JP6914086B2 - Sliding door device and partition system - Google Patents

Description

The present invention relates to a sliding door device and a partition system that are suitably used for booths and the like installed indoors.

Conventionally, many booths installed indoors have a sliding door to form an entrance / exit.

As this type of sliding door, a sliding door is assembled outside the fixed panel so as to polymerize in the thickness direction (Patent Documents 1 and 2), or the sliding door itself is self-supporting and the sliding door is provided outside the fixed panel. Those engaged with each other so as to polymerize in the thickness direction (Patent Document 3) and the like are known.

Japanese Patent No. 4354049 Japanese Patent No. 4560775 Japanese Patent No. 5460515

However, in such a structure, the sliding door is pulled over from the fixed panel, the support mechanism is exposed, the position of the door stop is shifted, and the appearance is easily spoiled, and especially in front of the fixed panel. If furniture or luggage is placed, it will interfere with opening and closing. Moreover, since it is necessary to secure an installation area for two sheets in the thickness direction, it becomes a factor of narrowing the booth. Further, when the slide door is supported on the outside of the fixed panel, the slide door is tilted and a load is applied, and when the slide door is made to stand on its own by a caster or the like, the floor is scratched and the opening / closing operation becomes heavy.

The present invention has been made by paying attention to such a problem, and can be installed indoors in a good-looking manner, prevents thickening so as not to narrow the booth as much as possible, and is easy to stabilize and maintain. It is an object of the present invention to provide an unprecedented sliding door device and partition system.

The present invention has taken the following measures in order to achieve such an object.

That is, the sliding door device of the present invention is used for partitioning by laying it indoors, and the partition panel is configured in the shape of a door pocket, and the sliding door is configured in the partition panel via a support mechanism configured in the door pocket. It is supported so that it can be manually taken in and out . The partition panel is composed of a main panel and a decorative panel that can be detachably attached at a position facing the main panel, and by removing the decorative panel, the main panel is used. It is characterized in that a sliding door supported by a panel via a support mechanism can be exposed to the side.

With this configuration, the sliding door fits within the thickness of the partition panel, so there is no difference in the thickness of the partition panel and the sliding door, and the total thickness of the partition panel and the sliding door can be reduced. Therefore, it can be constructed lightly and the sliding door can be accurately supported in the door pocket. Moreover, even if there are furniture and luggage around the partition panel, they will not interfere with the opening and closing of the door, and it is possible to avoid narrowing the booth as much as possible. Further, since the center of gravity of the sliding door is located within the thickness of the partition panel, it is easy to realize a stable support state.

In addition, it can be used for stools such as assembling and disassembling with the decorative panel removed.

In order to open the inner space of the door pocket widely, it is preferable that the main panel is mainly composed of a rigid plate material.

In order to further improve the convenience of assembly and maintenance, it is effective to configure the board material so as to maintain an independent state by being connected to another partition panel or corner support regardless of the presence or absence of a decorative panel.

In order to improve the stability even if it is a stationary sliding door, the partition panel has a grounding part that is laid on the floor, and the center of gravity in the thickness direction of the sliding door is located within the grounding width of the partition panel. It is desirable to be there.

Further, the sliding door device of the present invention is used for partitioning by laying it indoors, and the partition panel is configured in the shape of a door pocket, and the sliding door is formed in the partition panel via a support mechanism configured in the door pocket. The support mechanism is supported in a state where it can be manually taken in and out, and the support mechanism is arranged in the front-rear direction along the slide direction of the slide door and the suspension mechanism arranged in the front-rear direction along the slide direction of the slide door. It is equipped with a steady rest mechanism that regulates the runout of the upper and lower ends of the slide door in the thickness direction, and the front suspension mechanism and the front steady rest mechanism are vertical rails provided within the height and thickness of the slide door. And the horizontal rail, and the rear suspension mechanism and the rear steady rest mechanism include the vertical roller and the horizontal roller protruding from the sliding door, and the door pocket opening is larger than the cross section of the sliding door. It is characterized in that it is closed by a door pocket opening cover having a door doorway smaller than the protruding size of the door.
With this configuration, the sliding door fits within the thickness of the partition panel, so there is no difference in the thickness of the partition panel and the sliding door, and the total thickness of the partition panel and the sliding door can be reduced. Therefore, it can be constructed lightly and the sliding door can be accurately supported in the door pocket. Moreover, even if there are furniture and luggage around the partition panel, they will not interfere with the opening and closing of the door, and it is possible to avoid narrowing the booth as much as possible. Further, since the center of gravity of the sliding door is located within the thickness of the partition panel, it is easy to realize a stable support state.
Further, while avoiding the interference of the mechanical parts, the support mechanism can be simply configured to improve the appearance of the door pocket opening.

