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    • 3. 发明授权
    • Slide ring seal arrangement
    • 滑环密封布置
    • US08523186B2
    • 2013-09-03
    • US11922129
    • 2006-07-06
    • Andreas SchrüferManfred OpplerGünther LedererArmin LaxanderKlaus LangRolf JohannesAndreas FeslPeter Dröscher
    • Andreas SchrüferManfred OpplerGünther LedererArmin LaxanderKlaus LangRolf JohannesAndreas FeslPeter Dröscher
    • F16J15/34
    • F16J15/3472
    • A slide ring seal arrangement comprises a rotationally fixed slide ring (4) and a slide ring (11), which is provided for rotating together with a rotating component, these slide rings each being held in a loose seat and interacting, in, in essence, radially oriented sealing surfaces, which are prestressed with a main prestressing force while in contact with one another. Each slide ring, on its front face that faces away from the sealing surface, is axially supported on a supporting part (14, 17) via an annular bearing surface (16, 20) provided between the respective supporting part and the adjacent front face of the respective slide ring. A load ratio (d12−dH2)/(d12−d22) of =2.0, preferably between 0.8 and 2.0, preferably no greater than between 1.0 and 1.5, more preferably approximately 1.3 is maintained on the bearing surface (16, 20). The measurement (d1−d2) of each bearing surface (16, 20) is equal to =10 mm, preferably between 0.2 and 2.0, preferably no more than approximately 0.6 mm.
    • 滑动环密封装置包括旋转固定的滑动环(4)和滑动环(11),其被设置用于与旋转部件一起旋转,这些滑动环各自保持在松散的座椅中并且在本质上相互作用 径向定向的密封表面,其在彼此接触的状态下预应力为主预应力。 每个滑环在其远离密封表面的前表面上经由设置在相应的支撑部分和相邻的前表面之间的环形支承表面(16,20)轴向地支撑在支撑部分(14,17)上, 相应的滑环。 在轴承表面(16,20)上保持负载比(d12-dH2)/(d12-d22)= 2.0,优选在0.8和2.0之间,优选不大于1.0和1.5,更优选约1.3。 每个支承表面(16,20)的测量(d1-d2)等于= 10mm,优选在0.2和2.0之间,优选不大于大约0.6mm。
    • 4. 发明申请
    • SLIDE RING SEAL ARRANGEMENT
    • 滑环密封安排
    • US20110042903A1
    • 2011-02-24
    • US11922129
    • 2006-07-06
    • Andreas SchrüferManfred OpplerGünther LedererArmin LaxanderKlaus LangRolf JohannesAndreas FeslPeter Dröscher
    • Andreas SchrüferManfred OpplerGünther LedererArmin LaxanderKlaus LangRolf JohannesAndreas FeslPeter Dröscher
    • F16J15/34
    • F16J15/3472
    • A slide ring seal arrangement comprises a rotationally fixed slide ring (4) and a slide ring (11), which is provided for rotating together with a rotating component, these slide rings each being held in a loose seat and interacting, in, in essence, radially oriented sealing surfaces, which are prestressed with a main prestressing force while in contact with one another. Each slide ring, on its front face that faces away from the sealing surface, is axially supported on a supporting part (14, 17) via an annular bearing surface (16, 20) provided between the respective supporting part and the adjacent front face of the respective slide ring. A load ratio (d12−dH2)/(d12−d22) of =2.0, preferably between 0.8 and 2.0, preferably no greater than between 1.0 and 1.5, more preferably approximately 1.3 is maintained on the bearing surface (16, 20). The measurement (d1−d2) of each bearing surface (16, 20) is equal to =10 mm, preferably between 0.2 and 2.0, preferably no more than approximately 0.6 mm.
