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    • 1. 发明申请
    • METHOD FOR DETECTING THE DRIVE TYPE OF AN ACTUATOR (II)
    • 检测执行机构驱动类型的方法(二)
    • US20090145291A1
    • 2009-06-11
    • US12328954
    • 2008-12-05
    • Thomas KLEEGREWEStefan EngelkeAndreas StelterWolfgang ScholzUrs E. MeierDetlef Pape
    • Thomas KLEEGREWEStefan EngelkeAndreas StelterWolfgang ScholzUrs E. MeierDetlef Pape
    • F15B21/08
    • F15B21/08F15B19/002G01B7/30G01B21/22
    • A method is disclosed for detecting the drive type of an actuator, e.g., a pneumatic actuator, having a positioner for operating a final control element in a process engineering plant. The actuator is connected to the positioner by a mounting set, the positioner comprising an electronic control unit, which uses a microcontroller to receive one or more input signals, and to output actuating signals to control the flow of gas to or from the chambers of a single-acting or double-acting pneumatic drive. The position feedback sensors are equipped with a rotational measuring system. During commissioning of the actuator, the relationship between the drive volumes and the position signal is found and compared with transfer characteristics of known drive types. Where there is a match between the transfer characteristic defined by the value pairs of the given actuator and one of the transfer characteristics of the known drive types, the identified drive type is assigned to the given actuator.
    • 公开了一种用于检测致动器(例如气动致动器)的驱动类型的方法,其具有用于在过程工程设备中操作最终控制元件的定位器。 致动器通过安装组件连接到定位器,定位器包括电子控制单元,该电子控制单元使用微控制器来接收一个或多个输入信号,并且输出致动信号以控制气体到达或来自腔室的气流 单作用或双作用气动驱动。 位置反馈传感器配备有旋转测量系统。 在执行器调试期间,找到驱动体积和位置信号之间的关系,并将其与已知驱动类型的传递特性进行比较。 在由给定致动器的值对定义的传递特性与已知驱动类型的传送特性之间存在匹配的情况下,将所识别的驱动类型分配给给定的致动器。
    • 4. 发明申请
    • SHUT-OFF VALVE
    • 关闭阀
    • US20120181463A1
    • 2012-07-19
    • US13336210
    • 2011-12-23
    • Thomas KLEEGREWEWolfgang Scholz
    • Thomas KLEEGREWEWolfgang Scholz
    • F16K31/02F16K47/02
    • F16K37/0041
    • A shut-off fitting is disclosed for use, for example, in a pipeline of a technical installation with a servo drive. The servo drive can be connected to a control device having a position controller and a signal conditioner device. The position controller can have an analog control input for connecting a process control signal and a binary control input for actuating the servo drive in accordance with a predeterminable speed characteristic. The signal conditioner device can have a feed voltage input, an analog control output, a binary control output, and an energy store.
    • 公开了一种关闭配件,例如在具有伺服驱动器的技术设备的管道中使用。 伺服驱动器可以连接到具有位置控制器和信号调节器装置的控制装置。 位置控制器可以具有用于连接过程控制信号和二进制控制输入的模拟控制输入,用于根据可预定的速度特性来驱动伺服驱动器。 信号调节装置可以具有馈电电压输入,模拟控制输出,二进制控制输出和能量存储。
    • 6. 发明申请
    • POSITION REGULATOR
    • 位置调节器
    • US20100294965A1
    • 2010-11-25
    • US12782348
    • 2010-05-18
    • Thomas KLEEGREWE
    • Thomas KLEEGREWE
    • F16K31/02
    • G05B9/02F16K37/0041Y10T137/8242
    • An exemplary position regulator is disclosed which includes a regulation unit and a travel measurement system for activating an actuating drive for adjusting a control fitting to a predetermined position. A signal shaper is provided for outputting a travel signal to a superordinate device. To provide an undisturbed output of the travel signal, the signal shaper is connected in series in a transmission path between the travel measurement system and the regulation unit, and is connected in parallel with the regulation unit so as to transmit signals. The signal shaper can have a switch which is controlled by an alarm signal of the regulation unit, by which, in a first (e.g., inoperative) position, the travel measurement system is fed from the regulation unit, and, in a second (e.g., operative) position, the travel measurement system is fed from the signal shaper. The signal shaper can be automatically calibrated when the position regulator is activated, by comparing an output signal from the travel measurement system with a travel signal which is received by the regulation unit.
    • 公开了一种示例性位置调节器,其包括调节单元和用于启动用于调节到预定位置的控制配件的致动驱动器的行进测量系统。 提供信号整形器用于将行驶信号输出到上级装置。 为了提供旅行信号的不受干扰的输出,信号整形器在行进测量系统和调节单元之间的传输路径中串联连接,并且与调节单元并联连接以传输信号。 信号整形器可以具有由调节单元的报警信号控制的开关,通过该开关,在第一(例如非操作)位置中,行程测量系统从调节单元进给,并且在第二(例如, ,操作)位置,行进测量系统从信号整形器馈送。 通过将来自行驶测量系统的输出信号与由调节单元接收到的行驶信号进行比较,当位置调节器被激活时,可以自动校准信号整形器。
    • 7. 发明申请
    • METHOD FOR OPERATION OF A POSITION REGULATOR
    • 位置调节器的操作方法
    • US20090146088A1
    • 2009-06-11
    • US12326427
    • 2008-12-02
    • Thomas KLEEGREWE
    • Thomas KLEEGREWE
    • F16K31/12
    • G05D16/163F04B43/04F15B13/0438F16K31/126Y10T137/2322
    • The disclosure relates to a method for operation of a position regulator for control of a pneumatic drive for an actuating member in a process installation. The position regulator has a pneumatic system with at least one nozzle/bounce-plate system, in which the bounce plates are in the form of piezo bending bars. For damped ventilation and venting of the pneumatic drive in the event of failure of the electrical power, it is proposed that the level of the electrical power supply be monitored and that, if a predeterminable limit value is undershot, the piezo bending bars of the pneumatics are adjusted via the input signals of the pneumatics such that the pneumatically controlled valves, which are subject to a characteristic, of the amplifier are open precisely just so far that a damped movement of the pneumatic actuating drive takes place to a predeterminable limit position at the desired movement speed.
    • 本公开涉及一种用于操作位置调节器的方法,该位置调节器用于控制处理装置中的致动构件的气动驱动装置。 位置调节器具有至少一个喷嘴/反弹板系统的气动系统,其中弹跳板是压电弯曲杆的形式。 为了在电力故障的情况下阻尼通气和气动驱动器的排气,建议监测电源的水平,如果低于可预定的极限值,气动压电弯曲杆 通过气动输入信号进行调节,使得受到放大器特性的气动控制阀精确地打开,使气动执行驱动装置的阻尼运动发生到可控制的极限位置 所需运动速度。