Integrated industrial waste gas multi-parameter measuring device and measuring method thereof

Abstract

The invention discloses an integrated industrial waste gas multi-parameter measuring device and measuring method thereof. The device comprises a micro-control unit and a power supply unit, a data processing unit, a human-computer interaction unit and a data transmission unit which are electrically connected with the micro-control unit. The connecting terminal of the micro-control unit is connectedwith multiple sensors used for measuring different pollutants through a signal line. The sensors measure the corresponding pollutants and transmit the measured data to the micro-control unit throughan electric signal. According to the scheme, multiple measuring type sensors are accessed to the interface of the micro-control unit through the connecting line so that the effect of simultaneously measuring multiple different pollutants on one device can be realized; meanwhile, the connecting port of the micro-control unit is directly connected through the signal line so that disassembling and maintenance are convenient; and the electronic sensors are adopted to measure the pollution gas and the chemical reagent does not need to be added in the measuring process so that the operation cost canbe reduced and secondary pollution can be avoided.

Description

technical field [0001] The invention relates to the field of industrial waste gas detection devices, in particular to an integrated industrial waste gas multi-parameter measurement device and a measurement method thereof. Background technique [0002] At present, in the domestic market, the monitoring of industrial waste gas mostly adopts discrete monitoring devices, that is, monitoring one parameter and using one control device to control one sensor. This device has a single function and a simple structure. [0003] And the existing discrete monitoring device has the following disadvantages: the design of the man-machine interface is not humanized enough, the interface can only display simple English symbols and numbers, and it is laborious to operate; It can monitor one parameter, but now it is generally required to monitor multiple parameters in practical applications, so it is necessary to install multiple control devices and sensors, which increases the difficulty of in...

AI Technical Summary

Problems solved by technology

[0002] At present, in the domestic market, the monitoring of industrial waste gas mostly adopts discrete monitoring devices, that is, monitoring one parameter and using one control device to control one sensor. This device has a single function and a simple structure.

[0003] And the existing discrete monitoring device has the following disadvantages: the design of the man-machine interface is not humanized enough, the interface can only display simple English symbols and numbers, and it is laborious to operate; It can monitor one parameter, but now it is generally required to monitor multiple parameters in practical applications, so it is necessary to install multiple control devices and sensors, which increases the difficulty of installation; follow-up maintenance is more troublesome. Redesign the installation drawings and install the sensors and control devices at the same time

Images