Device and method for measuring risistance capacity training load for bare-handed martial art

Abstract

The invention relates to a measuring device and method for resisting-ability training load of an unarmed martial art, composed of pressure sensor sensing beating force, signal conditioning circuit, A / D converter, microcontroller, display, keyboard, power supply and memory. Its basic measuring method: in the resisting-ability training of an unarmed martial art, real-timely making complete, accurate and objective measurement and recording the load parameters for the resisting-ability training. Thus, it implements digital, automatic and accurate management for the unarmed martial art in the resisting-ability training.

Description

Technical field [0001] The invention relates to an unarmed fighting technique resistance ability training load measuring device, in particular to a measuring device and a measuring method capable of measuring the training load of an athlete's resistance ability in unarmed fighting technique training. Background technique [0002] The relevant state of the art is that in the training of the resistance ability, for the training of a certain part of the human body, because there is no equipment for accurately measuring its training load, the traditional training equipment is still used and the corresponding internal training methods are still used. Strike the parts of the athlete's body that need to be improved. For example, using wooden sticks or planks to hit the athlete's chest or back. This training method cannot accurately determine the training load of the resistance ability, for example, for each blow force per unit area, for each part in a certain...

AI Technical Summary

Problems solved by technology

This training method cannot accurately determine the training load of the resistance ability, for example, for each strike force per unit area, for each part of the total strike force within a certain period of time, and for the training load The strike frequency cannot be accurately and real-time understood and controlled during training

Therefore, it is impossible to formulate its precise training plan

[0003] At the same time, the control of the number of blows in training can only be controlled by manual counting.

And for the control of training time, also can only be to adopt stopwatch or clock to record or control

[0004] The above-mentioned training situation has hindered the rapid improvement of the training efficiency and training level of unarmed combat skills, and it is impossible to realize the quantification, digitization and precise management of the training load of combat ability.

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