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
    • 63. 发明授权
    • Slip control boost braking system
    • 滑动控制增压制动系统
    • US09221443B2
    • 2015-12-29
    • US11988129
    • 2006-06-29
    • Blaise Ganzel
    • Blaise Ganzel
    • B60T8/171B60T8/40B60T8/34B60T8/38B60T11/20
    • B60T8/4077B60T8/34B60T8/38B60T8/4072B60T11/203
    • A master cylinder includes a housing and a first secondary piston disposed in the housing. The first secondary piston cooperates with the housing to define a first secondary chamber which changes volume as the first secondary piston moves in the housing. A second secondary piston is disposed in the housing and cooperates with the housing to define a second secondary chamber which changes volume as the second secondary piston moves in the housing. A stepped primary piston is disposed in the housing. The primary piston cooperates with the housing to define a primary chamber which changes volume as the primary piston moves in the housing. The primary piston defines an abutment surface which can be driven into abutment with the first secondary piston and the second secondary piston to move the first secondary piston and the second secondary piston. A primary piston spring maintains a restorative force on the primary piston when actuated.
    • 主缸包括壳体和设置在壳体中的第一辅助活塞。 第一辅助活塞与壳体配合以限定随着第一辅助活塞在壳体中移动而改变体积的第一辅助腔室。 第二辅助活塞设置在壳体中并与壳体配合以限定随着第二辅助活塞在壳体中移动而改变体积的第二辅助腔室。 台阶式主活塞设置在壳体中。 主活塞与壳体配合以限定主室,其随着主活塞在壳体中移动而改变体积。 主活塞限定了邻接表面,该邻接表面可被驱动与第一辅助活塞和第二辅助活塞邻接以移动第一辅助活塞和第二辅助活塞。 主活塞弹簧在致动时在主活塞上保持修复力。
    • 65. 发明授权
    • Shut-off valve for hydraulic system
    • 液压系统截止阀
    • US08696072B2
    • 2014-04-15
    • US12902456
    • 2010-10-12
    • Hiroki OyamaMichael Joseph Boland
    • Hiroki OyamaMichael Joseph Boland
    • B60T8/38
    • B64C25/22B60T13/12B64C25/44B64C25/46F15B11/003F15B13/01F15B2211/30515F15B2211/3138F15B2211/329F15B2211/40515F15B2211/41527F15B2211/428F15B2211/455F16K11/044
    • A hydraulic system for an aircraft includes a master cylinder, a wheel brake, a pressure supply, a reservoir, and a shut-off valve in communication with the master cylinder, the wheel brake, the pressure supply and the reservoir. The shut-off valve can include a seal that is configured to preclude fluid flow between the pressure supply and the reservoir through the valve. The shut-off valve can be operable in a first position which blocks fluid flow between the pressure supply and the wheel brake through the valve and a second position which allows fluid flow between the pressure supply and the wheel brake through the valve. Fluid pressure from the master cylinder can control operation of the valve between the first position and the second position. Failure of the seal can result in fluid flow from the brake pressure supply toward the master cylinder.
    • 用于飞行器的液压系统包括主缸,车轮制动器,压力供应器,储存器和与主缸,车轮制动器,压力供应器和储存器连通的截止阀。 截止阀可以包括密封件,该密封件被构造成阻止通过阀门在压力供应和储存器之间的流体流动。 截止阀可以在第一位置操作,该第一位置阻止通过阀门在压力供应和车轮制动器之间的流体流动,以及第二位置,其允许通过阀门在压力供应和车轮制动器之间流体流动。 来自主缸的流体压力可以控制阀在第一位置和第二位置之间的操作。 密封件的故障可能导致流体从制动器压力供应向主缸流动。
    • 66. 发明授权
    • Braking control device
    • 制动控制装置
    • US08256849B2
    • 2012-09-04
    • US12556192
    • 2009-09-09
    • Koichi Kokubo
    • Koichi Kokubo
    • B60T8/38
    • B60T8/36B60T8/3655B60T8/4872
    • A braking control device which adjusts fluid pressure according to the degree of opening of a proportional electromagnetic valve driven at a set drive frequency, and controls a braking force on the basis of the adjusted fluid pressure, comprises a required pressure adjustment precision index setting mechanism for setting a required pressure adjustment precision index on the basis of the precision of pressure adjustment required when the fluid pressure is adjusted according to a required braking force, required operating noise reduction index setting mechanism for setting a required operating noise reduction index on the basis of a requirement to reduce operating noise caused by the drive frequency for driving the proportional electromagnetic valve, and drive frequency setting mechanism for setting the drive frequency of the proportional electromagnetic valve on the basis of the set required pressure adjustment precision index and required operating noise reduction index.
