JP3114920U - Assembled storeroom basket - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an assembly-type storeroom basket in which the volume can be reduced by removing and folding each part and the effect of firmly fixing after assembly is obtained.
By changing the structure so that each part is covered with frames 12, 22, and 32, it is possible to improve the fixing property when the lattice networks 11, 21, and 31 are coupled to the frames 12, 22, and 32. The protection plate 23, 33, 34 and the bolt holes 14, 25, 35, 36 to be joined are integrally formed by designing the frames 12, 22, 32, so that the back plate 20 and the two side frames 30, 30 are formed. ′ Is fitted to the bottom of the bottom plate 10, and two side frames 30, 30 ′ are provided on the rear side of the back plate 20, and the connecting bolt holes 14, 25, Since the bolt 1 passes through and fixes 35 and 36, the storage basket is stably assembled.
[Selection] Figure 2

Description

  The present invention provides an improved structure of an assembly-type storage basket. This is mainly an improved structure of a lattice net type storage basket. As a result, by changing the structure made of conventional round rods to a structure that is covered with a frame around each part, the stability when the lattice net is combined with the frame can be improved. Since the protective plate can be integrally molded and connected to the bolt hole, the back plate and the two side frames are fitted on the bottom of the bottom plate, and the two side frames follow the back plate. The storage basket is stably assembled by the bolts passing through and fixing the connecting bolt holes that are provided on the sides and provided in advance in the respective parts.

A conventional storage basket is constructed by manufacturing a frame by integral molding using a lattice net and then combining it with a bottom plate. The assembly method of the fixed form is quite simple, but its volume is so large that it greatly affects the cost of packaging, transportation and warehouse when shipped, so the economic effect is not so good.
Therefore, the company developed an assembly-type storage basket. It manufactures parts such as the bottom plate, back plate, front plate, and two side frames, and then assembles them with bolts so that they can be removed and folded when shipped. A significant reduction in volume can greatly reduce packaging, transportation and warehouse costs. Further, since the storage basket can be assembled by a simple operation after the user purchases it, it has been found that the storage basket is more industrially useful as compared with the conventional storage basket.

  However, when looking at the design of the assembly-type storage basket, each part was mainly composed of a lattice net and a frame of round rods welded around. That is, the manufacturing process cuts and forms a grid net according to a predetermined standard, then fits it in a frame made of round rods, and welds the contact points of the grid net and the frame made of round rods. And complete. This manufacturing method is very time consuming and it is difficult to maintain a certain quality. Also, because of the lack of tight welding so far, the grid rods often left the frame made of round rods. In particular, when subjected to external forces, the grid network is most often separated from the frame made of round rods. Therefore, since the storage basket made by the method is often broken, the defect must be improved.

  In addition, each part of the storage basket is composed of a frame made of a lattice mesh and round rods, and must be provided with a separate fixing plate in order to be connected by a bottle. Furthermore, since it is necessary to process and weld such a fixed plate separately, the manufacturing time and cost are increased, and an appropriate positioning device for connecting the fixed plate is not provided, so that the fixed plate is welded. When there is a possibility that the position is shifted, and the position of the fixing plate is shifted, the position of the bolt hole is not matched when the work of connecting with the subsequent bolt is performed. This problem must also be solved.

  Furthermore, when assembling such an assembly-type storage basket, usually the lower part of the front panel and the back plate is formed in a state of being supported on the bottom, and then the two side frames are formed with the front panel and the back plate sandwiched between the front and the back. Then, the assembly is completed by bolting to a fixed plate provided in advance at the sandwiched position. Thereby, since the bottom plate of the storage basket is simply coupled by the lower support of the front panel and the back plate, there is a sufficient possibility that the coupling is obviously insufficiently loosened and shaken. Therefore, the stability of the overall structure of the storage basket is greatly affected, and this point must be improved.

There are many drawbacks and problems with the conventional assembly-type storage basket, and the creator of the present invention has many years of experience in the related industry. did. The main purpose of the present invention is to provide an assembly-type storage basket that can reduce the volume by removing and folding each part when shipped, depending on the configuration, and can be firmly fixed after assembly. .
Another object of the present invention is to improve the quality of each part depending on the structure, and to form a fixing bolt hole and a protective plate for directly fixing to the surrounding side frame. An object of the present invention is to provide an assembly-type storage basket that can reduce the process.

  In order to achieve the above-mentioned object, the structure of the present invention is mainly composed of a conventional frame structure made of round rods, and a structure in which each part is covered with a frame. In addition, the back plate and the two side frames can be fitted to the bottom of the bottom plate by integrally molding the protective plate and the bolt holes to be joined in the design of those frames. Two side frames are provided on the rear side of the back plate, and the bolts pass through and fix the connecting bolt holes provided in advance in the respective parts, so that the storage basket is stably assembled.

