Soil Improvement and preparation all-in-one machine for salvia miltiorrhiza cultivation

Abstract

The invention discloses a soil improvement and preparation all-in-one machine for salvia miltiorrhiza cultivation, comprising a rack, a power input shaft, soil turning-up parts, a soil mixing part, and an auxiliary material adding part, wherein the rack is of a welded-type structure and used for installing other components; the soil turning-up parts are a plurality of plough blades fixed at soil inlets at the front side of a soil material-mixing cavity, and used for turning up the soil; the soil mixing part is used for mixing the soil with auxiliary materials; the auxiliary material adding part is used for adding the auxiliary materials; and the power input shaft is installed on the rack and used for transferring power. According to the invention, the soil improvement and preparation all-in-one machine is dragged by virtue of a tractor, and the soil on the earth surface is lifted into the machine by the plough blades on the front side of the machine at first, and then an opening of an auxiliary material storage box for organic fertilizers and straw is opened, and straw and organic fertilizers are continuously added, mixed and added in the soil. The soil is unloaded from the machine, soil covering wheels are standardized, and a mulching film soil covering wheels are used for mulching films, thus finishing soil improvement.

Description

technical field [0001] The invention relates to an agricultural machine, in particular to an all-in-one machine for soil improvement and finishing for salvia miltiorrhiza cultivation. Background technique [0002] At present, the cultivation of salvia miltiorrhiza is planted under various soil conditions, but the yield does vary greatly. In sandy soil conditions, due to poor water retention, the loss of soil nutrients is serious, so the yield of planting salvia miltiorrhiza is not high : In soil conditions with high viscosity, especially in hills, terraced fields and under-forest economical clay land areas, because the rhizomes of Salvia miltiorrhiza have greater resistance when inserted into the soil, it is difficult to form longer rhizomes. After entering the soil, it absorbs the soil The nutrient in the root is less, most of them grow slowly, the rhizome development is shorter and thinner, and the output is lower. How to improve the soil environment, change the soil struc...

AI Technical Summary

Problems solved by technology

[0002] At present, the cultivation of salvia miltiorrhiza is planted under various soil conditions, but the yield does vary greatly. In sandy soil conditions, due to poor water retention, the loss of soil nutrients is serious, so the yield of planting salvia miltiorrhiza is not high : In soil conditions with high viscosity, especially in hills, terraced fields and under-forest economical clay land areas, because the rhizomes of Salvia miltiorrhiza have greater resistance when inserted into the soil, it is difficult to form longer rhizomes. After entering the soil, it absorbs the soil The nutrient in the root is less, most of them grow slowly, the rhizome development is shorter and thinner, and the output is lower, how to improve the soil environment, change the soil structure according to local conditions, and improve the output of Salvia miltiorrhiza is the focus of the present invention

[0003] The current method mainly uses fertilization, cultivated land, target land, ridging, film covering, and several processes. However, whether the land meets the conditions for the growth of salvia miltiorrhiza after several processes can only be initially estimated based on human visual inspection and hand feeling. A standard specification, so how to promote it can only be carried out by the experience of technicians, so establishing an improved model is also a bright spot of the present invention

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