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    • 6. 发明申请
    • PROCESSING APPARATUS
    • 加工设备
    • WO1989007742A1
    • 1989-08-24
    • PCT/AU1989000048
    • 1989-02-08
    • EXECUTIVE DIRECTOR OF THE DEPARTMENT OF ...McDONALD, Trevor, John, Gordon
    • EXECUTIVE DIRECTOR OF THE DEPARTMENT OF ...
    • F26B03/28
    • F26B3/286F26B9/006F26B21/00F26B2210/16Y02B40/74
    • Apparatus for use in processing a substance with a gaseous fluid. The apparatus comprises a processing chamber (22) for receiving a charge (44) of the substance for processing. An inlet means (31) is provided for introducing gaseous fluid into the processing chamber. An outlet means (34) is provided for removing gaseous fluid from the processing chamber. A tunnel (36) defines a fluid flow passage in the chamber, the fluid flow passage having an entry end (39) communicating with the processing chamber and an exit end (40) communicating with the outlet means. The tunnel (36) has walls which are flexible to generally conform to the profile of the charge (44) which is positioned within the tunnel. The walls of the tunnel deflect under the influence of fluid pressure in the processing chamber to sealingly contact the charge of substance in the tunnel. This ensures that gaseous fluid flowing through the tunnel passes through the charge within the tunnel.
    • 用于处理具有气态流体的物质的装置。 该装置包括用于接收物质的装料(44)用于处理的处理室(22)。 提供入口装置(31),用于将气态流体引入处理室。 提供出口装置(34)用于从处理室去除气态流体。 隧道(36)在腔室中限定流体流动通道,流体流动通道具有与处理室连通的入口端(39)和与出口装置连通的出口端(40)。 隧道(36)具有柔性的壁,其大体上符合位于隧道内的电荷(44)的轮廓。 隧道壁在处理室内受流体压力的影响而偏转,密封地接触隧道内物质的电荷。 这样可确保流经隧道的气体流经隧道内的电荷。
    • 7. 发明申请
    • METHOD AND SYSTEM FOR DRYING SOLID FUELS
    • 干燥固体燃料的方法和系统
    • WO1980002319A1
    • 1980-10-30
    • PCT/SE1980000111
    • 1980-04-18
    • MOSTROEM R
    • F26B03/28
    • F26B17/26C10F5/00F26B3/286Y02B40/74
    • The system according to the invention comprises a receiving unit (1), from which the fuel is transferred to a drying unit (2), where the fuel is dried by solar-heated air, which is taken from solar collectors, which are arranged in the roof structure (13) and a portion of the wall structure (12) of a storage unit (3), to which the fuel is transferred after its drying. The drying preferrably is carried out on a drying table (8) having a surface, which for example may amount to one eightieth of the total surface of the solar collectors. The volumes air/ time unit produced in the solar collectors, thus, are great. This implies that the drying of the fuel is effected relatively quickly.
    • 根据本发明的系统包括一个接收单元(1),燃料从该接收单元(1)传送到干燥单元(2),其中燃料被太阳能热空气干燥,该太阳能热空气是从太阳能收集器中取出的, 屋顶结构(13)和存储单元(3)的壁结构(12)的一部分,在其干燥之后燃料被转移到该结构。 干燥优选地在具有表面的干燥台(8)上进行,例如其可以占太阳能收集器总表面的八分之一。 太阳能集热器生产的空气/时间单位体积很大。 这意味着燃料的干燥相对较快地进行。
    • 8. 发明申请
    • UV DRYERS
    • UV干燥剂
    • WO1997038276A1
    • 1997-10-16
    • PCT/GB1997000941
    • 1997-04-02
    • RAE, Malcolm, CharlesWELLE, Jurgen
    • F26B03/28
    • F26B3/28
    • The invention provides a printing machine which comprises at least one inking unit (2, 3, 4, 5) and at least one UV dryer (1) positioned downstream from said inking unit, said dryer having a UV lamp (10) mounted in a reflector housing (11), said housing having an open mouth (12) directed towards a path for printed sheets or a web (8), wherein said open mouth is closeable by a shutter (13) and wherein the movement of the shutter is linked to the speed of travel of the printed sheets or web (8) through the machine, such that the degree of opening of the shutter is proportional to the speed of said travel.
    • 本发明提供了一种印刷机,其包括至少一个着墨单元(2,3,4,5)和至少一个位于所述着墨单元下游的UV干燥器(1),所述干燥器具有安装在 反射器壳体(11),所述壳体具有朝向用于打印片材或卷筒纸(8)的路径的开口(12),其中所述开口可被挡板(13)关闭,并且其中快门的运动被连接 以达到通过机器打印的片材或幅材(8)的行进速度,使得快门的打开程度与所述行进的速度成比例。