Bending transmission mechanism and bending method for sheet metal bending forming work

By combining hinge drive and lead screw drive into a bending transmission mechanism, and with the synchronous control of servo motor and reducer, the problems of low efficiency, limited accuracy and difficult maintenance of traditional sheet metal bending forming equipment are solved, realizing efficient and accurate sheet metal bending processing.

CN122400370APending Publication Date: 2026-07-17SOUTH CHINA UNIV OF TECH
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Patent Information

Application Number
CN202610582244.8
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2026-04-29
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Traditional sheet metal bending and forming equipment suffers from low processing efficiency, heavy reliance on highly skilled workers, limited precision, and difficult and costly maintenance, especially in the case of lead screw precision issues during multiple bending processes.

Method used

The bending transmission mechanism adopts a combination of hinge drive and lead screw drive. Through the design of two sets of drive devices, combined with servo motors and reducers, synchronous control of the up and down and forward and backward motion components is achieved. Combined with the CNC system, the precise motion trajectory of the bending cutter head is planned.

Benefits of technology

It improves processing efficiency, reduces production and maintenance costs, enables precise control of bending angles, eliminates the need to change molds, and enhances the stability and precision of the equipment.

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Abstract

本发明公开了一种用于钣金弯曲成形工作的折弯传动机构及折弯方法,所述折弯传动机构包括机架、上下运动组件、折弯架、前后运动组件和压紧模具组件,上下运动组件、前后运动组件和压紧模具组件设置在机架上,折弯架活动地设置在机架上,并位于压紧模具组件的侧旁,折弯架包括折弯刀座和折弯连接架,折弯刀座上设置有折弯刀头和铰接座,铰接座与上下运动组件转动连接,由上下运动组件带动上下运动,折弯连接架的一端与折弯刀座连接,折弯连接架的另一端与前后运动组件转动连接,由前后运动组件带动前后往复运动。本发明通过对两套驱动装置的结构设计,采用铰链传动与丝杆传动结合的方式,提高设备的加工效率、降低安装难度,并减少生产与维修成本。
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