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    • 1. 发明授权
    • Burner system
    • 燃烧器系统
    • US09062882B2
    • 2015-06-23
    • US13412255
    • 2012-03-05
    • Wilfried HangauerRainer LochschmiedVolker Schmid
    • Wilfried HangauerRainer LochschmiedVolker Schmid
    • F23N1/02F23N5/12
    • F23N5/123F23N5/12F23N2025/30
    • A grounded burner, actuators adjusting the supply of fuel and air to the burner, an ionization electrode in the flame region, a flame amplifier at the ionization electrode generating an ionization signal, and a final control device are included in a burner system. During air ratio control mode, the final control device sets a first actuator and adjusts a second actuator. During voltage control mode a voltage regulator controls the AC voltage source using the AC voltage measured by the voltmeter, in conjunction with an ionization current amplifier. The voltmeter is connected in parallel with a sequence of the ionization electrode, the flame region, the burner and the input of the ionization current amplifier. The voltage regulator is connected to the voltmeter such that, during voltage control mode, the time-averaged current caused by the voltmeter through the connection is less than 5% of the time-averaged current through the ionization electrode.
    • 接地燃烧器,调节燃烧器供应燃料和空气的致动器,火焰区域中的电离电极,产生离子化信号的电离电极处的火焰放大器和最终控制装置包括在燃烧器系统中。 在空气比控制模式期间,最终控制装置设置第一致动器并调节第二致动器。 在电压控制模式期间,电压调节器使用电压计测量的交流电压与电离电流放大器一起控制交流电压源。 电压表与电离电极,火焰区域,燃烧器和电离电流放大器的输入的顺序并联连接。 电压调节器连接到电压表,使得在电压控制模式下,电压表通过连接引起的时间平均电流小于通过电离电极的时间平均电流的5%。
    • 2. 发明申请
    • BURNER SYSTEM
    • 燃烧器系统
    • US20120276487A1
    • 2012-11-01
    • US13412255
    • 2012-03-05
    • Wilfried HANGAUERRainer LochschmiedVolker Schmid
    • Wilfried HANGAUERRainer LochschmiedVolker Schmid
    • F23N1/02F23N5/12
    • F23N5/123F23N5/12F23N2025/30
    • A grounded burner, actuators adjusting the supply of fuel and air to the burner, an ionization electrode in the flame region, a flame amplifier at the ionization electrode generating an ionization signal, and a final control device are included in a burner system. During air ratio control mode, the final control device sets a first actuator and adjusts a second actuator. During voltage control mode a voltage regulator controls the AC voltage source using the AC voltage measured by the voltmeter, in conjunction with an ionization current amplifier. The voltmeter is connected in parallel with a sequence of the ionization electrode, the flame region, the burner and the input of the ionization current amplifier. The voltage regulator is connected to the voltmeter such that, during voltage control mode, the time-averaged current caused by the voltmeter through the connection is less than 5% of the time-averaged current through the ionization electrode.
    • 接地燃烧器,调节燃烧器供应燃料和空气的致动器,火焰区域中的电离电极,产生离子化信号的电离电极处的火焰放大器和最终控制装置包括在燃烧器系统中。 在空气比控制模式期间,最终控制装置设置第一致动器并调节第二致动器。 在电压控制模式期间,电压调节器使用电压计测量的交流电压与电离电流放大器一起控制交流电压源。 电压表与电离电极,火焰区域,燃烧器和电离电流放大器的输入的顺序并联连接。 电压调节器连接到电压表,使得在电压控制模式下,电压表通过连接引起的时间平均电流小于通过电离电极的时间平均电流的5%。
    • 3. 发明申请
    • Loading objects into individual pockets of a moving web
    • 将物体装载到移动网的单个口袋中
    • US20050257851A1
    • 2005-11-24
    • US11130077
    • 2005-05-16
    • Egon OggerVolker Schmid
    • Egon OggerVolker Schmid
    • B65B57/10B65B5/10B65B9/04B65B35/32B67C3/00
    • B65B5/103B65B9/045
    • A conveyor advances a web horizontally parallel to rows of upwardly open pockets formed in the web underneath a loader having a plurality of object-filled passages each having a downwardly open mouth open immediately above a respective one of the rows of pockets. As the sheet is advanced underneath the loader the objects drop out of the mouths into the pockets. Respective arms are pivotal on the loader downstream of the mouths at each of the rows about a horizontal transverse axis and have upwardly deflectable lower ends normally positioned immediately above the sheet. These lower arm ends are horizontally engageable with any of the objects projecting upwardly out of the respective pocket so that, as the sheet is advanced, the arm lower ends horizontally strikes any upwardly projecting objects and then pivots up while sliding the projecting object up out of the respective pocket.
    • 输送机将卷筒纸水平地平行地向前移动到具有多个物体填充通道的装载机下方的形成在卷筒纸中的向上敞开的袋状物的一排,这些物体填充通道每个具有向下开口的开口,紧邻上述相应的一排袋口。 当纸张在装载机下面进行时,物体从口中掉出进入口袋。 相应的臂在装载器的下游,在每一排围绕水平横向轴线枢转,并且具有通常位于片材正上方的向上可偏转的下端。 这些下臂端部可与从相应的口袋向上突出的任何物体水平接合,使得当片材前进时,臂下端水平地撞击任何向上突出的物体,然后枢转,同时将突出物体向上滑出 相应的口袋。
    • 6. 发明申请
    • Method and Device for Actuating Braking Means of a Vehicle
    • 一种用于车辆制动装置的方法和装置
    • US20070278051A1
    • 2007-12-06
    • US11578952
    • 2005-04-12
    • Peter HilleWolfgang LauerVolker Schmid
    • Peter HilleWolfgang LauerVolker Schmid
    • B60T7/12
    • B60T7/12
    • In a method and a device for vehicle brake actuation, braking can be actuated as a function of a driver's default value, which can be set by the driver of the vehicle. The default value can be set, in such a way that a braking force dependent on the driver's default value is generated. The braking force actually generated is modified independently of the driver in order to execute an automatic braking sequence when a predefined triggering condition is fulfilled. A limit value for the braking force is determined as a function of the driver's default value, and braking during execution of the automatic braking sequence is actuated independently of the driver in such a way that the modified braking force generated does not quantitatively exceed the limit value determined.
    • 在用于车辆制动器致动的方法和装置中,可以根据驾驶员的默认值来驱动制动,这可以由车辆的驾驶员设定。 可以设置默认值,使得产生取决于驾驶员的默认值的制动力。 实际生成的制动力独立于驾驶员进行修改,以在满足预定的触发条件时执行自动制动顺序。 根据驾驶员的默认值确定制动力的极限值,并且在执行自动制动顺序期间的制动独立于驾驶员被致动,使得所产生的修改的制动力不能定量地超过限制值 决心。