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
    • 1. 发明申请
    • CONTINUOUSLY VARIABLE TWIN-TUBE SHOCK DAMPER
    • 连续可变的双管阻尼器
    • WO1996008950A2
    • 1996-03-28
    • PCT/NL1995000408
    • 1995-11-30
    • KONI B.V.DE KOCK, CornelisDE KOCK, Paul
    • KONI B.V.
    • B60G17/08F16F9/46F16F9/512
    • F16F9/465F16F9/512
    • A twin-tube shock damper has a hollow piston rod (5) which extends towards the top of the working cylinder (1), a baseplate (8) which closes off the working cylinder and a disc (7) which is arranged inside the working cylinder between the piston (4) and the baseplate and has one or more passages (16) and a non-return valve (17) which allows upward flow through the passages, a central tube (10), a connection (11) between the hollow piston rod and the space above the piston, a damping valve (21) which operates in one direction of flow and servo-control means having an excitation chamber (18) and an excitable coil (30). A control valve in the form of a hollow piston (25) movable in a control valve cylinder (22) provided with orifices (24) and a hollow shaft (27) guided in a valve shaft guide (26) provided with orifices (28) are located in the excitation chamber. Both the control valve cylinder and the control valve are pushed by spring means (23, 29) in the direction of the damping valve body (17).
    • 双管减震器具有朝向工作缸(1)的顶部延伸的中空活塞杆(5),封闭工作缸的基板(8)和安置在工作缸(1)内部的盘(7) 活塞(4)和基板之间的气缸,并且具有一个或多个通道(16)和止回阀(17),其允许向上流动通过通道,中心管(10),连接(11) 中空活塞杆和活塞上方的空间,在一个流动方向上操作的阻尼阀(21)和具有激励室(18)和可激励线圈(30)的伺服控制装置。 一种中空活塞(25)形式的控制阀,其可在设有孔(24)的控制阀缸(22)和可在设有孔(28)的阀轴导向件(26)中引导)的中空轴(27) 位于激发室中。 控制阀筒和控制阀两者均由弹簧装置(23,29)沿阻尼阀体(17)的方向推动。
    • 2. 发明申请
    • TWIN-PIPE SHOCK ABSORBER
    • 双管冲击吸收器
    • WO1992012359A1
    • 1992-07-23
    • PCT/NL1991000260
    • 1991-12-11
    • KONI B.V.DE KOCK, Cornelis
    • KONI B.V.
    • F16F09/46
    • F16F9/465B60G2202/24B60G2202/42B60G2500/104
    • A twin-pipe shock absorber comprises a disc (7) which is fitted between the piston (4) and the bottom plate (6) inside the working cylinder and which is provided with one or more bores (17), a non-return upflow valve (19) for regulation of the upgoing flow through the bores (17) in the disc (7), a central pipe (8) extending through the piston (4) in the hollow piston rod (5) and through the disc (7), a regulated first damper valve (34) fitted at the bottom end of the working cylinder, and a regulating mechanism fitted below the first damper valve (34) in order to regulate the flow resistance caused by the above-mentioned first damper valve. In order to let the shock absorber function well at very high piston speeds without limitations regarding the dimension of piston and piston rod, the first damper valve (34) is intended purely for damping of the inward stroke of the piston rod (5), whereas a regulated second damper valve (12, 12a) is fitted in the piston (4) for the purpose of damping the outward stroke of the piston rod (5), and the regulating pressure for the second damper valve (12, 12a) is governed by means of the central pipe (8) of low cross-sectional area by the regulating mechanism.
    • 双管减震器包括一个装在工作缸内的活塞(4)和底板(6)之间的盘(7),并设有一个或多个孔(17),一个不回流上流 用于调节通过盘(7)中的孔(17)的上流的阀(19),在中空活塞杆(5)中延伸穿过活塞(4)并通过盘(7)的中心管(8) ),安装在工作缸底端的调节第一阻尼器阀(34)和安装在第一阻尼阀(34)下方的调节机构,以便调节由上述第一阻尼阀引起的流动阻力。 为了使冲击吸收器在非常高的活塞速度下起到良好的作用,而没有限制活塞和活塞杆的尺寸,第一减震阀(34)仅用于阻尼活塞杆(5)的向内行程,而 为了阻尼活塞杆(5)的向外冲程,调节第二阻尼阀(12,12a)装配在活塞(4)中,并且第二阻尼阀(12,12a)的调节压力被控制 通过调节机构的具有低横截面积的中心管(8)。
    • 3. 发明申请
    • SHOCK ABSORBER
    • 减震器
    • WO1989009892A1
    • 1989-10-19
    • PCT/NL1989000017
    • 1989-04-03
    • KONI B.V.VAN ZEGGEREN, Wilhelm, Aart
    • KONI B.V.
