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    • 2. 发明申请
    • Non-ambient temperature therapy system with automatic treatment temperature maintenance
    • 非环境温度治疗系统具有自动治疗温度维护
    • US20070118194A1
    • 2007-05-24
    • US11285827
    • 2005-11-22
    • Bradley MasonJeffrey Mason
    • Bradley MasonJeffrey Mason
    • A61F7/00
    • A61F7/02A61F2007/0001A61F2007/0054
    • A therapy system for therapeutically treating a desired region of the body includes a fluid reservoir, a heat transfer pad, and first and second fluid circulation lines. The heat transfer pad includes a first pad port, a bladder, and a second pad port. The first fluid circulation line is connectable to the first pad port for withdrawing heat transfer fluid from the fluid reservoir and delivering it to the heat transfer pad. The second fluid circulation line is connectable to the second pad port for withdrawing heat transfer fluid from the heat transfer pad and delivering it to the fluid reservoir. The heat transfer pad additionally includes a pad flowpath adjustment member positioned in the pad flowpath to adjust the system resistance to flow. The adjusted system resistance to flow fixes the desired treatment temperature of the heat transfer pad in response to the heat transfer fluid circulating through the pad flowpath. The desired treatment temperature is correlated to the body region being treated.
    • 用于治疗身体的所需区域的治疗系统包括流体储存器,传热垫,以及第一和第二流体循环管线。 传热垫包括第一焊盘端口,气囊和第二焊盘端口。 第一流体循环管线可连接到第一焊盘端口,用于从流体储存器抽出传热流体并将其传送到传热垫。 第二流体循环管线可连接到第二焊盘端口,用于从传热垫抽出传热流体并将其传送到流体储存器。 传热垫还包括定位在垫流路中的垫流路调节构件,以调节系统的流动阻力。 经调节的系统阻力流动响应于通过垫流路循环的传热流体固定传热垫的期望处理温度。 所需的治疗温度与正在治疗的身体区域相关。
    • 3. 发明授权
    • Single stage denitration
    • 单级脱硝
    • US07125531B1
    • 2006-10-24
    • US10111148
    • 2000-10-19
    • J. Bradley Mason
    • J. Bradley Mason
    • B01D53/56
    • B01D53/56
    • A system and method is described having a single reaction vessel (12) using superheated stream optionally augmented by oxygen for reducing nitrogen oxides present in a wide variety of organic compounds. Reduction takes place quickly when a stream/oxygen mixture is injected into a fluidized bed (22) of ceramic beads. Reducing additives are metered into the reaction vessel (12) and/or provide energy input to reduce nitrates to nitrogen. The speed of the fluidizing gas mixture agitates the beads that then help to break up solid wastes and to allow self-cleaning through abrasion thereby eliminating agglomerates, and the oxygen, when used, allows for some oxidation of waste by-products and provides an additional offset for thermal requirements of operation.
    • 描述了一种具有单一反应容器(12)的系统和方法,所述反应容器(12)使用任选地被氧气增加以减少存在于多种有机化合物中的氮氧化物的过热流。 当将流/氧混合物注入到陶瓷珠的流化床(22)中时,还原快速发生。 将还原添加剂计量加入反应容器(12)和/或提供能量输入以将硝酸盐还原成氮气。 流化气体混合物的速度搅动珠子,然后有助于分解固体废物,并允许通过磨损进行自清洁,从而消除附聚物,当使用氧气时,氧气允许废物副产物的一些氧化,并提供额外的 抵消了操作的热要求。
    • 5. 发明授权
    • Dewatering method and device
    • 脱水方法和装置
    • US06709586B2
    • 2004-03-23
    • US10090508
    • 2002-03-04
    • J. Bradley Mason
    • J. Bradley Mason
    • B01D3512
    • B01D29/114B01D29/52B01D29/661B01D29/70B01D29/96B01D2201/0484
    • A method and device for dewatering most liquid/solid solutions and slurries is described. A dewatering device having a dewatering pump in fluid communication with a filter rack with vertically arrayed filter elements that is carried by a container. To begin the dewatering process, the filter rack is lowered to the bottom of the container and the liquid/solid slurry is introduced. Next, the dewatering pump draws the liquid from the slurry into the filter rack and then to the pump. When dewatering efficiency decreases, the dewatering operation is momentarily stopped and the filter elements of the filter rack are backpulsed with air and raised to dislodge the filter cakes that have formed. The filter rack is then relowered and the dewatering operation continues. These steps of dewatering, backpulsing, raising the filter rack, and lowering filter rack are continued until the container is full of dewatered solids. Alternatively, the filter rack is affixed to the top of the container and the liquid/solid slurries are introduced until the container is mostly full. Next dewatering operations commence and continue until the container is full of dewatered solids.
