High-grade intelligent scene fear analysis system

Abstract

The invention provides a high-grade intelligent scene fear analysis system, which comprises an experiment box body, wherein the experiment box body comprises an electric network and a excrement box, the electric network is positioned at the bottom of the experiment box body, the excrement box is positioned under the experiment box body, the electric network comprises a circuit and a metal rod, the metal rod is sheathed outside the circuit, a control box is arranged on a top cover of the experiment box body, a network digital camera is arranged inside the control box, the control box also comprises a mobile terminal and an adapting interface of a computer terminal, the interface is used for transmitting experiment data and control signals between multiple platforms and multiple terminals and the control box, and a corresponding expansion system is provided. The high-grade intelligent scene fear analysis system has the advantages that an image monitoring system is adopted, the behavior of experiment animals is accurately judged, and in addition, the made experiments can be conveniently traced; the drawer type electric network is convenient to dismount and wash, and in addition, the problem of poor contact of the electric network and time waste during the installation are solved; the metal rod adopts the sand blasting design, so the reflection cannot be caused, and the image quality is ensured; and a mode of combining a sectional material framework and a plate material plane is adopted, so the assembly and the dismounting are convenient.

Description

technical field [0001] The invention relates to an experiment analysis system, in particular to an advanced intelligent scene fear analysis system. Background technique [0002] The Fear of Situation System (FCS) is based on Pavlovian conditioning. It measures an animal's ability to learn and remember associations between aversive experiences and environmental cues. Commonly used sound or light cues are used as the conditioned stimulus (CS), and aversive stimuli (such as foot shock) are used as the unconditioned stimulus (US), and the two appear in pairs. After this kind of CS-US training, the animals not only learned that there was a connection between the sound and the electric shock, but also knew that there was a certain connection (context) between the electric shock and the surrounding environment. The former is auditory cue fear conditioning or cued fear conditioning, and the latter is contextual fear conditioning. [0003] At present, the common experimental syste...

AI Technical Summary

Problems solved by technology

[0003] At present, the common experimental systems on the market use infrared detection technology, which cannot accurately judge the behavior of experimental animals, and cannot trace the past experiments; the excrement of experimental animals is easy to accumulate on the power grid, causing short-circuit faults; the test box is an integral structure , not easy to disassemble and clean

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