Monkey cage for multi-view shooting

Abstract

The invention belongs to the technical field of animal experiment equipment, and particularly relates to a monkey cage for multi-view shooting. The monkey cage is characterized in that a frame is formed by welding stainless steel pipes, and the front face, the left face and the top face of the frame are all made of transparent tempered glass; a cage door consisting of fences is arranged on the right side of the cage body; a stainless steel grid is arranged on the lower side of the cage body and used for filtering excrement, and a movable stainless steel excrement box is arranged below the grid; white paint is sprayed in the back of the monkey cage and the excrement box; two side-by-side handrails are arranged on the stainless steel grid surface, so that the monkeys can climb, stand and the like conveniently; the stainless steel long rod is arranged at the top of the monkey cage frame, so that monkeys can stand to grab conveniently; a sliding small sliding door is arranged in the middle of the door and can be automatically locked when closed, and a bait box for containing bait is arranged in the opening end of the sliding small sliding door. According to the monkey cage, animal videos can be conveniently shot from the front face, the side faces and the top face in a multi-angle mode without being shielded by handrails, and the animals are not invaded or hurt.

Description

Technical field [0001] The present invention belongs to the technical field of animal experimental equipment, specifically relates to monkey cages for experimental shooting. Background [0002] Because non-human primates have a high degree of similarity in human evolution, such as brain structure and mobility, non-human primates have a pivotal role in animal experiments. In the neuroscience experiments of non-human primates, phenotypic behavior observation has become an indispensable and important step in the experimental link, the laboratory will generally be equipped with surveillance cameras or professional cameras to collect phenotypic behavior information of non-human primates, and intelligent behavior analysis based on deep learning is introduced into the non-human primate brain science laboratory, and the requirements for video data are getting higher and higher. In the prior art, the common monkey cage is surrounded by a grid and a fence, at most one transparent glass sur...

AI Technical Summary

Problems solved by technology

In the prior art, the common monkey cages are surrounded by grids and fences. At most one transparent glass surface is used for shooting and the cage is small in size, which is not conducive to animal activities. The grids and fences will block animals and affect the shooting line of sight. The background color is similar to the color of the animal itself, the obtained video quality and single angle are not conducive to intelligent analysis of animals for deep learning

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