Tool room capable of being quickly assembled

Abstract

The utility model discloses a fast assembling tool room which comprises a base unit and a top seat unit, a bearing unit, a plurality of second stand columns and a folding door are connected between the base unit and the top seat unit, the bearing unit is connected with a first stand column, a plurality of Z-shaped plates are arranged between the second stand columns, and a plurality of Z-shaped plates are also arranged between the second stand columns and the bearing unit. The top seat unit is connected with a light inlet window and a ventilation grid, and the top seat unit, the light inlet window and the ventilation grid are jointly connected with a top plate. According to the rapid assembling tool room, the three-way corner connectors and the four-way corner connectors are connected in an inserted mode and then fastened through the cooperation of the flat-head long screws, meanwhile, the Z-shaped plates are arranged between the stand columns and do not need to be fixed through screws, and the installation cost and the disassembly and assembly difficulty can be effectively reduced.

Description

Technical Field

[0001] The utility model belongs to the technical field of tool rooms, and particularly relates to a quick-assembly tool room. Background Art

[0002] As an important facility for storing tools and equipment in industrial and agricultural operations, the tool room should have the characteristics of simple structure and easy disassembly and assembly. However, the existing tool room products have a single structure, and hundreds of screws are used for assembly, which requires multiple people, a long time, and multiple tools to complete. Moreover, the room body modules are large, the installation is complex, and the handling cost is relatively high. Summary of the Utility Model

[0003] The first object of the utility model is to provide a quick-assembly tool room, which solves the problems of large tool room body, large number of screws used, and complex installation in the prior art.

[0004] The technical solution adopted by the utility model is that the quick-assembly tool room includes a base unit and a top seat unit. A load-bearing unit, a plurality of second columns and a folding door are connected between the base unit and the top seat unit. The load-bearing unit is connected with a first column. A plurality of Z-shaped plates are arranged between the plurality of second columns, and a plurality of Z-shaped plates are also arranged between the second column and the load-bearing unit. The top seat unit is connected with a light-transmitting window and a ventilation grille, and the top seat unit, the light-transmitting window and the ventilation grille are jointly connected with a top plate.

[0005] The first technical solution of the utility model is further characterized in that

[0006] The base unit includes a first bottom column, a second bottom column, a third bottom column and a fourth bottom column with chutes opened. The first bottom column, the second bottom column, the third bottom column and the fourth bottom column are all connected through three-way corner joints. The three-way corner joints are vertically connected with the load-bearing unit. A plurality of second columns are respectively fixed in the chutes of the first bottom column, the second bottom column, the third bottom column and the fourth bottom column through flat head long screws. A plurality of second columns are respectively provided with chutes, and Z-shaped plates are jointly arranged in the chutes of two adjacent second columns.

[0007] The first bottom column and the third bottom column are arranged in parallel, and the second bottom column and the fourth bottom column are arranged in parallel.

[0008] The load-bearing unit includes four load-bearing columns, and the four load-bearing columns are respectively connected with the three-way corner joints. The other ends of the four load-bearing columns are connected with the top seat unit. The load-bearing columns and the first column are respectively provided with chutes. The first column is respectively clamped in the chutes of the four load-bearing columns. The four first columns are respectively connected with the three-way corner joints. A plurality of Z-shaped plates are jointly arranged in the chutes of the four first columns and the adjacent second columns.

[0009] A folding door is hinged between any second column and the load-bearing column.

[0010] The top seat unit includes a first top column, a second top column, a third top column, and a fourth top column with sliding grooves. The first top column, the second top column, the third top column, and the fourth top column are all connected through a four-way corner joint. The other ends of the four load-bearing columns are respectively connected to the four-way corner joint, and the other ends of the four first vertical columns are respectively connected to the four-way corner joint. The other ends of multiple second vertical columns are respectively fixed in the sliding grooves of the first top column, the second top column, the third top column, and the fourth top column through flat head long screws. The first top column, the second top column, the third top column, and the fourth top column respectively correspond to the first bottom column, the second bottom column, the third bottom column, and the fourth bottom column in position.

