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    • 3. 发明授权
    • Height adjuster mechanism for a grass/ground treatment machine
    • 草/地面处理机高度调节机构
    • US08001754B2
    • 2011-08-23
    • US12161919
    • 2007-01-24
    • David Michel
    • David Michel
    • A01D34/00
    • A01D34/54
    • A height adjuster mechanism for mounting on a frame of a grass and/or ground treatment machine to vary the height of the frame relative to a ground-engaging roller assembly and thereby adjust the height setting of a grass and/or ground treatment module mounted on the frame. The mechanism includes an open-topped housing provided on a rotary adjuster and having an upper surface which defines a height adjustment reference datum level. An insert is movable up and down within the open-topped housing in which the upper surface of the insert can be adjusted to be substantially flush or coplanar with the upper surface of the open-topped housing so as to set a datum level of the treatment module. Means are provided for determining the extent of angular adjustment of the rotary adjuster so as to set any required height adjustment of the treatment module.
    • 一种高度调节器机构,用于安装在草地和/或地面处理机的框架上,以相对于接地辊组件改变框架的高度,从而调节安装在地面处理机上的草和/或地面处理模块的高度设置 框架。 该机构包括设置在旋转调节器上并具有限定高度调节参考基准水平的上表面的开顶壳体。 插入件可以在敞开顶部的壳体内上下移动,在该壳体中,插入件的上表面可以被调节为与开顶壳体的上表面基本平齐或共面,以便设置治疗的基准水平 模块。 提供了用于确定旋转调节器的角度调整的程度以便设置处理模块的任何所需高度调节的装置。
    • 5. 发明授权
    • Perfusion incubator
    • 灌注培养箱
    • US06627435B2
    • 2003-09-30
    • US09819407
    • 2001-03-28
    • Paul ChanAllan Joseph Hilling SmithDavid Michel
    • Paul ChanAllan Joseph Hilling SmithDavid Michel
    • C12M300
    • C12M21/06C12M23/12C12M23/22C12M29/10C12M41/14
    • A perfusion incubator having a fluid conditioning unit (12), a well assembly (7) and a well assembly heating unit (14), a peristaltic pump (4) and a fluid collection unit (11). The well assembly has a number of wells (20, 21) each having a transparent lid (30) and a fluid inlet (26) and a fluid outlet (27). An illumination device (13) is under the well so that the cell being cultured in the well assembly can be observed by means of a microscope (15). Each fluid inlet (26) is positioned so as to allow a tangential entry of fluid to the well at a mid point in the well, and each fluid outlet (27) is above the fluid inlet with the cell to be cultured in a lower portion of the well so that flow of fluid in the well is formed into a vortex which tends to draw fluid from around the cell without direct flow over the embryo.
    • 具有流体调节单元(12),井组件(7)和井组件加热单元(14),蠕动泵(4)和流体收集单元(11))的灌注培养箱。 井组件具有多个具有透明盖(30)和流体入口(26)和流体出口(27)的孔(20,21)。 照明装置(13)在井下方,使得可以通过显微镜(15)观察在井组件中培养的细胞。 每个流体入口(26)被定位成允许流体在井的中点处切向进入井,并且每个流体出口(27)在流体入口之上,待将细胞培养在下部 使得井中的流体流形成涡流,其倾向于从细胞周围抽取流体而不直接流过胚胎。
    • 8. 发明申请
    • TEST METHOD FOR AN ELEVATOR SYSTEM AND A MONITORING DEVICE FOR CARRYING OUT THE TEST METHOD
    • 电梯系统的测试方法和实施测试方法的监控装置
    • US20140190773A1
    • 2014-07-10
    • US14237390
    • 2012-07-24
    • Astrid SonnenmoserDavid MichelMartin Hess
    • Astrid SonnenmoserDavid MichelMartin Hess
    • B66B5/00
    • B66B5/0006B66B5/0031B66B13/22
    • A test method is applied to an elevator system having a control unit and at least one bus node. The bus node has a first microprocessor and a second microprocessor and the control unit and the bus node communicate by a bus. Furthermore, the first microprocessor and the second microprocessor are connected without interruption by a signal line. The test method includes the steps: a specification signal is transmitted by the control unit to the first microprocessor, the first microprocessor transmits the signal to the second microprocessor, and the second microprocessor provides the signal for the control unit. Finally, the control unit verifies whether the provided signal corresponds to a signal expected by the control unit. The elevator system includes a monitoring device for carrying out the test method.
    • 测试方法应用于具有控制单元和至少一个总线节点的电梯系统。 总线节点具有第一微处理器和第二微处理器,并且控制单元和总线节点通过总线通信。 此外,第一微处理器和第二微处理器通过信号线不间断地连接。 测试方法包括以下步骤:由控制单元向第一微处理器发送指定信号,第一微处理器将信号发送到第二微处理器,第二微处理器为控制单元提供信号。 最后,控制单元验证所提供的信号是否对应于控制单元预期的信号。 电梯系统包括用于执行测试方法的监控装置。