Under-stress individual hand-and-foot coordination and emergency/strain ability measuring and training system

Abstract

The invention provides an under-stress individual hand-and-foot coordination and emergency / strain ability measuring and training system. The under-stress individual hand-and-foot coordination and emergency / strain ability measuring and training system is characterized by comprising a control unit, a measuring and training blind-track system facility unit and a remote control equipment unit; the control unit includes a hand operation module, a foot operation module, an acousto-optic interference module and a communication module; the measuring and training blind-track system facility unit includes a blind track and a communication module, wherein the blind track is provided with a plurality of obstacle points and a plurality of bend points; the remote control equipment unit includes a remotecontrol sports car and a communication module which is mounted on the remote control sports car; through the communication modules, information / signal interaction among all devices is achieved; and under the action of the control unit, the remote control sports car carries out measurement and training on the blind track. By adopting the under-stress individual hand-and-foot coordination and emergency / strain ability measuring and training system, people can carry out objective and precise measurement on individuals who are occupied in special industries and need hand-and-foot coordinated operation abilities under multiple stress conditions.

Description

technical field [0001] The invention relates to a hand-foot coordination training test system or equipment, in particular to a system for measuring and training individual hand-foot coordination and emergency / response ability under stress conditions. Background technique [0002] At present, in the existing technology, there are some tools related to the measurement of hand-foot coordination, such as: hand-foot coordination measuring instrument, psychological measurement system, etc., as well as multi-task alternate operation coordination measurement system, rolling ball track type hand-foot coordination movement ability test system . Existing measuring equipment and instruments of this kind are less difficult to measure, have relatively single functions, have no stress stimulation, and the nervousness of the subjects is not high. [0003] In addition, in the existing technology, there are systems for testing the coordination of hands and feet, and there are systems for tes...

AI Technical Summary

Problems solved by technology

Existing measuring equipment and instruments of this kind are less difficult to measure, have relatively single functions, have no stress stimulation, and the nervousness of the subjects is not high

[0003] In addition, in the existing technology, there are systems for testing the coordination of hands and feet, and there are systems for testing the coordination of hands and feet, but there are no certain stress stimuli, let alone multiple stress stimuli, and there is no requirement for rapid emergency / response ability. This is inconsistent with the situation in real life, and it is difficult to assess the individual's emergency / response ability, and it is also difficult to assess the individual's hand-foot coordination under multiple stress conditions. Therefore, the existing equipment is difficult to carry out. It is difficult to objectively evaluate individual stress and resilience under multiple stress conditions, and it is also difficult to conduct special psychological training for these special talents

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