JP6445280B2 - Drying support device - Google Patents

Description

  The present invention relates to a clothesline support device having a function of adjusting the angle of a support member when hanging and fixing the support member for hanging on a ceiling of a balcony, a terrace, or the eaves of a building. is there.

  There is a clothes-drying support device that suspends and fixes a clothes-drying support member on the ceiling of a balcony or terrace, or under a building eaves or a beam (hereinafter referred to as “ceiling etc.”).

  This clothesline support device includes a support member in which a shaft-like hanging material is connected upward to a holding material that supports an end portion of a clothesline. The upper end of the suspension member is swingably connected to an attachment member fixed to the downward surface of the fixed portion such as the ceiling by pin joining or the like.

  When the fixed part such as the ceiling that fixes the mounting member is not necessarily oriented in the horizontal direction, it takes a certain angle (gradient) with respect to the horizontal direction in consideration of the drainage gradient and design of the building. There are many.

  For this reason, as described above, the shaft-like suspension member can be swung with respect to the mounting member, and the orientation of the support member, that is, the suspension member and the holding member below the support member can be adjusted. . In general, the suspension member is fixed in a vertically downward direction.

  As described above, for example, there are devices described in Patent Document 1 and Patent Document 2 as clothes drying support devices having a function of adjusting the angle of the support member.

JP 11-319390 A JP 2007-209574 A

According to the above-mentioned patent document 1, the swinging of the suspension material is guided by accommodating the screw shafts in the lateral direction from the attachment member side in the two long holes provided on the suspension material side. Further, by tightening a nut on the screw shaft, the side surface of the suspension member and the side surface of the mounting member are in close contact with each other, and are fixed so that they do not move at a predetermined angle.
However, if the nuts are not sufficiently tightened, the close contact between the suspension member and the attachment member may be weakened due to aging or the like, and the direction of the suspension member may move.

Further, according to Patent Document 2, the suspension material is accommodated in the vertical hole provided on the suspension material side from the mounting member side, and the nut is fastened to the screw shaft. The suspension member is fixed so as not to move at a predetermined angle with respect to the attachment member.
That is, the tip end of the screw shaft is inserted from the lower side to the upper side of the mounting member and enters the inside of the mounting member, so that the nut must be tightened in a narrow space. For this reason, there exists a problem that work is complicated.

  The tightening of the nut to the screw shaft is performed in the actual work while checking the direction (gradient) of the mounting member fixed to the fixed portion and the angle of the suspension material at the construction site. In many cases, the work must be performed in an upward posture. For this reason, it is desirable that the fixing work of the suspension material to the mounting member fixed to the ceiling or the like is as simple as possible.

  Then, the subject of this invention is making the fixing operation | work of the suspension material to an attachment member as simple as possible.

  In order to solve the above-described problems, the present invention provides an attachment member attached to a fixed part such as a ceiling, a holding member that supports a suspended object such as a clothes rack, and an upper and lower portion that connects the attachment member and the holding member. Direction suspension material, the suspension material is swingable with respect to the mounting member, a long hole is provided in one of the mounting member and the suspension material, and a guide pin provided in the other The swinging of the suspension member is guided by moving in the long hole, and includes a guide plate that moves in the same direction integrally with the guide pin as the guide pin moves in the long hole, A clothes drying support device provided with locking means for fixing the guide plate to the mounting member and restricting movement of the guide pin in the elongated hole is employed.

  In this configuration, the attachment member includes a substrate portion along a downward surface of the fixed portion side and a pair of side walls rising from the substrate portion toward the holding material side, and the long hole is formed in the pair of side walls. The suspension member is provided between the pair of side walls, the guide plate includes a side plate along the side wall and a base plate along the substrate part, and the locking means includes: A configuration provided between the substrate portion and the base plate can be employed.

  At this time, the locking means includes a through hole provided on the base plate side, a screw hole provided on the substrate portion side, and a screw member inserted through the through hole and the screw hole. be able to.

