A water shield gum formation promotion mechanism with a water quality detection instrument

Abstract

The invention discloses a water shield colloid formation promoting mechanism with a water quality monitoring instrument. A front roller and a rear roller are arranged between a left n-shaped beam and a right n-shaped beam; one side of a high-transparency coloring film is wound on the outer circumferential surface of the front roller, and the other side of the high-transparency coloring film is fixed with one side of at least three connecting belts; the other sides of the connecting belts are wound and fixed on the outer circumferential surface of the rear roller; a first rack is fixedly arranged on the lower surface of a horizontal segment on a lower cross beam, and the first rack is engaged with a first gear on the output shaft of a first motor; and a temperature gauge, a flow meter and a PH sensor are arranged on a receiving disc at the lower end of a lifting column. The high-transparency coloring film can be expanded in the growth cycle for water shield colloid formation, and the formation and accumulation of water shield colloid are facilitated at that time; and moreover, the mechanism can enable the receiving disc to move left and right, move forwards and backwards and lift above water shield paddy fields, so that the formation and accumulation of water shield colloid can also be further facilitated.

Description

technical field [0001] The invention belongs to the field of water shield production, and in particular relates to a water shield gum formation promotion mechanism equipped with a water quality detection instrument. Background technique [0002] As a characteristic agricultural product with special value, water shield has great demand in the international and domestic markets. The production and processing technology of high-quality water shield is an inevitable choice for related enterprises to obtain market competitiveness and rich economic returns. Research data show that Brasenia has different requirements for light in different stages of growth, not only the intensity of incident light, but also the frequency of incident light. Scattered light rich in yellow-green wavelengths is beneficial to the formation and accumulation of Brasenia colloids. The current planting conditions cannot artificially control the wavelength of the incident light, so it is urgent to solve the...

AI Technical Summary

Problems solved by technology

At present, hand-held testing equipment is mainly used to measure in paddy fields, which is not only time-consuming and labor-intensive, but also has a low degree of automation, and it will also pollute the water quality to a certain extent when people go down to the paddy fields, which will also affect the formation and accumulation of colloids in water shield

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