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
    • 3. 发明公开
    • Schwingmotor-Federgetriebe-Kombination
    • Schwingmotor-Federgetriebe-Kombination。
    • EP0065023A2
    • 1982-11-24
    • EP81103798.5
    • 1981-05-18
    • Schnell, Joachim, Dr.
    • Schnell, Joachim, Dr.
    • F16H33/06F16H33/20
    • F16H33/20
    • Bei einer Schwingmotor-Federgetriebe-Kombination werden die periodischen Hinundherbewegungen von zwei gegeneinander schwingenden Bauteilen (1, 2) eines Schwingmotors durch stufenlose Federgetriebe, wie sie in EP 0 021 452 A1 beschrieben werden, in Drehbewegungen übersetzt. Die gegeneinander schwingenden Motorbauteile (1,2) sind mit dem Gehäuse gleitend (13) verbunden, so daß sie in ihrer Antriebsbewegung kaum behindert werden und nur geringe Kräfte auf das Gehäuse übertragen. Die Übertragung der Antriebsbewegungen über Federn (9) und Freiläufe (10) auf Abtriebswellen (11) ergibt bei gutem Wirkungsgrad eine Drehbewegung, deren Drehzahl sich stufenlos last- und antriebsabhängig einstellt.
    • 振动器马达和弹簧传动装置与一个或多个驱动振动器马达组合,该驱动振动器马达具有周期性的往复运动或均匀运动,并且以往运动和往复运动叠加,并且一个或多个弹簧传动装置将驱动运动或运动传递到一个 或更多的旋转从动轴通过弹簧(9)和通过超越(10)和/或接合和分离离合器,弹簧(9)被周期性地依赖于加载和驱动而被拉伸和释放,这导致旋转的驱动速度无级可变 并且取决于装载和驱动,其特征在于,所述驱动振动器马达或马达包含至少两个相互摆动的结构构件(1,2),所述结构构件(1,2)与壳体没有刚性连接,并且至少 与外壳配合的构件(1或2)中的一个,使得摆动运动或运动不被或非常受阻碍,并且没有或不是非常多的振荡能量 转移到壳体,其可以通过滑动或浮动轴承,通过弹性悬架或由壳体支撑的弹簧传动来实现,并且至少一个结构构件(1或2)与至少一个弹簧传动件连接。
    • 4. 发明公开
    • CONTINUOUSLY VARIABLE AUTOMATIC TRANSMISSION
    • STUFENLOSES AUTOMATIKGETRIEBE
    • EP3156692A1
    • 2017-04-19
    • EP15805912.1
    • 2015-05-15
    • Carames Jimenez, Jose Antonio
    • Carames Jimenez, Jose Antonio
    • F16H33/06B62M1/10
    • F16H33/06B62M1/10B62M1/105
    • The invention relates to a continuously variable automatic transmission that modifies the transmission ratio thereof by means of the accumulation and conversion of potential and kinetic energy. The transmission, which is functionally formed around an elastic potential energy accumulator device (6) with a controlled (7) output (2), has an input system (5) suitable for distributing the energy that is absorbed, and an output system (9) suitable for delivering the potential energy that has been absorbed and converting it into kinetic energy. The accumulator of elastic potential energy is formed around an elastic spiral spring, the inlet thereof being arranged so as to only allow the inflow of energy and the outlet thereof so as to control the energy delivery.
