Integrated intelligent respirator backplane device and data acquisition method

Abstract

The invention provides an integrated intelligent respirator backplane device and a data acquisition method, wherein the integrated intelligent respirator backplane device comprises a back plate, a main control module, a power supply module and an extension module, the main control module and the power supply module are arranged on the backplane, the power supply module is connected to the main control module, the backplane is equipped with a pipeline, which is connected with the pressure reducing valve of the cylinder; the main control module includes a processor, a pressure sensor unit, a state sensor module, a Bluetooth module and a alarm buzzer, wherein the pressure sensor unit, the state sensor module, the Bluetooth module and the alarm buzzer are connected to the processor respectively. The integrated intelligent respirator backplane device and the data acquisition method integrate the individual pressure sensor device and the personal safety device that need to be equipped separately in the past into a backboard, which has a large expandable space, carries easily, reduces the probability of the module being hit in a complex environment, and greatly facilitated the use of rescue workers.

Description

technical field [0001] The invention relates to an integrated intelligent respirator backboard device and a data collection method. Background technique [0002] In a dangerous environment, the life safety of rescuers (such as firefighters) is mainly guaranteed by gas respirators (such as air respirators, oxygen respirators), and rescuers must always ensure that the gas pressure in the gas cylinder is in a safe range. Therefore, the cylinder pressure data needs to be continuously collected by pressure sensors. At the same time, rescuers need to transmit on-site information to teammates or the command center in a timely manner to achieve efficient coordinated rescue, so communication equipment is needed; in the complex gas environment on site, gas detection is also required to make a reasonable assessment of the danger on site During rescue, it is also necessary to judge the position and vital signs of the person in distress in time through devices such as infrared. It is f...

AI Technical Summary

Problems solved by technology

[0003] However, the existing rescue equipment is usually configured in batches and separated from each other, which not only has a low degree of integration, is not conducive to the miniaturization and standardization of the equipment, but also brings a great burden to the rescuers, making it inconvenient to carry, let alone firm The connection between the equipment will also consume a lot of time, which hinders the normal progress of the rescue, and sometimes even delays the timing of the rescue, resulting in irreparable loss of life and property

[0004] At the same time, most of the existing gas cylinder devices are only equipped with a single pressure sensor, which cannot make accurate judgments when the sensor fails, and can no longer provide reliable air pressure data to users, which greatly threatens the life safety of rescuers

Another individual manufacturer's gas cylinder device is equipped with dual pressure sensor interfaces, but it has been left unused due to power consumption issues

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