CN207983315U - A kind of circulating material frame of production line fitting case - Google Patents

Abstract

A circulating material rack for accessory boxes in a production line, characterized in that it includes a main support spliced by several pipes, the main support is in the shape of a rectangle as a whole, and a concave storage area for a material box to be used is arranged at the upper end of the main support. There is a storage area for in-use material boxes at the rear, and a storage area for used material boxes in front of it; among them, the storage area for unused material boxes is set horizontally, and the storage area for medium material boxes in use is set backwards. The opening of the used material box is inclined backward and placed in the storage area of the used material box, the storage area of the used material box is inclined forward, and the opening of the used material box is inclined backward and placed in the storage area of the used material box. The beneficial effects of the utility model are: the material shelf is provided with a storage area for placing the unused material box, a storage area for the material box in use, and a storage area for the used material box; The arrangement of the in-use and used material boxes and the three material boxes can facilitate the operation of the distribution personnel and improve production efficiency.

Description

A production line accessory box circulation material rack

technical field

The utility model relates to a material rack, in particular to a circulating material rack for accessory boxes of a production line.

Background technique

The traditional production line workbench has a single function and is only used for production and assembly operations. According to the production plan, production personnel in each process use small carts to pick up raw materials from the warehouse shelves and pull them to the workbench to assemble products. There are disadvantages such as low production efficiency, difficult management, great safety hazards, and inconvenient adjustment of production plan midway, so it is necessary to make further improvements.

Utility model content

The purpose of the utility model is to overcome the shortcomings of the prior art, and to provide a circulating material rack for a production line accessory box that is simple in structure, easy to use, and can facilitate the extraction of accessories by production line workers.

The utility model purpose is realized in the following ways:

A circulating material rack for accessory boxes in a production line, characterized in that it includes a main support spliced by several pipes, the main support is in the shape of a rectangle as a whole, and a concave storage area for a material box to be used is arranged at the upper end of the main support. There is a storage area for in-use material boxes behind it, and a storage area for used material boxes in front of it;

Among them, the unused material box storage area is arranged horizontally, and the in-use material box storage area is arranged backwardly, the opening of the material box in use is placed in the in-use material box storage area, and the used material box is stored The area is inclined forward, and the opening of the used material box is placed in the storage area of the used material box inclined backward.

The main bracket includes at least two side frames connected by several horizontal pipes; the side frame includes two vertically distributed front risers and rear risers, and the front and rear risers are connected through the lower side The tube and the middle side tube are connected. The top of the rear standpipe is provided with an upper side tube distributed horizontally. , the upper side pipe, the middle pipe and the second side pipe form two steps, the storage area of the ready-to-use material box is located in the step, and the storage area of the in-use material box is located between the upper side pipe and the middle side pipe.

An inclined pipe is arranged between the middle side pipe and the front stand pipe, and the used material box storage area is located between the inclined pipe and the middle side pipe.

The bottoms of the front standpipe and the rear standpipe are provided with load-bearing foot cups.

The main bracket is constructed by lean pipes through connectors.

A defective product placement area is provided on the upper tube.

The beneficial effects of the utility model are: 1. The structure is simple, the production cost is low, and the market competitiveness is improved. 2. The material rack is provided with storage areas for unused material boxes, in-use material box storage areas, and used material box storage areas; in the three storage areas, ready-to-use material boxes, in-use material boxes and The arrangement of the used material box and the three material boxes can facilitate the operation of the distribution personnel and improve the production efficiency. 3. Multiple material racks can be assembled horizontally into a row structure, which can be applied to multi-station operations at the same time.

Description of drawings

Fig. 1 is a left view of the structure of the utility model.

Fig. 2 is a schematic diagram of the structure after the material box is placed in the utility model.

Fig. 3 is the front view of the structure in the utility model.

Fig. 4 is the effect diagram of the structure applied in the utility model for rowing.

Detailed ways

Below in conjunction with accompanying drawing, the utility model is specifically further described. A production line accessory box circulation type material rack, characterized in that it includes a main bracket spliced by several pipes, the main bracket is in a rectangular shape as a whole, and a concave storage area 1 for ready-to-use material boxes is provided at its upper end, There is an in-use bin storage area 2 behind it, and a used bin storage area 3 in front of it;

Wherein, the ready-to-use material box storage area 1 is arranged horizontally, and the in-use material box storage area 2 is arranged backwardly, and the in-use material box opening 21 is placed in the in-use material box storage area with an inclination backward. The material box storage area 3 is arranged inclined forward, and the opening of the used material box 31 is inclined backward and placed in the used material box storage area.

