Cable bending device with controllable cable bending angle

Abstract

The invention discloses a cable bending device with a controllable cable bending angle. The cable bending device comprises a support seat, a pair of angle positioning units, an ejector rod air cylinder and a cable, wherein the support seat is a cuboid, and a semi-cylindrical surface is formed on the upper end surface of the cuboid; the pair of angle positioning units are arranged in bilateral symmetry and rotate by taking a rotation center axis of the upper end surface of the support seat as a center axis; the ejector rod air cylinder is fixed vertically upward on the support seat and passes through the rotation center axis of the angle positioning units; each angle positioning unit comprises a rotation support plate; each rotation support plate comprises a cable support plate; the symmetric center surface in a forward-backward direction of each cable support plate passes through the rotation center axis of the support seat; a predetermined support block vertically slides on each cablesupport plate; cable through holes vertically penetrate through two end surfaces of the cable support plate, parallel to the symmetric center surface in the forward-backward direction of the cable support plate. According to the cable bending device disclosed by the invention, the cable bending angle can be set in advance, thus an excessively large or small cable bending angle is avoided, and follow-up mounting is stable.

Description

technical field [0001] The invention relates to a cable complete device, in particular to a cable bending device with controllable cable bending angle. Background technique [0002] In normal work, the crimping cables of transformers and high and low voltage cabinets are manually bent. Currently, there is no small form-fitting tool to replace cable bending work done by hand. Manual complete cable bending mainly has the following disadvantages: [0003] 1. The craftsmanship of different construction teams is uneven, and there is no unified and standardized standard, which affects the acceptance of later results. [0004] 2. The unevenness of the process affects the aesthetics of the installation and brings challenges to the standard management of the power distribution room. [0005] 3. The degree of bending of the cable is too small, so that the contact area between the cable head and the equipment busbar is too small, and the current is too small, resulting in the phenom...

AI Technical Summary

Problems solved by technology

[0003] 1. The craftsmanship of different construction teams is uneven, and there is no unified and standardized standard, which affects the acceptance of later results

[0004] 2. The unevenness of the process affects the aesthetics of the installation and brings challenges to the standard management of the power distribution room

[0005] 3. The bending degree of the cable is too small, so that the contact area between the cable head and the equipment busbar is too small, and the current is too small, resulting in the phenomenon that the connector is burned

[0006] 4. During the cable bending process, the staff directly touch the cable, and the hardness of the cable is relatively high, which increases the possibility of personal injury and increases the work intensity of the staff

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