Telemetering device conformal with missile cable fairing

Abstract

The invention discloses a telemetering device conformal with a missile cable fairing. The telemetering device comprises a telemetering device fairing, a telemetering assembly and a connecting block; and the telemetering assembly comprises a cable connector, a data collecting module, a data sending module, and a conformal antenna module which are arranged on the inner side of the telemetering device fairing and connected through screws. The telemetering device adopts modular design, and the shape of the telemetering device is the same as that of the missile cable fairing; by simply transformingthe missile cable fairing of a product state air-to-air missile, the telemetering device and the cable fairing can be mechanically connected, the telemetering device and the missile can be electrically connected, thus the product state air-to-air missile achieves the telemetering function, data collecting of actual working states during missile batch-inspection flight test, war training flight test and combat exercise with live ammunition is facilitated, and meanwhile, the flight test effect of the air-to-air missile product is not affected; and when the telemetering device is used for refitting the product state air-to-air missile, operation is easy, decomposing of a missile body is not needed, and thus the situation of returning to a factory is not needed.

Description

technical field [0001] The invention relates to the technical field of air-to-air missile missile-borne equipment state telemetry technology, in particular to a telemetry device conformal to a missile cable fairing. Background technique [0002] It is known that after the delivery of the existing air-to-air missiles, it is often necessary to carry out batch-picking target tests, combat training target tests, and actual combat exercises. Since the air-to-air missiles do not have telemetry components in the product state, they do not have telemetry functions, and the actual work of the participating products cannot be obtained. status, there is a lack of effective means for subsequent failure product analysis and target test effect evaluation; in order to obtain real-time data, it is necessary to replace the warhead compartment of the test product with a telemetry cabin or a remote combat cabin, but the replacement needs to be returned to the factory. Therefore, it is not easy...

AI Technical Summary

Problems solved by technology

[0002] It is known that after the delivery of the existing air-to-air missiles, it is often necessary to carry out batch-picking target tests, combat training target tests, and actual combat exercises. Since the air-to-air missiles do not have telemetry components in the product state, they do not have telemetry functions, and the actual work of the participating products cannot be obtained. status, there is a lack of effective means for subsequent failure product analysis and target test effect evaluation; in order to obtain real-time data, it is necessary to replace the warhead compartment of the test product with a telemetry cabin or a remote combat cabin, but the replacement needs to be returned to the factory. Therefore, it is not easy to implement; at the same time, whether the warhead compartment is replaced with a telemetry compartment or a remote control compartment, it will affect the target test effect of air-to-air missile products

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