TWM597090U - Combined multi-layer rack structure - Google Patents

Abstract

A combined multi-layer rack structure includes two support plates, a plurality of layers of plates and a plurality of panels, the plurality of layers of plates are combined stepwise between the two support plates, and each layer of plates includes an upright first plate A second plate extending horizontally on the lower side of the first plate and a third plate extending vertically downward from the front side of the second plate are located on the upper edge of the back of the first plate of the layer below There is one bearing piece of inverted ㄣ shape, so that a bearing slot forming an upward opening is provided for receiving the third board piece of the layer board above, the plurality of panels are respectively inserted in the plurality of bearing slots, so as to be in contact with the plurality of layer boards The first and second plates together form a plurality of storage spaces; by this, it is possible to disassemble the laminated plates according to the needs of the actual sales of goods, so as to increase or decrease the storage space and facilitate the purpose of placing the goods.

Description

Combined multi-layer rack structure

This creation is a technical field about the structure of the shelf, especially a combined multi-layer shelf structure that can be disassembled according to the needs of the actual sales of goods to increase or decrease the storage space and facilitate the placement of goods.

In general real goods stores or stores, in order to allow the products to be completely displayed, so that consumers can understand the style and function of all the products at a glance, to stimulate consumers' buying interest, the products will be neatly displayed on the racks in various categories. , In order to facilitate consumers to purchase, and to facilitate efficient replenishment and ordering.

However, at present, most of the shelf racks on the market are mainly made of acrylic and other plates that are cut into plates to form vertical and horizontal bonding to form several layers of stepped storage spaces. Although the bonding composition can make the structure It is more solid, but it cannot be disassembled after it is made, so it cannot change the size of its storage space at any time according to the size and number of items sold, and it also takes up space and is inconvenient in handling and storage.

In view of this, the creator is in-depth conceived for the above problems, and actively research and improve the trial to develop and design the creation.

This creation is mainly to solve the problem that the conventional fixed rack cannot change the storage The size of the space and the problem of disassembly and storage.

This creation provides a combined multi-layer rack structure, including two supporting plates, a plurality of layers of plates and a plurality of panels. Among them, the two supporting plates are arranged symmetrically in an upright manner. The plural layers of plates are detachably combined on both sides of the two supporting plates, and are combined stepwise between the two supporting plates. Each layer of plates includes an upright first plate, which is formed by the first A second plate extending horizontally on the lower side of the plate and a third plate extending vertically downward from the front side of the second plate are located at the upper edge of the back of the first plate of the layer below One of the inverted slabs is formed so as to form a upwardly open slot for receiving the third plate of the ply above. The plurality of panels are inserted into the plurality of slots, respectively, so as to form a plurality of storage spaces with the first and second plates of the plurality of layers of plates.

The combined multi-layer shelf structure provided by this creation can be formed by an inverted shaped support piece at the upper edge of the back surface of the first plate of the layer underneath, so as to form an upwardly open bearing slot, The third plate of the upper layer is accommodated and positioned, so that the upper and lower layers are connected and combined into a step shape, and the plurality of sockets can also be inserted into the plurality of panels to make it and the layer The first board and the second board together form a storage space, so that the layer and the panel can be disassembled according to the sales needs to increase or decrease the size of the storage space, and then use the commodity swing put. In particular, the two supporting plates, the plurality of laminates and the plurality of panels can be disassembled into a single small volume element in a simple and rapid manner, so as to greatly reduce the occupation of space, thereby providing convenience for storage, storage or handling.

10: Support plate

11: fixed piece

110: hanging hole

12: Upper connector

13: Lower connector

14: hook the film

20: Shelf

21: The first plate

210: Buckle

211: Buckle

212: Connection piece

213: Screw

214: film carrier

215: Bearing slot

22: Second plate

23: third plate

230: folding

24: embedded hole

30: Cover

40: Panel

41: Storage space

50: support tube

51: screw

60: Separator

61: Tenon

70: display stand

71: Frame

[Figure 1] is a three-dimensional exploded front view of this creation.

[Figure 2] is a three-dimensional exploded view of the back of this creation.

[Figure 3] is an enlarged schematic view of the three-dimensional combination of this creation.

[Figure 4] is an enlarged schematic view of the combined section of this creation.

[Fig. 5] is a partially enlarged schematic view of Fig. 4.

[Figure 6] Reference diagram of the usage status of this creation.

