An electrostatic device that promotes plant growth

Abstract

The invention provides a static device for promoting plant growth, which comprises a static generating device, an anode matrix device and a cathode matrix device, wherein the static generating device is used for supplying a high-pressure static voltage output; an output end of the static generating device comprises at least one anode and at least one cathode; the anode matrix device is connected with the anode and is arranged above a plant; the cathode matrix device is connected with the cathode and is arranged under the blade of the plant; the anode and the cathode are both connected with an electrode device distributed in a matrix form, so that the defect of uneven static field is effectively overcome; the position and the expansion of each matrix point can be conveniently adjusted by the electrode device distributed in the matrix form, so that the static device can be flexibly adjusted according to different plants, planting gaps of different plants and different planting areas; each matrix point can be one metal sheet or a metal net with area equivalent to the area of one plant.

Description

technical field [0001] The invention relates to the field of agricultural cultivation, in particular to an electrostatic device for promoting plant growth. Background technique [0002] At present, there have been some achievements in the research on the application of static electricity in plant cultivation. For example, Deng Hongmo, Yu Jinlan, and Zhou Aimin co-authored the paper "Research on the Technology of High-voltage Electrostatic Field to Promote Plant Growth", which discussed the beneficial effects of high-voltage electrostatic field on plant seeds and plants themselves. . Another example is CN200810203115.5, which discloses an application device based on high-voltage electrostatic field for biological growth and storage technology, which relates to the field of electric field and biotechnology, specifically refers to a high-voltage electrostatic field for biological treatment, such as the growth of vegetables, grains, flowers, etc. , The technical device for stor...

AI Technical Summary

Problems solved by technology

The prior art reveals the beneficial application of high-voltage electrostatic fields to plant growth, but the electrostatic field generators for promoting growth provided in the prior art have both negative and positive electrodes with an integral mesh structure, and some negative electrodes also require grounding. , because its structure determines the inhomogeneity of its electric field, so the growth environment of plants in the entire electric field is not consistent, which affects the final effect

At the same time, in the prior art, the arrangement, expansion and maintenance of electrodes are inconvenient, which affects the flexibility of its application

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