JP3094089U - Hanger rack - Google Patents

Abstract

(57) [Summary] [PROBLEMS] To provide a hanger rack in which the installation space on the floor for installing the hanger rack can be reduced and the surrounding space can be effectively used. SOLUTION: A main body (1) configured to be able to lean on a floor surface (F) and an elevation surface (W), and a suspension member attached to the main body (1) and capable of suspending a hanger (H). 2)
And characterized in that:

Description

[Detailed description of the device]

[0001]

[Technical field to which the device belongs]

  The present invention relates to a hanger rack for suspending hangers.

[0002]

[Prior art]

  Conventionally, a hanger rack for hanging hangers and hangers with clothes Ku is well known.

[0003]   Such a hanger rack hangs the hook of the hanger H as shown in FIG. Therefore, the suspension rod 100 arranged with its axis substantially horizontal and both end portions of the suspension rod 100. It is generally composed of a pair of support legs 110 for supporting the.

[0004]   The support leg 110 includes an upright column 120 having a rectangular bar shape, and the column. The leg portion 130 is connected to the lower end of the portion 120.

[0005]   The leg portion 130 has a prismatic appearance and is set to have a predetermined length. The substantially central portion in the longitudinal direction so as to be orthogonal to the column 120 is the lower end of the column 120. Is fixed to the column, and the surface of the caster on the side opposite to the connecting portion with the column 120. Are mounted at intervals in the longitudinal direction. That is, the above configuration The support leg 110 of the above is configured so that the support portion 120 and the leg portion 130 form a substantially T-shaped appearance. Is made.

[0006]   In the pair of support legs 110 configured in this way, the longitudinal direction of the leg portion 130 is the same as that of the suspension leg 110. The rods 130 are arranged to face each other so as to be orthogonal to the rod 100, and the legs 130 have a substantially rod-like appearance. The upper ends of the pillars 120 are connected to each other via the connecting rod 150, and The hanger rack is connected to the rod 100, and the hanger rack includes a suspension rod 100 and a pair of support legs 110. Also, it is formed in a gate shape by the connecting rod 150.

[0007]   In the hanger rack having the above structure, each of the support legs 110 is formed in a T shape. That is, with respect to the suspension rod 100 and the column portion 120 that supports the suspension rod 100, Hanging the hanger H on the suspension rod 100 by forming the legs 130 so that they are orthogonal to each other. The fall moment in the direction intersecting with the axial center of the suspension rod 100 generated when the leg portion 13 is bent It is designed so that the support leg 110 (the strut portion 120) does not fall over. Prevents stable placement.

[0008]

[Problems to be solved by the device]

  However, as described above, the hanger rack having the above-described configuration does not rotate the support legs 110. In order to prevent the tip portion from falling, the leg portion 130 should project in the direction orthogonal to the column portion 120. Due to the presence of the leg portion 130, the lower end portion (leg portion) of the support leg 110 is provided. Part 130) there is the inconvenience that the space in the vicinity cannot be effectively used It was

[0009]   Therefore, in view of such a situation, the present invention is to install a hanger rack on the floor. A hangerra that can make the storage space small and effectively use the surrounding space The challenge is to provide

[0010]

[Means for Solving the Problems]

  The hanger rack according to the present invention has been made to solve the above problems. According to claim 1, a main body 1 configured to be capable of leaning against the floor surface F and the upright surface W. A suspension member 2 attached to the main body 1 and capable of suspending the hanger H. It is characterized by

[0011]   According to the hanger rack having the above configuration, the suspension member 2 for suspending the hanger H can be installed. Since the attached main body 1 is configured to be able to lean on the floor surface F and the elevation surface W, If the main body 1 is leaned against the floor surface F and the vertical surface W, the upper portion of the main body 1 contacts the vertical surface W, The lower part is in contact with the floor surface F and is inclined so that the upper part is located closer to the standing surface W side. It At this time, a fall moment is generated with the lower part of the main body 1 contacting the floor surface F as a fulcrum. However, since the upper part of the main body 1 is in contact with the upright surface W, it stands up against the falling moment. The surface W will resist. This prevents the body 1 from falling and maintains its posture. Will be done. Therefore, in order to prevent the body 1 from falling, the lower end of the body 1 is It is not necessary to provide a member that resists the falling moment, and the hanger rack (book The installation space on the floor surface F on which the body 1) is installed can be reduced. this This maximizes the space near the main unit 1 when using a hanger rack can do.

