Mining monitoring system

Abstract

The invention provides an intrinsic safety type monitoring device. The monitoring device comprises a main body, an electrocardiogram probe, a blood oxygen probe, a body temperature probe and a blood pressure cuff, wherein the main body comprises a MCU(microprogrammed control unit), an intrinsic safety charging circuit, a charging battery, a display screen, a body temperature detecting circuit, an electrocardiosignal detecting circuit, a blood pressure detecting circuit and a blood oxygen detecting circuit; the intrinsic safety charging circuit, the charging battery, the display screen, the body temperature detecting circuit, the electrocardiosignal detecting circuit, the blood pressure detecting circuit and the blood oxygen detecting circuit are respectively connected with the MCU; the charging battery is connected with an intrinsic safety power supply and a charging circuit; and the charging battery is used for providing power for the MCU, the display screen, the body temperature detecting circuit, the electrocardiosignal detecting circuit, the blood pressure detecting circuit and the blood oxygen detecting circuit. By the mining monitoring system, coal mine underground intrinsic safety type rescue monitoring and daily monitoring are realized, coal mine safety regulations are met, and coal mine underground safety potential hazards caused by non-intrinsic safety monitoring devices are prevented; and the mining monitoring system has various physiological parameters and feature measuring means, accurate life sign parameters can be acquired in time when in emergency rescue, and emergency and effective treatment is facilitated.

Description

technical field [0001] The invention belongs to the technical field of coal mine underground rescue equipment, and in particular relates to a mine monitoring system. Background technique [0002] Various dangerous situations sometimes occur underground in coal mines, requiring emergency rescue, accompanied by medical aid. It is also common for miners to feel unwell underground and need timely physical condition testing. But, there is no human body monitoring device specially applied to underground coal mines in the industry. In most emergency situations, ordinary medical devices that are not designed for intrinsic safety are used. This has a very serious coal mine disaster hidden danger during emergency rescue. Therefore, this type of monitoring device cannot be applied to the coal mine underground for a long time, and then many miners cannot obtain timely inspection and targeted emergency treatment when there is an emergency physical condition underground. Contents of ...

AI Technical Summary

Problems solved by technology

This has a very serious hidden danger of coal mine disasters during emergency rescue.

Therefore, this type of monitoring device cannot be used in coal mines for a long time, which in turn causes many miners to fail to obtain timely inspection and targeted emergency treatment when they have an emergency physical condition underground.

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