[0011] The top of the second top column is connected to the light-transmitting window and the ventilation grille through screws. The light-transmitting window, the ventilation grille, and the top of the fourth top column are jointly connected to the top plate.

[0012] Compared with the prior art, the beneficial effects of the present utility model are as follows:

[0013] (1) For the quick-assembly tool room provided by the present utility model, when using aluminum profiles to build the base unit and the top seat unit, only need to insert the aluminum profiles into the corresponding three-way and four-way corner joints and then fasten them with flat head long screws. This connection method is more stable than the traditional method of directly using screws to connect two plates, and the connection structure is simpler; embed multiple I-beams with cross-sections that fit the aluminum profiles at both ends into the sliding rails of the bottom column and the top column to form the overall frame part of the tool room. In this process, except for one screw needed at each end for positioning the load-bearing column, no additional screws are required, greatly reducing the number of screws used and the workload.

[0014] (2) For the quick-assembly tool room provided by the present utility model, after stamping, a "Z" - shaped plate is formed. The material is galvanized low-carbon white steel plate. By sliding the "Z" - shaped plate between two vertical columns and stacking them to form the main wall around the tool room. This method has the advantages of low processing difficulty, high processing efficiency, high yield rate, and is small in size and easy to pack and carry. In addition, all the "Z" - shaped plates are firmly stuck in the sliding grooves of the vertical columns and do not need to be fixed with screws, which can effectively reduce the installation cost and the difficulty of disassembly and assembly. Brief Description of the Drawings

[0015] Figure 1 is a schematic structural diagram of the quick-assembly tool room of the present utility model;

[0016] Figure 2 is an overall schematic diagram of the quick-assembly tool room of the present utility model;

[0017] Figure 3 is a connection schematic diagram of the three-way corner joint of the present utility model;

[0018] Figure 4 is an installation schematic diagram of two types of vertical columns and load-bearing columns of the present utility model

[0019] Figure 5 are the structural schematic diagrams of two types of columns of the present utility model;

[0020] Figure 6 is the installation schematic diagram of the Z-shaped plate of the present utility model;

[0021] Figure 7 is the structural schematic diagram of the Z-shaped plate of the present utility model.

[0022] In the figure, 1. First bottom column; 2. Second bottom column; 3. Third bottom column; 4. Fourth bottom column; 5. Load-bearing column; 6. First column; 7. Second column; 8. Z-shaped plate; 9. First top column; 10. Second top column; 11. Third top column; 12. Fourth top column; 13. Three-way corner joint; 14. Flat head long screw; 15. Folding door; 16. Transparent window; 17. Ventilation grille; 18. Top plate. Specific embodiments

[0023] The present utility model will be described in detail below in conjunction with the accompanying drawings and specific embodiments.

[0024] The present utility model provides a quick-assembly tool shed, as Figure 1 shown, which includes a base unit and a top seat unit. As Figure 2 shown, a load-bearing unit, a plurality of second columns 7 and a folding door 15 are connected between the base unit and the top seat unit. The base unit includes a first bottom column 1, a second bottom column 2, a third bottom column 3 and a fourth bottom column 4 with chutes opened, as Figure 3 and Figure 4 shown. The first bottom column 1, the second bottom column 2, the third bottom column 3 and the fourth bottom column 4 are all connected through three-way corner joints 13; the top seat unit includes a first top column 9, a second top column 10, a third top column 11 and a fourth top column 12 with chutes opened. The first top column 9, the second top column 10, the third top column 11 and the fourth top column 12 are all connected through four-way corner joints; the load-bearing unit includes four load-bearing columns 5.

