KR200321255Y1 - Fixed type shelf assembly - Google Patents

Abstract

Disclosed is a simple height adjustment structure that is convenient for adjusting the height of vertical and horizontal coupling between a column member and a shelf plate, and an assembly shelf that can adjust the spacing according to the installation width of the shelf plate placed on the support member. It is about.

The assembling shelf forms an a-shape in which the shelf plate 10 and the vertical and horizontal surfaces 22 and 23 of a predetermined width are connected, and the insertion surface 24 forms an insertion space 24 downward. A support member 20 having an opening 25 and a hooking edge 26 formed on an outer side thereof, and a locking piece 21 for preventing separation of the plate body 10 at the front end of the horizontal surface 23; The support member 30 is inserted / combined along the vertical surface 22 of the support member 20, and includes a support 30 fixed to a wall surface by a predetermined fastening means, and a locking protrusion through the stop hole 27 of the impact space 28. Assembled to allow the locking member 50 for adjusting the height of the support member 20 and the control unit 40 for adjusting the width of the plate body 10 to go in and out through the space portion 201. It is a shelf.

Description

Fixed type shelf assembly

The present invention relates to an assembly shelf of a simple assembly structure is made of the parts of the synthetic resin material.

Generally, a shelf is a movable shelf consisting of a plate-shaped plate-shaped body and a column member for supporting it, a wall-mounted shelf having a plate member installed between a support member fixed to a wall, and a plate-like member with a predetermined line or support. Shelves, such as suspension racks, which are installed on the floor, are used.

Take a look at the known assembly shelves.

First of all, there is an assembly shelf of steel structure, which is well known as No. 20-0240176. This is a steel frame structure consisting of a shelf plate, a pillar member, and a fastener, which is absolutely advantageous in assembling, but all parts are made of metal steel and are easy to be damaged when hands or clothes are touched. Even if it is used for shelves or indoors, it is often used for warehouses.

In addition, in the assembly shelf known as Utility Model Registration No. 20-0181569, wood, plate, and the like, as compared with the above-described metal steel structure, are made of an assembly shelf consisting of a support having a concave indentation, a rotatable hook mechanism, a hook groove having a hook groove, and a shelf. Although it is suitable as an indoor assembly shelf in terms of using, the structure of the support for supporting the shelf is too complicated, and the structure of the hooks and the fittings connected in the lateral direction is complicated, so that the prefabricated shelf can be installed indoors. There is an overly complicated problem.

Therefore, generally known assembling shelves are inadequate as metal when the installation place is indoors, and the wooden structure has many disadvantages that the assembly parts are many and have a complicated assembly structure.

The present invention provides an assembly principle of a new type of assembly shelf while improving the disadvantages of various conventional assembly shelves, and provides a simpler structure, and to provide an assembly shelf suitable for both indoor and outdoor installations. There is this.

The assembly shelf of this new assembly principle of the present invention, in particular, has an object to provide a convenient and simple height adjustment structure for adjusting the height during vertical and horizontal coupling between the column member and the shelf plate.

The assembly shelf of this new assembly principle of the present invention has an object to provide an assembly shelf structure that can adjust the spacing, in particular, according to the installation width of the shelf-shaped plate body mounted on the support member.

1 is an assembled perspective view of an embodiment of the present invention assembly shelf,

Figure 2 is a perspective view of the main portion of an embodiment of the assembly shelf of the present invention,

Figure 3a is a perspective view of a locking member applied to one embodiment of the present invention assembled shelf,

Figure 3b is a cross-sectional view of an embodiment of an assembly shelf of the present invention,

Figure 3c is a cross-sectional view of the action of the locking member of the embodiment of the assembly shelf of the present invention is in contact with the support member,

Figure 4 is a perspective view of another embodiment of the present invention assembled shelf,

Figure 5a is a partially cutaway perspective view of the assembly shelf support member of another embodiment of the present invention, Figure 5b is a bottom view of the assembly shelf adjuster of another embodiment of the present invention, Figure 5c is a perspective view of the opening and closing piece of the assembly shelf of another embodiment of the present invention,

Figure 6 is a cross-sectional view of the entire combination of the assembly shelf of another embodiment of the present invention,

Figure 7a, Figure 7b is a cross-sectional view of the operation of the adjuster and the opening and closing piece of the assembly shelf according to another embodiment of the present invention.