Further, the sliding door device of the present invention is used for partitioning by laying it indoors, and the partition panel is configured in the shape of a door pocket, and the sliding door is formed in the partition panel via a support mechanism configured in the door pocket. The support mechanism is supported in a state where it can be manually taken in and out, and the support mechanism is arranged in the front-rear direction along the slide direction of the slide door and the suspension mechanism arranged in the front-rear direction along the slide direction of the slide door. It is equipped with a steady rest mechanism that regulates the runout of the upper and lower ends of the slide door in the thickness direction, and the front suspension mechanism and the front steady rest mechanism are vertical rails provided within the height and thickness of the slide door. And the horizontal rail, as well as the rear suspension mechanism and the rear steady rest mechanism also include the vertical rail and the horizontal rail provided within the height and thickness of the sliding door, and the door pocket opening is larger than the cross section of the sliding door. It is characterized by being closed by a door pocket opening cover with a slightly larger door doorway.
With this configuration, the sliding door fits within the thickness of the partition panel, so there is no difference in the thickness of the partition panel and the sliding door, and the total thickness of the partition panel and the sliding door can be reduced. Therefore, it can be constructed lightly and the sliding door can be accurately supported in the door pocket. Moreover, even if there are furniture and luggage around the partition panel, they will not interfere with the opening and closing of the door, and it is possible to avoid narrowing the booth as much as possible. Further, since the center of gravity of the sliding door is located within the thickness of the partition panel, it is easy to realize a stable support state.
Further, while avoiding the interference of the mechanical parts, the support mechanism can be simply configured to improve the appearance of the door pocket opening.

Further, the sliding door device of the present invention is used for partitioning by laying it indoors, and the partition panel is configured in the shape of a door pocket, and the sliding door is formed in the partition panel via a support mechanism configured in the door pocket. The support mechanism is supported in a state where it can be manually taken in and out, and the support mechanism is arranged in the front-rear direction along the slide direction of the slide door and the suspension mechanism arranged in the front-rear direction along the slide direction of the slide door. It is equipped with a steady rest mechanism that regulates the runout of the upper and lower ends of the sliding door in the thickness direction. It is characterized by providing a height adjusting mechanism that can adjust the arrangement height of the vertical rollers in the pulled out state.
With this configuration, the sliding door fits within the thickness of the partition panel, so there is no difference in the thickness of the partition panel and the sliding door, and the total thickness of the partition panel and the sliding door can be reduced. Therefore, it can be constructed lightly and the sliding door can be accurately supported in the door pocket. Moreover, even if there are furniture and luggage around the partition panel, they will not interfere with the opening and closing of the door, and it is possible to avoid narrowing the booth as much as possible. Further, since the center of gravity of the sliding door is located within the thickness of the partition panel, it is easy to realize a stable support state.
Further, even if the sliding door is supported in the door pocket, the inclination can be appropriately prevented.

Further, the sliding door device of the present invention is used for partitioning by laying it indoors, and the partition panel is configured in the shape of a door pocket, and the sliding door is configured in the partition panel via a support mechanism configured in the door pocket. The main panel stands up from the edge of the bottom plate, and the bottom plate is connected to the base while the bottom plate is supported by the base via an adjuster. It is characterized by having a structure in which the eggplant is laid on the floor.
With this configuration, the sliding door fits within the thickness of the partition panel, so there is no difference in the thickness of the partition panel and the sliding door, and the total thickness of the partition panel and the sliding door can be reduced. Therefore, it can be constructed lightly and the sliding door can be accurately supported in the door pocket. Moreover, even if there are furniture and luggage around the partition panel, they will not interfere with the opening and closing of the door, and it is possible to avoid narrowing the booth as much as possible. Further, since the center of gravity of the sliding door is located within the thickness of the partition panel, it is easy to realize a stable support state.
In addition, the sliding door device can be properly installed even if it is a stationary type.

Further, the sliding door device of the present invention is used for partitioning by laying it indoors, and the partition panel is configured in the shape of a door pocket, and the sliding door is configured in the partition panel via a support mechanism configured in the door pocket. It is supported in a state where it can be manually taken in and out, and a pair of putting-in / out assistance that assists the pulling force of the moving end when pulling in the sliding door and the pulling force of the moving end when pulling out the sliding door on the main panel. It is characterized in that a mechanism is attached, these are housed in a door pocket, and a common engaging portion provided on the sliding door is selectively engaged with each opening / closing assist mechanism.
With this configuration, the sliding door fits within the thickness of the partition panel, so there is no difference in the thickness of the partition panel and the sliding door, and the total thickness of the partition panel and the sliding door can be reduced. Therefore, it can be constructed lightly and the sliding door can be accurately supported in the door pocket. Moreover, even if there are furniture and luggage around the partition panel, they will not interfere with the opening and closing of the door, and it is possible to avoid narrowing the booth as much as possible. Further, since the center of gravity of the sliding door is located within the thickness of the partition panel, it is easy to realize a stable support state.
In addition, it is possible to appropriately assist the sliding door in and out in the limited inner space of the door pocket.