  Further, the screw hole of the locking means is perforated on the substrate portion side in accordance with the swing angle of the suspension member with respect to the mounting member, and the substrate portion and the above-mentioned at any swing angle It can be set as the structure which can latch a base plate.

  The guide plate is preferably rotatable around the axis of the guide pin.

  The mounting member includes a substrate fixed to the fixed portion, a substrate plate fixed to the substrate, and a swing support portion fixed to the substrate plate and swingably supporting a suspension member. The substrate plate can be fixed in an arbitrary direction in plan view with respect to the substrate, and the swinging direction of the suspension member can be changed.

  The present invention includes a guide pin that moves in a long hole as the suspension member swings, and a guide plate that moves in the same direction as the guide pin, and the guide plate is fixed to an attachment member to Since the locking means for restricting the movement of the suspension member is provided, the fixing work of the suspension member to the attachment member can be made as simple as possible.

1 is an exploded perspective view showing an embodiment of the present invention. The perspective view which shows the attachment state to the ceiling of the embodiment The principal part expanded sectional view of the embodiment The detail of the connection part of a suspending material and an attachment member is shown, (a) is a front view, (b) is a bottom view. (A) (b) is the whole figure which shows the installation state of the support apparatus for clothes drying (A) is a perspective view of a substrate and a substrate plate, (b) is a perspective view of a substrate plate The perspective view which shows the use condition which hung the clothesline

  Embodiments of the present invention will be described with reference to the drawings. This embodiment is a clothes drying support device 1 that suspends and fixes a support member A to a ceiling (fixed portion) C of a balcony. In addition to the ceiling C of the balcony, it can be attached to the downward surfaces of various fixed parts such as the eaves of a building or beams.

  As shown in FIGS. 1 and 2, the clothes drying support device 1 includes a support member A in which a shaft-like suspension material 2 is connected upward to a holding material 3 that supports a suspended object B such as a clothes-drying basket. . The holding material 3 and the suspension material 2 are made of metal, but may be made of resin as long as strength and durability can be secured.

  The use state in which the suspended object B is hung on the holding material 3 is, for example, as shown in FIG. The holding member 3 includes a locking portion 3b that can lock the suspended object B inside the frame portion 3a. In the embodiment, the five locking portions 3b are provided, but the shape and quantity of the locking portions 3b and the shape of the frame portion 3a can be freely set.

  The upper end of the suspension member 2 is swingably connected to the attachment member 10 fixed to the downward surface of the ceiling C by pin joining.

  The lower end of the suspension member 2 is connected to a connection convex portion 3 c provided so as to protrude upward from the frame portion 3 a of the holding member 3.

  In this embodiment, the suspension member 2 has a double cylinder structure, and includes a first member 2a that constitutes an inner cylinder, a second member 2b that constitutes an outer cylinder, and a third member 2c.

  The 1st member 2a is a cylindrical member which has the outer diameter which fits into the 2nd member 2b which is an outer cylinder, and the 3rd member 2c completely. In this embodiment, the cylinder axis orthogonal cross section of the first member 2a has an octagonal cross section in which four corners of a square are chamfered.

  The second member 2b and the third member 2c are cylindrical members having a diameter larger than that of the inner cylinder and the same cross-sectional shape. In this embodiment, the cylinder axis orthogonal cross sections of the second member 2b and the third member 2c are similar to the cross section of the first member 2a, and form an octagonal cross section in which four corners of a square are chamfered. . When the inner cylinder is inserted into the outer cylinder, the outer surface of the inner cylinder faces the inner surface of the outer cylinder closely or with a slight gap so that the two do not rotate relative to each other around the cylinder axis.

  The first member 2a that is an inner cylinder is the same as the second member 2b that is an outer cylinder, or a member that is slightly longer than the second member 2b. In the upper part of the second member 2b, holes 5 are formed through the members on both sides with the cylinder axis of the cylindrical member interposed therebetween. The center lines of the holes 5 and 5 facing each other across the cylinder axis are collinear, and in this embodiment, the center lines all pass through the cylinder axis.

