Vehicle-mounted tail gas detector, online tail gas emission monitoring device and dispatching system

Abstract

The invention relates to a vehicle-mounted tail gas detector, an on-line tail gas emission monitoring device and a dispatching system. The vehicle-mounted tail gas detector detects the tail gas emission condition of an explosion-proof vehicle in real time, the on-line tail gas emission monitoring device displays the tail gas emission condition on a vehicle-mounted display, a driver of the explosion-proof vehicle monitors the tail gas emission condition of the vehicle in real time, and then whether the explosion-proof vehicle is required to be stopped or not is determined according to the tailgas emission condition. The explosion-proof vehicle dispatching system for a coal mine transmits the tail gas emission condition, the gas concentration and the roadway blockage condition to a coal mine dispatching center, and when a roadway is blocked or the gas concentration is larger than the lower limit value of the gas standard concentration, the coal mine dispatching center guides the explosion-proof vehicle to conduct path planning again, so that the explosion-proof vehicle runs in a safe area of the roadway; and when the tail gas emission of the explosion-proof vehicle exceeds the standard, the coal mine dispatching center guides the explosion-proof vehicle to stop running, so that the tail gas emission and the running guidance of the vehicle are monitored in real time, and the running risk of the explosion-proof vehicle is avoided.

Description

technical field [0001] The invention relates to the technical field of vehicle monitoring and dispatching in coal mines, in particular to a vehicle-mounted exhaust gas detector, an online monitoring exhaust emission device and a dispatching system. Background technique [0002] Exhaust emissions of explosion-proof vehicles used in auxiliary transportation systems in coal mines sometimes exceed the standard, but the drivers and dispatch centers of explosion-proof vehicles cannot obtain real-time emission information of explosion-proof vehicles. Moreover, the working environment of explosion-proof vehicles is very harsh. Whether the explosion-proof vehicles can safely pass through the established roadway or whether they have entered a dangerous area is unknown to the drivers and dispatch centers of explosion-proof vehicles, which makes the operation of explosion-proof vehicles a certain risk. Contents of the invention [0003] The purpose of the present invention is to provi...

AI Technical Summary

Problems solved by technology

[0002] Exhaust emissions of explosion-proof vehicles used in auxiliary transportation systems in coal mines sometimes exceed standards, but the drivers and dispatch centers of explosion-proof vehicles cannot obtain real-time emission information of explosion-proof vehicles

Moreover, the working environment of explosion-proof vehicles is very harsh. Whether the explosion-proof vehicles can safely pass through the established roadway or whether they have entered a dangerous area is unclear to the drivers and dispatch centers of explosion-proof vehicles, which makes the operation of explosion-proof vehicles a certain risk.

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