Humidity controlling and reminding apparatus of container type breeding system

Abstract

Disclosed is a humidity controlling and reminding apparatus of a container type breeding system. The humidity controlling and reminding apparatus comprises a container body and a side container door arranged on one end of the container body. A breeding pool is arranged at the bottom of the container body. A humidity sensor is arranged above the breeding pool. The humidity sensor is connected witha humidifier arranged inside the container body through a controller, and is also connected with a display screen and an alarm arranged on the outer wall surface of the container body through the controller. In this way, the display screen can display a humidity value detected by the humidity sensor on the outer side of the container body in real time, and if the humidity value is greater than a controller preset value, the alarm will give an alarm for reminding. The humidity sensor and the humidifier are arranged inside a container type breeding system, so humidity in the container body can be effectively controlled to be within a certain range suitable for growth of fish and monitoring and reminding are also convenient. The humidity controlling and reminding apparatus has the advantagesof being simple in structure, being low in cost, having great effects or the like.

Description

technical field [0001] The invention relates to a humidity control and reminder device for a container-type farming system, belonging to the technical field of farming. Background technique [0002] In some arid areas, due to water shortage and high salinization of land, the development of fishery is seriously restricted. In addition, the supporting role of science and technology on industrial development has not been effectively reflected, manifested in low coverage, outdated breeding models, low output rate of ecological breeding in large water surfaces, aging breeding infrastructure, lagging fishery production management, lack of efficiency improvement, and market competitiveness The contradiction between industrial development and resources and the environment has intensified, and the ecological safety of breeding waters has become prominent. [0003] The traditional open-type running water culture technology and pond culture are highly dependent on natural water source...

AI Technical Summary

Problems solved by technology

[0002] In some arid areas, the lack of water and the high degree of salinization of the land severely restrict the development of fisheries

In addition, the supporting role of science and technology on industrial development has not been effectively reflected, manifested in low coverage, outdated breeding models, low output rate of ecological breeding in large water surfaces, aging breeding infrastructure, lagging fishery production management, lack of efficiency improvement, and market competitiveness decline, the contradiction between industrial development and resources and the environment has intensified, and the ecological safety of breeding waters has become prominent

[0003] The traditional open-type running water culture technology and pond culture are highly dependent on natural water sources and climatic conditions. In addition, the ponds are seriously aging and the culture mode is outdated, which cannot meet the natural conditions of severe water shortage, long sunshine hours, and high salinization of waters. Require

For this reason, the mode of adopting a separate breeding box for breeding has also appeared on the market, but how to realize the humidity control and monitoring in it is still a difficult problem

Images