Device for fixing measuring and detecting instrument and fixing method thereof

Abstract

The invention discloses a device for fixing a measuring and detecting instrument. The device comprises a base, a bottom fixing device is welded on a center of a top end of the base, the bottom fixingdevice includes a rectangular seat, the left and right sides in the rectangular seat are provided with recesses, and inner sides of the recesses are provided with through holes. Push rods are insertedinto the rectangular seat recesses and the through holes, the diameters of the push rods are smaller than that of the through holes, outer walls of the push rods are sleeved with springs, top ends ofstabilizing frames penetrate outer walls of a support plate, round rods penetrate outer walls of the stabilizing frames, stoppers are welded on top ends of the round rods, cylinders are welded on thebottom ends of horizontal plates, threaded rods are screwed to bottom ends of the cylinders, push blocks are welded to bottom ends of the threaded rods, and a control switch is installed on a right side of a support rod. A fixing method of the device for fixing a measuring and detecting instrument is simple to operate, the amount of labor is reduced, and the work efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of measuring and testing equipment, in particular to a fixing device for a measuring and testing instrument and a fixing method thereof. Background technique [0002] Measuring instruments and meters originally refer to precision equipment specially used to measure the pressure, flow and temperature of water, gas, electricity and oil, including thousands of products. According to the increasing development of science, modern metrology includes three aspects: scientific metrology, legal metrology, and engineering metrology. Guarantee, the task of legal metrology is to supervise the important measuring instruments related to the national economy and the people's livelihood and the measurement of commodity quantities by the government metrology administrative department in accordance with the law to ensure the accuracy of relevant quantities. Traceability, providing metrological calibration, testing services, ...

AI Technical Summary

Problems solved by technology

[0002] Measuring instruments and meters originally refer to precision equipment specially used to measure the pressure, flow and temperature of water, gas, electricity and oil, including thousands of products. According to the increasing development of science, modern metrology includes three aspects: scientific metrology, legal metrology, and engineering metrology. Guarantee, the task of legal metrology is to supervise the important measuring instruments related to the national economy and the people's livelihood and the measurement of commodity quantities by the government metrology administrative department in accordance with the law to ensure the accuracy of relevant quantities. Traceability, providing metrological calibration, testing services, on this basis we are divided into geometric metrology, temperature metrology, mechanical metrology, electromagnetic metrology, optical metrology, acoustic metrology, electronic metrology, time frequency metrology, ionizing radiation metrology, chemical metrology , It needs to be fixed and used when measuring instruments are used, but the existing measuring and testing instrument fixing devices also have the following problems; 1. The operation is cumbersome when fixing the measuring and testing instruments, which increases the amount of labor used and reduces work efficiency; 2. , It is impossible to fix the upper and lower ends of the measuring and testing instrument, the fixing effect is better, and the measuring and testing instrument is prone to movement during use, which is not conducive to data detection

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