Wearing type physiological parameter monitoring equipment for pilots

Abstract

The invention discloses wearing type physiological parameter monitoring equipment for pilots. The wearing type physiological parameter monitoring equipment comprises a sensor unit, a signal processingunit, a first wireless receiving and transmitting unit, and a power unit, wherein the sensor unit comprises a plurality of flexible stretching sensing chips which are adhered to skin, and is used fordetecting information of ingredients in sweat and converting the information into a voltage signal or a current signal; the signal processing unit is coupled with the sensing chips, and is used for treating the voltage signal or the current signal expressing the information of the ingredients in the sweat to obtain an output signal; the first wireless receiving and transmitting unit is used for transmitting the output signal to a supervisory computer in a wireless manner, and obtaining a control signal of a terminal server; and the power unit is used for supplying electricity for the sensingunit, the signal processing unit and the first wireless receiving and transmitting unit. Flexible detecting equipment is adopted, so that the wearing type physiological parameter monitoring equipmentdisclosed by the invention conforms to the using environment condition of the pilots, can be attached to skin, and more corresponds with practical application situation, and continuously monitoring vital signs of the pilots can be realized.

Description

technical field [0001] The invention relates to the technical field of wearable devices, in particular to a pilot wearable physiological parameter monitoring device. Background technique [0002] In recent years, the new generation of high-performance fighter jets from all over the world have been in service one after another. In order to give full play to the high maneuverability and agility of the new fighter, it is necessary to break through the barrier of the pilot's physiological tolerance limit. However, it is difficult for any life support measures to meet the protection requirements of the pilots alone. Under the guidance of ergonomic principles, comprehensive protective measures such as on-board oxygen generation, reclining seats, and liquid-filled anti-G suits must be taken to protect the pilots. Provide effective protection for the pilot, improve the comfort of the flight process, reduce the pilot's physical fatigue, and reduce the dependence on the pilot's physi...

AI Technical Summary

Problems solved by technology

At the same time, the detection of sweat is non-invasive, so sweat can be used as an ideal target for monitoring physiological parameters, but there is no device in the prior art that can collect and detect sweat in real time, which limits the real-time monitoring of pilot physiological parameters.

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