Device for training spatial orientation capabilities

Abstract

The invention discloses a device for training the spatial orientation ability. The device comprises a base, an outer bin, an inner bin, a human body supporting platform, marble driving mechanisms anda controller. The outer bin is fixed on the top surface of the base; the inner bin is concentrically arranged in the outer bin; fluid is injected between the inner bin and the outer bin; the human body supporting platform is fixed to the center of the inner bin through a supporting rod. The marble driving mechanisms are uniformly distributed in a gap between the outer bin and the inner bin and areused for driving the inner bin to rotate in different directions in the outer bin; the controller is mounted at the position, capable of being touched by hands and feet, of the human body supportingplatform and electrically connected with the marble driving mechanisms. The marble driving mechanisms are controlled by the controller, so that the inner bin rotates, a person can change the spatial position of the person and train the spatial orientation ability of the person, the safety of a trainee can be well protected through cooperation of the human body supporting platform and the inner bin, help is provided for selection and training of astronauts, the structure is simple, and practicability and reliability are achieved.

Description

technical field [0001] The invention relates to the technical field of functional training devices, in particular to a space-oriented functional training device in the form of a training chamber. Background technique [0002] Astronauts enter the weightless environment of space to perform tasks. Due to the great difference between the ground and space environments, astronauts may experience symptoms such as spatial positioning disorders, loss of direction, nausea, and dizziness. Stimulus triggers. [0003] However, there are few devices on the market for training spatial orientation, such as neutral buoyancy pools, air flotation tables, virtual reality technology, etc. Although they all have the effect of training spatial orientation, each has its own disadvantages. In a neutral buoyancy pool, liquid resistance will affect the training effect; virtual reality technology cannot provide a sense of low gravity; the air flotation table limits the movement of the human body. Fu...

AI Technical Summary

Problems solved by technology

[0003] However, there are few devices on the market for training spatial orientation, such as neutral buoyancy pools, air flotation tables, virtual reality technology, etc. Although they all have the effect of training spatial orientation, each has its own disadvantages

In a neutral buoyancy pool, liquid resistance will affect the training effect; virtual reality technology cannot provide a sense of low gravity; the air floatation table poses restrictions on human body movements

Furthermore, the functional training equipment in the prior art has a large footprint and high cost, and also has limited training functions due to issues such as safety.

Images