Automatic crimping system of measurement device

Abstract

The present invention provides an automatic crimping system of a measurement device. The automatic crimping system of the measurement device comprises a pedestal having a concave structure, wedge-shaped structures, a general terminal device, a tool device capable of sliding in grooves of the pedestal and a transfer terminal device. The grooves of the pedestal are internally provided with holding grooves; the bottom end of the wedge-shaped structure is fixed at the bottom portion of the holding groove through a spring part; the general terminal device is plugged with an automatic detection system and the transfer terminal device; the tool device is configured to put a measurement device; the transfer terminal device is plugged with the measurement device; the wedge-shaped structures can bepressed into the holding grooves; and when the measurement device is detected, under the promotion effect of an external force, the transfer terminal device and the tool device pass through the positions of the wedge-shaped structures in order, then are compressed by the general terminal device and abutted against by the wedge-shaped structures. The automatic crimping system of the measurement device improves the efficiency of detection for full performances of a plurality of measurement devices and efficiency of detection of samples of the measurement devices so as to improve the detection safety and fundamentally achieve automation of full-performance test detection.

Description

technical field [0001] The invention relates to the technical field of measuring instruments detection, in particular to an automatic crimping system for measuring instruments. Background technique [0002] In the prior art, measuring instruments need to be manually crimped and separated during the testing process, especially when performing electromagnetic compatibility immunity tests on measuring instruments, it is necessary to manually build different test environments according to different measuring instruments to be tested. Therefore, repeated wiring and disconnection are required during the detection process of the measuring instrument, which reduces the detection efficiency of the measuring instrument. At the same time, due to the need for manual and repetitive wiring and disconnection, if the testers misunderstand the standards of different measuring instruments, human wiring errors are prone to occur. Moreover, since the experimental environment of measuring instr...

AI Technical Summary

Problems solved by technology

Therefore, in the detection process of measuring instruments, repeated wiring and disconnection are required, which reduces the detection efficiency of measuring instruments.

At the same time, due to the need for manual and repetitive wiring and disconnection, if the testers misunderstand the standards of different measuring instruments, it is easy to cause human wiring errors

Moreover, since the experimental environment of measuring instruments often contains radiation, long-term exposure to the experimental environment is likely to cause personal injury

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