Abstract:
The present invention relates to a multistage automatic transmission comprising: a main body housing; an input shaft which is rotatably arranged in the main body housing and which rotates by an engine torque; a plurality of input side driving gears which have steps along the axial line of the input shaft and which are arranged into a pyramid shape to rotate together with the input shaft; a plurality of output side slave gears which have steps to correspond to the respective input side driving gears in directions opposite from one another, which engage with the respective input side driving gears, which are arranged into a pyramid shape, and the interior of which have a cam space; an output shaft arranged in the plurality of output side slave gears to receive power from the input shaft; and a shift control unit which is arranged in the cam space to selectively interconnect the output shaft and the output side slave gear which receives power from any one of the plurality of input side driving gears, and to control gear shift by hydraulic pressure.
Abstract:
Изобретение относится к машиностроению. Его использование в качестве зубчатой передачи со свойством перераспределения усилий на зубьях колес, а также в качестве дифференциала, позволяет получить технический результат в виде расширения арсенала технических средств. Этот результат достигается благодаря тому, что зубчатая передача, реализующая способ, содержит: по меньшей мере одно зубчатое зацепление; зубчатые колеса упомянутого зацепления установленные на скрещивающихся осях с возможностью перемещения вдоль осей без относительного вращения, выполненные в виде в целом конических или в целом цилиндрических тел вращения, на поверхностях которых нарезаны криволинейные зубья с произвольным поперечным профилем; зубья упомянутых зубчатых колес, выполненные с переменными углами подъема винтовых линий, от одного основания к другому тел вращения колес.
Abstract:
The present invention relates to gear means (10) , including gears, gear trains, gear members and components of gear members. According to the invention, the gear member for engaging another gear member (26) has micro teeth (28) , being teeth of which a large number can sit between successive teeth of the engaging gear member (32) or which engage other micro teeth or which include touch and hold fasteners. This can allow the engaging gear members (26) to engage each other at different radial positions, allowing a continuously or substantially continuously variable drive .
Abstract:
Système de transmission continue de la force motrice rotative qui consiste un engrenage (1) avec son double axe (1), un disque (5) dont 1´une surface est dentée, ou un cône (7) dont la surface cônique est dentée aussi. L'engrenage se couple sur le disque (5), ou le cône (7), se couple avec oeux en les mettant aussi en rotation, léngrenage par son double axe en aprochant le centre du disque ou le sommet du cone, qui augmentent leurs tours de rotation, s'il séloigne ils diminuent leurs tours de rotation. L'engrenage se couple directement avec eux progressivement et normallement et de la même façon de decouple toute en ayant la posibilité d'inverser le sens de rotation. Un système de transmission continue de la force motrice rotative par une double turbine écologique et conique, ayant le recepteur de la force motrice rotative sur son axe, peut accélerér ou ralentire, par les chambres de combustion peripheriqyes, ayant aussi la possibilité d'inversser le sens de rotation.
Abstract:
The gearbox is based on the coupling of whole semi-axles of uniform diameters (49, 50, 69, 70) or resulting from the juxtaposition of pinions, interfixed, with the same diameter (39) or independent (40) to the faces of whole flat discs (7) or resulting from the juxtaposition of concentric crowns (32), equipped with concentric crowns, so that the disc simultaneously exercises both crown and pinion functions, allowing the achievement of up to thousands of gears by the conjugation of a reduced number of crowns, from which it is obtained multiplication and demultiplication ratios reaching, for example, 16:1, 25:1, 32:1, 64:1 etc… The gearbox can be made with conventional teeth gearing (33) or according to constructive strategies which replace the teeth or the entire gearing by spheroid structures (65) or spheres themselves, which rotate around their own axis and/or virtually slide over the coupled elements in order to assure a minimum of attrition and maximum efficiency in the torque conversion.
Abstract:
A gear train apparatus including a gear (120) and a cone (110) disposed in contact with the gear (120). The cone (40) includes a plurality of conic teeth (115), between which are a first plurality of spaces, and a plurality of scaling teeth (119), between which are a second plurality of spaces. The conic teeth (115) are arranged about the cone to form a plurality of conic rings (116), which are disposed about a plurality of nascention circles. The rings are dimensioned to mate with the teeth of the gear (120) such that the conic teeth (115) neutralize a change in surface speed of the cone (110) along the conic teeth (115). The scaling teeth (119) form at least one acceleration channel and at least one deceleration channel extending from each of the conic rings (116) and intercepting an adjacent conic ring (116), with each acceleration channel and the deceleration channel being disposed along a nascention offset line between nascention circles of adjacent conic rings (116).
Abstract:
The present invention relates to a transmutal endlessly variable gearbox which can be used to transfer high torque torques in the machine sector at desired speeds, the motion transmission assembly (C) comprising the motion transfer apparator (23), the vertical rail (24), the fixed rail bed (25), the second rail 26 and the rack gear (27), the zero guide 1, the kidney gear 2, completed as front gear group (A), consisting of a center gear (3), a center shaft (4), a counter gear (5), a zero part (6), an end bearing (7) and a movement input shaft (36), stepper motor fixing device (9), stepper motor drive transmission gear group (13), first rail (14), speed change cam (15), first bevel gear (17), second bevel gear (18), bevel gear shaft (19), the speed adjustment group (B) comprising the first spur gear (20), the second spur gear (21) and the worm shaft (22), the main spur gear (28), the first disk (29), the absolute value set (30) completed as a rear thread group, (D) consisting of the second disk (31), the left outer shaft (32), the motion collecting gear (33), the right outer shaft (34), the movement output shaft (35) and the motion transmission gear (45) the brake synchronization first gear (37), brake synchronization the first cam (39), the second cam (40), the first brake synchronizing shaft (41), the second brake synchronizing shaft (42), the first brake lining or pad device (43), the first brake lining (44), the brake assembly (E) consisting of the brake shroud (46) and the second brake (47) comprises two first toothed feet (10) positioned opposite to each other, a rear geared group (D) and a second toothed foot, positioned on the front geared group A, (11) and the fixed rail seat (25) come into existence from the fixed side part (12).
Abstract:
The present invention shows a gear box (100) comprising at least two rotatable shafts for transmitting rotation force from one shaft to another one, wherein a first shaft (5) comprises at least two cogs (1) with different diameter and conically arranged teeth wherein the angle (103) of a conical arrangement of those teeth with respect to a plane (54) of the at least two cogs (1) is identical, wherein a second shaft (6) comprises at least one cog (4), wherein an axis of the second shaft (6) is arranged in a way with respect to the first shaft (5), that the at least one cog (4) of the second shaft (6) can interact with either one of the at least two cogs (1) of the first shaft (5) whereby the at least one cog (4) of the second shaft (6) is mounted to a connecting joint between the cog (4) and the second shaft (6), so that a plane (54) of the second shaft's (6) at least one cog (4) is arranged with an angle (103) to the shaft deviating from 90° wherein the second shaft's (6) at least one cog (4) comprises conically arranged teeth, whose arrangement angle (101) with respect to the plane (54) is identical to the arrangement angle (101) of the first shaft 's (5) at least two cogs (1). The second shaft's (6) at least one cog (4) comprises preferably at least three noses (56), preferably four noses (56) which either connect said cog (4) with the shaft or that connect a core of said cog (4) with a shell of said cog (4).