A system and method for measuring the plough depth of an overturned plough

Abstract

The invention discloses a turnover plow ploughing depth measurement system and a turnover plow ploughing depth measurement method. The turnover plow ploughing depth measurement system comprises a tractor and a turnover plow which are connected in a pull-type manner, a host furrow plow monitor arranged in a cab of the tractor, a furrow plow monitor arranged in the part, which is adjacent to the middle of a steel plate of the tractor, of the turnover plow, an ultrasonic receiving component arranged at a rear wheel of the tractor, and an ultrasonic transmitting component arranged at the part, which is adjacent to the bottom of the steel plate of the tractor, of the turnover plow, wherein the ultrasonic receiving component and the furrow plow monitor are connected with the ultrasonic transmitting component which is in wireless connection with the ultrasonic receiving component. The turnover plow ploughing depth measurement system and the turnover plow ploughing depth measurement method are capable of overcoming the defects such as high manual labor intensity, poor real-time property and low measurement accuracy, and have the advantages of low labor strength, good real-time property and high measurement accuracy.

Description

technical field [0001] The invention relates to the technical field of agricultural measurement, in particular to a system and method for measuring the depth of an overturned plow. Background technique [0002] In agricultural operations, it is divided into four major links: plowing, sowing, field management, and harvesting. And plowing is the first. The mechanized machine tool used for plowing is the turning plow. Its operation quality is the basis of subsequent agricultural production links. Generally speaking, if the land is not well plowed, a year will be spent in vain. In the regiments of the Xinjiang Construction Corps, there are clear index requirements for the depth of plowing, 28cm-31cm. However, because there is no means of informatization and automation, the Internet of Things system has not been formed. This indicator is difficult to be effectively monitored, and can only be randomly checked with a ruler through a lot of manpower. This will cause great disadv...

AI Technical Summary

Problems solved by technology

Since there are uneven attachments (wheat stubble, cotton stalks, weeds, etc.) on the surface of the land to be plowed, if the ground is measured directly, there will be a very large deviation. factors can greatly affect the measurement

[0005] In the process of realizing the present invention, the inventor found that there are at least defects in the prior art such as high labor intensity, poor real-time performance and low measurement accuracy.

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