A soil detection automatic collection robot

Abstract

The invention discloses an automatic collection robot for soil detection, which includes a body, the body is provided with a first runner and a second runner that drive the body to slide, the bottom of the body is provided with a bottom groove of the body, the A rotating multifunctional turntable is arranged in the bottom groove of the body, and a runner groove is arranged on the multifunctional turntable, and the runner groove is arranged in a circular groove shape, and a circle The sliding first sliding shaft, the body is provided with a body card slot, and the body card slot is provided with a sampling module, which can further drive the first sliding shaft to rotate through the rotation of the multi-functional turntable, and can pass through the second A sliding shaft is used for soil sampling, which further avoids the trouble caused by manual collection of soil samples, thereby improving efficiency.

Description

technical field [0001] The invention relates to a soil detection device, in particular to a soil detection automatic collection robot, in particular to a soil detection automatic collection robot capable of automatically collecting soil samples. Background technique [0002] With the continuous development of science and technology, the level of agricultural science and technology has been further promoted. In the current agricultural production process, soil testing is one of the new technical means, so that the soil can be further understood through the detection of soil. Nutrient composition, so that the purpose of precise fertilization can be achieved in the future fertilization process, and the yield of crops can be further improved. Among them, in the current soil testing process, most of them require staff to check at multiple testing points on the land. For soil sampling, since the sampling operation is completed manually during the sampling process, although the soi...

AI Technical Summary

Problems solved by technology

[0002] With the continuous development of science and technology, the level of agricultural science and technology has been further promoted. In the current agricultural production process, soil testing is one of the new technical means, so that the soil can be further understood through the detection of soil. Nutrient composition, so that the purpose of precise fertilization can be achieved in the future fertilization process, and the yield of crops can be further improved. Among them, in the current soil testing process, most of them require staff to check at multiple testing points on the land. For soil sampling, since the sampling operation is completed manually during the sampling process, although the soil sampling work can be solved, the location of the soil sample is not fixed in the process of collecting the soil sample, which further causes the technical personnel to be on the ground. walking sampling at multiple locations, which further increases the workload and reduces the efficiency of sample collection

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