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    • 1. 发明申请
    • Weaving machine for the manufacture of leno cloths
    • 织布机用于制造纱罗布
    • US20040065379A1
    • 2004-04-08
    • US10674574
    • 2003-09-29
    • Sultex AG
    • Klaus Berktold
    • D03D041/00
    • D03J1/002D03C7/00
    • A weaving machine for the manufacture of leno cloths includes a leno apparatus with leno elements (5, 5null, 7, 7null, 8, 8null) for the forming of a shed (6) as well as additionally a cleaning apparatus with a plurality of nozzles (10.1, 10.2, 11, 13) for the removal of contaminations in the region of the leno apparatus and of the shed (6). Two of the nozzles (10.1, 10.2) are arranged above the shed, by means of which a compressed air flow (16.1-16.4) which is directed downwardly through the shed (6) from above is produced, and one of the nozzles (11) is arranged in the lower region of the leno elements, by means of which a compressed air flow (17) which is directed substantially horizontally towards the leno elements (5, 5null, 7, 7null, 8, 8null) is produced. In addition, a suction nozzle (13) by means of which a downwardly directed suction air flow (19) is produced is arranged beneath the shed.
    • 用于制造纱罗布的织造机包括具有用于形成梭口(6)的纱罗元件(5,5',7',8“,8”)的纱罗装置,以及另外具有 多个喷嘴(10.1,10.2,11,13),用于去除纱罗装置和梭口(6)区域中的污染物。 两个喷嘴(10.1,10.2)布置在梭口的上方,通过它们产生从上方向下穿过梭口(6)的压缩空气流(16.1-16.4),并且其中一个喷嘴(11 )布置在纱罗元件的下部区域中,通过该下部区域产生基本上水平地朝着纱罗元件(5,5',7,7',8,8')指向的压缩空气流(17) 。 此外,通过该吸嘴(13)设置有向下的吸入空气流(19),该吸嘴设置在梭口下方。
    • 2. 发明授权
    • Modular process zone and personnel zone environmental control with
dedicated air jet cleaning
    • 模块化加工区和人员区环境控制专用喷气清洗
    • US5910598A
    • 1999-06-08
    • US550710
    • 1995-10-31
    • Frederick M. ShofnerDennis J. Roeder
    • Frederick M. ShofnerDennis J. Roeder
    • B08B5/00B65H54/70D01H11/00D03J1/00D04B35/32F24F1/00
    • D03J1/008D03J1/002
    • Gas flows, whose plurality of conditions are controlled by modular environmental control apparatus, are sourced to or captured from various critical zones in materials processing machines, or in related personnel zones. A plurality of processing performance parameters, part of which may respond differently to environmental conditions in one or more process zones, and thus may be in conflict with each other, are jointly optimized to yield maximum gross profit, to produce highest quality, to operate at highest throughput, etc, (but not necessarily simultaneously). The principal embodiments herein disclosed are directed toward modular process zone and personnel zone environmental control in textile processing machines, in fiber, yarn or fabric manufacturing processes, but the method is very basic and powerful, and those skilled in the art will recognize the applicability to materials processing in general.
    • 其多个条件由模块化环境控制装置控制的气体流是从材料加工机器或相关人员区域中的各个关键区域采集或从其中获取的。 多个处理性能参数,其中的一部分可以对一个或多个处理区域中的环境条件作出不同的响应,并因此可能彼此冲突,共同优化以产生最大的毛利润,以产生最高质量,以在 最高吞吐量等(但不一定同时)。 本文公开的主要实施例涉及纺织加工机器中的纤维,纱线或织物制造过程中的模块化处理区域和人员区域环境控制,但是该方法非常基本和强大,并且本领域技术人员将认识到 材料加工一般。
    • 6. 发明授权
    • Travelling pneumatic cleaner for moving machine members
    • 用于移动机器会员的旅行气动清洁器
    • US5074338A
    • 1991-12-24
    • US526006
    • 1990-05-21
    • Fred Weber
    • Fred Weber
    • D03J1/00
    • D03J1/002
    • The travelling cleaner for looms and such machines with rows of moving machine members comprises a compressed-air blower guided to and fro along the row of moving machine members, the compressed-air blower is disposed on a compressed-air linear motor which is movable to and fro along a guide attached to the loom supporting the row of moving loom members, and the compressed-air blower and the compressed-air linear motor are connected to a mutual compressed-air source. This renders possible for the first time, a fully-automatic, optimal cleaning of rows of moving loom or machine members on any desired loom or machine of this kind.
