What type of motor is used in most electric power steering systems?
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11 Citations | These results could be used to choose a power steering system. |
This paper proposes a new electric, power steering control strategy, which significantly reduces the effort needed to change the steering direction of stationary vehicles. | |
01 Nov 2013 9 Citations | Electric Power Assist Steering (EPAS) system offers a significant potential in enhancing the driving performance of a vehicle where the energy conserving issue is important. |
04 Aug 2013 7 Citations | In addition, this driver model in conjunction with a high-fidelity steering model can be used to develop new steering technologies such as Electric Power Steering. Copyright © 2013 by ASME |
18 Citations | In addition, this driver model in conjunction with a high-fidelity steering model can be used to develop new steering technologies such as electric power steering. |
04 Jun 1997 55 Citations | In addition, the suitability and effectiveness of this electric power steering (EPS) control system in supplying road information, derived from a greater freedom in designing the steering characteristics, is proven in experiments. |
15 Jan 2013 20 Citations | The performance of the full electrical power steering system could be further improved with the introduction of a controller to manipulate the steering feel during undesired conditions. |
18 Jul 2009 8 Citations | The hardware circuit, coupled with the appropriate software development, can effectively meet the needs of the electric power steering system. |
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What are the different types of electric motors that can be used for lifting weights?5 answersThere are several types of electric motors that can be used for lifting weights. One type is the small-stroke reciprocating-type electric lifter, which utilizes a lifting drive motor and a crank-link mechanism for lifting and lowering the load. Another type is the lifting apparatus with independently driven lifting columns and wheels, controlled by a controller with various sensors for precise and safe movement. A third type is the lifting device with a three-phase asynchronous motor for lifting and lowering the load, and a brake resistor for converting excess power into heat. Additionally, there is the planetary transmission lifting mechanism with variable-speed double motors, which allows for different output rotation speeds and torques. Finally, the lift with a barrel and a weight attached to a rope can use either a direct current motor or a three-phase alternating current motor, with an electric motor brake for smooth acceleration and retardation.
What are the different types of electric motors that are used for heavy weight lifting?5 answersThere are several types of electric motors used for heavy weight lifting. One type is the small-stroke reciprocating-type electric lifter, which utilizes a lifting drive motor and a crank-link mechanism for lifting and movement control. Another type is the electric motor with a low number of revolutions, which features a rotor powered by three-phase alternating voltage and a stator powered with direct voltage, allowing for variable acceleration and deceleration conditions. Additionally, there is a lifting apparatus with independently driven lifting columns and wheels, controlled by a controller with various sensors for precise and safe movement. Furthermore, a lift with a barrel and weight attached to a rope, driven by an electric motor and controlled by a control device, is also used for heavy weight lifting. Finally, a tower weight lifting machine utilizes a handheld type direct-current motor and a micro speed reducer for efficient lifting operations.
What are hub motors?5 answersHub motors are a type of motor used in electric vehicles that are integrated into the wheel hub. They consist of a hub, a driving device, a speed reduction device, and other components. The driving device and speed reduction device are arranged in the hub, with the output shaft of the driving device and the axis of the hub offset from each other. Hub motors are designed to be highly integrated and compact, with strict restrictions on volume and weight. They offer advantages such as avoiding interference with suspension and steering components, providing good damping effects, and allowing for easy steering. Hub motors also have high strength, rigidity, and light weight, reducing the unsprung mass of the vehicle. They can prolong the service life of the motor by reducing vibration. Additionally, hub motors can be used in suspension systems to improve stability and incorporate refrigeration devices for motor cooling.
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