Rotary Gun Suppressor Core for Flash and Shock Wave Reduction
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Solution Overview
Problem
Rotary machine guns produce significant noise, flash, and shock waves due to the rapid expansion of propellant gas and supersonic bullet travel, affecting adjacent individuals and their ability to concentrate or focus on tasks, especially with high rates of fire.
Innovation Solution
A suppression device for rotary machine guns featuring a body with porous structures, a core with symmetric suppression tubes, and a redirector to manage propellant gas, allowing it to flow through and cool before exit, with components manufactured as monolithic units using 3D printing to enhance structural integrity and reduce pressure.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Object-affected harmful factors
If conventional noise suppression devices are used with rotary machine guns, then some noise reduction is achieved, but the devices cannot effectively handle the sustained high-rate fire and produce significant shock waves and flash
Solution Approach 1:
The suppression device is segmented into multiple suppression tubes (six tubes corresponding to six barrels) arranged symmetrically around a central core. Each tube handles propellant gas from a specific barrel, allowing the device to process high-rate fire from multiple barrels simultaneously. This segmentation enables effective noise, flash, and shock wave suppression even during sustained rotary machine gun operation.
Solution Approach 2:
The core is nested inside the body, and multiple suppression tubes are arranged around the central core. The core contains a central channel that receives propellant gas from all barrels, while the suppression tubes provide additional cooling and expansion space. This nested configuration maximizes the use of internal volume for gas management while maintaining a compact overall structure suitable for rotary machine guns.
2Productivity
If propellant gas is allowed to expand rapidly, then the gun can maintain high rate of fire, but this creates significant shock waves and noise
Solution Approach 1:
The suppression device performs preliminary cooling and expansion of propellant gas before it exits the muzzle. The suppression tubes and central channel provide expansion space and cooling surfaces that gradually reduce gas pressure and temperature. This preliminary action prevents the formation of intense shock waves and reduces noise while allowing the gun to maintain its high rate of fire capability.
Solution Approach 2:
The suppression device acts as an intermediary between the propellant gas and the external environment. The suppression tubes and central channel serve as intermediate chambers where propellant gas can expand and cool before interacting with the surrounding air. This intermediary structure mediates the harmful effects of rapid gas expansion, reducing shock waves and noise while preserving the firearm's operational effectiveness.
3Object-affected harmful factors
If a large suppression device is used to effectively suppress all harmful effects, then noise and shock are reduced, but the device becomes too complex and heavy for practical use
Solution Approach 1:
The suppression device performs multiple functions simultaneously: noise suppression, flash suppression, shock wave reduction, and propellant gas cooling. The same suppression tubes and central channel structure that cool the gas also serve as noise-reducing expansion chambers and flash-suppressing enclosures. This multi-functionality eliminates the need for separate devices for each protective function, reducing overall complexity and weight while maintaining effectiveness.
Solution Approach 2:
The invention merges the suppression functions for multiple barrels into a single integrated device. Six suppression tubes are combined with a central core and enclosed within a single body structure. This merging of multiple suppression functions into one unified device reduces the total number of components needed compared to using separate suppressors for each barrel, thereby reducing overall complexity and weight while maintaining effective suppression of noise and shock waves from all barrels.
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 suppression device effectively reduces noise, flash, and shock waves by cooling and disrupting propellant gas, enhancing safety and operational focus for adjacent individuals by minimizing adverse health effects.
Implementation Method 1
The body may include a portion defined as a porous structure configured to permit gas to flow through
Implementation Method 2
a redirector at a distal end of the core and including an angled surface to direct propellant gas emitted through a central channel of the core radially outward
Implementation Method 3
Noise suppression devices reduce the noise by slowing the propellant gas, thus allowing the propellant gas to expand more gradually and cool before it collides with the air
Data Source
AI summary
A suppression device for a rotary machine gun includes a body; and a core configured to fit inside the body, wherein the core includes: a plurality of suppression tubes symmetrically oriented around the core with one each of the plurality of suppression tubes corresponding to one of a plurality of barrels of the rotary machine gun, and a redirector at a distal end of the core and including an angled surface to direct propellant gas emitted through a central channel of the core radially outward.