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    • 23. 发明授权
    • Solid state memory drive and method for receiving and coupling with cassette drive bays
    • 固态存储器驱动器和用于接收和耦合卡盘驱动器托架的方法
    • US08458395B2
    • 2013-06-04
    • US12508249
    • 2009-07-23
    • Robert Kay
    • Robert Kay
    • G06F13/00
    • G11B25/10G06F11/1456G11C16/08
    • A solid state memory drive includes a first interface for receiving solid state memory cartridges; and a second interface for communicatively coupling the solid state memory drive unit with a host system through a drive bay configured to house a cassette tape drive. A host system then includes at least one drive bay configured to receive either the solid state memory drive or a tape cassette drive. A method includes removing a magnetic tape cassette drive from the drive bay; and inserting a solid state memory cartridge drive into the drive bay so as to communicatively interface the solid state memory cartridge drive and the host system.
    • 固态存储器驱动器包括用于接收固态存储器盒的第一接口; 以及第二接口,用于通过配置成容纳盒式磁带驱动器的驱动器室将固态存储器驱动单元与主机系统通信地耦合。 然后,主机系统包括至少一个配置成接收固态存储器驱动器或磁带盒驱动器的驱动器托架。 一种方法包括从驱动器托架移除磁带盒驱动器; 以及将固态存储器盒驱动器插入到驱动器托架中,以便与固态存储器盒驱动器和主机系统通信地接口。
    • 25. 发明申请
    • “M41S FAMILY MOLECULAR SIEVE的制备方法”
    • US20100280290A1
    • 2010-11-04
    • US12738050
    • 2008-07-30
    • Wenyih F. LaiRobert KayStephen McCarthy
    • Wenyih F. LaiRobert KayStephen McCarthy
    • C01B39/02C01B39/04C07C4/06C07C7/13C07C2/02C07C27/00
    • C01B37/02B01J29/0308B01J29/0333B01J29/041B01J29/044B01J29/70B01J29/76B01J29/82B01J29/83B01J29/84B01J29/85B01J2229/42C01B37/005C01B37/04C01B37/06C01B37/065C01B37/08C01B39/48C01B39/54
    • This disclosure relates to a novel method of making and recovering M41S family molecular sieve materials using synthesis mixtures having high solids-content and without a purification step. The solids-content, for example, is in a range from about 20 wt. % to 50 wt. %. The method also includes the step of mixing at least a portion of the M41S made with another material to form a composition, wherein the amount of said material to be mixed with said M41S product is such that said composition having less than 10 wt. % free fluid. The material mixed with the M41S made includes metal oxides, metal nitrides, metal carbides and mixtures thereof, as well as absorptive material capable of absorbing mother liquor and selected from the group consisting of carbon silica, alumina, titania, zirconia and mixtures thereof. The amount of the wastewater generated by this novel method is reduced by at least 50% to as much as 100% as comparing with conventional method of making M41S materials. By reducing and/or eliminating at least a portion of the wastewater generated in the synthesis product, the new method reduces cost of making of M41S materials and provides a more environmentally-friendly synthesis product.
    • 本公开涉及使用具有高固体含量并且没有纯化步骤的合成混合物制备和回收M41S家族分子筛材料的新方法。 固体含量例如在约20wt。 %至50重量% %。 该方法还包括将至少一部分与另一种材料制成的M41S混合以形成组合物的步骤,其中与所述M41S产品混合的所述材料的量使得所述组合物的含量小于10wt。 %自由流体。 与M41S混合的材料包括金属氧化物,金属氮化物,金属碳化物及其混合物,以及能够吸收母液并且选自碳二氧化硅,氧化铝,二氧化钛,氧化锆及其混合物的吸收材料。 与传统的制备M41S材料的方法相比,这种新方法产生的废水量减少至少50%至多达100%。 通过减少和/或消除在合成产物中产生的至少一部分废水,新方法降低了M41S材料的制造成本并提供了更环保的合成产品。
    • 28. 发明申请
    • TOY VEHICLE
    • 玩具车
    • US20070293121A1
    • 2007-12-20
    • US11762549
    • 2007-06-13
    • Robert Kay
    • Robert Kay
    • A63H17/00
    • A63H17/25A63H17/004
    • The invention relates to a toy vehicle with one or more wheels to allow the same to move along a surface. At least one item is provided to be selectively positionable on the vehicle, typically on an elongate member positioned around at least part of the side, front and/or end of the vehicle. The selective positioning of the item on the vehicle allows the path of movement and/or number of wheels in contact with the surface to be adjusted depending on the selected location of the item on the toy vehicle at that time.
    • 本发明涉及具有一个或多个车轮以允许其相对于表面移动的玩具车辆。 提供至少一个物品以选择性地定位在车辆上,通常位于围绕车辆的侧面,前部和/或端部的至少一部分定位的细长构件上。 物品在车辆上的选择性定位允许根据当时在玩具车辆上的物品的选定位置来调节与表面接触的轮子的移动路径和/或数量。
    • 30. 发明申请
    • ULTRALIGHT COOKING STOVE
    • 超声波烹饪机
    • US20070084456A1
    • 2007-04-19
    • US11163418
    • 2005-10-18
    • ROBERT KAY
    • ROBERT KAY
    • F24B3/00
    • F24C3/14
    • An ultralight stove comprises a fuel reservoir having a plurality of jet holes in the top through which vaporized fuel escapes and burns, a portion of which is directed toward a heat conducting heat transfer plug, heat from which being conducted through the heat transfer plug to the reservoir where it heats fuel in the reservoir causing increased fuel vaporization that pressurizes the reservoir which in turn causing pressurized fuel to escape through the jet holes resulting in increased heat to the heat transfer plug, the cycle continuing until a fuel consumption and temperature equilibrium is obtained where the heat transfer plug and reservoir reach maximum operating temperatures. A heat transfer conduit internal the reservoir extends centrally in the reservoir generally from the heat transfer plug to or to near the reservoir bottom therein conducting heat from the heat transfer plug to fuel in the reservoir. An external fuel absorber on the reservoir top receives fuel which when ignited initially heats the heat transfer plug to initiate stove operation such that before fuel in the external fuel absorber is spent, fuel in the reservoir is sufficiently heated to cause vaporized fuel to jet from said portion of the jet holes and be ignited. An internal fuel absorber internal the reservoir on the reservoir bottom in contact with the heat transfer module such that heat is transferred to the internal fuel absorber and any fuel in the internal fuel absorber.
    • 一个超轻型火炉包括燃料储存器,该燃料储存器在顶部具有多个喷射孔,蒸发的燃料通过该喷射孔排出并燃烧,其一部分被引向导热传热塞,热量从该传热塞通过传热塞传导到 储存器,其中加热储存器中的燃料,导致增加的燃料蒸发,其对储存器加压,这又导致加压燃料通过喷射孔逸出,导致热量传递给热量,该循环持续到获得燃料消耗和温度平衡 传热塞和容器达到最高工作温度。 储存器内部的传热导管通常从储存器中心地从传热塞延伸到储存器底部附近或附近,从而将热量从传热塞传导到储存器中的燃料。 储存器顶部上的外部燃料吸收器接收燃料,当点燃时,其最初加热传热塞以开始炉子操作,使得在外部燃料吸收器中的燃料被消耗之前,储存器中的燃料被充分加热,从而使蒸发的燃料从所述 喷射孔的一部分并被点燃。 内部燃料吸收器在储存器底部的储存器内部与传热模块接触,使得热量传递到内部燃料吸收器和内部燃料吸收器中的任何燃料。