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    • 2. 发明授权
    • Appliance timer mechanism utilizing snap action switching
    • 利用快速动作切换的装置定时器机构
    • US07649148B2
    • 2010-01-19
    • US11040884
    • 2005-01-21
    • James E. PearsonRobert J. Van der LindeThomas J. Davern
    • James E. PearsonRobert J. Van der LindeThomas J. Davern
    • H01H43/00
    • H01H43/125H01H43/022H01H43/106
    • A motor driven appliance timer utilizing a cam program disk and snap action switches is provided. The motor may be externally energized, or may be energized based on integrated electronics within the appliance timer. Rotation of the program disk by a user to allow selection of a desired appliance cycle is accommodated by a clutch subassembly that allows bidirectional rotation of the program disk without requiring that the user pull or push the control shaft before rotating the program disk. The timer of the present invention may utilize either impulse or constant drive mechanisms to rotate the program disk. The use of snap action switches minimizes the possibility of tack weld failures due to switch teasing.
    • 提供了一种使用凸轮程序盘和快动动作开关的马达驱动器具计时器。 电机可以被外部供电,或者可以基于设备定时器内的集成电子装置通电。 由使用者旋转程序盘以允许选择期望的器具循环由离合器子组件容纳,该离合器子组件允许程序盘的双向旋转,而不需要用户在旋转程序盘之前拉或者按下控制轴。 本发明的定时器可以利用脉冲或恒定驱动机构来旋转程序盘。 使用快速动作开关可以最大限度地减少由于开关调节引起的焊接故障的可能性。
    • 5. 发明授权
    • Flow-through rotary damper providing compartment selectivity for a multi-compartment refrigerator
    • 流通旋转阻尼器为多室冰箱提供隔室选择性
    • US06880359B2
    • 2005-04-19
    • US10620104
    • 2003-07-15
    • James E. PearsonThomas J. DavernPaul H. Tuma
    • James E. PearsonThomas J. DavernPaul H. Tuma
    • F24F13/10F25D17/04F25D17/06
    • F24F13/10F25D17/045F25D17/065
    • A flow-through rotary damper assembly providing highly efficient, essentially laminar fluid flow therethrough is provided. The rotary damper assembly includes a cylindrical outer body and a cylindrical inner body that are rotatable in relation to one another. The outer body defines apertures in relation to one another to allow fluid flow without requiring fluid direction change. The inner body defines a flow passage having inlet and outlet apertures that may be aligned with the apertures of the outer body to allow fluid flow therethrough, or may be rotated out of alignment to block fluid flow. The outer body includes an aperture on one end to allow fluid flow to a third compartment. The inner body also includes an end aperture that may be aligned therewith. The damper provides selectable fluid flow between each of the compartments depending on the relative position of the cylindrical inner body member.
    • 提供了一种流通的旋转阻尼器组件,其提供了高效率,基本上层流的流体流动。 旋转阻尼器组件包括可相对于彼此旋转的圆柱形外主体和圆柱形内主体。 外主体相对于彼此限定孔,以允许流体流动而不需要流体方向改变。 内部主体限定了具有入口和出口孔的流动通道,其可以与外部主体的孔对齐以允许流体流过其中,或者可以旋转不对齐以阻止流体流动。 外主体在一端包括一个孔,以允许流体流向第三隔室。 内部主体还包括可以与其对准的端部孔。 阻尼器根据圆柱形内主体构件的相对位置提供每个隔室之间的可选流体流动。
    • 8. 发明授权
    • Refrigeration and defrost control system
    • 制冷与除霜控制系统
    • US07454918B2
    • 2008-11-25
    • US11093912
    • 2005-03-30
    • Thomas J. DavernJack DevineWilliam B. Bennett
    • Thomas J. DavernJack DevineWilliam B. Bennett
    • F25D21/06
    • F25D21/08F25D21/008
    • A system and method for refrigeration timer control having an energy efficient defrost cycle are provided. The system and method provide a delay time after the refrigeration cycle and prior to the defrost cycle. During this delay period the evaporator fan may run. The fan circulation and the heat from the fan coil provide a pre-warm cycle to the evaporator prior to the defrost cycle. To further enhance energy efficiency, the system and method may also provide a pre-refrigeration cycle after the defrost cycle. During this pre-refrigeration cycle only the compressor is energized. This prevents warm moist air from being circulated until the evaporator coils are cooled.
    • 提供了具有节能除霜循环的制冷定时器控制的系统和方法。 该系统和方法在制冷循环之后和除霜循环之前提供延迟时间。 在该延迟期间,蒸发器风扇可能运行。 在除霜循环之前,风扇循环和来自风扇盘管的热量向蒸发器提供预热循环。 为了进一步提高能源效率,该系统和方法还可以在除霜循环之后提供预制冷循环。 在这个预制冷循环期间,只有压缩机通电。 这样可以防止热湿空气循环,直到蒸发器盘管冷却。