    • 用于织机的移动式清洁器和具有移动机构构件的机器包括沿着移动的机器构件行来回引导的压缩空气鼓风机,压缩空气鼓风机设置在压缩空气线性电动机上,该电动机可移动到 并且沿着附接到支撑移动织机构件列的织机的引导件,并且压缩空气鼓风机和压缩空气线性电动机连接到相互压缩空气源。 这可以首次在任何所需的这种织机或机器上进行全自动,最佳地清洁移动织机或机器构件的行。
    • 8. 发明授权
    • Vacuum cleaning system for the automatic insertion area of a weaving
machine
    • 织机自动插入区域的真空清洗系统
    • US4676277A
    • 1987-06-30
    • US853435
    • 1986-04-18
    • David A. GillespieGary R. HarrellWladyslaw Typrowicz
    • David A. GillespieGary R. HarrellWladyslaw Typrowicz
    • D03J1/00D03D49/00
    • D03J1/002
    • A vacuum cleaning system is disclosed for cleaning the automatic insertion area of a loom. In a typical weaving operation, there are a number of successive rows of individual looms (11). In accordance with the present invention, there is a main vacuum line (28) routed transverse to the rows of looms and secondary vacuum lines (26) extending along the rows of looms. Electropneumatic valves (29) are provided to selectively connect and disconnect the individual secondary lines so that an intermittent vacuum may be placed on the looms of successive rows in a cyclic manner. The vacuum cleaning system includes a vacuum manifold (46) connected by a branch line (40) to a secondary vacuum line (26). A balancing valve (42) is included in each branch line (40) to balance the vacuum at each loom so that generally equal vacuum is applied to the looms along the row. A number of individual, directional lines (A, 72, 74, 76, ) are connected to manifold (46). The directional loom vacuum lines are flexible and may be moved to a desired location with the free ends of the directional lines unsupported. In this manner the directional lines may be flexed to and away from the vacuum location while rigidly set at the location. A primary loom vacuum line (80) is directed to a mechanical weft inserting device which inserts the weft thread into a projectile (71). The flexible, directional lines (72, 74, 76) are positioned at various thread guides and thread tensioning guides in the automatic weft insertion area to vacuum the loose fly created by the friction of the weft thread passing through the guides.
    • 公开了用于清洁织机的自动插入区域的真空清洁系统。 在典型的织造操作中,存在多个连续的单个织机行(11)。 根据本发明,有一个主真空管线(28)横向布置成织机的行和沿织机行延伸的次级真空管线(26)。 提供电动气动阀(29)以选择性地连接和断开各个次级线路,使得间歇真空可以循环地放置在连续行的织机上。 真空清洁系统包括通过分支管线(40)连接到二次真空管线(26)的真空歧管(46)。 平衡阀(42)被包括在每个分支管线(40)中以平衡每个织机上的真空度,使得大致相等的真空被施加到沿着该行的织机。 多个单独的方向线(A,72,74,76)连接到歧管(46)。 定向织机真空管线是柔性的,并且可以移动到所需位置,方向线的自由端不被支撑。 以这种方式,方向线可以被弯曲到真空位置并远离真空位置,同时刚性地设置在该位置。 主织机真空管线(80)被引导到将纬纱插入射弹(71)中的机械引纬装置。 柔性的方向线(72,74,76)定位在自动引纬区域中的各种线引导件和线张紧引导件处,以对通过引导件的纬纱的摩擦产生的松散的真空进行真空。