A symmetrical low center of gravity overhead remote control plant protection machine

Abstract

The invention discloses a low center of gravity of symmetrical elevated remote control plant protection machine and relates to the technical field of agricultural plant protection machinery. The low center of gravity of symmetrical elevated remote control plant protection machine comprises a frame, a front driving medicine chest support, a rear driving medicine chest support, a driven medicine chest support, a driving system, a control system, a steering system and a spraying system; the front driving medicine chest support, the rear driving medicine chest support, the driven medicine chest support, the driving system, the control system, the steering system and the spraying system are arranged on the frame; the connection with the control system is achieved through a remote control and the remote control type operation on the plant protection machine is adopted. The low center of gravity of symmetrical elevated remote control plant protection machine is low in cost, high in efficiency, safe and stable and beneficial to the popularization and application of the plant protection machine.

Description

technical field [0001] The invention belongs to the field of agricultural machinery, in particular to a symmetrical low center of gravity elevated remote control plant protection machine. Background technique [0002] At present, the plant protection work for high-stalk crops mainly uses artificial knapsack sprayers to spray pesticides or manned elevated plant protection machines to spray pesticides. The use is becoming more and more common. However, the center of gravity of such elevated plant protection machines on the market is often relatively high, and it is easy to overturn when turning in uneven ridges. Overturning will not only damage the crops and machines, but also cause injury to the operator. There are also some elevated trucks where the medicine box and engine are installed close to the ground to lower the center of gravity. The center of gravity of this type of machine is off to one side, the whole machine is asymmetrical and the front end cross-section is wide...

AI Technical Summary

Problems solved by technology

[0002] At present, the plant protection work for high-stalk crops mainly uses artificial knapsack sprayers to spray pesticides or manned elevated plant protection machines to spray pesticides. The use is becoming more and more common. However, the center of gravity of such elevated plant protection machines on the market is often relatively high, and it is easy to overturn when turning in uneven ridges. Overturning will not only damage the crops and machines, but also cause injury to the operator.

There are also some elevated trucks where the medicine box and engine are installed close to the ground to lower the center of gravity. The center of gravity of this type of machine is off to one side, the whole machine is asymmetrical and the front end cross-section is wider and lower, which will make it difficult for the machine to walk in the field , and it is easy to damage the crops, especially when turning, it is more likely to damage the crops, and it is also easy to overturn

In addition, artificial knapsack sprayers for plant protection operations and human-driven plant protection machines for operations are likely to cause staff poisoning

There are also some high-end plant protection machines equipped with very safe and comfortable cabs, but the price of such machines is very high, which is unbearable for ordinary users in our country, so it is not easy to popularize and use them.

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