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
    • 2. 发明授权
    • Inlet throttle valve
    • 进口节流阀
    • US06755625B2
    • 2004-06-29
    • US10266012
    • 2002-10-07
    • Robert H. Breeden
    • Robert H. Breeden
    • F04B4903
    • F04B49/225Y10T137/86139
    • An inlet throttle valve for supplying liquid to a high-pressure pump has a fully open start position and an operating range where flow through the valve is determined by a pressure balance of a valving member independent of the pressure of oil supplied to the inlet throttle valve. The valve includes a hydraulic stop limiting closing movement of the valving member. The valve may be used to flow low-pressure oil to a high-pressure pump for supplying high-pressure oil to HEUI injectors or other components of an internal combustion engine.
    • 用于向高压泵供应液体的入口节流阀具有完全打开的起始位置和操作范围,其中通过阀的流量通过阀构件的压力平衡来确定,而与供给到入口节流阀的油的压力无关 。 阀包括阀门构件的液压停止限制关闭运动。 该阀可用于将低压油流向用于向HEUI喷射器或内燃机的其它部件供应高压油的高压泵。
    • 4. 发明授权
    • Process for protecting a turbocompressor from operating in the unstable working range
    • 用于保护涡轮压缩机在不稳定工作范围内运行的过程
    • US06551068B2
    • 2003-04-22
    • US09803070
    • 2001-03-09
    • Wilfried Blotenberg
    • Wilfried Blotenberg
    • F04B4903
    • F04D27/0207
    • To protect a turbocompressor (3) with a downstream process from operation in the unstable working range, a machine controller is used, which optionally contains—besides a surge limit controller (15)—an intake pressure controller (11), an end pressure controller (20) and a bypass controller (9). A control matrix is determined from the position of a control unit (fuel gas control valve 6) determining the flow to the process, optionally taking into account additional influencing variables such as the compressor intake pressure and the compressor discharge pressure. The necessary position of the surge limit control valve (13) as well as of the bypass valve (8), of the intake pressure control valve (10) and of the actuating drive (22) for the compressor inlet vanes (21) is determined directly on the basis of the control matrix during a rapid transient change in the working position, and this actuating variable is directly superimposed as a manipulated variable to the surge limit control valve (13), the intake pressure controller (11), the end pressure controller (20) and the bypass controller (9).
    • 为了保护具有下游过程的涡轮压缩机(3),在不稳定工作范围内运行,使用机器控制器,除了浪涌限制控制器(15) - 还包括进气压力控制器(11),末端压力控制器 (20)和旁路控制器(9)。 从控制单元(燃料气体控制阀6)的位置确定控制矩阵,该控制单元(燃料气体控制阀6)可以选择考虑诸如压缩机进气压力和压缩机排气压力的其他影响变量。 确定喘振限制控制阀(13)以及进气压力控制阀(10)和用于压缩机入口叶片(21)的致动驱动装置(22)的旁通阀(8)的必要位置 直接基于控制矩阵在工作位置的快速暂时变化期间,并且该致动变量作为操纵变量直接叠加到浪涌限制控制阀(13),进气压力控制器(11),最终压力 控制器(20)和旁路控制器(9)。
    • 5. 发明授权
    • Device for controlling air filling and exhausting of an air cushion
    • 用于控制空气填充和排气的装置
    • US06530751B1
    • 2003-03-11
    • US09934478
    • 2001-08-23
    • Rong-Jyh SongTsung-Ping Yen
    • Rong-Jyh SongTsung-Ping Yen
    • F04B4903
    • F04D25/06Y10T137/7876
    • A device for controlling air filling and air exhausting of an air cushion includes a casing provided inside with a motor controlled by a wire controller and a fan blade, and an upper cover mounted on the casing. An air-exhausting nozzle closed by a film is provided outside the casing. A support plate is positioned above the fan blade, fixed on an upper surface with a transformer and an electro-magnetic valve controlled by the wire controller. A push plate is combined on a front end of the magnetic rod of the electro-magnetic valve, having a push rod protruding through the casing and extending in the air-exhausting nozzle to push open the film. Then this device can be controlled by wire controlling or manual controlling to adjust resilience of an air cushion.
    • 用于控制气垫的空气填充和排气的装置包括:壳体,其设置有由线控制器和风扇叶片控制的电动机以及安装在壳体上的上盖。 在外壳外部设置由膜封闭的排气喷嘴。 支撑板位于风扇叶片的上方,用变压器固定在上表面上,并由电线控制器控制电磁阀。 推板组合在电磁阀的磁棒的前端,具有突出通过壳体的推杆并在排气喷嘴中延伸以推开膜。 然后,该装置可以通过线控或手动控制来调节气垫的弹性。