Intelligent pet feeder system

The utility model relates to an intelligent pet feeder system. The system comprises an intelligent feeder that comprises a housing, a camera, a material chamber, an anti-block unit, an active feeding unit, a stress sensor, a power unit and a material disc. The bottom part of the feeder is fixed to the power unit. The upper surface of the power unit is provided with the stress sensor, and the material chamber is hung above the stress sensor. The active feeding unit is disposed above the center of the power unit, and the top part of the active feeding unit is provided with the anti-block unit. The beneficial effects are that the system improves intelligent degree, enables remote feeding, facilitates timely understanding of pet state and residual weight of pet grain, and achieves daily eating records of the pet through a terminal unit to enable sound feeding. Furthermore, the system facilitates remote control of a mobile phone or other terminals, and obtaining of feeder video and weight data.