Microlock of miniature circuit breaker detecting platform

Abstract

The invention provides a microlock of a miniature circuit breaker detecting platform. The microlock of the miniature circuit breaker detecting platform comprises a contact, a spring electrical sheet, an electrical sheet, a micro actuator, a power line, a door frame, a door and a door lock. The micro actuator and the power line are directly connected together. The spring electrical sheet and the electrical sheet are in a gap state and are placed in the micro actuator. Due to the fact that the microlock of the miniature circuit breaker detecting platform is adopted, the safety of the miniature circuit breaker detecting platform is greatly improved, and the safety protection measures to detecting personnel are enhanced. After the door of the miniature circuit breaker detecting platform is opened, a power source of detecting equipment can also be automatically disconnected, and the phenomenon that detecting personnel can possibly violate standard operation behaviors when the miniature circuit breaker detecting platform operates can also be prevented. Due to the fact that machines are controlled through a system in the detecting platform, a miniature circuit breaker can be orderly and precisely detected in the detecting process, and accordingly it is guaranteed that the detecting process of the miniature circuit breaker is more orderly conducted.

Description

technical field [0001] The invention relates to the field of miniature circuit breaker detection safety, in particular to a micro-circuit breaker detection platform micro-motion lock. Background technique [0002] With the development of science and technology and the continuous improvement of technical level, the detection process of circuit breakers is from manual to semi-automatic, from semi-automatic to automatic. Previously, the detection of circuit breakers was performed manually, which often increased the cost of manual labor virtually, and the number of products tested per unit time was not high. The results of the products are very different, and the inherent characteristics of manual detection of circuit breakers will also reduce the accuracy of the results of the detection products. On the other hand, when testing circuit breakers, the protection of the testing staff is often ignored, and due to the difference in testing instruments and testing methods, it will a...

AI Technical Summary

Problems solved by technology

Previously, the detection of circuit breakers was performed manually, which often increased the cost of manual labor virtually, and the number of products tested per unit time was not high. The results of the products are very different, and the detection of the circuit breaker due to the inherent characteristics of manual operation will also reduce the accuracy of the results of the detection products.

On the other hand, when testing circuit breakers, the protection of the testing staff is often ignored, and due to the difference in testing instruments and testing methods, it will also affect the accuracy of the final testing product results.

In the process of testing circuit breakers, the design of the miniature circuit breaker testing platform often has a decisive impact on the results of the final detected products. The previous detection methods of miniature circuit breakers are not only not standardized enough, but also cannot be achieved from the workflow The protection of testing personnel also lacks a standardized operating process, which will directly lead to the lack of accuracy and stability of the testing results; the lack of protective measures for the staff makes it difficult to improve the enthusiasm of the staff, thus affecting the testing work the actual efficiency of the circuit breaker, it will reduce the detection ability of the circuit breaker

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