Proximity fuse distance speed measurement accuracy calibration device and method
A technology of speed measurement and proximity fuze, which is applied in the direction of weapon accessories, ammunition testing, ammunition, etc., can solve the problems of low accuracy and difficult calibration, achieve stable and accurate calibration, improve calibration accuracy and reliability, and improve the structure of the device simple effect
Active Publication Date: 2017-02-08
XIAN INSTITUE OF SPACE RADIO TECH
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Problems solved by technology
[0006] The technical problem to be solved by the present invention is: to overcome the difficulty and low precision of the calibration of photoelectric equipment such as video cameras, theodolites, and infrared devices commonly used in current proximity fuze performance index range test tests, and the present invention provides a proximity fuze The distance velocity measurement accuracy calibration equipment and calibration method, the system is simple, can stably and accurately calibrate the distance velocity measurement accuracy of the proximity fuze, and improves the calibration accuracy and reliability
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[0062] During the shooting range test, the radar fuze is always in working condition during the flight of the projectile. When the projectile falls and enters the working distance range of the radar fuze, the radar fuze continues to measure the distance of the target. When it reaches the set detonation distance value, the radar fuze The fuze signal processor controls the bomb-borne beacon machine to output the beacon signal, and the ground beacon receiver receives and stores the beacon signal. When the shell touches the ground, the beacon signal disappears, and the beacon signal received by the ground beacon receiver is measured Signal duration, and according to the projectile velocity when reaching the set detonation distance value, calculate the actual flight distance of the projectile from the detonation point to the ground, so as to calibrate the distance measurement error of the radar fuze to the ground.
[0063] As shown in Table 1 and Table 2, the projectile velocity whe...
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The invention discloses a proximity fuse distance speed measurement accuracy calibration device and method. The method includes the steps that a beacon emitting device is assembled on a cannonball, a fuse sends a triggering signal and a target velocity measured value to a beacon receiver at the designed detonation position, and the beacon receiver sends a radio signal of the corresponding frequency to ground receiving equipment; when the cannonball touches a target, a trigger is touched to control a signal generator to cut off the radio signal output; a beacon receiving device on the ground receives the radio signal sent by the beacon receiver on the cannonball; and by measuring the duration and frequency of the radio signal, the fuse distance and speed measurement accuracy can be calibrated. The calibration device is simple in design, the beacon emitting device on the cannonball can be realized easily, and the distance speed measurement accuracy of the proximity fuse can be calibrated accurately.
Description
technical field [0001] The invention relates to a calibration device and a calibration method for distance and velocity measurement accuracy of a proximity fuze. Background technique [0002] With the changes in the scale, purpose and form of warfare, the application of precision guided weapons is becoming more and more extensive. Fuze, as the key component of the final detonation signal in precision guided weapons, has been widely valued at home and abroad. [0003] In the proximity fuze technology, distance control accuracy is an important performance index of the proximity fuze. It is the guarantee for bomb point control and maximum damage effectiveness of bombs. [0004] In the field shooting test to verify the performance indicators of the proximity fuze, the focus is on the accurate and efficient calibration of the distance and velocity measurement accuracy of the fuze. At present, cameras, theodolites, infrared and other photoelectric equipment are commonly used for...
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IPC IPC(8): F42B35/02
CPCF42B35/02
Inventor 孙文锋尚社宋大伟罗熹李栋范晓彦
Owner XIAN INSTITUE OF SPACE RADIO TECH