Synkinetics, Inc.

James E Maslow

Frank A Folino

Faruk H Bursal

Michael P Cunningham

Stuart Eric Schechter

A wheel transmission for mobility vehicle includes an input component capable movement at a first rate of motion for selectively driving an output component at either the first rate of motion or a second rate of motion. Operably connected between the input component and the output component is a conversion apparatus which enables the selective drive between the input component and the output component to take place. In addition, the conversion apparatus is capable of preventing the output component from being backdrivable, and thereby acting as a brake, when the vehicle is at rest.

Wheel transmission for mobility vehicle

Methods and apparatus for translating angular velocity and rotary motive force of an input drive to angular velocity and rotary motive force of an output drive, by providing a pair of devices rotatable at, relative to or about a common axis, and translating means for transmitting angular velocity and rotary motive force of a first of the devices to angular velocity and rotary motive force of a second of the devices.

Multi-function speed converter

Method and apparatus for rotary motion converting power transmission assembly with counter-rotating outputs on the same axis as the rotary input.

In-line transmission with counter-rotating outputs

Methods and apparatus for translating angular velocity and rotary motive force of an input drive to angular velocity and rotary motive force of an output drive, by providing a pair of devices rotatable at, relative to or about a common axis, and translating means for transmitting angular velocity and rotary motive force of a first of the devices to angular velocity and rotary motive force of a second of the devices. In a preferred embodiment, the translating means includes a variably and controlledly groundable reaction disk for varying the throughput from the input to the output.

Variable output speed drive

Methods and apparatus for translating angular velocity and rotary motive force of an input drive to angular velocity and rotary motive force of an output drive, by providing a pair of devices rotatable at, relative to or about a common axis, and translating means for transmitting angular velocity and rotary motive force of a first of the devices to angular velocity and rotary motive force of a second of the devices. In a preferred embodiment, the translating means includes a variably and controlledly groundable reaction disk for varying the throughput from the input to the output. A generator captures energy spent on the rotating reaction disk.

Growing community of inventors

Lexington, MA, United States of America

James E Maslow