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    • 1. 发明授权
    • Pneumatic removal of defective weft filament
    • 气动去除有缺陷的纬丝
    • US5005609A
    • 1991-04-09
    • US357560
    • 1989-05-25
    • Michel VollandGilles GrandvalletRoger Fourneaux
    • Michel VollandGilles GrandvalletRoger Fourneaux
    • D03D51/00D03D47/30D03D51/08
    • D03D51/085D03D47/3086
    • A weft filament is inserted as a pick in a weft direction into a shed formed between groups of warp filaments extending and generally traveling in a warp direction, and is beaten into the warp filaments by a comb to form a woven textile. A defective pick is removed from the warp filaments by a system comprising at least one stripping nozzle directed generally upstream in the warp direction and connected to a supply that feeds compressed gas to the nozzle so the gas is expelled therefrom as a jet directed generally upstream in the warp direction over the defective pick to dislodge same from the warp filaments. The defective pick is then withdrawn in the weft direction from the shed after it is dislodged from the warp filaments by the nozzle.
    • 将纬丝以纬纱方式插入到沿经向延伸并通常沿经向行进的经丝组之间形成的梭口中,并通过梳子打入经丝以形成机织织物。 通过包括至少一个在经向方向上游定向的抽吸喷嘴的系统从经纱中除去有缺陷的标签,并将其连接到将压缩气体供给到喷嘴的供应源,以便将气体作为大致上游喷射 翘曲方向超过有缺陷的接头以从经丝脱离相同的。 然后,有缺陷的捡拾头在通过喷嘴从经丝脱离之后从纬纱方向从梭子中取出。
    • 2. 发明授权
    • System for detecting and correcting weft misfeeds
    • 误进纸检测和纠正系统
    • US5016676A
    • 1991-05-21
    • US477359
    • 1990-02-07
    • Roger FourneauxGilles Grandvallet
    • Roger FourneauxGilles Grandvallet
    • D03D47/34D03D51/00D03D51/34
    • D03D51/34
    • In a loom a weft filament is fed from a supply and inserted in a weft direction through a warp so as to project from a downstream edge of the warp and the presence of the filament is detected by a sensor at the downstream edge. If no presence is detected, a deweaving device is operated that in a deweaving step strips the filament from the warp and ejects it therefrom past the sensor. A controller is connected to the sensor and loom for shutting down the loom when the sensor detects that no filament is ejected by the deweaver during and immediately after the deweaving step, shutting down the loom when the sensor detects a filament immediately after the deweaving step, and restarting the loom when the sensor detects a filament during but not immediately after the deweaving step.
    • 在织机中,纬纱从供应源进给并沿着纬向穿过经线,以便从经线的下游边缘突出,并且纤维的存在由下游边缘处的传感器检测。 如果没有检测到存在,则操作一种脱毛装置,在脱毛步骤中,将丝线从经线剥离并将其从其上经过传感器排出。 传感器和传感器连接到传感器和织机上,当传感器检测到在脱毛步骤期间和之后没有绒毛被弹出时,当传感器在脱毛步骤后立即检测到细丝时关闭织机, 并且当传感器在脱毛步骤期间检测到细丝而不是在脱毛步骤之后立即重新启动织机。
    • 3. 发明授权
    • Compressed air supply device for a weaving machine with pneumatic
picking of at least two weft threads
    • 用于具有至少两根纬纱的气动采摘的织造机的压缩空气供应装置
    • US4651785A
    • 1987-03-24
    • US676731
    • 1984-11-30
    • Michel VollandRoger FourneauxGilles Grandvallet
    • Michel VollandRoger FourneauxGilles Grandvallet
    • D03D47/30D03D47/38
    • D03D47/3053D03D47/3046
    • This pneumatic supply device is designed for shuttle-free weaving machines with the picking of one or more weft threads (1, 2) by elements such as picking nozzles (5, 6) and nozzle relays (10), supplied with compressed air in accordance with predetermined sequences. A robot (25) connected to a picking sequence program support (26) drives, on one hand, electrovalves (12, 16) disposed in the compressed air inlets (13, 17) to the picking elements (5, 6, 10) and, on the other hand, switching members (20, 21) enabling these picking elements (5, 6, 10) to be supplied at at least two different pressures (P1, P2; p1, p2) selected as a function of the characteristics of the weft threads (1, 2) to be inserted. The switching members (20, 21) are, for example, proportional pressure reducers enabling the control of the air pressure in a tank (18, 22).
