BV Line Bending Stamping Die with Integral Upper Die

Abstract

The invention discloses a BV line bending punching die with an integral upper die. The upper die comprises an upper die press needle assembly, an upper die press needle fixing block, a BV line protection cover and a side stress press plate; the upper part of the upper die press needle assembly is connected with the upper die press needle fixing block; the lower part of the upper die press needle assembly is located in the BV line protection cover of which the top is fixedly connected with the upper die press needle fixing block; the side stress press plate is arranged outside the BV line protection cover. The BV line bending punching die with the integral upper die is designed aiming at bending machining of a BV line with longer length, and the die is mainly suitable for a BV line in two length standards of 130mm to 170mm. When the die is used for the bending machining of the BV line, multiple BV lines can be machined once, batch bending processing of the BV line is realized, production cost is reduced and labor intensity of an operator is reduced.

Description

technical field [0001] The invention relates to the technical field of BV line bending, in particular to a BV line bending stamping die with an integral upper die. Background technique [0002] BV wire, referred to as plastic copper wire, is a basic component commonly used in the electrical industry (especially the distribution box production industry). , It is often required to bend the BV wire into a certain shape before use. The most common shape is "n" shape, and the commonly used BV wire specifications mainly include length specifications such as 90mm, 100mm, and 130mm to 170mm. In the current distribution box assembly process, the bending of the BV wire is generally done manually. The BV wire is placed on a flat plate with fixing screws on the top surface, and the BV wire is clamped and positioned by two fixing screws installed in a misplaced position. , and then bent by hand. Although this method is simple and easy to operate, for a large-scale processing production...

AI Technical Summary

Problems solved by technology

Although this method is simple and easy to operate, for a large-scale processing production line of distribution boxes, its work efficiency is quite low and labor costs are high, which is not conducive to the control of production costs; at the same time, for the processing personnel of the production line, its labor intensity Large, artificially processed BV wires have different shapes, making it difficult to use with distribution boxes

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