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    • 1. 发明申请
    • ASPHALT RECYCLE PLANT
    • 沥青回收厂
    • WO1985005439A1
    • 1985-12-05
    • PCT/US1984000726
    • 1984-05-10
    • MECHTRON INTERNATIONAL CORP.
    • MECHTRON INTERNATIONAL CORP.BRASHEARS, David, F.ELLIOTT, Emanuel, J.BUTLER, Theodore, G.
    • F27D01/16
    • E01C19/1063E01C19/1036E01C2019/1095F27B19/04
    • An asphalt recycling system (11) and process are incorporated into an existing batch type asphalt plant (10). The existing asphalt plant (10) has an aggregate dryer (15) and air discharge ducts (26) connected to a filtering system (27). A recycling dryer (34) has input ducts (32) connected to the existing aggregate dryer discharge ducts (26) and output ducts (35) connected from the recycling dryer back to the existing ducts (33) to the filtering system (27). A recycle feeder bin (37) for feeding reclaimed asphalt pavement to the recycle dryer (34) is connected to the recycle dryer. A recycle booster burner (43) is operatively connected to the recycle dryer (34) through the input duct (32) to the dryer for providing additional heat to the recycle dryer (34) so that the waste heat from the existing aggregate dryer (15) and the booster burner (43) provide a predetermined heat to the recycle dryer (34) for heating the asphalt material. A recycling storage bin or silo (53) is connected to receive the heated recycled asphalt from the recycle dryer (34). A hammermill (36) or other means may be provided for breaking up the old asphaltic materials, such as old paving materials prior to entry of the material into the recycle dryer (34). Dampers are provided for directing heated gases from the existing batch type asphalt plant to the recycling system, as needed, and temperature controls (47, 51, 46, 50) are utilized to control the recycle booster burner (43) to provide the right combination of exisiting waste and added heat for the recycle dryer (34). The stored recycled asphalt materials may be fed to an exisiting plant batching tower (12) for batching and loading into vehicles.
    • 4. 发明申请
    • APPARATUS FOR APPLYING SPRAY COATING MATERIAL
    • 适用于喷涂涂料的设备
    • WO1989001596A1
    • 1989-02-23
    • PCT/GB1988000661
    • 1988-08-10
    • MORGANITE THERMAL CERAMICS LIMITEDBARNES, Eustace, PeterSKELDON, Douglas, Eric
    • MORGANITE THERMAL CERAMICS LIMITED
    • F27D01/16
    • F27D1/1642
    • Disclosed herein is an apparatus for spraying coating material into the interior of a torpedo vessel comprising a spar (28), a boom (32) attached to the inner end (30) of the spar, a rotary spray head (86) mounted on the end of the boom, the boom being divided into at least two sections (62, 64) and (64, 66) with a joint (68) between each section, spring biassing means (70) operative across the or each boom joint to bias one section of the boom (62 or 66) to bend by pivoting away from the longitudinal axis of the adjacent boom section (64) and cable operated straightening means (72, 74, 76, 78, 80, 82 and 84) attached between the ends of the boom and mounted on the spar and operable to counter the spring biassing means to pivot said one section of boom into axial alignment with said adjacent boom section and stiffen the boom, the cable straightening means including a pulley (80) mounted on the spar about which is wound a cable (72) whereby the rotation of the pulley will cause the boom to traverse transversely to the longitudinal axis of the spar; whereby the bent boom can be introduced lengthwise into the torpedo opening and thereafter straighten to permit the spray head to be rotated and moved generally lengthwise of the vessel.
    • 本文公开了一种用于将涂料喷射到鱼雷容器内部的装置,其包括翼梁(28),附接到翼梁的内端(30)的悬臂(32),安装在翼片上的旋转喷头(86) 悬臂末端被分成至少两个部分(62,64)和(64,66),在每个部分之间具有接头(68),弹簧偏压装置(70)跨过或每个悬臂接头工作以偏置 悬臂(62或66)的一个部分通过枢转远离相邻吊臂部分(64)的纵向轴线和电缆操作的矫直装置(72,74,76,78,80,82和84)而弯曲, 悬臂的端部并且安装在翼梁上并且可操作以对抗弹簧偏压装置,以使所述一个臂部的一个部分枢轴与所述相邻的悬臂部分轴向对准并加强所述起重臂,所述电缆矫直装置包括安装在所述悬臂上的滑轮(80) 翼梁围绕其缠绕有电缆(72),由此滑轮的旋转将引起吊杆 横向于翼梁的纵向轴线; 由此弯曲的吊臂可以纵向地引入到鱼雷开口中,然后矫直,以允许喷头沿着容器的大致长度方向旋转和移动。