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    • 2. 发明申请
    • One Time High Fill Pressure Switch
    • 一次性高填充压力开关
    • US20080047821A1
    • 2008-02-28
    • US11779693
    • 2007-07-18
    • James E. PearsonRussell A. Meyer
    • James E. PearsonRussell A. Meyer
    • H01H35/26H01H35/24
    • H01H35/2614H01H35/34
    • A one time high fill pressure switch providing energy savings operation for use in a commercial or consumer appliance such as a clothes washing machine is provided. The one time high fill pressure switch provides multiple water level settings that may be selected by a user, including a maximum fill energy savings setting. Operation in the maximum fill energy savings setting allows a maximum fill level upon the first fill cycle of the programmed washing cycle. In subsequent fill cycles during the washing cycle, the one time high fill pressure switch limits the water level to a setting below the initial fill level setting. This operation is provided through the use of a hook feature on the pressure switch program cam that traps a reset spring support and is controlled by a cam follower in the pressure switch.
    • 提供一次提供用于诸如洗衣机的商业或消费者用具的节能操作的高填充压力开关。 一次性高填充压力开关提供可由用户选择的多个水位设置,包括最大填充节能设置。 在最大填充能量节省设置中的操作允许在编程洗涤循环的第一个填充循环中达到最大填充水平。 在洗涤循环中的后续填充循环中,一次性高填充压力开关将水位限制在低于初始填充水平设置的设置。 该操作通过使用压力开关程序凸轮上的钩特征来提供,该凸轮捕获复位弹簧支撑并由压力开关中的凸轮从动件控制。
    • 4. 发明授权
    • One time high fill pressure switch
    • 一次高填充压力开关
    • US07465894B2
    • 2008-12-16
    • US11779693
    • 2007-07-18
    • James E. PearsonRussell A. Meyer
    • James E. PearsonRussell A. Meyer
    • H01H35/36
    • H01H35/2614H01H35/34
    • A one time high fill pressure switch providing energy savings operation for use in a commercial or consumer appliance such as a clothes washing machine is provided. The one time high fill pressure switch provides multiple water level settings that may be selected by a user, including a maximum fill energy savings setting. Operation in the maximum fill energy savings setting allows a maximum fill level upon the first fill cycle of the programmed washing cycle. In subsequent fill cycles during the washing cycle, the one time high fill pressure switch limits the water level to a setting below the initial fill level setting. This operation is provided through the use of a hook feature on the pressure switch program cam that traps a reset spring support and is controlled by a cam follower in the pressure switch.
    • 提供一次提供用于诸如洗衣机的商业或消费者用具的节能操作的高填充压力开关。 一次性高填充压力开关提供可由用户选择的多个水位设置,包括最大填充节能设置。 在最大填充能量节省设置中的操作允许在编程洗涤循环的第一个填充循环中达到最大填充水平。 在洗涤循环中的后续填充循环中,一次性高填充压力开关将水位限制在低于初始填充水平设置的设置。 该操作通过使用压力开关程序凸轮上的钩特征来提供,该凸轮捕获复位弹簧支撑并由压力开关中的凸轮从动件控制。
    • 5. 发明授权
    • Head positioning servo system for optical recording with coarse and fine
control
    • 头部定位伺服系统,用于光学记录,粗调和精细控制
    • US4627039A
    • 1986-12-02
    • US564656
    • 1983-12-23
    • Russell A. Meyer
    • Russell A. Meyer
    • G11B7/085G11B7/09G11B21/08G11B21/10G11B7/00
    • G11B21/085G11B7/085G11B7/0901
    • An optical recording system has a system optical apparatus carried by a fine tracking system which moves the optical apparatus for small track seeking movements and for track following. The fine tracking system is carried by a linear actuator coarse tracking system which makes large track seeking movements so that the entire area of the optical recording media is available to the system. Both the coarse tracking system and the fine tracking system are operated by servo control loops. The fine tracking system responds to tracking status signals with respect to track following and track seeking signals in response to track addressing information. The coarse tracking system responds to position sensor signals derived from a position sensor which is associated with the fine tracking system and provides signals related to the relative position of the fine tracking system to the coarse tracking system. The coarse tracking system follows the movements of the fine tracking system using signals from the position sensing system as the only necessary control for the coarse tracking system.
    • 光学记录系统具有由精细跟踪系统承载的系统光学装置,该系统光学装置移动用于小轨迹寻找运动的光学装置和跟踪跟踪。 精细跟踪系统由线性致动器粗跟踪系统承载,该系统进行大的追踪运动,使得光学记录介质的整个区域可用于系统。 粗跟踪系统和精细跟踪系统都由伺服控制回路操作。 精细跟踪系统响应于轨道寻址信息响应跟踪跟踪和追踪信号的跟踪状态信号。 粗跟踪系统响应从与精细跟踪系统相关联的位置传感器得到的位置传感器信号,并提供与精细跟踪系统相对于粗跟踪系统的相对位置相关的信号。 粗跟踪系统使用来自位置感测系统的信号作为精细跟踪系统的运动,作为粗跟踪系统的唯一必要控制。