Class / Patent application number | Description | Number of patent applications / Date published |
475163000 | Wabbler transmission | 8 |
20090005207 | Gear stage of an actuating drive - In the case of a gear stage ( | 01-01-2009 |
20090124446 | ECCENTRIC OSCILLATING GEAR MECHANISM AND INDUSTRIAL ROBOT JOINT CONSTRUCTION USING THE SAME - There is provided an eccentric oscillating gear mechanism including an internal gear, an external gear meshing with the internal gear, a crankshaft for moving the external gear eccentrically, and a carrier for supporting rotatably the crankshaft, the internal gear and the carrier being made to rotate relatively, wherein a cylindrical tube body, which penetrates the eccentric oscillating gear mechanism in an axial direction, is supported rotatably on the carrier. | 05-14-2009 |
20100222174 | WOBBLE MECHANISM - A wobble mechanism, in particular for a two-part adjustment fitting of a vehicle seat, is provided with a flat housing with internal toothing and with an oscillating wheel with external toothing, which is arranged within the housing and is eccentrically rotatable around a center axis of the housing. The external toothing of the oscillating wheel engages with the internal toothing of the housing. The housing is divided into at least two housing parts along a dividing plane. | 09-02-2010 |
20110086738 | TRANSMISSION - In one embodiment, a transmission includes: a wobbler having an outer periphery tiltable with respect to a wobble axis of rotation; a set of freewheeling gears disposed in a fixed relationship with respect to one another, each gear having a gear axis of rotation about which the gear may rotate different from the gear axis of rotation of each of the other gears; one or both of the wobbler and the set of gears rotatable with respect to one another about the wobble axis of rotation; and each gear operatively connected to the wobbler simultaneously with the other gears at a place on the periphery of the wobbler different from the place at which each of the other gears is operatively connected to the wobbler such that each gear rotates on its axis of rotation as the wobbler wobbles or as the wobbler induces a wobble in another part. | 04-14-2011 |
20110237381 | WOBBLE MECHANISM - A wobble mechanism is provided with a wobble member, which is arranged on an input shaft and has at least one row of force transmitting elements interacting with secondary force transmitting elements arranged on the input side and output side. At least one row of force transmitting elements is formed by magnets ( | 09-29-2011 |
475164000 | Single member has oppositely axially facing tooth sets | 3 |
20100144481 | Hinged Fitting - The invention relates to a hinged fitting for two components of a vehicle seat which can pivot with respect to each other about an axis ( | 06-10-2010 |
20100179012 | GEAR SET AND NUTATION GEAR SET - A first gear set includes an input member that serves as a first gear and an inner ring that serves as a second gear. A first end of the inner ring is inclined with respect to the input member and is in mesh with the input member. The input member has a plurality of retention grooves that are formed in an input member body and a plurality of pins that are retained in the respective retention grooves and that respectively constitute teeth of the input member. The first end has a plurality of tooth grooves that are engageable with the pins. A resultant force of forces applied to each pin from the retention groove and the tooth groove urges the pin toward the retention groove. | 07-15-2010 |
20130079188 | KINEMATISM WITH ORBITAL MOVEMENT WITH FIXED ORIENTATION - A kinematism is described with orbital movement with fixed orientation comprising at least one first and one second motion transmitting means, respectively connected to a thrust system and to a driven system, mutually facing and mutually frontally cooperating through respectively a first and a second mechanically cooperating means, at least the first transmitting means rotating around a main rotation axis, the first mechanically cooperating means being adapted to apply a series of points of force to the second mechanically cooperating means so that a set of positions, instant by instant occupied in the space by each one of such points of force, individually considered, substantially describes a Lemniscate curve as Mobius ring, the thrust system being slanted with respect to the main rotation axis and symmetrical and coaxial with a slanted axis around which the curves of such points of force are symmetrically distributed, further comprising rotation-preventing means. | 03-28-2013 |