Biochemical sensing helmet for field individual combat based on Beidou navigation satellite system

Abstract

The invention discloses a biochemical sensing helmet for field individual combat based on a Beidou navigation satellite system. The biochemical sensing helmet comprises an outer cover and a liner which are connected in sequence, as well as at least one flat interlayer arranged between the outer cover and the liner, wherein each flat interlayer comprises a bag-type main body and an inner cavity, and the inner cavity is internally provided with a Beidou receiving antenna, a storage unit, a miniature locator, an arithmetic unit, a voice module, a biochemical sensor and an alarm which are connected in sequence; and the biochemical sensor senses biochemical signals of human beings except the combating person or animals. With the biochemical sensing helmet, an individual soldier or a logistic system can find the lost protective clothing after a field combat or during the field combat through the terminals on the biochemical sensing helmet, so that the important combat intelligence information can be obtained, the combat data can be analyzed and reserved conveniently, and the necessary intelligence information can be found with the command system or the logistic system; and the individual combat effectiveness index is increased.

Description

technical field [0001] The invention relates to the technical field of outdoor products for individual combat, in particular to a biochemical induction helmet for individual combat in the field based on Beidou navigation satellites. Background technique [0002] Individual combat in the field is a regular subject in the daily training of officers and soldiers. It is used to evaluate or evaluate the combat capabilities and combat response capabilities of officers and soldiers. Because individual combat is scattered, the terrain is complex, and they operate separately, it is not convenient for commanders to analyze and evaluate. . The existing evaluation is to monitor the process of single-report operations in the field through helicopter aerial photography, combined with fixed-point monitoring methods. However, this method cannot evaluate every soldier, nor can it provide timely feedback. The existing communication equipment has potential safety hazards such as leaks. This ...

AI Technical Summary

Problems solved by technology

However, this method cannot evaluate every soldier, nor can it provide timely feedback information. The existing communication equipment has potential safety hazards such as leaks.

It makes it impossible for commanders to understand the difficulties and situations of individual combat in real time and clearly, resulting in deviations in command, which is not conducive to combat

[0003] In addition, personal protective equipment and devices for individual combat in the field, such as helmets, boots, wristbands, belts, etc., in order to adapt to modern and information-based combat methods, these personal protective devices are equipped with more communication equipment and recording equipment. As a result, the cost of personal protective gear is higher, but when fighting in the field, due to the rapid changes in the battle situation, the possibility of these protective gear being lost or dropped is high, and each time you lose it, you have to lose more equipment and valuable battle situation analysis data

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