    • 描述了用于脱水大多数液体/固体溶液和浆料的方法和装置。 一种脱水装置,其具有与过滤架流体连通的脱水泵,该过滤器架具有由容器承载的垂直排列的过滤元件。 为了开始脱水处理,将过滤架降低到容器的底部,并引入液体/固体浆料。 接下来,脱水泵将液体从浆料中抽出到过滤架中​​,然后到达泵。 当脱水效率降低时,脱水操作暂时停止,过滤架的过滤元件用空气反冲并升高以移除已形成的过滤蛋糕。 然后将过滤架倒流,并继续脱水操作。 脱水,反冲,升高过滤架和降低过滤架的这些步骤将一直持续到容器充满脱水固体。 或者,将过滤架固定到容器的顶部,并且引入液体/固体浆料直到容器大部分已满。 接下来的脱水操作开始并持续到容器充满脱水固体。
    • 9. 发明授权
    • In-drum pyrolysis
    • 鼓内热解
    • US07491861B2
    • 2009-02-17
    • US10209090
    • 2002-07-31
    • J. Bradley Mason
    • J. Bradley Mason
    • A62D3/00
    • G21F9/32B01D53/75C10B47/46F23G5/006F23G5/0276F23G2201/301F23G2209/18F23G2900/50205F23G2900/54401F23J2217/10F23J2219/10F23J2219/60
    • An apparatus and method for processing hazardous wastes directly from 55-gallon drums through the use of pyrolysis and steam reforming. The method is based on a pyrolyzer using heat to vaporize organics that are present in the hazardous wastes. The waste is heated in the original drums to avoid the bulk handling of alpha radionuclides and to ensure criticality control. At pyrolysis temperatures, all liquids and organics in the drums will evaporate and volatize. The resulting waste in the drums is a dry, inert, inorganic matrix with carbon char containing radioactive metals. The off-gas produced by pyrolysis mainly consists of water vapor, volatized organics, and acid gases from the decomposition of various plastics and other organics present in the waste drums. The off-gas produced by the pyrolysis is then collected and fed into an off-gas treatment system that is in fluid communication with pyrolyzer operated under oxidizing conditions.
    • 一种通过使用热解和蒸汽重整从55加仑桶直接加工危险废物的设备和方法。 该方法基于使用热量蒸发危险废物中存在的有机物的热解器。 废弃物在原始鼓中加热,以避免大量处理α放射性核素并确保临界控制。 在热解温度下,鼓中的所有液体和有机物将蒸发并挥发。 在鼓中产生的废物是具有含有放射性金属碳的干燥,惰性的无机基质。 由热解产生的废气主要由水蒸气,挥发的有机物和来自废弃桶中存在的各种塑料和其他有机物的酸性气体组成。 然后通过热解产生的废气被收集并进料到在氧化条件下操作的热解器流体连通的废气处理系统中。
    • 10. 发明授权
    • In-drum pyrolysis system
    • 鼓内热解系统
    • US07763219B2
    • 2010-07-27
    • US11717970
    • 2007-03-14
    • J. Bradley Mason
    • J. Bradley Mason
    • B01J19/00
    • G21F9/32B01D53/75C10B47/46F23G5/006F23G5/0276F23G2201/301F23G2209/18F23G2900/50205F23G2900/54401F23J2217/10F23J2219/10F23J2219/60
    • An apparatus and method for processing hazardous wastes directly from 55-gallon drums through the use of pyrolysis and steam reforming. The method is based on a pyrolyzer using heat to vaporize organics that are present in the hazardous wastes. The waste is heated in the original drums to avoid the bulk handling of alpha radionuclides and to ensure criticality control. At pyrolysis temperatures, all liquids and organics in the drums will evaporate and volatize. The resulting waste in the drums is a dry, inert, inorganic matrix with carbon char containing radioactive metals. The off-gas produced by pyrolysis mainly consists of water vapor, volatized organics, and acid gases from the decomposition of various plastics and other organics present in the waste drums. The off-gas produced by the pyrolysis is then collected and fed into an off-gas treatment system that is in fluid communication with pyrolyzer operated under oxidizing conditions.
    • 一种通过使用热解和蒸汽重整从55加仑桶直接加工危险废物的设备和方法。 该方法基于使用热量蒸发危险废物中存在的有机物的热解器。 废弃物在原始鼓中加热,以避免大量处理α放射性核素并确保临界控制。 在热解温度下,鼓中的所有液体和有机物将蒸发并挥发。 在鼓中产生的废物是具有含有放射性金属碳的干燥,惰性的无机基质。 由热解产生的废气主要由水蒸气,挥发的有机物和来自废弃桶中存在的各种塑料和其他有机物的酸性气体组成。 然后通过热解产生的废气被收集并进料到在氧化条件下操作的热解器流体连通的废气处理系统中。