Three-dimension scanning type multi-parameter laser radar system for environment monitoring

Abstract

The invention discloses a three-dimension scanning type multi-parameter laser radar system for environment monitoring. The three-dimension scanning type multi-parameter laser radar system comprises a first thermostat, a second thermostat and a three-dimension rotary bracket, wherein an optical glass window is arranged on a front end wall of the first thermostat, and a laser emitting unit and an echo signal receiving unit are arranged in the first thermostat; a signal acquisition unit, a signal processing and display unit and a power supply are arranged in the second thermostat; the three-dimension scanning is realized by the first thermostat through the three-dimension rotary bracket; the laser emitting unit is connected with the power supply through power wires; the echo signal receiving unit and the signal acquisition unit are connected with each other through signal wires; and the signal acquisition unit and the signal processing and display unit are connected with each other through electric wires. The three-dimension scanning type multi-parameter laser radar system for environment monitoring has the advantages of simple structure, running reliability, comprehensive monitoring, strong detecting capacity, capability of quickly, reliably, continuously and remotely monitoring atmospheric pollutants in real time, and relatively strong practicability.

Description

technical field [0001] The invention relates to a laser radar system, in particular to a multi-parameter laser radar system for detecting the three-dimensional space-time distribution of atmospheric particles and adaptable to outdoor complex working environments. Background technique [0002] As an advanced active remote sensing instrument, lidar can monitor a wide range of atmospheric components and environmental parameters (such as temperature, humidity, etc.) continuously, in real time, with high spatial and temporal resolution. Since the first laser came out in 1960, lidar has been widely used in many fields and has become more and more recognized due to its unique technical advantages in detection distance, temporal and spatial resolution, and long-term continuous monitoring. The laser radar system is mainly composed of three parts: laser emission, echo signal reception, data acquisition and processing. Lidar can be divided into many types according to the observation ...

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Problems solved by technology

[0007] In order to solve the problems of cumbersome analysis procedures, low timeliness, high cost, and low spatial-temporal resolution of traditional air pollution monitoring methods in the prior art, and the single-function problem of the existing lidar system for monitoring the environment, the present invention provides A three-dimensional scanning multi-parameter laser radar system for environmental monitoring, including a first incubator, a second incubator and a three-dimensional rotating bracket arranged between the first incubator and the second incubator, the first incubator Optical glass windows are arranged on the front end wall of the first incubator; a laser emitting unit and an echo signal receiving unit are arranged in the first incubator; a signal acquisition unit, a signal processing and display unit and a power supply are arranged in the second incubator; the laser emitting The unit is used to emit the laser beam, the echo signal receiving unit is used to receive the echo optical signal and convert the echo optical signal into an echo electrical signal, the signal acquisition unit is used to collect the echo electrical signal, and the signal processing and display unit is used to monitor the echo signal. Wave and electric signals are processed, displayed and stored; among them, the first incubator realizes three-dimensional scanning through a three-dimensional rotating bracket, and the laser emitting unit and the power supply are connected through a power line arranged between the first incubator and the second incubator, returning to the The wave signal receiving unit and the signal acquisition unit are connected through a signal line arranged between the first incubator and the second incubator, and the signal acquisition unit and the signal processing and display unit are connected through wires

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