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A gas jet wiping nozzle for use in controlling the film applied from the dip coating of a metal filament travelling through a liquid metal bath

机译:一种气体喷射擦拭喷嘴,用于控制由金属丝浸入涂层而形成的膜,该金属丝穿过液体金属浴

摘要

The surface appearance of a wire or tube (25) coated with a liquid metal may be improved by the use of a gas jet wiping nozzle (10) of defined shape to wipe excess molten metal from the wire or tube. The nozzle (10) has an upper annular part (11) and a lower annular part (12), each of the annular parts has an upper annular surface (13, 14) and a lower annular surface (15, 16) meeting in an annular edge. Adjacent surfaces of the upper and lower annular parts define between them an annular gas passage (19) terminating in an annular gas orifice (20) adapted to surround the wire or tube (25) being wiped. The included angle between the upper surface (13) of the upper annular part (11) and the direction of travel of gas leaving the gas orifice (20) is smaller than (80-x)o and the included angle between the lower surface (16) of the lower annular part (12) and the direction of travel of gas leaving the gas passage is smaller then (70+x)o where x is the included angle between a plane normal to the direction of movement of the wire or tube through the gas jet wiping nozzle (10) and the direction of travel of gas leaving the gas passage (19). The lower surface (16) of the lower annular part (12) directly faces the liquid metal bath (24) and is so disposed that the minimum included angle between that surface and the direction of movement of the wire or tube through the gas jet wiping nozzle is at least 20o. The upper surface (13) of the upper annular part (11) is so disposed that the minimum included angle between that surface and the direction of movement of the wire or tube through the gas jet wiping nozzle is at least 10o.
机译:涂有液态金属的金属丝或金属管(25)的表面外观可通过使用限定形状的气体喷射擦拭喷嘴(10)从金属丝或金属管中擦去多余的熔融金属而得到改善。喷嘴(10)具有上环形部分(11)和下环形部分(12),每个环形部分具有相交的上环形表面(13、14)和下环形表面(15、16)。环形边缘。上下环形部分的相邻表面在它们之间限定了环形气体通道(19),该环形气体通道终止于环形气体孔口(20),该环形气体孔口适于围绕被擦拭的导线或管子(25)。上环形部分(11)的上表面(13)与气体离开气孔(20)的行进方向之间的夹角小于(80-x)o,下环形部分(11)的夹角小于(80-x)o。下部环形部分(12)的表面(16)和离开气体通道的气体传播方向小于(70 + x)o,其中x是垂直于运动方向的平面之间的夹角穿过气体喷射擦拭喷嘴(10)的金属丝或管子以及离开气体通道(19)的气体传播方向。下部环形部分(12)的下表面(16)直接面对液态金属熔池(24),并且设置成使得该表面与通过气体喷射擦拭的线或管的运动方向之间的最小夹角。喷嘴至少为20°。上环形部分(11)的上表面(13)设置成使得该表面与导线或管子通过气体喷射擦拭喷嘴的运动方向之间的最小夹角至少为10°。

著录项

  • 公开/公告号IN174962B

    专利类型

  • 公开/公告日1995-04-08

    原文格式PDF

  • 申请/专利权人 AUSTRALIAN WIRE INDUSTRIES PTY. LTD.;

    申请/专利号IN595MA1989

  • 发明设计人 ROBERTSON MALCOLM ALLAN;

    申请日1989-08-09

  • 分类号C23C2/18;

  • 国家 IN

  • 入库时间 2022-08-22 04:19:09

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