3results about How to "Timely rescue" patented technology

This utility model provides a modular inflatable swimming ring, relating to the field of swimming rings. The modular inflatable swimming ring includes a first ring body, with a soft strap fixedly connected to the right side of the first ring body. A connecting frame is fixedly connected to the right end of the soft strap, and a connecting strap is wrapped around the surface of the connecting frame. A second ring body is fixedly connected to the right end of the connecting strap. This modular inflatable swimming ring, through the cooperation of the soft strap, connecting frame, connecting strap, locking ring, plush layer, and barbed layer, facilitates the combination of two swimming rings, allowing adults and children to play in the water simultaneously, and enabling timely rescue in case of drowning. The combination of the contraction ring and rubber strip allows the swimming ring for children to be locked tightly against their chest, increasing the swimming ring's stability. This solves the problem that swimming rings are generally used individually and are not easy to combine, making it easy for children to drown if they detach from the swimming ring while playing alone.

This manual provides data processing methods for stray animals and target animals. When the stray animal terminal detects a target stray animal within a preset range, it collects a target image containing the target stray animal and sends the image to a cloud server. Upon receiving the target image, the cloud server first uses a preset animal identification model to process the image and determine the target stray animal's identity information. Then, based on the target stray animal's identity information, it determines whether the target stray animal meets preset restrictions. If the target stray animal meets the preset restrictions, it sends a restriction command to the stray animal terminal. The stray animal terminal receives and responds to the restriction command, confining the target stray animal within the terminal. This allows for accurate and intelligent automatic identification and restriction of stray animals that meet the preset restrictions, facilitating subsequent processing.

The present application relates to the field of livestock health monitoring, particularly to a kind of for monitoring sow and newborn piglet safety monitoring system, comprising: camera: the camera is used to capture the image information of newborn piglet and sow;Data processing module: the data processing module is used to obtain image information, and the contour of sow and piglet in image information is extracted and tracked in real time, when the standing and lying state of sow changes, if the contour information of piglet is in the position that sow cannot see below the waist of sow, and piglet contour and tracking information are interrupted, it is judged that piglet is pressed, and alarm information is sent;It also relates to a kind of for monitoring sow and newborn piglet safety monitoring method, comprising the following steps: S1: monitoring the environmental temperature, humidity and other environmental parameters in pigsty;S2: according to the environmental temperature, humidity information monitored to adapt to the adjustment inside pigsty;Solve the problem that sow cannot be identified to press piglet due to picture obstruction.