Please refer to FIG. 1 to FIG. 5, which shows that the combined multi-layer rack structure described in the present creation includes two support plates 10, a plurality of laminate plates 20, a cover plate 30, a plurality of face plates 40, a support pipe 50 and a plurality of partitions Tablet 60, where:

The two support plates 10 are arranged upright and symmetrically, and a plurality of fixing plates 11 arranged in a stepped shape with vertical and horizontal spacing differences are arranged on the opposite inner side, and each fixing plate 11 is provided with at least one hanging hole 110 The hanging hole 110 has a right-angled trapezoid shape with a large upper part and a smaller one, and a side facing the corresponding supporting plate 10 is a vertical side. The two supporting plates 10 are provided with two upper connecting pieces 12 and two lower connecting pieces 13 symmetrically on the upper side and the lower side of the inner side respectively, and a plurality of hooking pieces 14 are respectively provided on the rear side.

The plurality of laminated plates 20 are arranged stepwise between the two supporting plates 10 in cooperation with the plurality of fixed plates 11, and each of the laminated plates 20 includes an upright first plate 21, which is lowered by the first plate 21 A second plate 22 extending horizontally on the side and a third plate 23 extending vertically downward from the front side of the second plate 22. Two buckles 210 are provided on both sides of the back of the first plate 21 respectively, and each buckle 210 has at least one buckle portion 211 in an inverted L shape for hooking to the corresponding hanging hole 110 in. The first and second plates 21 and 22 are provided with a plurality of corresponding insertion holes 24 arranged horizontally at intervals. The lower side of the third plate 23 is horizontally bent with a folding piece 230. The first plate of the uppermost plate 20 21 The upper side is bent toward the back with a connecting piece 212 in an inverted L shape, which can be used to insert the two upper connecting pieces 12 of the two supporting plates 10 into the connecting piece 212 from both sides, and then use a plurality of screws 213 to connect it Screw lock combination. The upper edge of the back of the first plate 21 of the layer plate 20 located below is provided with a supporting piece 214 in an inverted shape, so that a supporting slot 215 with an upward opening is formed between the two to receive the upper layer The third sheet 23 of the board 20 is accommodated therein.

The cover plate 30 is disposed between the two support plates 10, and two buckle pieces 210 are also provided on both sides of the back side, which can be hooked into the hanging holes 110 of the lowermost fixing piece 11. The upper edge of the back of the cover plate 30 is also provided with an inverted-shaped bearing piece 214, so that a bearing groove 215 formed upwardly therebetween is provided for receiving the third plate piece 23 of the upper layer plate 20 In it.

The plurality of panels 40 are inserted into the plurality of receiving slots 215 at the lower sides, respectively, so as to form a plurality of storage spaces 41 with the first plate 21 and the second plate 22 of the plurality of layers 20. The plurality of panels 40 may be glass, acrylic, etc.

The support tube 50 can be inserted into the two lower connectors 13 at both ends, and then screwed together with a plurality of screws 51.

The plurality of spacers 60 are optionally combined and arranged in the storage space 41 to separate the space of a desired size, and two adjacent sides of each spacer 60 respectively have two tenons 61 for It is not intended to be inserted into the corresponding insertion hole 24.

Please refer to FIG. 6, the combined multi-layer rack structure of the present invention can be hooked on the frame body 71 of a display rack 70 by the plurality of hooking pieces 14 on the two supporting plates 10, and the merchandise can be It is placed in its storage space 41 for neat display, and it is convenient for consumers to take and buy. When consumers purchase and take away the goods, the storage space 41 to accommodate the goods will be Vacancy, so that the merchant can make immediate replenishment and ordering according to the vacancy situation on the display rack Product management.

