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    • 2. 发明公开
    • BESCHLAG FÜR EINEN FAHRZEUGSITZ
    • BESCHLAGFÜREINEN FAHRZEUGSITZ
    • EP2398671A2
    • 2011-12-28
    • EP10748056.8
    • 2010-08-20
    • KEIPER GmbH & Co. KG
    • SCHÜLER, RolfBOSSMANNS, BerndKALMUS, KarstenTHIEL, Peter
    • B60N2/225F16H55/08
    • B60N2/2252F16H1/32F16H2055/0893
    • The invention relates to a fitting (10), in particular for a motor vehicle seat, having a first fitting part (11), on which a gear rim (17) is formed, a second fitting part (12) on which a gearwheel (16) is formed, wherein the gearwheel meshes with the gear rim (17), whereby the two fitting parts (11, 12) are in geared connection with each other. The fitting also has a rotatably mounted, revolving eccentric driven by a driving element for driving a relative rolling motion of gearwheel (16) and gear rim (17), wherein during this rolling motion a tooth flank (16d) of a tooth (16a) of the gearwheel (16) rests against a tooth flank (17d) of a tooth (17a) of the gear rim (17) at a contact point (K). The tooth flanks (16d, 17d) of the teeth (16a, 17a) of the gearwheel (16) and gear rim (17) resting against each other at the contact point (K) each follow the course of a portion of a respective logarithmic spiral.
    • 本发明涉及一种特别是用于机动车辆座椅的配件(10),该配件具有其上形成有齿圈(17)的第一配件部分(11),第二配件部分(12),齿轮( 其中齿轮与齿轮缘(17)啮合,由此两个配件部件(11,12)彼此齿轮连接。 所述配件还具有可旋转地安装的由驱动元件驱动的旋转偏心轮,用于驱动齿轮(16)和齿圈(17)的相对滚动运动,其中在该滚动期间,齿(16a)的齿面(16d) 齿轮(16)在接触点(K)靠在齿圈(17)的齿(17a)的齿面(17d)上。 齿轮(16)的齿(16a,17a)和齿轮缘(17)在接触点(K)处彼此靠在一起的齿侧面(16d,17d)分别遵循相应对数的一部分 螺旋。
    • 4. 发明公开
    • TRANSMISSION MECHANISM
    • 传输机制
    • EP3232086A1
    • 2017-10-18
    • EP15867420.0
    • 2015-11-26
    • Jatco Ltd.
    • TANGE, Hiroshi
    • F16H9/24F16H55/30
    • F16H9/24F16H9/10F16H55/30F16H55/54F16H55/566F16H2055/0893
    • A transmission mechanism has a set of two composite sprockets, each having pinion sprockets (210) supported movably in a radial direction with respect to a rotation shaft 1 that inputs or outputs power and a movement mechanism radially moving the pinion sprockets (210) in synchronization with each other while maintaining equidistance of the pinion sprocket (210) from a shaft center (C 1 ) of the rotation shaft 1, and a chain wound around the two composite sprockets. Transmission ratio is changed by changing a circumcircle radius that is a radius of a circle encircling and circumscribing all the pinion sprockets (210). The pinion sprocket (210) is formed into a sector gear shape having a teeth portion (212) that is arranged along a circumference of a minimum radius circumcircle (A 1 ) and meshes with the chain. With this configuration, torque can surely be transmitted.
