Assembly mechanism applied to connector lamination

Abstract

The invention discloses an assembly mechanism applied to a connector lamination. The assembly mechanism comprises a cutting region, a lamination region and a buffer region, wherein the buffer region is arranged between the cutting region and the lamination region and comprises a rotary disc and a plurality of stations, the plurality of stations are arranged on the rotary disc and can rotate together with the rotary disc, a feeding station is correspondingly arranged below the cutting region, a lamination station is correspondingly arranged below the lamination region, and a cleaning station is used for cleaning excessive laminations. In a connector lamination tool, a concept of the buffer region is applied into the assembly mechanism, unbalanced material supply caused by incoming material quality is prevented, the probability of machine stopping is reduced, the requirement on the speed of the buffer region is greatly reduced, the assembly periodic time of a connector is prevented from being affected by the incoming material quality, and the overall periodic time of a device cannot be affected. Moreover, the assembly mechanism is further beneficial for promoting production efficiency, and manpower resources are saved.

Description

technical field [0001] The invention relates to a mechanical equipment structure, in particular to an assembly mechanism applied to connector laminations. Background technique [0002] Usually, the assembly of the connector is composed of two types of terminal strips A and B superimposed in the sequence of A-B-A-B-A-B-A-B-A-B. Each connector has a total of 10 terminal strips, and these terminal strips are all from the same roll of cut material. [0003] However, in the actual assembly process, due to the lack of materials or defective materials, once there is a defective material, the machine needs to wait for the next cycle (that is, when A and B are good materials) before starting assembly, so that the overall assembly cycle time will be reduced. will be extended. In addition, because the consumption of A and B terminal strips is the same during the assembly process, when the quantity of A bad material exceeds B or B exceeds A, the equipment will not continue to operate d...

AI Technical Summary

Problems solved by technology

[0003] However, in the actual assembly process, due to the lack of materials or defective materials, once there is a defective material, the machine needs to wait for the next cycle (that is, when A and B are good materials) before starting assembly, so that the overall assembly cycle time will be reduced. will be extended

In addition, because the consumption of A and B terminal strips is the same during the assembly process, when the quantity of A bad material exceeds B or B exceeds A, the equipment will not continue to operate due to lack of A material or B material

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