A multifunctional pure electric plant protection vehicle

Abstract

The invention relates to a multifunctional all electric plant protection vehicle and belongs to the technical field of equipment for plant protection. The plant protection vehicle comprises a vehicle body, a walking mechanism, a power mechanism, a pesticide box and a pesticide spraying mechanism. The walking mechanism comprises a front group of wheels, a rear group of wheels and a corresponding front axle and rear axle. The front axle or the rear axle is an electric axle. The output end of the power mechanism is connected with the walking mechanism and the pesticide spraying mechanism and provides power, the power mechanism is a battery pack formed by series connection of a group of storage batteries, the battery pack provides electric power for the electric axle to drive the wheels to rotate, and the pesticide spraying mechanism is further provided with an atomization mechanism to atomize pesticide liquid sprayed out. An electric driving mode of the plant protection vehicle can meet the spraying operation requirements of the plant protection vehicle. A pesticide spraying structure is combined with efficient operation of the atomization mechanism, so that a one-time operation range of the plant protection vehicle can be increased, and to-and-fro oil adding during operation of a fuel oil engine is avoided. The plant protection vehicle is free of tail gas pollution during operation, noise pollution is also greatly reduced, and a good environment is provided for crop growth.

Description

technical field [0001] The invention belongs to the technical field of plant protection machinery, and in particular relates to a multifunctional pure electric plant protection vehicle. Background technique [0002] In the prior art, the use of plant protection machinery to apply chemical agents is the most effective means to prevent and control crop diseases, insects, and weed damage. However, in actual operation, how to improve the effective use of agents, how to avoid or reduce the impact of agents on target crops and The problem of additional pollution caused by the environment has not yet been ideally solved. The most widely used air-driven sprayer in the market today uses diesel and gasoline power systems. The exhaust gas, vibration, noise and harmful chemicals generated by the machinery during the spraying process directly harm the environment. The operator is healthy and pollutes the environment. The existing plant protection machinery travels slowly. It wastes a lot...

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Problems solved by technology

[0002] In the prior art, the use of plant protection machinery to apply chemical agents is the most effective means to prevent and control crop diseases, insects, and weed damage. However, in actual operation, how to improve the effective use of agents, how to avoid or reduce the impact of agents on target crops and The problem of additional pollution caused by the environment has not yet been ideally solved. The most widely used air-driven sprayer in the market today uses diesel and gasoline power systems. The exhaust gas, vibration, noise and harmful chemicals generated by the machinery during the spraying process directly harm the environment. The operator is healthy and pollutes the environment. The existing plant protection machinery travels slowly. It wastes a lot of manpower and material resources by dragging or pulling from the storage place to the work place. The soil, water, and atmosphere in the country are seriously polluted, and the existing pesticide application machinery still has serious problems such as running, running, dripping, and leaking.

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