Intelligent control system for plant non-tube rapid propagation based on Internet of Things

Abstract

The invention discloses an intelligent control system for plant non-tube rapid propagation based on the Internet of Things. The intelligent control system comprises a central control terminal, one or more controllers, one or more sensors, one or more actuators, one or more servers and one or more user networking terminal devices, wherein the central control terminal is connected with the one or more user networking terminal devices through the Internet and the one or more controllers and servers through a communication module respectively, the one or more servers are connected with the one or more user networking terminal devices, and the one or more controllers are connected with the one or more sensors and actuators respectively through a communication network. The intelligent control system for plant non-tube rapid propagation based on the Internet of Things adopts automatic and intelligent control and the Internet of Things technology and has the advantages of being rapid and convenient to visit and manage, precise in control, energy saving and emission reducing, and low in device and management cost; and capable of achieving efficient management, inquiring growth conditions of planted crops in real time, remotely monitoring operating conditions of devices and environmental data and remote configuration and adjustment of parameters of monitored devices and the like.

Description

technical field [0001] The invention relates to an intelligent control system for non-test tube fast propagation of plants based on the Internet of Things. Background technique [0002] In the process of seedling raising, the environment is one of the key technologies to achieve gene expression. At present, most agricultural production processes are greatly affected by environmental factors, such as: in the rainy season, the survival rate of grafting is poor. The survival rate of cuttings is low, etc. These problems have seriously affected the yield of agricultural production. Artificial participation is a technical work in the agricultural production process, which can solve these climatic or environmental unfavorable factors through the ability to artificially create the environment, so that the seedling effect can be improved. [0003] Based on the above shortcomings, artificially created environments such as greenhouse planting and greenhouse planting came into being. T...

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Problems solved by technology

[0003] Based on the above shortcomings, artificially created environments such as greenhouse planting and greenhouse planting have emerged as the times require. These planting methods require a large amount of equipment, the equipment cost is relatively high, and the types of crops planted are limited. The environment of test tubes and culture rooms is going to the field, and it is impossible to achieve mass production. The cultivation process requires full artificial tissue culture and guidance. The cultivated seedlings have poor applicability to the outside world, and the mortality rate is high after leaving the cultivation environment.

[0004] The existing cultivation technology can only manually collect information on site during the cultivation process, and most of the collected information is transmitted through manual recording. During the transmission process, the information is easily modified or even lost, and the management personnel cannot timely know the growth of the crops on site. Due to the situation, it is impossible to know the operation status of the on-site equipment, the setting of the equipment parameters, etc., if the on-site equipment parameters are not set correctly, it can only be modified by the operator on site, and cannot be modified remotely. Disadvantages such as inability to monitor equipment remotely, inability to view environmental data remotely, inability to remotely monitor and modify equipment parameters, etc.

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