Multi-modal interaction and cross-domain habitat co-regulation biological feeding box and control method

Abstract

The application discloses a multi-modal interaction and cross-domain habitat collaborative regulation biological feeding box and control method, the hollow cavity of the side wall of the feeding box is embedded with a display screen, the hollow cavity of the bottom wall is provided with an environment regulation execution component, a multi-parameter environment sensor group and a control system are arranged in the box body, and the overall structure is good in protection. The control system synchronously adjusts an electronic dynamic landscape picture on the display screen according to the environment parameters and the running state of the execution component, and simulates a habitat rhythm matched with the environment. The box body is integrated with a microphone array and a TOF gesture module, and supports three interaction modes of touch, voice and air gesture. An edge computing unit and a cross-device linkage gateway are built in the control system, the edge computing unit runs a biological behavior recognition model to realize unattended operation and maintenance in an offline state, autonomous intelligent feeding, the cross-device linkage gateway links indoor air conditioners and other household devices to collaboratively regulate when the environment parameters exceed the standard, and simultaneously reduces the power of the self module to avoid overload.

Images