Novel electric connector six point extrusion tool

Abstract

The invention belongs to electric connector machining equipment, and discloses a novel electric connector six point extrusion tool. The novel electric connector six point extrusion tool comprises a frame assembly, a six point extrusion assembly, a six point extrusion driving mechanism and a clamping assembly; the power end of the six point extrusion driving mechanism is connected with the six point extrusion assembly and can drive the six point extrusion assembly to conduct point extrusion on an electric connector; the six point extrusion driving mechanism is provided with point extrusion machining stations; the clamping assembly is provided with clamping stations; and the point extrusion machining stations are adjacent to the clamping stations. Therefore, shell assembly and disassembly and operation are convenient, no additional auxiliary tool is needed, the inclination phenomenon can not occur, and the point extrusion height is consistent; and in addition, two servo motors are adopted by the six point extrusion tool to achieve driving for point extrusion, the labor intensity of workers is greatly reduced, the shell scratching and plating layer falling phenomena are controlled, and the assembling efficiency of a six point extrusion product is improved.

Description

technical field [0001] The invention belongs to electrical connector processing equipment, in particular to electrical connector extrusion point tooling. Background technique [0002] At present, during the six-point assembly process of the electrical connector, the housing is fixed in the housing fixing seat. Different housings have different housing fixing seats. The housing fixing seat is connected with the delivery component, and then the delivery The component sends the shell into the extrusion point groove of the six-point extrusion assembly for six-point extrusion; the position of the six-point extrusion is adjusted by the extrusion point adjustment bolt, and the depth of the extrusion point is adjusted by the extrusion point depth adjustment device. The operating direction of the tooling is Horizontal and entirely by hand. [0003] When the housing fixing base is used to fix the housing, different housings need to be installed on the corresponding housing fixing bas...

AI Technical Summary

Problems solved by technology

[0003] When the housing fixing base is used to fix the housing, different housings need to be installed on the corresponding housing fixing base, and then installed on the delivery assembly, so each time a different housing is squeezed, it must be installed and disassembled. The process is relatively cumbersome; additional auxiliary tools are required during operation, and the plating layer is scratched every time the shell is installed on the shell fixing seat, which will have a negative impact on the shell surface and seriously cause parts to fail; for The adjustment of the extrusion six-point position is limited by the collision between the delivery component and the adjustment bolt on the extrusion six-point assembly, but the bolts that are often collided are prone to deformation, and the bolts must be replaced regularly to ensure the accuracy of the extrusion six-point position. In the process of pointing, the bolts will be loosened due to the continuous impact of the bolts, which will affect the accuracy of the extrusion point; since the current operation direction of the tooling is horizontal, the shell will tilt downward when the fixing seat is fixed, after squeezing six points It is easy to have different points in the center; the extrusion process is completely manual, which has increased the labor intensity of the workers.

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