Y-axis external measuring mechanism matched with heavy press high-speed multi-station shuttle hand

Abstract

The invention discloses a Y-axis external measurement mechanism matched with a heavy press high-speed multi-station shuttle hand. The Y-axis external measurement mechanism comprises a main beam and two Y-axis external measurement mechanism bodies arranged at the bottom of the main beam. The Y-axis external measurement mechanism bodies comprise Y-axis check encoder bases arranged at the bottom of the main beam, first synchronous wheels are installed on the Y-axis check encoder bases, Y-axis check encoders are arranged at the bottoms of the first synchronous wheels, a synchronous wheel base is further arranged at the bottom of the main beam, a synchronous wheel shaft is installed on the synchronous wheel base, a second synchronous wheel is installed on the synchronous wheel base, and synchronous belts are installed on the second synchronous wheel and the first synchronous wheels. The Y-axis external measurement mechanism has the beneficial effects that the Y-axis external measurement mechanism is safe and reliable in structure, high in practicability and can accurately check the motion trail, reduce potential safety hazards in the measuring process, and effectively improves the working stability of the multi-station shuttle hand.

Description

technical field [0001] The invention relates to the technical field of automatic stamping parts conveying, in particular to a Y-axis external measuring mechanism for a high-speed multi-station shuttle hand of a heavy-duty press. Background technique [0002] In modern industry, automation and mechanization have become the main body in the production process, gradually replacing human operations; especially in some highly automated enterprises, unmanned workshops and assembly lines can be seen everywhere, becoming the symbol leading the development of modern enterprises. In the industry, it is necessary to check the movement trajectory of the multi-station shuttle in real time to ensure its repeatability; in some applications, the ternary manipulator measurement mechanism has problems such as unreasonable installation position, potential safety hazards, and large movement trajectory measurement error caused by punch vibration. , resulting in a narrower scope of application. ...

AI Technical Summary

Problems solved by technology

[0002] In modern industry, automation and mechanization have become the main body in the production process, gradually replacing human operations; especially in some highly automated enterprises, unmanned workshops and assembly lines can be seen everywhere, becoming the symbol leading the development of modern enterprises. In the industry, it is necessary to check the movement trajectory of the multi-station shuttle in real time to ensure its repeatability; in some applications, the ternary manipulator measurement mechanism has problems such as unreasonable installation position, potential safety hazards, and large movement trajectory measurement error caused by punch vibration. , resulting in a narrower scope of application

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