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    • 3. 发明授权
    • Apparatus for and a method of curing a continuous length of curable
material
    • 用于固化连续长度的可固化材料的装置和方法
    • US4356143A
    • 1982-10-26
    • US241884
    • 1981-03-09
    • Alan H. HillAlan Lord
    • Alan H. HillAlan Lord
    • B29C35/06B29C47/00B29F3/08
    • B29C35/065B29C47/00B29C47/0014B29K2021/00
    • In an apparatus and a method for the curing of a continuous length of curable material, the length of material is passed through a curing chamber defined by a tubular body 47. This body 47 is disposed in the upper part of another heated tubular body 2 which contains a heat exchange liquid. This liquid is fed to one or more injectors disposed at one or both ends of the body 47, injected along the chamber and then allowed to drain back therefrom into the body 2. The body 2 contains a further tubular body 58 downstream of and partitioned from the tubular body 47. Body 58 also has an injector 60 through which water is injected to cool the length of material. Tubular body 47 may be provided with drain holes through which heat exchange liquid can be quickly drained at the end of a curing run. It may also be provided with air vents or a longitudinal slot in its upper part to release trapped air. Devices for wiping heat exchange liquid clinging to the cured material on emergence from the curing chamber are also provided. With this relatively compact arrangement curing may be achieved while thermal stresses in the apparatus are reduced.
    • 在用于固化连续长度的可固化材料的装置和方法中,材料的长度通过由管状体47限定的固化室。该主体47设置在另一个加热的管状体2的上部,其中 含有热交换液体。 该液体被供给到设置在主体47的一端或两端的一个或多个喷射器,沿着腔室注入,然后允许其从其中排出回到主体2中。主体2包含另外的管状体58, 管体47还具有喷射器60,通过喷射器60喷射水以冷却材料的长度。 管体47可以设置有排水孔,在固化运行结束时,热交换液体可以通过排放孔快速排出。 它还可以在其上部设置有通气孔或纵向狭槽以释放被捕获的空气。 还提供了用于在从固化室出现时擦拭粘附到固化材料上的热交换液体的装置。 通过这种相对紧凑的布置,可以实现固化,同时降低设备中的热应力。
    • 4. 发明授权
    • Vacuum chamber seals
    • 真空室密封
    • US4346669A
    • 1982-08-31
    • US195765
    • 1980-10-10
    • Alan H. Hill
    • Alan H. Hill
    • B01J3/03C23C14/56F16J15/16C23C13/10
    • B01J3/03C23C14/562F16J15/168Y10S277/906
    • A vacuum chamber seal at the entry or exit end of a vacuum chamber comprises two rollers 15, 16 one 16 of which is rotatable, defining an air lock gap. A guide tube 18, spaced from the gap but within the chamber, is constructed and disposed to promote and acceleration of the air flowing past it towards the gap resulting in a pressure drop on the roller side of the guide tube and a pressure differential across a web of material passing over the guide tube 18 and through the gap. This differential urges the web into initimate contact with the rotatable roller 16 to prevent oscillation of the web entering the gap.
    • 在真空室的入口或出口端处的真空室密封件包括两个辊15,16,其中一个16,16可旋转,限定出气锁间隙。 构造和设置与间隙间隔但在腔内间隔的引导管18,以便促进和加速流过其的间隙,从而导致导管的辊侧上的压降和跨导管的压力差 通过引导管18通过间隙的材料网。 该差速器促使幅材与可旋转辊16初始接触,以防止幅材进入间隙的振荡。