Novel soil crushing device

Abstract

The invention relates to a crushing device and particularly relates to a novel soil crushing device. The novel soil crushing device comprises a wind wheel, a motion conversion mechanism, a crushing mechanism and a support mechanism, wherein the wind wheel is capable of converting wind energy into mechanical energy, the motion conversion mechanism comprises a vertical rotating shaft, a first rotating disc, a second rotating disc, a horizontal rotating shaft and the like; the crushing mechanism comprises a first pressure rod, a second pressure rod and a hammer head; the support mechanism comprises a support frame, a support seat, a soil cylinder, a guide support seat and the like; and the wind wheel is blown by wind to drive the vertical rotating shaft to rotate to drive the first rotating disc to rotate, the first rotating disc rotates to stir a second stirring rod through a first stirring rod to drive the second rotating disc to rotate, and the second rotating disc rotates to drive thesecond pressure rod to move up and down along the guide support seat through the first pressure rod so as to crush soil. The novel soil crushing device has the beneficial effects that the labor strength of an analyst can be reduced, the environmental pollution can be reduced, the harm caused to a human body can be reduced, and the energy conservation and emission reduction effects can be achieved.

Description

technical field [0001] The invention relates to a crushing device, in particular to a novel soil crushing device. Background technique [0002] With the popularization of soil testing and fertilization technology and the frequent occurrence of soil pollution incidents, soil quality and soil environmental safety have gradually received widespread attention, and soil agrochemical analysis has been fully recognized and affirmed. Before soil agrochemical analysis, the soil samples to be analyzed need to be crushed to obtain soil samples of different particle sizes in order to meet the needs of different test items. Most of the traditional soil crushing methods are to put the air-dried soil in rubber mats or plastic pots, use tools such as hammers to beat the soil into small particles, and then use sieves of different particle sizes to sieve, but the above methods exist The following problems: First, the manual crushing of the soil samples to be analyzed makes the laboratory ana...

AI Technical Summary

Problems solved by technology

Most of the traditional soil crushing methods are to put the air-dried soil in rubber mats or plastic pots, use tools such as hammers to beat the soil into small particles, and then use sieves of different particle sizes to sieve, but the above methods exist The following problems: First, the manual crushing of the soil samples to be analyzed makes the laboratory analysts labor intensive and inefficient; second, the air-dried soil particles are more likely to splash and pollute the environment; Inhalation into the mouth and nose seriously threatens the health of laboratory analysts, so we need a new type of soil crushing device for soil crushing, which can reduce the labor intensity of laboratory analysts, reduce environmental pollution, and reduce harm to the human body , and has the effect of energy saving and emission reduction

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