Gun Rail Attachments Using Composite Polymer and Spring Clips
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Solution Overview
Problem
Current gun rail attachments lack effective wire management, provide inadequate grip comfort, and fail to enhance functionality beyond heat dissipation, with hard plastic covers being slippery and brittle, and not addressing thermal or chemical resistance.
Innovation Solution
The use of lower durometer polymeric materials for gun rail attachments, combined with spring-biased clips, offers superior gripping strength, durability, heat resistance, and adaptability, along with insulative properties and ergonomic design for improved handling and device integration.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If hard plastic covers are used for gun rail attachments, then the rail flanges are covered and a smoother surface is provided, but the covers become slippery and brittle with minimal heat resistance
Solution Approach 1:
The patent employs composite material construction by combining a rigid base structure (for structural integrity and rail engagement) with a thermally insulating polymer material (for heat resistance and grip comfort). This composite approach allows the attachment to simultaneously achieve thermal protection against barrel heat while maintaining ergonomic gripping surfaces that remain comfortable even when hot, directly resolving the contradiction between grip comfort and heat resistance.
2Reliability
If spring-biased clips are used for attachment, then secure engagement with the rail is achieved, but the device complexity increases
Solution Approach 1:
The spring-biased clips are designed as self-contained attachment mechanisms that automatically engage with the rail flanges when the attachment is installed. The springs provide continuous engagement force without requiring additional actuators, controls, or complex locking mechanisms. This self-service approach achieves reliable secure engagement while minimizing device complexity, as the clips autonomously perform the attachment function through their elastic deformation and recovery.
3Ease of operation
If lower durometer polymeric materials are used, then superior gripping strength and comfort are achieved, but the material durability and abrasion resistance may be reduced
Solution Approach 1:
The patent applies local quality differentiation by using lower durometer polymeric materials specifically for the portions of the attachment that require gripping strength and comfort (such as handhold surfaces and contact areas), while maintaining higher strength materials for structural components subject to abrasion and mechanical stress. This localized material selection optimizes grip characteristics in user-contact zones without compromising overall durability in high-wear areas, thereby resolving the contradiction between grip strength and abrasion resistance.
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 solution provides enhanced grip security, thermal insulation, noise reduction, and protection against extreme temperatures, while allowing for customizable configurations and secure device mounting, improving gun handling and performance in various conditions.
Implementation Method 1
insulative properties against thermal shock, heat resistance and protection
Implementation Method 2
spring-biased clips as attachment, securement and reinforcing members
Implementation Method 3
superior gripping strength, durability, abrasion resistance
Data Source
AI summary
Gun rail attachments, gun components and accessories and systems include attachment bodies made of polymeric materials with hardness ratings and ranges which are generally flexible and malleable and heat resistant. Reinforcing members are combined with the attachment bodies for secure attachment to gun rails and grips with only the polymeric attachment bodies exposed. Pockets, cavities and channels are formed in the attachment bodies for receiving wires, devices, device modules, components or accessories for guns.