the extending portion of the angle (connection member) 436 is connected to the wiring 432. That is, in the recessed region, a pair of current-carrying pins 435 protrude from both sides of the magnet 437 facing forward.

Further, on the rear side of the cap body 434 of the input mounting member (first connector) 433, a guide wall 440 protrudes to facilitate mounting on the open end of the upper frame 222a, and a guide wall 440 protrudes from both sides of the cap body 434. An intrusion regulating wall (a regulating portion protruding laterally) 438 for regulating excessive intrusion of the cap body is formed at the lower part of the cap body 434, extending in the vertical direction, and extending from the upper end of the panel 221. A panel mounting recess (notch recess) 439 for mounting is formed. Note that the cap body 434 has a cutout portion (for example, in the illustrated example, a cutout portion extending from the rear side to the front side in the lower part of the cap body) in order to suppress distortion during resin or plastic molding. etc.) are formed.

On the other hand, the output mounting member (second connector) 443 has a cap body 444 formed of a pair of connector members (cap members) that can be fastened to each other with a screw member or screw 449, as shown in FIG. The cap body (the pair of connector members) has a protrusion area that protrudes toward the front side (the connection side or the opposite side) corresponding to the recessed area of the input mounting member (first connector) 433. , is formed across the boundary area of the pair of connector members, and a magnet (plate magnet) 446 can be disposed in the pair of connector members, and a pair of strong A magnetic plate (such as an iron plate) 447 can be attached, and this pair of ferromagnetic plates 447 can be magnetized by a magnet (plate magnet) 446 . Note that a magnet (plate-like magnet) 446 and a pair of ferromagnetic plates (such as iron plates) 447 can be attached across the boundary area between the pair of connector members. The end of the ferromagnetic plate 447 is exposed or protrudes from the protrusion area, faces the magnet 437 of the input mounting member (first connector) 433, and is capable of contacting the magnet 437. be.

Furthermore, a hole 442 into which the pair of current-carrying pins 435 can be inserted is formed in a portion of the protruding area that corresponds to the pair of current-carrying pins (terminals) 435 . That is, the pair of current-carrying pins 435 are inserted through the holes 442 into the protruding areas corresponding to the pair of current-carrying pins 435, that is, the insulating portions on both sides of the pair of ferromagnetic plates 447. A pair of conductive spring members (connection spring members; terminals) 448 are provided, each of which can be elastically contacted and connected to the wiring 432. This conductive spring member 448 has the same form as described above (form having a U-shaped part that can be contacted with the pair of current-carrying pins 435, a curved part, and a rear part to which the wiring 432 can be connected). .

Note that, like the cap main body 434 of the input mounting member (first connector) 433, the rear side of the cap main body of the output mounting member (second connector) 443 has a cap for the open end of the upper frame 222a. A guide wall 440 protrudes, intrusion restriction walls (restriction parts protruding laterally) 438 are formed on both sides of the cap body, and a panel for attaching the upper end of the panel 221 is formed at the bottom of the cap body. A mounting recess (notch recess) 439 is formed. Further, the cap body is formed with a cutout (for example, a notch formed in the lower part of the cap body as described above) in order to suppress distortion during resin or plastic molding.

When such energizing assemblies 431 and 441 are used, similarly to the above, the input mounting member (first connector) 433 as a magnetic plug and the output mounting member (second connector) 443 as a magnetic plug receiver. Using this, it is possible to electrically connect a plurality of panels 221 that can be moved or run adjacently along the rail 201 without being displaced. Furthermore, when such energizing assemblies 431 and 441 are used, as described above, they are located at at least one end of the plurality of panels 221 and are located on the wall of the partition space (the movement of the panels 221 is regulated). Power can also be supplied to the panel 221 adjacent to the regulating wall (or the fixed wall).

In such a partition structure (opening/closing structure), for example, as shown in FIGS. 30 and 31, an upright frame 462 is erected on a regulating wall portion (for example, a fixed wall portion such as a column portion) 461. It can be installed in any condition. The upright frame body 462 includes a frame body 463 that extends in the longitudinal direction and has a long U-shaped cross section and is provided with a mounting wall 465 that can be attached to the regulation wall portion 461, and one of the frame bodies 463. An extending wall portion 468 extending from the side in the moving direction of the panel 221 and an inner wall adjacent to the opening of the frame body 463 are formed to extend (or protrude) opposite to each other, including the inner wall. and a pair of clamping walls 464 having a clamping recess wall 464a having a U-shaped cross section, and the opening tips of the clamping recess walls 464a are bent in a direction toward each other to narrow the opening width. forming a section.

Note that the extending wall portion 468 can function as a guide wall 468 that can guide the upper frame body (hollow mounting frame portion) 222a of the panel 221. Further, the mounting wall portion (the guide wall) 468 can cover the gap between the restriction wall portion 461 and the side edge of the panel 221 adjacent to the restriction wall portion 461, and suppresses the shaking of the side portion of the panel 221. At the same time, you can improve the aesthetic appearance.

A current supply assembly 471 is mounted or attached to the upper part of the erected frame 462 so that the height position thereof can be adjusted. That is, the energizing assembly 471 is disposed at a predetermined height position in the hollow part (slide mounting recess) having a U-shaped cross section in the frame body 463, and is clamped to the upright frame body (hollow mounting frame part) 462. It can be attached using a mechanism. That is, among the clamping walls 464 of the frame body 463, the upper and lower clamping walls 464 (the inner clamping wall of the pair of clamping walls) of the current-carrying assembly 471 are disposed at a predetermined height position. A pair of upper and lower clamping plates 482 are clamped by screw members 481, and the energizing assembly 471 can be positioned and fixedly mounted.

Note that this current supply assembly 471 includes an output mounting member (second connector, mounting cap) 473 that can be connected to a wiring 472, and the wiring 472 can be connected to an external power source.

Furthermore, a rubber cushion member 483 is slidably attached to the pair of sandwiching walls. That is, the cushion member 483 includes a cushion main body 484 having a hollow portion having a semicircular or crescent-shaped cross section, and a mounting member extending from both ends of the cushion main body 484 and attachable to the pair of clamping walls 464. The extension portion 485 is provided. In this example, the cushion member 483 has a flat part 484a extending in the width direction, and an arc shape that curves and bulges out from the flat part, leaving both side parts (attachment extension parts) 485 of the flat part. portion 484b, and the hollow portion is formed between the flat portion and the arcuate portion to improve cushioning properties.

As shown in FIGS. 24 to 26, mounting caps 501 are mounted on both ends of the lower frame body 222b. This mounting cap 501 includes a pair of first cap members 502 equipped with mounting portions 504 that can be mounted on both end openings of a lower frame body, and a pair of first cap members 502 that are adjacent to both sides of the first cap member 502 to cover the frame body. A pair of second cap members 503 that can be attached to the openings of 301 are provided.

Among the pair of first cap members 502, one first cap member 502a that can be attached to one end of the lower frame body is attached to correspond to the frame main body portion 223b and the mounting wall portion 224b. From the possible cap body 505 and both sides of the cap body 505 on the side of the part corresponding to the frame body part 223b and facing the other first cap member 502b, to the frame body part 223b. A cap fixing part 508 extends like a tongue in the mounting direction and is used to fix the first cap member 502a to the frame main body part 223b with a screw 507, and a part facing the other first cap member 502b (front The storage recess 506a is formed in the wall) and has a housing recess 506a in which a magnet receiver (ferromagnetic plate made of iron or the like, magnet catch, etc.) 510a can be arranged and fixed with screws. A notch is formed between the cap body 505 and the cap fixing part 508, into which the side wall of the frame body 223b can be inserted or attached. Therefore, with the side wall of the frame main body part 223b inserted or attached to the notch, the side wall of the frame main body part 223b and the first cap member 502a are connected using the hole of the cap fixing part 508. They can be fastened and fixed together with screws 507.

Note that a convex regulating part 509 is formed on the side wall of the cap fixing part 508 to prevent the first cap member 502 from excessively intruding into the frame main body part 223b and the mounting wall part 224b. There is.

The other first cap member 502b that can be attached to the other end of the lower frame has a structure that is approximately symmetrical with respect to the one first cap member 502a. A rectangular frame-shaped wall 506b that can be attached to the inner wall of the accommodation recess 506a of the one first cap member 502a is formed at a portion facing the first cap member 502a, and within this rectangular frame-shaped wall 506b, the A magnet 510b that acts magnetically with the magnet receiver 510a is provided and can be fixed with screws. Therefore, the opposing portions of the lower frames of the partition members can be magnetically attracted with the rectangular frame-shaped wall 506b accommodated in the accommodation recess 506a, and adjacent partition members can be aligned.

The pair of second cap members 503 have a shape corresponding to the opening of the frame cover 301 and extend from the inner wall of the curved portion 303 and the intermediate wall portion 305 of the frame cover 301. It includes a screw hole portion 521 formed corresponding to the screw hole portion 307 of the connecting portion, and a dovetail-like mounting groove 522 formed corresponding to the bent portion 306 of the frame cover 301. Therefore, the first cap member 502 is attached to the frame main body part 223b and the mounting wall part 224b, and the second cap member 503 is attached to the frame cover 301 adjacent to both sides of the first cap member 502. The frame cover 301 is attached to the opening and screwed together with the screw 523 using the screw hole 307 of the connecting portion of the frame cover and the screw hole 521 of the second cap member 503. It can be fastened to the second cap member 503.

Note that the input mounting member (first connector, mounting cap) 433 and the output mounting member (second connector, mounting cap) 443 mounted on both ends of the upper frame are attached to the first cap member 502. Equivalent to. Therefore, on both sides of the input mounting member 433 and the output mounting member 443 attached to both ends of the upper frame, a pair of second caps are provided adjacent to the input/output mounting members 433 and 443, respectively. A member 503 is attached. The shielding member (brush-like shielding member, etc.) can be disposed in the dovetail-like mounting groove of the second cap member 503.

In such a partition structure (opening/closing structure), even if two runners (rotating shaft members) are attached to one partition member (panel), the partition member can move between the main rail and the cross rail as described above. You can use this to form an entrance/exit. In addition, in such a partition structure (opening/closing structure), an entrance/exit can be formed using at least one intersecting rail, and in addition to the main rail and the intersecting rail on which the partition member is movable, the partition member can be guided and stored. The entrance/exit and storage section may be formed using the guide rails. That is, a main rail on which the partition member is movable, and two intersecting rails that intersect with this rail (first and second intersecting rails that branch from the main rail to the same side and extend in orthogonal directions). and a guide rail that connects two intersecting rails at a predetermined interval in parallel with the main rail. The running paths of the main rail, the crossing rail, and the guide rail (the crossing rail and the guiding rail are also collectively referred to as a guide rail) may communicate with each other to form a loop-shaped running path. Two runners attached to different lengths or moving directions of the partition member may be mounted on the guide rail so that they can run, thereby forming an entrance/exit (or entrance/exit structure) and a storage section (or storage structure). .

FIG. 32 is a schematic perspective view of another doorway or storage structure, and FIG. 33 is a schematic diagram of this doorway or storage structure. In this example, the partition members (panels) 621a and 621b to which the rotating shaft members of two runners are attached at a predetermined interval in the movement direction are movable main rails (the partition members 621a and 621b open and close the opening/closing space). 673b, and two intersecting rails that intersect perpendicularly to this rail (in the illustrated example, two intersecting rails extending from the main rail to one side at a predetermined interval) 673a, 673c, and a guide rail 673d that connects the two intersecting rails parallel to the main rail at a predetermined interval. The two intersecting rails include a first runner 681a that is the first runner among two runners attached to a first partition member 621a located on the end side (entrance/exit side) of the main rail among the plurality of partition members. is a first cross rail (a first cross rail capable of forming an entrance/exit with a first partition member) 673a that can be guided via the main rail 673b, and at least one cross rail that follows the first partition member 621a. The first runner 691a at the head of the second partition member 621b is connected to a second intersecting rail that can be guided via the main rail 673b (a second intersecting rail that can be used to accommodate a subsequent second partitioning member). rail) 673c. The two crossing rails 673a, 673c and the guide rail 673d each have the same structure as the rail (main rail) 673b. The running walls of each rail communicate with each other in a rectangular (or closed loop) manner so as to be able to go around, and form a storage section 693 in which the partition members (panels) 621a and 621b can be stored.

