10 results about "Animal activity" patented technology

This invention relates to the field of animal management technology and discloses an AI-based animal identification and management method based on unmanned aerial vehicles (UAVs). The method includes: responding to the generation of a heat map of suspected animal locations, a second UAV cluster performs a pinpoint confirmation task on the heat map area, collecting detailed image data of the animals; inputting the detailed image data into an animal identification model; based on species category and behavioral state, calling the corresponding animal movement prediction model from a model library and combining it with real-time environmental data to predict the animal's movement trajectory within a future time window; and controlling a third UAV cluster to generate a virtual electronic fence according to the predicted movement trajectory and a user-defined range. The method in this invention not only enables rapid animal species identification and population statistics but also generates a virtual electronic fence based on the predicted animal movement trajectory and a user-defined range, comprehensively considering both animal activity trends and human management needs.

Rodent trap (100), comprehensive: - an activity detection arrangement (110) with a movable activity element (112) which is movable when subjected to a mechanical load by an animal; - a bait monitoring arrangement (120) with a bait receptacle (122) that is movable independently of the activity element (112) of the activity detection arrangement (110) and which assumes different positions depending on the amount of bait applied; - a first sensor arrangement (130) associated with the activity detection arrangement (110) and configured to detect the position of the movable activity element (112); and - a second sensor arrangement (140) which is assigned to the bait monitoring arrangement (120) and is configured to detect a position of the movable bait receptacle (122), - wherein the first sensor arrangement (130) is configured to detect animal activity independently of the second sensor arrangement (140), and - wherein the second sensor arrangement (140) is configured to detect a bait state independently of the first sensor arrangement (130).

The application discloses application of Gastrodia elata extract in preparation of a feed additive for resisting Aeromonas hydrophila infection, and belongs to the technical field of water animal disease prevention and treatment. The application first finds that the Gastrodia elata extract has a significant effect of inhibiting Aeromonas hydrophila infection. After the Gastrodia elata extract is added into water animal feed as a feed additive and is fed to the water animal, the Gastrodia elata extract is absorbed into blood circulation system through a digestive tract, up-regulates intestinal immunoglobulin gene expression, improves serum immunoglobulin level, enhances intestinal barrier function, improves animal activity, effectively resists Aeromonas hydrophila infection, reduces disease occurrence, and improves yield and quality of animal breeding. Therefore, the Gastrodia elata extract has a good application prospect.

Livestock Health Monitoring Device With Animal Activity Tracking

The present application relates to the field of agricultural ecological breeding technology, and specifically discloses a kind of rice field co-production ecological comprehensive breeding method, comprising: rice field reconstruction, excavate field-shaped ecological ditch to form middle rice area and ditch breeding area;Equipment installation, erect the three-dimensional ecological habitat platform of lifting in the middle rice area, platform is connected to column by lifting drive mechanism;Species release, release aquatic animal seedling after rice and grass return green tillering period;Intelligent scheduling, platform height is controlled based on environmental data collected by Internet of Things sensor;Circulation co-production, utilize aquatic animal to move soil, remove insects, increase oxygen, excrement fertilize field, and aquatic animal independently enters and exits platform until harvest.The present application realizes the dynamic space cooperation of rice and animal activity through the lifting platform, constructs three-dimensional ecological channel, automatically responds to high temperature, night, oxygen deficiency and other scenes in combination with intelligent scheduling, solves the space conflict problem of animal and rice, and realizes energy self-sufficiency and resource recycling.

The utility model relates to outdoor interactive pet feeding cage technical field, and disclose an interactive pet feeding cage, including movable house, and the cat climbing frame of fixed setting in movable house top, movable house right side is provided with transfer structure, and transfer structure front is provided with taking and placing structure, movable house and transfer structure and taking and placing structure between from top to bottom respectively through upper hollow pipe network and lower hollow pipe network through connection, and the support frame is arranged between movable house and transfer structure. Movable house, transfer structure and taking and placing structure through upper hollow pipe network and lower hollow pipe network through connection form the pet feeding cage that has enough animal activity space and the interactive condition of convenient children and animal close range, greatly improve the interactivity and safety of children education, through the cage body is equipped with the interactive pipeline system, lets the child through observation and participates in pet feeding and cultivates the sense of responsibility and the ability of doing things, through transparent acrylic plate, the child is convenient to the observation of animal behavior.

This utility model discloses an animal activity observation box, including a washing box and a glass observation box fixedly connected to the top of the washing box through an opening. Both sides of the inside of the washing box are equipped with drive rollers, and drive rods are fixedly connected to the front and rear of the drive rollers. One end of each drive rod passes through the washing box and extends to the outside. This utility model relates to the technical field of observation boxes. This animal activity observation box, through a controlled motor, drives the drive rod on the front right side to rotate. The drive rod on the front right side drives the drive rollers to rotate, which in turn drives two drive belts. The two drive belts drive a wire mesh, transferring the upper surface of the wire mesh containing feces to the lower surface and the clean lower surface to the upper surface. This facilitates the removal of animal feces and ensures the cleanliness of the observation box.

The application relates to the technical field of livestock breeding environment regulation, in particular to a livestock breeding environment autonomous regulation method and system based on the Internet of Things, which solves the technical problem of inaccurate jet flow state judgment in the prior art. The method comprises the following steps: acquiring environment parameters of a breeding house; the environment parameters comprise an air inlet negative pressure value, an indoor-outdoor temperature difference and an animal activity layer temperature sequence; the animal activity layer temperature sequence comprises animal activity layer temperatures at the current moment and multiple historical moments; based on the animal activity layer temperature sequence, a distribution asymmetry coefficient for representing temperature distribution asymmetry is determined; based on the distribution asymmetry coefficient, the air inlet negative pressure value and the indoor-outdoor temperature difference, a jet flow instability risk index is determined; and according to the jet flow instability risk index, a control instruction for adjusting the opening degree of the air inlet of the breeding house is generated.

Methods of evaluating animal activity are disclosed including examples running artificial intelligence classification routines. Predictive atmospheric and celestial data may be used together with predictive artificial intelligence data analysis to obtain probabilities of certain animals being present at certain times. The evaluations may occur in conjunction with the operation of a feeder such that the method includes both feeding a selected species and predicting the activities of that species.