    • 本发明涉及通过潜在和动能的累积和转换来改变其传动比的无级变速自动变速器。 在具有受控(7)输出(2)的弹性势能蓄能装置(6)周围功能地形成的传输具有适于分配被吸收的能量的输入系统(5)和输出系统(9 )适合于传递被吸收的势能并将其转化为动能。 弹性势能的蓄能器形成在弹性螺旋弹簧周围,其入口被布置成仅允许能量的流入和其出口,以便控制能量输送。
    • 5. 发明授权
    • Engine
    • 发动机
    • EP1242740B1
    • 2008-10-29
    • EP00967437.5
    • 2000-09-28
    • Barreiro Technologies Pty Ltd
    • BARREIRO, Manuel Vieira
    • F03G1/00F16H33/06
    • F03G1/00Y10T74/1526Y10T74/1529Y10T74/1531Y10T74/18088
    • An engine (10) which can deliver mechanical work for an extended duration in comparison to the duration of energy input into the engine. The engine (10) includes a drive shaft (11) through which it delivers mechanical work. The drive shaft (11) is drivingly connected to an electrodynamic machine (13) for generating electrical energy. The drive shaft (11) is driven by a drive system (15) which incorporates various drive mechanisms (16), power means (17) for operating the drive mechanisms (16) and gearing (18) for drivingly connecting the drive mechanisms (16) to the drive shaft (11). The various drive mechanisms (16) are operated in a pre-determined sequence by the power means (17). Each drive mechanism (16) is in the form of a rack and pinion mechanism. The power means (17) for operating the drive mechanisms (16) comprises spring structure associated with each rack of the rack and pinion mechanisms. The power means (17) also comprises a hydraulic ram for loading each of the spring structures.
    • 与输入发动机的能量持续时间相比,发动机(10)能够提供延长的持续时间的机械功。 发动机(10)包括驱动轴(11),通过它传递机械功。 驱动轴(11)驱动地连接到用于产生电能的电动机器(13)。 驱动轴(11)由驱动系统(15)驱动,该驱动系统包括各种驱动机构(16),用于操作驱动机构(16)的动力装置(17)和用于驱动地连接驱动机构(16)的传动装置 )到驱动轴(11)。 各种驱动机构(16)由动力装置(17)以预定顺序操作。 每个驱动机构(16)都是齿条和小齿轮机构的形式。 用于操作驱动机构(16)的动力装置(17)包括与齿条和小齿轮机构的每个齿条相关联的弹簧结构。 动力装置(17)还包括用于装载每个弹簧结构的液压油缸。
    • 6. 发明公开
    • Actuator assembly
    • 的驱动装置的组件中,锁定装置,以及一种制造驱动装置的组装方法
    • EP1574755A2
    • 2005-09-14
    • EP05251503.8
    • 2005-03-11
    • ArvinMeritor Light Vehicle Systems (UK) Ltd
    • Fisher, Sidney Edward
    • F16H33/06H02K7/06E05B47/00E05B65/12
    • E05B81/25E05B2015/0427H02K7/10
    • A sub-assembly for an actuator assembly, including an output member (116), and a spring arrangement having at least one helical return spring (118), the output member (116) being rotatable between a neutral position, a first actuated position, and a second actuated position, the neutral position being between the first and second actuated positions, the output member (116) capable of being moved from the neutral position to the first actuated position and to the second actuated position, in which the spring arrangement is arranged so as to bias the output member (116) towards the neutral position from the first actuated position, and is also arranged to bias the output member towards the neutral position from the second actuated position,
      the output member (116) including a recess (132) for receiving the at least one helical return spring (118),
      the sub-assembly further including a retention means (160) for retaining the at least one helical return spring (118) in the recess (132),
      the retention means (160) including a slot arrangement (162) to allow insertion of the at least one helical return spring (118) into the recess (132).
    • 一个子组件,用于在致动器组件,在输出部件(116),其包括与具有至少一个螺旋形的回位弹簧的弹簧装置(118),所述输出部件(116)是一个中性位置之间转动的基础上,第一致动位置时, 和第二致动位置,中立位置,第一和第二致动位置之间,所述输出部件(116)能够从中立位置移动到所述第一致动位置和第二致动位置,其中所述弹簧装置是 布置成偏压所述输出部件(116)朝从所述第一致动位置的中立位置,并且因此布置成偏压所述输出构件朝从所述第二致动位置的中立位置,包括凹部的输出部件(116)( 132),用于接收所述至少一个螺旋回位弹簧(118),所述子组件还包括一保持装置(160),用于在所述凹部(132保持至少一个螺旋回位弹簧(118)),则 保持装置(160)包括一个槽布置(162),以允许所述至少一个螺旋回位弹簧(118)到所述凹部(132)的插入。
    • 8. 发明公开
    • Turret with device for compensation of torque fluctuations
    • 具有扭矩波动补偿装置的炮塔
    • EP0826452A3
    • 1998-03-11
    • EP97111303.0
    • 1997-07-04
    • SANKYO SEISAKUSHO CO.
