Device and method for automatic recognition and catching of laboratory animals

Abstract

The invention discloses a device and method for automatic recognition and catching of laboratory animals, which is based on electronic chips, receivers and a computer management module subcutaneously embedded in the laboratory animals. The device comprises necessary passages arranged in a laboratory animal feeding floor, the receivers fixedly connected in the necessary passages, and an electronic chip reader connected between the receivers and the computer management module. Each of the necessary passages is provided with a through-opening and a movable fence for connecting a driving control terminal so as to seal the necessary passages to the computer management module. The working mode is selected through the computer management module, and the receivers and the reader are used for automatic recognition and catching of the laboratory animals normally moving through the necessary passages. The device and the method overcome the problems of intelligent recognition and catching of the laboratory animals, reduce physical injury threats of the laboratory animals to laboratory technicians, and improve the safety and convenience of animal experiments.

Description

technical field [0001] The animal experimental equipment of the present invention particularly relates to an intelligent identification and capture device and its implementation method for animal file and data management through the connection of electronic chip reading identification technology and electronic computer. Background technique [0002] Experimental animals, as biomedical research materials, are widely used in various experiments as "stand-ins" for humans in scientific research experiments. However, due to the large number of animals used in each experiment and the similar appearance of individual animals, individual animal identification, marking, and capture 1. Corresponding entry of experimental data is the most complicated and difficult work in animal experiments; animal genetic pedigree system, physiological and biochemical index files, basic database entry, and establishment of experimental database all require a lot of manpower and material resources to co...

AI Technical Summary

Problems solved by technology

Some ferocious animals are very aggressive and dangerous. They often cause damage to staff or animals during the capture process, and secondly, they are very irritating to animals and easily cause animal stress reactions. , affecting the accuracy of the experimental data

[0003] It can be seen that although it is common knowledge to load electronic chips into experimental animals by subcutaneous implantation and use wireless communication technologies such as RFID to identify them, in actual operation and application, the identification and capture of specific experimental animals still has relatively little big difficulty

The restlessness and aggressiveness of experimental animals pose a huge threat to experimenters

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