More specifically, in this example, the end located on the cross rail 673a side of the upper end portion of the frame main body portion 223a of the upper mounting frame portion 222a of the first partition member 621a forming the entrance/exit (or entrance/exit path) and the center portion (or center of gravity) in the longitudinal direction or movement direction of the first partition member 621a are threaded portions of the rotating shaft members of the first and second runners 681a, 681b similar to those described above. (not shown) is rotatably attached. On the other hand, in the second partition member 621b that forms an opening/closing space, similar to the above-mentioned The threaded portions (not shown) of the rotating shaft members of the first and second runners 691a and 691b are rotatably attached. In the second partition member 621b, the first and second runners 691a and 691b are spaced apart so that they can simultaneously run on the main rail 673b and the guide rail 673d (the first and second runners 691a and 691b intersect). The rails 673a and 673c are attached at intervals of approximately the same length.

That is, in such an opening/closing structure, the leading (first) runner 681a of the first partition member 621a moves forward toward the intersection of the main rail 673b and the first cross rail 673a, and the The first intersecting rail 673a runs through the main rail 673b, and the subsequent (second) runner 681b can run along the main rail 673b in conjunction, and the first partition member 621a runs in the circumferential direction. (In the example of FIG. 33, the direction is changed (or rotated) clockwise) and the opening is opened. In this example, the first partition member 621a can come into contact with the guide wall 468 of the upright frame 462 when the doorway is open. On the other hand, the (second) runner 681b following the first partition member 621a in the open state moves backward and runs in the direction of closing the entrance/exit along the main rail 673b, and the first runner 681a When the rail travels on the main rail 673b via the first cross rail 673a, the first partition member 621a changes direction (or rotates) in the circumferential direction (in the example of FIG. 33, counterclockwise). The doorway can be closed by closing the doorway to form a doorway (or entrance/exitway).

Note that, as shown in FIG. 32, the lower frame 223b of the first partition member has, in the moving direction of the first partition member, a position corresponding to the second runner 681b of the upper frame 223a. A pivot 694 is attached, which acts with a long laying member (or installation recess of the laying member) 296 attached to the partition path (opening/closing path) in the floor, so that the first partition member is tilted during the opening/closing operation. The opening state is stably maintained along the first intersecting rail 673a without facing toward the front.

In addition, when the doorway is open (the first partition member 621a of the doorway is open), the first partition member at the top of one or more of the second partition members 621b following the first partition member 621a is The runner 691a is guided to the second cross rail 673c via the main rail 673b, the following second runner 691b is guided along the main rail 673b, and the second partition member 621b is aligned. It can also be stably stored in the storage section.

That is, when the first runner 691a at the head of the second partition member 621b runs on the second intersecting rail 673c via the main rail 673b with the first partition member 621a open, the following When the second runner 691b runs along the main rail 673b and further moves forward in the direction of the first intersecting rail 673a, the leading first runner 691a guides (or guides) along the guide rail 673d. The second runner 691b is guided (or run) along the main rail 673b. Therefore, the second partition member 621b is in a state where it straddles the guide rail 673d and the main rail 673b (a state where the second partition member 621b is arranged parallel to the first or second intersecting rails 673a, 673c). ) is movable forward in the direction of the first cross rail 673a, and can be disposed adjacent to the first partition member 621a, and at least one second partition member is aligned and stored in the storage part 693. It is possible.

On the other hand, by moving backward the first partition member 621a forming the entrance and exit and one or more of the second partition members 621b stored in the storage section 693, the open/close space can be closed.

The length of the two intersecting rails forming the storage section is set to be approximately the same length as the interval between the two runners attached to both ends of the partition member (second partition member). Further, the length of the guide rail forming the storage section is such that when the second partition member is moved from the storage state to the closed state of the opening/closing space (when moved backward), In order to restrict the second runner from returning toward the end of the main rail where the storage section is formed (leftward in the example of FIG. 33), the second partition The distance is set shorter than the distance between the two runners of the member.

In such an opening/closing structure, the wheels of the runner rotate in the horizontal direction with respect to the rotating shaft member in the vertical direction (vertical direction), so even if the rail is bent (bent at right angles) or curved, Alternatively, even if the rail is bent (bent at right angles) or curved, it can run smoothly, and even in a small space with limited space, the partition member can be smoothly opened, closed, or stored. Further, a plurality of (for example, two) runners are attached to the partition member, and since the partition member is supported by the plurality of (for example, two) runners, the partition member swings (sideways). It can be stably arranged or stored without any problems.

[Moving mechanism]
The partition structure (opening/closing structure) of the present invention includes a moving mechanism capable of moving at least one partition member in a predetermined direction. The moving mechanism only needs to be able to open and close the space by moving the partition member, and the movement direction of the partition member may be an oblique direction (upward or downward direction), and usually the partition member is moved in the left-right direction, up-down direction, etc. It is movable in at least one of the horizontal direction and the front-back direction. Such a moving mechanism is not particularly limited, and may include, for example, (1) a traveling mechanism (wheel moving mechanism) and/or (2) a forward/backward movement mechanism. The partition member may be moved manually.

The (1) traveling mechanism (wheel moving mechanism) may include a rail (or track) and a runner that can run along the rail, and the partition member can be attached to the runner. It's okay. In addition, in the above (1) traveling mechanism (wheel moving mechanism), (a1) the rails may be disposed in the horizontal direction and one or more partition members may be moved in the left and right direction by the running of the runner; ) Rails (e.g., a pair of rails) may be arranged in the vertical direction, and the partition member may be moved vertically along the rails (e.g., between the pair of rails) by running the runner, (a3) Rails (e.g., a pair of rails) may be arranged horizontally or in the longitudinal direction, and the partition member may be moved horizontally or in the longitudinal direction along the rails (e.g., between the pair of rails) by running the runner. .

(2) The advancing/retracting mechanism is only required to be capable of moving the partitioning space forward and backward in the predetermined direction, and the partitioning member is located at the upper part of the partitioning space, and the partitioning member is at least capable of being raised and lowered (up and down). It may be a vertical movement mechanism that can move the partition member in the predetermined direction, a reciprocating mechanism that can reciprocate the partition member in the predetermined direction, or the like. The vertical movement mechanism may be a lifting mechanism (lift mechanism) that moves the partition member up and down, and the vertical movement mechanism (and the lifting mechanism) winds (winds up) and unwinds the partition member. It may also be a winding mechanism that can be moved up and down by (feeding out). Note that, as described above, the vertical movement mechanism may include a pair of rails that can be arranged in the vertical direction, and at least a pair of runners that can run or move in the vertical direction between the pair of rails. Both ends of the partition member may be connected or connected to a pair of runners and moved in the vertical direction. Further, the vertical movement mechanism may move a single partition member up and down, or may move a plurality of partition members up and down in an adjacent state, and the vertical movement mechanism may move each partition member of the plurality of partition members up and down. They may also be moved up and down by a mechanism. The vertical movement mechanism may include a storage section that can store the partition members in a stacked state (stacked state) or in a rolled up state.

The reciprocating mechanism or telescoping mechanism may be a traction mechanism, or may be a reciprocating mechanism or a linear motion mechanism equipped with a cylinder, cam, belt, chain, link, gear, rack and pinion, etc. .

Note that the moving mechanism may be able to move the partition member in both the left-right direction and the up-down direction. For example, the vertical movement mechanism and the horizontal reciprocating mechanism may be combined to move the partition member in the left-right direction and the vertical direction. The horizontal reciprocating mechanism includes, for example, a slide rail (including the rail) and a slide member that is slidable along the slide rail and to which the vertical movement mechanism can be attached (the vertical movement mechanism rotates and/or oscillates). It may also include a movably attached runner and a slide member to which the vertical movement mechanism can be fixed.

A preferred moving mechanism is a traveling mechanism that includes a rail (or track) and a runner, particularly a traveling mechanism that can move one or more partition members (particularly, a plurality of partition members) in the left-right direction.

[rail]
Note that the structure of the rail is not particularly limited, as long as it has a running path on which runners can run, and it may have one running path, but preferably it may have at least a pair of running paths. . The rail includes, for example, (i) a hollow cylindrical rail body, a slit-shaped opening extending in the longitudinal direction of the rail body, and a running path ( (ii) a hollow cylindrical rail body, a slit-shaped opening extending in the longitudinal direction at the bottom of the rail body, and inner walls on both sides of the rail body; The rail may include at least a pair of running paths that alternately extend inward at different height positions and are inclined downward in the extending direction; (iii) a plate extending in the longitudinal direction; A rail main body extending in the shape of a plate or a support wall, and a running path (a pair of running paths) extending in both directions from at least the lower end (preferably the lower end and the upper end) of the rail main body, on which the wheels of the runner can run. It may also include a road). In the rail (ii), at least a pair of upper and lower running paths may be formed alternately at different height positions, and about 2 to 4 running paths may be formed at different height positions and alternately. Good too.

The running path of the rail is sufficient as long as the wheels of the runner can run on it, and it does not necessarily have to be V-shaped in cross-section, but may be U-shaped in cross-section, and may be sloped or flat. You may do so. In addition, the running path of the rail is an inclined surface (slanted wall) extending inward from the inner walls of both side walls of the rail at different heights and sloping upward or downward toward the extending direction. You can. Preferred running paths have a configuration that can suppress the swinging of the runners and partition members, for example, a U-shaped or V-shaped running path, and running paths that are staggered at different heights from the inner walls of both side walls of the rail. A running track formed by inclined walls extending inward and sloping downward in the direction of extension, especially a running track having a V-shaped cross section, running at different heights and staggered from the inner walls of both side walls of the rail. It has a running path formed by an inclined wall extending inward and sloping downward in the direction of extension.

Note that if necessary, the rail may be curved or bent as long as the runner can run, and the rail may be curved or bent, such as a branched rail (or cross rail or guide rail) where the subrail branches from the main rail, for example, a branched rail at right angles. It may be a rail. The rails preferably extend straight or curved (for example gently curved), in particular straight.

Although not necessarily required, the plurality of partition members may be stored in the storage section in a stacked or folded state. That is, at least one end in the longitudinal direction (or movement direction) of the rail (or the main rail for opening and closing the opening/closing space with the partition member) is provided with a storage space in which a plurality of partition members can be stored in a folded state. A guide rail for guiding or directing the runner may be connected to the section (branched in an L-shape, U-shape, rectangle, square shape, etc.). For example, this guide rail includes a cross rail that branches and extends in a direction intersecting or perpendicular to the axial direction or longitudinal direction of the main rail at an end in the longitudinal direction (or moving direction) of the main rail; It may include a guide rail (storage rail) extending from the cross rail along the axial direction or longitudinal direction (or movement direction) of the main rail (or extending parallel to the main rail) and reaching the storage section. . Note that the two intersecting rails and the guide rail (or storage rail) may be collectively referred to as a "guide rail." The intersection between the main rail and the guide rail or the cross rail, and the intersection between the cross rail and the guide rail (storage rail) may be curved in order to allow the runner to run smoothly. In order to run the runner smoothly even if there is the intersection, the runner is equipped with a plurality of pairs of wheels (preferably 2 to 5 pairs of wheels, especially 2 or 3 pairs of wheels, spaced apart in the running direction). Alternatively, it may be provided with three or four pairs of wheels.

