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    • 22. 发明授权
    • Open-end spinning machine and method of operating the same
    • 开口纺纱机及其操作方法
    • US3948452A
    • 1976-04-06
    • US400324
    • 1973-09-24
    • Frantisek BurysekMilos MaresJosef Havel
    • Frantisek BurysekMilos MaresJosef Havel
    • B65H65/00B65H67/04D01H4/48D01H4/50D01H9/04
    • D01H4/48B65H65/00B65H67/0422B65H2701/31
    • An open-end spinning machine, is operated by continuously advancing a yarn towards a take-up station at which it is wound onto a bobbin rotating at a predetermined speed, so that a yarn package forms on the bobbin and the latter eventually becomes full. As the bobbin approaches a condition of fullness, an empty bobbin is rotated adjacent to it and is accelerated until it reaches the speed at which the full bobbin rotates. The yarn which advances onto the full bobbin is then severed from the yarn package on the latter, to provide a free yarn end which is inserted into one axial end of the rotating empty bobbin, to be engaged and entrained by the latter whereby winding of the free yarn end onto the empty bobbin commences. The full bobbin is now removed from the station and is replaced with the rotating empty bobbin.
    • 开放式纺纱机通过将纱线连续前进到卷绕在卷绕站上的操作,使其卷绕到以预定速度旋转的筒管上,使得纱线卷装形成在筒管上,并且后者最终变满。 当筒管接近丰满状态时,空筒管相邻地旋转并加速直到其达到全筒管旋转的速度。 然后将前进到全筒管上的纱线从其上的纱线组件切断,以提供一个自由的纱线端头,其被插入到旋转的空筒管的一个轴向端部中,由其缠绕并夹带 自由丝端开到空筒管上。 现在,完整的线轴从车站中取出,并用旋转的空筒管代替。
    • 24. 发明授权
    • Apparatus for emergency interruption of fiber supply to a spinning unit
of open-end spinning machines
    • 用于紧急中断开放式纺纱机纺纱机的纤维供应装置
    • US4584833A
    • 1986-04-29
    • US648724
    • 1984-09-07
    • Jaroslav DykastFrantisek CadaMiroslay Kubovy
    • Jaroslav DykastFrantisek CadaMiroslay Kubovy
    • D01H4/08D01H13/14D01H1/135
    • D01H4/08D01H13/14
    • This invention relates to an apparatus for emergency fiber supply to a spinning unit in an open-end spinning machine. According to the invention, a sensing unit controls an electromagnetic coupling and fiber supply device, such that a break in the yarn is rapidly detected and the fiber supply is immediately disengaged, even if the conventional thread breakage detector fails.A sensing unit is disposed in that portion of the wall of a cover that extends into the spinning rotor interior. It is adapted to respond to the excess accumulation of unspun fibers and/or an undue increase in temperature by disconnecting the electromagnetic fiber supply coupling via the thread breakage detector circuit to which it is connected. The sensing unit can be a pressure sensitive microswitch, a bimetallic relay, a thermistor, or a combination of these elements.
    • 本发明涉及一种用于向开放式纺纱机中的纺纱单元供应紧急纤维的装置。 根据本发明,感测单元控制电磁耦合和光纤供应装置,使得即使传统的断线检测器发生故障,纱线中的断裂也被迅速地检测到并且光纤供应立即脱离。 感测单元设置在延伸到旋转转子内部的盖的壁的该部分中。 适于通过经由与其连接的断线检测器电路断开电磁纤维供给联结来响应未纺丝纤维的多余积聚和/或不适当的温度升高。 感测单元可以是压敏微动开关,双金属继电器,热敏电阻或这些元件的组合。
    • 26. 发明授权
    • Method of and apparatus for spinning yarn in an air vortex in a spinning
tube
    • 在纺丝管中的空气涡流中纺纱的方法和装置
    • US4174605A
    • 1979-11-20
    • US933991
    • 1978-08-16
    • Eduard Pallay
    • Eduard Pallay
    • D01H4/02D01H1/12
    • D01H4/02
    • Method of and apparatus for spinning yarn of staple fiber in an air vortex in a spinning tube. Separated fibers are withdrawn from the spinning tube in counterdirection to a whirling flow of air produced in a pneumatic chamber coupled to the spinning tube. The yarn being built is twisted in the pneumatic twisting chamber by means of concentric air streaming producing an excited potential air vortex about the longitudinal axis of said pneumatic twisting chamber and about the yarn passing therethrough.The apparatus is characterized in that a surface of revolution defining the cavity of said chamber is formed by a peripheral surface on which at least one duct opens for supplying pressure air and which merges into lateral surfaces which, beginning from the widest portion of said peripheral surface, converge up to a distance of a gap between an outflow aperture of an outflow tube and an outflow aperture of a yarn take-off tube. Said lateral surfaces are inclined to each other and to the longitudinal axis of said chamber, said inclination producing in the chamber interior a concentric air streaming producing an excited potential air vortex about said longitudinal axis of the chamber.
    • 纺丝管中空气涡流中短纤维纱线的纺丝方法及装置。 分离的纤维从纺丝管中逆向地旋转到在与纺丝管连接的气动室中产生的空气的旋转流。 正在建造的纱线通过同心空气流在气动扭转室中扭转,产生围绕所述气动扭转室的纵向轴线的激发的潜在空气涡流,以及绕过其中的纱线。 该装置的特征在于,限定所述腔室的空腔的旋转表面由外周表面形成,在该外围表面上至少有一个管道打开以供应压力空气并且合并到侧表面中,所述侧表面从所述周边表面的最宽部分开始 会聚到流出管的流出孔和纱线输出管的流出孔之间的间隙的距离。 所述侧表面彼此倾斜并且与所述腔室的纵向轴线倾斜,所述倾斜在室内部产生同心的空气流,从而产生围绕腔室的所述纵向轴线的激发的潜在空气涡流。
    • 28. 发明授权
    • Rotary reed having facilities for adjustably separating groups of leno
warp threads
    • 旋转簧片具有可调节地分离纱罗经纱组的设施
    • US4071052A
    • 1978-01-31
    • US726164
    • 1976-09-24
    • Vitezslav VasekPavel KoblizekKarel Prazak
    • Vitezslav VasekPavel KoblizekKarel Prazak
    • D03D47/26D03D49/68D03D5/00
    • D03D49/68D03D47/265
    • An improved arrangement of leno discs on axially opposite sides of the main fabric beat-up discs of a rotary reed is described. Three leno discs are provided in each set, with the channel between the innermost and intermediate ones of the discs in each leno set being established by an adjustable spacer to form the required warp-free zone between spaced bundles of the leno warp threads guided by the leno discs. The innermost disc of each set is identical in construction with the outermost disc, with the intermediate one of the discs differing from the other two only by exhibiting a peripheral warp-confining chamfer which is complementary to that of the other two discs. The chamfer of the intermediate disc is disposed on the reed shaft in axially opposed relation to the chamfer of the innermost disc.
    • 描述了旋转筘的主织物踩踏盘的轴向相对侧上的纱罗盘的改进布置。 在每组中提供三个纱罗盘,每个纱罗组中的最内侧和中间盘之间的通道由可调节的间隔件建立,以形成由所述纱线经线引导的间隔的纱线之间的所需经向区域 纱罗盘。 每组的最内盘与最外盘的结构相同,其中的中间盘之一与另外两个盘的不同之处仅在于展示与其它两个盘相互补充的外围经向限制倒角。 中间盘的斜面与最内盘的倒角轴向相对地设置在簧片轴上。