[0025] Among them, as Figures 3 to 7As shown in the figure, four load-bearing columns 5 are respectively connected to three-way corner joints 13. A plurality of second columns 7 are respectively fixed in the chutes of the first bottom column 1, the second bottom column 2, the third bottom column 3 and the fourth bottom column 4 by flat head long screws 14. A plurality of second columns 7 are respectively provided with chutes. Z-shaped plates 8 are jointly arranged in the chutes of two adjacent second columns 7. The load-bearing columns are provided with chutes. The first columns 6 are respectively clamped in the chutes of the four load-bearing columns 5. The first columns 6 are provided with chutes. The four first columns 6 are respectively connected to the three-way corner joints 13. A plurality of Z-shaped plates 8 are jointly arranged in the chutes of the four first columns 6 and the adjacent second columns 7. They slide down and accumulate under the action of gravity to form the wall part of the tool room. The other ends of the four load-bearing columns 5 are respectively connected to four-way corner joints. The other ends of the four first columns 6 are respectively connected to four-way corner joints. The other ends of the plurality of second columns 7 are respectively fixed in the chutes of the first top column 9, the second top column 10, the third top column 11 and the fourth top column 12 by flat head long screws 14.

[0026] Among them, the first bottom column 1 and the third bottom column 3 are arranged in parallel, the second bottom column 2 and the fourth bottom column 4 are arranged in parallel, and the first top column 9, the second top column 10, the third top column 11 and the fourth top column 12 respectively correspond to the positions of the first bottom column 1, the second bottom column 2, the third bottom column 3 and the fourth bottom column 4; A folding door 15 is connected between any second column 7 and the load-bearing column 5 by a conventional hinge.

[0027] As Figure 2 shown in the figure, the structure of the roof adopts a conventional frame lap joint. Several top plates 18 are connected to the top columns and the columns by screws. A light-transmitting window 16 and a ventilation grille 17 are connected above the second top column 10 by screws. The light-transmitting window 16, the ventilation grille 17 and the top of the fourth top column 12 are jointly connected to the top plate 18.

[0028] Among them, the above-mentioned top columns, bottom columns and columns are all made of aluminum alloy profiles, and the Z-shaped plates are made of galvanized low-carbon white steel plates.

[0029] The specific implementation process of the present invention is as follows: When assembling the tool room, first use the three-way corner joint 13 to connect the four bottom columns to complete the assembly of the base unit. Similarly, connect the four top columns to complete the composition of the top seat unit. Connect the load-bearing column 5 to the three-way corner joint 13 of the base unit and the top seat unit, and fasten it with flat head long screws 14. Secondly, insert the first column 6 and the second column 7 in sequence to complete the assembly of the overall frame. Put the prefabricated Z-shaped plate 8 along the chutes of the first column 6 and the second column 7 to complete the assembly of the wall part. Finally, use frame lap joint and screws to connect the top plate 18 to the top columns and the columns. Install the folding door 15 with a hinge structure and the light-transmitting window 16 and the ventilation grille 17 to complete the assembly work of the tool room.

[0030] Embodiment 1

[0031] This embodiment provides a quick-assembly tool shed, as Figures 1-7 shown, which includes a base unit and a top seat unit. A load-bearing unit, a plurality of second columns 7 and a folding door 15 are connected between the base unit and the top seat unit. The load-bearing unit is connected with a first column 6. A plurality of Z-shaped plates 8 are arranged between the plurality of second columns 7, and a plurality of Z-shaped plates 8 are also arranged between the second column 7 and the load-bearing unit. The top seat unit is connected with a light-transmitting window 16 and a ventilation grille 17. The top seat unit, the light-transmitting window 16 and the ventilation grille 17 are jointly connected with a top plate 18.

