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    • 51. 发明授权
    • Pumping arrangement for supplying a ventilating apparatus with breathing
gas
    • 用于为呼吸气体供应通风设备的泵送装置
    • US4922900A
    • 1990-05-08
    • US352360
    • 1989-05-16
    • Siegfried KiskeThorsten HaaseThomas LeyerWolfgang Sauer
    • Siegfried KiskeThorsten HaaseThomas LeyerWolfgang Sauer
    • A61M16/00
    • A61M16/0072A61M16/006
    • The invention is directed to a pumping arrangement for supplying a ventilating apparatus with breathing gas. The pumping arrangement includes a piston which runs in a cylinder and the piston is connected via a coupling with a drive unit for generating the pumping strokes. The coupling engages a motion transmitter in the form of a piston rod. Gas connecting ports for the breathing gas to be pumped open into the inner chamber of the cylinder. The pumping arrangement permits the piston-cylinder unit to be simply removed and to be reinstalled with reliable guidance. An automatic latching occurs such that a release and removal of the piston-cylinder unit from the ventilating apparatus and its uncoupling from the drive unit is possible only in a rest condition and not during operation. For exchanging the piston-cylinder unit, the motion actuator in the form of the piston rod moves through a preparatory stroke having an end position in which the coupling as well as the latching of the piston-cylinder unit with respect to the housing can be actuated.
    • 本发明涉及一种用于为通风设备供应呼吸气体的泵送装置。 泵送装置包括在气缸中延伸的活塞,并且活塞通过与用于产生泵送冲程的驱动单元的联接件连接。 联接器以活塞杆的形式接合运动变送器。 用于呼吸气体的气体连接端口被泵送到气缸的内腔中。 泵送装置允许活塞 - 气缸单元被简单地移除并且可靠的指导被重新安装。 发生自动闭锁,使得活塞 - 气缸单元从通风设备的释放和移除及其与驱动单元的分离仅在静止状态下而不是在操作期间可能。 为了更换活塞 - 气缸单元,活塞杆形式的运动致动器移动经过预备冲程,该预备冲程具有一个终止位置,在该位置中联动器以及活塞 - 气缸单元相对于壳体的锁定可被致动 。
    • 52. 发明授权
    • Integrated circuit for color television receivers
    • 彩色电视接收机集成电路
    • US4553163A
    • 1985-11-12
    • US705864
    • 1985-02-27
    • Wolfgang Sauer
    • Wolfgang Sauer
    • H04N5/08H04N5/12H04N5/04
    • H04N5/126
    • This integrated circuit contains the horizontal sweep generator (HO), the amplitude filter (AS), the sync-signal separating circuit (SA) and the frequency/phase comparator (FP). For the purpose of suppressing noise pulses which are caused via the operating voltage during the upper and the lower inversion point of the horizontal sweep generator (HO) which contains a single capacitor (C) and a first threshold stage circuit (SS1) with two fixed thresholds, there are provided a second and a third threshold stage circuit (SS2, SS3), to the inputs of which the sawtooth signal is applied, and with the thresholds thereof, approximately 2 .mu.s prior to reaching the upper or the lower peak value of the sawtooth signal, are being passed through thereby. The output signal of the second threshold circuit (SS2) and the output signal of the third threshold stage circuit (SS3) which is applied via the pulse shaper circuit (IF), are superimposed linearly and, via the stopper circuit (blocking stage) (SP) serve to control the application of the composite video signal (BAS) to the amplitude filter (AS), or else they are applied to a clamping circuit which serves to apply the operating points of the amplitude filter (AS) and/or of the sync-signal separating circuit (SA) to such a potential that these two stages, for the time duration of these output pulses, are prevented from operating.
    • 该集成电路包括水平扫描发生器(HO),幅度滤波器(AS),同步信号分离电路(SA)和频率/相位比较器(FP)。 为了抑制在包含单个电容器(C)的水平扫描发生器(HO)的上下转换点期间由操作电压引起的噪声脉冲和具有两个固定的单个电容器(C)的第一阈值级电路(SS1) 提供了第二和第三阈值级电路(SS2,SS3),其中施加锯齿波信号的输入,并且其阈值在到达上或下峰值之前大约2μs 的锯齿波信号正在通过。 通过脉冲整形电路(IF)施加的第二阈值电路(SS2)的输出信号和第三阈值级电路(SS3)的输出信号被线性叠加,并且经由阻塞电路(阻塞级)( SP)用于控制复合视频信号(BAS)到幅度滤波器(AS)的应用,或者它们被施加到钳位电路,其用于施加幅度滤波器(AS)的工作点和/或 同步信号分离电路(SA)具有这样的电位,即在这些输出脉冲的持续时间内这两个电平被阻止运行。