Multifunctional material shelf for assembly line

Abstract

A multifunctional material shelf for an assembly line comprises an internal goods shelf and an external goods shelf arranged outside the internal goods shelf in a sleeving mode. The built-in storage rack comprises an inner side rack, a storage rack arranged on the inner side rack, and a moving part arranged below the storage rack. The storage rack comprises a rear beam, a front beam, a front blocking beam and a sliding strip connected with the rear beam and the front beam. The height of the front beam on the inner side frame is smaller than that of the rear beam. The external storage rack comprises an outer support, a file board arranged on the outer support, sundry racks arranged on the two sides of the outer support, sundry boxes arranged on the sundry racks and an outer moving part arranged below the outer support. The outer moving part comprises an outer moving frame, an anti-vibration rod and outer moving wheels. According to the assembly line multifunctional material shelf, multiple functions are achieved by arranging the internal goods shelf and the external goods shelf, and the production efficiency is promoted to be improved.

Description

Technical Field

[0001] The utility model relates to the technical field of material racks, in particular to a multifunctional material rack for an assembly line. Background Art

[0002] The material sorting rack is mainly composed of square hole hanging boards and louver hanging boards, combined with multi-purpose accessories such as back-hanging parts boxes and various hooks. With its unique advantages, it can organize and reorganize the working environment and realize customized management to achieve the purpose of improving efficiency and creating profits.

[0003] There is a detachable material rack for mechanical processing with a publication number of CN219114024U on the Chinese patent website, which includes several brackets, several first sleeves are arranged on one side of several of the brackets, the shapes and sizes of several of the first sleeves are adapted to the shapes and sizes of the brackets, the interiors of several of the first sleeves are respectively plugged into the outer surfaces of the corresponding brackets, and two material racks are arranged on one side of several of the brackets, and one side of the two material racks is respectively fixedly connected to one side of the corresponding first sleeves. The detachable material rack for mechanical processing adjusts the space size by setting the plug-in slot and the partition plate to avoid wasting space when materials and tools are placed together.

[0004] Although the detachable material rack for machining can increase the space utilization efficiency of the material rack, it is inconvenient to transport and is not shock-resistant, and is not very helpful in improving production efficiency. Utility Model Content

[0005] In view of this, the utility model provides a multifunctional material rack for an assembly line.

[0006] The multifunctional material rack for the assembly line includes at least one built-in shelf and at least one external shelf mounted outside the built-in shelf. The built-in shelf includes a plurality of inner side frames, a plurality of storage racks arranged on the inner side frames, and at least one movable part arranged below the storage rack. The inner side frame includes a plurality of vertical bars and a plurality of side beams connected to the vertical bars. At least two of the side beams are arranged in a rectangular shape with at least two of the vertical bars. The storage rack includes at least one rear beam connected to different inner side frames, at least one front beam connected to different inner side frames, at least one front stop beam arranged above the front beam, and a plurality of sliding bars connecting the rear beam and the front beam. The height of the front beam on the inner frame is less than that of the rear beam. The sliding bar is arranged obliquely. The external shelf includes at least one outer bracket, a plurality of sundry racks respectively arranged on both sides of the outer bracket, a plurality of sundry boxes arranged on the sundry rack, and at least one external movable part arranged below the outer bracket. The outer bracket includes a plurality of second vertical bars, a plurality of second side beams connected to the second vertical bars, and a plurality of cross beams connecting the second side beams and the second vertical bars. The cross beam is connected to the second side beam arranged on a side of the second vertical rod opposite to the outer movable portion to form a flat frame for hanging objects.

[0007] Furthermore, one side of the vertical pole is longer than the rectangular range, and at least one side beam is arranged in the rectangle to increase the structural strength of the inner frame.

[0008] Furthermore, the storage rack located at the highest point on the inner frame has the rear beam having the same height as the front beam, and is not provided with the front guard beam.

