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    • 3. 发明授权
    • Ceramic sponge heat-exchanger member
    • 陶瓷海绵热交换器
    • US4222434A
    • 1980-09-16
    • US900513
    • 1978-04-27
    • Robert A. Clyde
    • Robert A. Clyde
    • B01J15/00B01J19/00B01J19/24F28D19/04F28F9/22F28F13/00F28F21/04
    • F28F13/003B01J15/005B01J19/0013B01J19/2485F28D19/042F28F21/04F28F9/22B01J2219/00078B01J2219/00135B01J2219/00155Y10S165/902Y10S165/905Y10S165/907
    • A heat-exchanger composed of a body of ceramic sponge defining randomly located interconnected walls bounding a plurality of randomly located interconnected cavities and a plurality of elongate heat-conductive members embedded in the body and having a surface in heat-exchanging relation with the body and an end zone at the surface of the body and another opposite end zone which is located depthwise in the body, so that, heat may be conducted between the interior of the body and the surface of the body along the heat-conductive members. The heat-conductive members may be of suitable material, such as silicon carbide or metallic glass. In another case a silicon carbide rod is attached to a ceramic plate so as to conduct heat directly from one side of the plate to the other. A method of increasing the efficiency of a tube heat exchanger with sponge baffles is described. A method of resistance heating of an auto catalytic converter is detailed.
    • 由陶瓷海绵体组成的热交换器,其限定随机定位的互连壁,其界定多个随机定位的相互连接的空腔,以及多个细长的导热构件,其嵌入体内并具有与身体热交换的表面, 主体表面的端部区域和位于体内深度方向的另一相对端部区域,从而可以沿着导热构件在身体的内部和身体的表面之间传导热量。 导热构件可以是合适的材料,例如碳化硅或金属玻璃。 在另一种情况下,将碳化硅棒连接到陶瓷板上,以便将热量直接从板的一侧传导到另一侧。 描述了一种提高具有海绵挡板的管式热交换器的效率的方法。 详细说明了汽车催化转化器的电阻加热方法。
    • 5. 发明授权
    • Supported catalyst
    • 负载催化剂
    • US3998758A
    • 1976-12-21
    • US605677
    • 1975-08-18
    • Robert A. Clyde
    • Robert A. Clyde
    • B01J25/02B01J37/02C04B41/51C04B41/88C23C16/04C23C16/06B01J21/04B01J23/74B01J35/04
    • C04B41/009B01J25/02B01J37/0238B01J37/024C04B41/51C04B41/88C23C16/045C23C16/06Y10S261/72Y10T428/24997Y10T428/249986
    • A novel supported catalyst is described. The catalyst contains (a) a ceramic sponge support having internal surfaces comprised of the walls of cavities randomly dispersed throughout the sponge support and the walls of intersticial passageways connecting said cavities; (b) a first layer of either nickel, copper or cobalt substantially uniformly deposited on and adherent to all internal surfaces of the ceramic sponge support; (c) a second layer comprising a lattice network of either nickel, copper or cobalt adherent to and on the surface of said first layer; and (d) a sufficient quantity of either aluminum, magnesium or zinc intermittently dispersed throughout the second layer to retain the integral structure of said lattice network. The catalyst exhibits increased efficiency over prior art catalysts when used in similar capacities.