An opening/closing structure having such a guide rail is useful in an opening/closing structure in which at least one (one or more (for example, two)) runners are attached to a partition member; In the structure, multiple partition members can be rotated or rotated (rotated or rotated in a direction intersecting or perpendicular to the rail) and transferred to the end of the main rail 1 in a folded state, so it is not necessary to store them. It is not necessary to form a section. Further, even in an open/close structure in which a plurality of (for example, two) runners are attached to the partition member, the partition member may be suspended by the plurality of (for example, two) runners and stored in the storage section.

In addition, in the mode in which the partition member moves at least in the left and right direction, the rail only needs to be located at the upper part of the partition space, and the rail may be directly attached to the ceiling wall, or by using a bracket such as a hanging member, It may also be installed indirectly away from the ceiling wall. Further, the rail may be attached away from the side wall portion by using a bracket that can be attached to the side wall portion forming the partition space. The structure of the bracket is not particularly limited, and various brackets can be used.

[runner]
The structure of the runner can be selected depending on the form of the rail, as long as it has wheels that can run on the rail track, and it may have one wheel that can run on the rail track. , preferably has at least one pair of wheels capable of running on the pair of running paths of the rail, and has a plurality of pairs of wheels (for example, 2 to 5 pairs of wheels, preferably 2 to 4 pairs of wheels, especially , two or three pairs, or three or four pairs of wheels).

The outer periphery of the wheel (for example, the wheel rotatable in the vertical direction in the rails of configurations (i) and (iii) above) does not necessarily have to have a V-shaped cross section, but may have a U-shaped cross section, and may be flat. It may also be in the form of A preferable wheel has a shape capable of suppressing rocking of the partition member, for example, an outer circumferential portion having a U-shaped cross section or a V-shaped cross section, particularly an outer circumferential portion having a V-shaped cross section. Further, at least the outer circumference of the wheel may be made of metal, but in order to suppress running noise caused by contact with the rail track, at least the outer circumference of the wheel may be made of resin or plastic (for example, polyacetal resin). ), etc.

In addition, in a wheel having an outer peripheral part having a U-shaped cross section and a V-shaped cross section corresponding to the running path of the rail, the top of the outer peripheral part of the wheel may be located in a trough of the running path, The vehicle may be able to travel while being located closer to the side inner wall of the rail than the trough of the travel path. Such wheels can prevent the rail from meandering from the running path, and since the wheels are pressed outward with respect to the rail running path, it is possible to effectively prevent the partition member from swinging.

In addition, in a runner equipped with multiple pairs of wheels (for example, 2 to 5 pairs of wheels), all wheels may be in contact with the running path, but some of the wheels may be in contact with the running path. If the wheels are formed so as not to be in contact with the running road, the friction between the wheels and the running road can be reduced, and the running performance of the runner can be improved by utilizing "play".

Note that the form of the support part is not particularly limited, as long as it can rotatably support the axle part of the wheel depending on the structure of the runner. For example, an axle support part that can support the central part of the axle part (an axle part located between a pair of wheels), and a U-shaped or U-shaped branch branching downward from this axle support part. It may also include a mounting part that extends and has a mounting hole formed in the bottom portion thereof, into which a mounting member for the runner (a shaft member including a rotating shaft member, etc.) can be mounted. A runner equipped with such a support part is suitable for the rail of the above-mentioned form (i).

Further, in a runner in which the axle portions extend outward from the sides of a pair of wheels, the support portion may, for example, form the axle portions located on the sides of each wheel into a U-shape or a U-shape. The vehicle may include an axle support portion for supporting the vehicle, and the mounting hole may be formed at the bottom of the axle support portion. A runner equipped with such a support part is suitable for the rail of form (iii).

In the runner of form (ii), in which the slit-shaped opening of the rail is provided with a wheel that is rotatable in the transverse direction (circumferential direction) with respect to the rotating shaft member disposed in the vertical direction, the rotating shaft member is supported. It can also be considered as a section and an axle section. In this runner, at least two running walls (running paths) extend inward from both inner walls of the rail body at different heights and alternately at intervals in the axial direction of the rotating shaft member. Two wheels are rotatably attachable to the rotating shaft member.

In addition, in a runner having two or more wheels, for example, multiple pairs of wheels (for example, two to five pairs of wheels), each axle support part (rotating shaft member in a runner suitable for the rail of form (ii) above) They may be integrated or connected to form one axle support.

The support portion may be made of metal, resin, plastic, or the like. Although a bearing is not necessarily required, it is preferable for the runner to be provided with a bearing from the viewpoint of running performance and quietness of the runner.

The runner includes a mounting member (or a mounting portion, a hanging portion) that can be attached to the partition member, and the mounting member does not necessarily have to be a rotating shaft member that is rotatably mounted in the mounting hole. Alternatively, a mounting member (hanging portion or mounting portion) may extend from the support portion of the runner, and the partition member may be attached to the mounting portion of the mounting member. For example, attaching a mounting member to the mounting hole in a manner in which rotation is restricted (for example, threading a threaded portion of a bolt as a mounting member into a mounting hole in which a threaded groove is formed), or forming a mounting hole. Alternatively, a mounting member (or mounting portion) may be formed extending from a portion of the support portion corresponding to the mounting hole; a partition member may be attached to the mounting portion of this mounting member. In a preferred embodiment, the runner suitable for the rail of the above-mentioned configurations (i) and (iii) includes at least one pair of wheels that can run on the pair of running paths of the rail, and a support portion that rotatably supports the pair of wheels. , (Ia) a mounting member formed in the support portion and attachable to the partition member, or (Ib) a mounting hole formed in the support portion and rotatably mounted with respect to the mounting hole; and a rotating member (such as a rotating shaft member) that can be attached to the partition member. In another preferred embodiment, the runner suitable for the rail of the form (ii) is capable of running on at least two running paths (for example, a pair of running paths) that are alternately formed at different height positions. It includes at least two wheels (for example, a pair of wheels), a rotating shaft member that rotatably supports these wheels, and a mounting member formed on the rotating shaft member and attachable to the partition member. You can.

In a preferred embodiment, the runner includes the rotating shaft member (rotating member) as a mounting member. When such a single rotating shaft member is used, the partition member can be rotated or rotated in the circumferential direction, and when the space is closed, the partition member is aligned along the partition path (opening/closing path), and the space is opened. In this state, the partition member can be oriented in a direction intersecting the partition path (opening/closing path). In particular, a plurality of partition members can be aligned along the partition path (opening/closing path), and the plurality of partition members are each oriented in a direction intersecting the partition path (opening/closing path) and folded. (folded) and can be moved. Furthermore, when a plurality of rotating shaft members (for example, two rotating shaft members) are attached to the partition member, the partition member can be stably moved along the partition path (opening/closing path) to align the plurality of partition members, In the entrance/exit and the storage part, the doorway can be smoothly moved even on a curved or curved running path, the entrance/exit can be opened and closed smoothly, and a plurality of partition members can be stored in the storage part in a folded state (folded state).

For example, in the rail of form (i), the preferable runner includes (ia) at least a pair of wheels (pair of wheels; provided at intervals in the running direction) that can run on the pair of running paths of the rail. A plurality of pairs of wheels such as the pair of front and rear wheels), a support portion that rotatably supports the axle portions of the pair of wheels, and a mounting hole formed in this support portion (the support portion for the plurality of pairs of wheels); (a mounting hole formed in a region located between a plurality of pairs of wheels (preferably at the center or center of gravity)), and is rotatably mounted to this mounting hole in a state in which it is prevented from coming off downward; It may include a rotating shaft member (a rotating shaft member having a mounting portion for the partitioning member (panel, etc.)) that can be attached to the partitioning member (panel, etc.).

In the rail of form (ii), the preferred runner includes (iia) a shaft member that is slidable along the opening (slit-like opening) of the rail, and a shaft member that is spaced apart in the axial direction of the shaft member in the circumferential direction. at least two wheels that are rotatably mounted independently on the rail and that are capable of running on at least two running paths (or at least a pair of running paths) extending alternately from both inner walls of the rail at different height positions; (or at least a pair of wheels), and the shaft member may form a rotating shaft member that can be attached to the partition member (panel, etc.).

In the rail of form (iii), the preferable runner includes (iiia) at least a pair of wheels capable of traveling on the running path, and rotatably supporting axles of the pair of wheels at a portion adjacent to the wheels. , a support part extending from the axle part in a U-shape/U-shape, a mounting hole formed in the bottom (flat bottom, etc.) of this support part, and a downwardly preventing member for the mounting hole. The storage device may include a rotating shaft member rotatably mounted in the state, and a mounting portion formed on the rotating shaft member and attachable to a partition member (panel, etc.).

Note that if the partition member can be opened and closed smoothly, the height adjustment member is not necessarily necessary, but by attaching the height adjustment member to the mounting member (shaft member, rotating shaft member) of the runner, the rail A predetermined space can be opened and closed by the partition members while adjusting or aligning the height positions of the plurality of partition members. The height adjustment member may be used as long as the height of the panel relative to the rail (the length from the support of the rail or runner) can be adjusted, and is not limited to two screwing members (nuts), but may be a mounting member (e.g. For example, locking recesses/protrusions may be formed at predetermined intervals in the axial direction of the mounting member (for example, the rotating shaft member), and the height adjustment member may be formed of a cylindrical body (such as a hollow cylindrical body to which a mounting member can be attached) that has a locking part that can be locked to this locking recess/protrusion, and this locking part is attached to the cylindrical body. It may be retractable in the radial direction. A preferred height adjustment member is attachable to the mounting member (shaft member, rotating shaft member), and is capable of adjusting the height position of the runner with respect to the rail; in order to continuously adjust the height position, a screw It is preferable to use a mechanism, and at least one threaded member that can be threaded into the threaded part of the mounting member (shaft member, rotating shaft member) of the runner, in particular a threaded fastening member formed of two nuts ( (double nut). Note that the flange portion 18 of the second threaded member (nut) is not necessarily required. Furthermore, the washer 19 that can abut or come into contact with the mounting plate 26 is not necessarily required.

As mentioned above, it is sufficient to attach at least one runner (a mounting member such as a shaft member of the runner) to one partition member, and depending on the width of the partition member (or the length of the upper end of the partition member), etc. , a plurality of runners may be installed, for example 2 to 10 runners, preferably 2 to 5, more preferably 2 to 3 runners. In a preferred embodiment, one partition member (e.g., the longitudinal center or center of gravity of the upper end of the partition member) has one or more runner attachment members (one or more shaft members of the runner, in particular rotational A shaft member) may be attached, or two runner attachment members (shaft members, particularly rotating shaft members) may be attached to one partition member to form an entrance/exit structure (or storage structure) as shown below. .

[Partition member]
The partition member is not limited to the panel, but may be a plate-like body or a sheet (film or sheet, mesh-like or net-like body or net, etc.); formed of resin or plastic, glass, metal, etc. You may. Preferred partition members may be in sheet and/or panel form; depending on the application, they may be made of plastic, glass, etc. As the partition member, a plastic panel or sheet or a glass panel or sheet is preferably used.

