Firearm Grip Sleeve Ridge for Non-Firing Hand Control
Solution Overview
Problem
Conventional firearm grip attachments primarily focus on improving the grip of the firing hand and do not adequately address the need to limit forward movement of the non-firing hand, which can compromise the stability and accuracy of handgun operation, especially when using a smaller or shortened grip.
Innovation Solution
A grip sleeve with a hollow body made of elastic material, featuring a ridge portion that extends along its height, is designed to be placed around the firearm grip to enhance retention and prevent forward movement of the non-firing hand, thereby improving control, accuracy, and grip consistency.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If conventional rubberized grip attachments are used to improve firing hand grip, then grip enhancement is achieved, but forward movement of the non-firing hand is not limited
Solution Approach 1:
The grip sleeve incorporates a ridge portion at a specific location (toward the forward end) that provides localized structural support to prevent forward movement of the non-firing hand, while the rest of the sleeve maintains its rubberized grip-enhancing properties. This localized structural modification resolves the contradiction by addressing stability at the critical forward movement point without compromising overall grip enhancement.
2Productivity
If a smaller or shortened grip is used on a handgun, then firearm maneuverability is improved, but control and accuracy deteriorate due to insufficient grip surface
Solution Approach 1:
The grip sleeve adds a dimensional element to the grip structure by extending outward from the grip surface. This creates additional grip surface area in a new dimension, allowing the non-firing hand to gain better control and stability without increasing the overall length or compromising the maneuverability of the shortened grip.
3Ease of operation
If the non-firing hand is allowed to move forward freely, then ease of operation is maintained, but control and grip pressure consistency are compromised
Solution Approach 1:
The ridge portion is positioned and structured to preemptively counteract the forward movement tendency of the non-firing hand. By providing this preliminary structural resistance at the critical location, the grip sleeve prevents the development of inconsistent grip pressure before it occurs, maintaining both operational freedom and reliability.
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 grip sleeve effectively minimizes forward movement of the non-firing hand, enhancing control and accuracy, allowing for faster target acquisition and follow-up shots by providing additional support and retention during firearm operation.
Implementation Method 1
a hollow body formed of an elastic material
Implementation Method 2
enhance grip and retention of the firearm within the user's hands
Data Source
AI summary
Grip sleeves for firearm grips are disclosed. The grip sleeve may include a hollow body formed of an elastic material. The hollow body may include an inner contact surface configured to be placed around a grip of the firearm, and an outer contact surface surrounding the inner contact surface. The grip sleeve for the firearm may also include a ridge portion extending from the inner contact surface into an interior space of the hollow body. The ridge portion may extend along a height of the hollow body.