Electronic equivalent and self-detection device for throwing cylinder cover

Abstract

The invention discloses an electronic equivalent and self-detection device for throwing a cylinder cover. The electronic equivalent and self-detection device comprises a power source, a plurality of device driving current detection circuits, a plurality of electromagnet loop detection circuits and a signal detection and status output circuit. Each device driving current detection circuit comprises a load resistor, a Hall sensor, a driving current operation amplifier, a driving current voltage stabilizing tube, a driving current electromagnetic relay, a driving current thyristor and a driving current indicator light circuit. Each electromagnet loop detection circuit comprises a loop detection operation amplifier, a loop detection voltage stabilizing tube, a loop detection electromagnetic relay circuit, a loop detection thyristor and a loop detection indicator light circuit. The signal detection and status output circuit comprises a signal detection front-end operation amplifier, a signal detection voltage stabilizing tube, a signal detection rear-end operation amplifier and a signal detection electromagnetic relay circuit. The electronic equivalent and self-detection device has the advantages that training cost is reduced, training time is saved, the training effect is closer to actual working conditions, trueness is improved, and motion simulation and status detection are integrated.

Description

technical field [0001] The invention relates to a detection device, in particular to an electronically equivalent and self-detection device for throwing a cap. Background technique [0002] In order to improve the requirements of quick response of the system, the technology of automatic throwing and dropping of the erecting cylinder cover is adopted, which can quickly realize the automatic dropping of the cylinder cover and quick erection, which greatly improves the response time of the system. [0003] However, in the normal training process, in order to enhance the training effect, the control system will adopt a real process, so that the action of throwing the lid will be executed every time. Due to the large weight, high precision and high cost of the cylinder cover, the impact of dropping will affect the repeated use of the equipment. Therefore, to achieve multiple process training in the field requires more equipment to cooperate, which will bring unnecessary trouble t...

AI Technical Summary

Problems solved by technology

Due to the large weight, high precision and high cost of the cylinder cover, the impact of dropping will affect the repeated use of the equipment. Therefore, to achieve multiple process training in the field requires more equipment to cooperate, which will bring unnecessary trouble to the training and waste training. time, but also increases the training cost

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