The shape of the partition member may be any shape as long as it can open and close the opening/closing space adjacent to each other, and may have a diamond shape or the like, but is usually square or rectangular. In addition, partition members in the form of sheets, panels, etc. have functional layers whose optical properties (transparency, hue and/or color; transparency, etc.), thermal properties, etc. can be changed by external electrical energy. The functional layer may be a photoelectric conversion layer, a light emitting layer (such as a light emitting diode layer), an alignment layer, a heat generating layer, or the like. The partition member may be formed of a laminate including such a functional layer (for example, a laminate of an antibacterial film and a resin layer). That is, the partition member may be a functional member, such as a photoelectric conversion film, a dimming or optical shutter film, a light emitting film (a film on which a light emitting layer such as an organic light emitting diode is formed), a heat generating film, etc. It may also include a functional film or sheet. Such functional films or sheets may be used alone or in combination of two or more. The partition member may be a display panel or sheet provided with the functional member or the functional film (for example, a luminescent film), and the display panel or sheet may further include a polarizing film, an antireflection film, etc. It may also include an optical film. In a sheet or panel including such a functional film, the electrodes of the functional film can be connected to a connector (first or second connector).

The partition member may be transparent, translucent, or opaque, and may be achromatic (white, gray, or black) or chromatic in a non-energized state or an energized state. Preferably, the partition member may be transparent or opaque in the non-energized state, and may be opaque or transparent in the energized state. As mentioned above, transparent partition members can give a spacious and open feeling even when the open space is closed (can create an open space), and opaque partition members can create a private feeling when the open space is closed. You can create a space. The white partition member may be used as a projection screen or the like.

The partition member may have rigidity, or may have flexibility or pliability; when the winding mechanism is employed as the moving mechanism, the partition member can be wound up and undone. It may be. The partition member that can be rolled up and rewound may have the form of a film or a sheet; when the protective material is rigid, the protective material (for example, transparent The protective material) and the side frames are not necessarily required.

The partition member may be capable of expanding or extending in a predetermined direction (for example, at least the vertical direction) to partition (partition) a partition space or an opening/closing space, and may be capable of dividing (partitioning) a partition space or an opening/closing space depending on the size and form of the partition space or opening/closing space. , at least one (one or more) partition members may be provided, and a plurality of adjacent partition members may be provided. That is, it may include at least one partition member that is movable or slidable with respect to a movement restriction part such as a restriction wall part, and may include a plurality of partition members that can be moved or slid in directions relatively to each other away from or toward each other. You may be prepared. For example, when opening and closing a small space adjacent to a movement regulating section (regulating wall section) such as a wall section or a column section, one partition member may be provided. In a preferred embodiment, the plurality of partition members may be arranged or aligned adjacent to each other as they move, and in particular may be arranged or aligned along the partition path.

Furthermore, in (1) the travel mechanism (wheel moving mechanism), in order to open and close the opening/closing space, the partition member is opened and closed by one partition member (such as an opening/closing seat) that can be opened and closed along the rail via a runner. Alternatively, as in the above example, a plurality of partition members (panels, etc.) movable along rails may be used to open and close the partitions via runners. A preferred partition structure (opening/closing structure) includes a plurality of runners that can run along rails (for example, rails arranged in the horizontal direction) and a plurality of partition members that can be attached adjacent to these runners (for example, (a plurality of partition members that can be adjacent to each other in the closed state of the partition space); as described above, each partition member can be rotated by one or more (for example, two) of the runners. It may be attachable.

[Frame and current-carrying assembly (connector)]
As long as at least one partition member movable by the moving mechanism and the opposing portion facing the at least movable partition member can be electrically connected by a connector, the partition member does not necessarily have a frame portion or a frame portion. There is no need to attach any parts. For example, a connector connected to the wiring may be mounted or attached to a predetermined part of a partition member such as a panel, the wiring may be arranged along the partition member, or the wiring may be buried in the partition member. Often, it may be arranged in the arrangement path (groove-shaped or hollow-shaped arrangement path, etc.) of the partition member.

The facing part connected by the connector is a movement restricting part (a fixed or immovable fixed member such as a movable wall part such as a wall part or a pillar part, a ceiling wall, or a floor) adjacent to and facing the movable partition member. It may be a wall portion that restricts the movement of a movable partition member, or it may be a facing portion adjacent to the movable partition members and facing the partition members. A connector of a current-carrying assembly can be attached to the movable partition member and such a facing portion so as to face each other, and the connector of the current-carrying assembly is a first connector that can be electrically connected to each other in a contact or non-contact manner. and a second connector.

Note that the first connector and the second connector only need to be able to face each other in a form that allows input and output, and one of the first connector and the second connector forms an input connector, and the other connector forms an input connector. may form an output connector.

The partition member (panel, etc.) may include a frame portion (frame body or frame member) in order to facilitate connector arrangement and wiring. This frame has an edge or end (upper edge or upper end, lower edge or lower end) in a direction perpendicular to the moving direction of the partition member (partition members such as a plurality of movable panels adjacent to each other). etc.), the partitioning members may be formed or attached to a predetermined length along the moving direction or to extend to a predetermined length at appropriate locations where they can face each other. For example, in a partition member that is movable in the left-right direction, the upper part (upper edge, upper end), the lower part (lower edge, lower end), and the center part in the height direction have frames that extend along the moving direction of the partition member. may be formed or attached. Therefore, the partition member (panel, etc.) may include a frame member (frame) on the entire periphery, but the partition member (panel, etc.) may not have a frame member on the entire periphery. In a preferred embodiment, at least one edge or end of the adjacent partition members in a direction perpendicular to the movement direction (progressing direction) of the partition member (for example, movable in the left-right direction) In such a partition member, a frame portion (a frame body or a mounting frame) may be formed or attached to at least the upper or lower portion thereof along the moving direction or extending (over a predetermined length, particularly the entire length). For example, the upper part of a partition member that moves in the left-right direction is formed with an upper attached part or an upper frame part (mounting frame part) for attaching the mounting part of the runner mounting member (shaft member such as a rotating shaft member). ; If necessary, the lower part of the partition member is provided with a lower attached part for attaching one of the pair of magnetic members that can be magnetically attracted, for example, a first magnetic member. Alternatively, a lower mounting frame portion (mounting frame portion) may be formed. In particular, partition members with poor shape retention, such as thin partition members and/or flexible partition members (partition members in the form of sheets, films, etc.); and mounting members (such as rotating shaft members) In a partition member to which a shaft member (shaft member) is firmly attached, it is preferable to form an attached part or a frame part (attachment frame part) at least in the upper and lower parts.

The form of the frame portion (mounting frame portion) for the partition member is not particularly limited, and the frame portion (mounting frame portion) may be integrally formed in a frame shape with the edge or end portion (at least the upper end portion or the lower end portion) of the partition member. It may be molded into a rod-shaped or plate-shaped frame that can be attached to the partition member; The frame portion and the clamping member may have a U-shaped cross section into which a partition member can be attached or inserted. In the frame portion (mounting frame), the holding plate is not necessarily required, and the frame portion (mounting frame portion) may be fastened with a fastening member having a buffering effect, such as a bolt with a flange or a washer. In addition, although a cushioning material (cushioning material or packing) is not necessarily required between the partitioning member and the frame, in the case of a partitioning member made of plastic, glass, etc., a cushioning material is provided between the partitioning member and the frame. It is preferable to intervene.

The upper and lower mounting frames of the partition member (panel, etc.) do not need to be formed using the same material. For example, a mounting recess is not necessarily required in the upper part (upper frame (mounting frame), etc.) of a partition member (panel, etc.). Further, in the upper frame part, the mounting plate is not necessarily required, and it is not necessary to attach the mounting plate in a slidable or positionable manner. The mounting member (or mounting part) of the runner does not need to be attached to the upper frame part via the mounting plate as a positioning member, but the mounting member (or mounting part) of the runner does not need to be attached to the upper frame part (mounting frame part) (such as a mounting recess in the upper frame part). If a positioning member (such as the above-mentioned mounting plate) that is slidable or slidable in the longitudinal direction of the mounting frame and can be positioned at a predetermined position is used, it is possible to position the mounting frame at an appropriate position in the longitudinal direction, for example, one rotating shaft member. The mounting member of the runner can be attached while positioning the longitudinal center portion (hanging gravity center portion) and the two rotating shaft members at predetermined locations in the longitudinal direction.

Note that it is not necessarily necessary to form a hole corresponding to the screw hole (a hole through which the screw moves forward and backward as the screw is engaged) in the upper wall of the frame main body of the upper mounting frame. For example, instead of the raised part of the mounting plate, a cylindrical body (inner threaded cylinder) that protrudes from the mounting plate and has a threaded hole (threaded hole) into which the threaded part of the rotating shaft member of the runner can be screwed. By forming a hole portion corresponding to the screw hole portion in the upper wall of the frame main body portion of the upper mounting frame, the threaded portion of the rotating shaft member can be screwed into the upper wall of the frame body portion of the upper mounting frame.

On both sides of the holding plate and the upper and lower mounting frames (upper and lower frames), frame covers (a pair of frame covers) for covering the frames are not necessarily required, and as described above, bushings are not necessary. There is no need to attach it to the frame portion via a mounting screw (screw with bush) so that it can be locked or held. Further, the frame cover (a pair of frame covers) only needs to be attachable to the frame (upper and lower frames), and the frame cover (pair of frame covers) and the frame (upper and lower frames) may be attached to each other. The engaging parts may be able to engage with each other. Therefore, it is not always necessary to form a bush for the screw with a bush on the inner wall of the frame cover, and instead of the screw with a bush, a convex engagement portion may be formed, and a bush for the screw with a bush may be formed on the inner wall of the frame cover. It is not necessarily necessary to form an engagement extension that can engage with the bushing, and the shape of the engagement extension is also not particularly limited. You can. For example, frame covers (a pair of frame covers) may be placed on both sides of the upper and lower mounting frames, and attached to the upper and lower mounting frames using threaded members such as screws; A body cover (a pair of frame covers) is arranged, and a screw member such as a screw passes through the frame cover (a pair of frame covers) to be attached or fastened to both sides of the upper and lower mounting frames. You may. In this aspect, if necessary, a hole (such as a screw hole) through which the screwing member can pass may be formed in the frame cover. The shape of the frame cover is also not particularly limited as long as it can be attached to both sides of the upper and lower mounting frame parts. A locking wall portion that can be locked to the mounting wall portion of the body (mounting frame portion) or the holding plate of the panel, a side wall portion extending vertically from the locking wall portion, and a side wall portion extending horizontally from the end of the side wall portion. The frame body may include a contact wall portion that extends to the side wall of the frame main body portion and can come into contact with the side wall of the frame main body portion.

Although it is not necessarily necessary to attach a shielding member for shielding the runner to the dovetail-like mounting groove of the bent portion of the frame cover, it is necessary to install a shielding member to shield the runner and improve the appearance. It is preferable to install. The shape of the shielding member is not limited to a brush shape, but may be a plate shape, a sheet shape, or the like. Furthermore, the shielding member may be attached only to both sides of the upper mounting frame, may be attached only to both sides of the lower mounting frame, or may be attached to both sides of the upper and lower mounting frames. Good too.

Furthermore, it is not necessary to attach mounting caps (second cap members) to both ends of the frame cover that covers the upper mounting frame, and mounting caps (first and second cap members) are not required to be attached to both ends of the lower mounting frame. Although it is not necessary to attach the first and second cap members), using these mounting caps (first and second cap members) can prevent personal injury or material damage caused by the upper and lower mounting frames and the edges of the frame cover. It can be suppressed and the appearance can be improved. In a preferred embodiment, mounting members (caps) that can be attached to the upper frame portion, the lower frame portion, and both ends of the frame cover are provided. A first connector and a second connector are attached to the opposing portions of the upper attachment member (cap) to face each other. In the first and second cap members, the dovetail-like mounting groove is not necessarily required, and the second cap member for the upper frame portion may be formed integrally with the mounting member (cap body), and the second cap member for the upper frame portion may be formed integrally with the mounting member (cap body), and The first and second cap members may be formed from a single mounted cap.

Furthermore, a lower mounting frame (lower frame) is not necessarily required at the lower end (lower part) of the partition member, and a lower frame part is formed at at least one end of the lower end (lower part) of the partition member. However, in a preferred embodiment, a lower frame portion may be attached along the lower end (lower portion) of the partition member.

