Spring-Biased Torso Dummy for Solo Clinch Training
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Solution Overview
Problem
Current martial arts training methods for clinch techniques require a live partner, which can lead to safety concerns and limitations due to the need for protective padding, restricting the range of strikes and causing fatigue and risk of injury.
Innovation Solution
A martial arts training device with a base assembly, primary spring, torso body assembly, and bidirectional spring-biased assemblies that simulate an opponent, allowing for adjustable resistance and height, enabling solo training for clinch techniques without a partner.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If clinch training is conducted with a live partner using protective padding, then safety is improved, but the range of strikes is limited and the trainer experiences fatigue and injury risk
Solution Approach 1:
The patent creates a mechanical copy of an opponent's torso and head using a dummy head and torso assembly with springs. This copy provides realistic resistance and movement simulation without requiring a live human partner, thereby eliminating safety concerns while maintaining full striking versatility. The dummy head can be struck in any location without protective padding limitations.
Solution Approach 2:
The spring mechanism acts as an intermediary between the trainee's strikes and the dummy head. The springs absorb impact forces and provide realistic resistance, mediating the interaction to simulate an actual opponent's response while eliminating the need for protective equipment and reducing injury risk.
2Force
If clinch training is conducted with a live partner, then realistic resistance is provided, but the trainer experiences neck strain and back fatigue
Solution Approach 1:
The dummy head and torso assembly with spring mechanisms creates a mechanical copy that provides realistic resistance forces without requiring a live human opponent. The springs simulate an opponent's natural resistance to head movement and striking forces, providing authentic training resistance while eliminating the harmful physical strain on the trainer's neck and back.
Solution Approach 2:
The spring mechanisms provide counterbalancing forces that resist the trainee's manipulation attempts on the dummy head. These counterforces simulate an opponent's resistance without transferring the physical strain to the trainer's neck and back muscles, effectively canceling out the harmful effects of live partner training.
3Ease of operation
If solo training is conducted without a partner, then safety and convenience are improved, but realistic clinch resistance cannot be simulated
Solution Approach 1:
The spring-biased dummy head and torso assembly creates a mechanical opponent that can be used for solo training. The springs provide realistic resistance forces that simulate an actual opponent's physical response, allowing the trainee to practice clinch techniques alone while receiving authentic tactile feedback and resistance.
Solution Approach 2:
The training device is self-contained and requires no external power source or additional equipment. The springs automatically provide resistance and reset the dummy head to its neutral position after each manipulation, allowing the trainee to conduct unlimited solo practice sessions without assistance from a trainer or partner.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The device provides a safe and effective means for solo training of clinch techniques, allowing for precise striking and realistic resistance simulation, reducing the risk of injury and accommodating various fighter sizes and strengths.
Implementation Method 1
a primary spring affixed to the top of the base assembly, the primary spring having a top and a bottom; and at least one bidirectional spring-biased assembly for yieldably maintaining the torso body assembly in a default resting position
Data Source
AI summary
In accordance with a version of the invention, a martial arts training device is provided which allows solitary training, particularly with regard to clinch training. In certain versions of the application, the martial arts training device generally comprises: a base assembly having a top; a primary spring affixed to the top of the base assembly, the primary spring having a top and a bottom; a torso body assembly; a vertical adjustment assembly adapted to vertically translate the torso body assembly between a downward position and an upward position; and at least one bidirectional spring-biased assembly for yieldably maintaining the torso body assembly in a default resting position.