2results about How to "Reduce debugging" patented technology

The application discloses a brake disc assembling system and an assembling method, and the system comprises a variable-distance multi-axis tightening machine, a transfer frame, a pre-assembling table, a customized conveying line, an automatic tightening table and a manual re-checking table. The variable-distance multi-axis tightening machine is used for outputting a set torque to tighten the bolts of the brake disc workpiece; the transfer frame cooperates with the conveying line to transport the brake disc to different stations; the pre-assembling table is used for angular positioning and circumferential positioning of the brake disc workpiece which is manually pre-tightened; the automatic tightening table positions and clamps the bolt head through an anti-reaction force lifting mechanism, and corresponding tightening shafts output a set torque value to tighten the nuts in sequence; and the manual re-checking table can be used for checking the bolts of the brake disc by quality inspectors. The assembling system can complete the center positioning, circumferential positioning and angular positioning of the bolt head of the brake disc workpiece through simple participation of the operator at the pre-assembling station, thereby concentrating the operation steps, greatly reducing the operation time compared with the visual recognition camera and improving the work efficiency.

This utility model provides a vacuum mounting structure for a power module terminal base, relating to the field of semiconductor packaging technology. The vacuum mounting structure includes: a mounting base; a mounting post, the mounting post being disposed on one end face of the mounting base; a suction head, the suction head being disposed on the end face of the mounting post away from the mounting base; a suction head boss, the suction head boss being disposed on the other end face of the suction head away from the mounting post; and a suction head conical boss, the suction head conical boss being disposed on the end face of the suction head away from the suction head. This utility model's vacuum mounting structure for a power module terminal base, through an improved vacuum suction head structure, allows for material suction and removal from any face of the terminal base, reducing equipment debugging and maintenance. The suction head boss on the other end face of the suction head away from the mounting post, through optimized suction head structure, avoids mechanical conflict caused by vacuum suction between the suction head and the terminal base.