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    • 31. 发明授权
    • Metal melting installation
    • 金属熔化安装
    • US4664624A
    • 1987-05-12
    • US852015
    • 1986-04-14
    • Jacques Dufresne
    • Jacques Dufresne
    • F27B17/00F27D1/18F27D3/00F27D19/00F16F15/00
    • F27D1/1858F27D19/00F27D3/00F27B17/0033F27D2003/0063
    • A metal melting installation in which a movable carrier has a kiln door fixed at its front end for closing an entrance opening of the kiln and a crucible provided forwardly of the door so as to lodge in the kiln when the entrance opening is closed. A drive means for closing the carrier comprises: an electric motor in a control circuit that also includes a limit switch mounted adjacent the kiln entrance opening; a chain and sprocket gear for moving the carrier; a damper device interconnecting the drive shaft of the motor and one sprocket wheel of the gear for allowing it to keep on rotating to dissipate accumulated momentum energy when the motor is de-energized, a push button being provided on the carrier for contacting the limit switch to thus cut off the electric circuit and deenergize the motor when the door on the carrier closes the kiln opening.
    • 一种金属熔融装置,其中可移动的载体具有固定在其前端的窑门,用于封闭窑的入口,以及设置在门前方的坩埚,以便当入口开口关闭时放在窑中。 用于关闭载体的驱动装置包括:控制电路中的电动机,其还包括安装在窑入口周边附近的限位开关; 用于移动载体的链轮和链轮齿轮; 将电动机的驱动轴和齿轮的一个链轮相互连接的阻尼器装置,用于当电动机断电时允许其继续转动以消散积累的动量能量;按钮设置在承载件上用于接触限位开关 从而当载体上的门关闭窑口时,切断电路并使马达断电。
    • 32. 发明授权
    • Car bottom furnace
    • 车底炉
    • US4289484A
    • 1981-09-15
    • US109927
    • 1980-01-07
    • Lawrence C. Lyman
    • Lawrence C. Lyman
    • F27B17/00F27D99/00F27D3/12
    • F27D99/0073F27B17/0033
    • A high temperature car bottom furnace is provided with an improved seal on the mating closing surfaces. The side walls of the furnace chamber have tapered bottom surfaces sloping toward the end wall of the furnace chamber. The moving furnace floor is provided with complementary tapered sealing surfaces mating with the bottom surfaces of the side wall. A resilient compressible insulating layer is secured therebetween for sealing the chamber along each side wall. This arrangement not only reduces the abrasive contact between the moving surface and the compressible insulating layer but also facilitates non-abrasive closing action by the door wall of the furnace.
    • 高温车底炉在配合的关闭表面上提供改进的密封。 炉室的侧壁具有向炉室的端壁倾斜的锥形底面。 移动的炉底设置有与侧壁的底面配合的互补的锥形密封表面。 弹性可压缩绝缘层被固定在它们之间以沿着每个侧壁密封腔室。 这种布置不仅减少了移动表面和可压缩绝缘层之间的磨料接触,而且还有助于炉的门壁的非研磨闭合作用。