Angled Scope Ring Clamping Mechanism for Rail Alignment
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Solution Overview
Problem
Conventional scope rings and mounts on Weaver and Picatinny style rail bases experience alignment and cant issues due to lateral clamping forces, leading to material stress and potential failure, especially with lower-grade materials and inconsistent design tolerances.
Innovation Solution
The scope ring features a base member and rail clamping member that bolt together at an angle, generating a clamping force with both vertical and lateral vectors, providing a stronger and more stable connection by engaging the contact surfaces both laterally and vertically.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If lateral clamping force is used to secure scope rings to rail bases, then the mounting mechanism is simple, but alignment and cant problems occur due to angular deviation between contact surfaces
Solution Approach 1:
The patent transitions from purely lateral clamping force to a multi-dimensional clamping mechanism that applies force in multiple directions (laterally against the sides and vertically downward against the top) of the rail base, thereby compensating for angular deviations and improving alignment accuracy while maintaining mounting simplicity
2Device complexity
If lateral clamping force is applied to hold scope rings on rails, then the mounting structure is straightforward, but material stress and failure occur over time
Solution Approach 1:
The clamping mechanism applies force in multiple dimensions - laterally inward against the sides and vertically downward against the top of the rail base - distributing the clamping force more evenly across multiple contact points, which reduces material stress concentration and prevents failure over time while maintaining structural simplicity
3Device complexity
If conventional lateral clamping is used, then the scope ring design is simple, but canting and parallelism issues arise with lower-grade materials and inconsistent tolerances
Solution Approach 1:
The patent employs a multi-dimensional clamping approach that applies force both laterally against the sides and vertically downward against the top of the rail base, creating a more stable connection that accommodates dimensional variances and maintains parallelism even with lower-grade materials and inconsistent manufacturing tolerances
Data Source
AI summary
The scope ring includes a clamping mechanism, which provides an enhanced connection for Weaver and Picatinny style rails and rail bases. The scope ring includes a base member and a rail clamping member that bolt together at an angle and form the improved clamping mechanism. Tightening the fasteners draws the contact surfaces of the base member and the rail clamping member laterally inward against the sides of the rail base and vertically downward against the top of the rail base.