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    • 1. 发明申请
    • APPARATUS FOR TREATING WASTE MATERIAL
    • 用于处理废物的装置
    • WO2004089547A1
    • 2004-10-21
    • PCT/IE2004/000052
    • 2004-04-07
    • FOSSEY, Robin, ErnestCOLLINS, Brian, Donald
    • FOSSEY, Robin, ErnestCOLLINS, Brian, Donald
    • B03B1/00
    • B01J19/28B01J2219/00065B01J2219/00092B01J2219/00162B01J2219/00195B01J2219/00213B01J2219/0024B01J2219/0027B01J2219/182B01J2219/185B01J2219/187F26B11/024F26B11/026F26B11/0445
    • Apparatus (1) for high temperature processing of waste material comprises a vessel (4) within which the waste material is processed, and which is rotatable about its longitudinally extending central axis (6) within a carrier framework (5). The carrier framework (5) is supported on a support framework (7) and is slewable about a slew axis (9) between a loading position illustrated in broken lines in Fig. 1 and an operating position illustrated in full lines in Fig. 1 and a discharge position illustrated by the position of the central axis (6a). A communicating duct (37) is rigidly connected to the carrier framework (5) and communicates with the vessel (4) and forms an open mouth (38) thereto. A closure lid (40) pivotally carried on the communicating duct (37) closes the open mouth (38). Front and rear end rotary bearings (25, 26) rotatably carry the vessel (4) in the carrier framework (5), and the front end rotary bearing (25) sealably secures the vessel to the communicating duct (37) while at the same time permitting rotation of the vessel (4) relative to the communicating duct (37). A drive motor (27) mounted in the carrier framework (5) rotates the vessel (4) within the carrier framework (5). Heat exchange medium is supplied to passageways (55) extending along the vessel (4) through the front end rotary bearing (25) for controlling the temperature of the vessel (4).
    • 用于废料的高温处理的设备(1)包括容器(4),废物在该容器(4)内处理,并且其可以围绕其纵向延伸的中心轴线(6)在载体框架(5)内旋转。 承载框架(5)支撑在支撑框架(7)上,并且可以围绕图1中虚线所示的装载位置之间的旋转轴线(9)旋转。 在图1中以全行示出的操作位置。 1和由中心轴(6a)的位置示出的排出位置。 连通管道(37)刚性地连接到承载框架(5)并且与容器(4)连通并且与其形成开口(38)。 枢转地承载在连通管道(37)上的关闭盖(40)封闭开口(38)。 前端和后端旋转轴承(25,26)可旋转地将容器(4)携带在承载框架(5)中,并且前端旋转轴承(25)将容器密封地固定到连通管道(37)上,同时 允许容器(4)相对于连通管道(37)旋转的时间。 安装在托架框架(5)中的驱动马达(27)使托架框架(5)内的容器(4)旋转。 将热交换介质供应到通过前端旋转轴承(25)沿着容器(4)延伸的通道(55),用于控制容器(4)的温度。