The main support includes at least two side frames 5 connected by a number of horizontal tubes 4; , 51 are connected through the lower side pipe 52 and the middle side pipe 53, and the top of the rear stand pipe 51 is provided with a laterally distributed upper side pipe 54, and the upper side pipe 54 is connected with the middle side pipe 53 through the neutral pipe 55, neutral The pipe 55 is connected to the top of the front standpipe 5 with a second side pipe 56. The upper side pipe 54 forms a two-stage step with the middle pipe 55 and the second side pipe 56. The storage area 1 for the material box to be used is located in the step. The in-use bin storage area 2 is located between the upper pipe and the middle pipe.

An inclined pipe 58 is arranged between the middle side pipe 53 and the front stand pipe 57, and the used material box storage area 3 is located between the inclined pipe and the middle side pipe.

The bottoms of the front standpipe 57 and the rear standpipe 51 are provided with load-bearing foot cups 6 .

The main bracket is constructed by the lean tube through the connector 7 .

The said upper pipe 54 is provided with a defective product placement area 8 .

Working principle: In this case, the standard lean tube is used, and the connecting piece is used to build it into a material rack. Among them, the storage area for the unused material box, the storage area for the material box in use, and the used material box are set up on the material rack from top to bottom. The material box storage area, and the material box to be used, the material box in use and the used material box are respectively placed in each storage area. Wherein, the opening 21 of the material box in use is placed obliquely backward, and its opening direction is facing the direction of the work station, so that it is convenient for the operator to extract materials from the material box. When the material in the material box in use is used up, the operator puts the material box into the used material box storage area, and removes the cover material box from the unused material box storage area and places it into the in-use material box storage area . When the distribution staff batches the ingredients, the used material box 31 is taken away, and the ready-to-use material box 11 with the prepared goods is placed in the standby material box storage area 1 for recycling. Compared with the traditional way of using trailers, wooden trays or stacking multi-layer material boxes, the structure in this case not only facilitates the operation of employees, but also makes each material box neat and orderly, and it is also convenient for the distribution personnel to understand each material in a timely manner. The material supply level of the station improves the batching efficiency.

Further: the material racks in this case are all connected by lean pipes and standard connectors. As shown in Figure 4, the material racks in this case can also be formed into a row structure, so as to facilitate the assembly line operation of supplying multiple stations, so it can be widely used.

The basic principles and main features of the present utility model and the advantages of the present utility model have been shown and described above. Those skilled in the art should understand that the utility model is not limited by the above-mentioned embodiments. The above-mentioned embodiments and descriptions only illustrate the principle of the utility model. Without departing from the spirit and scope of the utility model, the utility model The new model also has various changes and improvements, and these changes and improvements all fall within the scope of the claimed utility model.

Claims (6)

1. A circulating material rack for accessory boxes in a production line, characterized in that it includes a main bracket spliced by several pipes, the main bracket is in a rectangular shape as a whole, and a concave storage area for a material box to be used is provided at its upper end (1), there is an in-use bin storage area (2) behind it, and a used bin storage area (3) in front of it; Among them, the unused material box storage area (1) is arranged horizontally, the in-use material box storage area (2) is arranged backwardly, and the in-use material box opening (21) is placed on the in-use material box In the storage area, the used material box storage area (3) is arranged inclined forward, and the opening of the used material box (31) is placed in the used material box storage area inclined backward. 2. A circulating material rack for accessory boxes in a production line according to claim 1, characterized in that: the main support includes at least two side frames (5) connected by several horizontal pipes (4); The side frame includes two vertically distributed front risers (57) and rear risers (51), and the front and rear risers (5, 51) pass through the lower side pipe (52) and the middle side pipe (53). connection, the top of the rear standpipe (51) is provided with an upper side pipe (54) distributed horizontally, the upper side pipe (54) and the middle side pipe (53) are connected through the middle pipe (55), and the middle pipe (55 ) is connected to the top of the front standpipe (5) with a second side pipe (56), and two steps are formed between the upper side pipe (54) and the middle stand pipe (55) and the second side pipe (56). The box storage area (1) is located in the step, and the in-use material box storage area (2) is located between the upper side pipe and the middle side pipe. 3. A circulation type material rack for a production line accessories box according to claim 2, characterized in that: an inclined pipe (58) is arranged between the middle side pipe (53) and the front standpipe (57), and the The used bin storage area (3) is located between the inclined tube and the middle side tube. 4. A circulating material rack for a production line accessory box according to claim 2, characterized in that: the bottoms of the front riser (57) and the rear riser (51) are provided with load-bearing cups (6). 5. A circulating material rack for a production line accessory box according to claim 2, characterized in that: the main bracket is constructed of lean pipes through connectors (7). 6. The circulation type material rack for accessory boxes in the production line according to claim 2, characterized in that: the upper side pipe (54) is provided with a defective product placement area (8).