Furthermore, if necessary, the opposing portion (adjacent end surface, etc.) such as the adjacent end of the partition member (panel, etc.) is provided with a magnetic adsorption force for closing the opposing portion (or side end) of the partition member (panel, etc.). , a pair of magnetic members that can be magnetically attracted to each other may be provided or attached. For example, a pair of magnetic members that can be magnetically attracted to each other may be disposed or attached to the opposing portion of the lower frame portion (for example, the opposing portion of the mounting member (cap)). This pair of magnetic members may be a combination of a magnet and a ferromagnetic material (a ferromagnetic material such as an iron plate or stainless steel), or a combination of magnets, similar to the magnetic adsorption mechanism in the connector. In the combination of members, the north pole and the south pole may be arranged to face each other. For example, magnetic members, particularly magnetic members, may be attached to opposite ends (or side ends) of adjacent partition members, with opposite magnetic poles facing.

The partition structure may have wiring for electrically connecting the first connector and the second connector. In the partition member including the frame, the wiring may be arranged along the frame, or may be buried in the frame, and as described above, the wiring may be arranged in the hollow part or the arrangement path (distribution path). In a frame (wiring frame) having a groove (including a groove), the wiring may be accommodated or arranged in the hollow part or the arrangement path.

The mounting form of the current-carrying assembly is not particularly limited, and the connector may be mounted or attached in the following manners (a) and/or (b).

(a) A mode in which the first connector and the second connector are attached to opposing parts of movable partition members that are movable adjacent to each other. (b) A mode in which the plurality of partition members are attached to a movement regulating section It may include at least one movable partition member that is movable with respect to the movement regulating part (such as the opposing wall), and the first connector may be connected to the movement regulating part (such as the opposing wall) directly or indirectly through a frame. A mode in which a second connector is attached to a movable partition member adjacent to the movement regulating section (opposed wall section, etc.).

The current-carrying assembly can be attached to the opposing part of the frame part (wiring frame body) of the partitioning member, and may include connectors (a first connector and a second connector) that can be electrically connected to each other. A mounting member (mounting cap; connector) may be mounted on the opposing portion, and a terminal connected to the wiring may be mounted on the mounting member.

The mounting members (connectors: first and second connectors) of the current-carrying assembly are not limited to the structures of the first and second connectors, but also include a mounting part that can be mounted on the partition member or its frame, and a mounting part that can be mounted on the partition member or its frame. It is sufficient that the first connector and the second connector are provided with a current-carrying terminal that can be attached and connectable to wiring, and the first connector and the second connector need only be electrically connectable with the current-carrying terminal. The terminal does not need to protrude from the mounting part; the terminal may protrude within the recess of the mounting part. The energizing terminals may be attached to a mounting member (attachment cap; connector) at intervals in a desired direction, not limited to the horizontal or vertical direction, as long as the first connector and the second connector can conduct electricity. Good too.

For example, the cap body of the first connector does not need to have a concave area on the front side and a concave/convex mounting wall on the rear side, and may be attached to the rear side (mounting wall) depending on the end structure of the partition member or its frame. The connecting member is not limited to an L-shaped connection angle, but may be connected to a current-carrying terminal, and the current-carrying terminal may be in the form of a current-carrying pin. However, depending on the form of the terminal of the second connector, for example, it may be in the form of a plate, a disk, etc., and may be exposed or The current-carrying portion may be formed in a protruding manner, or the current-carrying portion may be formed in a recessed portion of the mounting portion. Further, the magnet is not necessarily required, and the magnet may be attached not only between the pair of current-carrying parts but also around the current-carrying part.

The cap body of the second connector only needs to be attachable to the partition member or its frame, and does not need to be formed of a pair of members, for example, a lower cap body and an upper cap body, but can be attached to a single unit. It may be formed from a member. Furthermore, the recessed area and the protruding area at the boundary area between the lower cap body and the upper cap body are not required.

Furthermore, in the second connector, the current-carrying portion for the first connector does not need to be formed in the hole, but may be formed in a portion connectable to the current-carrying terminal of the first connector depending on the form of the first connector. Just form it. Further, as long as the first conductive terminal of the first connector and the second conductive terminal of the second connector can be connected to each other, it is not necessary to bring the first conductive terminal of the first connector into elastic contact with the second conductive terminal of the second connector. However, if a conductive spring member is used, the first current-carrying terminal and the second current-carrying terminal can be effectively electrically connected. Note that the conductive spring member may be provided in at least one of the first connector and the second connector.

Furthermore, the cap bodies of the first and second connectors do not necessarily have to be approximately L-shaped or generally U-shaped with a bottom opening having a vertically extending notch at the bottom, but may be rectangular parallelepiped, etc. It may be. In addition, although it is not necessarily necessary, if a guide part such as a guide wall or a guide pin is formed on the cap body of the first and second connectors, the guide part can be used to smoothly connect to the frame body. Can be installed. The first connector and the second connector may be mutually guided by a guide portion and may be energized. For example, a concave-shaped guide portion (such as a guide wall with an enlarged opening side) is formed in the mounting portion of one of the first connector and the second connector, and the guide portion is formed in the mounting portion of the other connector. The mounting guide may include a convex mounting guide portion (such as a trapezoidal convex portion having an inclined wall narrowed on the tip side) that is guided along the guide portion.

Further, although it is not necessary, if a regulating portion is formed to prevent the cap body from excessively intruding into the frame body, the cap body can be efficiently positioned with respect to the frame body. Furthermore, although it is not necessary, if a mounting recess into which the partition member can be mounted is formed in the cap body, the partition member can be effectively held in cooperation with the frame.

As described above, in the present invention, it is only necessary that the partition member can be energized, and it is not necessarily necessary to attach the energization assembly (first connector) to the upright frame (or to supply power to the partition member). However, a current-carrying assembly (first connector) may be attached to the movement restricting portion (opposed wall portion, etc.) directly or indirectly via the frame, and this current-carrying assembly (first connector) may be mounted directly or indirectly through the frame. ) may be a power supply connector that supplies power to the partition member. That is, an erected member may be attached to the regulation wall portion, and the first connector and the second connector may be attached to a portion facing the erected member and a partition member that is movable with respect to the erected member. .

The attachment member (connector) of the current-carrying assembly to the upright frame is not limited to the structure of the attachment member (second connector), but also includes an attachment portion to the frame, an adjacent partition member attached to the attachment portion, or the like. It suffices to include a current-carrying terminal that can be electrically connected to the connector on the frame. Therefore, there is no need to partition the inside of the mounting member with partition walls, and a hollow guide wall and an extended wall portion (guide wall) are not necessarily required. Furthermore, the mounting part for the frame does not need to be mounted on the outer periphery of the frame, but may be mounted on the inner and outer peripheries, and a wing-shaped non-hollow guide wall may be formed on the mounting part. good.

Furthermore, in a partition structure (opening/closing structure) in which a regulating wall (column) is located in the middle of the movement of the opening/closing member (such as the middle part of an opening/closing space), at least one side wall ( (including both side walls), or indirectly through a wall of a frame (such as an erected frame) formed adjacent to this side wall, facing an adjacent partition member or a connector of its frame. Then, a connector (first or second connector) may be attached. The frame section (erected frame body, etc.) for the regulating wall section (column section) only needs to be capable of attaching the mounting member (connector) of the current-carrying assembly, and a clamping recess wall, clamping wall, etc. are not necessarily required.

Further, the position of the mounting member (connector) relative to the partition member or its frame (or frame) may be adjusted using a position adjustment means. Such position adjustment means include mounting pins (slide pins) and screws for adjusting the height position of the mounting member (connector) with respect to the upright frame disposed in the mounting hole, and the clamping member. Not limited to the clamping mechanism using plates, depending on the movement form (movement direction, etc.) of the partition member, the partition member may be attached to either the partition member or its frame, and the mounting member (connector). The guide part (guide groove, guide hole, etc.) is formed to extend in a direction perpendicular to the direction of movement of the guide part (guide groove, guide hole, etc.); body, rod-shaped body, etc.) and a fixing member (a screw member, a fixing member such as a stopper, etc.) for fixing the guided part positioned by the guide part.

The connectors do not need to be magnetic connectors equipped with magnets that can magnetically attract each other, but if a magnetic attraction mechanism including magnets is used, the connectors can be connected with high positional accuracy. Therefore, the connector preferably includes a plug (magnetic plug) and a plug receiver (magnetic plug receiver) that can be magnetically attracted to each other and electrically connectable to each other. It is only necessary that a magnetic member that can magnetically attract each other can be attached to the magnetic plug and the magnetic plug receiver, and it is necessary to form a magnetic attraction mechanism with the magnet and a ferromagnetic material (a plate made of iron, stainless steel, etc.) Instead, for example, a magnet and/or a ferromagnetic material that can be magnetically attracted to the magnet of the first connector may be provided. In the combination of magnetic members of magnets, opposite magnetic poles (N pole and S pole) may be arranged to face each other.

In addition, in these partition structures, the above-mentioned wiring is not necessarily necessary, and a cordless power supply method or a non-contact power supply method (wireless power transmission, wireless power supply method) is adopted to connect the first connector and the second connector. The first connector and the second connector may be electrically connected by supplying power to one of the connectors. Cordless power supply methods include, for example, magnetic field coupling method (electromagnetic induction method using electromagnetic induction; magnetic field resonance (or magnetic resonance) method such as DC resonance method); electric field coupling method; evanescent wave method; microwave, ultrasound Radio wave reception methods such as , optical reception methods such as laser may be used; depending on the type of cordless power supply, a chip equipped with necessary electronic circuits, electrodes, etc. may be mounted on the connector. Note that either direct current or alternating current may be supplied to the connector (first connector or second connector).

For example, cordless power may be supplied to the first or second connector of the connectors attached to both sides of the partition member or its frame, and the regulating wall or the frame formed adjacent to the regulating wall Cordless power may be supplied to the connector (first or second connector) of (erected frame, etc.).

[Mounting structure between runner mounting member and partition member]
In the above (1) running mechanism (wheel moving mechanism), the mounting structure between the runner mounting member and the partition member is such that the threaded portion of the rotating shaft member is connected to the threaded hole (mounted portion) formed on the upper end surface of the partition member. The present invention is not limited to the screwing mechanism of (the attachment portion of the attachment member), and various attachment mechanisms such as an engagement mechanism, a clamping mechanism, and a fitting mechanism can be employed. For example, an attached part (attachment hole; engaged part such as an engagement convex part or an engagement recess) is formed on the upper part or upper end surface of the partition member, or an attached part (S-shaped, hook-shaped, U A mounting member (such as a hook member, etc.) that can be attached to the attached part or the attached member is attached to the supporting part of the runner. engaging members, clamping members, fitting members, etc.) may be formed or attached. Further, the attached portion or the attached member may be formed or attached to the attachment plate of the partition member. The attached member may be swingably and/or rotatably attached to the partition member. Note that if the mounting part of the runner mounting member (threaded part of the rotating shaft member) is directly and firmly connected (screwed) to the mounted part (screw hole, etc.) of the upper end of the partition member, the vibration of the partition member will be reduced. Although it is advantageous to suppress movement, the mounting member may be swingably and/or rotatably mounted to the support portion (or rotating shaft member) of the runner.