    • F16F09/46
    • F16F9/46B60G2401/23F16F2224/0258
    • Shock absorber, comprising a cylinder (1) with damping fluid, a piston rod (2) which is displaceable in the cylinder (1) having a piston (3) attached thereto and which bounds a central aperture (8) running in the axial direction of the cylinder (1) and being shut off at the end away from the piston rod (2). The piston (2) being provided with at least two duct systems having different damping characteristics, so that damping fluid can flow to spaces (17, 18) in the cylinder (1) on either side of the piston (3). Said duct systems connect by means of an aperture or group of apertures (9, 10) to the central aperture (8) bounded by the piston (3). For the purpose of controlling the fluid flow through the central aperture (8) by opening or closing off one or more of the apertures or groups of apertures (9, 10) as desired, said shock absorber being provided with at least one sleeve-type body (6) being displaceable in axial direction of the central aperture (8) through the activation of at least one element (4, 5) of memory metal and, in opposite direction by at least one further element (14), such as a compression spring. For locking the at least one body (6) in a particular position, the central aperture (8) being provided with axially displaced slots (35, 36) containing a loop-type element (37, 38) of memory metal engaging in at least one corresponding slot (39) in said at least one body (6).
    • 减震器包括具有阻尼流体的气缸(1),可在气缸(1)中移动的活塞杆(2),其具有安装在其上的活塞(3),并限定在轴向方向上延伸的中心孔 并且在远离活塞杆(2)的一端被切断。 活塞(2)设置有具有不同阻尼特性的至少两个管道系统,使得阻尼流体可以流到活塞(3)的任一侧上的气缸(1)中的空间(17,18)。 所述管道系统通过孔或一组孔(9,10)连接到由活塞(3)限定的中心孔(8)。 为了通过根据需要打开或关闭一个或多个孔或组的孔(9,10)来控制通过中心孔(8)的流体流动,所述减震器设置有至少一个套筒型 主体(6)可通过活化至少一个记忆金属元件(4,5)而在中心孔(8)的轴向方向上移位,并且通过至少一个另外的元件(14)在相反方向上移动,例如 压缩弹簧。 为了将至少一个主体(6)锁定在特定位置,中心孔(8)设置有轴向移动的狭槽(35,36),其包含至少接合的存储器金属的环形元件(37,38) 所述至少一个主体(6)中的一个对应的槽(39)。
    • 4. 发明申请
    • FREQUENCY SELECTIVE DAMPER VALVE, AND SHOCK ABSORBER COMPRISING SUCH DAMPER VALVE
    • 频率选择性阻尼阀和包含这种阻尼阀的减震器
    • WO2016171565A1
    • 2016-10-27
    • PCT/NL2016/050294
    • 2016-04-25
    • KONI B.V.
    • DE KOCK, Paul
    • F16F9/512
    • F16F9/512F16F9/18F16F9/3235F16F9/34F16F2226/048F16F2228/04
    • A damper valve (100) comprises a controlled flow channel (115) between a valve inlet side (100.1) and a valve outlet side (100.2); a controlled valve (130) provided in the controlled flow channel; a movable valve body (120) acting on the controlled valve so as to change a closing force of the controlled valve; and a control chamber (126). The control chamber comprises a control chamber inlet (125) in fluid connection with the valve inlet side (100.1) upstream of the controlled valve (130); a configuration providing a variable volume of the control chamber, a change in volume of the control chamber acting to cause a movement of the movable valve body (120); and a pressure relief valve (160) to allow a relief fluid flow from the control chamber (126) to the valve inlet side (100.1) bypassing the flow restriction (160.1) of the control chamber inlet (125).