By using the sliding door device described above, it is possible to provide a low-partition system which has a good appearance, is excellent in comfort and usability, and can be used stably even if it is a stationary type.

Since the present invention has the configuration described above, it does not cause a large step such as a sliding difference, the support mechanism can be concealed, and the door stop does not shift. It is possible to provide a new and useful sliding door device that does not get in the way even if furniture and luggage are placed on the floor, can be stably supported, and does not cause damage to the floor.

The external view of the low partition system which concerns on one Embodiment of this invention. An exploded perspective view of the periphery of the sliding door constituting the embodiment. Front perspective view of the low partition with the sliding door assembled. An enlarged upper sectional view taken along the line AA of FIG. FIG. 3 is an enlarged cross-sectional view of the lower part along the line AA of FIG. FIG. 3 is an enlarged upper sectional view taken along the line BB of FIG. FIG. 3 is an enlarged cross-sectional view of the lower part along the line BB of FIG. The front view which shows the adjustment mechanism of the vertical roller and the horizontal roller in the same embodiment. The partial front view which shows the insertion / removal assist mechanism of a sliding door in the same embodiment. A schematic front perspective view showing a second embodiment of the present invention. The front view of the upper and lower roller supports constituting the same embodiment. A perspective view of the upper part and the lower part of FIG. 10 as viewed from the directions Y1 and Y2. The perspective view which shows typically the upper roller support.

Hereinafter, the first embodiment of the present invention will be described with reference to FIGS. 1 to 9.

FIG. 1 shows a low partition system LPS with a sliding door device A. The sliding door device A is laid indoors and used as a partition. The partition panel 1 is configured in a door pocket shape, and the sliding door 2 can be manually taken in and out of the partition panel 1.

FIG. 2 is an exploded perspective view showing the periphery of the sliding door 2 by disassembling the partition panel 1. The partition panel 1 includes a main panel 11, a decorative panel 12 that is detachably attached to a position facing the main panel 11, a grounding portion 13 that covers between the edges of the main panel 11 and the decorative panel 12, and a door pocket opening cover 14. , Kasagi 15, and Kasagi auxiliary member 16, and the slide panel 2 is housed in the door pocket space S closed by these.

The main panel 11 is mainly composed of a rigid plate material, for example, a plate material 11a having a flush structure in which paper honeycombs are sandwiched between steels, and the plate material 11a is connected to a corner support CP constituting a booth via a bracket 11b. It maintains its independence even in the disassembled state. As shown in FIG. 4, a decorative material 11c is arranged on the outside of the main panel 11.

As shown in FIGS. 3 and 5, the main panel 11 stands up along the edge of the bracket 11d forming the bottom plate, and the bracket 11d is a square pipe-shaped base forming the grounding portion 13 via the adjuster 11e. The bracket 11d and the base 13a are connected by the fastener 13b in a state of being supported by the base 13a and adjusted by the adjuster, and the base 13a is laid on the floor F. A skirting board 13c is attached to the base 13a.

On the other hand, as shown in FIGS. 2 to 5, the slide door 2 has a thin plate-shaped panel body 25 attached to the inside of the upper frame 21, the lower frame 22, and the left and right side frames 23, 24 via the attachment member 2a. The side frame 23 on the drawer side is formed with a convex piece-shaped door stop portion 23a having a T-shaped cross section.

Then, as shown in FIGS. 2 and 4 to 7, the support mechanism SP for supporting the slide door 2 is a slide door when the pull-out side is the front and the pull-in side is the back along the slide direction. Front suspension mechanism 3 and rear suspension mechanism 4 that suspend and support 2 from one side surface side, front upper steady rest mechanism 5 that regulates the upper and lower ends of the slide door 2 in the thickness direction of the slide door 2, front lower portion It is provided with a steady rest mechanism 6, a rear upper steady rest mechanism 7, and a rear lower steady rest mechanism 8. In FIGS. 4 to 7, hatching representing a part of the cross section is omitted for simplification.

As shown in FIG. 4, the front suspension mechanism 3 engages with a vertical rail 31 provided within the thickness and height of the upper frame 21 constituting the slide door 2 and engages with the vertical rail 31 in the height direction. It is composed of a support side, that is, a vertical roller 32 on the main panel 11 side. The vertical rail 31 has a groove shape recessed in one side surface 2b of the upper frame 21 constituting the slide door 2, and the vertical rail 31 is engaged with the vertical roller 32 along the thickness direction of the slide door 2. ing. The vertical roller 32 is pivotally attached to the upright piece 91a of the L-shaped roller support member 91 via a horizontal support shaft 32a, and the roller support member 91 is attached to the main panel 11 via the bracket 92. The upright piece 91a or the bracket 92 is provided with a loose hole (not shown), and the roller support member 91 is fixed at an appropriate height by a fastener 91c inserted through the loose hole.