[0009] Further, the moving part includes at least one moving frame and a plurality of moving wheels arranged under the moving frame, the moving frame includes at least two side beams, which are respectively connected to at least one rear beam and at least one front beam on both sides of the side beams, the shape of the moving frame is rectangular, the moving part is connected to the inner frame by setting a connecting sleeve, and when the plurality of vertical poles are connected to the moving part, their heights on the inner frame are the same.

[0010] Furthermore, the external storage rack also includes at least one document display board arranged on the external bracket, and at least one limit rod arranged on the external bracket, the document display board is arranged on the crossbeam, located in the middle section of the length of the crossbeam in the middle of multiple crossbeams, and the limit rod is arranged on the external movable part close to the side of the front guard beam.

[0011] Furthermore, the outer bracket also includes a plurality of inclined beams connecting the cross beam and the second vertical pole, at least one cross beam is provided at the connection between the second vertical pole and the second side beam toward the moving part, and the lowest height of the cross beam is higher than the highest height of the rear beam.

[0012] Furthermore, the second vertical poles are arranged in parallel in groups of two, and a plurality of the second side beams are respectively connected to the middle sections of the second vertical poles in the same group and a side of the second vertical pole opposite to the outer moving portion.

[0013] Furthermore, the shape of the utility rack is a rectangle formed by rods with a horizontal bar in the middle, the utility rack is arranged on both sides of the outer bracket according to the connecting sleeve, and the utility box is arranged on the utility rack through a connecting rod or a connecting sleeve.

[0014] Further, the outer moving part includes at least one outer moving frame, a plurality of anti-vibration rods arranged on the outer moving frame, and a plurality of outer moving wheels arranged below the outer moving frame.

[0015] Furthermore, the outer movable frame is connected by the cross beam and the second side beam through a connecting sleeve to form an open shape, the outer movable part is connected to the outer bracket through a connecting sleeve, the anti-vibration rod is connected to the second side beam arranged on the outer movable part with a connecting sleeve and fixed with a fixing sleeve, and the outer movable wheels are arranged at the four corners of the outer movable frame.

[0016] Compared with the prior art, the utility model provides a multifunctional material rack for an assembly line, which improves production efficiency with multiple functions by setting the built-in shelf and the external shelf. The multifunctional material rack for the assembly line is provided with the moving part and the external moving part, so that products and processing tools can be transported through the multifunctional material rack. The multifunctional material rack is provided with the built-in shelf and the external shelf separately, so that when the built-in shelf is fully loaded, other vacant built-in shelves can fill the position of the fully loaded built-in shelves that leave the external shelf, and the production efficiency will not be affected when transporting products. The multifunctional material rack for the assembly line sets the inclination angle of the sliding bar on the shelf and the front guard beam so that the product can slide smoothly. The multifunctional material rack makes the production environment neater by setting the document board, the sundries shelf and the sundries box. In this way, the production efficiency is avoided due to the messy environment during the product production process. The multifunctional material rack is provided with the anti-vibration rod to strengthen the structural strength of the external shelf, thereby reducing the vibration of the external bracket and preventing the tool from falling from the sundries shelf 23. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 This is a schematic structural diagram of a multifunctional material rack for an assembly line provided by the utility model.

[0018] Figure 2 for Figure 1 Schematic diagram of the structure of an external rack of a multifunctional material rack for an assembly line.

[0019] Figure 3 for Figure 1 Schematic diagram of the structure of a multifunctional material rack for an assembly line with built-in shelves. DETAILED DESCRIPTION

[0020] The following is a further detailed description of the specific embodiments of the present invention. It should be understood that the description of the embodiments of the present invention herein is not intended to limit the protection scope of the present invention.

[0021] See also Figures 1 to 3 , which is a schematic diagram of the structure of a multifunctional material rack for an assembly line provided by the utility model. The multifunctional material rack for an assembly line includes at least one built-in shelf 10, and at least one external shelf 20 sleeved outside the built-in shelf 10. It can be imagined that the multifunctional material rack for an assembly line also includes some other functional modules, such as screws, etc., which are well known to those skilled in the art and will not be described in detail here.