The pin hole 5 provided in the upper part of the 2nd member 2a is provided with the 1st pin hole 5a located relatively upper, and the 2nd pin hole 5b located below.
By inserting a guide pin 21 and a swing pin 23 (described later) into the first pin hole 5a located above and the second pin hole 5b located below, the suspension member 2 is attached to the mounting member 10. Supported by

  In the upper part of the first member 2 a and the upper part of the second member 2 b, holes 7 and 7 ′ are provided below the pin hole 5 so as to pass through the members on both sides across the cylinder shaft of the cylindrical member. . The center lines of the holes 7 and 7 and the holes 7 'and 7' facing each other across the cylinder axis are in the same straight line, and in this embodiment, all the center lines pass through the cylinder axis.

  Two pin holes 7 provided in the upper part of the first member 2a are arranged in parallel along the cylinder axis direction, and two pin holes 7 'provided in the upper part of the second member 2b are arranged in parallel in the cylinder axis direction. Is provided. When the first member 2a is inserted into the second member 2b, the positions of the two pin holes 7 and the two pin holes 7 'coincide with each other. The bolt 7a is inserted in the order of the pin hole 7 ', the pin hole 7, the pin hole 7, and the pin hole 7' and tightened with a nut, whereby the first member 2a and the second member 2b are integrated.

  In the lower part of the first member 2a and the upper part of the third member 2c, there are provided holes 6 and 6 'penetrating the members on both sides across the cylinder axis of the cylindrical member. The center lines of the holes 6 and 6 and the holes 6 'and 6' facing each other across the cylinder axis are in the same straight line. In this embodiment, all the center lines pass through the cylinder axis.

  Two pin holes 6 provided in the lower part of the first member 2a are arranged in parallel along the cylinder axis direction, and two pin holes 6 'provided in the upper part of the third member 2c are arranged in parallel in the cylinder axis direction. Is provided. When the lower end of the first member 2a is inserted into the third member 2c, the positions of the two pin holes 6 and the two pin holes 6 'coincide with each other. The bolt 6a is inserted in the order of the pin hole 6 ', the pin hole 6, the pin hole 6, and the pin hole 6' and tightened with a nut, whereby the first member 2a and the third member 2c are integrated.

  The connecting projection 3c of the holding member 3 is also an inner cylinder and has the same cross-sectional shape as the first member 2a. If the connection convex part 3c which is an inner cylinder enters in the third member 2c which is an outer cylinder, the outer surface of the inner cylinder is opposed to the inner surface of the outer cylinder closely or with a slight gap, and both are relative to each other around the cylinder axis. It is designed not to rotate.

  The lower part of the third member 2c and the connecting projection 3c of the holding member 3 are provided with holes 8 and 9 that penetrate the members on both sides of the cylindrical shaft of the cylindrical member, respectively. The center lines of the holes 8 and 8 and the holes 9 and 9 facing each other across the cylinder axis are in the same straight line, and in this embodiment, all the center lines pass through the cylinder axis. When the connecting projection 3c is inserted into the lower end of the third member 2c, the positions of the two pin holes 8 and the two pin holes 9 are matched. The bolt 8a is inserted through the pin hole 8, the pin hole 9, the pin hole 9, and the pin hole 8 in this order and tightened with a nut, so that the third member 2c and the connecting convex portion 3c are integrated.

  By connecting the first member 2a, the second member 2b, the third member 2c, and the holding member 3, the suspension member 2 and the holding member 3 are integrated to form the support member A. The length of the support member A can be freely adjusted by cutting each of these members and, if necessary, drilling holes for bolt insertion. These adjustments are easily possible in the field work.

  Below, the connection part of the upper end of the suspension material 2 and the attachment member 10 is demonstrated.

  As shown in FIG. 3, the attachment member 10 includes a substrate 11 fixed to the downward surface of the ceiling C, a substrate plate 12 fixed to the substrate 11, and a suspension member 2 fixed to the substrate plate 12 to swing the suspension member 2. And a swing support portion 13 that is movably supported. The substrate 11 and the substrate plate 12 constitute a substrate portion that supports the swing support portion 13. The substrate 11, the substrate plate 12, and the swing support portion 13 are all made of metal, but may be made of resin as long as strength and durability can be secured.