As shown in FIG. 6, the rear suspension mechanism 4 has a vertical roller 41 protruding from the slide door 2 and a vertical rail on the support side, that is, the main panel 11 side, which engages with the vertical roller 41 to support the height direction. It is composed of 42 and. The vertical roller 41 is axially mounted on an extension line of the vertical rail 31 provided on the slide door 2 along the vertical direction of the paper surface via a horizontal support shaft 41a, and the roller portion is attached to one side surface of the slide door 2. It protrudes to the side of 2b. The vertical rail 42 is formed on the upright piece 93a of the L-shaped rail constituent member 93, and the rail constituent member 93 is attached to the main panel 11 via the bracket 92 described above.

As shown in FIG. 4, the front upper steady rest mechanism 5 has an upper horizontal rail 51 provided within the thickness and height of the slide door 2 and a support that engages with the upper horizontal rail 51 to support the thickness direction. It is composed of an upper horizontal roller 52 on the side, that is, on the main panel 11 side. The horizontal rail 51 of the slide door 2 has a groove shape recessed in the upper end surface 2c of the upper frame 21 constituting the slide door 2, and the horizontal roller 52 is engaged with the horizontal rail 51 from above. The horizontal roller 52 is pivotally attached to the horizontal piece 91b of the roller mounting member 91 described above via a vertical support shaft 52a, and the arrangement height is increased together with the vertical roller 32 according to the height of the roller support member 91. It is said that it can be changed. The roller support member 91 and the bracket 92 are fastened to the main panel 11 via the fastener 91c, and the fastener 91c is loosened and inserted into the horizontal portion of the bracket 92 and screwed into the roller mounting member 91. The height positions of the rollers 32 and 52 can be adjusted by the bolt V1 which is an adjusting portion, and the bolt V1 is the upper part which adjusts the height of the rollers 32 and 52 together with the roller support member 91, the bracket 92 and the fastener 91c. The adjustment mechanism 110 is configured.

As shown in FIG. 6, the rear upper steady rest mechanism 7 engages with the upper horizontal roller 71 projecting from the slide door 2 and the support side, that is, supporting the thickness direction of the slide door 2. It is composed of an upper horizontal rail 72 on the main panel 11 side. The upper horizontal roller 71 is pivotally attached via a support shaft 71a perpendicular to an extension line along the paper surface vertical direction of the upper horizontal rail 51 provided on the slide door 2, and the roller portion is attached to the slide door 2. It protrudes above the upper end surface 2c. The upper horizontal rail 72 is formed on the horizontal piece 93b of the rail constituent member 93, and is attached to the main panel 11 via the bracket 92.

As shown in FIG. 5, the front lower steady rest mechanism 6 engages with the lower horizontal rail 61 provided within the thickness and height of the slide door 2 and supports the lower horizontal rail 61 in the thickness direction. It is composed of a lower horizontal roller 62 on the side, that is, on the main panel 11 side. The lower horizontal rail 61 of the slide door 2 has a groove shape recessed in the lower end surface 2d of the lower frame 22 constituting the slide door 2, and the horizontal roller 62 is engaged with the horizontal rail 61 from below. The horizontal roller 62 is pivotally attached to the horizontal piece 94a of the L-shaped roller support member 94 via a vertical support shaft 62a, and the upright piece 94b of the roller support member 94 is attached to the main panel 11 via the bracket 95. The upright piece 94b or the bracket 95 is provided with a loose hole (not shown), and is fixed at an appropriate height by a fastener 94c inserted through the loose hole. The roller support member 94, together with the bracket 95 and the fastener 94c, constitutes a lower adjustment mechanism 120 that adjusts the height of the roller 62.

As shown in FIG. 7, the rear lower steady rest mechanism 8 has a lower lateral roller 81 projecting from the slide door 2 and a support side that engages with the lower lateral roller 81 to support the thickness direction, that is, the main panel 11 side. It is composed of a lower horizontal rail 82. The lower horizontal roller 81 is pivotally attached via a support shaft 81a perpendicular to an extension line along the paper surface vertical direction of the lower horizontal rail 61 provided on the lower frame 22 constituting the slide door 2. The portion is projected downward from the lower end surface 2d of the lower frame 22 constituting the slide door 2. The lower horizontal rail 82 is formed on the horizontal piece 94a of the roller support member 94, and is attached to the main panel 1 via the bracket 95 described above.