[0022] In this embodiment, the built-in shelf 10 includes a plurality of inner frames 11, a plurality of racks 12 arranged on the inner frames 11, and at least one moving part 13 arranged below the racks 12. In actual production, the built-in shelf 10 is arranged next to the assembly line for placing processed products. The fully loaded racks 12 are pushed and transported, and the empty built-in shelves 10 are used to fill the positions to improve production efficiency. The built-in shelf 10 and the external rack 20 are connected by a connecting sleeve for easy disassembly and assembly.

[0023] In this embodiment, the inner frame 11 includes a plurality of vertical poles 111 and a plurality of side beams 112 connected to the vertical poles 111. At least two of the side beams 112 are arranged in a rectangular shape with at least two of the vertical poles 111, and the lengths of the plurality of vertical poles 111 are arranged differently. One side formed by the vertical poles 111 is longer than the range of the rectangle. At least one side beam 112 is arranged in the rectangle to increase the structural strength of the inner frame 11. It is conceivable that the inner frame 11 can be arranged in other shapes according to the actual production environment.

[0024] In this embodiment, the storage rack 12 includes at least one rear beam 121 connected to different inner frames 11, at least one front beam 122 connected to different inner frames 11, at least one front stop beam 123 arranged above the front beam 122, and a plurality of sliding bars 124 connecting the rear beam 121 and the front beam 122. The height of the front beam 122 on the inner frame 11 is less than that of the rear beam 121, so that the sliding bar 124 is tilted. The tilt angle of the sliding bar 124 is 30 degrees. It is conceivable that the tilt angle of the sliding bar 124 is changed according to the weight and volume of the placed product. In this embodiment, the storage rack 12 located at the highest point on the inner frame 11 has the rear beam 121 and the front beam 122 of the same height, and is not provided with the front stop beam 123, and is used to place heavy objects. The sliding bar 124 uses a flat tube smooth bar. When an object is placed on the sliding bar 124 , the cylinder on the sliding bar 124 rolls to reduce friction with the object, so that the object is transferred to one side of the front beam 122 and is blocked by the front stop beam 123 .

[0025] In this embodiment, the moving part 13 includes at least one moving frame 131 and a plurality of moving wheels 132 arranged below the moving frame 131. The moving frame 131 includes at least two side beams 112, which are respectively connected to at least one rear beam 121 and at least one front beam 122 on both sides of the side beam 112. The shape of the moving frame 131 is rectangular. The moving part 13 is connected to the inner frame 11 by providing a connecting sleeve. When a plurality of the vertical poles 111 are connected to the moving part 13, they are located at the same height on the inner frame 11. The moving part 13 is used to move the built-in shelf 10. When the storage rack 12 is full, the moving part 13 is moved to replace the built-in shelf 10, so as not to affect the transportation and production of the product.

[0026] In this embodiment, the external storage rack 20 includes at least one external bracket 21, at least one document display board 22 arranged on the external bracket 21, a plurality of storage racks 23 respectively arranged on both sides of the external bracket 21, a plurality of storage boxes 24 arranged on the storage racks 23, at least one external movable part 25 arranged below the external bracket 21, and at least one limiting rod 26 arranged on the external bracket 21.

[0027] In this embodiment, the external support 21 includes a plurality of second vertical poles 211, a plurality of second side beams 212 connecting the second vertical poles 211, a plurality of cross beams 213 connecting the second side beams 212 and the second vertical poles 211, and a plurality of oblique beams 214 connecting the cross beams 213 and the second vertical poles 211. The second vertical poles 211 are arranged in parallel in groups of two, and the plurality of second side beams 212 are respectively connected to the middle section of the second vertical poles 211 of the same group and the side of the second vertical poles 211 opposite to the outer moving part 25. The lengths of the plurality of second side beams 212 are different. It is conceivable that the lengths of the second side beams 212 with different functions are changed according to the use scope of the external storage rack 20. The cross beam 213 connects the second side beams 212 arranged on the side of the second vertical pole 211 opposite to the outer moving part 25 to form a flat rack for hanging objects. At the side of the outer bracket 21 opposite to the outer moving part 25, at least one cross beam 213 is provided at the connection between the second vertical rod 211 and the second side beam 212 toward the moving part 13, and the lowest height of the cross beam 213 is higher than the highest height of the rear beam 121. The oblique beam 214 connects the cross beam 213 and the second vertical rod 211, so that the structural strength of the outer bracket 21 is enhanced.