    • 描述了一种新型的载体催化剂。 催化剂含有(a)陶瓷海绵支撑体,其内表面包括随机分散在整个海绵支撑体内的空腔壁和连接所述腔体的间隙通道壁; (b)基本上均匀地沉积在陶瓷海绵支撑体的所有内表面上并粘合到其上的镍,铜或钴的第一层; (c)第二层,包括粘附到所述第一层表面上的镍,铜或钴的晶格网络; 和(d)足够量的铝,镁或锌间歇地分散在整个第二层中以保持所述格子网络的整体结构。 当以相似的容量使用时,催化剂表现出比现有技术的催化剂更高的效率。
    • 6. 发明授权
    • Electric storage heating apparatus
    • 蓄电式加​​热装置
    • US4395620A
    • 1983-07-26
    • US237573
    • 1981-02-23
    • Robert A. ClydeWilliam B. Crandall
    • Robert A. ClydeWilliam B. Crandall
    • F24H7/04F24H7/00H05B3/00
    • F24H7/0416
    • An electric heat storage apparatus comprises an electric heating element, a ceramic heat storage pipe, an air passageway in communication with the pipe, and a thermostatically controlled air circulation means. The ceramic pipe has a scalloped-shaped outer surface providing a plurality of crests and troughs and a series of parallel grooves cut in at least some of the crests. The heating element is located in the grooves in contact with the pipe. In a preferred embodiment, the pipe is provided with a plurality of internal ribs of at least two different lengths. The pipe is supported on a ceramic cradle and a ceramic sponge or metal turnings are inserted into the pipe between the ribs to increase the heat transfer area.
    • 电热储存装置包括电加热元件,陶瓷储热管,与管连通的空气通道和恒温控制的空气循环装置。 陶瓷管具有扇形形状的外表面,其提供多个波峰和槽,以及一系列在至少一些峰顶上切割的平行槽。 加热元件位于与管道接触的槽中。 在优选实施例中,管道设置有至少两个不同长度的多个内部肋条。 管道支撑在陶瓷支架上,并且陶瓷海绵或金属屑组件插入到肋之间的管道中以增加传热面积。
    • 10. 发明授权
    • High area contactor
    • 大面积接触器
    • US4333893A
    • 1982-06-08
    • US114637
    • 1980-01-23
    • Robert A. Clyde
    • Robert A. Clyde
    • B01J16/00B01J19/30C12M1/40F02M17/28
    • B01J19/30B01J16/005C12M21/18C12M23/06C12M23/20C12M23/34C12M27/20B01J2219/30203B01J2219/30223B01J2219/30296B01J2219/30416B01J2219/30466Y10S261/72
    • Individual high area contactors suitable for filling a rotary biological contactor and for packing a fluid column or tower are disclosed. According to this invention each of the individual contactors include a tough abrasive-resistant outer member such as perforated substantially spherical members, or cylindrical shaped outer members such as Raschig rings. This tough outer member encloses or protects a more fragile high-area internal member or reaction support member. In a preferred embodiment such as for high temperature uses or uses where the contactor would be exposed to the ultraviolet rays of the sun, the outer member is preferably made of abrasive resistant ceramic and the high-area internal member is a ceramic sponge. In certain embodiments, the outer member can be made with a rather thin shell and still maintain its strength by the use of internal ceramic sponge shaped to provide support to the outer shell. In addition to ceramic, and for other uses, both the outer member and the high area internal member can be made of plastic like material. In other embodiments, the internal member can be made of carrageenan and resin, while in still others it may be ceramic sponge coated with a metal or other selected material. The selection of materials is dependent upon the use to be made of the contactor and the type of enzyme, reaction, etc., that is to be supported by the high-area internal members.
    • 公开了适用于填充旋转生物接触器和用于包装流体柱或塔的单独的高面积接触器。 根据本发明,每个单独的接触器包括耐磨的耐磨外部构件,例如穿孔的基本上为球形的构件,或圆柱形外部构件,例如拉希奇环。 这个坚韧的外部构件包围或保护更脆弱的大面积内部构件或反作用支撑构件。 在优选的实施方案中,例如对于接触器将暴露于太阳紫外线的高温用途或用途,外部构件优选地由耐磨陶瓷制成,并且高面积内部构件是陶瓷海绵。 在某些实施例中,外部构件可以由相当薄的外壳制成,并且通过使用形状为向外壳提供支撑的内部陶瓷海绵仍然保持其强度。 除了陶瓷和其他用途之外,外部构件和高面积内部构件都可以由塑料制成。 在其他实施例中,内部构件可以由角叉菜胶和树脂制成,而在其它实施例中,其可以是涂覆有金属或其它选定材料的陶瓷海绵。 材料的选择取决于由高面积内部构件支撑的接触器的使用和酶的类型,反应等。