Multi-row wire clamping positioning jig and multi-row wire clamping positioning method

Abstract

The invention discloses a multi-row wire clamping positioning jig and a multi-row wire clamping positioning method. The jig comprises a left wire clamping plate, a right wire clamping plate, a first positioning base, a second positioning base, a third positioning base and a fourth positioning base; the left wire clamping plate and the right wire clamping plate can be turned over along the X axis to be opened and closed; the first positioning base and the second positioning base are arranged at the head end of the left wire clamping plate and can be turned over along the Y axis relative to theleft wire clamping plate; and the third positioning base and the fourth positioning base are arranged at the head end of the right wire clamping plate and can can be turned over along the Y axis relative to the right wire clamping plate. According to the jig and the method, by means of the design, multiple rows of wires can be used in an automatic operation production line, the multiple rows of wires can be positioned to be machined at the same time or machined in batches, and the operation is convenient; and the positioning bases in the jig can be turned over relative to the left wire clamping plate or the right wire clamping plate, so that pulling on the wires is reduced, and the problem of precise machining on the row wires is solved.

Description

technical field [0001] The invention relates to the technology in the field of wire rod processing, in particular to a multi-row wire clamping positioning fixture and a multi-row wire clamping positioning method. Background technique [0002] The use of high-speed data transmission cables is increasing. As the demand for connectivity increases, high-speed cables are required to provide connections between different devices such as routers and switches. A QSFP cable typically includes four SFP cables enclosed in a trunk cable. Such cables are typically manufactured by twisting or binding four SFP cables together. The industry needs to strip the QSFP cables, separate them into double-row cables, arrange them according to the set line sequence, and then solder them to the corresponding circuit board pads of high-speed equipment. [0003] At present, the commonly used jigs for stripping and processing high-speed data transmission cables are 180° plane jigs for processing, or ...

AI Technical Summary

Problems solved by technology

However, since the mother substrate for high-speed equipment to be welded requires front and back welding wires, the disadvantage of using traditional wire clips is that it needs to replace the fixture twice, and process the two rows of wires twice, which is inconvenient to operate, manually flipped, and now The wire with a large clamp angle is prone to twitching and bending under force, and the variable shape of the cable itself has problems, and it is difficult to position accurately, which will affect the subsequent cutting, stripping, and soldering quality with the circuit board

[0004] Of course, for more than two rows of multi-row wires, for example: four rows or more than four rows of multi-row wires, it is even more troublesome to use the traditional method to process the operation, the operation efficiency is low, the welding quality is not good, and it is difficult to meet the requirements. Product Quality Requirements

Images