Soil component difference analysis equipment for forestry natural planning

Abstract

The invention discloses soil component difference analysis equipment for forestry natural planning, the equipment comprises a detection machine table, a centrifugal driving mechanism, a centrifugal carrying assembly, and an adjusting rod and a press-fit positioning mechanism which are fixed at the output end of the centrifugal driving mechanism, and a protective transparent cover, a control switch and a one-way vacuum valve are arranged on the surface of the detection machine table; the end portion of the one-way vacuum valve is fixedly connected with a vacuum pump located in the detection machine table, and the end portion of the vacuum pump is fixedly connected with a barometer. According to the invention, a novel slide-type centrifugal separation structure is adopted, a soil sample is taken to be diluted and dissolved on the surface of the centrifugal carrying assembly, and through the centrifugal rotation motion of the transverse centrifugal driving mechanism, all components in the soil sample enter different separation spacer ring partitions through the centrifugal effect and are filtered and isolated, so that the centrifugation and separation procedures are synchronously completed, operation is simple and efficient, the problem that traditional standing separation consumes long time is solved, and the soil detection work efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of soil detection, in particular to a soil component difference analysis device for forestry natural planning. Background technique [0002] The development of traditional forestry mostly relies on pesticides, chemical fertilizers, production hormones, etc. to complete its growth cycle, and the value produced by it is inefficient. Although traditional forestry products have good advantages and high yields, compared with forestry organic products when eaten, they are inferior in taste and taste. The difference is far, and the growth cycle of organic agricultural products does not need to apply chemical fertilizers, coatings, and there is no soil, water, and air pollution during the growth and planting process. The use of planned forestry planting can effectively protect the environmental conditions of organic planting, prevent drought, flood and harmful pollutants from forming cross-infection through rainwate...

AI Technical Summary

Problems solved by technology

[0004] However, the existing soil sample component analysis device has a relatively simple structure. It mainly uses test tube sampling and water or other diluents for dissolution and quantitative analysis to determine the various components of the soil, as well as other impurities or bacteria mixed inside. And the method of standing and layering separates soluble and insoluble impurities. The centrifugal static operation takes a long time and the operation efficiency is low, which seriously affects the efficiency of soil monitoring and analysis. Therefore, there are certain defects.

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