    • 阻尼阀(100)包括在阀入口侧(100.1)和阀出口侧(100.2)之间的受控流动通道(115)。 设置在受控流动通道中的受控阀(130) 作用在所述受控阀上的可动阀体(120),以改变所述受控阀的关闭力; 和控制室(126)。 控制室包括与受控阀(130)上游的阀入口侧(100.1)流体连接的控制室入口(125); 提供控制室的可变容积的配置,用于引起可移动阀体(120)的运动的控制室的体积变化; 和压力释放阀(160),以允许溢流液体绕过控制室入口(125)的流量限制(160.1)从控制室(126)流向阀入口侧(100.1)。
    • 5. 发明申请
    • FREQUENCY SELECTIVE DAMPER VALVE, AND SHOCK ABSORBER COMPRISING SUCH DAMPER VALVE
    • 频率选择性阻尼阀和包含这种阻尼阀的减震器
    • WO2016171564A1
    • 2016-10-27
    • PCT/NL2016/050293
    • 2016-04-25
    • KONI B.V.
    • DE KOCK, Paul
    • F16F9/512
    • F16F9/512F16F9/19F16F9/3488F16F9/369F16F2226/04F16F2226/048F16F2228/066F16F2228/08F16F2230/30F16K15/145F16K17/0413
    • A damper valve (100) comprises a controlled flow channel (115) between a valve inlet side (100.1) and a valve outlet side (100.2); a controlled valve (130) provided in the controlled flow channel; a movable valve body (120) acting on the controlled valve so as to change a closing force of the controlled valve; and a control chamber (126). The control chamber comprises a control chamber inlet (125) in fluid connection with the valve inlet side (100.1) upstream of the controlled valve (130); a configuration providing a variable volume of the control chamber, a change in volume of the control chamber acting to cause a movement of the movable valve body (120); and a first flexible wall (140) allowing movement of the movable valve body (120). The first flexible wall provides an effective surface area against which the fluid pressure in the control chamber (126) acts, the effective surface area decreasing upon movement of the movable valve body (120) in a direction outward of the control chamber, the first flexible wall comprising a flex plate (141) bearing against a curved surface (111.1).
    • 阻尼阀(100)包括在阀入口侧(100.1)和阀出口侧(100.2)之间的受控流动通道(115)。 设置在受控流动通道中的受控阀(130) 作用在所述受控阀上的可动阀体(120),以改变所述受控阀的关闭力; 和控制室(126)。 控制室包括与受控阀(130)上游的阀入口侧(100.1)流体连接的控制室入口(125); 提供控制室的可变容积的配置,用于引起可移动阀体(120)的运动的控制室的体积变化; 以及允许可移动阀体(120)移动的第一柔性壁(140)。 所述第一柔性壁提供有效的表面积,所述控制室(126)中的流体压力作用于所述有效表面积,所述有效表面积在所述可动阀体(120)沿所述控制室外侧的方向移动时减小,所述第一柔性 壁包括抵靠弯曲表面(111.1)的柔性板(141)。
    • 6. 发明申请
    • METHOD AND DEVICE FOR TESTING A SHOCK ABSORBER
    • 用于测试震动吸收器的方法和装置
    • WO1993001483A1
    • 1993-01-21
    • PCT/NL1992000122
    • 1992-07-08
    • KONI B.V.SCHEPER, Halbe, Wietse
    • KONI B.V.
    • G01M17/04
    • G01M17/04
    • Method for testing a shock absorber of a vehicle by lifting to a determined height above the ground at least one vehicle wheel (21) to which the shock absorber is connected for damping, relinquishing the wheel (21) to a free fall and recording a resulting resilient movement of the vehicle, wherein an indicator of the damping is determined from the recorded resilient movement. A device for performing this method is provided with lifting means (2) for at least one vehicle wheel (21), control means (3) connected to the lifting means (2) and means (4) for recording a movement of the vehicle.
    • 用于通过将至少一个车轮(21)提升到地面上确定的高度来测试车辆的减震器的方法,所述减震器连接到所述至少一个车轮(21),用于阻尼,将车轮(21)放回自由落体并记录所得到的 根据记录的弹性运动来确定阻尼的指示器的车辆的弹性运动。 用于执行该方法的装置设置有用于至少一个车轮(21)的提升装置(2),连接到提升装置(2)的控制装置(3)和用于记录车辆运动的装置(4)。
    • 7. 发明申请
    • TWIN-PIPE SHOCK ABSORBER
    • 双管冲击吸收器
    • WO1989009891A1
    • 1989-10-19
    • PCT/NL1989000016
    • 1989-04-03
    • KONI B.V.DE KOCK, Cornelis
    • KONI B.V.