[0012]   In addition, as described above, the hanger rack is a member that prevents the hanger rack from falling over. Since it does not require such as, if it is a large-scale configuration like a conventional hanger rack In addition, the overall weight can be reduced, and transportation and the like are easy.

[0013]   Further, as described in claim 2, the suspension member 2 is formed of a rod body, and When the main body 1 is leaned against the floor surface F and the elevation surface W, the axial center of the body 1 is the floor surface F and the elevation surface W. If it is attached to the main body 1 so as to be substantially parallel to the A plurality of hangers H can be suspended in any direction.

[0014]   Further, according to claim 3, the main body 1 is arranged on the floor surface F as a first body. The support portion 3 and the second support portion 4 that contacts the upright surface W, When the support part 4 arrange | positions the 1st support part 3 on the floor surface F, from the said 1st support part 3 front. A structure connected to the first support portion 3 so as to project toward the vertical surface W may be adopted. I can do it.

[0015]   With this configuration, each of the first support portion 3 and the second support portion 4 is formed in the intersecting direction. Will be made. Thereby, the first support portion 3 is arranged on the floor surface F and , When the main body 1 is leaned against the floor surface F and the upright surface W by bringing the second support portion 4 into contact with the upright surface W In comparison with the case where the main body 1 is formed linearly, The contact position can be lowered. As a result, the height of the standing surface W on which the main body 1 is leaned If there is a restriction (for example, the height of the elevation W such as a wall is low because the ceiling height in the room is low). The main body 1 so that the hanger H can be hung on the hanging member 2. You can hang it.

[0016]   Further, as described in claim 4, at least the first support portion 3 and the second support portion 4 are provided. Also, any one of them is provided in two or more, and the two or more of the first support portions 3 or A configuration in which the second support portions 4 are arranged in parallel with a predetermined interval can be adopted. It

[0017]   With this configuration, the number of the first support portion 3 and the second support portion 4 can be reduced during use. At least one of them is arranged at a predetermined interval in the surface direction of the floor surface F or the upright surface W. Therefore, it is possible to prevent the body 1 from falling in a direction orthogonal to the standing direction. Wear. In other words, when in use, the body 1 is upright on the side of the elevation surface W and vice versa. Not only to prevent falling to the side, but also to prevent falling in the direction orthogonal to the falling direction. It will be Therefore, even if the hanging member 2 is long, the hanger H can be hung. The suspended member 2 in the lowered state can be supported in a stable state.

[0018]   In this case, as described in claim 5, the first support portion 3 and the second support portion 4 are rod bodies. The first support portion 3 and the second support portion 4 have their respective axes intersecting each other. And one end of the first support portion 3 abuts on the floor surface F. , Adopting a configuration in which one end of the second support portion 4 is in contact with the upright surface W. You can

[0019]   With this configuration, the first support portion 3 and the second support portion 4 are made of a plate material or the like. The area of contact with the floor surface F and the vertical surface W is smaller than that in the case of Use the space near 3 (space near the bottom of the hanger rack) more effectively can do.

[0020]   Further, as described in claim 6, any one of the first support portion 3 and the second support portion 4 A configuration in which one is pivotally attached to the other can be employed. By doing this, One of the first support portion 3 and the second support portion 4 is centered on a portion pivotally attached to the other. When the hanger rack is not used (for example, when storing When used, it projects toward the vertical surface W, that is, in the direction that intersects the first support portion 3, the first support The protrusion amount of the second support portion 4 protruding from the holding portion 3 can be reduced, and the storage space can be reduced. The pace can be reduced.

[0021]   In this case, as described in claim 7, the first support portion 3 and the second support portion 4 Maintain the postures of the first support portion 3 and the second support portion 4 at a predetermined angle Therefore, at least one of the first support portion 3 and the second support portion 4 is positioned. Positioning that is configured to be determinable and release its positioning It is preferable that the structure further includes a means. In this way, the first support portion 3 on the floor surface F so that the second support portion 4 can be brought into contact with the upright surface W. , The first support part 3 and the second support part 4 are rotatable in a state where a predetermined angle is formed between the first support part 3 and the second support part 4. It is possible to position at least one of the support portion 3 and the second support portion 4. During use, either the first support portion 3 or the second support portion 4 carelessly rotates, and the floor surface F And prevent the main body 1 leaning against the standing surface W from falling out of balance and falling. be able to.