    • Kato, Heizaburo
    • B23B29/32F16H33/06
    • F16H25/14B23Q11/0032B23Q16/02F16H33/02
    • A fluctuation torque cancellation apparatus is added to a machine tool, such as a turret lathe, having a cutter indexing apparatus, so that an indexing operation can be effected at high speed with high accuracy. The fluctuation torque cancellation apparatus includes a torque compensation cam, fixedly mounted on an input shaft of the cutter indexing apparatus, a slider which can be guided by a slide guide, and has a cam follower mounted at a distal end portion thereof, and a spring member which is received in the slide guide, and urges the slider. Instead of the spring member, a device for supplying the air into the slide guide may be used. A cam curve of the cam is so determined that when an fluctuation torque, acting on the input shaft, is large, a large compensation torque can be produced by the spring member, and with this arrangement a rotary tool holder, fixedly mounted on an output shaft, can be smoothly rotated without causing an uneven rotation.
    • 在具有刀具分度装置的转塔车床等机床中追加了变动转矩消除装置,能够高精度且高速地进行分度动作。 该变动转矩消除装置包括:转矩补偿凸轮,其固定地安装在切割器分度装置的输入轴上;滑动件,其能够被滑动引导件引导并且具有安装在其远端部分处的凸轮从动件;以及弹簧 其被容纳在滑动引导件中并且推动滑动件。 代替弹簧构件,可以使用用于将空气供应到滑动引导件的装置。 凸轮的凸轮曲线如此确定,即当作用在输入轴上的起伏扭矩大时,弹簧部件可以产生大的补偿扭矩,并且通过该布置,旋转刀架被固定地安装在输出部 轴可以平稳地旋转而不会引起不均匀的旋转。
    • 9. 发明公开
    • Turret with device for compensation of torque fluctuations
    • Werkzeugrevolver mit Vorrichtung zum Ausgleich von Momentschwankungen
    • EP0826452A2
    • 1998-03-04
    • EP97111303.0
    • 1997-07-04
    • SANKYO SEISAKUSHO CO.
    • Kato, Heizaburo
    • B23B29/32F16H33/06
    • F16H25/14B23Q11/0032B23Q16/02F16H33/02
    • A fluctuation torque cancellation apparatus is added to a machine tool, such as a turret lathe, having a cutter indexing apparatus, so that an indexing operation can be effected at high speed with high accuracy. The fluctuation torque cancellation apparatus includes a torque compensation cam, fixedly mounted on an input shaft of the cutter indexing apparatus, a slider which can be guided by a slide guide, and has a cam follower mounted at a distal end portion thereof, and a spring member which is received in the slide guide, and urges the slider. Instead of the spring member, a device for supplying the air into the slide guide may be used. A cam curve of the cam is so determined that when an fluctuation torque, acting on the input shaft, is large, a large compensation torque can be produced by the spring member, and with this arrangement a rotary tool holder, fixedly mounted on an output shaft, can be smoothly rotated without causing an uneven rotation.
    • 在具有刀具分度装置的诸如转塔车床的机床中添加了一个波动扭矩消除装置,从而可以高精度地进行转位操作。 波动扭矩消除装置包括固定地安装在刀具分度装置的输入轴上的转矩补偿凸轮,可由滑动引导件引导的滑块,并且具有安装在其远端部分的凸轮从动件和弹簧 在滑动导轨中接收的构件,并且推动滑块。 可以使用用于将空气供给到滑动引导件的装置代替弹簧构件。 凸轮的凸轮曲线被确定为当作用在输入轴上的波动扭矩大时,可以通过弹簧构件产生大的补偿扭矩,并且通过这种布置,固定地安装在输出端上的旋转工具架 轴,可以平滑地旋转而不会引起不均匀的旋转。