    • F16F09/46
    • F16F9/486F16F9/46F16F9/465F16F9/504
    • A twin-pipe shock absorber comprises a working cylinder (1), a piston (4) which is movable in the cylinder and has a passage and upstream valve (13, 14, 15). Round the working cylinder an external pipe (2) is fitted and an oil tank (3) is present between the working cylinder and the external pipe. The working cylinder is shut off by a disc (7) having a passage (16) and an upstream valve (17) positioned near said passage. Further the absorber is provided with a damper valve. To produce a shock absorber in which the shock absorption can be adapted very rapidly to the frequency of movement of the unsprung wheel guide part a central pipe (10) extends through the piston (4) and with its bottom end projects through said disc (7). The damper valve is disposed at the bottom end of said central pipe (10), and regulation means are present to regulate the damping exerted by the damper valve depending at least on the frequency at which the working cylinder vibrates.
    • 双管减震器包括工作缸(1),活塞(4),其可在气缸中移动并具有通道和上游阀(13,14,15)。 在工作气缸周围安装外部管道(2),工作气缸和外部管道之间存在油箱(3)。 通过具有位于所述通道附近的通道(16)和上游阀(17)的盘(7)来切断工作缸。 此外,吸收器设置有阻尼阀。 为了产生减震器,其中减震能够非常快地适应非调节轮引导部分的运动频率,中心管(10)延伸穿过活塞(4)并且其底端突出通过所述盘(7) )。 减震阀设置在所述中心管(10)的底端,并且存在调节装置,以至少根据工作缸振动的频率来调节由减震阀施加的阻尼。
    • 8. 发明申请
    • FREQUENCY-SELECTIVE DAMPER VALVE, AND SHOCK ABSORBER AND PISTON HAVING SUCH VALVE
    • 频率选择性阻尼阀,以及具有该阀的减震器和活塞
    • WO2017089621A1
    • 2017-06-01
    • PCT/EP2016/079053
    • 2016-11-28
    • KONI B.V.
    • DE KOCK, Paul
    • F16F9/512
    • F16F9/5126
    • A frequency-selective damper valve comprises a controlled flow channel (302, 205, 105, 301) to provide a fluid connection between a first and second valve sides; a controlled valve assembly (500) in the controlled flow channel; a movable valve body (600) acting on the controlled valve assembly so as to allow changing a flow resistance; and a variable volume chamber (710, 720), the movable valve body (600) interacting with the variable volume chamber (710, 720) such that movement of the movable valve body (600) and a change in volume of the variable volume chamber (710, 720) are interrelated. The variable volume chamber (710, 720) comprises an outlet opening (711, 721), in operation, downstream of the controlled valve assembly and does not comprise an opening upstream of the controlled valve assembly with respect to a controlled fluid flow in the controlled flow channel, the outlet opening providing a flow resistance. A fluid pressure upstream of the controlled valve assembly with respect to the controlled fluid flow acts on the movable valve body (600) so as to induce a force on the movable valve member in a direction to decrease a volume of the variable volume chamber by fluid flow from the variable volume chamber through the outlet opening (711, 721).
    • 频率选择性阻尼阀包括受控流动通道(302,205,105,301)以提供第一和第二阀侧之间的流体连接; 受控流动通道中的受控阀组件(500) 作用于所述控制阀组件上的可动阀体(600),以允许改变流动阻力; 和可变容积腔室(710,720),所述可移动阀门主体(600)与所述可变容积腔室(710,720)相互作用,使得所述可移动阀体(600)的移动和所述可变容积腔室 (710,720)是相互关联的。 可变容积腔室(710,720)在操作中包括在受控阀组件下游的出口开口(711,721),并且相对于受控受控流体流动在受控对象中不包括受控阀组件上游的开口 流动通道,出口开口提供流动阻力。 受控的阀组件相对于受控的流体流动的上游的流体压力作用在可移动的阀体(600)上,从而在可移动的阀构件上沿着减小可变容积腔体积的方向引起力 从可变容积腔室通过出口开口(711,721)流出。
    • 9. 发明申请
    • FLUID-FILLED, FREQUENCY-DEPENDENT DAMPER
    • 流体填充,频率依赖型阻尼器
    • WO2013051934A1
    • 2013-04-11
    • PCT/NL2012/050692
    • 2012-10-03
    • KONI B.V.