[0028] The document sign 22 is used to mark the placed materials. In this embodiment, the document sign 22 is rectangular in shape. The document sign 22 is arranged on the crossbeam 213, located in the middle of the crossbeam 213, so that the mark on the document sign 22 can be easily viewed.

[0029] The shape of the sundry rack 23 is a rectangle formed by rods with a crossbar in the middle. The sundry rack 23 is arranged on both sides of the outer bracket 21 according to the connecting sleeve. The sundry box 24 is arranged on the sundry rack 23 through a connecting rod or a connecting sleeve. In this embodiment, the sundry box 24 is used as a glue placement box and a parts box. The glue placement box is connected to the sundry rack 23 using an L-shaped rod formed by a combination of multiple connecting sleeves. The glue placement box is tilted on the sundry rack 23 to avoid the center of gravity of the glue bottle being too high, so that it is not easy to fall due to vibration reduction. The parts box is arranged on the sundry rack 23 using a connecting sleeve, and the parts box is arranged horizontally to prevent the parts from falling due to the tilt of the parts box. It can be imagined that different types of parts boxes are set according to different types of products.

[0030] In this embodiment, the outer moving part 25 includes at least one outer moving frame 251, a plurality of anti-vibration rods 252 arranged on the outer moving frame 251, and a plurality of outer moving wheels 253 arranged below the outer moving frame 251. The outer moving frame 251 is connected by the cross beam 213 and the second side beam 212 through a connecting sleeve to form an open shape, and the opening direction is away from the direction of the assembly line, so as to facilitate the transfer of the built-in shelf 10. The outer moving part 25 is connected to the outer support 21 through a connecting sleeve. The anti-vibration rod 252 is arranged below the second side beam 212 on the outer moving part 25, connected to it using a connecting sleeve and fixed with a fixing sleeve. The outer moving frame 251 is provided with the anti-vibration rod 252 to strengthen the structural strength, reduce the vibration of the outer moving frame 251 caused by the impact, and thus reduce the vibration of the outer support 21. The outer moving wheels 253 are arranged at the four corners of the outer moving frame 251.

[0031] The limiting rod 26 is disposed on the outer movable portion 25 near the front stop beam 123 , so as to prevent the built-in shelf 10 from being too close to the assembly line and affecting the production efficiency.

[0032] Compared with the prior art, the utility model provides a multifunctional material rack for an assembly line, which improves production efficiency with multiple functions by setting the built-in shelf 10 and the external shelf 20. The multifunctional material rack for the assembly line is provided with the moving part 13 and the external moving part 25, so that products and processing tools can be transported through the multifunctional material rack. The multifunctional material rack is provided by separating the built-in shelf 10 and the external shelf 20, so that when the built-in shelf 10 is fully loaded, other free built-in shelves 10 can fill the position of the fully loaded built-in shelf 10 that leaves the external shelf 20, and the production efficiency will not be affected when transporting products. The multifunctional material rack for the assembly line is provided with the inclination angle of the sliding bar 124 on the shelf 12 and the front guard beam 123 so that the product can slide smoothly. The multifunctional material rack is provided with the document board 22, the sundries shelf 23 and the sundries box 24, so that the production environment is more tidy. This avoids the production efficiency being affected by the messy environment during the product production process. The multifunctional material rack is provided with the anti-vibration rod 252 to strengthen the structural strength of the external material rack 20 , thereby reducing the vibration of the external bracket 21 and preventing the tools from falling from the sundries rack 23 .

[0033] The above are only preferred embodiments of the present invention and are not intended to limit the protection scope of the present invention. Any modification, equivalent substitution or improvement within the spirit of the present invention are included in the scope of the claims of the present invention.

