Remote control patrol system based on metering method for carbon emission in district

Abstract

The invention relates to a remote control patrol system based on a metering method for carbon emission in a district. The remote control patrol system comprises a body, an atmosphere detection unit, a lift sampling unit, an air bag unit, a communication display unit, a remote controller, a camera, an obstacle detector, two steering wheels and a power unit, wherein a sampler of the lift sampling unit is arranged on a lift device and is capable of sampling at any height lower than a maximum lift height, a sample transfer channel connects the sampler to an inlet of the atmosphere detection unit, the air bag unit opens when a liquid detector arranged at the bottom of the air bag unit detects a liquid substance, the power unit stops working when the atmosphere detection unit begins sampling detection, the power unit resumes working after detection is finished, and the camera acquires an obstacle image and carries out gray scale identification on the obstacle image when the obstacle detector detects an obstacle.

Description

technical field [0001] The invention relates to a remote control vehicle for atmospheric detection, in particular to an unmanned remote control vehicle capable of amphibious use and atmospheric detection. Background technique [0002] Cities are the main contributors to greenhouse gas emissions. More than 50% of the world's population lives in cities, and urban residents contribute as much as 67%-80% to anthropogenic greenhouse gas emissions. As the global urbanization process continues to accelerate, the proportion of urban greenhouse gas emissions will continue to rise. Therefore, the control of greenhouse gas emissions from the city level has gradually attracted people's attention. As the main part of the city, the community is the main carrier of various types of land and buildings such as urban residence, public facilities, and transportation. The low-carbon concept is decomposed and refined into the community. Comprehensive measures can support the construction of lo...

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Problems solved by technology

[0003] Existing atmospheric environment detection usually uses detection balloons on the ground or erecting measuring instruments on the ground, which is not suitable for detection in areas with severe environmental pollution or where people cannot enter

[0004] The remote control security car disclosed in Chinese invention CN200620003724.2 has the function of patrolling security, but it cannot detect the atmosphere at a fixed point; it can only travel on a relative plane, and cannot detect and bypass obstacles; and it can only be used on dry land.

[0005] The Chinese invention CN200910260999.2 discloses the unmanned aircraft airborne atmospheric environment detection system, but sometimes it is not suitable for air flight, such as in green parks with many tall trees, or in industrial parks, due to the multi-direction of the crane and the hoisting workpiece If it moves, it is inconvenient to fly, and the eddy current during flight is easy to affect the gas composition

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