  The substrate 11 is a member whose outer shape forms a circular shape in plan view, and includes a protruding portion 11a having a circular shape in plan view at the center. A screw 16 inserted through the hole 11c in a state of being directed to the downward surface of the ceiling C is screwed into the ceiling C and fixed to the ceiling C. The outer diameter of the protrusion 11 a forms a perfect circle around the center of the substrate 11 or a part of a true circle.

  The substrate plate 12 includes an edge portion 12b that protrudes toward the ceiling C side and has an annular shape in plan view, on the outer edge portion of the base portion 12a whose outer shape is circular in plan view. The inner diameter of the edge portion 12b forms a perfect circle around the center of the substrate plate 12 or a part of a perfect circle, which is the same circle or concentric circle as the true circle of the protruding portion 11a.

  On the outer peripheral surface of the annular protrusion 11a, an engagement groove 11b is formed over the entire circumference along the circumferential direction. Further, an engagement protrusion 12c is provided on the inner peripheral surface of the annular edge portion 12b. For this reason, the engagement protrusion 12c moves in the engagement groove 11b, so that the substrate plate 12 and the substrate 11 are kept engaged with each other while the substrate plate 12 and the substrate 11 remain engaged. The plate 12 can be rotated relative to the center of the plate 12 in plan view.

  The swing support portion 13 includes a base portion 13a along the downward surface of the ceiling C and a pair of side walls 13b and 13b rising from the base portion 13a toward the holding member 3 side. The pair of side walls 13b and 13b are plate-like members having plane directions parallel to each other. The base portion 13a and the pair of side walls 13b and 13b can be formed by bending a single plate material, for example.

  Two slits 17 are formed in the substrate plate 12. The pair of side walls 13 b and 13 b of the swing support portion 13 is inserted into the slit 17. The pair of side walls 13 b and 13 b are inserted from the upper surface side (ceiling C side) of the substrate plate 12, and the base portion 13 a connecting the upper ends of the pair of side walls 13 b and 13 b abuts on the upper surface of the substrate plate 12. Further, an addressing member 14 is placed on the upper surface of the base portion 13a, and the three members of the substrate plate 12, the swinging support portion 13, and the addressing member 14 are fixed by screws 15 screwed so as to penetrate them. (See FIG. 3).

  Slots 22 and 22 are provided in the pair of side walls 13b and 13b, respectively. Further, swing pin holes 24 are respectively provided below the long holes 22 and 22 (on the side far from the base portion 13a).

  The upper part of the suspension member 2 enters between the pair of side walls 13b and 13b. Since two pin holes 5 are provided in the upper part of the suspension member 2, the guide pin 21 is provided in the pin hole 5 and the long holes 22 and 22, and the pin pin 5 and the swinging pin holes 24 and 24 are provided in the swinging state. The moving pin 23 is inserted.

  The pin hole 5 through which the guide pin 21 is inserted is positioned relatively above (on the side close to the ceiling C) and is the first pin hole 5a of the suspension member 2 having a double cylinder structure.

  The pin hole 5 through which the oscillating pin 23 is inserted is positioned relatively below (the far side from the ceiling C) and is the second pin hole 5b.

  The suspension member 13 is supported by the swing support portion 13 so as to be swingable around the swing pin 23, and the guide pin 21 moves in the long holes 22, 22 along with the swing, The swinging of the suspension member 2 is guided.

  A guide plate 30 is also provided that moves in the same direction as the guide pin 22 as the guide pin 21 moves in the long holes 22 and 22.

  As shown in FIG. 3, the guide plate 30 is a plate having an L-shaped cross section including a side plate 32 along the side wall 13 b of the swing support portion 13 and a base plate 31 along the base portion 13 a of the swing support portion 13. It is a shaped member. The end of the guide pin 22 passing through the pin hole 5 and the long hole 22 is inserted into the hole provided in the side plate 32 and tightened with a nut. As the guide pin 21 moves in the long holes 22 and 22, the guide plate 30 moves from the solid line state shown in FIG. 4A to the chain line state.

