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    • 3. 发明申请
    • COOKING VESSEL WITH CONDENSATION COLLECTOR
    • 具有冷凝收集器的烹饪船
    • US20120080430A1
    • 2012-04-05
    • US13245978
    • 2011-09-27
    • Susan K. HoffSteve O. MorkMark C. Smith
    • Susan K. HoffSteve O. MorkMark C. Smith
    • B65D51/00
    • A47J36/38A47J36/06
    • A cooking vessel with a selectively configurable condensation collector. In one configuration, the condensation collector collects condensation impeding it from reaching the content of the cooking vessel. In another configuration, condensation is allowed to reach the content of the cooking vessel. A movable reservoir can be configured to either be flush with the lid preventing condensation from reaching the reservoir or configured to form a gap between the reservoir wall and the lid so that condensation can collect in the reservoir. Alternatively, a condensation collector can be detachably connected to a cooking vessel lid so that when it is attached condensation collects and when it is detached condensation reaches the content of the vessel. Alternatively, a condensation collector can be permanently attached to a replacement cooking vessel lid that is swappable with a conventional cooking vessel lid.
    • 具有可选配置的冷凝收集器的烹饪容器。 在一种配置中,冷凝收集器收集阻止其冷凝到达烹饪容器的内容物的冷凝物。 在另一种结构中,允许冷凝达到烹饪容器的内容物。 可移动储存器可以被配置为与盖子齐平,防止冷凝物到达储存器或构造成在储存器壁和盖子之间形成间隙,使得冷凝物可以收集在储存器中。 或者,冷凝收集器可以可拆卸地连接到烹饪容器盖,使得当其附接冷凝物收集时,并且当其分离时,冷凝物达到容器的内容物。 或者,冷凝收集器可以永久地附接到可以与常规烹饪容器盖相互交换的替换烹饪容器盖上。
    • 5. 发明授权
    • Reverse osmosis system
    • 反渗透系统
    • US5132017A
    • 1992-07-21
    • US685860
    • 1991-04-16
    • Thomas E. BirdsongSteve O. MorkSteven L. Peace
    • Thomas E. BirdsongSteve O. MorkSteven L. Peace
    • B01D61/08B01D61/10B01D61/12
    • B01D61/12B01D61/08B01D61/10
    • A reverse osmosis method includes a sediment filter which cleans feed water from a source and from which that feed water is fed to a reverse osmosis membrane filter. Permeate from the latter is fed to a bladder within a storage tank. Concentrate from the membrane filter is fed to and used within the storage tank as squeeze water for the bladder. When a faucet that delivers permeate to the user is open, squeeze water is used to cause permeate to flow out of the storage tank through an impurity filter to supply the faucet. A valve unit is included to control the amount of squeeze water fed to the storage tank and to regulate permeate flow so that the water outletted from the faucet remains at a constant pressure and provides relief as against overpressure in the system. A proportioning valve within the valve unit serves to maintain at all times a constant ratio of concentrate to permeate flow through the membrane filter for adequate cleansing of the membrane. Also included are input-side and output-side flow monitors which provide signals to a processor that serves to indicate the status of filter conditions. There also is an advantageous faucet assembly for controlling the delivery of permeate to the user with flexibility and convenience.
    • 反渗透方法包括沉淀过滤器,其从源中清洗进料水,并将进料水从其中供给到反渗透膜过滤器。 后者的渗透液被送入储罐内的膀胱。 将来自膜过滤器的浓缩物作为用于膀胱的挤压水供给到储罐内并使用。 当向使用者传递渗透物的水龙头是开放的时,使用挤压水来使渗透物通过杂质过滤器从储罐流出以供应水龙头。 包括阀单元以控制供给到储罐的挤压水的量并且调节渗透物流,使得从龙头出来的水保持在恒定压力并且提供缓解以防止系统中的过压。 阀单元内的比例阀用于始终保持浓缩物与透过膜过滤器之间的恒定比例,以充分清洁膜。 还包括输入侧和输出侧流量监视器,其为处理器提供信号,用于指示过滤条件的状态。 还有一种有利的龙头组件,用于控制渗透物向用户的输送,具有灵活性和方便性。
    • 6. 发明申请
    • INDUCTIVELY-HEATED APPLICATOR SYSTEM
    • 电感加热器系统
    • US20090289055A1
    • 2009-11-26
    • US12126190
    • 2008-05-23
    • David W. BaarmanRichard BylsmaThomas Jay LeppienJesse C. LeverettSteve O. Mork
    • David W. BaarmanRichard BylsmaThomas Jay LeppienJesse C. LeverettSteve O. Mork
    • H05B6/04
    • B05C17/001A45D34/041A45D40/261A45D2200/055A45D2200/056A45D2200/155B05C1/00B05C1/003H05B6/105
    • An inductively-heated applicator system including a heating module and an applicator, such as an applicator pen. The heating module include a dock for seating the applicator. The heating module includes circuitry to selectively generate an electromagnetic field to wirelessly provide energy to the applicator when it is positioned in the dock. The heating module may also include temperature control circuitry to monitor and/or control the temperature of the applicator. The applicator pen includes a heating element that it heated through energy provided by the electromagnetic field. The heating element may be directly inductively heated by the electromagnetic field. The heating element may be a roller element that heats and applies the product. Alternatively, the applicator may include a secondary in which electrical power is induced when the electromagnetic field is present. In this alternative, the power may be applied to the heating element to produce resistive heat.
    • 一种感应加热的施加器系统,其包括加热模块和施加器,例如施加器笔。 加热模块包括用于安放敷贴器的底座。 加热模块包括用于选择性地产生电磁场的电路,以便当定位在基座中时向施加器无线地提供能量。 加热模块还可以包括温度控制电路以监测和/或控制施加器的温度。 涂抹笔包括通过由电磁场提供的能量加热的加热元件。 加热元件可以被电磁场直接感应加热。 加热元件可以是加热和施加产品的辊元件。 或者,施加器可以包括次级,其中当存在电磁场时,其中引入电功率。 在这种替代方案中,可以将功率施加到加热元件以产生电阻热。