The assembly structure, technical means and effects of the present invention will be described in detail below with reference to the drawings.
First, please refer to the structure explanatory diagram in Fig. 1. 2 is an exploded view for explaining the structure and FIG. 3 is a view for explaining the structural relationship, which is an embodiment of the present invention. Regarding the structure of the storage basket of the present embodiment, mainly the bottom plate 10, the back plate 20, and the two side frames 30, 30 'are aligned with a plurality of bolts 1 and a rubber (plastic) bush 2 to store the storage cabinet. The cage structure is constructed. Among them, the bottom plate 10 is cut and molded according to a predetermined standard, and then the frame 12 is covered around the bottom plate 10 and then formed by welding. By utilizing the covering of the frame 12, the side rods of the lattice net 11 can be prevented from being exposed to the outside. The connecting portions 13 of the fixing bolt holes 14 are integrally formed at the predetermined positions before and after the frames on both sides of the frame 12. In addition, a fastening portion 15 that presents an upward angle is made by a press at a place where there is an appropriate width on the front side of the bottom plate 10, and a laterally fitting frame 16 is coupled to the bottom of the bottom plate 10, Since the width of the laterally fitting frame 16 is slightly larger than the bottom plate 10, pre-molded fitting slots 17 can be provided at positions on both sides of the bottom plate 10.

  The back plate 20 is formed by cutting the lattice net 21 in accordance with a predetermined standard and then forming the back plate 20 by welding after covering the frame 22 around it. A protection plate 23 having an enlarged size is stretched and molded on the lower edge of the frame 22 of the back plate 20. Since the protection plate 23 is in a horizontal state perpendicular to the back plate 20, a support state is formed below the bottom plate 10, and is fixed to a predetermined place on both upper sides of the frame 22 of the back plate 20. The connecting portion 24 of the bolt hole 25 is integrally molded.

  The two side frames 30, 30 'are provided symmetrically. That is, after the lattice net 31 is cut and molded according to a predetermined standard, the frame 32 is covered and then welded, and the lower stage of the front side is provided with an inclination to mesh with the fastening portion 15 of the bottom plate 10. Further, protection plates 33 and 34 having appropriate widths are provided on the rear and lower edges of the frames 32 of the side frames 30 and 30 ', respectively. The protective plate 33 on the rear side is vertically perpendicular to the side frames 30 and 30 ′, and a fixing bolt hole 35 is provided at a location facing the connection portion 24 of the back plate 20. The protective plate 34 at the lower edge thereof is in a horizontal state perpendicular to the side frames 30, 30 ′, and a fixing bolt hole 36 is provided at a location facing the connecting portion 13 of the bottom plate 10. Further, by providing two sets of perforated slots 37 according to the diameter of the laterally fitting frame 16 of the bottom plate 10 for the protective plate 34, the protective plate 34 is secured to the bottom plate 10 by avoiding the laterally fitting frame 16. A plug-in frame 38 is provided so as to be fitted to the bottom, and opposite to the laterally fitting frame 16 of the bottom plate 10 on the outside of the two side frames 30, 30 ′. The outer diameter of the plug-in frame 38 is exactly the same as the inner diameter of the laterally-insertable frame 16, and the height of the plug-in frame 38 is slightly higher than the two side frames 30, 30 '.

  With the above-described structure, for assembling the storage basket of the present embodiment, first, the back plate 20 is connected to the bottom plate 10 so that the protective plate 23 of the back plate 20 is supported below the bottom plate 10 and then the two side frames. 30 and 30 ′ are provided by using a perforated slot 37 provided in advance in the lower arm protection plate 34, and the protection plate 34 is fitted on both sides of the bottom portion of the bottom plate 10, avoiding the laterally fitting frame 16. It is done. Furthermore, the rear cage protection plate 33 of the two side frames 30, 30 'is provided with the rear side of the back plate 20 interposed therebetween, thereby completing the initial positioning of the storage basket. Finally, using the bolt 1, the back plate 20 corresponds to the two side frames 30, 30 ′ and the fixing bolt holes 25, 35 corresponding to the bush 2, and the bottom plate 10 includes the two side frames 30, 30. By fixing through the fixing bolt holes 14 and 36 corresponding to ′, the entire assembly operation of the storage basket of this embodiment is completed. In this assembling work, the protective plate 23 of the back plate 20 is used to make a support state below the bottom plate 10, and then the protective plate 34 on the lower side of the two side frames 30, 30 'is used. The bottom plate 10 is provided below the bottom plate 10. Furthermore, by using the rear plate protection plate 33 and sandwiching it on the rear side of the back plate 20, the assembly state sandwiched by the support is very stable. Further, the bolt 1 and the bush 2 can be tightened so that the entire assembly can be maintained very stably, so that the phenomenon of loosening and shaking does not occur.

