Tensile-resistant test device for digital display missile antenna

Abstract

The invention discloses a tensile-resistant test device for a digital display missile antenna. The tensile-resistant test device comprises a supporting block, a working table, a first test table, a through hole, a drawing wire, a connector, a first plastic sucker, a second plastic sucker, an inserting hole, an air pipe, a second test table, a connecting wire, a vacuum pump, a base, an air pipe connecting end, a handle, a product placing part, a groove block and a fine column. The tensile-resistant test device has the advantages that products to be tested are conveniently placed by the product placing part of tensile-resistant test device of thin products for high-end devices, the product placing part is formed by the groove block and the fine column, inserting products to be tested can be effectively clamped by the groove block, so that the products to be tested can be conveniently and effectively adsorbed by the first plastic sucker and the second plastic sucker, and the product placing part can be conveniently taken out from the inserting hole of the working table and the products after the products to be tested are adsorbed, so that subsequent operations are performed.

Description

technical field [0001] The invention relates to the field of guidance receiving devices, in particular to a guidance antenna with high strength and high and low temperature resistance. Background technique [0002] The technology and method of guiding and controlling the aircraft to fly to the target or predetermined orbit according to certain rules is called guidance. During the guidance process, the guidance system continuously measures the relative positional relationship between the aircraft and the target or the predetermined orbit, and sends guidance information to the aircraft control system to control the flight. Divided into wired guidance, radio guidance, radar guidance, infrared guidance, laser guidance, audio guidance, geomagnetic guidance, inertial guidance and astronomical guidance. Among them, most of the guidance methods require a method involving signal transmission and signal reception. The device installed on the aircraft for signal reception is generally...

AI Technical Summary

Problems solved by technology

However, when the current tensile test device used for ultra-thin products of high-end equipment is in use, there will be a problem that it will be easily broken during the process of tensile test due to improper operation during the adsorption process. Therefore, a digital display missile is proposed to solve the above problems. Antenna tensile testing device

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