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    • 14. 发明申请
    • PNEUMATIC WEAVING MACHINE WITH A CONTROL MECHANISM FOR AUXILIARY NOZZLES
    • 具有辅助喷嘴控制机构的气动打纬机
    • WO9934047A3
    • 1999-10-21
    • PCT/CZ9800048
    • 1998-12-10
    • VUTS LIBEREC ASVOLANSKY ZDENEKDVORAK JOSEF
    • VOLANSKY ZDENEKDVORAK JOSEF
    • D03D47/30D03D49/60
    • D03D47/302D03D47/278D03D47/3006D03D49/60
    • The invention relates to a pneumatic weaving machine with a control mechanism for auxiliary nozzles (21) comprising a reed (3) connected by means of a batten mechanism with the main shaft (5) of the weaving machine and consisting of dents (10) fitted with teeth (17, 18) forming a direct guide channel (19) with open profile whose open section is oriented toward the beat-up section (13) with a plurality of auxiliary nozzles (21) connected to a source of compressed air and arranged, in the pick position of the reed (3), opposite, and in the beat-up position, outside, the open section of the direct guide channel (19). The auxiliary nozzles (21) are fixed on a rocking shaft (24) whose extremities are seated in rocking mechanisms (29, 30) mounted on the frame (1) of the weaving machine and coupled for motion with the main shaft (5) of the weaving machine.
    • 本发明涉及一种具有用于辅助喷嘴(21)的控制机构的气动织机,其包括通过与织机的主轴(5)的绞线机构相连的簧片(3),其由装配的凹口(10)组成 其中齿(17,18)形成具有开口轮廓的直接引导通道(19),其开口部分朝着打浆部分(13)定向,多个辅助喷嘴(21)连接到压缩空气源并且布置 在筘座(3)的拾取位置,相对的位置和在直立导槽(19)的打开部分的外侧的外侧。 辅助喷嘴(21)固定在摆动轴(24)上,摇摆轴(24)位于摆动机构(29,30)上,摆动机构(29,30)安装在织机的框架(1)上,并与主轴(5) 织机。
    • 15. 发明申请
    • PNEUMATIC WEAVING MACHINE WITH A CONTROL MECHANISM FOR AUXILIARY NOZZLES
    • 包含辅助调节控制机构的气动编织机
    • WO99034047A2
    • 1999-07-08
    • PCT/CZ1998/000048
    • 1998-12-10
    • D03D47/30D03D49/60D03D
    • D03D47/302D03D47/278D03D47/3006D03D49/60
    • The invention relates to a pneumatic weaving machine with a control mechanism for auxiliary nozzles (21) comprising a reed (3) connected by means of a batten mechanism with the main shaft (5) of the weaving machine and consisting of dents (10) fitted with teeth (17, 18) forming a direct guide channel (19) with open profile whose open section is oriented toward the beat-up section (13) with a plurality of auxiliary nozzles (21) connected to a source of compressed air and arranged, in the pick position of the reed (3), opposite, and in the beat-up position, outside, the open section of the direct guide channel (19). The auxiliary nozzles (21) are fixed on a rocking shaft (24) whose extremities are seated in rocking mechanisms (29, 30) mounted on the frame (1) of the weaving machine and coupled for motion with the main shaft (5) of the weaving machine.
    • 本发明涉及一种气动织机,其包括用于辅助喷嘴(21)的控制机构(21),所述辅助喷嘴由梳理机(3)组成,所述辅助喷嘴通过挡板机构连接到织机的主轴(5) 织造和由齿(10)设置有齿部(17,18)建立一个直接引导通道(19)开放的轮廓,其开放部分朝向压印部分(13)取向,多个 辅助喷嘴(21)连接到压缩空气源并且在梳状物(3)处于插入插入位置时位于直接引导通道(19)的开口部分的前方;以及 在夯实位置的所述部分之外。 这些辅助喷嘴(21)固定在摆动轴(24),容纳在摆动机构的端部(29,30)安装在框架(1)上的织机和耦合到所述主轴(5), 以执行后者的团结运动。
    • 16. 发明申请
    • WEAVING REED DENT SPACING ARRANGEMENTS
    • 装饰房间间隔安排
    • WO98031855A1
    • 1998-07-23
    • PCT/US1998/000821
    • 1998-01-19
    • D03D13/00D03D49/62D03D49/68D03D23/00
    • D03D49/68D03D13/008D03D47/278D03D49/62
    • A weaving reed (3) having a plurality of reed dents (14) fixed in certain positions and which may be located in a reed baulk (6). The reeds may be plain reeds or reeds, with any profile, usable virtually on any loom. The dents are formed of wires and spaces (10) and are variably spaced. The variable spaces are formed by varying the thickness of the wires, the width of the spaces, or a combination thereof to produce fabrics with a desired warp density across the entire width of a given fabric. The reed may produce a consistent warp end density which improves the mechanical properties of a given fabric and also provides virtually consistent air permeability across the width of the finished fabrics. The reed can also produce changes in warp end density in a given fabric for certain desired effects. A rotary type reed (14) and weaving rotor (19) for multiple-shed looms are also disclosed.
    • 具有固定在某些位置并且可以位于筘座(6)中的多个簧片凹陷(14)的编织舌簧(3)。 芦苇可以是普通的芦苇或芦苇,任何轮廓,几乎可用于任何织机。 凹痕由电线和空间(10)形成,并且可变地间隔开。 可变空间通过改变电线的厚度,空间的宽度或其组合形成,以在给定织物的整个宽度上产生具有期望的经纱密度的织物。 芦苇可以产生一致的经纱端密度,其改善了给定织物的机械性能,并且还提供了整个织物宽度上的实质上一致的透气性。 芦苇还可以在给定织物中产生经纱端密度的变化,以获得某些所需的效果。 还公开了一种用于多棚织机的旋转式筘(14)和编织转子(19)。