Baseball Batter Helmet With Concealed Modular Attachment Points
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Solution Overview
Problem
Conventional baseball batter's helmets have visible hardware through-holes and bulky impact mitigating pads, compromising aesthetics and increasing helmet size, while lacking efficient attachment mechanisms for components like jaw flaps and face masks.
Innovation Solution
The helmet design incorporates removable plugs at attachment points, allowing for flush integration of components like jaw flaps and chinstraps, using vinyl nitrile foam for thinner impact mitigating pads, and integrating slit openings for varying impact resistance zones.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If conventional helmets use visible hardware through-holes for attaching components, then attachment functionality is achieved, but aesthetic appearance deteriorates
Solution Approach 1:
The patent removes the visible hardware and through-holes from the helmet exterior by integrating the attachment mechanism within the helmet body. The attachment component is embedded such that only the functional elements (jaw flap, chinstrap) are visible, while the mounting hardware is concealed inside the helmet shell, thereby maintaining aesthetic appearance while preserving attachment functionality.
Solution Approach 2:
The patent introduces an intermediary attachment component that mediates between the helmet body and external accessories. This component includes internal mounting structures (such as embedded tabs or clips) that provide secure attachment points without requiring external hardware, thus eliminating visible through-holes while maintaining functional attachment capability.
2Reliability
If conventional helmets use bulky impact mitigating pads, then impact protection is improved, but helmet size and weight increase
Solution Approach 1:
The patent applies impact mitigation materials selectively at specific high-impact zones rather than uniformly across the entire helmet interior. By concentrating foam or gel padding only at critical areas (temples, forehead, back of head), the design provides adequate impact protection while minimizing overall volume and weight compared to conventional full-coverage padding.
Solution Approach 2:
The patent employs composite impact mitigation structures combining multiple materials with different properties (e.g., rigid plastic shells with flexible foam inserts, or gel-filled chambers). This composite approach achieves high impact resistance with thinner overall padding, reducing helmet bulk while maintaining protective reliability.
3Shape
If removable plugs are used for component attachment, then aesthetic appearance is improved, but device complexity increases
Solution Approach 1:
The patent segments the attachment system into modular components: removable plugs that can be taken out to access attachment points, and corresponding receptacles embedded in the helmet body. This segmentation allows the plugs to be removed and repositioned for different attachment configurations while maintaining a clean aesthetic appearance when installed, without requiring complex internal mechanisms.
Solution Approach 2:
Instead of having external hardware protrude from the helmet surface, the patent inverts the design by embedding the attachment receptacles within the helmet body and using removable plugs that conceal these receptacles. The aesthetic element (smooth surface) becomes the default state, with functionality accessed only when plugs are removed, thereby simplifying the overall device appearance while maintaining attachment capability.
Data Source
AI summary
A baseball batter's helmet includes a helmet body having an outer helmet surface and an inner helmet surface, and multiple removable plugs molded into the helmet body at multiple locations. Each removable plug is configured to be removed, thereby forming a through-hole through the inner helmet surface and the outer helmet surface at the respective location of the removable plug on the helmet body. The helmet also includes an attachment component that is removably connected to the inner helmet surface upon removal of one or more of the removable plugs from the helmet body.