[0022]   Furthermore, as described in claim 8, the first support portion 3 and the second support portion 4 should be connected. Any one of the first support portion 3 and the second support portion 4 is connected to the suspension member 2. It is possible to adopt a configuration in which the suspension member 2 is inserted into the other while By doing so, when connecting the first support portion 3 and the second support portion 4, another member is prepared. Without connecting the first support portion 3 and the second support portion 4 via the suspension member 2 be able to. In addition, it is inserted into the other one of the first support portion 3 and the second support portion 4. If the state of the suspended hanging member 2 is loosely fitted to the other, the circumference of the axial center of the suspending member 2 Therefore, either one of the first support portion 3 and the second support portion 4 can be rotatably connected. it can. In other words, the second support portion 4 is pivotally attached to the first support portion 3 via the suspension member 2. It can be connected in a state.

[0023]   In this case, as described in claim 9, one of the first support portion 3 and the second support portion 4 On the other hand, if one end is provided with a tubular body 6 whose axis is perpendicular to that of the other axis, On the other hand, the other has the other end so that the axis is substantially perpendicular to the axis of the suspension member 2. A structure in which the hanging member 2 is fixed to the lower member 2 and the hanging member 2 is inserted into the cylindrical body 6. By adopting, the suspension member in the first support portion 3 and the second support portion 4 can be simply structured. The rotation around the two axes can be made smooth.

[0024]   Further, in this case, as described in claim 10, the positioning means is It is provided with an insertion member 11 which is inserted into the suspension member 2 via the tubular body 6 so as to be detachable. It is preferable to adopt a configuration. By doing this, the axis of the hanging member 2 is intersected. Since the insertion member 11 is inserted through the tubular body 6 and the hanging member 2 in the direction of The passing member 11 restricts the rotation of the hanging member 2, and the second support portion 4 At a predetermined position (the first support portion 3 and the second support portion 4 form a predetermined angle) You can In addition, the insertion member 11 inserted through the tubular body 6 and the suspension member 2 By removing (removing), the positioning of the second support portion 4 can be released. But Thus, the second support portion 4 can be positioned and released with a simple configuration. .

[0025]

[Embodiment of device]

  An embodiment of a hanger rack according to the present invention will be described below with reference to the accompanying drawings. And explain.

[0026]   As shown in FIGS. 1 and 2, such a hanger rack has a floor surface F, a wall and a temporary wall. Body 1 configured to be capable of leaning against a standing surface W such as a temporary panel installed in the The suspension member 2 is configured to suspend the gar H.

[0027]   The main body 1 is placed on the floor F so as to lean against the floor F and the elevation W. It is composed of one support part 3 and a second support part 4 configured to be capable of contacting the upright surface W. The second support portion 4 is connected to the first support portion 3. Specifically, The second support portion 4 is pivotally connected to the first support portion 3. The first support part Two 3rd and 3rd support parts 4 and 4 are respectively provided, and two 1st support parts are provided. 3 and 3 are arranged in parallel with each other, and the two second support portions 4 and 4 are also arranged in parallel with each other. They are arranged in rows.

[0028]   The first support part 3 and the second support part 4 will be specifically described. Reference numeral 3 denotes a first supporting main body 5 having a rod-like appearance and is attached to one end of the first supporting main body 5. And the anti-slip body 7 attached to the other end of the first support body 5. Is made.

[0029]   The first support body 5 is composed of a solid metal rod body. This embodiment The first support body 5 according to the state is made of a rod body, but of course it may be a cylinder body. Yes.

[0030]   The insertion cylinder 6 has an axis perpendicular to the axis of the first support body 5. In addition, a part of the outer peripheral surface is fixed to one end surface of the first support body 5. Also the first support It was fixed to the first support body 5 so that the center of the body 5 was located on the extension line of the axis. Positioning holes 8 are formed in a portion (surface) facing the portion.