[0032] Embodiment 2

[0033] This embodiment provides a quick-assembly tool shed, as Figures 1-7 shown, which includes a base unit and a top seat unit. A load-bearing unit, a plurality of second columns 7 and a folding door 15 are connected between the base unit and the top seat unit. The load-bearing unit is connected with a first column 6. A plurality of Z-shaped plates 8 are arranged between the plurality of second columns 7, and a plurality of Z-shaped plates 8 are also arranged between the second column 7 and the load-bearing unit. The top seat unit is connected with a light-transmitting window 16 and a ventilation grille 17. The top seat unit, the light-transmitting window 16 and the ventilation grille 17 are jointly connected with a top plate 18. The base unit includes a first bottom column 1, a second bottom column 2, a third bottom column 3 and a fourth bottom column 4 with chutes opened. The first bottom column 1, the second bottom column 2, the third bottom column 3 and the fourth bottom column 4 are all connected through a three-way corner joint 13. The three-way corner joint 13 is vertically connected with the load-bearing unit. The plurality of second columns 7 are respectively fixed in the chutes of the first bottom column 1, the second bottom column 2, the third bottom column 3 and the fourth bottom column 4 through flat head long screws 14. The plurality of second columns 7 are respectively provided with chutes, and Z-shaped plates 8 are jointly arranged in the chutes of two adjacent second columns 7. The first bottom column 1 and the third bottom column 3 are arranged in parallel, and the second bottom column 2 and the fourth bottom column 4 are arranged in parallel. The load-bearing unit includes four load-bearing columns 5. The four load-bearing columns 5 are respectively connected with the three-way corner joint 13, and the other ends of the four load-bearing columns 5 are connected with the top seat unit. The load-bearing columns 5 and the first column 6 are respectively provided with chutes, and the first column 6 is respectively clamped in the chutes of the four load-bearing columns 5. The four first columns 6 are respectively connected with the three-way corner joint 13, and a plurality of Z-shaped plates 8 are jointly arranged in the chutes of the four first columns 6 and the adjacent second columns 7.

[0034] Embodiment 3

[0035] This embodiment provides a quick-assembly tool shed, as Figures 1-7As shown in the figure, it includes a base unit and a top seat unit. There are a load-bearing unit, multiple second columns 7 and folding doors 15 connected between the base unit and the top seat unit. The load-bearing unit is connected with a first column 6. There are multiple Z-shaped plates 8 arranged between the multiple second columns 7, and multiple Z-shaped plates 8 are also arranged between the second column 7 and the load-bearing unit. The top seat unit is connected with a light-transmitting window 16 and a ventilation grille 17. The top seat unit, the light-transmitting window 16 and the ventilation grille 17 are jointly connected with a top plate 18. The base unit includes a first bottom column 1, a second bottom column 2, a third bottom column 3 and a fourth bottom column 4 with chutes opened. The first bottom column 1, the second bottom column 2, the third bottom column 3 and the fourth bottom column 4 are all connected through three-way corner joints 13. The three-way corner joints 13 are vertically connected with the load-bearing unit. The multiple second columns 7 are respectively fixed in the chutes of the first bottom column 1, the second bottom column 2, the third bottom column 3 and the fourth bottom column 4 through flat-headed long screws 14. The multiple second columns 7 are respectively provided with chutes, and Z-shaped plates 8 are jointly arranged in the chutes of two adjacent second columns 7. The first bottom column 1 and the third bottom column 3 are arranged in parallel, and the second bottom column 2 and the fourth bottom column 4 are arranged in parallel. The load-bearing unit includes four load-bearing columns 5. The four load-bearing columns 5 are respectively connected with the three-way corner joints 13, and the other ends of the four load-bearing columns 5 are connected with the top seat unit. The load-bearing columns 5 and the first column 6 are respectively provided with chutes, and the first column 6 is respectively clamped in the chutes of the four load-bearing columns 5. The four first columns 6 are respectively connected with the three-way corner joints 13, and multiple Z-shaped plates 8 are jointly arranged in the chutes of the four first columns 6 and the adjacent second columns 7. A folding door 15 is hinged between any second column 7 and the load-bearing column 5. The top seat unit includes a first top column 9, a second top column 10, a third top column 11 and a fourth top column 12 with chutes opened. The first top column 9, the second top column 10, the third top column 11 and the fourth top column 12 are all connected through four-way corner joints. The other ends of the four load-bearing columns 5 are respectively connected with the four-way corner joints. The other ends of the four first columns 6 are respectively connected with the four-way corner joints. The other ends of the multiple second columns 7 are respectively fixed in the chutes of the first top column 9, the second top column 10, the third top column 11 and the fourth top column 12 through flat-headed long screws 14. The first top column 9, the second top column 10, the third top column 11 and the fourth top column 12 respectively correspond to the positions of the first bottom column 1, the second bottom column 2, the third bottom column 3 and the fourth bottom column 4. The top of the second top column 10 is connected with the light-transmitting window 16 and the ventilation grille 17 through screws. The light-transmitting window 16, the ventilation grille 17 and the top of the fourth top column 12 are jointly connected with the top plate 18.

