KR20020069774A - cubic box - Google Patents

Abstract

PURPOSE: A pre-fabricated locker is provided to optimize a space utility of installation while maximizing a receiving volume thereof, and to improve the convenience of movement. CONSTITUTION: A method for fabricating and assembling a locker comprises the steps of; designing various devices, including fixing pins, fixing holes, side blocks, a bottom block, a rear block, a door block, and other accessories, required to the manufacture of the locker; fabricating the components as stated above; and assembling the pre-fabricated components to an end item useable in daily life.

Description

Prefab Locker {cubic box}

It was developed to use the space found by furniture and existing structures efficiently without using the storage space in places where a lot of storage space is needed, such as home, work, and school.

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Figure 1 Prefabricated locker base block 3D and floor plan

2D Prefab Locker Side Block 3D and Floor Plan

3D Prefab Locker Back Block 3D and Floor Plan (1)

Figure 4 Prefabricated locker back block 3D and floor plan (2)

Fifth Degree Prefab Locker Front Door Block 3D and Floor Plan

6 block prefabricated locker 1 block assembly perspective

Fig. 7 perspective view of the prefabricated locker (when the fixing pin is connected)

Figure 8 Assembly of the three-sided prefabricated locker and connecting pins

Figure 9 Detail of Prefabricated Locker Fixing Hole

10, side, flat, back assembly detailed view

Figure 11 Disassembly of Prefabricated Locker (Bottom, Side Back, 3 Blocks)

Figure 12 Disassembly of the prefabricated lockers (under 5 blocks of bottom, side, back)

Figure 13 Assembling Two Sided Locker

Figure 14 prefabricated two-tier double row assembly locker

Figure 15 prefabricated lockers in two rows and four rows

16 degrees prefabricated locker multi-stage assembly perspective (1)

17 degrees prefabricated locker multi-stage assembly perspective (2)

Hereinafter, described in detail by the accompanying drawings as follows.

1, [Fig. 2], [Fig. 3], [Fig. 4] and [Fig. 5] by connecting the blocks in the up, down, left and right directions while connecting the fixing pins using the fixed pins. When the fixing pins are connected to the respective corners, structures of various shapes [FIG. 16] and [FIG. 17] are formed according to the shooting type [FIG. 6] or the assembly shape, and the basic shape of [FIG. 7] is made.

In the case of FIG. 7, the fixing pin 1 is connected to each corner of the assembly locker of FIG. 6 through the fixing hole 3 as shown in the example of FIG. 10, FIG. 11 and FIG. 12. It can be fixed firmly according to the mutual bite action between blocks.

FIG. 8 shows an example of assembling three blocks by assembling pins 1 and fixing holes 3 into each block 2, and FIG. 9 shows fixing holes 3 in each block. All blocks are connected by inserting the fixing pin (1) into the fixing hole.

Fig. 11 is a diagram showing an example of connecting each block, which is a dismantling diagram of connecting only three-sided blocks for better understanding.

12 is a disassembly diagram assembled using the block 2 and the fixing plate 1 and the fixing hole 3 as an example of mutually using three blocks.

[FIG. 13] [FIG. 14] [FIG. 15] [FIG. 16] [FIG. 17] is an example in which various prefabricated lockers are assembled, and various designs can be produced in any shape and designed to be used by anyone.

Conventional storage space had to occupy a certain space in a certain place by furniture or a structured structure, but the present invention has the advantage that can be used as much as the required amount of storage space and can be connected at any time to minimize unnecessary space. . Alternatively, even in the case of movement, disassembling the assembly can reduce the volume and pursue expansion in storage and movement.

In addition, in the case of the existing bookcases or storage cabinets, disposal of the present invention causes considerable inconvenience, while the present invention is made of recyclable materials, thereby reducing the processing cost and considering resource recycling aspects.

Claims (1)

Design stages of the devices necessary for manufacturing various forms such as fixing pins (1), fixing holes (3), side blocks (2), bottom blocks (4), rear blocks (5), K door blocks, and accessories of prefabricated lockers After the design step, the production step of the assembly of the block and the assembly locker block and accessories using the production and production of the manufacturing apparatus applying the design After assembling and manufacturing the finished product to be used in daily life using the product after the production step and construction assembly method