[0031]   The non-slip body 7 is a bottomed tubular resin molded product, and the bottom outer surface of the non-slip body 7 is a floor. This is a part that comes into contact with the surface F. The non-slip member 7 has the other end portion of the first support body 5 that is slippery. It is attached to the first support body 5 by being fitted into the inner hole of the stopper 7. Non-slip body The resin forming 7 is hard to slip when it comes into contact with the floor surface F and scratches the floor surface F. In order to make it difficult to attach, it is preferable to employ a material having a little elasticity.

[0032]   The second support portion 4 includes one of the second support body 9 and the second support body 9 which are rod-shaped in appearance. It is composed of a non-slip body 7 attached to the end.

[0033]   Like the first support body 5, the second support body 9 is composed of a solid metal rod body. However, the length in the longitudinal direction is set shorter than that of the first support body 5. It

[0034]   The non-slip body 7 of the second support portion 4 is made of the same material as the non-slip body 7 of the first support portion 3 and The resin forming the anti-skid body 7 also has a configuration and is in contact with the upright surface W. A little elastic in order to prevent slippage and damage to the upright surface W Is preferably adopted.

[0035]   The two second support portions 4 and 4 configured in this manner have their axes substantially parallel to each other. Are arranged in parallel with a predetermined interval, and the other end is fixed to the suspension member 2. ing.

[0036]   The hanging member 2 is made of a metal tubular body to ensure strength. The suspension member 2 has both ends (a range of a predetermined length in the longitudinal direction from the edge), It is adapted to be inserted into the insertion cylinder 6 of each first support portion 3. That is, the suspension The member 2 is designed so that both ends thereof are supported by the two first supporting portions 3 and 3. It

[0037]   Further, the suspension member 2 has the insertion cylinder 6 when the end thereof is inserted into the insertion cylinder 6. Two screw holes 10a, 1 at each of the two ends so as to correspond to the positioning hole 8 of FIG. 0b is drilled. The screw holes 10a and 10b at both ends will be described in detail. To clarify, the two screw holes 10a and 10b at both ends are arranged in the outer peripheral direction of the suspension member 2. The suspension member 2 is bored toward the axial center of the suspension member 2 so as to have a space. In other words For example, the two screw holes 10a and 10b may be formed so that their center lines form a predetermined angle θ °. Has been drilled.

[0038]   As described above, the hanging member 2 includes the two second support portions 4 and 4 (the second support bodies 9 and 9). ) Is attached. For the arrangement of the suspension member 2 and the two second support bodies 9, 9. To be more specific, the second support bodies 9 and 9 have axes of the two screw holes. The center line of one of the screw holes 10a of 10a and 10b forms a predetermined angle θ °. It is orthogonal to the other screw hole 10b. Furthermore, the axis of each of the second support bodies 9, 9 is , Is orthogonal to the axis of the hanging member 2. In this state, the two second support parts 4 and 4 are Suspend it so that it is located closer to the center side in the longitudinal direction than the end portion where the insertion cylinder 6 is arranged. The other end of the member 2 is fixed to the outer peripheral surface of the hanging member 2 with a predetermined interval in the longitudinal direction. There is. In other words, when the end portion of the suspension member 2 is inserted into the insertion tube body 6, the insertion member The second support bodies 9 and 9 are directly connected to the hanging member 2 so as to prevent interference with the input cylinder body 6. It is attached to the hanging member 2 in a state of protruding at an angle.

[0039]   Then, the both ends of the suspension member 2 having the above-mentioned configuration are connected to the respective insertion cylinders of the first support portion 3. By being inserted into the body 6, the first support portion 3 and the second support portion 4 are connected via the hanging member 2. Will be tied up.

[0040]   Furthermore, the hanger rack according to the present embodiment is pivotally attached to the first support portion 3. The axis of the second support portion 4 in the state of rotation is a predetermined angle θ ° with respect to the axis of the first support portion 3. As a positioning means (insertion member) for positioning the second support portion 4 at a position where The positioning bolt 11 of FIG. The positioning bolt 11 is used for inserting the first support portion 3. The position of the insertion cylinder 6 in the other screw hole 10b of the suspension member 2 inserted in the cylinder 6 for insertion. By screwing the positioning bolt 11 through the fixing hole 8, the second support portion 4 is positioned. It can be arranged. Where the first support part 3 and the second support part 4 form The constant angle θ ° is preferably set within the range of 95 ° to 115 °.