※ Explanation of code for main part of drawing

10: plate, 20: support member, 22: vertical surface, 23: horizontal surface, 24: insertion space, 25: opening,

26: hooking edge, 27: stop ball, 28: impact space, 29: locking jaw, 202: long, 203: guide rail,

204: locking groove, 205: insertion and removal, 206: bullet insertion space, 207: impact groove, 30: support, 32: support,

40: adjuster, 42: unevenness, 44: wing, 46: locking jaw, 48: locking piece, 50: locking member, 51: vertical surface,

52: jamming projection, 53: tanji edition, 54: chin, 55: release groove, 60: opening and closing, 62: correspondence irregularities,

64: release flight, 66: bullet flight,

The assembly shelf for achieving the object of the present invention is a shelf plate body; The vertical and horizontal planes of a predetermined width form a substantially a-shape, and the vertical plane forms a insertion space downwards, and has an inserting portion having an opening and a hooking edge formed outwardly thereof, and the plate is mounted on a horizontal plane. A fixed support member; A support having a cross section corresponding to the inserting portion of the supporting member to be inserted / connected from the upper portion of the inserting portion; And a fastening means for fastening the support and the supporting member to the wall.

The wall surface / fixing of the support and the support member of the assembly shelf of the present invention forms a plurality of height adjustment support holes in the support, and a stop hole in the insertion space of the support member and an impact space having a downward opening in the inside of the stop hole. In this contact space, it is possible to contact / support the locking member having a locking projection to protrude through the stop hole.

The locking member of the assembly shelf,

It forms a roughly b-shaped cross section so as to be supported in the bottom impact space of the supporting member, and forms a locking projection fitted to the stop hole on its vertical surface, and the upper end of the vertical surface extends / bending to form a floating tangent piece. On the side surface, it forms a latch that is inserted / fixed in the impact space, and a release groove is formed at the bottom so that the engaging projection caught by the stop hole of the support member is pulled out / retracted from the stop hole by the elasticity of the bombardment piece. Assembly and desorption are done.

The support member of the assembly shelf of the present invention is preferably to form a locking step for preventing the departure of the plate at the front end of the horizontal surface of the support member.

The supporting member of the assembly shelf of the present invention is preferably such that the adjustment bar having a locking piece formed at the tip thereof on a horizontal plane to advance through the space portion of the supporting member so as to adjust the mounting width of the plate body.

The entrance and exit space portion of the supporting member of the present invention assembly shelf forms a long hole on the bottom surface, and forms guide rails at both edges, and the guide bar is formed on both sides of the guide blade to enable entry and exit on the bottom of the guide rail. It is preferable to.

It is preferable that the control unit of the assembly shelf of the present invention is provided with an unevenness, and to form a corresponding unevenness so as to restrict the entry and exit of the control unit in response to the unevenness, and further comprising a release piece and a catch / release piece in which a coal piece is formed. Do.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an assembled perspective view of one embodiment of the assembly rack of the present invention, Figure 2 is an exploded perspective view of the main portion of an embodiment of the assembly rack of the present invention, Figure 3a is a locking member applied to the embodiment of the assembly rack of the present invention It is a perspective view, FIG. 3B is a sectional view of the locking member of the assembly rack of the present invention being firmly attached to the support member, and FIG. 3C is a partially enlarged sectional view showing the wall surface coupling state of the assembly rack of the present invention.

