Full-automatic bending machine for connector pins and use method of full-automatic bending machine

Abstract

The invention discloses a full-automatic bending machine for connector pins and a using method thereof.The full-automatic bending machine comprises a bottom plate, a bearing base fixed to the bottom plate and an electrical control box installed on the side edge of the bottom plate, and a multi-angle bending component used for angle-adjustable bending of the connector pins is arranged at the top of the bottom plate; the bottom plate is provided with an automatic feeding mechanism used in cooperation with the multi-angle bending component, and the bearing base is located on one side of the multi-angle bending component. According to the full-automatic bending machine for the connector contact pins and the using method of the full-automatic bending machine, different from the prior art, the defect that traditional single equipment can only bend the contact pins at specific angles is overcome, and the production efficiency is improved. According to the connector pin bending device, the real-time bending angle can be effectively adjusted, the bending requirements of multiple devices are met through one device, the use cost of the device is effectively controlled, it is guaranteed that the connector pins are efficiently bent at different angles, and meanwhile continuous and efficient bending use of the connector pins is further facilitated in cooperation with use of the automatic feeding mechanism.

Description

technical field [0001] The invention relates to the technical field of bending machines, in particular to a fully automatic bending machine for connector pins and a method for using the same. Background technique [0002] The connector is mainly composed of a sheath and a set of pins. The two ends of the pins need to be set in the specified direction and position, and they are firmly assembled in the sheath, while the connector pins need to be folded at the specified position. Bend, to meet the connection of electronic components. [0003] At present, the bending of connector pins is mainly realized by bending machines, but for the current bending machines used for bending connector pins, each bending machine can only meet the bending angle of connector pins , but different use requirements often lead to bending requirements of different angles for connector pins. Therefore, in the actual bending process of connector pins, it is often necessary to equip multiple bending mac...

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Problems solved by technology

[0003] At present, the bending of connector pins is mainly realized by bending machines, but for the current bending machines used for bending connector pins, each bending machine can only meet the bending angle of connector pins , but different use requirements often lead to bending requirements of different angles for connector pins. Therefore, in the actual bending process of connector pins, it is often necessary to equip multiple bending machines and use manual loading and unloading. The effective bending treatment of the connector pins by means of methods seriously increases the cost of equipment use, and at the same time seriously occupies the environmental space, and the way of manual loading and unloading and the targeted use of multiple devices all lead to the continued use of connector pins. The low efficiency of bending work seriously affects the efficient bending process of connector pins. Therefore, we propose a fully automatic bending machine for connector pins and its use method

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