[0041]   Further, the positioning bolt 11 is inserted through the positioning hole 8 of the insertion cylinder 6 into one of the screws. The second support portion 4 is located between the first support portions 3 by being screwed into the hole 10a, and It can also be positioned (fixed) at parallel positions.

[0042]   When using the hanger rack having the above structure, first, as described above, the first support The second support portion 4 is positioned so that the portion 3 and the second support portion 4 form a predetermined angle θ °. After that, the axis of the second support portion 4 intersects with the elevation W (preferably at a substantially right angle). As described above, the non-slip body 7 of the second support portion 4 is brought into contact with the standing surface W and the first support When the antiskid body 7 of the portion 3 is arranged on the floor surface F, the hanging member 2 is substantially flat with the floor surface F and the upright surface W. It will be in a state of making a line.

[0043]   In this state, the first support portion 3 is on the upper side (with the non-slip body 7 installed on the floor F as a fulcrum). The one end side) is inclined toward the standing surface W side, and the first support portion 3 tends to fall toward the standing surface W side. A falling moment is generated. And the force that causes the falling moment is the hanging part. Acting on the elevation W through the member 2 and the second support portion 4, and the elevation W resists the force. Becomes Therefore, the first support portion 3 is in the direction of the elevation W side and in the direction away from the elevation W. Will be prevented and the posture will be maintained.

[0044]   Then, in this state, a hanger H (including a hanger with clothes hung on the hanging member 2 is also included. ), The weight (force) acts vertically downward and the first support portion 3 Acts to tip over to the elevation W side, but like the force action in the unused state, The force (strictly speaking, component force) acts on the upright surface W via the second support portion 4, and the upright surface W is It will resist the force. Therefore, also in this case, the first support portion 3 Is prevented from falling in the direction toward the upright surface W and in the direction away from the upright surface W. The momentum will be maintained.

[0045]   On the other hand, when the hanger rack is not used, as shown in FIG. 3, the other screw hole 1 Remove the positioning bolt 11 screwed to 0b, and suspend the second support part 4 so that it hangs down. After the material 2 is rotated around the axis, the insertion cylinder 6 is positioned in one of the screw holes 10a. By screwing the positioning bolt 11 through the use hole 8, the two second support portions 4, 4 is positioned between the two first support portions 3 and 3 and is positioned substantially parallel ( Will be fixed). Therefore, when storing the hanger rack, etc. Therefore, the second support parts 4 and 4 do not shake during transportation, which facilitates the handling. The amount of protrusion of the second support parts 4 and 4 with respect to the one support part 3 and 3 is eliminated, and a small space Can be housed in

[0046]   In other words, the hanger rack having the above-mentioned configuration has two screw holes 10a and 10b with the shaft center A predetermined angle θ ° to be formed and a predetermined angle formed by the first support portion 3 and the second support portion 4 during use The angle θ ° corresponds to the position of the second support portion 4 at the optimum position during use. Positioning is possible, and positioning is possible at the storage position where there is no protruding amount when not in use Noh.

[0047]   According to the hanger rack having the above configuration, the hanger member 2 for suspending the hanger H is used. The main body 1 in which the first support portion 3 and the second support portion 4 are connected is the floor surface F and the upright surface. Since it can be leaned against W, the body 1 ( It is necessary to provide a member against the overturning moment at the lower end of the first support part 3). In addition, the installation space on the floor surface F on which the main body 1 (first support portion 3) is installed is small. I'm sorry. Due to this, when using the hanger rack, space is not provided near the main body 1. Can make the most of.

[0048]   In addition, the hanging member 2 formed of a rod has an axis centered on the floor surface F and Since it is configured to be substantially parallel to the upright surface W, a plurality of the hanging members 2 can be formed in the longitudinal direction. The hanger H can be suspended.

[0049]   Further, the main body 1 is provided with a first support portion 3 and a second support portion 4 connected to the first support portion 3. And a direction in which the second support portion 4 intersects the first support portion 3 in use. Since it is configured so as to project to and contact the standing surface W, the main body 1 is placed on the floor surface F and the standing surface W. As compared to the case where the main body 1 is formed linearly when leaning against it, the vertical surface of the main body 1 The contact position with respect to W can be lowered. This allows the hanger rack to be used. For example, the height of an elevation W such as a wall is low because the place where it is used is a low ceiling height in the room. Even in place, the main body 1 is leaned against the suspension member 2 so that the hanger H can be suspended. You can

[0050]   Further, it is pivotally attached to the first support portion 3 (a state in which the suspension member 2 is rotatable about the axis thereof). Since the second support part 4 is connected in the state), the appearance of the second support part 4 when used and when not used. You can change the power. That is, the optimal position when using the second support portion 4 It can be positioned so that the second support 4 does not get in the way when not in use can do.

