Cage type optical fuze testing device

Abstract

The invention discloses a cage type optical fuze testing device, which comprises a cylindrical framework, an installation channel which enables insertion of a fuse cabin to be tested from top to down and extends along an axial direction is provided in the framework, an optical channel is provided on the installation channel of the framework along the radial direction, and a light collimator is provided in the optical channel; a peripheral locating surface, a lower locating surface and a slide-stopping and positioning structure, a lock block and a installing hole for filling with the fuse cabin which is communicated with the installation channel are provided on the top of the framework, and a compaction surface which directly clamps the upper end of the fuse cabin or clamps through a baffle plate in the installing hole is provided at the lower part of the lock block. The cage type optical fuze testing device has the effects of clamping the fuse cabin, conducting an optical path, and receiving and sending the fuse signals.

Description

technical field [0001] The invention relates to a testing device for an optical fuze. Background technique [0002] Missiles that use laser fuzes need to test their optical fuzes. In the prior art, they are all bomb tests. Most of the optical fuze test devices equipped now are snap ring hinged structures. The test modules or devices cooperate to complete the test of the fuze. The full-bomb measurement is greatly restricted by the shape of the full-bomb projectile and projectile parts. At present, there is no separate optical fuze test device for testing the compartment where the optical fuze is located. Contents of the invention [0003] The object of the present invention is to provide an optical fuze testing device capable of locating the compartment where the optical fuze is located and its fuze window so as to facilitate the testing work. [0004] The technical solution of the present invention is: a cage-type optical fuze testing device, which includes a cylindrical ...

AI Technical Summary

Problems solved by technology

[0002] Missiles that use laser fuzes need to test their optical fuzes. In the prior art, they are all bomb tests. Most of the optical fuze test devices equipped now are snap ring hinged structures. The test module or device cooperates to complete the test of the fuze. The full-bomb measurement is greatly restricted by the shape of the full-bomb projectile and projectile parts. At present, there is no separate optical fuze test device for testing the warehouse section where the optical fuze is located.

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