Intelligent control method and equipment for growing environment of medicinal fungus

Abstract

The invention relates to an intelligent control method and equipment for the growing environment of a medicinal fungus. The intelligent control equipment for the growing environment of the medicinal fungus comprises a control terminal module, a central processing module, a communication module, an auxiliary module and a power module, wherein the control terminal module, the communication module, the auxiliary module and the power module are controlled through the central processing module, and the control terminal can be externally connected with electrical equipment to achieve accurate, real-time, comprehensive and intelligent control over the growing environment of the medicinal fungus. The intelligent control method and equipment for the growing environment of the medicinal fungus have the advantages of being capable of largely reducing the human resource cost in the growth process of the medicinal fungus, remotely or locally monitoring the operation of the electrical equipment in real time, and accurately sensing the parameters of the growth environment of the medicinal fungus, thereby guaranteeing that the growth process of the medicinal fungus is in the optimal environment constantly, reducing planting risks, and meanwhile improving the yield of the medicinal fungus.

Description

technical field [0001] The invention relates to the fields of scientific research experiments, planting production and processing of edible and medicinal fungi, in particular to an intelligent control method and equipment for the growth environment of edible and medicinal fungi. Background technique [0002] At present, in the field of edible and medicinal mushroom cultivation, monitoring is mainly carried out in the following three ways: one is all controlled by manual experience and sensory judgment. Water spray (humidification), ventilation, temperature control, the disadvantages are traditional, backward, human factors, and the production quality and quantity are uncontrollable; the second is to complete the timing switch to complete the timing switch on or off the control equipment, according to the measured empirical data For control time and interval time control, the main disadvantage is that the number of controllable devices is limited, which is limited to simple d...

AI Technical Summary

Problems solved by technology

[0002] At present, in the field of edible and medicinal fungus cultivation, the monitoring is mainly carried out in the following three ways: one is controlled by manual experience and sensory judgment, and some simple measurement data such as temperature and humidity are referred to during the control process. Water spraying (humidification), ventilation, temperature rise and fall control, the disadvantages are traditional, backward, human factors, large production quality and quantity can not be controlled; the second is to complete the timed opening or closing of the control equipment through the timing switch, according to the empirical data of the measurement The main disadvantage of controlling the control time and interval time is that the number of controllable devices is limited, only simple devices such as temperature control and exhaust fans, and there is no way to automatically adjust the control time according to changes in the environment; the third is target parameter control. The main disadvantage is that it can only control equipment with controllable parameters such as air conditioners. This control method cannot perform intelligent real-time control according to different growth stages of edible and medicinal bacteria. The above control methods cannot be comprehensively controlled. For example, turning on the air conditioner reduces the The ambient temperature meets the temperature requirements, which can lead to a decrease in humidity, and the humidity cannot meet the humidity required by edible and medicinal fungi. In addition, real-time monitoring and remote control of the operation of the control equipment cannot solve the problem.

Images