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    • 33. 发明公开
    • Slit yarn knitting method in circular knitting machine, apparatus therefor and knit fabric
    • Spartgarnstrickverfahren在Rundstrickmaschinen,Vorrichtungdafürund Maschenware
    • EP2639348A1
    • 2013-09-18
    • EP13158186.0
    • 2013-03-07
    • Precision Fukuhara Works, Ltd.
    • Yamaoka, Takashi
    • D04B35/22D04B1/16
    • D04B1/16D04B9/06D04B15/80D04B35/22D10B2403/0114
    • A method for knitting a slit yarn made of a sheet-like raw material and having a width of several millimeters by a knitting machine while covering a core yarn with the slit yarn, an apparatus used therefor and a knit fabric obtained thereby are provided. A slit yarn feeding device is provided for feeding a slit yarn (SY), separately from a yarn feeding device for feeding a core yarn (CY). A covering means (80) for wrapping the core yarn (CY) in the slit yarn (SY) is provided between the slit yarn feeding device and a knitting portion (50). Also provided is a guide means (12, 61, 63) for guiding the slit yarn (SY) from the slit yarn feeding device to the covering means (80) such that the slit yarn (SY) will not be twisted and will not crease, and a front and back thereof will not be inverted.
    • 提供了一种编织由片状原料制成的宽度为几毫米的狭缝纱线的方法,该方法是用针织机同时用狭缝纱线覆盖芯纱,用于其的设备和由此获得的针织物。 设置有用于与用于供给芯纱(CY)的喂纱装置分开地供给狭缝纱线(SY)的狭缝纱线喂入装置。 在狭缝纱线供给装置和编织部分(50)之间设置用于将芯纱(CY)包裹在狭缝纱(SY)中的覆盖装置(80)。 还设置有用于将狭缝纱线(SY)从狭缝纱线供给装置引导到覆盖装置(80)的引导装置(12,61,63),使得狭缝纱线(SY)不会扭曲并且不会折皱 ,其前后不会反转。
    • 38. 发明公开
    • Production of patterned fabrics
    • 生产图案织物
    • EP0154355A3
    • 1987-04-01
    • EP85102970
    • 1982-01-26
    • BRINTONS LIMITED
    • Lowe, Harry FrederickBrinton, Charls Topham CecilPilling, John ReginaldJowett, John Bernard
    • D03D39/02D04B35/22D03J01/00
    • D03D39/02D03J1/00D04B35/22
    • A yarn supply creel for a textile machine for producing a patterned fabric has the yarn positions defined by vertically extending containers of rectangular section each of which contains the calculated length of yarn required for the respective position in the pattern. The containers are mounted in rectangular arrays in trolleys 15 which are supplied with the calculated quantities of yarn before installation in the creel. For this purpose each trolley 15 is indexed beneath a row of filling heads 20 so that each container 21 in its turn is brought into register beneath an upper filling container 40 to which the yarn is supplied. Each individual yarn 27 is drawn from a package 25 and passes between a pair of metering rollers 30, 31 which are computer-controlled so as to feed the calculated length of yarn to the respective container 21. From the rollers 30 and 31 the yarn passes downwardly through an air injector jet 35 which btows the yarn into the container 40 and compacts it at the bottom of this container. When the calculated quantity of yarn has been delivered, a ram 42 driven by an air motor 53 and guided by a rod 51 compacts the yarn against the bottom of the container 40. The bottom of the container 40 is then opened and the continuing stroke of the ram 42 forces the yarn into the container 21. When all the containers 21 in a trolley 15 have been supplied with yarn in this way, the trolley is then transferred to the creel.
    • 39. 发明公开
    • Production of patterned fabrics
    • Herstellung von Mustergeweben。
    • EP0154355A2
    • 1985-09-11
    • EP85102970.2
    • 1982-01-26
    • BRINTONS LIMITED
    • Lowe, Harry FrederickBrinton, Charls Topham CecilPilling, John ReginaldJowett, John Bernard
    • D03D39/02D04B35/22D03J1/00
    • D03D39/02D03J1/00D04B35/22
    • A yarn supply creel for a textile machine for producing a patterned fabric has the yarn positions defined by vertically extending containers of rectangular section each of which contains the calculated length of yarn required for the respective position in the pattern. The containers are mounted in rectangular arrays in trolleys 15 which are supplied with the calculated quantities of yarn before installation in the creel. For this purpose each trolley 15 is indexed beneath a row of filling heads 20 so that each container 21 in its turn is brought into register beneath an upper filling container 40 to which the yarn is supplied. Each individual yarn 27 is drawn from a package 25 and passes between a pair of metering rollers 30, 31 which are computer-controlled so as to feed the calculated length of yarn to the respective container 21. From the rollers 30 and 31 the yarn passes downwardly through an air injector jet 35 which btows the yarn into the container 40 and compacts it at the bottom of this container. When the calculated quantity of yarn has been delivered, a ram 42 driven by an air motor 53 and guided by a rod 51 compacts the yarn against the bottom of the container 40. The bottom of the container 40 is then opened and the continuing stroke of the ram 42 forces the yarn into the container 21. When all the containers 21 in a trolley 15 have been supplied with yarn in this way, the trolley is then transferred to the creel.
    • 用于制造图案织物的纺织机的供纱架纱线具有由垂直延伸的矩形部分容器限定的纱线位置,每个包含计算出的图案中各个位置所需的纱线长度。 容器以矩形阵列安装在手推车15中,手推车15在安装在架轴架之前被提供有计算量的纱线。 为此目的,每个手推车15在一排填充头20下方被转位,使得每个容器21依次被配置在上部填充容器40的下方,纱线被供应到该上部填充容器40的下方。 每个单独的纱线27从包装25中抽出并通过计算机控制的一对计量辊30,31之间,以便将所计算的纱线长度输送到相应的容器21.从辊30和31纱线通过 向下通过空气喷射器喷射器35,其将纱线吹入容器40并将其压紧在该容器的底部。 当计算出的纱线数量被输送时,由空气马达53驱动并由杆51引导的冲头42将纱线压紧在容器40的底部。然后打开容器40的底部,并且继续冲程 柱塞42迫使纱线进入容器21.当手推车15中的所有容器21都以这种方式被供给纱线时,便携车被转移到纱架上。