Automatic formation device and method of charging plug housing

Abstract

The present invention relates to the field of charging device production and manufacturing, especially to an automatic formation device and method of a charging plug housing. The automatic formation device comprises an eighteenth base, a 28th cylinder, a mounting base, a 29th cylinder, a bottom plate, a cover plate, guide pillars, stop blocks, a bending mechanism, drive skew plates and end portionbending plates; the row of end portion bending plates are fixed and clamped by the bottom plate and the cover plate, inclined angles are formed at two sides of one ends of the end portion bending plates, the bending mechanism is longitudinally symmetrically arranged, the bending mechanism comprises a roller slot strip, mounting plates and bending claws; the stop blocks are fixedly arranged on thecover plate to control the pressure force; the upper end of the roller slot strip is connected with a roller, the roller slot strip is in movement matching with the eighteenth base, the roller slot strip is fixed with the mounting plates, and the bending claws are fixedly arranged on the mounting plates. The automatic formation device of the charging plug housing makes workpieces uniformly forcedthrough synchronous stretching of the bending pieces with no need for other auxiliary clamping devices, only needs one drive power, and is convenient and efficient.

Description

technical field [0001] The invention relates to the field of charging equipment production and manufacturing, in particular to an automatic molding device and method for a charging plug shell. Background technique [0002] The charging plug is one of the components connected to the electrical circuit, which realizes the transmission of signals between two devices, such as the wiring structure of the telephone line, the wiring structure of the network line, etc., mainly inserting a signal transmission line into the electronic connector with fixed specifications, the structure Generally divided into one male and one female. The connecting female head 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 efficiency, and low...

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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