  The guide plate 30 is fixed to the mounting member 10, and locking means for restricting the movement of the guide pin 21 in the long hole 22 is provided.

  In this embodiment, the locking means includes a screw (hereinafter referred to as a locking screw 33) provided between the base portion 13 a of the swing support portion 13 and the base plate 31 of the guide plate 30.

  Specifically, the locking means includes a through hole provided on the base plate 31 side, a member on the substrate plate 12 side, that is, a screw hole provided on the substrate plate 12 and the addressing member 14, and the through hole and screw. And a locking screw 33 which is a screw member inserted through the hole.

  The screw holes of the locking means are drilled on the substrate plate 12 side in accordance with the swing angle of the suspension member 2 with respect to the mounting member 10. For example, if the locking screw 33 is a tapping screw, if the locking screw 33 is screwed with an electric wrench or the like, it can be drilled at an appropriate position. Alternatively, a perforation may be made in advance at an appropriate position, and the locking screw 33 may be screwed into the perforated portion.

  The substrate 11 is provided with a cover 4 that fits on the outer periphery thereof. An opening 4a is provided at the center of the cover 4, and the suspension member 2 is drawn downward through the opening 4a. The size of the opening 4a is such that the suspension member 2 does not hit when the suspension member 2 swings. If this cover 4 is attached, the substrate 11, the substrate plate 12, and the swing support portion 13 are not visible in appearance, which can contribute to an improvement in aesthetic appearance.

  For example, as shown in FIGS. 5A and 5B, the fixed portion such as the ceiling C that fixes the mounting member 10 is not necessarily in the horizontal direction, but the drainage gradient or design of the building. Considering this, there is often a fixed angle (gradient) with respect to the horizontal direction. The direction of the gradient may be downward, upward, or horizontal toward the outer edge of the building.

  For this reason, as described above, since the shaft-like suspension member 2 can be swung with respect to the mounting member 10, the orientation of the support member A, that is, the suspension member 2 and the lower holding member 3 ( (Swing angle) can be adjusted. That is, an arbitrary depression angle can be set with respect to the surface direction of the downward surface such as the ceiling C. In general, the direction of the suspension member 2 is generally fixed downward in the vertical direction.

  Further, at the arbitrary swing angle, the guide plate 30 restrains the guide pin 21 from moving in the long hole 22 by the locking means locking the substrate plate 12 and the base plate 31. For this reason, the direction (swinging angle) of the suspension member 2 is fixed so as not to move at that position.

  Thus, the guide pin 21 that moves in the elongated hole 22 along with the swinging of the suspension member 2 and the guide plate 30 that moves in the same direction as the guide pin 21 are provided, and the guide plate 30 is attached to the mounting member 10. Since the locking means for fixing and restricting the movement of the guide pin 21 in the long hole 22 is provided, the fixing work of the suspension member 2 to the mounting member 10 can be simplified.

  Further, the guide plate 30 is tightened with a nut with respect to the guide pin 21 and is in close contact with the side wall 13b, but is rotatable around the axis of the guide pin 21. Even if the two are in close contact, they can be freely rotated by loosening the nut.

  For this reason, as shown in FIG. 4, when the suspension member 2 swings, the surface direction of the base plate 31 of the guide plate 30 is not parallel to the surface direction of the lower surface of the substrate plate 12 (in the drawing). Even if the guide plate 30 is rotated around the axis of the guide pin 21, the two can be adjusted in parallel. If the surface direction of the base plate 31 of the guide plate 30 and the surface direction of the lower surface of the substrate plate 12 are parallel, the screwing of the locking screw 33 is smooth. If there is a gap between the base plate 31 of the guide plate 30 and the lower surface of the substrate plate 12, a spacer (not shown) may be interposed in the gap. The spacer may be a plate material such as resin or metal having a uniform thickness, or if both surface directions are not parallel, a wedge-shaped plate material such as resin or metal whose thickness gradually decreases in one direction. Etc.

