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Mechanical deep tillage technology refers to the mechanized technology of using different power machinery to match corresponding deep tillage machinery to complete deep tillage and loosening operations in farmland. The purpose of mechanical deep loosening is to loosen the soil, break the plow bottom layer, enhance the speed and quantity of rainwater infiltration, reduce runoff, minimize water evaporation loss, provide a good soil environment for crop growth, and ultimately achieve the goal of increasing yield and income. Due to the fact that mechanical deep loosening only loosens the soil without turning it over, the soil in the plow layer remains stable after the operation. Mechanical deep loosening of soil is an important part of conservation tillage technology and a technological revolution in the field of agricultural cultivation. As the most effective, advanced, and environmentally friendly tillage technology for increasing grain production, it has gradually been recognized and accepted by people.

The deep loosening of soil directly affects the growth and yield of crops. The most important requirement for deep loosening is the depth of cultivated land, so how to effectively control the depth of cultivated land? The dynamic tilt sensor VG100 developed and produced by Huilian Technology will play an important role. The chisel type deep loosening machine is shown in the above figure. As long as a tilt sensor is installed on the side wall of the deep loosening machine, the angle at which the machine enters the ground can be measured. Based on this angle, the depth of the cultivated land can be accurately controlled. A common drawback of conventional tilt sensors is that they cannot accurately measure the tilt angle during motion or vibration. Huilian Company adopts the latest gyroscope technology and high-end Kalman algorithm technology to overcome the problem of inaccurate measurement of tilt sensors during motion, with accurate measurement and convenient control.