As shown in FIG. 4 and the like, the cap tree auxiliary member 16 compensates for the height difference between the decorative panel 12 and the decorative material 11c, and the cap tree 15 is attached over the cap tree auxiliary member 16 and the decorative material 11c.

The door pocket opening cover 14 shown in FIG. 2 has a door entrance / exit 14a that is larger than the cross section of the slide door 2 and smaller than the protruding dimensions of the vertical rollers 41 and the horizontal rollers 71, 81.

The height adjusting mechanism 110 is inside the door pocket and is opened upward by removing the cap tree 15, and the height of the rollers 32 and 52 can be adjusted through the bolt V1 with the slide door 2 pulled out from the door pocket. Has been done. The height adjustment mechanism 120 can adjust the height position of the roller 62 by loosening the fastener 94c with the decorative panel 12 removed.

Further, the slide door device A assists the pulling force of the moving end when the slide door 2 is housed and the pulling force of the moving end when pulling out the slide door 2 on the main panel 1 shown in FIG. The taking-in / out assisting mechanisms 201A and 201B are attached and housed in the door pocket so that the common engaging portion 202 provided on the slide door 2 is selectively engaged with each opening / closing assisting mechanism.

Specifically, as shown in FIG. 9, the drawer-side insertion / removal assist mechanism 201A engages the two points of the mooring claw 212 with the guide groove 211 formed in an L shape, and has an obliquely inclined auxiliary start position P. It is possible to move forward and backward from there to the auxiliary completion position Q that has moved to the end while taking a substantially horizontal posture toward the opposite side, and it moves from the auxiliary start position Q to the auxiliary end position P by the elasticity of a spring (not shown) and assists. When moving from the end position P to the auxiliary start position Q, when the auxiliary start position Q is reached while accumulating elasticity in the spring, one of the two points is caught by the L-shaped portion 211a of the guide groove 211 and is detented. It is configured to. That is, when the slide door 2 is pulled out, the engaging portion 202 reaches the auxiliary start position P, and the engaging portion 202 is caught by the mooring claw 212 to release the detent state, the mooring claw 212 disengages the engaging claw 202. While catching, tow the slide door 2 to move to the auxiliary end position Q at the drawer end. On the contrary, when the slide door 2 is pulled in, the engaging portion 202 tows the mooring claw 212 to move to the auxiliary start position P and hooks on the L-shaped portion 211a of the guide groove 211, at which time the engaging claw 202 is moored. Released from the claw 212, the sliding door 2 continues to move in the retracting direction. A damper (not shown) works when the spring releases elasticity.

The same applies to the take-in / out assist mechanism 202 on the pull-in side.

As described above, the sliding door device A realizes a low partition system LPS in which the sliding door 2 is provided with a function of being able to be opened and closed manually and lightly while maintaining the minimum rigidity.

As described above, the sliding door device A of the present embodiment is used for partitioning by laying it indoors, and the partition panel 1 is configured in a door pocket shape, and the sliding door 2 is mounted on the partition panel 1. It is supported in a state where it can be manually taken in and out via the support mechanism SP configured inside.

With this configuration, the sliding door 2 fits within the thickness of the partition panel 1, so that the sliding door 2 does not cause a difference, the total thickness of the partition panel 1 and the sliding door 2 can be reduced, and the appearance is improved. Since it does not use a motor or the like, it can be constructed lightly and can accurately support the slide door 2 in the door pocket. Moreover, even if there are furniture and luggage around the partition panel 1, it does not interfere with the opening and closing of the door, and it is possible to avoid narrowing the booth as much as possible. Further, since the center of gravity of the slide door 2 is within the thickness of the partition panel 1, it becomes easy to realize a stable support state.

In this case, the partition panel 1 is composed of a main panel 11 and a decorative panel 12 that is detachably attached to a position facing the main panel 11, and by removing the decorative panel 12, the support mechanism SP is attached to the main panel 11. Since the sliding door 2 supported via the above can be exposed to the side, it is easy to assemble and disassemble with the decorative panel 12 removed, and it is also excellent in maintenance convenience.

In particular, since the main panel 11 is mainly composed of a rigid plate material 11a, it is easier to secure an inner space than when the partition panel 1 has a frame-like frame structure, and it interferes with the opening of the door pocket. Since there is no frame at the position, the inner sky can be used to the maximum. As a result, the thickness dimension of the partition panel 1 can be significantly reduced, and a layout that does not narrow the inside of the booth as much as possible can be expected.

Moreover, since the plate material 11a is configured to be connected to the corner support CP to maintain an independent state regardless of the presence or absence of the decorative panel 12, the convenience of assembly and maintenance can be further improved. Such an effect is the same when maintaining an independent state by being connected to another partition panel.

In particular, the partition panel 1 has a grounding portion 13 laid on the floor F, and the center of gravity in the thickness direction of the slide door 2 is located within the grounding width of the partition panel 1, so that the laying type is sufficient. Stability can be obtained.