  Next, refer to the implementation status reference diagram in Figure 4. In the storage basket of the present embodiment configured as described above, a laterally fitting frame 16 is provided at the bottom of the bottom plate 10, and the laterally fitting frame 16 is slightly larger than the bottom plate 10. The slot 17 is formed and is aligned with the slightly higher insertable frame 38 of the two side frames 30, 30 'so that the lower figure figurine cage insert frame 38 is placed next to the upper figurine basket bottom plate 10. Assembling of the two-layer storage basket is completed by being fitted in the fitting slots 17 on both sides of the direction fitting frame 16. Furthermore, according to the above, it is possible to fold the storage baskets one by one, and the storage baskets of each layer are considerably stable. For this reason, the problem of shaking that easily occurs in the conventional structure can be effectively solved, so that stability and safety when placing an object can be ensured.

That is, according to the above description, the structure of the present invention is easier to assemble by changing the structure made of a conventional round rod to a structure in which a lattice network is covered with a frame, and the quality and appearance of the assembly are improved. Get better. Further, since the grid net rod is not exposed to the outside, the grid net is not separated from the frame by being influenced by external force. In addition, depending on the design of the frame, it can be assembled more stably by tightening the connection part and stereotactic bolt hole by integral molding, and extending it to provide a protective plate. Also, it is possible to remove such an assembly type basket. Since the volume can be effectively reduced by folding, the practical value of the storage basket can be greatly improved.
According to the above, the improved structure of the assembly basket of the present invention can surely improve the conventional defects, so it seems to be a wonderful design to match the industrial utility value and practicality. Is to be submitted.

It is structure explanatory drawing by one Example of this invention. FIG. 3 is an exploded view for explaining a structure according to an embodiment of the present invention. FIG. 3 is a structural explanatory diagram when assembling a side plate according to an embodiment of the present invention on a bottom plate. It is an implementation state reference diagram according to an embodiment of the present invention.

Explanation of symbols

  1 Bolt, 2 Bush, 10 Bottom plate, 11 Grid, 12 Frame, 13 Connection, 14 Fixing bolt hole, 15 Fastening, 16 Lateral telescoping frame, 17 Telescoping slot, 20 Back plate, 21 Grid, 22 Frame, 23 Protection plate, 24 Connection part, 25 Fixing bolt hole, 30, 30 'Side frame, 31 Grid, 32 Frame, 33, 34 Protection plate, 35 Fixing bolt hole, 36 Fixing bolt hole, 37 Perforated slot, 38 plug-in frame

Claims (2)

A bottom plate, a back plate, and two side frames are combined with a plurality of bolts and bushes,
After the bottom plate is cut and molded according to the planned standard, the bottom plate has a suitable width on the front side of the bottom plate, and a fastening part is formed with a press to form an upward angle. It has a built-in frame that is slightly wider than the bottom plate and can be fitted with pre-molded built-in slots on both sides of the bottom plate. There is a stereotactic bolt hole at the planned location,
The back plate is cut and molded in accordance with the planned standard, and then a horizontal support structure perpendicular to the lower edge of the frame of the back plate is extended to provide a support state below the bottom plate. There are fixing bolt holes at fixed locations on both sides of the back plate,
The two side frames are provided symmetrically, and the lattice network is cut and molded according to a predetermined standard, and the front lower plate is provided with an inclination to mesh with the fastening portion of the bottom plate, and the above-mentioned bottom plate and It is possible to tighten the bolts corresponding to the bushes by providing a fixed bolt hole corresponding to the back plate, and a plug-in frame opposite to the laterally fitted frame of the bottom plate is provided outside the two side frames. The outer diameter of the plug-in frame is almost the same as the inner diameter of the horizontal inset frame, and the height of the plug-in frame is slightly higher than the two side frames.
Using the laterally fitted frame on the bottom plate and the plug-in frame on the side plate, multiple storage baskets can be folded for each layer, and when shipping, each part can be removed and folded The volume of
By covering all of the bottom plate, back plate and lattice mesh on both sides with a frame, the side rods of the lattice network are prevented from being exposed to the outside, the quality of each part is maintained, and the design of the frame A protective plate having a predetermined width is extended by integral molding on the lower edge of the back plate and the rear edge and lower edge of the two side frames, and the lower plate on both sides of the plate is placed horizontally on the bottom plate. Two sets of perforated slots are provided according to the size of the direction fitting frame, and the protection plate is fitted to the bottom of the bottom plate avoiding the horizontal fitting frame, and the protection plate at the lower edge of the back plate is attached to the bottom plate Since the protective plate at the rear edge of the plate on both sides is sandwiched by the rear side of the back plate, a good relationship is maintained between the parts and assembly stability is greatly improved. Improved structure of prefabricated shed basket.   By covering the frame around the bottom plate, the back plate and the plates on both sides, it is possible to provide a joint with a stereo bolt or a stereo bolt at the planned position of the frame by integral molding. The improved structure of the assembly-type storage basket according to claim 1, wherein the troublesomeness and inconvenience of the conventional fixing plate can be reduced by tightening according to the bush.

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