A flip test device for military equipment

Abstract

The invention relates to the field of military equipment testing, in particular to an overturning test device for military equipment, comprising a test base, an overturning frame, an overturning drive device, a position detection component and a locking component, wherein the test base includes side brackets on both sides , and the middle parts on both sides of the overturning frame are respectively rotatably mounted on the side brackets on the corresponding sides, the bottom end of the overturning drive device is hinged to the bottom of the test base, the upper linear output end is hinged to one end of the overturning frame, and the overturning frame The upper edge is provided with a support plate with positioning pins, the bottom end of the turning frame is provided with an electric rotation support assembly, and the end of the turning frame away from the turning drive device is provided with an angle locking plate with a locking hole, and the locking assembly It is installed on the test base and is provided with a locking shaft matched with the locking hole. The position detection component includes an inclination sensor arranged on the turning frame. The invention is suitable for multi-angle flip tests of different types of military equipment, improves efficiency, saves land occupation, and ensures test accuracy.

Description

technical field [0001] The invention relates to the field of military equipment testing, in particular to a flipping testing device for military equipment. Background technique [0002] With the rapid development of science and technology, the technical requirements for the production and testing of military equipment are also getting higher and higher. However, in the existing technology, many military equipment has the characteristics of large size and heavy weight, and the testing process often requires the crane to cooperate with hoisting. The weapon system of the artillery vehicle needs to be hoisted and installed on the self-propelled artillery vehicle during the test, and then the whole self-propelled artillery vehicle is hoisted and placed on the fixed platform. Such multiple hoisting makes the test cycle longer, which seriously affects the performance test. Work efficiency and accuracy. In addition, a lot of military equipment needs to be tilted for testing, and wi...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of science and technology, the technical requirements for the production and testing of military equipment are getting higher and higher. However, in the existing technology, many military equipment have the characteristics of large size and heavy weight. For the artillery vehicle weapon system, the weapon system needs to be hoisted and installed on the self-propelled artillery vehicle first, and then the self-propelled artillery vehicle is hoisted and placed on a fixed platform. Such multiple hoistings make the test cycle longer, which seriously affects the performance test. Work efficiency and accuracy

In addition, a lot of military equipment needs to be tilted for testing, and with the increase of equipment types, its flexibility becomes larger, and the angles that need to be tilted have changed from the original one to a variety of angles. Therefore, only one fixed test platform can no longer meet the test requirements. At present, the above problems are solved by manufacturing multiple fixed platforms with different angles, but this not only requires multiple stations on the production line, occupies a large area, and causes waste of resources and personnel, but also is affected by factors such as platform manufacturing accuracy and platform aging. It will cause loss of accuracy, which will affect the performance test results of the weapon system, so that the product quality of the weapon system cannot be guaranteed

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