Snowboard Trainer Slide Rail Mechanism for Safe Skill Acquisition
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Solution Overview
Problem
Snowboarding has a steep learning curve, leading to injuries and muscle loss due to seasonal nature, making it difficult for beginners to develop necessary skills and maintain proficiency without proper practice and training.
Innovation Solution
A snowboard trainer (SBT) with a slide rail, central stand, and adjustable supports that simulates snowboarding movements, allowing users to practice tilt, pivot, and pressure concepts, and connects to a computing system for training or gaming.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If beginners practice snowboarding on the mountain, then they can develop muscle development and balance, but they risk injuries and frustration due to repeated falls
Solution Approach 1:
The patent introduces a training device as an intermediary between the learner and actual snowboarding. The device simulates snowboarding movements on land using a slide rail mechanism, allowing users to practice tilt, pivot, and pressure concepts without the dangers of actual snow slopes. This mediator provides a safe environment to develop muscle memory and balance before transitioning to real snowboarding.
Solution Approach 2:
The training device enables preliminary practice of snowboarding techniques before actual snowboarding attempts. Users can repeatedly practice proper body positioning, edge control, and weight distribution on the training device, building muscle memory and confidence in advance. This preliminary action reduces the learning curve and prevents injuries by ensuring beginners master fundamentals in a safe environment first.
2Duration of action of stationary object
If snowboarders practice during off-season, then they can maintain muscle strength, but they lose progress between winters due to lack of continuous practice
Solution Approach 1:
The patent creates a land-based copy of snowboarding mechanics that can be practiced year-round. The training device replicates the essential movements and muscle engagement of snowboarding without requiring snow or cold weather conditions. This copying allows continuous practice during off-season months, maintaining muscle memory and proficiency without the seasonal limitations of actual snowboarding.
3Object-affected harmful factors
If beginners spend days scooting down the hill instead of proper snowboarding, then they can avoid injury, but they fail to develop proper snowboarding skills
Solution Approach 1:
The training device is designed to provide self-correcting feedback that guides users toward proper technique. The slide rail mechanism and body positioning requirements naturally encourage correct snowboarding posture and movement patterns. Users receive immediate tactile feedback when their form is incorrect, allowing them to self-correct without an instructor present. This self-service approach ensures skill development occurs safely and effectively.
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
Enables effective mental and physical training for snowboarders, helping beginners develop muscle memory and balance, and allowing for rehabilitation and off-season maintenance of skills, reducing injury risk and improving proficiency.
Implementation Method 1
a roller bearing sized to be retained in the central board receiver such that when the roller bearing is received in the central board receiver, the front interface three-dimensionally rotates relative to the central stand
Data Source
AI summary
A snowboard trainer (SBT) includes an SBT platform, a slide rail, slide supports, a central stand, and a front interface. The slide rail extends from a first end to a second end. The slide supports connect the slide rail to the SBT platform. The slide supports are configured to support the slide rail relative to the SBT platform. The central stand is positioned relative to the slide rail on the SBT platform and positioned between the first end and the second end of the slide rail. The central board receiver is connected to the central stand. The front interface is configured to be secured to a front portion of a snowboard. The front interface includes a roller bearing sized to be retained in the central board receiver such that when the roller bearing is received in the central board receiver, the front interface three-dimensionally rotates relative to the central stand.