Adjustable Jump Box with Rounded Edges for Athlete Safety
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Solution Overview
Problem
Existing jump box devices are prone to instability and cause injuries due to sharp edges and corners, leading to risks of cuts, strains, and career-ending injuries, as they are either lightweight and easy to knock over or made of sturdy materials that increase the risk of injury.
Innovation Solution
A stable jump box with an adjustable platform fixed to a frame, featuring a base with diverging legs, a counterweight system, and padded handlebars, allowing for safe height adjustments in one-inch increments, and attachment to a wall for added stability, reducing the risk of injury by eliminating the need to jump over the base and providing a secure landing surface.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If jump box devices are made lightweight to be movable, then ease of operation is improved, but stability deteriorates causing the device to be easily knocked over
Solution Approach 1:
The corners and edges of the jump box are rounded or curved rather than sharp, which prevents injuries while maintaining the box's structural integrity and stability. This allows the box to remain sturdy and resistant to knocking over while eliminating the harmful sharp features.
Solution Approach 2:
The weight and dimensional parameters of the jump box are optimized to achieve a balance between movability and stability. The box is made heavy enough to be stable during use but not so heavy that it cannot be repositioned when needed, resolving the contradiction between ease of operation and stability.
2Strength
If jump box devices are made with sharp edges and corners for structural integrity, then strength is improved, but harmful factors increase causing cuts and injuries
Solution Approach 1:
The corners and edges of the jump box are rounded or curved rather than sharp, which prevents injuries while maintaining the box's structural integrity and stability. This allows the box to remain sturdy and resistant to knocking over while eliminating the harmful sharp features.
Solution Approach 2:
The potentially harmful sharp corners and edges are transformed into beneficial rounded features that maintain structural strength while preventing injuries. The rounding process converts a harmful characteristic into a safety feature without compromising the box's overall strength.
3Stability of the object's composition
If jump box devices are made stable and heavy, then stability is improved, but harmful factors increase making injuries more severe upon impact
Solution Approach 1:
The corners and edges of the jump box are rounded or curved rather than sharp, which prevents injuries while maintaining the box's structural integrity and stability. This allows the box to remain sturdy and resistant to knocking over while eliminating the harmful sharp features.
Solution Approach 2:
The weight and dimensional parameters of the jump box are optimized to achieve a balance between movability and stability. The box is made heavy enough to be stable during use but not so heavy that it cannot be repositioned when needed, resolving the contradiction between ease of operation and stability.
Data Source
AI summary
A jump box for training athletes that eliminates a lot of the hazards of using a traditional jump box. The device has a base, a back frame and a platform the height of which can be adjusted in small increments. The platform is sized and shaped to extend further towards the athlete than any other portion of the jump box making it considerably safer than other devices on the market. In addition, the platform of the jump box is angled downward slightly to make it easier for the athlete to jump on the device. The weight and construction of the device makes it virtually impossible to knock over. In addition, because of the shape and orientation of the platform, athletes can use the box without injuring themselves if they miss a jump.