Multi-head quick attachment fixture and multi-board quick attachment method

Abstract

The invention provides a multi-head quick attachment fixture and a quick attachment method on a multi-yoke-plate. The attachment fixture comprises a mechanical arm holding clamp bracket, an air pipe multi-stage quick interface module fixedly connected to the mechanical arm holding clamp bracket, a block material separating module and a sheet material separating module. The mechanical arm holding clamp bracket includes a boss body capable of moving along with a mechanical arm and a clamping hole for fixedly connecting the mechanical arm. The block material separating module and the sheet material separating module are correspondingly mounted on the two sides of the boss body, the block material separating module includes a plurality of first take-up portions for taking up and placing blockmaterials to be attached and a first driving portion for driving the first take-up portions, and the sheet material separating module includes a plurality of second take-up portions for taking up andplacing sheet material to be attached and a second driving portion for driving the second take-up portions. The first driving portion and the second driving portion are connected to the air pipe multi-stage quick interface module through pluggable air pipes. The multi-head quick attachment fixture can improve the automation level, the line change is quick in the processing of the yoke plate, and therefore the production efficiency is improved.

Description

technical field [0001] The invention relates to the field of automatic processing equipment, in particular to a multi-head quick-attaching fixture and a multi-board quick-attaching method suitable for simultaneously operating workpieces at different stations. Background technique [0002] At present, in the assembly process of USB (Universal Serial Bus) multi-board, it is necessary to attach conductive foam and Mylar sheet (Mylar, that is, polyester film) at different stations at the same time. [0003] In the actual production process, the USB board is generally processed in the form of multiple boards such as eight-board boards and sixteen-board boards, and each station is processed uniformly, and finally the board is cut. At one of the stations, it is necessary to manually take the conductive foam and Mylar sheet separately, and attach them to each USB board. Repeated operations are labor-intensive, and the conductive foam and Mylar sheet are taken one by one. Attaching ...

AI Technical Summary

Problems solved by technology

At one of the stations, it is necessary to manually take the conductive foam and Mylar sheet separately, and attach them to each USB board. Repeated operations are labor-intensive, and the conductive foam and Mylar sheet are taken one by one. Attaching is time-consuming and error-prone

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