    • 滑动环密封装置包括旋转固定的滑动环(4)和滑动环(11),其被设置用于与旋转部件一起旋转,这些滑动环各自保持在松散的座椅中并且在本质上相互作用 径向定向的密封表面,其在彼此接触的状态下预应力为主预应力。 每个滑环在其远离密封表面的前表面上经由设置在相应的支撑部分和相邻的前表面之间的环形支承表面(16,20)轴向地支撑在支撑部分(14,17)上, 相应的滑环。 在轴承表面(16,20)上保持负载比(d12-dH2)/(d12-d22)= 2.0,优选在0.8和2.0之间,优选不大于1.0和1.5,更优选约1.3。 每个支承表面(16,20)的测量(d1-d2)等于= 10mm,优选在0.2和2.0之间,优选不大于大约0.6mm。
    • 5. 发明授权
    • Secondary sealing element
    • 二次密封元件
    • US07240904B2
    • 2007-07-10
    • US10534526
    • 2003-11-12
    • Peter DröscherKlaus LangGünther LedererJosef NosowiczAndreas SchrüferGeorg SteigenbergerPeter Waidner
    • Peter DröscherKlaus LangGünther LedererJosef NosowiczAndreas SchrüferGeorg SteigenbergerPeter Waidner
    • F16J15/32
    • F16J15/3464F16J15/348F16J15/38
    • A secondary sealing element comprises a base body (12) made of a synthetic material and comprising a base portion (13) and a seal portion (14) which each comprise coaxially aligned, axially adjacent through bores (17, 31) for the passage of a component, and an annular disc element (25) accommodated in the base portion and comprising a through bore (30) coaxially aligned with the through bores in the base and seal portions and being made of a material which differs from that of the base body. In the unloaded state, the through bore (30) of the annular disc element (25) has a radial dimension d which is greater than that D2 of the through bore (31) in the seal portion (14) and smaller than that D1 in the base portion (13) of the base body (12). The annular disc element consists of a carbon material. An important field of application for the secondary sealing element is that of mechanical face seals for sealing relatively moveable components.
    • 辅助密封元件包括由合成材料制成并包括基部(13)和密封部分(14)的基体(12),每个基体部分包括同轴对准的轴向相邻的通孔(17,31),用于通过 一个部件和一个容纳在基座部分中的环形盘元件(25),它包括与底座和密封部分中的通孔同轴对准的通孔(30),并且由与基体不同的材料制成 。 在空载状态下,环形盘元件(25)的通孔(30)的径向尺寸d大于密封部分(31)中的通孔(31)的D 2 2 14)并且小于基体(12)的基部(13)中的D 1 <1>。 环形圆盘元件由碳材料组成。 用于二次密封元件的重要应用领域是用于密封相对可移动部件的机械表面密封件。
    • 6. 发明申请
    • Secondary sealing element
    • 二次密封元件
    • US20060103074A1
    • 2006-05-18
    • US10534526
    • 2003-11-12
    • Peter DroscherKlaus LangGunther LedererJosef NosowiczAndreas SchruferGeorg SteigenbergerPeter Waidner
    • Peter DroscherKlaus LangGunther LedererJosef NosowiczAndreas SchruferGeorg SteigenbergerPeter Waidner
    • F16J15/34
    • F16J15/3464F16J15/348F16J15/38
    • A secondary sealing element comprises a base body (12) made of a synthetic material and comprising a base portion (13) and a seal portion (14) which each comprise coaxially aligned, axially adjacent through bores (17, 31) for the passage of a component, and an annular disc element (25) accommodated in the base portion and comprising a through bore (30) coaxially aligned with the through bores in the base and seal portions and being made of a material which differs from that of the base body. In the unloaded state, the through bore (30) of the annular disc element (25) has a radial dimension d which is greater than that D2 of the through bore (31) in the seal portion (14) and smaller than that D1 in the base portion (13) of the base body (12). The annular disc element consists of a carbon material. An important field of application for the secondary sealing element is that of mechanical face seals for sealing relatively moveable components.