Claims

1. A multifunctional material rack for an assembly line, characterized in that: The multifunctional material rack for the assembly line includes at least one built-in shelf and at least one external shelf mounted outside the built-in shelf, the built-in shelf includes a plurality of inner side frames, a plurality of racks arranged on the inner side frames, and at least one movable portion arranged below the rack, the inner side frames include a plurality of vertical poles, a plurality of side beams connecting the vertical poles, at least two of the side beams and at least two of the vertical poles are arranged in a rectangular shape, the rack includes at least one rear beam connected to different inner side frames, at least one front beam connected to different inner side frames, at least one front stop beam arranged above the front beam, and a plurality of side beams connecting the inner side frames. The rear beam and the sliding bar of the front beam, the height of the front beam on the inner frame is smaller than that of the rear beam, the sliding bar is arranged obliquely, the external storage rack includes at least one external bracket, a plurality of sundry racks respectively arranged on both sides of the external bracket, a plurality of sundry boxes arranged on the sundry rack, and at least one external movable part arranged below the external bracket, the external bracket includes a plurality of second vertical poles, a plurality of second side beams connected to the second vertical poles, a plurality of cross beams connecting the second side beams and the second vertical poles, the cross beams are connected to the second side beams arranged on the side of the second vertical pole opposite to the external movable part to form a flat rack for hanging objects.

2. The multifunctional material rack for an assembly line according to claim 1, characterized in that: One side of the vertical poles is longer than the rectangular range, and at least one side beam is arranged in the rectangle to increase the structural strength of the inner frame.

3. The multifunctional material rack for an assembly line according to claim 1, characterized in that: The storage rack located at the highest point on the inner frame has the rear beam having the same height as the front beam, and is not provided with the front guard beam.

4. The multifunctional material rack for an assembly line according to claim 1, characterized in that: The moving part includes at least one moving frame and a plurality of moving wheels arranged below the moving frame, the moving frame includes at least two side beams, respectively connecting at least one rear beam and at least one front beam on both sides of the side beams, the shape of the moving frame is rectangular, the moving part is connected to the inner frame by setting a connecting sleeve, and when the plurality of vertical poles are connected to the moving part, their heights on the inner frame are the same.

5. The multifunctional material rack for an assembly line according to claim 1, characterized in that: The external storage rack also includes at least one document display board arranged on the external bracket, and at least one limit rod arranged on the external bracket. The document display board is arranged on the crossbeam, located in the middle section of the length of the crossbeam in the middle of multiple crossbeams, and the limit rod is arranged on the external movable part close to the side of the front guard beam.

6. The multifunctional material rack for an assembly line according to claim 1, characterized in that: The outer bracket also includes a plurality of oblique beams connecting the cross beam and the second vertical rod, at least one cross beam is provided at the connection between the second vertical rod and the second side beam toward the moving part, and the lowest height of the cross beam is higher than the highest height of the rear beam.

7. The multifunctional material rack for an assembly line according to claim 1, characterized in that: The second uprights are arranged in parallel in groups of two, and a plurality of the second side beams are respectively connected to the middle sections of the second uprights in the same group and a side of the second uprights opposite to the outer moving portion.

8. The multifunctional material rack for an assembly line according to claim 1, characterized in that: The shape of the sundries rack is a rectangle formed by rods with a horizontal bar in the middle. The sundries rack is arranged on both sides of the outer bracket according to the connecting sleeve, and the sundries box is arranged on the sundries rack through the connecting rod or the connecting sleeve.

9. The multifunctional material rack for an assembly line according to claim 1, characterized in that: The outer moving part comprises at least one outer moving frame, a plurality of anti-vibration rods arranged on the outer moving frame, and a plurality of outer moving wheels arranged below the outer moving frame.

10. The multifunctional material rack for an assembly line according to claim 9, characterized in that: The outer movable frame is formed into an open shape by connecting the cross beam and the second side beam through a connecting sleeve, the outer movable part is connected to the outer bracket through a connecting sleeve, the anti-vibration rod is connected to the second side beam arranged on the outer movable part by a connecting sleeve and fixed by a fixing sleeve, and the outer movable wheels are arranged at the four corners of the outer movable frame.

Images