  Even if the surface directions of the two are not parallel, the angle (acute angle) formed by them is very small, so that the locking screw 33 can be screwed in without any trouble.

  An engagement protrusion 12 c is provided on the inner peripheral surface of the annular edge 12 b of the substrate plate 12. In addition, an engagement groove 11b extending along the circumferential direction is provided on the outer peripheral surface of the protruding portion 11a of the substrate 11. FIG. 6 shows an engagement protrusion 12c on the substrate plate 12 side and an engagement groove 11b on the substrate 11 side in this embodiment.

  The engagement protrusion 12c of the substrate plate 12 is a protrusion formed in a predetermined length along the circumferential direction. In this embodiment, four ridges are formed with the same length, and they are provided in an equally divided direction.

  The engagement groove 11b of the substrate 11 is a groove formed in a predetermined length along the circumferential direction. In this embodiment, four grooves are formed with the same length, and they are provided in equal directions. An introduction portion 11d is provided at one circumferential end of each groove.

  After the substrate plate 12 and the substrate 11 side are made to face each other and the engagement protrusion 12c is inserted into the introduction portion 11d, the substrate plate 12 and the substrate 11 side are relatively rotated along the circumferential direction, whereby the engagement groove 11b. The engagement protrusion 12c is inserted into the substrate plate 12, and the substrate plate 12 and the substrate 11 are integrated.

  At this time, the orientation of the swing support portion 13 is changed by changing the mounting orientation of the substrate plate 12 with respect to the substrate 11 already mounted on the fixed portion such as the ceiling, and the swing direction of the suspension member 2 Can be changed. When this apparatus is attached to the eaves extending from the outer wall of the building, the swinging direction of the suspension member 2 can be the direction from the base of the eave to the eaves, or can be parallel to the outer wall.

  This change is possible by selecting the introduction part 11d into which the engagement protrusion 12c is inserted. In this embodiment, since the engagement protrusion 12c, the introduction portion 11d, and the engagement groove 11b are provided in four equally divided directions, the direction can be changed every 90 degrees. If the number of the engagement protrusions 12c, the introduction portions 11d, and the engagement grooves 11b is increased, finer adjustment for each direction is possible.

  In this embodiment, the engagement groove 11b and the engagement protrusion 12c are intermittently arranged along the circumferential direction. However, if the engagement protrusion 12c can be accommodated in the engagement groove 11b, these The engagement grooves 11b and the engagement protrusions 12c may be provided continuously over the entire circumference, or may be provided intermittently over the entire circumference at any arrangement and at any interval. Further, a certain distance may be provided on the entire circumference along the circumferential direction. In other words, the substrate plate 12 may be configured to be able to relatively rotate 360 degrees around the rotation center with respect to the substrate 11 or may be capable of relative rotation by a predetermined angle of less than 360 degrees.

  In these configurations, the engagement projection 12c moves in the engagement groove 11b, so that the substrate plate 12 and the substrate 11 remain in an engaged state while the substrate plate 12 is relative to the substrate 11 in plan view. It can also be made rotatable. That is, the substrate plate 12 can rotate relative to each other around the center of rotation, that is, around the center axis of the engagement groove 11b and the engagement protrusion 12c with respect to the substrate 11 fixedly fixed to the ceiling C. If there is, the swinging direction of the suspension member 2 can be freely changed steplessly.

  Moreover, when fixing the board | substrate 11 to to-be-fixed parts, such as a ceiling, although the screw | thread 16 penetrated to the hole 11c will be screwed in to the ceiling C, as shown in FIG.6 (b), it follows along the circumferential direction. The opposing holes 11c, 11c are long holes with one facing in the radial direction and the other with long holes facing in the circumferential direction. In the drawing, a hole 11c indicated by reference numeral A is a long hole facing in the radial direction, and a hole 11c indicated by reference numeral C opposite thereto is a long hole facing in the circumferential direction. A hole 11c indicated by a symbol B in the figure is a long hole facing in the radial direction, and a hole 11c indicated by a symbol D facing the hole 11c is a long hole facing in the circumferential direction.