In a preferred embodiment, (A) the plurality of partition members are movable in the left-right direction via runners along the rail that is arranged laterally and has at least one pair of running paths (a pair of left and right running paths). and the runner includes (I) at least a pair of wheels capable of running along the pair of running paths of the rail, a support portion rotatably supporting the axle portions of the pair of wheels, and the support portion and a rotating shaft member that can be rotatably mounted in the mounting through-hole in a manner that prevents it from coming off; each partition member is rotatable to the rotating shaft member of one of the runners. It is possible to install it. In another preferred embodiment, (II) the runner is provided with a slit-shaped opening in the lower part and at least a pair of running paths (extending alternately from the inner walls on both sides at different height positions) through the runner. The plurality of partition members are movable in the left-right direction along the rail having a pair of upper and lower running paths; a pair of wheels (a pair of upper and lower wheels) that are rotatably mounted at intervals in a direction and can run along the pair of running paths of the rail, and the shaft is rotated in relation to the rotation of the pair of wheels. The members form a rotating shaft member; each partition member is attachable to the rotating shaft member of a plurality (eg, two) of the runners.

In addition, in a form in which the rotating shaft member of one of the runners is rotatably attached to the partition member, in order to restrict excessive rotation of the partition member, the partition member and/or the moving mechanism (for example, a rail and A rotation regulating member may be attached to the support portion of the runner, etc.). For example, in a partition member that is movable in the left-right direction along a rail, the upper part (or upper end part) of the partition member is A cover member that can cover (can contact the upper frame of the partition member, etc.) may be attached as the rotation regulating member. The rotation regulating member has a shape (for example, a curved cross section, an L-shape) that can extend from the side wall of the rail (or the support part of the runner) and cover the upper part (or upper end part) of the upper frame of the partition member. It may be bent or curved in a bent shape such as a U-shape, a U-shape, a U-shape, etc. Further, the rotation regulating member may be attached to the side wall (one side wall or the utilization side wall) of the rail over the entire moving range of the partition member, or may be attached at predetermined intervals in the moving direction of the partition member.

In addition, in a configuration in which a plurality (for example, two) of the rotating shaft members of the runners are attached to one partition member, there is an advantage that rotation of the partition member during the running process can be suppressed; It is easy to restrict the direction of the partition member in the entrance/exit path) or in the storage area. Even with such an opening/closing structure, if a runner in which a wheel portion is rotatably mounted in a horizontal direction on a rotating shaft member extending in a vertical direction is used, a plurality of (for example, two) Even if the rotating shaft member of the runner is attached, there is an advantage that rotation and/or lateral shaking of the partition member can be suppressed, and the runner can run smoothly even on bent or curved running paths in entrances and exits or storage areas.

In addition, in a configuration in which a partitioning member (panel, etc.) is adjacent to the regulating wall, the adjacent end of the partitioning member (panel, etc.) on the regulating wall side and an erecting frame that can be attached to the regulating wall A magnet member may be attached to the mounting recess wall (or mounting groove wall) of the body with opposite magnetic poles facing.

Such a magnet member also functions as the rotation regulating member. By using such a rotation regulating member, it is possible to prevent the partition member from rotating and reversing, and it is possible to reliably electrically connect the first connector and the second connector.

Although it is not necessarily necessary to attach a protective material to the sides (or side edges) of adjacent partition members, a protective material may be attached to protect the side edges of the partition members. Further, although it is not always necessary to attach the side frames attached to the protective material, the side frames may be attached in order to suppress warping of the partition member. The protective material and the side frame do not need to be transparent, and may be translucent, opaque, or colored in a chromatic color depending on the use of the partition member. Further, the protective material and the side frame may be formed of a material having elasticity or cushioning properties in order to effectively protect the side edges of the partition member. Although the partition member, the protective material, and the side frame may have different light transmittances (transparent, translucent, or opaque optical properties regardless of whether they are chromatic or achromatic), in a preferred embodiment, the partition member In order to visually identify the protective material and the side frame, the protective material and the side frame may have the same light transmittance (optical properties) as the partition member.

Among the plurality of partition members (panels, etc.), the partition members (panels, etc.) located at appropriate locations, for example, in the center in the longitudinal direction, on one side, etc., have rotatable or rotatable entrances and exits (or entrance/exit paths). may be formed. For example, at least the rail and at least the upper part of a predetermined partition member among the plurality of partition members may be rotatably supported by a link member to form an entrance/exit. In a preferred embodiment, the entrance/exit (or entry/exit path) is at least one side or a moving end of a plurality of partition member rows (panel rows, etc.) (for example, one of a plurality of panel rows that partition a partition space or an opening/closing space). , at least one partition member (such as a panel) (preferably one or two panels, in particular, one panel adjacent to the side wall or column).

When one runner mounting member is rotatably or rotatably attached to one partition member, the partition member can function as a rotatable or rotatable door (door), and the entrance/exit (or entrance/exit route) can be easily opened. can be formed into As described above, such an entrance/exit (or entrance/exit path) allows the link member to rotate between the floor and the lower part of the predetermined partition member (for example, the lower frame part (mounting frame part)). Although it may be formed by freely supporting the shaft, it is preferable that the link member is rotatably attached at least to the upper part (the upper part of the rail and the partition member).

The link member includes the plurality of partition members capable of partitioning the partition space or the opening/closing space, and a shaft supporting member arranged at an appropriate position (positioned and arranged) in a row (panel row, etc.) of the plurality of partition members. (or an upright member, etc.) (in the above example, the rail (first shaft portion (pivot portion))) may be rotatably supported. For example, among a row of partition members formed of a plurality of partition members, for example, a pivot support member (side wall erected member, etc.) may be placed adjacent to a partition member located at the longitudinal center or at least one side. The link member may be rotatably supported on this shaft support member (such as an upright member). Specifically, the link member is rotated so that at least the rail or the shaft support member and at least the upper part of a predetermined partition member (for example, the upper frame part (mounting frame part)) of the plurality of partition members It is preferable to form an entrance/exit (or entrance/exit path) by freely supporting the shaft.

In this way, the entrance/exit (or entrance/exit path) is constructed by (1a) rotating the link member between at least the rail and at least the upper part of a predetermined partition member (partition member forming the entrance/exit) among the plurality of partition members; It may be formed by freely supporting the shaft.

Furthermore, the entrance/exit may be formed without using the link member (1b) by attaching two runners to the partition member and using a main rail and a cross rail or a guide rail on which the partition member is movable. . That is, the partition member is provided with a main rail on which the partition member is movable and a cross rail that intersects with the main rail, and a predetermined partition member adjacent to the cross rail is provided with a first rail at a different length or movement direction of the partition member. and a rotating shaft member of the second runner is rotatably mounted, wheels of the first runner are mounted so as to be runnable on the intersecting rail, and wheels of the second runner are mounted so as to be runnable on the main rail. The wheels of the first and second runners may freely run or move back and forth on the main rail and the cross rail to form the doorway (or doorway structure). may be formed. In this entrance/exit structure, the rotating shaft member of the runner running on the intersecting rail may be attached at a position displaced toward the main rail side with respect to the axis of the intersecting rail.

In addition, in such an entrance/exit (or entrance/exit path) structure, the rotating shaft members of the first and second runners are limited to the central region and end of a predetermined partition member (partition member adjacent to the cross rail). First, the partition member may be attached to a portion of the partition member that is different in length or in a moving direction.
In the above example, the first and second runners have one end in the longitudinal direction of the upper end of the frame main body of the upper mounting frame of the partition member; The second partition member is attached to the longitudinal center region (or center of gravity) of the upper end in the longitudinal direction or the center of gravity or the other end of the upper mounting frame of the partition member. Although the two runners of the second partition member are attached to both ends of the upper end in the longitudinal direction, the distance between the two runners of the second partition member is not necessarily larger than the distance between the two runners of the first partition member. The distance between the two runners of the second partition member may be smaller than the distance between the two runners of the first partition member, and the first and second runners of the first and second partition members may have the same distance. They may be installed separately (or in the same position).

The direction in which the intersecting rails are arranged is not limited to the above-mentioned embodiments, and may be arranged so as to intersect with the main rail, and may extend toward or away from the main rail with the intersection as the center. . In a preferred embodiment, the cross rails may be arranged in a direction perpendicular to the main rails. The main rail and the cross rail may be able to run by moving the wheels of the runners to each other at the intersection, and in order to smoothly open and close the entrance/exit (entrance/exit route), it is necessary to move the wheels of the runner at the intersection. Migration may be regulated. For example, as described above, the side wall of the cross rail is located at the open end of the main rail, or the side wall of the main rail is located at the open end of the cross rail, and the opening of one rail is may be blocked by side walls of the rails to restrict movement of the runner wheels. Note that the first partition member does not need to be in contact with the guide wall of the standing member when the entrance/exit (input/exit path) is open, and the opening/exit (in/out path) may be formed along the cross rail. . In such a configuration, there is no need to form a guide wall on the upright member.

Further, the entrance/exit can be formed by a main rail and at least one cross rail (or guide rail), and if a guide rail (or guide rail) connecting a plurality of (for example, two) cross rails is used, the partition A storage section that can store members can be formed. The guide rail is not necessarily necessary; for example, the first partition member provided with one or two runners can be directed in the circumferential direction of the partition member using a main rail and a cross rail (first cross rail). The second partition member may be converted to open the entrance and exit, and the second partition member provided with one runner may be aligned along the rail and the partition path using a rotation mechanism. When the guide rail is arranged to form a storage section in which the partition member can be stored, the second partition member can be stably suspended by using a plurality of runners to prevent rocking (lateral shaking). It can be stored in a closed state.

The direction in which the guide rails are arranged is not limited to the above-mentioned aspect, and the first and second intersecting rails may be connected, and the direction in which the guide rails are arranged is such that the first intersecting rail approaches the intersection of the main rail and the second intersecting rail. It may extend in the direction or in the direction away. In a preferred embodiment, the guide rail may be arranged in a direction perpendicular to the cross rail (in a direction parallel to the main rail).

The storage section can be formed of a main rail, two intersecting rails, and a guide rail (or guide rail), and the running paths of these rails communicate with each other to form a loop-shaped running path. The length of the crossing rail is not particularly limited as long as the first and second runners of the second partition member can run on the main rail and guide rail forming the storage section, but the length of the runner is From the viewpoint of running performance and storability of the partition member, it is preferable that the length of the crossing rail is set to be approximately the same length as the interval between the first and second runners of the second partition member. Further, the length of the guide rail can be set appropriately depending on the number of second partition members to be stored, etc., but if it is set longer than the interval between the two runners of the second partition member, the length of the second partition member When the partition member transitions from the stored state to the closed state of the opening/closing space, the second runner of the second partition member moves to the end where the storage section is not formed, of both ends of the main rail. (in the example of FIG. 33, to the right), but returns in the opposite direction (to the left in the example of FIG. 33), so that the partition member moves in the axial direction of the partition member before and after storage. There is a risk that the left and right sides will be swapped symmetrically. Therefore, the length of the guide rail is preferably set shorter than the interval between the two runners of the second partition member.

The first runner (rotating shaft member) that can run on the intersecting rails does not necessarily need to be attached to the mounting bracket, and may be attached to the partition member. Using the mounting bracket that can be attached to the longitudinal end side of the partition member, it is installed at a position or part displaced toward the main rail side from the axis of the intersecting rail (in the above example, a position displaced toward the main rail side). When the rotating shaft member of the first runner is positioned, the partition member can be smoothly moved in the intersection area of the main rail and the cross rail to open and close the entrance/exit path. Therefore, in a preferred embodiment, it is preferable to use the mounting fitting (or a displacement mounting member for mounting the rotating shaft member of the first runner at a position or part displaced in the width direction with respect to the axis of the intersecting rail).

In an embodiment in which the main rail and the cross rail intersect, the open end of one rail may be closed by the side wall of the other rail, and the open end of the rail is provided with a cap or the like to prevent the runner from falling off. A prevention member may be attached. In addition, a form in which the runner is prevented from falling off from the open end of the rail, for example, a form in which the rail is buried with the open end of the rail facing the wall, a form in which the runner is buried at the open end of the rail, or In the configuration in which the side walls are located, there is no need to attach or attach a fall prevention member such as a cap to the open end of the rail.

