Artillery position firing control system

Abstract

The invention provides an artillery position firing control system, belonging to the field of artillery position firing technology. The system comprises a master control computer, a firing controller host machine, six firing controller slave machines, six automatic firing devices, fourteen connecting cables, a master control computer power supply and six artillery firing controller power supplies, wherein the master control computer and the firing controller host machine are connected through an RS232 serial port and are both fixedly installed in a master control box of the master control computer; one firing controller slave machine, one automatic firing device and one artillery firing controller power supply are respectively installed on one artillery; the automatic firing devices are connected with firing pins of the artillery; and the firing controller host machine is connected with the six firing controller slave machines in wireless communication and wired communication modes. The invention has the following advantages: the firing methods of the artillery position can be enriched, flexibility and effectiveness of the position firing can be improved, the function and synergistic effect of shells can be well exerted, position command levels can be decreased, the position response speed can be improved, reliability and security of operation can be enhanced and firing and hitting points of the artillery can be precisely controlled.

Description

technical field [0001] The invention belongs to the technical field of artillery field launch, and in particular provides an artillery field launch control system, which can precisely control the artillery launch and the impact point of projectiles. Background technique [0002] At present, in the implementation of firing at artillery positions, the firing control of artillery is mainly accomplished through semaphore or voice command, and manual firing. This method of command and launch seriously affects the effectiveness of positional command, and indirectly affects the effectiveness of artillery firing. Specifically, the first is to limit the flexible selection and application of the position launch method. The commonly used firing methods that can be implemented in the current position are single firing, constant rapid firing, salvo firing and rapid firing. From the perspective of demand, in addition to the above firing methods, the firing method of multiple shots of a s...

AI Technical Summary

Problems solved by technology

This method of command and launch seriously affects the effectiveness of position command, and indirectly affects the effectiveness of artillery fire

Specifically, the first is to limit the flexible selection and application of the position launch method

The commonly used firing methods that can be implemented in the current position are single firing, constant rapid firing, salvo firing and rapid firing. From the perspective of demand, in addition to the above firing methods, the firing method of multiple shots of a single gun at the same time, simultaneous firing of multiple guns and multiple shots at the same time should also be implemented in the position. The launching method of projectile landing and the simultaneous launching method of multiple types of guns, etc., but the current launch control methods cannot effectively implement these launching methods

The second is that the accuracy of the launch is poor. Since the position has been using the semaphore, voice command and manual launch control methods at least since World War I, to realize the artillery launch control, it needs to go through the shooting commander, the messenger of the observation station, the messenger of the position, The deputy battalion commander, deputy company commander, artillery platoon commander, gunner, and aimer transmit a series of command information. Due to the inconsistent reaction time of personnel at all levels, it is difficult to achieve the same firing time during salvo. Even if the firing time is consistent, because The inconsistency of the configuration positions of the various guns in the position cannot guarantee that the projectiles will hit the ground at the same time (taking a single gun with multiple shots at the same time as an example, the time difference between multiple shots at the same time can only be controlled within 2 seconds), which will affect the shooting effect

The third is to affect the effect of shells. From the point of view of damage effects, if the time difference between multiple shots of a single gun is large, the damage superposition effect will not be exerted, which will seriously affect the shooting efficiency of this firing method.

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