    • 传动机构具有一组两个复合链轮,每个复合链轮具有相对于输入或输出动力的旋转轴1在径向方向上可移动地支撑的小齿轮链轮(210)和同步地使小齿轮链轮(210)同步地径向移动 同时保持小齿轮链轮(210)与旋转轴1的轴心(C1)等距离,以及缠绕在两个复合链轮上的链条。 通过改变作为围绕所有小齿轮链轮(210)外接的圆的半径的外接圆半径来改变传动比。 小齿轮链轮210形成为扇形齿轮形状,其具有沿最小半径外接圆A1的圆周布置并与链条啮合的齿部212。 通过这种配置,转矩可以确实传递。
    • 9. 发明公开
    • Dependency transmission
    • Abhängigkeitsgetriebe
    • EP2873890A1
    • 2015-05-20
    • EP13193123.0
    • 2013-11-15
    • Volvo Car Corporation
    • Jan Christian, HolmströmHenningsson, Fredrik
    • F16H1/20F16H3/08
    • F16H1/22F16H1/206F16H3/093F16H55/08F16H2003/0803F16H2003/0931F16H2055/0893Y10T74/19642
    • The invention relates to a transmission for a motor vehicle, wherein the transmission (10) comprises an input shaft (20) and at least a first and second countershaft (30; 40), and an output shaft (50), wherein the input shaft (20) is provided with a first driving gearwheel (21), which interacts with a first gearwheel (31) arranged upon the first countershaft (30), and a second gearwheel (41) arranged upon the second countershaft (40) wherein the first and second countershaft (30, 40) further is provided with a first and second output gearwheel (32; 42) respectively, which interacts with a common final drive gearwheel (51) arranged upon the output shaft (50). A number of gear teeth (n31) of the first gearwheel (31) is selected such in relation to the number of gear teeth (n21) of the first driving gearwheel (21), that the number of gear teeth (n31) of the first gearwheel (31) can be either reduced or increased with at least one gear tooth, without affecting the number of gears teeth (n21) upon the first driving gearwheel (21), vvhereby the reduction or increase the number of gear teeth (n31) of the first gearwheel (31) is compensated with a profile shift of the gear teeth of the first gearwheel (31).
    • 本发明涉及一种用于机动车辆的变速器,其中变速器(10)包括输入轴(20)和至少第一和第二中间轴(30; 40)和输出轴(50),其中输入轴 (20)设置有与布置在第一中间轴(30)上的第一齿轮(31)相互作用的第一驱动齿轮(21)和布置在第二中间轴(40)上的第二齿轮(41),其中第一 并且第二中间轴(30,40)还分别设置有第一和第二输出齿轮(32; 42),其与布置在输出轴(50)上的公共最终传动齿轮(51)相互作用。 第一齿轮31的多个齿轮齿(n31)相对于第一主动齿轮(21)的齿轮齿(n21)的数量选择为第一齿轮(31)的齿轮齿数(n31) 齿轮(31)可以用至少一个齿轮齿减小或增加,而不影响第一驱动齿轮(21)上的齿轮齿数(n21),通过减少或增加齿轮齿(n31)的数量 第一齿轮(31)由第一齿轮(31)的齿轮的轮廓移位补偿。
    • 10. 发明公开
    • GEAR WITH FREE CURVED SURFACES
    • GETRIEBE MIT FREIENGEKRÜMMTENOBERFLÄCHEN
    • EP2584224A1
    • 2013-04-24
    • EP10853602.0
    • 2010-12-27
    • O-OKA Corporation
    • O-OKA, MitsushigeKAWASAKI, YoshikiSHIMOMURA, Mitsuhiko
    • F16H55/08B21K1/30
    • F16H55/02B21J5/025B21K1/30B21K1/305F16H55/08F16H55/0886F16H55/17F16H2055/0893Y10T29/49469Y10T74/19953Y10T74/19972
    • A transmission gear has a tooth surface formed of a free-form surface instead of an involute surface and a root area formed of a free-form surface instead of a trochoid surface. With such a transmission gear, the fatigue strength against bearing pressure can be increased by reducing the Hertzian stress in the area around the meshing point of the tooth surface, and the fatigue strength against bending can be increased by reducing the bending stress at a tooth root portion of the bottom land. In addition, the gear noise can be reduced. The tooth surface is formed of a free-form surface in which the smallest radius of curvature in an area around a mating pitch point is maximized. The bottom land is formed of a free-form surface in which the smallest radius of curvature in an area around a tooth root is maximized.
    • 传动齿轮具有由自由曲面形成的齿面,而不是渐开线面,而是由自由曲面形成的根部区域而不是次摆线面。 通过这样的变速齿轮,通过减小齿面啮合点附近的区域的赫兹应力可以提高耐轴承压力的疲劳强度,通过减小齿根的弯曲应力可以提高抗弯曲疲劳强度 部分底部土地。 此外,可以减少齿轮噪音。 齿表面由自由形式的表面形成,其中在配合节点周围的区域中的最小曲率半径最大化。 底部区域由自由形状的表面形成,其中齿根周围区域中的最小曲率半径最大化。