[0051]   Further, positioning means (insertion member) for positioning the second support portion 4 at a predetermined position. Since the positioning bolt 11 is provided as the second support portion 4 when the second support portion 4 is used and when it is not used. It is possible to surely position the optimal position.

[0052]   In addition, two first support portions 3 and 3 and two second support portions 4 and 4 are provided in parallel. Since they are arranged in rows, only the elevation W and the prevention of falling in the direction away from the elevation W Therefore, it is possible to reliably prevent the fall in the direction orthogonal to the fall direction. Wear.

[0053]   Furthermore, the first support portions 3 and 3 (first support bodies 5 and 5) and the second support portions 4 and 4 (first Since the two support bodies 9, 9) are made of rods, the contact area with the floor surface F and the upright surface W Is small, so you can make better use of the surrounding space, and in terms of design Is also good.

[0054]   In addition, the hanging portion in which the second support portion 4 is attached to the insertion cylinder body 6 of the first support portion 3. By inserting the material 2 (end portion), the first support portion 3 and the second support portion are inserted through the suspension member 2. Since the holding part 4 is connected, the number of parts constituting the hanger rack is reduced. It can be eliminated and the production cost can be reduced. Besides, the first support part The rotation of the second support parts 4, 4 with respect to 3, 3 can be made smooth.

[0055]   Furthermore, the screw holes 10a, 1 of the suspension member 2 are inserted through the positioning holes 8 of the insertion cylinder body 6. The second support portion 4 is predetermined by screwing a positioning bolt 11 which is an insertion member to 0b. Since the positioning is performed at the position, the positioning of the second support portion 4 can be ensured. You can In addition, the positioning and release of the second support portion 4 can be easily performed. And

[0056]   The hanger rack of the present invention is not limited to the above embodiment, Of course, various changes can be made without departing from the spirit of the invention.

[0057]   In the above embodiment, the positioning bolt 11 is used as the positioning means (insertion member). However, the suspension member is not limited to this, and as shown in FIG. It is possible to adopt a configuration in which the positioning means is internally provided in the inside.

[0058]   The positioning means 20 includes a tubular member 21 having a low tubular shape which is installed in the hanging member 2. A coil spring 22 which is installed on the bottom side with its axis substantially aligned with the tubular member 21; A stepped rod-shaped insertion member 23 that is internally mounted on the opening side of the member 21 so as to be movable in the axial direction. And the insertion member 23 is normally urged by the coil spring 22. A part (small diameter portion 24 in the figure) of the cylindrical member 21 projects from the open end of the cylindrical member 21. Is made.

[0059]   The positioning means 20 configured as described above is provided with a hanging portion so that axes thereof are orthogonal to each other. It is installed inside the material 2. Then, the suspending member 2 is internally provided with the positioning means 2 The insertion hole 25 is formed so as to correspond to the arrangement position of the insertion member 23 of 0. The small-diameter portion 24 of the material 23 projects from the outer peripheral surface. And the above implementation The insertion cylinder 6 having the same shape as that of the embodiment has a small diameter portion of the insertion member 23 protruding from the suspension member 2. Two insertion holes 26a and 26b into which 24 is inserted are formed. These two insets The holes 26a and 26b are two screw holes 10 formed in the suspension member 2 of the above embodiment. Similar to a and 10b, the second support part 4 is at the optimum position when in use and when not in use. Correspondingly, it is provided with a predetermined interval around the outer circumference. The positioning means 20 is By inserting the insertion member 23 into the insertion insertion holes 26a and 26b of the insertion cylinder 6, the second support is obtained. By pressing the protruding insertion member 23 while the portion 4 is positioned, the insertion insertion hole 2 The fitting between 6a, 26b and the insertion member 23 (small diameter portion 24) is released and the second support is released. The positioning of the holding portion 4 is released. By doing this, the insertion member It is possible to position and release the second support portion 4 without removing 23. It is possible to prevent the loss of parts.

