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    • 2. 发明申请
    • Optical transmission element
    • 光传输元件
    • US20080080821A1
    • 2008-04-03
    • US11980948
    • 2007-10-31
    • Reiner SchneiderEdgar HeinzFrank Koschwitz
    • Reiner SchneiderEdgar HeinzFrank Koschwitz
    • G02B6/44
    • G02B6/4405G02B6/4429G02B6/4494
    • Between an optical fiber (LF11, LFB12, LFB13) and a surrounding slot element (AH11, AH12, SB13) of an optical transmission element (OE11 to OE13) there is at least one dry and compressible fixating element (FE11 to FE13), which surrounds the optical fiber totally or partially, and which exerts a defined contact pressure against the slot element and against the optical fiber for fixating the optical fiber in the longitudinal direction of the transmission element. The fixating element is further formed and positioned in such a way, that position changes of the optical fiber due to bending or elongation are possible. In this way, unallowable attenuation increases in the optical fiber due to bending or position changes can be avoided.
    • 在光纤(LF 11,LFB 12,LFB 13)和光传输元件(OE 11至OE 13)的周围槽元件(AH 11,AH 12,SB 13)之间存在至少一个干式和可压缩固定 元件(FE 11至FE 13),其全部或部分地围绕光纤,并且对狭缝元件施加限定的接触压力并抵靠光纤,以沿着传输元件的纵向固定光纤。 固定元件进一步形成和定位,使得由于弯曲或伸长而导致的光纤位置变化是可能的。 以这种方式,可以避免由于弯曲而导致的光纤中的不允许的衰减增加,或者可以避免位置变化。
    • 3. 发明授权
    • Optical transmission element
    • 光传输元件
    • US07349607B2
    • 2008-03-25
    • US10475275
    • 2002-06-18
    • Reiner SchneiderEdgar HeinzFrank Koschwitz
    • Reiner SchneiderEdgar HeinzFrank Koschwitz
    • G02B6/44
    • G02B6/4405G02B6/4429G02B6/4494
    • Between an optical fiber (LF11, LFB12, LFB13) and a surrounding core covering (AH11, AH12, SB13) of an optical transmission element (OE11 to OE13) there is at least one dry and compressible fixating element (FE11 to FE13), which surrounds the optical fiber totally or partially, and which exerts a defined contact pressure against the core covering and against the optical fiber for fixating the optical fiber in the longitudinal direction of the transmission element. The fixating element is further formed and positioned in such a way, that position changes of the optical fiber due to bending or elongation are possible. In this way, unallowable attenuation increases in the optical fiber due to bending or position changes can be avoided.
    • 在光传输元件(OE 11至OE 13)的光纤(LF 11,LFB 12,LFB 13)和周围的芯覆盖层(AH 11,AH 12,SB 13)之间存在至少一个干式和可压缩固定 元件(FE 11至FE 13),其全部或部分地围绕光纤,并且对芯覆盖物和针对光纤施加限定的接触压力,用于沿着传输元件的纵向固定光纤。 固定元件进一步形成和定位,使得由于弯曲或伸长而导致的光纤位置变化是可能的。 以这种方式,可以避免由于弯曲而导致的光纤中的不允许的衰减增加,或者可以避免位置变化。
    • 4. 发明授权
    • Optical transmission element
    • 光传输元件
    • US07471861B2
    • 2008-12-30
    • US11980948
    • 2007-10-31
    • Reiner SchneiderEdgar HeinzFrank Koschwitz
    • Reiner SchneiderEdgar HeinzFrank Koschwitz
    • G02B6/44
    • G02B6/4405G02B6/4429G02B6/4494
    • Between an optical fiber (LF11, LFB12, LFB13) and a surrounding core covering (AH11, AH12, SB13) of an optical transmission element (OE11 to OE13) there is at least one dry and compressible fixating element (FE11 to FE13), which surrounds the optical fiber totally or partially, and which exerts a defined contact pressure against the core covering and against the optical fiber for fixating the optical fiber in the longitudinal direction of the transmission element. The fixating element is further formed and positioned in such a way, that position changes of the optical fiber due to bending or elongation are possible. In this way, unallowable attenuation increases in the optical fiber due to bending or position changes can be avoided.
    • 在光纤(LF11,LFB12,LFB13)和光传输元件(OE11至OE13)的周围芯覆盖层(AH11,AH12,SB13)之间存在至少一个干式和可压缩固定元件(FE11至FE13),其中 完全或部分地围绕光纤,并且对芯覆盖物和针对光纤施加限定的接触压力,用于沿着传输元件的纵向固定光纤。 固定元件进一步形成和定位,使得由于弯曲或伸长而导致的光纤位置变化是可能的。 以这种方式,可以避免由于弯曲而导致的光纤中的不允许的衰减增加,或者可以避免位置变化。
    • 7. 发明授权
    • Pneumatic suspension leveling system for vehicles
    • 汽车气动悬挂调平系统
    • US06266590B1
    • 2001-07-24
    • US09276216
    • 1999-03-25
    • Eberhard KutscherJoachim LangGerhard LohrmannReiner SchneiderUdo Walter
    • Eberhard KutscherJoachim LangGerhard LohrmannReiner SchneiderUdo Walter
    • G06F700
    • B60G17/0155B60G17/0523B60G2202/412B60G2202/414B60G2400/50B60G2500/2012
    • It is proposed that a pneumatic suspension leveling system for vehicles with pneumatic suspension leveling elements assigned to the vehicle axles and/or vehicle wheels, with a compressor and a central pressure accumulator fed by it for the compressed air supply of the pneumatic suspension leveling elements, with an accumulator pressure sensor which detects the air pressure in the central pressure accumulator and generates a signal value correlating thereto, and with an electronic control device which processes the signal values of the central pressure accumulator and induces a pressure charging of the central pressure accumulator by the compressor, when the signal value of the accumulator pressure sensor reaches a predetermined lower threshold signal value and terminates this pressure charging when the signal value of the accumulator pressure sensor reaches a preset upper threshold signal value be improved with respect to its functional capacity. This is achieved by providing an ambient pressure sensor which detects the air pressure in the atmosphere surrounding the vehicle and generates a signal value correlating thereto, whereby the control device processes the signal values of the ambient pressure sensor and varies the upper threshold signal value in function thereof.
    • 提出了一种用于车辆的气动悬挂调平系统,其具有分配给车辆轴和/或车轮的气动悬挂调平元件,压缩机和由其供应的中央压力蓄能器用于气动悬挂调平元件的压缩空气供应, 具有检测中央蓄压器中的空气压力并产生与其相关的信号值的蓄能器压力传感器,以及处理中央蓄压器的信号值的电子控制装置,并且通过 压缩机,当蓄能器压力传感器的信号值达到预定的下阈值信号值时,当蓄能器压力传感器的信号值达到预设的上阈值信号值时,可以相对于其功能容量而改善压力充电。 这通过提供环境压力传感器来实现,该环境压力传感器检测车辆周围的气氛中的空气压力并产生与其相关的信号值,由此控制装置处理环境压力传感器的信号值并改变功能中的上阈值信号值 其中。