Continuous detection device for soil nutrient

Abstract

The invention discloses a continuous detection device for soil nutrients. The device comprises an middle box body; a bottom cavity penetrating up and down is formed in the middle box body; a bifurcated opening is formed in the end wall of the bottom cavity; a screwing handle is arranged in the upper end wall of the bottom cavity in a screw-thread fit connection manner; symmetrical lifting handlesare fixedly arranged on the upper end surface of the middle box body; the lower side of the middle box body is provided with a drilling-in device capable of enabling the equipment to drill into the ground in a rotating mode; an extraction device which is positioned in the middle box body and is used for extracting a soil layer is arranged on the inner side of the drilling-in device. The detectiondevice is simple in structure, the device drills into the ground more conveniently in the mode that a straight drill bit is matched with a threaded drill, a structure facilitating soil sampling is arranged, soil can be taken away from soil more conveniently and efficiently in the soil sampling process, and personnel can conveniently and directly conduct related sample extraction and detection on different layers.

Description

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AI Technical Summary

Benefits of technology

This patented technology makes it easier than traditional methods like digging up rocks or taking them out manually by hand instead of collecting them afterwards. It also includes an easy-to-use mechanism where various types of sample can be easily collected without having to remove any material around other areas on top.

Problems solved by technology

Technically problem addressed in this patented technical solution relates to continuously detecting fertility conditions on farmland or other areas with limited resources due to frequent manual labor required during analysis. Existing methods have limitations such as requiring repeated drilling holes into the ground before analyzed data can be collected effectively without compromising their effectiveness over time. Additionally, there may also exist issues related to collecting accurate and consistently representative samples from these locations that could help improve monitoring accuracy.

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