Pesticide spraying robot capable of walking in field

Abstract

The invention discloses a pesticide spraying robot capable of walking in a field. The pesticide spraying robot comprises a strip-shaped carrying plate. A pesticide spraying mechanism is arranged on the upper surface of the strip-shaped carrying plate. A movement control mechanism is arranged on the lower surface of the strip-shaped carrying plate. The pesticide spraying robot has the advantages that the robot is convenient to use, different spraying widths are conveniently adjusted, rotatory spraying is facilitated to achieve uniformity in spaying, the robot moves automatically through control, the manual pushing strength is reduced, and the robot moves stably.

Description

technical field [0001] The invention relates to the field of chemical spraying, in particular to a field walking chemical spraying robot. Background technique [0002] Spraying is the operation of spraying growing plants to prevent pests and diseases. [0003] During the growth period of some plants, they are easily affected by the environment, causing diseases and insect pests on the surface. If they cannot be treated in time, the plants will die, resulting in reduced production. Traditionally, artificial spraying is used, but because the medicine box is relatively heavy , so the artificial intensity is relatively high. For large-scale mechanical assisted spraying, since the large-scale machinery covers a relatively large area, it is easy to damage the growing plants. Manually pushing the medicine box for automatic spraying requires manual work. Walking between the fields is also easy to trample on the seedlings, so in order to solve these situations, it is necessary to de...

AI Technical Summary

Problems solved by technology

[0003] During the growth period of some plants, they are easily affected by the environment, causing diseases and insect pests on the surface. If they cannot be treated in time, the plants will die, resulting in reduced production. Traditionally, artificial spraying is used, but because the medicine box is relatively heavy , so the artificial intensity is relatively large. For large-scale mechanical-assisted spraying, due to the large-scale machinery covering a relatively large area, it is easy to damage the growing plants. Manually pushing the medicine box for automatic spraying requires manual work. Walking in the field is also easy to step on the seedlings, so in order to solve these situations, it is necessary to design an automatic mobile spraying machine

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