Furthermore, in the embodiment in which a guide rail is introduced in addition to the main rail and the intersecting rail to form the storage section, the open end of one rail may be closed by the side wall of the other rail, and the open end of the rail may be closed with the side wall of the other rail. A fall prevention member such as a cap may be attached to prevent the runner from falling off. In addition, a configuration in which the runner is prevented from falling off from the open end of the rail, for example, as described above, the open ends (or running paths) of the main rail, two intersecting rails, and the guide rail are connected to each other, and a loop is formed. In a state where a running path of the shape of the rail is formed, there is no need to attach or attach a fall prevention member such as a cap to the open end of the rail.

In the present invention, a partition structure may be housed using such a main rail and guide rail. In a preferred embodiment of the partition structure of the present invention, the rail includes a main rail on which the partition member is movable, and two intersecting rails that intersect with this rail (in the intersecting direction at a predetermined distance from the main rail). and a guide rail for connecting the two crossing rails to guide and store the partition member; Rotating shaft members of the first and second runners are rotatably attached; the two intersecting rails connect the leading (or first) runner of the first and second runners to the main rail. a first intersecting rail which can be guided through said first partition member and which can form an entrance/exit with said first partition member; ) a runner and a second intersecting rail that is guideable via the main rail; a leading (or first) runner of the second partition member is guideable along the guide rail; , and a subsequent runner (or a second runner) may be provided with a storage structure that can be guided along the main rail.

In the opening operation or operation of the doorway, the leading (first) runner of the first partition member can move from the main rail to the first cross rail; in the storage operation or operation of the storage section, The leading (first) runner of the second partition member can move sequentially from the main rail to the second crossing rail and the guide rail; The second) runner can run on the main rail. In addition, in the closing operation or operation of the doorway and the operation or operation of releasing from the storage section (closing the opening/closing space), the subsequent (second) runner of the first and second partition members is connected to the main rail as the leading runner. It is possible to run.

In the example described above, the energizing assembly is attached to the upright frame (hollow mounting frame), but the energizing assembly of the partition member may be in contact with this energizing assembly. Further, the current supply assembly is not necessarily required, and the current supply assembly of the partition member may be energized in a non-contact manner.

Note that adjacent partition members (panels, etc.) do not necessarily need to be connected in a hinged manner using hinges, but if necessary, they may be connected in a hinged manner. Good too. Furthermore, if necessary, among the plurality of partition members (panels, etc.), the partition member adjacent to the side wall or pillar that forms the partition space or opening/closing space may be hinged at the side wall or pillar with a hinge or the like. A doorway (or entrance/exit path) having a door that can be opened and closed may be formed.

Note that a positioning and fixing mechanism (dropping mechanism) that can position and fix the lower part of the partition member such as the panel at a portion adjacent to the partition path (opening/closing path) is not necessarily required. The positioning and fixing mechanism is not limited to the above structure, and various positioning structures can be adopted. For example, at least one locking part (locking slot) may be formed in the hollow cylindrical body, and a lower part for maintaining the height position where the rod-shaped body is inserted into the hole of the hole member. It may include a positioning slot and an upper unlocking slot for maintaining a height position in which the rod is free from the hole in the hole member.

FIG. 34(a) is a schematic perspective view showing another positioning and fixing mechanism (dropping mechanism), and FIG. 34(b) is a sectional view taken along line II showing another positioning and fixing mechanism (dropping mechanism). . In this example, the positioning and fixing mechanism has an opening 705 vertically formed in the outer side wall corresponding to the frame cover 301 and an engaging part 706 in the inner side wall of this opening, and the lower mounting frame A positioning fixing member 702 that can be attached to the frame main body of the portion 222b with screws or the like; and a plunger that can be engaged with the engaging portion 706 (a plunger that can be attached to the engaging portion 706 by a spring stored in a storage hole); A plunger (plunger) 707 that is biased in the direction and can be taken out and retracted from the storage hole, and a rod 708 to which the plunger 707 is attached and movable in the vertical direction along the opening 705. It includes a letter-shaped positioning member 703; and a hole member 704 provided (or buried) in the floor adjacent to the laying member and having a hole 709 opening upward.

Therefore, the positioning member 703 is lowered along the opening 705 of the positioning and fixing member 702, and the engaging state of the plunger with the engaging portion 706 is released using the protruding and retracting function of the plunger 707. By dropping the positioning member 703, the cylindrical body 708 of the positioning member 703 fits into the hole 709 of the hole member, and the lower part of the partition member (panel) is positioned and fixed, and the partition member (panel) is closed. Shaking can be suppressed. Further, the positioning member 703 is raised along the opening 705 of the positioning and fixing member 702, and the plunger 707 is engaged with the engaging portion 706 using its protruding and retracting function. The lower part of the partition member (panel) can be in a free state (non-fixed state) from the floor.

Further, the positioning and fixing mechanism may include a pivot (such as a guide pivot) for guiding the partition member as described above, instead of the rod-shaped positioning member, and the mounting member (the lower mounting frame of the panel). etc.), and may include a rotational locking member that is rotatably attached to a locking portion (locking recess, etc.) formed on a floor or the like.

[Pair of magnetic members or magnet members]
In the partition structure of the present invention, the magnet member disposed at the lower end (or lower end surface) of the partition member and the partition path is not necessarily required; One of them is formed with an uneven structure that can guide the other (for example, a guide protrusion at the lower end of the partition member and a sliding groove in the partition path that can slide the guide protrusion). Good too. The lower end (or lower end surface) of the partition member, and the partition path (corresponding to the lower end of the partition member and for forming an open/close space with the partition member as the runner runs) ), by disposing a pair of magnetic members (magnet members, etc.) that can magnetically attract each other in a non-contact state, it is possible to prevent the partition members from shaking and to align the partition members, as described above. As the pair of magnetic members, a pair of magnetic members that can be attached to both ends of the lower attachment frame (lower frame) can be used, as described above. A preferable pair of magnetic members is the pair of magnet members (first and second magnet members).

The pair of magnetic members (magnet members (first and second magnet members), etc.) are not limited to being installed in the installation recess, but can also be installed at the installation site (the lower end (or lower end surface) of the partition member, the partition path or It may be possible to attach the magnetic member (the first and second magnets member), it is inserted into the dovetail-shaped mounting recess formed at the lower end (or lower end surface) of the partition member and the partition path (opening/closing path) of the installation member, without using screws or the like. It can be worn alone.

Note that the cross-sectional shape of the magnet member may be a square shape (or a narrow plate shape), a trapezoid shape, a convex shape, a spindle shape, an elliptical shape, or the like. The mounting recess of the lower frame part (mounting frame part) and/or the laying member is not necessarily necessary, the mounting recess is not necessarily necessary, and the mounting recess does not need to be dovetail-shaped, and the magnetic member can be mounted or attached. For example, the groove may have a U-shaped cross section. In a preferred embodiment, the mounting recesses are formed at the lower end of the partition member and the partition path, respectively, and may be fixed with screws, adhesive, etc., if necessary. For example, in order to increase the installation efficiency, the magnetic member is attached to the lower frame part (mounting frame part) (or elongated member, attached part) of the partition member as the construction site and the mounting recess of the laying member (or elongated member). It is inserted and installed, and may be fixed with screws or the like if necessary.

The magnet member may have a long and narrow plate shape (convex cross section), trapezoid shape, or convex shape. The magnet member may be located in the mounting recess without being exposed from the mounting recess when it is mounted on the mounting recess, but in order to effectively utilize the magnetic force, an opening forming the opening of the mounting recess It may have a protrusion located at the same height as the opening wall or protruding from the opening wall. That is, the magnet member may be substantially flush with the mounting recess (the wall of the mounting recess) or may protrude from the mounting recess (the wall of the mounting recess).

The cross-sectional shape of the mounting recess may be any shape as long as the magnet member can be mounted thereon, and may be a U-shaped cross-section, a trapezoid-shaped cross-section widening on the opening side, a polygonal shape (such as a triangular shape) narrowing on the opening side, or the like. In order to simplify the assembly operation of the opening/closing structure, it is recommended to install the magnetic member in a slidable or slidable manner in the mounting recess, and in particular, to install the magnetic member by sliding it while preventing it from coming off in the opposite direction. Possible forms include, for example, a dovetail groove shape with the opening side narrowed (for example, a cross-sectional shape where the inner part is wide and the opening wall narrows to form the opening, such as the mounting recess of the form described in Patent Document 3). A dovetail-shaped mounting recess) is preferred. Specifically, the mounting recess includes an opening wall that forms an opening (for example, an opening wall that may have a protruding wall that projects forward to form an opening) and a wall that extends from the opening wall to the back. The recessed portion may have an intermediate wall (an intermediate wall that may be widened, inclined, and extended toward the inner portion) extending in the inner direction, and recessed portion walls extending in a direction toward each other from the intermediate wall. Advantageously, the mounting recess is a longitudinally extending mounting recess in order to enhance the mounting ease of the elongated or narrow magnetic member. That is, it is preferable that the magnet member can be slidably attached to the attachment recess extending in the longitudinal direction.

The pair of magnetic members only need to be able to magnetically attract each other (apply a magnetic attraction force), and the pair of magnetic members (especially magnet members) can be arranged with magnetic poles facing opposite to each other. Often, a magnetic member (especially a magnet member) is formed with different magnetic poles adjacent to each other in the width direction (direction perpendicular to the opposing direction of the pair of magnetic members) or the thickness direction (the opposing direction of the pair of magnetic members). (or magnetized to S pole and N pole). In such a form, when at least one type of partition member selected from a panel and a sheet is used, a plurality of partition members can be arranged adjacent to each other along the partition path as they move. Useful. A preferable partition structure including such a magnetic member includes a partition member that extends at least in the vertical direction to partition a space, and a partition member that extends at least in the vertical direction to partition a space, and a partition member that extends in at least the left-right direction and the up-down direction (particularly in the left-right direction). The lower end of the partition member and a moving mechanism that corresponds to the lower end and that is movable as the partition member moves (movement of the partition member as the runner runs). , a pair of magnetic members may be provided in a partitioning path (opening/closing path or division path) for forming an opening/closing space with the partition member, which can be disposed in a non-contact state with magnetic poles facing opposite to each other. .

The pair of magnetic members (or magnet members) can be arranged in a non-contact state (separated state). Therefore, the partition member to which the first magnetic member (or first magnet member) is attached can smoothly move along the partition path (opening/closing path) to which the second magnetic member (or second magnet member) is attached. It is movable. The distance between the pair of magnetic members (or magnet members) may be about 1 to 20 mm, preferably 2 to 15 mm, and more preferably about 3 to 10 mm, depending on the magnetic force of the magnetic members (or magnet members). When a pair of magnetic members (or magnet members) are arranged separately (or at a predetermined interval) with opposite magnetic poles facing, the axis of the first magnetic member (or first magnet member) It is possible to suppress misalignment of the axes of the second magnetic member (or the second magnet member), and to prevent the axis of the second magnetic member (or the second magnet member) from shifting between the first magnetic member (or the first magnet member) and the second magnetic member (or the second magnet member). ) are loose, the swinging of the partition member can be suppressed and the posture of the partition member can be maintained by using magnetic attraction (adsorption force). Note that the magnetic member (or magnet member) may be provided with a marker to indicate the magnetic pole (S pole or N pole) in order to ensure that the magnetic member faces the opposite magnetic pole without error.

The pair of magnetic members (magnet members (first and second magnet members)) are attached at a predetermined interval and/or a predetermined length along the lower end (or lower end surface) of the partition member and the partition path. For example, a plurality of magnetic members (magnet members) may be installed at predetermined intervals ( The magnetic member (magnetic member) may be disposed separately (separately) or adjacently, over the entire length of the lower end (or lower end surface) of the partition member and the partition path (in particular, these mounting recesses). may be attached.

