Throwing Target With Asymmetric Zone Areas For Pitch Control
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Solution Overview
Problem
Current baseball pitching training methods often neglect the development of pitch location, movement, and selection skills, which are crucial for long-term pitching success, especially at higher competitive levels, as they focus primarily on improving throwing mechanics and velocity while minimizing injury.
Innovation Solution
A throwing target system comprising a baseball strike zone with varying target and non-target zones, where the total surface area around the strike zone is greater than within it, designed to train pitchers in managing pitch location, movement, and selection by providing a structured framework for practicing different pitch types and locations.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Speed
If traditional training methods focus on improving throwing mechanics and velocity, then pitching speed and mechanical efficiency are improved, but pitch location control, movement, and selection skills are neglected
Solution Approach 1:
The target surface is segmented into multiple distinct zones (strike zone, around-strike zones, non-target zones) that correspond to different pitch types and locations. This segmentation allows pitchers to practice specific pitch locations and movements systematically, addressing the neglect of pitch location control while maintaining velocity training.
Solution Approach 2:
Different zones on the target surface have different properties and purposes - the strike zone for traditional accuracy, around-strike zones for movement and location control, and non-target zones for inducing swings. This local differentiation enables comprehensive training of pitch location, movement, and selection skills simultaneously with velocity development.
2Power
If pitchers focus on velocity and mechanics, then throwing performance is improved, but situational control and pitch management are neglected
Solution Approach 1:
The target surface is pre-configured with specific zones that indicate where different pitch types should be thrown based on game situations. This preliminary arrangement of target zones guides pitchers in practicing pitch selection and situational control, making pitch management more accessible and systematic.
Solution Approach 2:
The distinct zone markings on the target surface provide immediate visual feedback to pitchers about pitch location accuracy and movement. This feedback mechanism helps pitchers develop better pitch management and situational control by allowing them to adjust their pitch selection and location based on real-time performance data.
3Device complexity
If the target surface has equal area distribution, then simplicity is maintained, but training effectiveness for pitch location and movement is reduced
Solution Approach 1:
The target surface uses non-uniform zone area distribution where around-strike zones have greater total surface area than the strike zone itself. This local quality differentiation emphasizes the importance of pitch location control and movement training, making the training more effective for developing comprehensive pitching skills.
Solution Approach 2:
The asymmetric distribution of zone areas on the target surface reflects the actual priorities in pitching - emphasizing pitch location control and movement (around-strike zones) over simple strike zone accuracy. This asymmetric design enhances training effectiveness by allocating more training focus to the skills that are most critical for pitching success.
Data Source
AI summary
The present application is directed to a throwing target method. The throwing target comprises a baseball strike zone, one or more target zones located in the strike zone and one or more target zones located around the strike zone. The throwing target also comprises one or more non-target zones located in the strike zone. The total surface area of the target zones located around the strike zone is greater than the total surface area of the target zones located within the strike zone.