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    ICE SKATEBOARD AND CONVERSION KIT
    1.
    发明申请
    ICE SKATEBOARD AND CONVERSION KIT 审中-公开
    冰鞋和转换包

    公开(公告)号：US20150182848A1

    公开(公告)日：2015-07-02

    申请号：US14588880

    申请日：2015-01-02

    Applicant: John W. Lane

    Inventor： John W. Lane

    IPC: A63C17/01

    CPC classification number: A63C17/018 ,  A63C17/017 ,  A63C17/18 ,  Y10T29/49716

    Abstract: Ice skateboards, ice skateboard conversion kits, and methods for converting a skateboard to an ice skateboard are presented. An ice skateboard or an ice skateboard conversion kit may include four blades. Each blade may include an elongate sharp lower edge and an opening for pivotally mounting the blade on one of four skateboard axle ends. Eight spacer bushings each may include a bore for pivotally mounting the spacer bushing on one of the axle ends. Lengths of two of the spacer bushings may be configured to dispose at least one of the blades along a middle third of one of the axle ends when the blade is pivotally mounted to the axle end between the two spacer bushings.

    Abstract translation: 介绍了滑冰板，滑冰板转换套件以及将滑板转换为滑冰板的方法。 冰滑板或滑冰板转换套件可包括四个刀片。 每个叶片可以包括细长的尖锐的下边缘和用于将叶片枢转地安装在四个滑板轴端之一上的开口。 八个间隔衬套各自可以包括用于将隔离衬套枢转地安装在轴端之一上的孔。 两个间隔套管中的两个长度可以被配置成当叶片枢转地安装在两个间隔套管之间的轴端时沿着一个轴端的中间三分之一设置至少一个叶片。

    N-CHANNEL FLOW RATIO CONTROLLER CALIBRATION
    3.
    发明申请
    N-CHANNEL FLOW RATIO CONTROLLER CALIBRATION 有权
    N通道流量比控制器校准

    公开(公告)号：US20130233401A1

    公开(公告)日：2013-09-12

    申请号：US13846007

    申请日：2013-03-18

    Applicant: Mariusch GREGOR ,  John W. LANE

    Inventor： Mariusch GREGOR ,  John W. LANE

    IPC: F17D3/00

    CPC classification number: F17D3/00 ,  G01F25/003 ,  G01F25/0053 ,  Y10T137/0324 ,  Y10T137/0363 ,  Y10T137/0379 ,  Y10T137/0402 ,  Y10T137/2524 ,  Y10T137/2529

    Abstract: Embodiments of the present invention generally relate to methods of controlling gas flow in etching chambers. The methods generally include splitting a single process gas supply source into multiple inputs of separate process chambers, such that each chamber processes substrates under uniform processing conditions. The method generally includes using a mass flow controller as a reference for calibrating a flow ratio controller. A span correction factor may be determined to account for the difference between the actual flow and the measured flow through the flow ratio controller. The span correction factors may be used to determine corrected set points for each channel of the flow controller using equations provided herein. Furthermore, the set points of the flow ratio controller may be made gas-independent using additional equations provided herein.

    Abstract translation: 本发明的实施例一般涉及控制蚀刻室中的气流的方法。 这些方法通常包括将单个工艺气体供应源分离成单独的处理室的多个输入，使得每个室在均匀的处理条件下处理衬底。 该方法通常包括使用质量流量控制器作为校准流量比控制器的参考。 可以确定跨度校正因子以解决通过流量比控制器的实际流量和测量流量之间的差异。 跨度校正因子可以用于使用本文提供的等式来确定流量控制器的每个通道的校正设定点。 此外，可以使用本文提供的附加方程式将流量比控制器的设定点与气体无关。

    N-channel flow ratio controller calibration
    4.
    发明授权
    N-channel flow ratio controller calibration 有权

    公开(公告)号：US08397739B2

    公开(公告)日：2013-03-19

    申请号：US12986012

    申请日：2011-01-06

    Applicant: Mariusch Gregor ,  John W. Lane

    Inventor： Mariusch Gregor ,  John W. Lane

    IPC: E03B1/00 ,  F17D1/00 ,  F17D3/00

    CPC classification number: F17D3/00 ,  G01F25/003 ,  G01F25/0053 ,  Y10T137/0324 ,  Y10T137/0363 ,  Y10T137/0379 ,  Y10T137/0402 ,  Y10T137/2524 ,  Y10T137/2529

    Abstract: Embodiments of the present invention generally relate to methods of controlling gas flow in etching chambers. The methods generally include splitting a single process gas supply source into multiple inputs of separate process chambers, such that each chamber processes substrates under uniform processing conditions. The method generally includes using a mass flow controller as a reference for calibrating a flow ratio controller. A span correction factor may be determined to account for the difference between the actual flow and the measured flow through the flow ratio controller. The span correction factors may be used to determine corrected set points for each channel of the flow controller using equations provided herein. Furthermore, the set points of the flow ratio controller may be made gas-independent using additional equations provided herein.

    Lighting system with multiple beam shapes
    5.
    发明授权
    Lighting system with multiple beam shapes 失效
    具有多个波束形状的照明系统

    公开(公告)号：US5980066A

    公开(公告)日：1999-11-09

    申请号：US868693

    申请日：1997-06-04

    Applicant: Richard S. Belliveau ,  John W. Lane, II

    Inventor： Richard S. Belliveau ,  John W. Lane, II

    IPC: F21S8/00 ,  F21V21/30 ,  F21V17/02

    CPC classification number: F21S8/00 ,  F21V21/30 ,  F21W2131/406

    Abstract: Overlapping lenses for use in a light fixture provided to project a beam of light in a first beam shape having a first cross-sectional geometry. A first lens device is supported in the fixture and movable into a position to interrupt the beam of light for selecting beam shape by altering the first projected beam shape from the first cross-sectional geometry to a second cross-sectional geometry different from the first geometry. The first lens device includes at least one lenticular lens element having lens lenticules oriented in a first direction. A second lens device, separate from the first device, is supported in the fixture and movable into a position to interrupt the beam of light for selecting beam shape by altering the second projected beam shape from the second cross-sectional geometry to a third cross-sectional geometry different from the first and second geometries. The second lens device includes another lenticular lens element overlapping the one lenticular lens element of the first lens device and has lenticules oriented in a second direction, different from the first direction. The lens elements may be carried by discs rotatably mounted in the fixture. Each disc may carry a plurality of lens elements which can be combined by overlapping to change beam angle and beam shape.

