Y-shaped visual football training stretch tester and test method

Abstract

The invention discloses a Y-shaped visual football training stretch tester and a Y-shaped visual football training stretch test method. The tester comprises a box, a first sliding block and a corresponding first sliding rod, a second sliding block and a corresponding second sliding rod, and a third sliding block and a corresponding third sliding rod, wherein each sliding rod is provided with one or more telescopic nodes; the box is of a rectangular structure; a third accommodating hole body is formed in the center position of the short edge side of the box; the third accommodating hole is positioned in the box, and extends inwards along the long side of the box; a first accommodating hole body and a second accommodating hole body are respectively arranged on two sides of the short edge of the box departing from the center position; the first accommodating hole body and the second accommodating hole body are respectively positioned in the box, and extend inwards along the long edge of the box; and the first, second and third accommodating holes are not overlapped with one another. The tester is also provided with a distance sensor and a processor connected with the distance sensor, and a display device and a test terminal respectively connected with the processor. The tester is convenient to disassemble, adjustable in angle, automatic in measurement, real-time in display of test data, and high in test efficiency.

Description

technical field [0001] The invention relates to the field of medical and health care equipment, in particular to a Y-shaped visual football training stretch tester and a test method. Background technique [0002] Sports injury risk assessment and prevention are of great significance for ensuring the physical and mental health of athletes and the general public, saving social medical resources, preparing for the Olympics, and promoting scientific fitness for all. Human sports are an organic whole. Traditional joint stability and activity, muscle strength, balance, Single factor tests such as reaction time are difficult to assess sports injury risk. At present, comprehensive functional tests such as Y balance test (YBT), functional movement screening (FMS), and single-leg hop test (Hop Test) that include multiple risk factors in the world are making accurate assessment of injury risk possible. [0003] At present, there are no training stretch testers and testing methods spec...

AI Technical Summary

Problems solved by technology

[0003] At present, there are no training stretch testers and testing methods specifically for football players. The existing Y-shaped stretch tester in the prior art is too simple in structure and has a single function, and it can only

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