Intelligent insect-expelling drug-throwing machine for multiple canine animals based on multiple identification and implementation method

Abstract

The invention discloses an intelligent insect-expelling drug-throwing machine for multiple canine animals based on multiple identification. The intelligent insect-expelling drug-throwing machine comprises an FRID label, a drug-throwing machine shell, an RFID identification system, an infrared identification system, an iris identification or nasal line identification system, a drug bait storage system, a door control system, a light control system, a drug-throwing system, a camera system, a positioning system, a reminding alarm system, a control and communication system, a power supply system and a remote management platform, wherein the RFID identification system, the infrared identification system, the iris identification or nasal line identification system, the drug bait storage system,the door control system, the light control system, the drug-throwing system, the camera system, the positioning system, the reminding alarm system, the control and communication system, the power supply system and the remote management platform are arranged in the drug-throwing machine shell; the FRID label is arranged in or out of a target canine animal body; the FRID label is in communication connection with the RFID identification system; the drug bait storage system, the door control system and the drug-throwing system complete the processes of drug bait storage, drug-throwing starting andstopping, drug bait counting and weighing and the like under the command of the remote management platform and the control and communication system. In addition, the invention further discloses an implementation method of the drug-throwing machine. According to the intelligent insect-expelling drug-throwing machine and the implementation method thereof, the multiple canine animals can be distinguished simultaneously, accurate distinguishing is achieved, especially when the multiple canine animals appear simultaneously at night, related identification information is obtained, and meanwhile, accurate drug-throwing and insect-expelling are conducted respectively.

Description

technical field [0001] The present invention relates to the technical field of echinococcosis prevention and control, more specifically, to the technical field of echinococcosis infection source, especially free-range dogs, ownerless dogs and wild canids, and especially to a multi-identification-based An intelligent insect repellent dosing machine for multiple canines; in addition, the present invention also relates to a method for realizing the intelligent insect repellent dosing machine for multiple canines based on multiple identifications. [0002] This invention is jointly funded by the demonstration project of comprehensive echinococcosis prevention and control of the Chinese Center for Disease Control and Prevention, the Key Laboratory of Echinococcosis Prevention and Control of the National Health and Health Commission, and the transformation of scientific and technological achievements in Qinghai Province. Background technique [0003] The prevention and control of ...

AI Technical Summary

Problems solved by technology

But there are also certain limitations, mainly including (1) one smart collar or feeder can only correspond to one dog, (2) only one piece of insect repellent bait can be administered at a time, and all of them are administered regularly, ( 3) It cannot be worn and used for free-range dogs, ownerless dogs and wild echinococcosis infection sources. (4) It adopts pre-set procedures and dosing time, and cannot deworm at any time as needed

[0005] However, the existing patent application for an intelligent drug delivery device and method using image recognition for animals has many defects: (1) The use of image recognition technology on canine animals is still a concept, and the patent application is not clear and reliable in terms of image recognition or drug delivery technology. (2) limited by the light source, it cannot be used at night; (3) it is impossible to accurately distinguish when multiple dogs appear in the recognition area at the same time; (4) when multiple dogs overlap each other, it is impossible to obtain clear and complete Image, (5) It is impossible to deworm one-to-one administration of multiple canine animals at the same time, (6) It is impossible to solve the problem of deworming free-range dogs, ownerless dogs (stray dogs) and wild echinococcosis infection sources

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