Magazine Well Adapter Push-Button Ejection for AK Firearms
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Solution Overview
Problem
The reloading process of AK-47 firearms is inefficient due to the need to remove the weapon from the shoulder to gain leverage for magazine insertion and removal, which is time-consuming and disrupts aiming during combat situations, and existing solutions require modifications to the firearm's receiver.
Innovation Solution
A magazine well adapter that allows for push-button ejection of the ammunition magazine without modifying the firearm's receiver, enabling reloads to be performed without pivot action, allowing the user to maintain aim and reducing reload time.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If traditional magazine insertion and removal methods are used in AK-47 firearms, then the firearm can be reloaded, but the user must remove the weapon from the shoulder to gain leverage, which is time-consuming and disrupts aiming
Solution Approach 1:
The patent introduces a magazine well adapter as an intermediary device installed in the magazine well of the AK-47. This adapter provides a push-button release mechanism that enables magazine ejection without requiring the user to remove the weapon from the shoulder or use pivot action, thus resolving the contradiction between reload speed and time loss
Solution Approach 2:
The magazine well adapter segments the magazine ejection function from the traditional pivot action requirement. By providing a separate push-button release mechanism within the adapter, the system allows magazine removal without involving the entire weapon system, enabling faster reloading while maintaining aiming stability
2Ease of operation
If magazine ejection is performed without pivot action, then aiming stability is maintained and reload time is reduced, but a mechanism is needed to provide sufficient force for magazine release
Solution Approach 1:
The magazine well adapter incorporates a spring-loaded push-button release mechanism that automatically provides the necessary force for magazine ejection. The spring mechanism stores energy and releases it when the button is pressed, enabling the user to eject the magazine with minimal effort without requiring complex external assistance or modification of the firearm's receiver
Solution Approach 2:
The release mechanism transitions from a static traditional latch system to a dynamic spring-loaded push-button system. This dynamic mechanism can quickly transition between locked and released states, providing ease of operation while maintaining simplicity through the use of basic spring mechanics rather than complex multi-component systems
3Productivity
If the firearm's receiver is modified to enable push-button ejection, then reload efficiency is improved, but the firearm's original structure is altered and may affect reliability
Solution Approach 1:
The magazine well adapter serves as a non-invasive intermediary device that interfaces between the user and the magazine well. It provides push-button ejection functionality without requiring any modification to the firearm's receiver, thus maintaining the original structure and its reliability while improving reload efficiency
Solution Approach 2:
The ejection function is segmented into a separate removable adapter component rather than being integrated into the receiver. This segmentation allows the adapter to be installed and removed without permanent modification to the firearm, preserving the original receiver's integrity and reliability while enabling improved operational characteristics
Data Source
AI summary
The magazine well adapter of the present invention, and associated kits and devices, improves the firing rate and accuracy of AK-type firearms by converting the traditional magazine well into a push-button drop ejection device.