Torque measurement method and system, storage medium, equipment, device and application

Abstract

The invention belongs to the technical field of disconnecting switch application and inspection, and discloses a torque measurement method and system, a storage medium, equipment, a device and an application. The method comprises: a torque measurement device being powered on, a power indicator lamp displaying a fault, and the torque measurement device being powered off to inspect a vehicle; setting engineering information on the login operation interface, and logging in the data analysis interface to perform function selection: loading historical test data, generating a report form, and printing the report form; logging in a test interface, normally displaying a communication indicating lamp, setting an alarm over-limit threshold value, and performing function selection: a manual mode, a relay mode and a fatigue mode; and logging in a password modification interface, modifying the password, and generating a new password. By installing the device, reliable scientific data are provided for designers and debugging personnel, the product performance is optimized, the debugging period is shortened, repeated operation is high, and the product development and delivery period is shortened.The personnel debugging period is shortened by 50%, the labor cost is reduced by 50%, and the product safety is improved by 20%.

Description

technical field [0001] The invention belongs to the technical field of torque measurement, and in particular relates to a torque measurement method, system, storage medium, equipment, device and application. Background technique [0002] During the commissioning of the outdoor open disconnector in the power system, it is necessary to measure the torque change of the switch during the opening and closing process, and adjust the smoothness of the switch at certain angles through the torque change to improve the safety performance; however, the existing torque sensor On the one hand, the connection method is clumsy, and one end needs to be fixed outside the rotating mechanism of the isolation switch, and the other end is connected to the rotating shaft of the switch to be tested, and the equipment is large in size, troublesome to disassemble, and poor in versatility. On the other hand, the torque sensor can only measure the torque of the switch, and cannot To quickly locate t...

AI Technical Summary

Problems solved by technology

[0002] During the commissioning of the outdoor open disconnector in the power system, it is necessary to measure the torque change of the switch during the opening and closing process, and adjust the smoothness of the switch at certain angles through the torque change to improve the safety performance; however, the existing torque sensor On the one hand, the connection method is clumsy, and one end needs to be fixed outside the rotating mechanism of the isolation switch, and the other end is connected to the rotating shaft of the switch to be tested, and the equipment is large in size, troublesome to disassemble, and poor in versatility. On the other hand, the torque sensor can only measure the torque of the switch, and cannot Quickly locating the position of the isolating switch stuck, only by relying on engineering experience and repeated debugging by workers, can the smoothness of the switch opening and closing process be achieved. Therefore, the debugging cycle is long, the repeatability of the operation is poor, and the safety performance is insufficient.

[0003] Through the above analysis, the existing problems and defects of the existing technology are: the installation method of the torque sensor is clumsy, and the volume is large, the disassembly is troublesome, and the versatility is poor; the debugging cycle is long, the repeatable operation is poor, and the safety performance is insufficient

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