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    • 1. 发明申请
    • PROCESS FOR MONITORING A DRAINAGE ELEMENT
    • 监测排水单元的过程
    • US20040163786A1
    • 2004-08-26
    • US10761103
    • 2004-01-20
    • Voith paper patent GmbH.
    • Gunter HalmschlagerHerbert HaunliebChristoph HaaseStefan Lehner-DittenbergerRudiger KeinbergerHelmut FitzkeHerbert Boden
    • D21F011/00
    • D21F1/523D21F1/483Y10T428/1303Y10T428/27
    • The present invention is a machine for manufacturing a fibrous web from a fibrous suspension, with a sheet forming area that exhibits at least one suction box, which includes a main box with at least one suction box cover that is formed from at least two drainage elements that run laterally to the machine's running direction, border a suction slit, and each has one main body and at least one ceramic. The present invention is identified by the fact that at least one drainage element and/or one format slide exhibit at least one removable edge piece in which is integrated at least one temperature sensor in order to measure the temperature in the ceramic and/or the temperature at an adhesive point between the ceramic and the associated main body and/or the temperature in the main body. The present invention is furthermore a process and a system for monitoring a drainage element.
    • 本发明是一种用于从纤维悬浮液制造纤维网的机器,具有至少一个抽吸箱的片材形成区域,该吸入箱包括具有至少一个抽吸箱盖的主箱,所述抽吸箱盖由至少两个排出元件 横向移动到机器的运行方向,与抽吸狭缝相接触,并且每个具有一个主体和至少一个陶瓷。 本发明通过以下事实来确定:至少一个排水元件和/或一个格式滑块表现出至少一个可移除的边缘件,其中集成有至少一个温度传感器,以便测量陶瓷中的温度和/或温度 在陶瓷和相关主体之间的粘合点和/或主体中的温度。 本发明还涉及一种用于监测排水元件的方法和系统。
    • 3. 发明申请
    • Sealing device
    • 密封装置
    • US20020175477A1
    • 2002-11-28
    • US10090172
    • 2002-03-05
    • VOITH PAPER PATENT GmbH
    • Herbert SchreflRudiger KeinbergerValentin WeissAnton Luger
    • F16J015/32
    • D21F3/10
    • Sealing device for sealing at least one zone of underpressure or overpressure adjoining a moving surface that includes at least one sealing element, positionable opposite the moving surface to form a front and a rear, with respect to a surface running direction, with a sealing section located at the front and a ventilation section located at the rear. The sealing section is structured to sealingly interact with the moving surface and the ventilation section is structured to contact the moving surface and includes a run off surface having at least one of a substantially sawtooth and wavy shape surface arranged at an end of the rear.
    • 用于密封至少一个负压或超压区域的密封装置邻接包括至少一个密封元件的移动表面,所述至少一个密封元件相对于表面行进方向可相对于移动表面定位以形成前后,其中密封部分位于 在前面和位于后方的通风部分。 密封部构造成与移动表面密封地相互作用,并且通风部构造成接触移动表面,并且包括具有布置在后端的基本上锯齿状和波浪形表面中的至少一个的流失表面。