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    • 2. 发明授权
    • System for discharging thermal decomposition residue containing carbon
residue and steel wire balls
    • 排放含碳残渣和钢丝球的热分解残渣的系统
    • US4474524A
    • 1984-10-02
    • US375955
    • 1982-05-07
    • Shigezo KawakamiKunihiko TsujiKatuhiko ShimojimaMitsuru FukudaHiroshi Kawaguchi
    • Shigezo KawakamiKunihiko TsujiKatuhiko ShimojimaMitsuru FukudaHiroshi Kawaguchi
    • C10B33/02C10B53/00C10B53/07F27B7/38F27D3/08F27D15/02F23J1/00
    • C10B33/02C10B53/00C10B53/07F27B7/383F27D15/0206F27D3/08Y02P20/143
    • A system for discharging a thermal decomposition residue containing carbon residue and steel wire balls, the discharge system including: a discharge mechanism including a double shaft screw conveyer having respective screws thereof supported at one end thereof and located contiguous to a residue outlet of a thermal decomposition unit, a housing hermetically connected to the residue outlet of the thermal decomposition unit and enclosing the double shaft screw conveyer with ample space on the upper side thereof; a first outlet provided in a front bottom portion of the housing for discharging the carbon residue transferred by lower portions of the double shaft conveyer; a second outlet provided at the discharging free end of the double screw conveyer for discharging the steel wire balls transferred by upper portions of the double screw conveyer; a seal provided in said first outlet for shielding the interior of the housing from ambient atmosphere; and a water-sealer including a water bath, a chute connected to the second outlet at the upper end and opened into the water bath at the lower end thereof, and a conveyor for transferring the steel wire balls dropped into the water bath through the chute to a position outside the water bath.
    • 一种用于排出含有碳残渣和钢丝球的热分解残渣的系统,所述排放系统包括:排出机构,包括双轴螺旋输送机,其双螺杆输送机的一端支撑在所述双轴螺旋输送机上,并与热分解残渣出口相邻 单元,壳体与热分解单元的残渣出口密封连接,并在其上侧包围双轴螺旋输送机,具有足够的空间; 设置在所述壳体的前底部的第一出口,用于排出由所述双轴输送机的下部传送的碳渣; 第二出口,设置在双螺旋输送机的排放自由端,用于排出由双螺旋输送机的上部转移的钢丝珠; 设置在所述第一出口中的密封件,用于屏蔽所述壳体的内部与环境大气; 以及包括水浴的封水器,在上端连接到第二出口并在其下端开放到水浴中的滑槽和用于传送通过滑槽落入水浴的钢丝球的输送机 到水浴外的位置。
    • 5. 发明授权
    • Method for cladding interior surfaces with externally prefabricated
cladding material
    • 用外部预制包层材料包覆内表面的方法
    • US4601087A
    • 1986-07-22
    • US629513
    • 1984-07-10
    • Nobuyasu KawaiKunihiko TsujiKohichi Beppu
    • Nobuyasu KawaiKunihiko TsujiKohichi Beppu
    • F16K3/02B23K20/00B23K20/02B23K20/24B21D53/00B21D39/06F16K27/00B23K20/14
    • B23K20/24B23K20/021B23K2201/12Y10T137/7036Y10T29/49421Y10T29/49423Y10T29/49826Y10T29/53987
    • A method for cladding a corrosion resistant high alloy material on surfaces of crossed cavities in a vessel of a high strength metallic material forming a valve casing or the like, the method including the steps of prefabricating first and second cladding structures of generally tubular shapes conforming with the crossed cavities from a thin sheet of a high alloy material; providing grooves on the surfaces of the crossed cavities for receiving corner members of a high alloy material to be located at joined corners of the first and second cladding structures at the intersection of the crossed cavities and end members of a high alloy material to be fitted on end portions of the cladding structures; assembling the first and second cladding structures, corner members and end rings into the crossed cavities; sealing the contacting surfaces of the assembled parts by welding the end members to the vessel and cladding structures; coalescing the assembled parts and the vessel by applying a high pressure to the cladding structures at a high temperature; and removing overlapped portions of the coalesced cladding structures at the intersection of the crossed cavities to communicate the latter with each other.
    • 一种用于在形成阀壳等的高强度金属材料的容器中的交叉腔的表面上包覆耐腐蚀的高合金材料的方法,所述方法包括以下步骤:预制具有符合以下条件的大致管状形状的第一和第二包层结构 来自高合金材料薄片的交叉腔; 在交叉空腔的表面上提供槽,用于接收高合金材料的角部件,以定位在第一和第二包层结构的接合拐角处的交叉腔和待合并的高合金材料的端部件 包层结构的端部; 将第一和第二包层结构,角部件和端环组装到交叉腔中; 通过将端部构件焊接到容器和包层结构来密封组装部件的接触表面; 通过在高温下对包层结构施加高压来聚结组装的部件和容器; 并且在交叉腔的交叉点处去除聚结的包层结构的重叠部分,以将后者彼此连通。