    Abstract translation: 用于照明器具的重叠透镜，被设置成以具有第一横截面几何形状的第一光束形状投影光束。 第一透镜装置被支撑在固定装置中并且可移动到通过将第一投影光束形状从第一横截面几何形状改变为不同于第一几何形状的第二横截面几何形状来中断光束以选择光束形状的位置 。 第一透镜装置包括至少一个具有在第一方向上定向的透镜微透镜的双凸透镜元件。 与第一装置分离的第二透镜装置被支撑在固定装置中并且可移动到通过将第二投影光束形状从第二横截面几何形状改变为第三截面来中断光束以选择光束形状的位置， 截面几何形状与第一和第二几何形状不同。 第二透镜装置包括与第一透镜装置的一个双凸透镜元件重叠的另一个双凸透镜元件，并且具有沿与第一方向不同的第二方向定向的微透镜。 透镜元件可以由可旋转地安装在固定装置中的盘承载。 每个盘可以携带多个透镜元件，这些透镜元件可以通过重叠而组合以改变光束角度和光束形状。

    Fuel cell power plant self-controlling coolant cleaning process
    6.
    发明授权
    Fuel cell power plant self-controlling coolant cleaning process 失效
    燃料电池发电厂自控冷却液清洗工艺

    公开(公告)号：US4344849A

    公开(公告)日：1982-08-17

    申请号：US226267

    申请日：1981-01-19

    Applicant: Albert P. Grasso ,  John W. Lane

    Inventor： Albert P. Grasso ,  John W. Lane

    IPC: B01D19/00 ,  H01M8/04 ,  H01M8/06 ,  C02F1/20 ,  C02F1/28

    CPC classification number: H01M8/04029 ,  B01D19/00 ,  H01M8/0612

    Abstract: In an automated process for deaerating and purifying both the water which is recirculated in a coolant loop through a stack of fuel cells and the make-up water for the coolant loop, a portion of the water from the coolant loop is blown down into a deaerator water reservoir to which make-up water is added by condensing water from the fuel cell stack reactant gas streams into a deaeration column disposed above the reservoir. The blowdown provides some of the heat for deaeration; and the amount of blowdown is controlled as a function of the amount of make-up water added to the coolant loop by sensing the location of a steam/liquid interface within the deaeration column. Water is withdrawn from the reservoir, purified, and then introduced into the coolant loop at a rate sufficient to maintain the desired amount of water circulating in the coolant loop.

    Abstract translation: 在用于对在冷却剂回路中循环通过燃料电池堆的水和用于冷却剂回路的补给水进行脱气和净化的自动化过程中，来自冷却剂回路的一部分水被吹入除气器 通过将来自燃料电池堆的反应气体气流的水冷凝而将补充水添加到设置在储存器上方的脱气塔中的储水器。 排污提供了一些除气的热量; 并且通过感测脱气塔内的蒸汽/液体界面的位置，排放量被控制为补充到冷却剂回路中的补充水的量的函数。 水从储存器中取出，净化，然后以足以保持在冷却剂回路中循环的所需量的水量的速率引入冷却剂回路中。

    N-channel flow ratio controller calibration
    7.
    发明授权
    N-channel flow ratio controller calibration 有权
    N通道流量比控制器校准

    公开(公告)号：US09200754B2

    公开(公告)日：2015-12-01

    申请号：US13846007

    申请日：2013-03-18

    Applicant: Mariusch Gregor ,  John W. Lane

    Inventor： Mariusch Gregor ,  John W. Lane

    IPC: F16K31/02 ,  F17D3/00 ,  G01F25/00

    CPC classification number: F17D3/00 ,  G01F25/003 ,  G01F25/0053 ,  Y10T137/0324 ,  Y10T137/0363 ,  Y10T137/0379 ,  Y10T137/0402 ,  Y10T137/2524 ,  Y10T137/2529

    Abstract: Embodiments of the present invention generally relate to methods of controlling gas flow in etching chambers. The methods generally include splitting a single process gas supply source into multiple inputs of separate process chambers, such that each chamber processes substrates under uniform processing conditions. The method generally includes using a mass flow controller as a reference for calibrating a flow ratio controller. A span correction factor may be determined to account for the difference between the actual flow and the measured flow through the flow ratio controller. The span correction factors may be used to determine corrected set points for each channel of the flow controller using equations provided herein. Furthermore, the set points of the flow ratio controller may be made gas-independent using additional equations provided herein.

    Abstract translation: 本发明的实施例一般涉及控制蚀刻室中的气流的方法。 这些方法通常包括将单个工艺气体供应源分离成单独的处理室的多个输入，使得每个室在均匀的处理条件下处理衬底。 该方法通常包括使用质量流量控制器作为校准流量比控制器的参考。 可以确定跨度校正因子以解决通过流量比控制器的实际流量和测量流量之间的差异。 跨度校正因子可以用于使用本文提供的等式来确定流量控制器的每个通道的校正设定点。 此外，可以使用本文提供的附加方程式将流量比控制器的设定点与气体无关。

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