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    • 87. 发明申请
    • STEAM CUTTING DEVICE
    • STEAM铣刀
    • WO2005110659A3
    • 2006-02-09
    • PCT/AT2005000159
    • 2005-05-11
    • FRONIUS INT GMBHLANGEDER HARALDPAUSER HERIBERT
    • LANGEDER HARALDPAUSER HERIBERT
    • B23K10/00
    • B23K10/00Y10T83/041
    • The invention relates to a steam cutting device (1), comprising at least one container (5), for a fluid (8), a current source (2), a controller (3) and a burner (6), connected to the container (5), by means of a supply line (7), for generation of a steam jet exiting through a nozzle. According to the invention, such a steam cutting device (1), in which no, or almost no fluid is found in the burner in stand-by mode or after switch-off of the steam cutting device such that post-evaporation can be avoided, may be achieved, whereby a relief line (22) is connected to the supply line (7), for relieving the supply line (7) and/or the burner (6), on or after the ending of the steam cutting process. A regulation valve (24) can be provided in the relief line, which can be connected to the controller (3) itself coupled to a sensor (25), for determining the pressure in the burner (6).
    • 本发明涉及一种水蒸汽切割装置(1)具有至少一个容器用于液体(8)连接到电源(5)(2)的控制装置(3)和一个通过输送管道(7)连接到容器(5)的燃烧器( 6),用于通过喷嘴光束生成传出蒸汽。 为了提供这样的水蒸汽切割装置(1),其特征在于,在待机模式下,或水蒸汽后切割装置已经关闭尽可能少是在燃烧器没有液体,从而能够防止蒸发后,是一种(与供给线7 )相关的释放线路(22),用于供应管线(7)和/或燃烧器(6)处或设置在所述蒸汽切割过程完成后的浮雕。 在浮雕线可以提供的控制阀(24),其可连接到耦合到一个传感器(25),用于确定在所述燃烧器(6)的压力控制装置(3)。
    • 89. 发明申请
    • METHOD FOR PRODUCING SMALL, SHEET GLASS PLATES AND LARGER SHEET GLASS PLATES AS SEMI-FINISHED PRODUCTS FOR PRODUCING THE FORMER
    • 方法生产小型超薄玻璃,薄一半以上的玻璃制造商,本企业生产的
    • WO01074726A1
    • 2001-10-11
    • PCT/EP2001/003385
    • 2001-03-24
    • B28D1/22B23K26/00C03B33/023C03B33/033C03B33/037C03B33/04C03B33/09
    • C03B33/091C03B33/04Y10T83/041Y10T83/0414Y10T428/15
    • Small sheet glass plates (2) of this type with a predetermined geometrical structure are conventionally produced by being cut out of a larger sheet glass plate (1). The small sheet glass plates (2) that have been separated in this way, together with a jointing cement, in particular a solder frame (3) consisting of glass solder are then attached to other components, for example to be used in "electronic packaging". In order to improve handling during the production and the jointing of the small sheet glass plates (2), the invention provides a larger sheet glass plate (2) which is patterned on both sides using a screen-printing or stencil-printing process and preferably using laser beam treatment along desired predetermined breaking points (5). Said larger glass plate can then be separated into smaller, patterned plates, i.e. the small sheet glass plates (2), whose shape is geometrically determined, by a simple, preferably mechanical breaking process. A separation by an abrasive cutting-off process can also be carried out, if the larger sheet glass plate (2) is positioned on a supporting material.
    • 生产这种小片玻璃板(2),其具有预定的几何结构的通常是由来自较大片玻璃板切割出完成(1)。 将分离的小片的玻璃板(2),然后用接合材料接合,在玻璃焊料的特定的焊接框架(3),连接到其他部件,例如用于“电子封装”的目的。 为了改善在生产过程中的处理和小片玻璃板(2)的接合,本发明提供结构化的两侧Sieboder模版印刷,沿着期望的分隔线优选激光加工(5)的装置较大的片玻璃板(1),其通过随后的,简单的 优选机械破碎成更小的,结构化和几何定义的片,小片的玻璃板(2)可以被分割。 此外,分离通过分离研磨工艺时,较大的片玻璃板(1)是在载体材料上是可能的。
    • 90. 发明申请
    • DEVICE FOR SEPARATING A MELTABLE WIDE STRIP INTO AT LEAST TWO STRIPS, ESPECIALLY PATTERNED STRIPS OF LABELS
    • 设备技术分离熔化一能WIDE WEB至少两个波段,特别是在EYED标签条的
    • WO1998018995A1
    • 1998-05-07
    • PCT/EP1997005737
    • 1997-10-17
    • VAUPEL TEXTILMASCHINEN GMBH & CO. KGDIESNER, Willi
    • VAUPEL TEXTILMASCHINEN GMBH & CO. KG
    • D06H07/22
    • D06H7/22Y10T83/041Y10T83/283Y10T156/1054Y10T156/108
    • A device for separating a meltable wide strip (10) using fusion cutters (21) which cut the strips (10') during longitudinal movement of said wide strip by melting the strip material. In order to smooth rough melted edges of strips (10') a finishing device is used. A conveyor device is used to transport the wide strip and keeps at least the section (40) to be processed of the strip (10') which is located in the finishing zone, under longitudinal stress. To simplify the design of the device, the finishing device is provided with deviation points (71, 70, 72) in the section (40) to be processed. The deviation points are fixed and include an open slit (25) through which the section (40) to be processed passes. The expansion of the processing section (40) is twisted by virtue of the deviating members (23,33). The longitudinal stress is therefore exerted in such a way that the upper and lower side of the strips (10') are automatically pressed against the deviating members (23,33). This results in an ideal smoothing of rough melted edges.
    • 在用于分离融合使用切割器(21)的可熔万维网(10),其在宽的幅材(10)的纵向运动通过融化薄片材料条带(10“)的相交的装置。 到磁带(10“)的粗糙边缘熔体以平滑使用后处理装置。 一个输送装置,至少其位于后处理装置领域中,纵向张力下保持所述带的处理部分(40)(10“)用来使万维网。 为了使装置简单,故建议偏转(71,70,72)的后处理装置,以产生用于治疗部分(40)。 导向构件是固定的,并具有一个自由间隙(25),上述处理部(40)穿过。 通过处理部分的拉伸过程中的偏转元件(23,33)(40)成一定角度。 纵向张力然后在带(10“)相对于所述偏转元件(23,23”)的顶部和底部自动按下。 这导致了一个完美的平滑粗糙的边缘融化。