Biological feedback based intelligent foot electric-shock system

Abstract

The invention provides a biological feedback based intelligent foot electric-shock system which comprises an intelligent control device, a biological feedback device, an electric-shock control device and an animal behavior monitoring device. The biological feedback device is used for collecting physical activity information and psychological activity information of animals, the physical activity information includes heartbeat data, and the psychological activity information includes activity data; the animal behavior monitoring device is used for collecting behavior signals of the animals and analyzing to acquire behavioral data; the intelligent control device is used for generating electric-shock instructions according to the physical activity information, the psychological activity information and the behavioral data; the electric-shock control device is used for performing electric shock on the animals according to the electric-shock instructions. By the arrangement, intelligent foot electric shock on particular areas and time phases is realized.

Description

technical field [0001] The present invention relates to the technical field of behavior, in particular to the research equipment of behavior, specifically an intelligent foot electric shock system based on biofeedback. Background technique [0002] Organisms such as rats or mice can be regarded as a resistor. When a certain voltage is given, a current will be generated. When this current reaches a certain intensity, it will cause discomfort, even disgust, fear and other psychological and physiological reactions. Disgust will produce reactions such as escaping, freezing, galloping, tail flicking, etc. Physiologically, there will be reactions such as rising corticosterone and rapid heartbeat. Such vicious stimuli are generally used in the field of neuroscience to study the neural mechanisms of reward and punishment, as well as the neural circuit research of conditioned fear and memory. [0003] To investigate the disgust response of rats and mice behaviorally, electric shocks...

AI Technical Summary

Problems solved by technology

But this increase cannot fully indicate the animal's "psychological" response. The best solution still needs to combine the activity of neurons to assess the animal's psychological state

[0007] On the one hand, real-time position preference and foot shock box cannot achieve foot stimulation at a specific time and space. These two devices can only choose foot shocks in a wide range of spaces. Such foot shocks are only suitable for behavioral devices. There is no choice For example, when there is only one mouse in a device, there is no problem, but when there are 2 or more mice in the device, selective space-specific and temporal stimulation cannot be performed

[0008] On the other hand, these two behavioral devices cannot intelligently regulate the intensity of stimulation, and cannot provide sen

Images