Small-sized plant root system culture and detection apparatus with featured illumination apparatus

Abstract

The invention provides a small-sized plant root system culture and detection apparatus with a featured illumination apparatus. The small-sized plant root system culture and detection apparatus comprises a PLC, a photographing apparatus, an illumination control apparatus and a vertical soil simulation plate; a nutritional layer which is filled with soil is vertically arranged in the soil simulationplate; a vertical surface of the nutritional layer is a cultivation surface; the cultivation surface is adjacent to an observation window; the illumination control apparatus comprises a three-base-color LED lamp and an illumination sensor, the three-base-color LED lamp and the illumination sensor are arranged above the soil simulation plate, the illumination sensor is adjacent to a test plant cultivated by the soil simulation plate, an illumination value for a test scheme is stored in the PLC, when the observation test is performed, the PLC adjusts an illumination state of the three-base-color LED lamp according to the light intensity data measured by the illumination sensor, so that the illumination for the test plant can achieve an illumination value for the test; the photographing apparatus performs the photographing record for a root system growth condition on a cultivation surface by virtue of the observation window; and the illumination detection and root system phenotypic observation are integrated to focus on the research.

Description

technical field [0001] The invention relates to the technical field of test equipment, in particular to a small plant root cultivation and detection device with a characteristic lighting device. Background technique [0002] At present, nuclear magnetic resonance (MIR) and X-ray scanning technology, which is popular in the world, have been applied to the phenotype observation of some plant roots in recent years, but they have not been widely accepted due to their high cost and low operability. This year, Polish scientists successfully developed an automatic root phenotype observation system for oats using glass beads as the growth medium, with the help of image recognition and splicing technology. However, because the root system of rice is too complicated compared with oats, this technology cannot be applied to rice. . Most of the existing equipment only studies one of the light or the root system, and lacks a kind of equipment that concentrates them together to reduce the...

AI Technical Summary

Problems solved by technology

[0002] At present, a nuclear magnetic resonance (MIR) and X-ray scanning technology is popular in the world and has been applied to the phenotype observation of some plant roots in recent years, but it has not been widely accepted due to its high cost and low operability.

This year, Polish scientists successfully developed an automatic root phenotype observation system for oats using glass beads as the growth medium, with the help of image recognition and splicing technology. However, because the root system of rice is too complicated compared with oats, this technology cannot be applied to rice.

Most of the existing equipment only studies one of the light or the root system, and lacks a kind of equipment that concentrates them together to reduce the number of equipment

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