    • 一种制动控制装置,其根据以设定的驱动频率驱动的比例电磁阀的开度来调节流体压力,并且基于调节后的流体压力来控制制动力,包括所需的压力调整精度指标设定机构, 基于所需的压力调节精度,根据所需的制动力来调整所需的压力调节精度指标,根据需要的操作噪音降低指标设定机构,根据 根据所设定的所需压力调整精度指标和要求的运行噪声降低指标,根据用于驱动比例电磁阀的驱动频率引起的运行噪声的要求以及用于设定比例电磁阀的驱动频率的驱动频率设定机构。
    • 67. 发明授权
    • Damping force control valve and shock absorber using the same
    • 阻尼力控制阀和减震器采用相同的
    • US07770983B2
    • 2010-08-10
    • US11709341
    • 2007-02-20
    • Kyu Shik Park
    • Kyu Shik Park
    • B60T8/38
    • F16F9/465
    • A damping force control valve, which includes a high pressure region in communication with a tension chamber of a cylinder and a low pressure region in communication with a reservoir chamber, and controls a damping force by adjusting pressure of a pilot chamber by first and second variable orifices, the first and second variable orifices having channels controlled to open or close by a spool. The damping force control valve comprises a main valve opened or closed according to pressure of the high pressure region, initial preload and pressure of the pilot chamber, the main valve allowing working fluid to flow from the high pressure region to the low pressure region when being opened; a first fixed orifice formed between the high pressure region and the first variable orifice; and a back pressure forming channel for making the first fixed orifice and the pilot chamber communicate with each other.
    • 一种阻尼力控制阀,其包括与气缸的张力室连通的高压区域和与储存室连通的低压区域,并且通过将先导室的压力调节为第一和第二变量来控制阻尼力 所述第一和第二可变孔口具有被卷轴打开或关闭的通道。 阻尼力控制阀包括根据高压区域的压力,先导室的初始预压和压力而打开或关闭的主阀,主阀允许工作流体从高压区域流动到低压区域时 开了 形成在所述高压区域和所述第一可变孔口之间的第一固定孔口; 以及用于使第一固定孔和先导室彼此连通的背压形成通道。
    • 69. 发明申请
    • Vehicle-use brake device
    • 车用制动装置
    • US20080001474A1
    • 2008-01-03
    • US11808477
    • 2007-06-11
    • Kazuya TakenouchiYutaka NishikawaMasaie KatoKazuhiko TaniShinii Takayanagi
    • Kazuya TakenouchiYutaka NishikawaMasaie KatoKazuhiko TaniShinii Takayanagi
    • B60T8/38B60T7/12
    • B60T13/745B60T8/3225B60T8/4081
    • To provide a vehicle-use brake device capable of performing a by-wire-method control of high accuracy in response to an inner pressure in a passage by using a pressure sensor possessing high resolution while causing no trouble in view of pressure proof performance. A master cylinder and a brake caliper are connected with each other by a main brake passage and a normally-open solenoid open/close valve V1 is provided to the passage. A reaction simulator is connected to the passage closer to the master cylinder side than the open/close valve V1 by way of a branch passage. A hydraulic modulator is connected to the passage closer to the brake caliper side than the open/close valve V1 by way of a supply/discharge passage. A normally-closed solenoid open/close valve V2 is provided to the branch passage, while a normally-closed solenoid open/close valve V3 is provided to the supply/discharge passage.
    • 为了提供一种能够通过使用具有高分辨率的压力传感器来响应于通道中的内部压力执行高精度的车辆用制动装置,同时在耐压性能方面没有问题。 主缸和制动钳通过主制动通路彼此连接,并且通道上设有常开螺线管开/关阀V1。 反应模拟器通过分支通道连接到比打开/关闭阀V1更接近主缸侧的通道。 通过供给/排出通道将液压调节器连接到比打开/关闭阀V1更靠近制动钳侧的通道。 常闭螺线管开/关阀V 2设置在分支通道上,而常闭螺线管开/关阀V 3设置在供给/排出通道。