Intelligent complex shuttle control analysis system

Abstract

The invention provides an intelligent complex shuttle control analysis system, which comprises an experimental box body and is characterized in that the experimental box body comprises a first chamber, a second chamber, an electric net and a feces and urine box, and the first chamber and the second chamber are isolated from each other through a movable baffle; two control boxes are installed on the experimental box body, two web digital cameras are respectively installed in the control boxes and are used for collecting the information of the internal parts of the first chamber and the second chamber; each control box additionally comprises an adapter interface for a mobile terminal and a desk-type terminal, and the interfaces are used for transmitting experimental data and control signals between the control boxes and multiple platforms / multiple terminals; and a relevant extension system is also provided. By adopting an image monitoring system, the activities of experimental animals can be accurately judged and the done experiments are convenient to trace; the problems of poor electric grid contact and high installation expenses existing in a long term are solved, the situation of light reflection is not caused by adopting a sand blast design for metal bars and the quality of images is ensured; and by adopting a method of combining a section frame with a plate plane, the assembling and the disassembly are facilitated.

Description

technical field [0001] The invention relates to an experiment analysis system, in particular to an intelligent complex shuttle control analysis system. Background technique [0002] Shuttle box experiment is an important means to quantitatively measure the change of animal behavior. It belongs to the classic joint learning reflex, and animals can avoid harmful stimuli through learning. The bottom is a stainless steel grid, using electric current plus unconditioned stimulation to shock the animal's soles, and the top is equipped with a noise generator or light source to generate conditioned stimulation. Shock after a few seconds of conditioned stimulus. If the rat escapes to the safe area within the safe interval of the bell stimulus, it is an active avoidance response; if the rat does not escape to the safe area within the safe interval of the conditioned stimulus, it is passive avoidance if the rat flees to the safe area after being given a current electric shock The reac...

AI Technical Summary

Problems solved by technology

[0003] At present, the common test 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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