会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 12. 发明申请
    • CARBON DIOXIDE DOSING APPARATUS
    • 二氧化碳剂量装置
    • US20150259187A1
    • 2015-09-17
    • US14432465
    • 2013-10-11
    • V.B.S.
    • Bart LimpensThomas Buys
    • B67C3/22C12H1/12
    • B67C3/222B65B31/041C12H1/12
    • Solid carbon dioxide dosing apparatus (1) for the controlled dosing of solid carbon dioxide, comprising, a supply (2), through which liquid carbon dioxide under pressure expanding to a mixture of solid and gaseous carbon dioxide is supplied, a separator (3) connected to the supply for the separation of the solid and gaseous carbon dioxide of which at least a portion has a radius and angle of curvature which is sufficient to separate the solid carbon dioxide under the influence of centrifugal force, a gas discharge (4) connected to the separator for discharging the gaseous carbon dioxide, comprising a solid matter collector (5) with at least two ends and connected in such a way to the separator that the solid carbon dioxide is collected in the solid matter collector, with the one end of the solid matter collector connected to a controllable gas supply (6) and at the other end to a dosing valve (7) for dosing the solid carbon dioxide.
    • 用于控制计量固体二氧化碳的固体二氧化碳计量装置(1),包括供应源(2),通过其供应在压力下膨胀至固体和气体二氧化碳的混合物的液体二氧化碳,分离器(3) 连接到用于分离其中至少一部分具有足以在离心力的影响下分离固体二氧化碳的半径和曲率角的固体和气体二氧化碳的供应源,连接的气体放电(4) 到用于排放气态二氧化碳的分离器,其包括具有至少两个端部的固体收集器(5),并且以这样的方式连接到分离器,即将固体二氧化碳收集在固体收集器中,其一端 固体物质收集器连接到可控气体供应源(6),另一端连接到用于计量固体二氧化碳的计量阀(7)。
    • 15. 发明授权
    • Deoxygenating apparatus and method
    • 脱氧装置及方法
    • US4358296A
    • 1982-11-09
    • US239209
    • 1981-03-02
    • Luigi NotardonatoCasimir PulawskiDavid M. Kemp, Jr.
    • Luigi NotardonatoCasimir PulawskiDavid M. Kemp, Jr.
    • B01D19/00C12H1/12
    • C12H1/12B01D19/0047
    • Deoxygenating apparatus and method for use with a system for producing deoxygenated beverages comprises a deoxygenating column with stacked units each comprising a distributor plate and a subjacent shallow tray, both of which are perforated for downward dripping of water. Carbon dioxide gas flows upwardly, counter to the water, in a serpentine path over the plates and trays and through the dripping water for replacing the air in the water by the carbon dioxide gas. The water flow rate and extent of perforation of the plates and trays is such that films of water cover the respective plates and trays to permit some of the carbon dioxide gas to bubble through the plates and trays and thereby enhance the absorbtion of the gas into the water.
    • 用于生产脱氧饮料的系统的脱氧装置和方法包括具有堆叠单元的脱氧塔,每个分离板包括分配器板和相邻的浅盘,两个孔都被穿孔以向下滴水。 二氧化碳气体在板和托盘上的蛇形路径中向上流动,并且通过滴水将二氧化碳气体替换为水中的空气。 板和托盘的水流速度和穿孔程度使得水膜覆盖相应的板和托盘,以允许一些二氧化碳气体通过板和塔板气泡,从而增强气体吸收到 水。
    • 17. 发明授权
    • Intraocular lens with high magnification
    • 高倍镜下人工晶状体
    • US4074368A
    • 1978-02-21
    • US721198
    • 1976-09-08
    • Chauncey F. Levy, Jr.Richard J. Pegis
    • Chauncey F. Levy, Jr.Richard J. Pegis
    • G02C7/02A61F2/16C12H1/12C12H1/16A61F1/16A61F1/24
    • A61F2/1648A61F2/1651C12H1/12C12H1/165A61F2250/0053
    • A sub-miniature optical system, based in principle on the Galilean telescope, for implantation in the eye following surgical removal of the natural lens. The system is made of methyl methacrylate and includes so-called air-lenses formed by bubbles defined by optically curved surfaces within the acrylic bodies. The positive element is surgically secured adjacent to the pupil. The negative element is mechanically connected to the positive element, and extends from it to within a few millimeters of the retina at the rear of the eye. The strength of the positive element is approximately 126 diopters for cases where the cornea is retained, and the strength of the negative element is about -2000 diopters, more or less, depending on its spacing from the positive element.
    • 原理上基于伽利略望远镜的亚微型光学系统,用于在手术切除天然镜片后植入眼睛。 该系统由甲基丙烯酸甲酯制成,并且包括由丙烯酸体内的光学弯曲表面限定的气泡形成的所谓的空气透镜。 正面的元件通过外科手术固定在瞳孔附近。 负元件机械地连接到正元件,并从其延伸到眼睛后部的视网膜的几毫米内。 正面元件的强度对于保留角膜的情况而言为大约126屈光度,并且负元件的强度大约是-2000屈光度,或多或少依赖于其与正元件的间隔。