Continuous variable transmission with uniform input-to-output ratio that is non-dependent on friction
一种无级变速器、速比的技术，应用在摩擦传动装置、传动装置、皮带/链条/齿轮等方向
Active Publication Date: 2017-05-10
R R 拉金德兰 +1
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Therefore, this design cannot be used when a stable and uniform output is required
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The main object of this invention is to provide a uniform and steady output, when the input is uniform and steady, with the ability to transmit high torque without depending on friction or friction factor. Many of the continuous variable transmissions that is in the market today are friction dependent therefor lacks the ability to transmit high torque. Those continuous variable transmissions, which are non-friction dependent does not have a uniform and steady output when the input is uniform and steady. This design aids reduction in the overall size and economically mass produced. This design can be easily integrated into any system. This design is very versatile and can be used ranging from light duty to heavy duty. This design allows replacement of existing regular transmission, requiring very little modification. This design offers the option of stationary co-axial input and output.
Description
Continuously variable transmission with a uniform input-to-output ratio independent of friction Cross References to Related Applications provisional application Application number: 61788563 Name: Continuously Variable Transmission Background technique Patents US 5603240 and US 20100199805 use some of the features used in this design. Advantages of the present invention include: Patent US 5603240 does not have a coaxial input to output and therefore cannot be used in applications requiring this configuration. The output moves as the speed ratio changes. Therefore, this design cannot be used when a fixed output is required. The new invention provides fixed and coaxial input and output shafts. The envelope used in the prior art is much larger. US 20100199805 provides a sinusoidal output and uses several modules just to minimize "ripple" while providing a stable and uniform input. Therefore, this design cannot be used when a stable and uniform output is required. ...
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IPC IPC(8): F16H37/12
CPCF16H35/02F16H29/00Y10T74/1516F16H2035/003F16H29/20F16H29/02F16H29/18F16H29/08F16H29/14F16H19/043
Inventor R·R·拉金德兰P·普拉桑特·阿尔·拉金德兰
Owner R R 拉金德兰
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