H.A.R.D. 8 Weapon System Intermeshing Cylinder Ammunition Feed
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Solution Overview
Problem
Traditional Gatling machine guns require complex sub-assemblies for directional changes in ammunition movement, leading to high energy consumption, malfunctions, and maintenance issues, as well as reliance on breech loading and extraction mechanisms that can fail due to ammunition defects.
Innovation Solution
A simplified Gatling revolving barrel firearm design with intermeshing, counter-rotating cylinders that allow ammunition to move in a single direction, eliminating the need for traditional directional changes and breech loading mechanisms, using a sealed chamber and ammunition belt for continuous operation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If traditional Gatling machine gun design with complex sub-assemblies for directional changes in ammunition movement is used, then breech loading and extraction functions are achieved, but energy consumption increases and reliability decreases
Solution Approach 1:
The patent removes traditional breech loading and extraction mechanisms (bolts, ejectors, de-linkers) from the weapon system. Ammunition moves in a single direction through the rotating barrel assembly without requiring directional changes, eliminating the complex sub-assemblies that consume energy and can malfunction.
Solution Approach 2:
Instead of changing ammunition direction to achieve breech loading and extraction, the patent inverts the approach by maintaining single-direction ammunition flow while achieving the same functions through the rotating barrel design with sealed chambers that form and break seals during rotation.
2Reliability
If traditional directional changes in ammunition movement are implemented, then breech loading and extraction are achieved, but device complexity increases
Solution Approach 1:
The patent eliminates traditional breech loading and extraction mechanisms (bolts, ejectors, de-linkers) from the weapon system. Ammunition moves in a single direction through the rotating barrel assembly without requiring directional changes, eliminating the complex sub-assemblies that consume energy and can malfunction.
Solution Approach 2:
The patent combines breech loading, firing, and extraction functions into a single rotating barrel assembly operation. The sealed chamber forms and breaks seals during rotation, integrating multiple functions that traditionally required separate mechanisms into one unified system.
3Productivity
If traditional breech loading and extraction mechanisms are used, then ammunition firing is achieved, but maintenance requirements increase
Solution Approach 1:
The patent removes traditional breech loading and extraction mechanisms (bolts, ejectors, de-linkers) from the weapon system. Ammunition moves in a single direction through the rotating barrel assembly without requiring directional changes, eliminating the complex sub-assemblies that consume energy and can malfunction.
Solution Approach 2:
The rotating barrel assembly performs self-service by automatically forming sealed chambers around ammunition rounds during rotation and automatically breaking seals to eject spent casings, eliminating the need for separate maintenance-intensive mechanisms.
4Reliability
If complex sub-assemblies for ammunition directional changes are used, then breech loading and extraction functions are achieved, but weight increases
Solution Approach 1:
The patent removes traditional breech loading and extraction mechanisms (bolts, ejectors, de-linkers) from the weapon system. Ammunition moves in a single direction through the rotating barrel assembly without requiring directional changes, eliminating the complex sub-assemblies that consume energy and can malfunction.
Solution Approach 2:
The patent combines breech loading, firing, and extraction functions into a single rotating barrel assembly operation. The sealed chamber forms and breaks seals during rotation, integrating multiple functions that traditionally required separate mechanisms into one unified system.
Data Source
AI summary
An weapon system comprising: a plurality of barrels, wherein the barrels are disposed coaxially around a main shaft and wherein the barrels are held in place by at least one barrel rack; and a plurality of intermeshing, counter rotating cylinders, wherein the cylinders include a central hole for the main shaft or a lower shaft and a plurality of coaxial half-holes disposed around the central hole at the edge of the cylindrical shape to form a chamber when the cylinders mesh. An ammunition belt comprising: a first and second ammunition case, wherein each ammunition case comprises: a casing having a first and second end, wherein the first end is adapted to receive and hold a primer and the second end is adapted to receive and hold propellant and a projectile, wherein the first ammunition case is attached to the second ammunition case.