Wireless Electronic Encrypted Beacon Minelaying and Electronic Coordinate Mine Detection Measurement System and Method

Abstract

The present disclosure discloses a wireless electronic encrypted beacon minelaying and electronic coordinate mine detection measurement system and method, comprising a wireless electronic encrypted beacon device receiving an encrypted wake-up signal and then emitting a fixed-point signal; a directional receiving and receiving coordinate antenna device forming an N coordinate array for mine detection Measure the distance space; receive the operation command signal, send out the encrypted wake-up signal after the gain and frequency division forwarding processing; receive the fixed-point signal, send out the fixed-point measurement signal after the gain and frequency division forwarding processing; the electronic coordinate mine detection device receives the fixed-point measurement signal, A plane coordinate map is constructed according to the mine detection distance space, and the position of the wireless electronic encrypted beacon point corresponding to the mine to be tested is marked on the plane coordinate map according to the radio wave polarization direction and electromagnetic wave signal strength of the fixed-point measurement signal. The status of each mine in the minefield of the military exercise battlefield can be observed in real time through the big data Internet, and the embedding status of the mine can be efficiently and accurately measured after the war to improve the efficiency of mine detection operations.

Description

technical field [0001] The disclosure relates to the field of military technology using mine-laying and mine-detection measurement methods, in particular to a wireless electronic encrypted beacon mine-laying and electronic coordinate mine-detection measurement system and method. Background technique [0002] The statements in this section merely provide background information related to the present disclosure and do not necessarily constitute prior art. [0003] There are three types of mine detectors currently in use: portable, vehicle-mounted and airborne. The working principle of the mine detection device is mainly three working modes: electromagnetic induction mine detection, multi-harmonic radar wave mine detection, and microwave electromagnetic field soil dielectric constant abnormal mine detection. Its main features are: [0004] 1. Electromagnetic induction mine detection is usually a method of mine detection with portable equipment for individual soldiers. The adva...

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Problems solved by technology

[0004] 1. Electromagnetic induction mine detection is usually a method of mine detection with portable equipment for individual soldiers. The advantage of this artificial small area mine detection method is that the search is meticulous and accurate, but the shortcomings of slow mine detection speed, low efficiency and high danger are obvious.

[0005] 2. Although multi-harmonic radar wave mine detection has the advantages of large and fast scanning mine detection area, but because it can only be used for vehicle-mounted or airborne detection on large-area roads and flat ground, it is difficult to detect in complex terrain. In mine operations, the accuracy of mine detection position is very limited

[0009] As far as the inventor understands, in the known techniques for using landmines, none of the mine-laying methods involves the application method that each landmine has a wireless electronic encryption beacon device, and there is no known method that involves the use of wireless electronic encryption beacon minelaying and Electronic coordinate mine detection method and device related design, manufacture and use technology

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