Intelligentized display device of simulated rat in simulated weightlessness condition

Abstract

The invention provides an intelligentized display device of a simulated rat in a simulated weightlessness condition and belongs to the technical field of devices for the display of experiments. The intelligentized display device is particularly suitable for display equipment for the study of a simulated weightless experiment of the rat, developed in the field of aerospace medicine, and is characterized in that: the intelligentized display device is used for displaying a simulation principle and method of a weightless environment and the movement means of the rat in the weightless environment through wrapping silica gel and a mechanical structure by rat fur and hair and controlling a rat specimen by an intelligent controller. The intelligentized display device has the characteristics of having a plurality of integrated functions such as simulation, environmental protection, intelligentization and the like, and provides intuitional demonstration equipment for a typical animal model for the simulation of a microgravity environment in the outer space.

Description

technical field [0001] The patent of the invention belongs to the technical field of technology popularization equipment for display, and is especially suitable for the teaching and display of simulated weightlessness state of rats in the field of aerospace medicine. Background technique [0002] Exploring space is an inevitable choice for human beings to expand their living space. The weightless environment is a threat that human beings will encounter when exploring space. The study of the impact of weightlessness on human life activities is of great significance for the establishment of health protection measures for space explorers. The tail-suspended rat model is The animal model for simulated weightlessness research was first proposed by American scholars Morey-Holton and Wronski in 1987. Up to now, this experimental method is still a classic animal model for simulating the microgravity environment in space, and has been widely used by academic institutions such as the A...

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Problems solved by technology

[0002] Exploring space is an inevitable choice for human beings to expand their living space. The weightless environment is a threat that human beings will encounter when exploring space. The study of the impact of weightlessness on human life activities is of great significance for the establishment of health protection measures for space explorers. The tail-suspended rat model is The animal model for simulated weightlessness research was first proposed by American scholars Morey-Holton and Wronski in 1987. Up to now, this experimental method is still a classic animal model for simulating the microgravity environment in space, and has been widely used by academic institutions such as the American Aerospace Research Center. But there is no corresponding display model

[0003] Existing rat models have the following disadvantages: 1. The existing rat models generally adopt the method of engraving prostheses covered with fur, so as to ensure a realistic appearance, but the prostheses are too stiff, unable to move, and feel poor; 2. Most of the existing rat display models are in the state of crawling on flat ground, without tail suspension, and cannot display the core of the simulated weightlessness test; 3. Most of the existing rat models are static specimens, which cannot reflect the movement state of the animal, and cannot realize the test of weightlessness. Machine autonomous motion or real-time controlled motion

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