[0060]   Further, in the above embodiment, the other end of the second support portion 4 is directly fixed to the suspension member 2. Although not limited to this, for example, the other end of the second support portion 4 As a part, a cylindrical body is provided in the same manner as the first supporting part 3, and the cylindrical body and the first supporting part 3 are inserted. The hanging member 2 may be inserted into the tubular body 6. That is, the first support portion 3 and the The suspension member 2 is inserted into the second support portion 4 to connect the first support portion 3 and the second support portion 4 to each other. You may make it connect so that it can rotate around the shaft center.

[0061]   In the above embodiment, the main body 1 is composed of the first supporting portion 3 and the second supporting portion 4, and At the time of use, the second support portion 4 does not protrude so as to intersect the first support portion 3 However, the present invention is not limited to this, and the second support portion 4 is the first support. The structure extended from the part 3, that is, the first support part 3 and the second support part are directly connected. The body 1 may be continuously formed. Therefore, in this case, It is not necessary to distinguish between the one support part 3 and the second support part 4. Also, with this configuration Needless to say, it can be leaned against the floor surface F and the upright surface W.

[0062]   In the above embodiment, one hanging member 2 is provided, but it is not limited to this. Alternatively, it is possible to further provide the first support portion 3 or the second support portion 4. That is The hanging member 2 may be at least one.

[0063]   In the above-described embodiment, the hanging member 2 having a rod-like appearance (substantially cylindrical body) is adopted. However, the present invention is not limited to this, and, for example, a hook-like thing or the above-mentioned embodiment. It is also possible to employ a suspension member 2 in a state in which a plurality of hooks are attached. One In other words, the hanging member 2 may have a structure that allows the hanger H to be hung.

[0064]   In addition, in the above embodiment, the second support portion 4 is rotatable with respect to the first support portion 3. However, the present invention is not limited to this, for example, the second embodiment shown in FIG. As in the embodiment, two first support parts 3 and 3 and two second support parts 4 are formed. , Each of the two rod bodies 30, 30 is bent in a dogleg shape to form a predetermined angle θ °. The first support portion 3 (one piece) and the second support portion 4 (the other piece) are formed so that their mutual axes are Arrange them in parallel so that they are substantially parallel, and hang the rod-shaped suspension members 2 over them. You may. That is, the first support portion 4 is prevented from rotating (tilting). It may be connected with 3.

[0065]   In the above embodiment, each of the first support portion 3 and the second support portion 4 is two in number. However, the present invention is not limited to this. For example, in the third embodiment shown in FIG. As described above, the configuration may be such that two second support portions 4 and 4 are provided and one first support portion 3 is provided. In this case, as in the above embodiment, the two second support portions 4 are parallel to each other, and The suspension member 2 is attached so as to be substantially orthogonal to the axis of the suspension member 2, and the suspension member 2 is substantially centered in the longitudinal direction. One end of the first support part 3 may be fixed to the part or may be rotatably connected to the part. In this state, the first support portion 3 and the second support portions 4 and 4 form a predetermined angle θ ° with each other. You can do it like this.

[0066]   Moreover, the structure which provided each one of the 1st support part 3 and the 2nd support part 4 is also adopted. can do. For example, as in the fourth embodiment shown in FIG. A first support portion 3 (one piece) that is bent at a predetermined angle θ ° and is placed on the floor surface F; The second support portion 4 (the other piece) that contacts the upright surface W is formed, and the first support portion 3 or the second support portion 4 is formed. The suspension member 2 may be attached to the support portion 4. By doing this, the plate material By arranging the surface 40 so as to face the floor surface F and the standing surface W, Falling in the direction away from the upright surface W is prevented by the same operation as in the above embodiment. In case of a fall in the direction orthogonal to the fall direction, the plate material has a width. It is prevented by this. Also in this case, that of both end portions in the longitudinal direction of the plate member 40 It is preferable to provide the non-slip members 41, 41 respectively.

[0067]

[Effect of device]

  As described above, according to the hanger rack according to the present invention, the hanger rack stands on the floor surface and the vertical surface. A body that can be hung, and a hanger that is attached to the body and can be hung Since it is composed of various hanging members, the installation space on the floor where the hanger rack is installed Can be made smaller and the surrounding space can be effectively used.

