Adaptive reflective infrared laser industrial hazardous gas leakage monitoring device

Abstract

A self-adaption reflection-type infrared laser industrial dangerous leaking gas monitoring device comprises a shell and a visual sighting telescope arranged above the shell and is characterized by further comprising a probe, a power-driven servo cradle head, a control box and a corner reflector, wherein the probe is arranged in the shell and integrates receiving and transmitting of a laser red light beam and a laser infrared detection light beam, the shell is arranged on the power-driven servo cradle head, and the probe is electrically connected with the power-driven servo cradle head and the control box; the corner reflector and the probe are arranged at the two ends of a detection optical path respectively; the corner reflector and main light rays of an outgoing beam of a first off-axis paraboloid mirror in an upper chamber of the shell are coaxial.

Description

technical field [0001] The solution relates to the technical field of on-line and on-site monitoring of industrial hazardous gas leakage, and in particular to an adaptive reflection type infrared laser industrial hazardous gas leakage monitoring device. Background technique [0002] At present, with the rapid development of industry, chemical, mineral, and oil and gas mining industries inevitably produce flammable, explosive, and toxic dangerous gases, such as methane and carbon monoxide (CO), in the production process. Once the dangerous gas leaks, it will lead to explosion and poisoning, which will lead to major safety accidents and cause huge loss of personnel and property. [0003] Tunable semiconductor laser absorption spectroscopy (TDLAS) based on open optical path is an effective method widely used in industrial hazardous leakage gas monitoring (such as oil and gas exploration and chemical industry, etc.). , using the absorption effect of the gas to be measured on a ...

AI Technical Summary

Problems solved by technology

[0004] This solution provides an adaptive reflective infrared laser industrial dangerous gas leakage monitoring device. In order to overcome the defects of difficult installation and debugging of the optical path of the device, poor stability and reliability of measurement results, and high false alarm rate during on-site gas monitoring, The device introduces an adaptive aiming and tracking system, and through a reasonable optical system design, integrates the laser red beam transceiver optical system for adaptive aiming and the laser infrared beam transceiver optical system for gas detection into one, and realizes the detection of the angle between the probe of the device and the target. Adaptive aiming and tracking of the reflector and acquisition of low-loss infrared detection beam energy at the same time, and finally high-quality laser infrared absorption spectrum of the gas to be measured

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