The present invention assembly shelf according to the drawings is made of a shelf plate 10, a support member 20 of approximately a-type, and the support 30, the support member 20 to the support 30 fixed to the wall After the position is fixed in the inserted state, the plate body 10 is mounted / fixed.

Specifically, the supporting member 20 forms an insertion space 24 downward on the vertical surface 22 of a predetermined width, and forms an opening 25 and a hooking edge 26 to the outside thereof, and the plate body 10 is formed. It is made of a roughly a-shaped cross section that forms a horizontal surface 23 that is bent at right angles to the vertical surface so as to be mounted and fixed, and a latching jaw 21 for preventing detachment of the plate body 10 at the tip of the horizontal surface 23. ).

In addition, the insertion space 24 of the support member 20 is provided with a stop hole 27, and an impact space 28 having a downward opening in the inside of the stop hole 27 is provided, the impact space 28 The stop hole 27 and the locking hole 29 is formed therein, and the locking member 50 having the locking protrusion 52 and the latch 54 is secured.

The support 30 is fixed to the wall surface and is a means for supporting the support member 20. The support 30 has a cross section corresponding to the insertion space 24 of the support member 20, and the support 30 is formed on a wall such as a bolt. It is fixed as a fixing member (not shown), and a plurality of height adjusting support holes 32 are drilled at predetermined intervals.

The locking member 50 has a roughly b-shaped cross section so as to be supported by the bottom contact space 28 of the supporting member 20 and has a locking protrusion 52 fitted to the stop hole 27 on its vertical surface 51. And, the upper end of the vertical surface 51 is extended / bent to form a floating finger piece 53, the end of the finger piece 53, the jaw 54 is inserted / fixed in the impact space (28) And a release groove 55 formed at a bottom thereof, and the engaging protrusion 52 caught by the stop hole 27 of the support member 20 is pulled / retracted by the elastic stop of the finger piece 53. ) To lock / unlock.

The assembly shelf according to the embodiment of the present invention inserts the insertion space 24 formed on the vertical surface 22 of the support member 20 in a state where two supporters 30 are fixed to the wall surface at a predetermined position. At this time, the release groove 55 is retracted so that the locking protrusion 52 is caught in the support hole 32. When the release hole 55 is released from the predetermined support hole 32, the entire supporting member 20 is stopped at the support hole 32.

Thus, the plate 10 is placed between the two support members 20 respectively installed on the support 30 to form a shelf by fixing in a predetermined manner. Of course, multiple stages can be assembled / installed at the same time as shown.

Figure 4 of the accompanying drawings is a perspective view of another embodiment of the subject innovation assembly shelf, Figure 5a is a partial cutaway perspective view of the support member of the subject innovation, Figure 5b is a bottom view of the subject innovation adjuster, Figure 5c is an opening and closing of the subject innovation assembly shelf Figure 6 is a perspective view of the convenience, Figure 6 is a schematic cross-sectional view of the adjuster assembled to the support member space portion.

The present invention assembly shelf according to the drawings, the plate body 10 (see Fig. 1), the support member 20, the support 30, the adjuster 40, the locking member 50, the opening and closing piece 60 )

The supporting member 20 forms an insertion space 24 downward on the vertical surface 22 of a predetermined width, and forms an opening 25 and a hooking edge 26 to the outside thereof, and mounts the plate body 10. In addition, to form a substantially a-shape formed horizontal plane 23 is bent at right angles to the vertical surface 22 to be fixed, the bottom portion of the horizontal surface 23 for the entry and exit space portion 201 of the control unit 40 to be described later ) Is formed on the inside thereof, and the entrance and exit space portion 201 forms the long hole 202 on the bottom surface, the guide rail 203 is formed at both edges thereof, and the insertion and exit hole is formed at one end of the guide rail 203. 205 is formed, and the other end is formed with the impact groove 207 and the bullet insertion space 206, and the engaging groove portion 204 is formed on the inner peripheral wall surface.

