Gravitational Torque Amplifier With Counter-Torque Isolation
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Solution Overview
Problem
Existing electric motors struggle to efficiently amplify torque while maintaining system efficiency and adhering to energy conservation laws, particularly when subjected to rotational loads without a restraining framework.
Innovation Solution
The Gravitational Torque Amplifier (GTA) utilizes a system of orbiting prime movers with planetary gearing and gravitational counter-torques to amplify torque. This system includes a rotor assembly with a central hub, gravitational masses, and connecting rods to generate counter-torques, which are mechanically isolated from the carrier link using a gravitational anchor system.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Power
If electric motors are used to produce rotational output power, then torque is generated, but the stator structure experiences equal and opposite torque that reduces system efficiency
Solution Approach 1:
The patent applies counterweight principle by introducing a gravitational counter-torque system that balances the reaction torque on the stator. The counter-torque anchor, suspended by a connecting rod from the rotor assembly, generates a gravitational force that creates an equal and opposite torque to the motor's reaction torque, thereby eliminating the net torque on the stator and preventing energy loss.
2Power
If torque amplification is achieved through conventional means, then power output increases, but system complexity increases
Solution Approach 1:
The patent segments the torque generation system into independent modular units: multiple prime movers (electric motors) are disposed radially around a central axis, each with its own stator, rotor, and counter-torque anchor. This segmentation allows for scalable torque amplification by simply adding more modular units without proportionally increasing overall system complexity.
Solution Approach 2:
The patent merges multiple torque sources (electric motors) and gravitational counter-torque mechanisms into a unified system where all components work together around a central carrier link. The planetary gearing system integrates the rotational output from multiple prime movers into a single amplified output, achieving torque multiplication while maintaining coordinated operation.
3Power
If gravitational forces are used for torque amplification, then power output increases relative to input power, but the mechanism for isolating counter-torque becomes more complex
Solution Approach 1:
The patent introduces a carrier link as an intermediary component that mechanically isolates the gravitational counter-torque from the prime movers. The counter-torque anchor connects to the carrier link rather than directly to the motor assemblies, allowing the gravitational forces to be harnessed for torque amplification while preventing the complex interaction forces from interfering with the prime mover operation.
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 GTA effectively increases power output relative to the input power supplied by the prime movers, while maintaining system efficiency and adhering to energy conservation laws, by leveraging gravitational forces to enhance torque amplification.
Implementation Method 1
gravitational counter-torques to amplify torque. This system includes a rotor assembly with a central hub, gravitational masses, and connecting rods to generate counter-torques
Data Source
AI summary
Apparatus and associated methods relate to torque amplifiers. In an illustrative example, prime movers may be disposed radially to and orbiting about a central axis. Each prime mover, for example, may include a rotor coupled to the central axis by planetary gearing such that a torque generated by the rotor is transmitted to the central axis via the planetary gearing. Each prime mover may, for example, include a stator and a counter-torque anchor coupled to the stator and suspended by the central axis such that the counter-torque anchor generates a counter-torque on the stator such that the torque of the rotor and the corresponding counter-torque additively generate work relative to the central axis. Various embodiments may advantageously increase a power output of the torque amplifier relative to a power supplied by the prime movers.