The first and second magnetic members (magnet members) can be formed of transition metal elements and their alloys, ferrite (iron-nickel alloy, etc.), permanent magnets, rare earth magnets, and the like. The magnetic member may be a plastic magnet or a rubber magnet containing magnetic powder and resin or rubber. The magnetic member (magnet member) may be a hard magnet member or a soft magnet member. A preferable magnetic member (magnet member) is a plastic magnet or a rubber magnet member containing resin (plastic) or elastomer, and in order to improve attachment to the mounting recess, a soft magnet member containing soft resin (soft plastic) or elastomer. . Such resins include, for example, thermoplastic resins (polyolefin resins, polyvinyl chloride resins, (meth)acrylic resins, polystyrene resins, polyester resins, polyamide resins, urethane resins, etc.), thermosetting resins, etc. It may also contain resin (such as epoxy resin). Elastomers include rubber and thermoplastic elastomers, including synthetic rubbers (diene rubber, olefin rubber, acrylic rubber, fluorine rubber, urethane rubber, etc.) and thermoplastic elastomers (polyolefin elastomers, polyester elastomers, polyamide-based rubbers, etc.). elastomer, urethane elastomer, etc.), and the soft resin (soft plastic) may be non-crystalline or non-aromatic.

In a preferred embodiment, the partition structure includes a plurality of panels or sheets as the partition members, and each panel or sheet is suspended by one or more (two) rotation shaft members (or rotation shaft members) to extend along the rail. The vehicle may also be equipped with a runner that can run on the vehicle. Further, a plurality of adjacent panels or sheets may be arranged along the partition path without being connected (for example, without being rotatably connected with a hinge or the like); each panel or The sheet may be movable in a manner crossing the partition path.

Furthermore, in a preferred embodiment of the partition structure, (a) the pair of rail running paths may have a U-shaped or V-shaped cross section; at least one pair of wheels may have a U-shaped or V-shaped cross section corresponding to the running path; It may have a V-shaped outer periphery. The runner includes an axle portion that connects a pair of wheels to each other, a support portion that rotatably supports the axle portion, a mounting through hole formed in the support portion, and a runner that is rotatable while being prevented from slipping out through the mounting through hole. It may also include a rotating shaft member that can be attached to the rotary shaft member.

In another preferred embodiment of the partition structure, (b) the pair of rail running paths are staggered at different heights from the rail main body having a U-shaped cross section and a lower opening and the inner walls on both sides of the rail main body; The wheels may be formed of at least a pair of upper and lower running walls extending in the direction of extension and tilting downward in the extending direction; at least one pair of wheels has an outer peripheral portion having a U-shaped cross section corresponding to the running path. You can. The runner includes a rotating shaft member that is slidable along the lower opening (slit-shaped opening) of the rail and that can be attached to the partition member (panel, etc.), and a rotating shaft member that extends in the axial direction of the rotating shaft member. The vehicle may include at least a pair of wheels that are rotatably mounted independently in the circumferential direction of the rotating shaft member at a predetermined interval and are movable on the running path of the running wall.

In the partition structures (a) and (b) of the preferred embodiments, a height adjusting member (height adjustable screw such as a double nut) which can be attached to the rotating shaft member and whose height is adjustable with respect to the rail is provided. A fastening member) may also be provided.

Furthermore, in the partition structures (a) and (b), the panel may be a plastic or glass panel, and the rotating shaft member of the runner (the rotating shaft member in which the threaded portion is formed) can be attached. an upper frame part (mounting frame part) (a frame part that can be screwed into the threaded part of the rotating shaft member); a lower frame part (mounting frame part) to which the first magnet member can be attached along the longitudinal direction; A second magnet member may be attached to the laying member that can be attached along the partition path, and the first magnet member and the second magnet member may be attached at a predetermined position. They may be arranged at intervals (in a non-contact state) with opposite magnetic poles facing each other. In addition, in the partition structure equipped with a rail having a running path having a U-shaped or V-shaped cross section (particularly a V-shaped running path), the top of the outer circumference of the wheel is located at the trough of the running path. The vehicle may be able to run while being located closer to the side inner wall of the rail.

The present invention also includes a set of members for forming the partition structure (or opening/closing structure). This set includes the one or more partition members, the connector, and the moving mechanism (the rails and runners, etc.); and further includes the frame (or a member forming the upper and/or lower frame). You can. Furthermore, the wiring for electrically connecting the first connector and the second connector may be provided. Furthermore, the set includes various members for forming the structure, such as a pair of magnet members that can be disposed between the lower end of the partition member and the partition path, and a positioning member (such as a mounting plate). Good too.

The partition structure (or opening/closing structure) of the present invention can be used in various spaces, such as partition spaces (nursing homes and hospital gathering spaces, home living rooms, bedrooms, reception rooms, factory work booths, warehouses; conference rooms; hotels). Rooms, banquet halls; conference halls; school classrooms, gymnasiums; theater stages; hospital rooms; exhibition spaces; evacuation facilities, etc.) can be used to open and close rooms, such as rooms, banquet halls, conference halls, school classrooms, gymnasiums, theater stages, etc. (In the expanded state of the partition member), the electrochemical function of the partition member can be expressed.

1,111,201...Rail 11,121,211...Runner 21,221...Panel (partition member)
22a, 222a... Upper frame (mounting frame)
22b, 222b...lower frame (mounting frame)
31,41,71,431,441,471...Electrifying assembly 32,72,432...Wiring 33,433...Mounting member (first connector)
43, 73, 443... Mounting member (second connector)
95a, 95b, 295a, 295b...a pair of magnet members

Claims (15)

At least one partition member that is movable along a rail and partitions a space via a runner having a mounting member or a rotating shaft member for the partition member; and movement that allows the partition member to move in a predetermined direction. A partition structure comprising: a mechanism; and a connector for electrically connecting the partition member and a facing portion facing the partition member movable by the moving mechanism,
The opposing portion is a movement regulating portion adjacent to and opposing the movable partition member, or an opposing portion of the partition member that is movable relative to each other,
The connector includes a first connector and a second connector that can be electrically connected to each other in a contact or non-contact manner,
The first connector and the second connector are attached to at least the movable partition member and the opposing part, and the following (1) adjustment member and/or (2) position adjustment means are provided. Partition structure.
(1) An adjustment member that can be attached to the mounting member or rotating shaft member of the runner and that can adjust the interval of the partition member with respect to the rail (2) Attached directly to the movement restriction section or to the movement restriction section A position of the power supply connector with respect to the movement restriction part or its frame corresponding to a power supply connector as a first connector that can be indirectly attached via a possible frame body and a second connector of the partition member. Position adjustment means to slide and adjust a frame formed or attached to the partition member along the moving direction of the partition member;
A first connector and a second connector are provided that can be mounted or attached to the frame portion and the opposing portion,
The partition structure according to claim 1, wherein the first connector and the second connector are electrically connected so that the plurality of partition members can be arranged or aligned adjacent to each other. A mounting device comprising a plurality of movable partition members adjacent to each other, a frame portion formed or attached to these partition members along the moving direction of the partition members, and a mounting that can be attached to the frame portions facing each other. The partition structure according to claim 1 or 2, comprising: a member; and a first connector and a second connector attached to the opposing mounting member. The partition member has a square or rectangular shape,
Formed or attached along the moving direction on at least one edge or end of the adjacent partitioning members that intersect in a direction orthogonal to the moving direction of the partitioning member, and A frame part where wiring can be placed,
3. The partition structure according to claim 1, further comprising a first connector and a second connector that can be mounted or attached to the opposing portion of the frame and are connected to the wiring. The plurality of adjacent partition members are capable of opening and closing the space in the left-right direction, the up-down direction, or the horizontal or front-back direction by a moving mechanism, and the connectors are attached in the manner of (a) and/or (b) below. The partition structure according to claim 1 or 2.
(a) A first connector and a second connector are attached to opposing parts of movable partition members that are movable adjacent to each other. (b) The plurality of partition members are movable with respect to the movement restriction part. It includes at least one movable partition member, a first connector is attached to the movement restriction part directly or indirectly through a frame, and a second connector is attached to the movable partition member adjacent to the movement restriction part. is installed 3. The partition structure according to claim 1, wherein the connector includes a plug and a plug receiver that can be electrically connected to each other, and the plug and the plug receiver can be magnetically attracted to each other. The partition member includes at least one functional film or sheet selected from a photoelectric conversion film, a light control or optical shutter film, a light emitting film, and a heat generating film, and the electrodes of the functional film or sheet The partition structure according to claim 1 or 2, wherein the connector is connectable. The partition structure according to claim 1 or 2, comprising any one of the following forms (A) to (C).
(A) A plurality of the partition members are movable in the left-right direction along rails arranged in the lateral direction via a runner, and a plurality of partition members corresponding to the lower end of the partition member and the As the runner runs, a pair of magnetic members that can be disposed in a form that can be magnetically attracted to each other in a non-contact state, or a pair of magnetic members that are opposite to each other, can be installed in the partition path for forming an opening/closing space with the partition member. (B) The plurality of partition members are vertically movable along rails arranged vertically via runners (C) ) The plurality of partition members are movable horizontally or in the front-rear direction along rails arranged horizontally or in the front-rear direction via runners. (A) the plurality of partition members are movable in the left-right direction via runners along the rail that is arranged laterally and has at least one pair of running paths;
The runner is the following (I) or (II);
(I) at least one pair of wheels that can run along the pair of running paths of the rail, a support portion that rotatably supports the axle portions of the pair of wheels, and a mounting member formed on the support portion; a rotating shaft member, the rotating shaft member has a runner (II ) having a hollow cross-section and is rotatably mounted in a mounting through hole formed in the support portion in a non -slip manner; A rail having a slit-like opening extending in the longitudinal direction; and at least a pair of running paths extending inward from both inner walls at different heights alternately and sloping downward in the extending direction. A runner that can run, and includes a mounting member or a rotating shaft member that is slidable along the slit-shaped opening, and a mounting member or a rotating shaft member that is arranged at a predetermined interval in the axial direction of the mounting member or rotating shaft member. A runner equipped with at least a pair of wheels rotatably mounted independently in the circumferential direction of a member and capable of traveling on the running path,
The partition structure according to claim 1 or 2, wherein the mounting member or rotating shaft member of one or more of the runners can be attached to each partition member. The partition structure according to claim 1 or 2, wherein a pair of magnetic members that can be magnetically attracted to each other can be arranged or attached to the opposing portions of the side ends of the partition member. An upper frame portion and a lower frame portion formed or attached to the upper and lower ends of the partition member, respectively, along the moving direction of the partition member, a frame cover for covering these frame portions, and the upper frame portion and mounting members that can be attached to the lower frame portion and both ends of the frame cover, respectively, and a first connector and a second connector are opposed to the opposing portions of the upper mounting member among these mounting members. 3. The partition structure according to claim 1, wherein a pair of magnetic members that can be magnetically attracted to each other are attached facing each other to the opposing portions of the lower mounting member. an erected member that can be attached to a regulating wall portion where movement of the partition member is regulated; a first connector that is attached to an opposing portion of the erected member and a partition member that is movable with respect to the erected member; The partition structure according to claim 1 or 2, further comprising a second connector. The partitioning member and the connector according to claim 1 or 2; further comprising: the rail and runner according to claim 1; and (1) the adjustment member and/or (2) position adjustment means according to claim 1. A set for forming a partition structure. The set according to claim 13, further comprising wiring for electrically connecting the first connector and the second connector. 14. The set of claim 13, wherein the rail and the runner include the rail and runner of claim 8 or 9.

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