Illumination compensation device for promoting rice tillering and implementation method of illumination compensation device

Abstract

The invention discloses an illumination compensation device for promoting rice tillering and an implementation method of the illumination compensation device.The illumination compensation device comprises an angle adjusting assembly, an illumination compensation assembly and a light adjusting assembly. When the device operates normally, an adjusting motor drives an adjusting shaft to rotate, and the illumination compensation assembly and the light adjusting assembly below adjust the angle, meanwhile, a power supply battery supplies power to a compensation lamp tube to achieve irradiation through an external power supply base and an elastic connecting wire, a driving motor in the light adjusting assembly on the lower side drives a light adjusting plate to do opening and closing motion, so that the light adjusting plate cooperates with the external sunlight irradiation condition, the color and the size of compensation light to rice seedlings are adjusted through a light-transmitting color film on a dimming glass plate, and therefore illumination compensation operation in the rice seedling tillering process is achieved. The device can effectively cooperate with external weather conditions to carry out real-time light compensation adjustment, rice seedlings can receive enough illumination to achieve tillering, and the number of tillering rice ears is increased, and therefore the final total yield is increased.

Description

technical field [0001] The invention relates to the technical field of rice tillering, in particular to an illumination compensation device for promoting rice tillering and an implementation method thereof. Background technique [0002] Tillers are the branches of Gramineae and other plants that occur below the ground or near the ground. They are produced on the relatively enlarged tiller nodes that store rich nutrients. The tillers that directly issue from the tiller nodes at the base of the main stem are called first-level tillers. The base of the tiller can produce new tiller buds and adventitious roots, forming secondary tillers. Under good conditions, the third and fourth tillers can be formed. As a result, a plant forms many clustered branches. The tillers that can produce earing and firmness in the early stage are called effective tillers, and the ones that cannot be eared or are not fruitful in the late stage are called ineffective tillers. Effective tillers are dire...

AI Technical Summary

Problems solved by technology

[0002] Tillers are the branches of Gramineae and other plants that occur below the ground or near the ground. They are produced on the relatively enlarged tiller nodes that store rich nutrients. The tillers that directly issue from the tiller nodes at the base of the main stem are called first-level tillers. The base of the tiller can produce new tiller buds and adventitious roots, forming a secondary tiller. Under good conditions, the third and fourth tiller can be formed. As a result, a plant forms many clustered branches. The tillers that can produce earing and firmness in the early stage are called effective tillers, and the ones that cannot be eared or are not fruitful in the late stage are called ineffective tillers. Effective tillers are directly related to the number of ears per unit area, and the tillering effect depends on the plant. The intensity of the light received, at present, in the tillering of rice seedlings related to rice cultivation, due to the different intensity of sunlight received by the rice seedlings, the rice seedlings have deviations in the tillering process, resulting in a small number of tillering of the rice seedlings , resulting in a small number of rice spikes, which affects the final total yield

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