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
    • 11. 发明授权
    • Heart cam and damper unit and opening/closing controlling device using the same
    • 心形凸轮和阻尼器单元以及使用其的打开/关闭控制装置
    • US07032985B1
    • 2006-04-25
    • US10790243
    • 2004-03-02
    • Hiroaki IchiokaTakeo MitsuedaTakaki Mizuno
    • Hiroaki IchiokaTakeo MitsuedaTakaki Mizuno
    • E05B65/44F16D57/02E05C19/02
    • F16F9/125A47B88/467B60N3/083B60N3/102Y10T16/276Y10T16/61Y10T292/0948Y10T292/1078
    • A heart cam and damper unit includes a base member having fixed cylindrical portions and a stopper portion, a rotating member having a movable cylindrical portion which is rotatably assembled to the fixed cylindrical portion with a viscous fluid interposed between the movable cylindrical portion and the fixed cylindrical portions, and a pinion gear rotating integrally with the movable cylindrical portion, a heart cam member rotatable fitted around an outer periphery of an outwardly located one of the fixed cylindrical portion and the movable cylindrical portion, and a device interposed between the base member and the heart cam member and adapted to rotatably urge the heart cam member toward the stopper portion. The heart cam and damper unit is interposed between a main body portion and a movable portion which undergoes opening and closing action with respect to the main body portion and is constantly urged in an opening direction.
    • 心形凸轮和阻尼器单元包括具有固定圆柱形部分和止动部分的基部构件,具有可移动圆柱形部分的旋转构件,该可移动圆柱形部分可旋转地组装到固定圆柱形部分,其中粘性流体介于可动圆柱形部分和固定圆柱形 以及与所述可动圆筒部一体旋转的小齿轮,设置在所述固定圆筒部和所述可动筒部的向外定位的外周的可旋转的心形凸轮构件,以及插入在所述基部构件与所述可动圆筒部之间的装置 心形凸轮构件,并且适于将心形凸轮构件可旋转地推向止动部。 心形凸轮和阻尼器单元介于主体部分和相对于主体部分进行打开和关闭动作的可动部分之间,并且始终沿打开方向被推动。
    • 12. 发明申请
    • Steering damper system
    • 方向阻尼系统
    • US20030132598A1
    • 2003-07-17
    • US10321696
    • 2002-12-18
    • Osamu BunyaTakehiko NanriKanji HayashiTakeshi Wakabayashi
    • B62K021/08
    • F16F9/466B62K21/08F16F9/125
    • A liquid pressure type steering damper system for generating a damping force for preventing a handle from being swung due to a kick-back upon a disturbance wherein the generation of the damping force is nonlinear so that the steering angle would not be enlarged so much even if the kick-back becomes greater. A liquid pressure type steering damper is provided with a restriction passage for a working liquid and a solenoid-type control valve for varying the passage sectional area of the restriction passage. A needle portion is formed at the tip end of a plunger constituting the solenoid valve and is made to advance and retract in a restriction portion connected to a bypass passage. An annular gap passage is formed between the needle portion and the inside wall of the restriction portion so that, when the needle portion advances or retracts in proportion to the steering speed of a front wheel steering system, the clearance area of the gap passage is varied in the manner of a quadric curve in relation to the stroke amount of the needle portion, whereby the generation of the damping force is rapidly increased in the manner of a quadric curve. In addition, an upper limit of the damping force is restricted by an electromagnetic force of the solenoid valve.
    • 一种用于产生阻尼力的液压式转向阻尼器系统,其中阻尼力的产生由于阻尼力的产生而导致防止手柄摆动,因此阻尼力的产生是非线性的,使得即使 反弹变得更大。 液压式转向阻尼器设置有用于工作液体的限制通道和用于改变限制通道的通道截面面积的螺线管式控制阀。 在构成电磁阀的柱塞的前端形成有针部,并且在与旁通通路连接的限制部中前进和后退。 在针部和限制部的内壁之间形成环状的间隙通路,使得当针部与前轮转向系统的转向速度成比例地前进或后退时,间隙通道的间隙区域变化 以相对于针部的行程量的二次曲线的方式,以二次曲线的方式快速地增加阻尼力的产生。 此外,阻尼力的上限受到电磁阀的电磁力的限制。
    • 14. 发明授权
    • Rotary damper
    • 旋转阻尼器
    • US09182004B2
    • 2015-11-10
    • US14146290
    • 2014-01-02
    • Horizon Hobby, Inc.
