Terminal crimping devices and terminal crimping equipment

Abstract

The invention discloses a terminal bending device, comprising: a frame; and a bending tool pivotally installed on the frame. A row of accommodating grooves is formed on the bottom surface of the bending tool, and the terminals to be bent are adapted to be accommodated and positioned in the corresponding accommodating grooves; when the bending tool is rotated, they are accommodated in the corresponding accommodating grooves The terminal is bent under the push of the bending tool. In the present invention, the bending of the terminal can be realized only by turning the bending tool, thereby improving the bending efficiency of the terminal. In addition, a row of terminals can be bent simultaneously by using the bending tool, thereby further improving the bending efficiency of the terminals. The mechanism of this bending device uses the frame as the body, which is respectively fixed on the frame or moves or rotates along the guide rail or rotating shaft fixed on the frame, and can reach any given position within the working range under the action of the driving mechanism. The working position, so as to realize the bending process of digital positioning.

Description

technical field [0001] The invention relates to a terminal bending device and terminal bending equipment comprising the terminal bending device. Background technique [0002] In the process of manufacturing the connector, sometimes it is necessary to bend the conductive terminal on the connector to a predetermined angle, for example, to bend 90 degrees. In the prior art, the conductive terminals are generally manually bent. However, manual bending can only bend one conductive terminal at a time, and cannot bend a row of conductive terminals at the same time, so the bending efficiency is very low. In addition, the accuracy of manual bending is difficult to guarantee, and there is often a large error in the bending position, which reduces the bending accuracy of the conductive terminal, which makes it difficult to correctly install the bent conductive terminal on the circuit board. In addition, during manual bending, workers need to use tools such as pliers to hold the condu...

AI Technical Summary

Problems solved by technology

However, manual bending can only bend one conductive terminal at a time, and cannot bend a row of conductive terminals at the same time, so the bending efficiency is very low

In addition, the accuracy of manual bending is difficult to guarantee, and there are often large errors in the bending position, which reduces the bending accuracy of the conductive terminal, which will make it difficult to correctly install the bent conductive terminal on the circuit board

In addition, during manual bending, workers need to use tools such as pliers to hold the conductive terminal, which will form scratches on the surface of the conductive terminal and reduce the quality of the conductive terminal

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