Unit line body structure of modularized intelligent assembly line

Abstract

The invention discloses a unit line body structure of a modularized intelligent assembly line, wherein additional carrying is not needed through an assembly line design with backflow of empty trays, thus labour is saved, and working efficiency can be increased. An inductor is arranged on a cover plate of the unit line body of the assembly line, a stopper is arranged aside the inductor, and when the next procedure is not finished, the inductor at a front end in the procedure controls the stopper to stop the trays, thus avoiding damages to products due to congestion of the trays on the assembly line; the assembly line adopts a modularized design, the length of the assembly line is automatically set in a company in a splicing manner according to procedures for products, and the manner is capable of occupying a space in a workshop as less as possible; the unit line bodies are spliced by butt-joint location pins, and the assembly line is rapidly and accurately assembled; and two communication interfaces are formed in a control box, one is an upstream control interface, the other one is a downstream control interface, the two interfaces are connected with corresponding interfaces of an upstream assembly line and a downstream assembly line, and the whole assembly line is capable of running through the set parameters of a control centre.

Description

technical field [0001] The invention relates to an assembly line, in particular to a modular intelligent assembly line unit line body structure. Background technique [0002] At present, domestic assembly lines are mainly divided into automatic belt lines and unpowered roller lines. Among them, the automatic belt assembly line mainly plays the role of transportation, but it can only take down the workpiece and then operate it. It is impossible to carry out the operation without breaking away from the belt, and the transportation cannot be transported safely. This station can still transport the workpiece to the next station, which is easy to cause damage to the workpiece, and it is easy to cause damage to the machine. Although the unpowered roller line can be operated on it, the handling is realized manually, and the positioning process cannot be performed, that is, the workpiece may move during the operation, resulting in difficult operation. [0003] The traditional asse...

AI Technical Summary

Problems solved by technology

Among them, the automatic belt assembly line mainly plays the role of transportation, but it can only take down the workpiece and then operate it. It is impossible to carry out the operation without breaking away from the belt, and the transportation cannot be transported safely. This station can still transport the workpiece to the next station, which is easy to cause damage to the workpiece, and it is easy to cause damage to the machine

Although the unpowered roller line can be operated on it, the handling is realized manually, and the positioning process cannot be performed, that is, the workpiece may move during the operation, resulting in difficult operation

[0003] The traditional assembly line is a long single-layer belt line, and there are workstations on both sides of the assembly line, which makes the workshop appear narrow and crowded, especially at both ends of the assembly line, at the head end of the assembly line, semi-finished products are piled up, empty Pallets are stacked, taking up quite a lot of space, making the workshop look even more crowded

After using the empty pallets, at the end of the assembly line, it is also necessary to divide an area to stack the empty pallets and transfer them to the head of the assembly line, which wastes manpower and takes up a lot of space. Therefore, the traditional assembly line needs to be improved.

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