The opening and closing piece 60 which will be described later is inserted into the impact groove 207 and the impact insertion space 206.

In addition, the insertion space 24 of the support member 20 is provided with a stop hole 27, and an impact space 28 having a downward opening in the inside of the stop hole 27 is provided, the impact space 28 The stop hole 27 and the locking hole 29 is formed therein, and the locking member 50 having the locking protrusion 52 and the latch 54 is secured.

Support 30 is made of a cross-section corresponding to the insertion space 24 of the support member 20 is inserted / coupled from the top of the insertion space 24. The support 30 is fixed to the wall as a fixing member such as a bolt, the support member 20 is fixed to the height as the locking projection 52 is caught in the height adjustment support hole 32 formed in the support (30). .

The adjuster 40 is advanced through the space 201 of the support member 20. The adjuster 40 forms a guide blade 44 and a concave-convex 42 so as to be able to enter and exit the guide rail 203 at a bottom thereof, and a locking jaw portion 46 corresponding to the locking groove 204 on both sides. Forming, and the engaging piece 48 is formed at the top end.

Assembly of the adjuster 40 is pressed down while the blade piece 44 corresponds to the insertion hole 205 of the support member 20 and at the same time pull the guide rail 203 is fitted to the blade piece 44 and at the same time Opening the wall surface is assembled by fitting the locking jaw portion 46 to both locking grooves 204 of the adjuster 40. Of course, the opening and closing piece 60, which will be described later, is assembled in the state where the carcass is first inserted into the carcass space 206. The assembling operation of the opening and closing piece 60 will be described later.

The locking member 50 is attached / supported through a stop hole 27 formed in the insertion space 21 of the support member 20 and an impact space 28 which is opened downward in the inside of the stop hole 27. do.

The locking member 50 has a roughly b-shaped cross section so as to be supported by the bottom contact space 28 of the supporting member 20, and forms a locking protrusion 52 fitted to the stop hole 27 on the vertical surface 51. And, the upper end of the vertical surface 51 is extended / bent to form a floating finger piece 53, the end of the finger piece 53, the jaw 54 is inserted / fixed in the impact space (28) And a release groove 55 formed at a bottom thereof, and the engaging protrusion 52 caught by the stop hole 27 of the support member 20 is pulled / retracted by the elastic stop of the finger piece 53. To appear in

The opening and closing piece 60 forms a corresponding concave-convex 62 so as to restrict the entry / exit of the control table 40 in response to the concave-convex portion 46 of the control table 40, and the release piece 64 and the bullet piece 66. ) And the release piece 64 is inserted into the carcass space 206 downward in the state where the coal piece 66 is located in the impact groove 207 described above.

Figure 6 of the accompanying drawings is a cross-sectional view of the combined assembly of the subject innovation assembly, Figure 7a, Figure 7b is a cross-sectional view of the operation of the adjustment bar and the opening and closing piece of the subject innovation assembly shelf.

The assembly shelf according to the embodiment of the present invention according to the drawings inserts the insertion space 24 formed on the vertical surface 22 of the support member 20 in a state in which two supports 30 are fixed to the wall surface at a predetermined position. . At this time, the release groove 55 is retracted so that the engaging protrusion 52 is caught in the support hole 32. When the release hole 55 is released from the predetermined support hole 32, the entire supporting member 20 is stopped at the support hole 32.

Thus, the plate 10 is placed between the two support members 20 respectively installed on the support 30 to form a shelf by fixing in a predetermined manner. Of course, multiple stages can be assembled / installed at the same time as shown.

In particular, the present invention is to adjust the width of the plate body 10 is placed on the support member 20 through the control unit 40 through the entrance and exit space 201 of the support member 20.

At this time, the entrance and exit of the adjuster 40 is limited to the adjustment length.

