会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 21. 发明授权
    • Automatic transmission for vehicle
    • 汽车自动变速箱
    • US5683325A
    • 1997-11-04
    • US620191
    • 1996-03-22
    • Shuzo MorotoTakao TaniguchiShoichi MiyagawaKazumasa TsukamotoMasahiro HayabuchiMasaaki NishidaSatoru KasuyaAkitoshi KatoNobutada Sugiura
    • Shuzo MorotoTakao TaniguchiShoichi MiyagawaKazumasa TsukamotoMasahiro HayabuchiMasaaki NishidaSatoru KasuyaAkitoshi KatoNobutada Sugiura
    • F16H3/62F16H3/66F16H3/00
    • F16H3/663F16H2200/0047F16H2200/2005F16H2200/2007F16H2200/2025
    • A 5-speed automatic transmission for a vehicle having a highly efficient top gear, a compact construction and a wide overall range of gear ratios. The automatic transmission has a speed changer which provides five gear stages, namely two speeds on the speed decreasing side and two speeds on the speed increasing side with a direct-coupled gear therebetween. The speed changer includes a ring gear connected to an output shaft, a first carrier, a first sun gear, a second carrier connected to the first carrier, a stepped pinion gear supported by these two carriers, and a sun gear meshing with the pinion gear. The first carrier is connected to an input shaft by a clutch and the first sun gear is connected to the input shaft by a clutch. The first sun gear may be stopped by a first brake, a second brake stops the second sun gear and a third brake is provided to stop a third sun gear. Top gear is achieved by meshing of the pinion gear with the second sun gear and the ring gear. Top gear is thus achieved with the equivalent of only one planetary gear set of intermeshing elements and without loss of efficiency. Also, the arrangement of the three planetary gear sets of the transmission is such that one planetary gear set can be easily removed to make a 4-speed transmission derived from the 5-speed transmission of the invention.
    • 一种具有高效顶级齿轮,紧凑结构和宽范围传动比的车辆的5速自动变速器。 自动变速器具有变速器,其提供五个档位,即减速侧的两个速度和增速侧的两个速度,其间具有直联齿轮。 变速器包括连接到输出轴的环形齿轮,第一行星架,第一太阳齿轮,连接到第一行星架的第二行星架,由这两个行星架支撑的阶梯式小齿轮,以及与小齿轮啮合的太阳齿轮 。 第一行星架通过离合器连接到输入轴,第一太阳齿轮通过离合器连接到输入轴。 第一太阳齿轮可以通过第一制动器停止,第二制动器停止第二太阳齿轮,并且提供第三制动器以停止第三太阳齿轮。 顶齿轮通过小齿轮与第二太阳齿轮和齿圈啮合来实现。 因此,顶齿轮相当于仅有一个行星齿轮组的啮合元件并且不失去效率。 此外,变速器的三个行星齿轮组的布置使得能够容易地移除一个行星齿轮组,以形成源自本发明的5速变速器的4速变速器。
    • 23. 发明授权
    • Automatic transmission
    • 自动变速器
    • US06361468B1
    • 2002-03-26
    • US09466870
    • 1999-12-20
    • Hiroshi KatoKazumasa TsukamotoMasahiro HayabuchiMasaaki NishidaSatoru KasuyaAkitoshi Kato
    • Hiroshi KatoKazumasa TsukamotoMasahiro HayabuchiMasaaki NishidaSatoru KasuyaAkitoshi Kato
    • F16H362
    • F16H3/663F16H2200/0052F16H2200/2007F16H2200/2097
    • A multi-stage automatic transmission using a reduction planetary gear and a planetary gear set in which the respective thrust forces generated thereat are supported by a low bearing load or a low case load. The automatic transmission is provided with a reduction planetary gear, coupled to an input shaft to fix a reaction force element so as to output a reduction rotation to an output element, and a planetary gear set, that outputs a speed shift rotation upon input of the subsequent reduction rotation. During at least first gear driving, there is provided a force transmission route in which thrust forces generated at one element of the reduction planetary gear and one element of the planetary gear set, respectively, are transmitted. In that route, a torsion direction of the spiral teeth of the respective elements are set such that a direction of a thrust force of the element and a direction of the thrust force of the other element are different from each other during first gear driving.
    • 使用减速行星齿轮和行星齿轮组的多级自动变速器,其中在其上产生的各个推力由低轴承负载或小负载负载。 自动变速器设置有减速行星齿轮,联接到输入轴以固定反作用力元件以将减速旋转输出到输出元件;以及行星齿轮组,其在输入时输出速度换档旋转 随后的减速旋转。 在至少第一齿轮传动期间,设置有力传递路径,其中分别在所述还原行星齿轮的一个元件处产生的推力和所述行星齿轮组的一个元件产生的推力。 在该路径中,各元件的螺旋齿的扭转方向被设定为使得元件的推力方向和另一元件的推力方向在第一档位驱动期间彼此不同。
    • 27. 发明授权
    • Hydraulic control apparatus for an automatic transmission
    • 自动变速器用液压控制装置
    • US06494803B2
    • 2002-12-17
    • US09741165
    • 2000-12-21
    • Akitomo SuzukiKenichi TsuchidaMasaaki NishidaMasahiro HayabuchiTakayuki HisanoTakahiro Inoue
    • Akitomo SuzukiKenichi TsuchidaMasaaki NishidaMasahiro HayabuchiTakayuki HisanoTakahiro Inoue
    • F16H3100
    • F16H61/0206F16H61/12F16H61/686F16H2059/006F16H2061/0288F16H2061/1204F16H2061/1232F16H2061/124F16H2061/1244F16H2061/1264F16H2061/1268F16H2306/00Y10T477/6414Y10T477/6428
    • To make it possible to maintain speeds during failures in an automatic transmission that does not have exclusive friction elements corresponding to the attainment of each speed. The hydraulic control apparatus of an automatic transmission, provided with control means 71-74 for supplying regulated pressure to each of the hydraulic servos 81-84 that are first through fourth friction elements to which hydraulic pressure is supplied from the oil path L1, and provided with switching valves (1)-(5) for cutting off the supply of hydraulic pressure to friction elements other than the friction elements that engage in each speed, on the upstream side of the supply paths L31, L32, L10, L11 and L12. Each switching valve is switched by hydraulic pressure (C1-C3, B1 pressures) regulated by the control means that achieve regulated pressure operating conditions during failures, and selective application of signal pressure (Sol, SolB, SoIC pressures) output by the control means as operating means. In a speed that has been attained, the supply path to friction elements that are not to be engaged is cut off. Through this, even during failures the regulated pressure action of the control means corresponding to friction elements that are not to be engaged is ineffective, so the speed that has been attained is fixed.
    • 为了使自动变速器的故障期间的速度保持不变,该自动变速器不具有与实现每个速度相应的专用摩擦元件。 一种自动变速器的液压控制装置,设有控制装置71-74,用于向从油路L1供应液压的第一至第四摩擦元件的每个液压伺服机构81-84提供调节压力,并提供 在供给路径L31,L32,L10,L11和L12的上游侧,切换阀(1) - (5)用于切断除了接合各速度的摩擦元件以外的摩擦元件的液压供给。 每个切换阀通过由控制装置调节的液压(C1-C3,B1压力)切换,在故障期间达到调节压力运行条件,并且选择性地施加由控制装置输出的信号压力(Sol,SolB,SoIC压力) 操作手段。 在已经达到的速度下,切断不被接合的摩擦元件的供给路径。 通过这种方式,即使在故障期间,对应于不接合的摩擦元件的控制装置的调节压力作用是无效的,所以已经达到的速度是固定的。