The combined multi-layer rack structure provided by this creation can be formed by opening the upside-down supporting piece 214 at the upper edge of the back of the first plate 21 of the layer 20 below the bottom of the first plate 21 The bearing groove 215 is used for accommodating and positioning the third plate 23 of the upper layer plate 20, so that the upper and lower layer plates 20 are connected and combined into a step shape, and the plurality of bearing grooves 215 can also be provided for multiple The panel 40 is inserted so that it forms a storage space 41 with the first plate 21 and the second plate 22 of the layer 20, so that the layer 20 and the panel can be disassembled according to sales needs. 40, to increase or decrease the size of the storage space 41, and then use the placement of goods. In particular, the two latches 61 of the plurality of spacers 60 can be selectively combined into the corresponding embedded holes 24 on the laminate 20 to partition the storage space 41 into an appropriate size for The products can be placed neatly in it, and the size of the interval can be adjusted at any time according to the size of the goods, so as to facilitate the placement of various products. In particular, the two support plates 10, the plurality of laminate plates 20, The cover plate 30, the plurality of panels 40, the support tube 50, and the plurality of spacers 60 are disassembled into a single small volume component to greatly reduce the occupation of space, thereby providing convenience for storage, storage or handling. Moreover, the combination of the connecting piece 212 and the two upper connecting members 12 and the support tube 50 and the two lower connecting members 13 can not only greatly increase the overall structural strength, but also only need to simply install a small number of screws 213 , 51 can achieve assembly. In addition, the hanging hole 110 has a ladder-shaped structure design, which allows the buckle portion 211 of the buckle 210 to be buckled more easily and quickly, and the hanging hole 110 faces the correspondingly combined support The design of one side of the board 10 is a vertical side, so that the buckle portion 211 can form a better support after being hooked without generating larger shaking.

10: Support plate

11: fixed piece

110: hanging hole

12: Upper connector

13: Lower connector

14: hook the film

20: Shelf

21: The first plate

210: Buckle

211: Buckle

212: Connection piece

213: Screw

214: film carrier

215: Bearing slot

22: Second plate

23: third plate

230: folding

24: embedded hole

30: Cover

40: Panel

50: support tube

51: screw

60: Separator

Claims (8)

A combined multi-layer rack structure includes: The two support plates are arranged symmetrically and vertically; Plural layers of plates are detachably joined to the inside of the two support plates on both sides, and are combined stepwise between the two support plates. Each layer plate includes an upright first plate A second plate extending horizontally on the lower side of the plate and a third plate extending vertically downward from the front side of the second plate are located at the upper edge of the back of the first plate of the layer below One of the inverted slabs, so that a slot formed with an upward opening is provided for receiving the third slab of the ply above; and The plurality of panels are inserted into the plurality of receiving slots, respectively, so as to form a plurality of storage spaces together with the first and second plates of the plurality of laminated plates. As in the combined multi-layer rack structure of claim 1, wherein the opposite inner surfaces of the two support plates are provided with a plurality of fixed plates arranged in a stepped pattern with vertical and horizontal spacing differences, and each fixed plate is provided with a large At least one hanging hole in the shape of a lower ladder, two buckles are provided on both sides of the back side of the first plate of each layer, and each buckle is provided with at least one buckle in the shape of an inverted L for hooking Buckle in the corresponding hanging hole. As in the combined multi-layer rack structure of claim 2, wherein the side of the hanging hole of the fixing piece facing the corresponding combined support plate is a vertical edge, so that the hanging hole has a right-angle trapezoid shape. As in the combined multi-layer rack structure of claim 1, wherein the lower side of the third plate is horizontally bent with a fold for receiving in the corresponding slot. For example, the combined multi-layer rack structure of claim 1, further includes a cover plate, the cover plate is disposed between the two support plates, and two buckle pieces are respectively provided on both sides of the back side, which can be hooked on the most In the hanging hole of the lower fixing piece, the upper edge of the back of the cover plate is also provided with an inverted-shaped bearing piece, so that a bearing slot formed with an upward opening is provided for receiving the third of the upper board The plate and the panel can be inserted into it. For example, the combined multi-layer rack structure of claim 1 further includes a plurality of spacers, the first and second plates are arranged with a plurality of corresponding inlay holes arranged horizontally and spaced apart, the plurality of spacers are two adjacent sides The two locking tenons can be selectively inserted into corresponding embedding holes, respectively, so as to partition the storage space out of an appropriate size interval. According to the combined multi-layer rack structure of claim 1, it further includes a support tube, and the upper and lower sides of the two support plates opposite to the inner side are provided with two symmetrical upper connectors and two lower connectors, respectively, at the top The upper side of the first plate of the laminate is bent toward the back with a connecting piece in an inverted L shape, the two upper connecting pieces are inserted into the two ends of the connecting piece, and then the connecting piece is connected to the two The connecting pieces are screw-coupled, and the two lower connecting pieces are inserted into the two ends of the support tube respectively, and then the support tube and the two lower connecting pieces are screw-coupled with a plurality of screws. As in the combined multi-layer rack structure of claim 1, wherein the back sides of the two support plates are provided with a plurality of hooking pieces for hooking on the rack body of a display rack.

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