The support mechanism SP includes suspension mechanisms 3 and 4 arranged in the front-rear direction along the slide direction of the slide door 2, and upper and lower ends of the slide door 2 arranged in the front-rear direction along the slide direction of the slide door 2. The front suspension mechanism 3 and the front steady rest mechanisms 5 and 6 are provided with a steady rest mechanism 5 to 8 for regulating the runout of the portion in the thickness direction, and the front suspension mechanism 3 and the front steady rest mechanism 5 and 6 are provided with a vertical rail 31 and a horizontal rail 51 within the thickness of the slide door 2. , 61, and the rear suspension mechanism 4 and the rear steady rest mechanisms 7 and 8 include vertical rollers 41 and horizontal rollers 71 and 81 projecting from the slide door 2, and the door pocket opening is the slide door 2. Since it is closed by the door pocket opening cover 14 having a door entrance / exit 14a that is larger than the cross section and smaller than the protruding dimensions of the vertical rollers 71 and the horizontal rollers 71, 81, the support mechanism SP can be made as simple as possible while avoiding interference of mechanical parts. By configuring the door pocket, it is possible to suppress an increase in the thickness of the door pocket and to improve the fit inside the door doorway 14a.

Further, in this way, the support mechanism SP is arranged in the front-rear direction along the slide direction of the slide door 2, and the suspension mechanisms 3 and 4 are arranged in the front-rear direction along the slide direction of the slide door 2. When the steady rest mechanisms 5 to 8 that regulate the runout of the upper and lower end portions in the thickness direction are provided, a tilt error is likely to occur when the slide door 2 protrudes to the drawer position. Including the vertical roller 32 provided in the door pocket, the height adjusting mechanism 110 capable of adjusting the arrangement height of the vertical roller 32 while the slide door 2 is pulled out from the door pocket is also provided in the door pocket. Appropriate adjustment can be made so that the sliding door 2 is evenly contacted with the door contact and a distorted gap is not formed.

In addition, the main panel 1 stands up from the edge of the bracket 11d constituting the bottom plate, and the bracket 11d and the base 13a are connected in a state where the bracket 11d is supported by the base 13a via the adjuster 11e, so that the base is connected. Since 13a has a structure in which it is laid on the floor F, it is easy to deal with unevenness of the floor F, etc., even though it is a laying type , and the partition panel 1 can be handled by connecting the main panel 11 and the base 13a. Becomes easier.

Further, a pair of insertion / removal assisting mechanisms 201A and 201B that assist the pulling force of the moving end when pulling in the slide door 2 and the pulling force of the moving end when pulling out the slide door 2 are attached to the main panel 11, and these are attached. It is housed in the door pocket and the common engaging portion 202 provided on the slide door 2 is selectively engaged with the opening / closing assisting mechanisms 201A and 201B, and the opening / closing assisting mechanisms 201A and 201B are separated in this way. As a result, it is possible to effectively prevent the main panel 11 from becoming larger than necessary with respect to the slide amount as compared with the case where one opening / closing assist mechanism is also used.

By using the above sliding door device 1, the present embodiment provides a low-partition system LPS that has a good appearance, is excellent in comfort and usability, and can be used stably even if it is a stationary type. can do.

Next, the second embodiment of the present invention will be described with reference to FIGS. 10 to 13.

This embodiment is different from the first embodiment in the configurations of the front suspension mechanism 103, the rear suspension mechanism 104, the front steady rest mechanisms 105 and 106, and the rear steady rest mechanisms 107 and 108.

The front suspension mechanism 103 is composed of a vertical rail 131 provided within the height and thickness of the slide door 102, and a vertical roller 132 on the support side that engages with the vertical rail 131 and supports it in the height direction. The front steady rest mechanisms 105 and 106 engage with the upper horizontal rails 151 and the lower horizontal rails 161 provided within the height and thickness of the slide door 102, and the upper horizontal rails 151 and the lower horizontal rails 161. It is composed of an upper horizontal roller 152 and a lower horizontal roller 162 on the support side that support in the thickness direction. Further, the rear suspension mechanism 104 is composed of a vertical rail 141 provided within the height and thickness of the slide door 102, and a vertical roller 142 on the support side that engages with the vertical rail 141 and supports it in the height direction. The rear steady rest mechanisms 107 and 108 are provided on the lateral rails 171 and 181 provided within the height and thickness of the slide door 102, and the support side that engages with these lateral rails 171 and 181 and supports them in the thickness direction. It is composed of horizontal rollers 172 and 182. Here, the vertical rails 131 and 141 are continuous in the common upper frame 121, the horizontal rails 151 and 171 are also continuous in the common upper frame 121, and the horizontal rails 161 and 181 are continuous in the common lower frame 122. It is continuous within.