    • Brian MillerBrent Redlin
    • F16F5/00F16F9/12F16F9/504B62D7/22A63H17/26B60G21/06
    • F16F9/12A63H17/262B60G21/06B62D7/22F16F9/125F16F9/145F16F9/504F16F9/535
    • A rotary damper for remote-controlled vehicles is described. The rotary damper includes a housing containing a fluid, a rotary joint, a rotating member, a protrusion extending from the first end of the rotating member dividing a space within the housing into at least two portions, and a rocker arm. In operation, a linear motion applied to the rocker arm translates into rotary motion on the rotating member, causing the protrusion to move through the fluid within the housing. An elastic member may be coaxially mounted on the rotating member to resist the rotary motion translated from the rocker arm. The elastic member generates a spring force, and the protrusion moving through the liquid generates a damping force. In other examples, the damping force is generated using a fluid-shearing object moving through the liquid, such as a slotted disc or an impeller.
    • 描述了用于遥控车辆的旋转阻尼器。 旋转阻尼器包括容纳流体的壳体,旋转接头,旋转构件,从旋转构件的第一端部延伸的突起,其将壳体内的空间分成至少两个部分,以及摇臂。 在操作中,施加到摇臂的直线运动转动成在旋转构件上的旋转运动,使突起移动通过壳体内的流体。 可以将弹性构件同轴地安装在旋转构件上,以抵抗从摇臂平移的旋转运动。 弹性构件产生弹簧力,并且通过液体移动的突起产生阻尼力。 在其他示例中,使用流过剪切物体的流体剪切物体产生阻尼力,所述液体剪切物体通过诸如槽形盘或叶轮的液体移动。
    • 17. 发明申请
    • Braking and damping device
    • 制动和阻尼装置
    • US20040145284A1
    • 2004-07-29
    • US10755688
    • 2004-01-12
    • Remo Egger
    • A47B088/00
    • F16F9/125E05F5/02E05Y2201/21E05Y2201/254E05Y2201/266E05Y2201/716E05Y2201/722E05Y2900/20
    • The invention concerns a braking and damping device for movable massesnullin particular, for movable cabinet components, with a casing, a first adjustable braking element that is located partially in the casing and is coupled with the movable cabinet component and a second adjustable braking element that is located in the casing; whereby, the braking elements form operating surfaces that are inter-related, so that a shifting of the braking elements relative to one another produce a braking force. The invention shows that the braking elements that are coupled together by a transferring element that provides and removes force in such a manner that in a first movement phase, the braking elements implement a synchronous movement with which the relative velocity between the operating surfaces is smaller or less than the speed of the first braking element that is coupled with the cabinet component. In the second movement phase the braking elements implement opposite movement with which the relative velocity between the operating surfaces is greater than the speed of the first, with the braking element coupled with the cabinet component and in the third movement phase, the first two movement phases are opposite movement phases, the second braking element essentially stands still. The relative velocity between the operating surfaces corresponds essentially to the speed of the first braking element (7) coupled to the cabinet component.
    • 本发明涉及一种用于可移动质量块的制动和阻尼装置,特别是用于可移动的机柜部件,其具有壳体,第一可调制动元件,其部分地位于壳体中并与可移动的壳体部件和第二可调制动元件 位于外壳中; 由此,制动元件形成相互关联的操作表面,使得制动元件相对于彼此的移动产生制动力。 本发明示出了通过传递元件联接在一起的制动元件,其以这样的方式提供和去除力,即在第一移动阶段,制动元件实现同步运动,通过该同步运动,操作表面之间的相对速度较小或 小于与机柜部件联接的第一制动元件的速度。 在第二运动阶段,制动元件实现相反的运动,通过该相对运动,操作表面之间的相对速度大于第一运动表面的速度,其中制动元件与机柜部件耦合,并且在第三运动阶段,前两个运动阶段 相反的运动阶段,第二制动元件基本上静止。 操作表面之间的相对速度基本上对应于联接到机柜部件的第一制动元件(7)的速度。