A target simulation device for assisting exercise control of airborne optoelectronic pods

Abstract

The invention provides a target simulation device for assisting practice in manipulating an airborne photoelectric pod, comprising a bracket (1), a guide rail (2) located on the top of the bracket (1), and a target trolley (3) slidably connected to the guide rail (2). ), the conveyor belt (8) fixedly connected with the target trolley (3), and the motor (10) used to drive the conveyor belt (8), the two ends of the guide rail (2) are equipped with a photoelectric switch ( 6), the guide rail (2) is equipped with a plurality of retaining rods; the two ends of the target car (3) are provided with baffles that match the photoelectric switch (6), and marbles are housed in the keg of the target car (3). The bung hinged with the keg has a toggle handle, and when the target trolley (3) moves along the guide rail (2) and passes through the stop bar, the stop bar contacts the turn handle and makes the bung cover rotate relative to the keg. The target simulation device provided by the invention can enable operators to conveniently conduct manipulation training on the ground, thereby improving the proficiency of operating the pod.

Description

technical field [0001] The invention relates to the technical field of airborne photoelectric pod control training, in particular to a target simulation device for assisting practice in manipulating an airborne photoelectric pod. Background technique [0002] The airborne photoelectric measurement pod system can provide necessary test data analysis for aircraft infrared radiation characteristic measurement and stealth performance evaluation. The flight speed of the carrier aircraft can reach several Machs according to different tasks. The photoelectric measurement of the target under harsh conditions such as vacuum, high speed, and high vibration requires high stability. It is difficult to successfully realize various required test functions for a period of time-related simulation training. [0003] Therefore, how to provide a training accessory for the operator to practice operating the pod at ordinary times, so as to improve the proficiency of the operator, has become a t...

AI Technical Summary

Problems solved by technology

[0002] The airborne photoelectric measurement pod system can provide necessary test data analysis for aircraft infrared radiation characteristic measurement and stealth performance evaluation. The flight speed of the carrier aircraft can reach several Machs according to different tasks. The photoelectric measurement of the target under harsh conditions such as vacuum, high speed, and high vibration requires high stability, and the requirements for the quality of the operators are high. It is difficult to successfully realize various required test functions for a period of time-related simulation training

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