Intelligent monitoring system for cotton breeding

Abstract

The invention discloses an intelligent monitoring system for cotton breeding. The intelligent monitoring system comprises a water storage tank above a box body, wherein the water storage tank communicates with each breeding basin in the box body through a plurality of irrigation channels correspondingly; a humidity sensor is buried in each breeding basin; a monitoring rod is in screw joint with aside wall of the box body; a temperature sensor is arranged at an end part of the monitoring rod positioned in the box body; and a plurality of outer region temperature regulation and control pipes and an annular temperature regulation and control pipe are erected in the box body. According to the intelligent monitoring system disclosed by the invention, irrigation is carried out according to a water demand condition in each breeding basin correspondingly and each breeding basin in the box body can be accurately irrigated; the box body is divided into an outer region and an inner region according to temperatures; the plurality of outer region temperature regulation and control pipes and the annular temperature regulation and control pipe are erected in the outer region and the inner regioncorrespondingly and the temperatures of the outer region and the inner region are monitored in real time; the plurality of outer region temperature regulation and control pipes and the annular temperature regulation and control pipe are correspondingly controlled to work and the temperature in the box body can be accurately controlled; and accurate monitoring and regulation and control of temperature and humidity in a breeding process in the box body are realized.

Description

Technical field [0001] The invention relates to the technical field of crop breeding, and more specifically to an intelligent monitoring system for cotton breeding. Background technique [0002] Cotton is a plant of the genus Malvaceae, with a long growth period, and the sowing period is generally in April. In actual production, low temperature and drought are often encountered during cotton sowing and emergence. The selection of cold and drought resistant cotton varieties plays an important role in ensuring cotton production. Therefore, it is necessary to simulate the bad sowing environment in nature and identify and screen varieties or resources with good cold and drought resistance. [0003] However, the existing cotton breeding intelligent device system does not consider the situation that the edge of the breeding box is greatly affected by the external environment, especially when the size of the breeding box is large, the temperature and humidity of the edge area and the mid...

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Problems solved by technology

[0003] However, the existing cotton breeding intelligent device system does not consider the situation that the edge of the breeding box is greatly affected by the external environment, especially when the volume of the breeding box is large, there must be a certain difference in temperature and humidity between the edge area and the central area. This factor will lead to inaccurate final temperature and humidity and affect the breeding effect

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