Technology (UPN: 90)
|Variable Torque Electrical Motor|
|Organisation Region||North America|
|Overview||The Variable Torque Electrical Motor (VTEM) is designed to convert variable input electrical power into a varying output mechanical torque. The value of electrical power input to the device determines the specific value of the output mechanical torque.|
The Variable Torque Electrical Motor (VTEM) is designed to convert input electrical power into a varying output mechanical torque. The VTEM is novel due to the fact that the VTEM can convert a changing electrical power into a changing mechanical torque because contemporary electrical motors only convert varying input electrical power into a varying output mechanical angular velocity (or, in other words, a constant mechanical torque). The VTEM is useful because it has all the efficiency of an electrical motor plus the ability to accelerate with minimal input power like that of a combustion engine. The VTEM uses a non-obvious and unknown physics theory to be able to achieve a varying output mechanical torque from varying input electrical power.
Farm machinery motor, Joint replacement with prosethetic joints, Robotic arm motor, Novel electrical motor for medical equipment, Source of three-dimensional motion, Vehicular engine, Marine Transport, Railway Transport.
The proposed technology has the efficiency of an electrical motor with the ability to accelerate with minimal input power like that of a combustion engine. The VTEM is inexpensive, has a high power-to-weight ratio, can be air-cooled, simple in design, easy to install, maintain and replace, and is relatively small in size.
Research or Experimental
|Innovator||Organization consists of individual inventor who has earned a Bachelors of Science Degree in Electrical Engineering. After studying many facets of Electrical Engineering, Mechanical Engineering, Physics and Mathematics, inventor has been primarily working as a technician while inventing non-traditional propulsion devices.|
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