[Brief description of drawings]

FIG. 1 is an overall perspective view of a hanger rack according to an embodiment of the present invention when in use.

FIG. 2 is a partial cross-sectional view of the hanger rack according to the same embodiment.

FIG. 3 is a partial cross-sectional view of the hanger rack according to the embodiment when not in use (a state in which a second support portion is stored).

FIG. 4 shows a schematic sectional view of a positioning means according to another embodiment.

FIG. 5 is an overall perspective view of the hanger rack according to the second embodiment of the present invention when in use.

FIG. 6 is an overall perspective view of the hanger rack according to the third embodiment of the present invention when in use.

FIG. 7 is an overall perspective view of a hanger rack according to a fourth embodiment of the present invention when in use.

FIG. 8 shows an overall perspective view of a conventional hanger rack.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Main body, 2 ... Hanging member, 3 ... 1st support part, 4 ... 2nd support part, 5 ... 1st support main body, 6 ... Cylindrical body (cylindrical body) for insertion, 7
... Non-slip body, 8 ... Positioning hole, 9 ... Second support body, 10
a, 10b ... Screw hole, 11 ... Positioning bolt (insertion member), 20 ... Positioning means, 21 ... Cylindrical member, 22 ... Coil spring, 23 ... Insertion member, 24 ... Small diameter part, 25 ... Insertion hole, 26a, 26b … Fitting holes, 30, 30… Rods, 40
... Plate material, 41, 41 ... Anti-skid body, F ... Floor surface, W ... Elevation surface, H
…Hanger

Claims (10)

[Scope of utility model registration request] 1. A main body (1) configured to lean on a floor surface (F) and an upright surface (W), and a suspension member attached to the main body (1) and capable of suspending a hanger (H). (2)
A hanger rack characterized by comprising and. 2. The suspension member (2) is composed of a rod body, and when the main body (1) is leaned against the floor surface (F) and the upright surface (W), the axial center thereof is the above-mentioned. The hanger rack according to claim 1, which is attached to the main body (1) so as to be substantially parallel to the floor surface (F) and the upright surface (W). 3. The main body (1) includes a first support portion (3) arranged on the floor surface (F), and a second support portion (4) brought into contact with the upright surface (W). The second support portion (4) is configured such that, when the first support portion (3) is placed on the floor surface (F), the second support portion (4) extends from the first support portion (3) to the upright surface (W). ) The hanger rack according to claim 1 or 2, wherein the hanger rack is connected to the first support part (3) so as to project toward the (). 4. At least one of the first support part (3) and the second support part (4) is provided in two or more, and the two or more first support parts (3) or The hanger rack according to claim 3, wherein the second support portions (4) are arranged in parallel at a predetermined interval. 5. The first support part (3) and the second support part (4) are formed of rods, and the first support part (3).
And the second support portion (4) are provided so that their mutual axes intersect, and one end of the first support portion (3) abuts on the floor surface (F), while the second support portion (4) The hanger rack according to claim 3 or 4, wherein one end of the support portion (4) is configured to abut the upright surface (W). 6. The third support portion (3) and the second support portion (4) are pivotally attached to the other.
The hanger rack according to any one of 1 to 5. 7. The postures of the first support portion (3) and the second support portion (4) in a state where the first support portion (3) and the second support portion (4) form a predetermined angle. To maintain
A positioning means configured to position at least one of the first support part (3) and the second support part (4) and to release the positioning. The hanger rack according to item 6. 8. One of the first support portion (3) and the second support portion (4) is adapted to connect the first support portion (3) and the second support portion (4) to the suspension. The hanger rack according to claim 7, wherein the hanger rack is connected to the member (2) and the hanging member (2) is inserted into the other. 9. One of the first support portion (3) and the second support portion (4) has a cylindrical body (6) with its axis orthogonal to the axis of one of the first support portion (3) and the other end portion. And the other end is fixed to the suspension member (2) such that the axis is substantially perpendicular to the axis of the suspension member (2), and the suspension member (2) is The hanger rack according to claim 8, wherein the hanger rack is inserted into the tubular body (6). 10. The positioning means includes the cylindrical body (6).
The hanger rack according to claim 9, further comprising: an insertion member (11) which is removably inserted into the suspension member (2) through the insertion member.