Then, the vertical roller 132 and the horizontal roller 152 (vertical roller 142 and horizontal roller 172) on the support side are arranged in the upper frame 121 of the slide door 102 and pulled out through the slit 121a provided in the upper frame 121. The horizontal roller 162 (horizontal roller 182) on the support side is fixed to the support side, that is, the main panel 111 side by the upper bracket 191, and the slit 122a provided in the lower frame 122 is arranged in the lower frame 122 of the slide door 102. The lower bracket 192 is fixed to the support side, that is, the main panel 111 side.

The vertical roller 132 and the horizontal roller 152 (vertical roller 142 and horizontal roller 172) are rotatably incorporated into the roller support RS1 shown in FIGS. 11 and 13 formed by bending a plate material. Specifically, the vertical rollers 132 and 142 are supported by the shafts S passed between the vertical walls S11 and S11 of the roller support RS1, and the horizontal rollers are formed in the notches S12 and S12 provided in the vertical walls S11 and S11 of the roller support RS1. 152 and 172 are housed, and a part of the plate material constitutes the upper bracket 191. The upper bracket 191 is fixed to the support side, that is, the main panel 111 side at a position X1 above the upper end 121x of the upper frame 121 of the slide door 102.

Further, the horizontal roller 162 (horizontal roller 182) is incorporated in the roller support RS2 shown in FIG. 11 formed by bending a plate material (the perspective view of the roller support RS2 corresponding to FIG. 13 is not shown). Specifically, the horizontal rollers 162 and 182 are housed in the notches S22 and S22 provided in the vertical walls S21 and S21 of the roller support RS1, and a part of the plate material constitutes the lower bracket 192. The lower bracket 192 is fixed to the support side, that is, the main panel 111 side at a position X2 below the lower end 122x of the lower frame 122 of the slide door 102.

Regarding assembly, the slide door 102 is brought closer to the main panel 111 with the roller supports RS1 and RS2 housed in the upper frame 121 and the lower frame 122 of the slide door 102, respectively, and the brackets 191 and 192 are fixed at the fixed positions 191x. Assembly is completed by fixing 192x to the main panel 111 with fasteners such as bolts. In particular, if the fixed positions of the upper and lower roller supports RS1 and RS2 attached to the side close to the door pocket opening can be adjusted in the height direction, the height adjusting mechanism of the vertical roller 132 and the horizontal roller 152 and the horizontal roller 162 Height adjustment mechanism can be configured.

The partition panel is completed by attaching a decorative cover or the like similar to the decorative cover 12 of the first embodiment from above and closing the door pocket opening with the door pocket opening cover similar to the door pocket opening cover 14 of the first embodiment. In this case, the door pocket opening cover is provided with a door doorway slightly larger than the cross section of the sliding door.

With the above configuration, basically the same effect as that of the first embodiment can be obtained, and the support mechanism of this embodiment is suspended in the front-rear direction along the slide direction of the slide door 102. The mechanisms 103 and 104 are also provided with steady rest mechanisms 105 to 108 which are arranged in the front-rear direction along the slide direction of the slide door 102 and regulate the runout of the upper and lower ends of the slide door 102 in the thickness direction. The front suspension mechanism 103 and the front steady rest mechanisms 105 and 106 include vertical rails 131 and horizontal rails 151 and 161 provided within the height and thickness of the slide door 102, as well as the rear suspension mechanism 104 and the rear steady rest. Mechanisms 107 and 108 also include vertical rails 141 and horizontal rails 171, 181 provided within the height and thickness of the sliding door 102, and the door pocket opening has a door doorway slightly larger than the cross section of the sliding door 102. Since the door pocket opening cover is closed, the support mechanism can be simply configured to improve the appearance of the door pocket opening while avoiding interference of mechanical parts.

Although one embodiment of the present invention has been described above, the specific configuration of each part is not limited to the above-described embodiment.

For example, even if the support structure of the sliding door is a structure other than the illustrated embodiment, the same function and effect as those of the above-described embodiment can be obtained by constructing the support structure in the door pocket.

Other configurations can be changed in various ways without departing from the spirit of the present invention.