    • DE KOCK, Paul
    • F16F9/512F16F9/516F16F9/46
    • F16F9/5126F16F9/465F16F9/516
    • A fluid-filled, frequency-dependent damper comprises a cylinder connected to a cylinder attachment portion; a piston connected to a piston attachment portion, the piston being displaceable in the cylinder; a first main chamber; a second main chamber; and a throttling member for allowing and influencing a fluid flow between the first and second main chambers within the damper when the cylinder attachment portion and the piston attachment portion move away from and/or move towards each other. The throttling member comprising an auxiliary cylinder and an auxiliary piston provided in the auxiliary cylinder. The auxiliary piston divides the auxiliary cylinder in a first auxiliary chamber comprising a first opening providing a fluid connection of the first auxiliary chamber with one of the first and second main chambers, the first opening being closable by a first part of the auxiliary piston, and a second opening providing a fluid connection of the first auxiliary chamber with the other one of the first and second main chambers; and a second auxiliary chamber in fluid connection with the other one of the first and second main chambers via a throttling passage. The first opening is closed by the auxiliary piston in a rest position and is opened by movement of the auxiliary piston in the auxiliary cylinder.
    • 流体填充的频率相关阻尼器包括连接到气缸附接部分的气缸; 连接到活塞附接部分的活塞,所述活塞可在气缸中移动; 第一个主室; 第二主室; 以及节流构件,用于当气缸安装部分和活塞附接部分离开和/或朝向彼此移动时允许和影响阻尼器内的第一和第二主室之间的流体流动。 节流构件包括设置在辅助气缸中的辅助气缸和辅助活塞。 辅助活塞将辅助气缸分成第一辅助室,第一辅助室包括第一开口,第一开口提供第一辅助室与第一和第二主室中的一个的流体连接,第一开口可由辅助活塞的第一部分关闭;以及 第二开口,其提供第一辅助室与第一和第二主室中的另一个的流体连接; 以及通过节流通道与第一和第二主室中的另一个流体连接的第二辅助室。 第一开口由辅助活塞封闭,处于静止位置,并通过辅助气缸中的辅助活塞的运动而打开。
    • 10. 发明申请
    • CONTINUOUSLY VARIABLE SINGLE-TUBE SHOCK ABSORBER WITH BIDIRECTIONAL CONTROL VALVE
    • 带双向控制阀的连续可变的单管冲击吸收器
    • WO1997031197A1
    • 1997-08-28
    • PCT/NL1997000031
    • 1997-02-04
    • KONI B.V.DE KOCK, Cornelis
    • KONI B.V.
    • F16F09/46
    • F16F9/465F16F9/504
    • A continuously variable single-tube shock absorber operating according to the skyhook principle and having bidirectional control valves comprises a working cylinder (1), a piston (3) with piston rod (2) which is movable therein, openings (6, 7) cut out in the piston, spring-loaded shock absorber valves (8, 9), fitted on either side of the piston, in order to shut off the openings until a certain fluid pressure has been reached, exciting chambers (12, 13) fitted on either side of the piston and each bounded by a stationary disc (10, 11), a piston skirt (14, 15) which can be slid around such a disc, and a spring-loaded shock absorber valve. The exciting chambers are in communication with a bore (23) in which the pressure is controlled by a control mechanism. Bores (20, 21) through which fluid can flow into the exciting chambers are provided in the stationary discs. The control mechanism can consist of a movable mass which is fitted in a spring-loaded manner and controls the passage of fluid to a bore which is in communication with the exciting chambers, or it can consist of valves to be adjusted by a coil (37).
    • 根据天桥原理操作并具有双向控制阀的连续可变单管减震器包括工作缸(1),具有可在其中移动的活塞杆(2)的活塞(3),开口(6,7)切割 在活塞的出口处安装有活塞两侧的弹簧减震阀(8,9),以便切断开口直到达到一定的流体压力,激励腔(12,13)安装在 活塞的两侧各由一个固定的盘(10,11)限定,可围绕这种盘滑动的活塞裙部(14,15)和弹簧加载的减震阀。 激励腔与孔(23)连通,其中压力由控制机构控制。 流体可以流入激励腔的孔(20,21)设置在固定盘中。 该控制机构可由可移动的质量组成,该活动物质以弹簧加载的方式安装并控制流体通向与激励腔连通的孔,或者可由阀组件(37) )。