    • 该气动供应装置设计用于无梭织机,其中采用一些或多个纬纱(1,2),通过诸如采摘喷嘴(5,6)和喷嘴继电器(10)的元件,按照 具有预定的序列。 连接到拾取顺序程序支撑件(26)的机器人(25)一方面将设置在压缩空气入口(13,17)中的电动阀(12,16)驱动到拾取元件(5,6)和 另一方面,使得能够以至少两个不同的压力(P1,P2; p1,p2)供应这些拾取元件(5,6,10)的切换构件(20,21)作为 要插入的纬纱(1,2)。 切换构件(20,21)例如是能够控制油箱(18,22)中的空气压力的比例减压器。
    • 4. 发明授权
    • Deweaving apparatus with pneumatic defective pick release for
shuttle-type loom
    • 用于SHUTTLE型LOY的气动缺陷皮肤释放装置
    • US5090454A
    • 1992-02-25
    • US659106
    • 1991-02-21
    • Pierre PiersonRoger Fourneaux
    • Pierre PiersonRoger Fourneaux
    • D03D47/18D03D51/00D03D51/08
    • D03D51/085
    • A weft filament is inserted in a loom by a mechanical shuttle from a feed side as a pick in a weft direction into a shed formed between groups of warp filaments extending and generally traveling in a warp direction. A deweaving system has a loosening nozzle for directing a jet of air against the defective pick in the warp direction for loosening the defective pick from the warp and at least one stripper nozzle situated between the groups of warp filaments for blowing the separated-out defective pick out of the warp against the weft direction to the feed side. A sensor is provided on the feed side for monitoring the pressure of the defective pick outside the shed on the feed side and a controller is connected to the stripping and loosener for, on detection of a defective pick, sequentially operating the loosening and stripper and then restarting the loom.
    • 纬纱通过机械梭从进料侧沿纬纱方向插入到经由长丝延伸并且通常沿经向方向行进的经纱之间形成的梭口中。 脱绒系统具有松动的喷嘴,用于将翘曲方向的空气引导到有缺陷的捡拾头上,以便从经纱松动有缺陷的捡拾头,以及位于经丝组之间的至少一个剥离器喷嘴,用于吹出分离的有缺陷的捡拾 从纬纱方向到进给侧的经纱。 在进料侧设有一个传感器,用于监测进料侧的梭口外面的缺陷捡拾器的压力,控制器连接到剥离和松开装置,以便在检测到有缺陷的捡拾器时依次操作松动和剥离器 重新启动织机。
    • 5. 发明授权
    • Weft-switching system with telescoping nozzles
    • 带伸缩式喷嘴的纬纱切换系统
    • US5018557A
    • 1991-05-28
    • US495022
    • 1990-03-16
    • Roger Fourneaux
    • Roger Fourneaux
    • D03D47/30D03D47/34D03D47/38
    • D03D47/3013D03D47/34
    • A shuttleless loom has an injection nozzle that is movable limitedly in the warp direction to one side of the warp and that has a filament-receiving upstream end and a filament-ejecting downstream end from which a weft filament is project in the weft direction through the warp. Separate generally stationary first and second yarn supplies to one side of the warp are associated with respective telescoping feed nozzles to the one side of the warp and each having a generally stationary upstream end and a downstream end displaceable between an advanced position relatively close to the injection nozzle and a retracted position relatively far from the injection nozzle. Respective actuators can displace the first and second nozzles between their positions and respective first and second feeders between the nozzles and the respective supplies supply filaments from the respective supplies to the upstream ends of the respective nozzles so that the respective filaments are ejected from the respective downstream ends thereof. A controller connected to the actuators switches the loom from the filament of one of the supplies to the filament of the other supply by displacing the downstream end of the telescoping nozzle of the other supply to the advanced position and then pneumatically blowing the respective filament from the downstream end of the nozzle of the other supply into the upstream end of the injection nozzle.
    • 无梭织机具有可沿经向方向有限地经向一侧的注射喷嘴,其具有灯丝接收上游端和长丝喷射下游端,纬纱从纬纱沿纬纱方向突出通过 经。 与翘曲的一侧分开的大致固定的第一和第二纱线供应与经向一侧的相应的伸缩进料喷嘴相关联,并且每个具有大致固定的上游端和可在相对接近喷射器的前进位置之间移位的下游端 喷嘴和与注射喷嘴相对较远的缩回位置。 相应的致动器可以使它们的位置之间的第一和第二喷嘴和相应的第一和第二进料器在喷嘴之间移动,并且相应的供应丝从相应的供应供给到各个喷嘴的上游端,使得各个长丝从相应的下游 其端部。 连接到执行器的控制器通过将另一供应的伸缩喷嘴的下游端移动到前进位置,将织机从其中一个供应器的细丝切换到另一个供应的细丝,然后将相应的细丝从 另一个喷嘴的下游端部进入喷嘴的上游端。