Detection system applied to tank fire control system

Abstract

The invention discloses a detection system applied to a tank fire control system. The detection system comprises an operation platform, and a console driving part, a data acquisition part and a control part which are mounted on the operation platform; the console driving part is used for controlling a product console to perform pitching motion and horizontal rotation; the data acquisition part is used for acquiring and calculating an angular velocity value in the pitching motion and horizontal rotation process of an artillery and transmitting the angular velocity value to the control part; and the control part is used for driving the console driving part and carrying out quantitative index detection on the artillery according to the received angular velocity value. According to the detection system, technologies of data acquisition and analysis, servo control, mechanical design and the like are used as supports, a traditional method of functions and quantitative indexes of the tank fire control system is optimized, detection separation of the functions and the quantitative indexes of the tank fire control system is completed, automatic detection of the quantitative indexes is realized, the precision and efficiency are improved, and the labor cost is reduced.

Description

technical field [0001] The invention belongs to the technical field of automatic testing of tank fire control systems, and in particular relates to a detection system applied to tank fire control systems. Background technique [0002] In the production process of the tank fire control system, it is necessary to carry out functional joint debugging and quantitative index detection of the tank fire control system. Function joint debugging means that the operator checks the various functions of the fire control system components in the turret, such as whether it has the firing function. Quantitative indicator test refers to the detection of quantitative indicators such as target angular velocity, drift, and high-speed gun adjustment. In the traditional quantitative index detection method, personnel are required to fix the laser pointer on the muzzle of the artillery, an operator pulls the console in the turret to drive the turret movement, and another quality inspector project...

AI Technical Summary

Problems solved by technology

[0004] (1) Narrow operating space: Both function joint debugging and index detection need to be carried out in a narrow turret, which is not only inconvenient to operate, but also makes automation transformation very difficult due to limited space

[0005] (2) Low test accuracy: due to many manual interventions, it is inevitable to introduce factors such as visual deviation and reaction time in the process of personnel matching into the test results, which reduces the test accuracy to a certain extent

[0006] (3) Difficulty in operation: The test process requires that the operator in the turret must be able to accurately and stably control the console, and ensure that the turret continues to rotate at a certain fixed speed at all times

However, due to the long test time, narrow space in the turret and poor comfort, the operator can only stabilize the angular velocity of the turret within a certain range under the condition of heavy labor intensity, and it is difficult to achieve the desired effect.

[0007] (4) Low test efficiency: due to the difficulty of manual operation, once the pulling angle of the operating handle changes significantly, it will cause large fluctuations in the rotational angular velocity of the turret, which will lead to re-testing, which greatly affects the work efficiency

Moreover, in order to facilitate the calculation and reduce the influence of angular velocity fluctuations, the test usually requires the turret to rotate more than 100mil to calculate the angular velocity, which greatly prolongs the time

[0008] (5) High labor cost: the test process requires at least 2 people to complete, and the labor intensity is high

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