[0036] The quick-assembly tool house provided by the utility model uses aluminum profiles to build the base unit and the top seat unit, and uses three-way and four-way corner joints to insert and connect with each other and then cooperate with flat-headed long screws to tighten. At the same time, the Z-shaped plates are made of galvanized low-carbon white steel plates. By sliding the Z-shaped plates into the middle of two columns and stacking them to form the main wall surfaces around the tool house, all the Z-shaped plates are firmly stuck in the chutes of the columns and no additional screws are needed, reducing the installation cost and the disassembly difficulty.

Claims

1. Rapid assembly tool room, characterized by: The invention comprises a base unit and a top seat unit, wherein a load-bearing unit, a plurality of second columns (7) and a folding door (15) are connected between the base unit and the top seat unit, the load-bearing unit is connected to a first column (6), a plurality of Z-shaped plates (8) are arranged between the plurality of second columns (7), and a plurality of Z-shaped plates (8) are also arranged between the second columns (7) and the load-bearing unit, the top seat unit is connected to a light-transmitting window (16) and a ventilation grille (17), and the top seat unit, the light-transmitting window (16) and the ventilation grille (17) are jointly connected to a top plate (18).

2. The rapid assembly tool room according to claim 1, characterized in that: The base unit comprises a first base column (1), a second base column (2), a third base column (3) and a fourth base column (4) with a slide groove, the first base column (1), the second base column (2), the third base column (3) and the fourth base column (4) are connected by a three-way corner joint (13), the three-way corner joint (13) is vertically connected to the load-bearing unit, a plurality of second columns (7) are respectively fixed in the slide grooves of the first base column (1), the second base column (2), the third base column (3) and the fourth base column (4) by flat head long screws (14), a plurality of second columns (7) are respectively provided with a slide groove, and a Z-shaped plate (8) is commonly arranged in the slide grooves of two adjacent second columns (7).

3. The rapid assembly tool room according to claim 2, characterized in that: The first base column (1) and the third base column (3) are arranged in parallel, and the second base column (2) and the fourth base column (4) are arranged in parallel.

4. The rapid assembly tool room according to claim 2, characterized in that: The load-bearing unit comprises four load-bearing columns (5), the four load-bearing columns (5) are respectively connected to the three-way corner joint (13), the other ends of the four load-bearing columns (5) are connected to the top seat unit, the load-bearing columns (5) and the first columns (6) are respectively provided with sliding grooves, the first columns (6) are respectively clamped in the sliding grooves of the four load-bearing columns (5), the four first columns (6) are respectively connected to the three-way corner joint (13), and a plurality of Z-shaped plates (8) are commonly arranged in the sliding grooves of the four first columns (6) and the adjacent second columns (7).

5. The rapid assembly tool room according to claim 4, characterized in that: A folding door (15) is hinged between any of the second upright columns (7) and the load-bearing column (5).

6. The rapid assembly tool room according to claim 4, characterized in that: The top seat unit comprises a first top column (9), a second top column (10), a third top column (11) and a fourth top column (12) with a slide groove, the first top column (9), the second top column (10), the third top column (11) and the fourth top column (12) are connected by a four-way corner joint, the other ends of the four load-bearing columns (5) are respectively connected to the four-way corner joint, the other ends of the four first upright columns (6) are respectively connected to the four-way corner joint, the other ends of the plurality of second upright columns (7) are respectively fixed in the slide grooves of the first top column (9), the second top column (10), the third top column (11) and the fourth top column (12) by flat head long screws (14), the first top column (9), the second top column (10), the third top column (11) and the fourth top column (12) respectively correspond to the positions of the first bottom column (1), the second bottom column (2), the third bottom column (3) and the fourth bottom column (4) one by one.

7. The rapid assembly tool room according to claim 6, characterized in that: The top of the second top column (10) is connected to a light-transmitting window (16) and a ventilation grille (17) by means of screws, and the light-transmitting window (16), the ventilation grille (17) and the top of the fourth top column (12) are connected to a top plate (18) together.

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