G-Force Simulation Suit With Zoned Pressure and Muscle Stimulation
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Solution Overview
Problem
Current G-force simulation technologies, including mechanical motion platforms, centrifuge-based systems, and virtual reality systems, fail to comprehensively replicate the complex physical sensations and muscle strains associated with real-world scenarios, lacking nuance and practicality for immersive training and entertainment.
Innovation Solution
A G-force simulation suit integrating adjustable pressure components, electro muscular stimulation, and magnetic field generation, along with safety mechanisms, to simulate varied G-forces and muscle fatigue, ensuring a realistic and safe experience.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If mechanical motion platforms are used to simulate G-forces, then basic motion and G-forces can be simulated, but the sensation lacks nuance and cannot fully replicate complex G-force effects on different body parts
Solution Approach 1:
The simulation suit divides the body into multiple zones with independent pressure control. Each zone has adjustable pressure levels that can be independently controlled to simulate G-forces on specific body parts, providing nuanced and realistic simulation without requiring an overly complex monolithic system
Solution Approach 2:
The system combines multiple simulation technologies (pressure suits, haptic feedback, visual displays) into an integrated simulation apparatus that works together to provide comprehensive G-force simulation, resolving the contradiction by creating a unified system rather than separate complex components
2Reliability
If centrifuge-based systems are used to generate centrifugal force, then G-forces can be simulated, but the systems become large and impractical for consumer use
Solution Approach 1:
The patent replaces the large mechanical centrifuge system with a wearable pressure suit that uses pneumatic or hydraulic pressure to simulate G-forces directly on the body. This substitution eliminates the need for massive rotating machinery while maintaining the core G-force simulation capability
Solution Approach 2:
Instead of replicating the physical centrifugal force environment, the system creates a simplified copy of the G-force sensation through pressure application. The pressure suit copies the essential effect (body compression from G-forces) without needing the complex mechanical system that generates actual centrifugal force
3Illumination intensity
If virtual reality systems are used to enhance movement perception, then visual immersion is improved, but the lack of physical feedback creates a disconnect reducing realism
Solution Approach 1:
The system merges visual reality (VR displays) with physical sensation (pressure suit and haptic feedback) into a unified simulation experience. The pressure zones are synchronized with visual events, creating a cohesive reality where visual and tactile feedback reinforce each other, eliminating the disconnect between sight and sensation
4Reliability
If real-world training for high-G environments is conducted, then realistic training is achieved, but significant risks and costs are involved
Solution Approach 1:
The simulation suit provides a safe environment for high-G training by cushioning the user from actual dangerous forces. The pressure simulation creates the sensation of high-G forces without the real physical dangers, allowing users to train realistically while being protected from injury
Solution Approach 2:
The system creates a safe copy of the high-G training experience. Instead of exposing users to real high-G forces with all their inherent dangers, the pressure suit copies the essential training elements (muscle strain, body positioning, G-force adaptation) in a controlled, risk-free environment
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 simulation suit provides a multi-dimensional, immersive, and safe simulation experience, effectively replicating G-forces across various applications, enhancing training and entertainment by engaging the user's body and muscles in a realistic manner.
Implementation Method 1
a plurality of adjustable pressure components to stimulate pressure on a wearer. The plurality of adjustable pressure components may include a bladder for a fluid or air to flow therethrough and apply stimulation to a wearer
Implementation Method 2
a magnetic field generation component to stimulate magnetic directional forces on a wearer. The magnetic field generation component may include a plurality of electromagnets integrated throughout the simulation suit to generate interactive magnetic fields
Implementation Method 3
an electro muscular stimulation component to replicate a plurality of muscle strain and fatigue patterns on a wearer. The electro muscular stimulation component may include an array of electrodes to deliver electrical impulses with various intensity and pattern
Data Source
AI summary
There is a simulation system including a simulation suit and a simulation apparatus. The simulation suit includes a plurality of adjustable pressure components, an electro muscular stimulation component, a magnetic field generation component, a temperature control component and a training helmet; all configured to stimulate pressure, temperature and force on a wearer. The simulation apparatus includes an operating component, a movement generating component, and a magnetic field generation component in coordination with the simulation suit to stimulate movement and magnetic directional forces experienced during various operating conditions of a simulation event. The simulation system also includes a haptic feedback system to provide tactile sensations to a wearer corresponding to various conditions.