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    • 9. 发明申请
    • Component arragement with an optimized assembly capability
    • 具有优化装配能力的组件装配
    • US20090213552A1
    • 2009-08-27
    • US11659297
    • 2005-07-14
    • Anton MauderWolfgang Scholz
    • Anton MauderWolfgang Scholz
    • H05K7/20
    • G02B6/4494G02B6/441H01L2924/0002H05K3/325H05K2201/10409H05K2201/10689H05K2201/2036H01L2924/00
    • The invention relates to a component arrangement comprising: an electronics module (10); a heat sink (20) contacted by the electronics module (10); a printed circuit board (30), and; a fastening means (40) for fastening the electronics module (10) to the printed circuit board (30) and to the heat sink (20). The electronics module (10) has at least one elastic connecting limb (11) for the solder-free contacting of the electronics module (10) with the printed circuit board (30) and has a location (14) for the fastening means (40). The electronics module (10) additionally comprises a decoupling means (12) for decoupling the force of pressure between the connecting limb (11) and the printed circuit board (30) from the contact force between the heat sink (20) and the electronics module (10). Another aspect of the invention concerns an electronics module (10) that can be used in the aforementioned component arrangement.
    • 本发明涉及一种组件装置,包括:电子模块(10); 由所述电子模块(10)接触的散热器(20); 印刷电路板(30),和 用于将电子模块(10)紧固到印刷电路板(30)和散热器(20)的紧固装置(40)。 电子模块(10)具有用于电子模块(10)与印刷电路板(30)的无焊料接触的至少一个弹性连接臂(11),并且具有用于紧固装置(40)的位置(14) )。 电子模块(10)还包括用于将连接臂(11)和印刷电路板(30)之间的压力与散热器(20)和电子模块(20)之间的接触力分离的解耦装置(12) (10)。 本发明的另一方面涉及一种可用于上述组件布置的电子模块(10)。
    • 10. 发明申请
    • METHOD FOR IDENTIFICATION OF THE DRIVE TYPE OF AN ACTUATING DRIVE
    • 用于识别执行驱动器的驱动类型的方法
    • US20090133573A1
    • 2009-05-28
    • US12195689
    • 2008-08-21
    • Thomas KleegreweStefan EngelkeAndreas StelterWolfgang ScholzUrs E. MeierDetlef Pape
    • Thomas KleegreweStefan EngelkeAndreas StelterWolfgang ScholzUrs E. MeierDetlef Pape
    • F15B19/00F15B13/00F15B15/02
    • F15B19/002F16K37/0083
    • The disclosure relates to a method for identification of the drive type of an actuating drive, e.g., a pneumatic actuating drive, having a position regulator in order to control an actuating member in a process installation. The actuating drive is connected by means of an attachment to the position regulator, with the position regulator having control electronics which receive one or more input signals with the aid of a microcontroller and emit actuating signals in order to ventilate or vent the chambers of a single-acting or double-acting pneumatic drive. The position feedback sensor system is equipped with a rotational measurement system. The actuating range of the actuating drive is passed through completely while setting it up. The angle positions signaled back are recorded. The drive type is determined from the range between the limit angle positions at the actuating range limits of the actuating drive. The knowledge that the angle ranges covered by linear-movement drives and pivoting drives differ significantly can be made use of.
    • 本公开涉及一种用于识别致动驱动器的驱动类型的方法,例如气动致动驱动器,其具有位置调节器以便控制过程安装中的致动构件。 致动驱动器通过附件连接到位置调节器,位置调节器具有控制电子装置,其借助于微控制器接收一个或多个输入信号,并发出致动信号,以使单个腔室的腔室通风或排出 动作或双作用气动驱动。 位置反馈传感器系统配有旋转测量系统。 驱动驱动器的启动范围在设置时完全通过。 记录回信号的角度位置。 驱动类型由驱动驱动装置的驱动范围极限的极限角位置之间的范围决定。 知道线性运动驱动器和枢转驱动器覆盖的角度范围可以有很大的不同。