Workpiece assembling and distributing device

Abstract

The invention is a workpiece assembly and distribution device, which includes a conveying line and a motor-driven conveyor belt, and also includes a positioning assembly device, a transfer distribution device and a control cabinet. The positioning assembly device is fixedly connected to the conveyor belt, and the transfer distribution device is arranged on the conveyor belt. Above; the positioning assembly device includes a limit splint, a first cylinder, a second cylinder and a positioning cylinder, and the transfer and distribution device includes a fixed support plate, a telescopic cylinder, a drive motor, a driven wheel and a gripper assembly; the gripper assembly includes a rotating rod and The claw part includes a claw fixing block and a pair of clamping parts; the rotating rod can move longitudinally relative to the driven wheel and can rotate together with the driven wheel; the first cylinder, the second cylinder, the positioning cylinder, the driving motor, the telescopic Both the cylinder and the gripper are electrically connected to the control cabinet. The invention combines traditional multi-processes into one process, which not only saves operation steps but also saves space.

Description

technical field [0001] The invention relates to an automatic flow production line, in particular to a production line with automatic positioning and transfer functions. Background technique [0002] In the traditional production process, the assembly, transmission and sub-packaging of workpieces are multiple processes, which need to be completed on different equipment, or a combination of multiple equipment on an assembly line. In the existing assembly line production and processing, the transmission, assembly, and stacking of workpieces involve many mechanisms, and especially the stacking process often requires the assistance of robots. Too many steps, the use of robots will increase the cost, and robots with multiple degrees of freedom will not play a good role in stacking. The products of the existing assembly line operation are transferred in batches, and most of them adopt variable frequency motors on the conveyor belt, or the automatic control system is assisted, and ...

AI Technical Summary

Problems solved by technology

The products of the existing assembly line operation are transferred in batches, and most of them adopt variable frequency motors on the conveyor belt, or the automatic control system is assisted, and the batches are realized by controlling the rotation and stop of the motors through the program. In this way, the motors need to be started and stopped frequently. Especially when high-frequency start-stop is required, the motor is easy to burn out

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