That is, the opening and closing piece 60 as described above, as shown in FIG. 4, with the carbon piece 66 interposed between the impact grooves 207 of the support member 20, and the release piece 64 is inserted into the lowered insertion space ( When the release piece 64 of the opening and closing piece 60 inserted into the 206 is pulled, the corresponding unevenness 62 is lowered and the coal piece 66 is suppressed, thereby adjusting the elastic member 40 as it is elastic upward. Corresponding concave-convex 62 hanging on the concave-convex portion 46 is separated.

After adjusting the adjuster 40 to fit the gap between the plate body 10 placed on the support member 20 because the adjuster 40 is free to go in and out by the separation of the corresponding unevenness 62 and the unevenness 46. When the release piece 64 is released, the corresponding unevenness 62 is caught by the bottom unevenness 46 of the adjuster 40 again to stop the detachment of the adjuster 40 due to the recovery of the bullet piece 66.

As described above, the present invention improves the disadvantages of various assembly shelves in the related art, thereby providing an assembly principle of a new type assembly shelf, thereby providing an assembly shelf structure more simply. In particular, a pillar member and a shelf plate body It also has the effect of providing a simple height adjustment structure that is convenient for adjusting the height when vertical and horizontal joining between them, and it provides an assembly shelf structure that can adjust the gap according to the installation width of the shelf plate placed on the support member. .

Claims (7)

In the assembly shelf, Shelf plate body 10; The vertical and horizontal planes 22 and 23 of a predetermined width form a substantially a-shape, and the vertical plane 22 forms an insertion space 24 downward, and the opening 25 and the hooking edge 26 to the outside thereof. And a support member 20 formed at a front end of the horizontal surface 23 to form a locking piece 21 for preventing separation of the plate body 10; Comprising an insertion end surface corresponding to the insertion space 24 of the support member 20, is inserted / coupled along the vertical surface 22 of the support member 20, the support is fixed to the wall or the like by a predetermined fastening means ( Assembly rack containing 30). The method of claim 1, For the wall surface / fixing of the support 30 and the support member 20, a plurality of height adjustment support holes 32 are formed in the support 30, and stops in the insertion space 24 of the support member 20. A ball 27 and an impact space 28 having a lower opening in the stop hole 27 are provided, and the impact space 28 protrudes through the stop hole 27. Assembly shelf, characterized in that the impact / support the locking member 50 formed. The method of claim 2, The locking member 50, It forms a roughly b-shaped cross section so as to be supported by the bottom contact space 28 of the supporting member 20, and forms a locking projection 52 fitted into the stop hole 27 of the vertical surface 22, The upper end is extended / bent to form a floating edge of the magazine piece 53, the side surface of the magazine piece 53 forms a latch 54 is caught in the engaging hole 29 of the impact space 28, the bottom Forming a release groove 55 in the Assembly rack, characterized in that the engaging projection 52 caught in the stop hole (27) of the support member 20 by the pulling of the release groove (55) emerges with the elasticity of the finger piece (53). The method of claim 1, Assembly shelf, characterized in that formed on the front end of the horizontal member 23 of the supporting member to prevent the plate body 10 detachment stopper (21). The method according to any one of claims 1 to 4, In order to adjust the width of the plate body 10, the support member 20 is to be moved in and out through the space portion 201 in the support member 20, the adjusting table 40 formed with the engaging piece 48 at the front end on a horizontal plane. Assembly shelf, characterized in that. The method of claim 5, The entrance and exit space portion 201 forms a long hole 202 on the bottom surface, but forms a guide rail 203 at both edges, and the adjuster 40 can enter and exit the guide rail 203 at its bottom. Assembly shelf, characterized in that to form the guide blade (44) on both sides so as to. The method of claim 6, The unevenness 42 is formed in the adjuster 40, and the corresponding unevenness 62 is formed to restrict the entry / exit of the adjuster 40 in response to the unevenness 42, and the release piece 64 is provided. An assembling shelf, characterized in that it further comprises an opening and closing piece (60) formed with a piece of coal (66).