  After temporarily fixing the substrate 11 to the fixed portion through the screw 16 in the long hole facing in the radial direction, the long hole facing in the circumferential direction on the opposite side so that the swinging direction of the suspension member 2 faces the desired direction. The direction of the substrate 11 can be finely adjusted by passing the screw 16 and moving the screw 16 in the long hole in the circumferential direction. At this time, if the fixed part is a horizontal beam (a beam parallel to the outer wall of the building), the two screws 16 extend along the horizontal beam, and the fixed part is a vertical beam (the direction from the root to the eaves of the eaves). The two screws 16 are fixed along the longitudinal beam.

  In this embodiment, the swing support portion 13 has a base 13a along the downward surface of the fixed portion side and a pair of side walls 13b and 13b rising from the base portion 13a toward the holding member 3 side. Although it is a member, as long as it has sufficient strength, a member having an L-shaped cross section provided with a side wall 13b rising from one end of the base portion 13a toward the holding member 3 may be used. In addition, it is good also as a member of the shape which can hold | maintain the suspension material 2. FIG.

  Furthermore, in this embodiment, the long hole 22 is inserted into the mounting member 10 side, the guide pin 21 is inserted into the pin hole 5 provided on the hanging material 2 side, and the hanging material 2 and the guide pin 21 are integrally formed into a long hole. 22, the long hole 22 is inserted in the suspension member 2 side, the guide pin 21 is inserted into the pin hole provided in the attachment member 10 side, the member on the attachment member 10 side, the guide pin 21, However, it is also possible to move in the elongated hole 22 on the suspension member 2 side.

DESCRIPTION OF SYMBOLS 1 Supporting device for clothes drying 2 Hanging material 3 Holding material 4 Cover 5 Pin hole 6, 6 ', 7, 7', 8, 9 Pin hole 10 Attachment member 11 Board | substrate 12 Substrate plate 13 Swing support part 13a Base part 13b Side wall 14 Addressing member 15, 16 Screw 21 Guide pin 22 Long hole 23 Swing pin 24 Hole 30 Guide plate 31 Base plate 32 Side plate 33 Locking screw

Claims (5)

An attachment member attached to a fixed part such as a ceiling;
A holding material for supporting a suspended object such as a laundry basket;
A hanging material in the vertical direction connecting the mounting member and the holding material,
The suspension member is swingable relative to the mounting member;
A long hole is provided in one of the attachment member and the suspension member, and the swing of the suspension member is guided by moving a guide pin provided in the other through the long hole,
A guide plate that moves together with the guide pin in the same direction as the guide pin moves in the elongated hole,
E Bei locking means for restricting movement of the guide plate within the long hole of the guide pin is fixed to the mounting member,
The mounting member includes a pair of side walls that rise from the substrate portion on the fixed portion side toward the holding material side,
The elongated holes are respectively provided in the pair of side walls,
The suspension material enters between the pair of side walls;
The guide plate includes a side plate along the outer surface of the side wall, and a base plate along the substrate portion,
The latching means is a clothes drying support device provided between the base plate and the base plate . Said locking means comprises a through-hole provided on the base plate side, a screw hole provided on the substrate side, according to claim 1 and a screw member which is inserted into the through hole and the threaded hole Drying support device. The screw hole of the locking means is drilled on the substrate portion side in accordance with the swing angle of the suspension member with respect to the mounting member, and the substrate portion and the base plate at any swing angle The support apparatus for the laundry of Claim 2 which can latch. 4. The clothes drying support device according to claim 1, wherein the guide plate is rotatable around an axis of the guide pin. 5. The mounting member includes a substrate that is fixed to the fixed portion, a substrate plate that is fixed to the substrate, and a swing support portion that is fixed to the substrate plate and swingably supports a suspension member. The said board | substrate plate can be fixed to arbitrary orientation in planar view with respect to the said board | substrate, and can change the rocking | fluctuation direction of the said hanging material, The support apparatus for the laundry as described in any one of Claim 1 to 4 .

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