一种永磁同步电机硅钢片的自动化扣片安装系统
By employing a servo clamping unit, insertion resistance detection, and attitude correction technology, the problems of unreal-time clamping force adjustment and unstable clip insertion in automated clip installation equipment have been solved, achieving efficient and stable installation of silicon steel sheet assemblies.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- CHANGZHOU YUCHENG FUTONG MOTOR CO LTD
- Filing Date
- 2026-06-18
- Publication Date
- 2026-07-17
AI Technical Summary
Existing automated sheet fastening installation equipment suffers from problems such as inconsistent thickness of silicon steel sheets, insufficient sensing of resistance changes during sheet fastening insertion, unreal-time adjustment of clamping force, and inadequate detection and correction of sheet fastening posture. These issues lead to problems such as sheet gaps, jamming, plastic deformation, and poor installation.
The closed-loop control of the servo clamping unit and pressure sensor is adopted to adjust the axial clamping force of the silicon steel sheet group in real time; an insertion resistance detection and feedback adjustment mechanism is introduced to dynamically adjust the insertion speed and force of the fastener; an integrated attitude detection and correction unit is used to ensure the correct fastening attitude; the main control system coordinates the clamping force and insertion operation to achieve local release of clamping stress to avoid jamming.
It achieves constant pressure control of silicon steel sheet assembly, avoids loosening of stacked sheets and plastic deformation, improves the reliability of sheet insertion and the continuous operation stability of equipment, and reduces the risk of poor assembly.
Smart Images
Figure CN122419136A_ABST