Matrix dispersion mechanism and method for charging joint production

Abstract

The invention relates to a matrix dispersion mechanism and method for charging joint production, and belongs to the field of charging plug production and manufacture. The mechanism comprises a fourthpedestal, an elevating material seat, a sixth cylinder, a material receiving assembly, a seventh cylinder, a traction plate, a scissor fork mechanism, an eighth cylinder, a clamping insertion bar, a guiding seat, a charging guiding seat, a limiting column and a ninth cylinder; the sixth cylinder is mounted on the fourth pedestal; the traction plate is mounted in the telescoping end of the seventhcylinder; the traction plate is connected to the fourth pedestal via a slide rail; the seventh cylinder is mounted on the fourth pedestal; the scissor fork mechanism is connected to the traction plateand the material receiving assembly; and the material receiving assembly is connected to a central shaft of the scissor fork mechanism. According to the mechanism, matrixes are fed simply and efficiently, and can be dispersed at equal interval, single power is used for driving, the working efficiency is improved, characteristics of the scissor fork mechanism are used, and the separating intervalis more accurate.

Description

technical field [0001] The invention relates to the field of charging plug production and manufacturing, in particular to a matrix dispersing mechanism and a dispersing method for the production of charging connectors. Background technique [0002] The charging connector is one of the components connected to the electrical circuit, which realizes the signal transmission between two devices, such as the telephone line wiring structure, the network line wiring structure, etc. It is mainly to insert a signal transmission line into the electronic connector with fixed specifications. Structurally, it is generally divided into one male and one female. The connector is structurally composed of a base body, a shell and a rivet post, the shell is used for the base body, and the base body is used for wiring. Most of the existing production methods are semi-automated and assembled manually. The shortcomings of the existing technology are: 1. Slow feeding of the substrate, low efficien...

AI Technical Summary

Problems solved by technology

Most of the existing production methods are semi-automated and assembled manually. The shortcomings of the existing technology are: 1. Slow feeding of the substrate, low efficiency, and low precision; 2. Low circulation efficiency and poor precision of the fixture; 3. . It is difficult to clamp the material on the clamping shell, and the efficiency is low; 4. The rivet column parts are small, difficult to clamp, variable, and low in assembly accuracy; 5. The separation between the fixtures of the workpiece is complicated, and the tooling structure is complicated

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