    • 辅助密封元件包括由合成材料制成并包括基部(13)和密封部分(14)的基体(12),每个基体部分包括同轴对准的轴向相邻的通孔(17,31),用于通过 一个部件和一个容纳在基座部分中的环形盘元件(25),它包括与底座和密封部分中的通孔同轴对准的通孔(30),并且由与基体不同的材料制成 。 在空载状态下,环形盘元件(25)的通孔(30)的径向尺寸d大于密封部分(31)中的通孔(31)的D 2 2 14)并且小于基体(12)的基部(13)中的D 1 <1>。 环形圆盘元件由碳材料组成。 用于二次密封元件的重要应用领域是用于密封相对可移动部件的机械表面密封件。
    • 8. 发明授权
    • Stand-alone miniaturized communication module
    • 独立小型化通信模块
    • US08120511B2
    • 2012-02-21
    • US12065446
    • 2006-09-01
    • Herbert ReichlJurgen WolfKlaus Lang
    • Herbert ReichlJurgen WolfKlaus Lang
    • G05F15/00
    • G08C17/00H04Q9/00
    • A device for continuous measurement of the forces acting upon a movable compressible playable object is provided with at least one transmitter communicating with at least one receiver outside the movable object. The at least one receiver transforms signals received and evaluates them online. The movable compressible playable object, for instance a ball, includes at least one pressure sensor and/or at least one three-dimensional acceleration sensor as well as a converter for transforming signals therefrom to transmit them to the transmitter. A method for the use of this device causes activation of the transmitter in the movable object so that a system is created for the measurement of the forces acting upon such an object wherein the received measuring signals are present in evaluated form, online or offline, to be analyzed. By means of the activation method, the active sensor system is initiated to receive and transmit measuring signals.
    • 用于连续地测量作用在可移动可压缩可播放物体上的力的装置设置有与可移动物体外的至少一个接收器通信的至少一个发射器。 至少一个接收器转换接收到的信号并在线评估它们。 可移动可压缩可播放物体,例如球,包括至少一个压力传感器和/或至少一个三维加速度传感器以及用于将信号转换成发送器的转换器。 使用该装置的方法导致可移动物体中的发射器的激活,使得创建用于测量作用在这样的物体上的力的系统,其中接收的测量信号以在线或离线的评估形式存在于 分析。 通过激活方法,启动主动传感器系统以接收和发送测量信号。
    • 10. 发明申请
    • STAND-ALONE MINIATURISED COMMUNICATION MODULE
    • 独立的微型通信模块
    • US20090315736A1
    • 2009-12-24
    • US12065446
    • 2006-09-01
    • Herbert ReichlJürgen WolfKlaus Lang
    • Herbert ReichlJürgen WolfKlaus Lang
    • G08B21/00
    • G08C17/00H04Q9/00
    • A device for continuous measurement of the forces acting upon a movable compressible playable object is provided with at least one transmitter communicating with at least one receiver outside the movable object. The at least one receiver transforms signals received and evaluates them online. The movable compressible playable object, for instance a ball, includes at least one pressure sensor and/or at least one three-dimensional acceleration sensor as well as a converter for transforming signals therefrom to transmit them to the transmitter. A method for the use of this device causes activation of the transmitter in the movable object so that a system is created for the measurement of the forces acting upon such an object wherein the received measuring signals are present in evaluated form, online or offline, to be analyzed. By means of the activation method, the active sensor system is initiated to receive and transmit measuring signals.
    • 用于连续地测量作用在可移动可压缩可播放物体上的力的装置设置有与可移动物体外的至少一个接收器通信的至少一个发射器。 至少一个接收器转换接收到的信号并在线评估它们。 可移动可压缩可播放物体,例如球,包括至少一个压力传感器和/或至少一个三维加速度传感器以及用于将信号转换成发送器的变换器。 使用该装置的方法导致可移动物体中的发射器的激活,使得创建用于测量作用在这样的物体上的力的系统,其中接收的测量信号以在线或离线的评估形式存在于 分析。 通过激活方法,启动主动传感器系统以接收和发送测量信号。