1 ... Partition panel 2, 102 ... Sliding door 3, 103 ... Front suspension mechanism 4, 104 ... Rear suspension mechanism 5, 6, 105, 106 ... Front steady rest mechanism 7, 8, 107, 108 ... Rear steady rest mechanism 11, 111 ... Main panel 11a ... Plate material 11d ... Bottom plate (bracket)
11e ... Adjuster 12 ... Decorative panel 13 ... Grounding part 13a ... Base 31, 131 ... Vertical rail 32, 132 ... Vertical roller (front suspension mechanism side)
41, 141 ... Vertical roller (rear suspension mechanism side)
51, 61, 151, 161 ... Horizontal rail (front steady rest mechanism side)
71, 81, 172, 182 ... Horizontal roller (rear steady rest mechanism side)
110 ... Height adjustment mechanism 201A, 201B ... Assistance mechanism for putting in and out 202 ... Engagement part A ... Sliding door device CP ... Corner support F ... Floor LPS ... Low partition system SP ... Support mechanism

Claims (10)

It is laid indoors and used for partitioning. The partition panel is configured like a door pocket, and the sliding door is supported on this partition panel so that it can be manually taken in and out via the support mechanism configured inside the door pocket. It is a thing
The partition panel is composed of a main panel and a decorative panel that is detachably attached to a position facing the main panel, and by removing the decorative panel, a sliding door supported by the main panel via a support mechanism is sided. A sliding door device characterized in that it can be exposed to one side. The sliding door device according to claim 1 , wherein the main panel is mainly composed of a rigid plate material. The sliding door device according to claim 2 , wherein the plate material is connected to another partition panel or a corner support regardless of the presence or absence of a decorative panel to maintain an independent state. The sliding door device according to claim 3 , wherein the partition panel has a grounding portion laid on the floor, and the center of gravity in the thickness direction of the sliding door is located within the grounding width of the partition panel. It is laid indoors and used for partitioning. The partition panel is configured like a door pocket, and the sliding door is supported on this partition panel so that it can be manually taken in and out via the support mechanism configured inside the door pocket. It is a thing
The support mechanism is a hanging mechanism arranged in the front-rear direction along the slide direction of the slide door, and is also arranged in the front-rear direction along the slide direction of the slide door to regulate the runout of the upper and lower ends of the slide door in the thickness direction. It is provided with a steady rest mechanism, and the front suspension mechanism and the front steady rest mechanism include vertical rails and horizontal rails provided within the height and thickness of the slide door, as well as the rear suspension mechanism and the rear runout. The stopping mechanism includes a vertical roller and a horizontal roller protruding from the sliding door, and the door pocket opening is provided by a door pocket opening cover having a door doorway that is larger than the cross section of the sliding door and smaller than the protrusion dimension of the vertical roller and the horizontal roller. A sliding door device characterized by being closed. It is laid indoors and used for partitioning. The partition panel is configured like a door pocket, and the sliding door is supported on this partition panel so that it can be manually taken in and out via the support mechanism configured inside the door pocket. It is a thing
The support mechanism is a hanging mechanism arranged in the front-rear direction along the slide direction of the slide door, and is also arranged in the front-rear direction along the slide direction of the slide door to regulate the runout of the upper and lower ends of the slide door in the thickness direction. It is provided with a steady rest mechanism, and the front suspension mechanism and the front steady rest mechanism include vertical rails and horizontal rails provided within the height and thickness of the slide door, as well as the rear suspension mechanism and the rear runout. The stop mechanism also includes vertical and horizontal rails provided within the height and thickness of the sliding door, and the door pocket opening is closed by a door pocket opening cover with a door doorway slightly larger than the cross section of the sliding door. A sliding door device characterized by being present. It is laid indoors and used for partitioning. The partition panel is configured like a door pocket, and the sliding door is supported on this partition panel so that it can be manually taken in and out via the support mechanism configured inside the door pocket. It is a thing
The support mechanism is a hanging mechanism arranged in the front-rear direction along the slide direction of the slide door, and is also arranged in the front-rear direction along the slide direction of the slide door to regulate the runout of the upper and lower ends of the slide door in the thickness direction. It is equipped with a steady rest mechanism, and the front suspension mechanism includes a vertical roller provided in the door pocket, and the height of the vertical roller arrangement can be adjusted in the door pocket as well, with the sliding door pulled out from the door pocket. A sliding door device characterized by being provided with a flexible height adjustment mechanism. It is laid indoors and used for partitioning. The partition panel is configured like a door pocket, and the sliding door is supported on this partition panel so that it can be manually taken in and out via the support mechanism configured inside the door pocket. It is a thing
The main panel stands up from the edge of the bottom plate, and the bottom plate and the base are connected in a state where the bottom plate is supported by the base via an adjuster, so that the base is laid on the floor. Sliding door device. It is laid indoors and used for partitioning. The partition panel is configured like a door pocket, and the sliding door is supported on this partition panel so that it can be manually taken in and out via the support mechanism configured inside the door pocket. It is a thing
A pair of insertion / removal assisting mechanisms that assist the pulling force of the moving end when pulling in the sliding door and the pulling force of the moving end when pulling out the sliding door are attached to the main panel, and these are housed in the door pocket and slid. A sliding door device characterized in that a common engaging portion provided on a door is selectively engaged with each opening / closing assist mechanism. A low-partition system comprising the sliding door device according to any one of claims 1 to 9.

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