Modular ai-controlled thermostatic containerized bsf breeding system

Abstract

This invention relates to an AI-controlled, temperature-controlled aquaculture device for black soldier fly larvae, comprising a container body, at least one aquaculture tank, at least one feeding unit, a thermal control unit, a cooling fan, a detection unit, and an AI control unit. After being programmed, the AI ​​control unit automatically controls the feeding unit to feed and dispense food. Upon receiving a control signal, it automatically controls the thermal control unit and the cooling fan to activate for heat exchange, dehumidification, and / or ventilation. This achieves automated operation, constant temperature control, and rapid deployment of a smart control system, enabling large-scale and industrialized aquaculture.

Claims

1. A black soldier fly AI-controlled constant temperature breeding device, comprising: a container body having an internal accommodating space, the container body having at least one opening connecting to the accommodating space; at least one breeding tank disposed within the accommodating space, the bottom of the breeding tank having a heat exchange layer, the heat exchange layer having a plurality of through-flow channels for the circulation of a heat transfer medium; at least one feeding unit disposed within the breeding tank, the feeding unit having a feeding component and a feeding lever that reciprocate within the breeding tank; and a thermal energy control unit disposed within the accommodating space, the thermal energy control unit comprising a heat exchanger, an output pipe and an input pipe, the output pipe and the input pipe respectively connecting to the heat exchanger and the flow channels for conveying the heat transfer medium for heat exchange circulation between the heat exchanger and the flow channels; A detection unit is installed within the containment space to detect changes in the concentration of one or any combination of temperature, humidity, ammonia, and carbon dioxide within the containment space, and outputs a control signal when the concentration exceeds a standard value; an AI control unit is installed within the containment space and is signal-connected to the feeding unit, the thermal energy control unit, and the detection unit. After the AI ​​control unit is configured, it automatically controls the feeding unit to start and, upon receiving the control signal, automatically controls the thermal energy control unit to start.

2. As in request item 1, the AI-controlled constant temperature breeding device for black soldier fly larvae, wherein, The breeding tank has a slide rail on one side. The feeding unit includes a frame, a second power source, a roller, a storage tank, a pump, and a conveying pipe. The second power source and the feeding unit are respectively connected to the frame. The second power source drives the roller to move back and forth in the slide rail. The storage tank is set in the accommodating space to hold a food waste. The pump is set in the storage tank to extract the food waste. One end of the conveying pipe is connected to the pump to transport the food waste. The other end of the conveying pipe is connected to the feeding unit to discharge the food waste through an opening of the feeding unit.

3. As in request item 2, the AI-controlled constant temperature breeding device for black soldier fly larvae, wherein, The feeding unit is equipped with a third power source, which is connected to the frame. The frame moves back and forth in the breeding tank through the third power source, and the third power source drives the feeding rod to rotate and feed.

4. As in request item 1, the AI-controlled constant temperature breeding device for black soldier fly larvae, wherein, The two-layer aquaculture tanks are stacked one on top of the other, and a plurality of support rods are provided between the two aquaculture tanks for support and connection. The interior of the support rods that are away from the output pipe and the input pipe between the two aquaculture tanks is open, and the heat transfer medium extends and flows between the flow channels of the upper and lower aquaculture tanks through the open interior of the support rods.

5. The black soldier fly AI automatic control constant temperature breeding device as requested in item 1 is further provided with a cooling fan installed in the container body. The AI ​​control unit is connected to the cooling fan by signal. After receiving the control signal, the AI ​​control unit automatically controls the cooling fan to start.

6. As in request item 1, the AI-controlled constant temperature breeding device for black soldier fly larvae, wherein, The container body has openings at both ends of the accommodating space, and the two openings are respectively provided as modular docking ends, which are of a concave-convex joint structure.

7. As in request item 1, the AI-controlled constant temperature breeding device for black soldier fly larvae, wherein, At the location of the opening, a gate is moved by a first power source to close or open the opening.

8. As in request item 1, the AI-controlled constant temperature breeding device for black soldier fly larvae, wherein, The container body is equipped with a heat insulation layer and a sealed structure around its perimeter.

9. As in request item 1, the AI-controlled constant temperature breeding device for black soldier fly larvae, wherein, The perimeter of the aquaculture tank is constructed as an insulation layer.

10. As in request item 1, the AI-controlled constant temperature aquaculture device for black soldier flies, wherein, The AI ​​control unit is connected to the cloud for remote monitoring, control, and data analysis.

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