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    • 1. 发明授权
    • Warp-knitting machine, especially sewing-knitting machine, and method
for the production of warp-knit fabric with oblique and diagonal
filling threads
    • 经编机,特别是缝编机,以及用于生产具有斜向和斜向填充线的经编织物的方法
    • US4841747A
    • 1989-06-27
    • US61254
    • 1987-06-10
    • Bertram FrenzelDietmar GrenzendorferHeinz KemterWolfgang WuenschPeter Zeisberg
    • Bertram FrenzelDietmar GrenzendorferHeinz KemterWolfgang WuenschPeter Zeisberg
    • D04B21/14D04B23/12
    • D04B21/165D04B23/10D10B2403/02412
    • Warp knit fabrics, especially sewn-knitted fabrics, are produced by a method and apparatus which results in single and multiple layer sloping fabrics having oblique and diagonal endless filling threads with respect to the boundary of the fabrics. Spaced-apart chain conveyors transport a plurality of filling-thread sections, each of which contains a plurality of endless filling threads, to a stitch-forming site. The plurality of filling-thread sections are held between and transported by the conveyors by a plurality of hooks in the conveyors. Filling thread sections are laid onto the hooks by at least one filling laying device having a guide means for laying the filling thread sections onto the hooks. The filling laying device, guided by a pair of guide rods adjustably positioned obliquely and diagonally with respect to the direction of transportation of the chain conveyors, moves back and forth between the chain conveyors obliquely and diagonally with respect to the direction of transportation of the chain conveyors so that the filling thread sections are laid onto the hooks at an oblique and diagonal angle to the boundary of the fabric. Depending on the number of filling laying devices utilized, and the oblique and diagonal movement of each, single and multiple sloping products are produced wherein filling thread sections within a layer lay parallel to each other or overlap each other at various angles, and different layers of the fabric have mutually-crossing filling thread sections disposed obliquely or perpendicularly to the boundary of the fabric as desired.
    • 经编针织物,特别是缝制针织物,是通过一种方法和装置来制造的,该方法和装置导致单层和多层倾斜织物相对于织物的边界具有倾斜和对角的无尽填充线。 间隔链式输送机将多个填充螺纹部分(每个填充螺纹部分包含多个循环填充螺纹)输送到针迹形成部位。 多个填充螺纹部分通过输送机中的多个钩保持在输送机之间并由输送机输送。 填充螺纹部分通过至少一个具有用于将填充螺纹部分放置在钩上的引导装置的填充铺设装置放置在钩上。 填充铺设装置由可相对于链条输送机的输送方向倾斜和倾斜地可调节地定位的一对导杆引导,在链条输送机之间相对于链条的输送方向倾斜地和对角地前后移动 输送机,使得填充螺纹部分以与织物边界倾斜和对角的角度放置在钩上。 根据使用的填充铺设装置的数量,并且产生每个单个和多个倾斜产品的倾斜和对角运动,其中层内的填充螺纹部分彼此平行或以各种角度彼此重叠,并且不同层 织物根据需要倾斜或垂直于织物的边界布置相互交叉的填充螺纹部分。
    • 3. 发明授权
    • Method and apparatus for the production of textile strip
    • 生产纺织带的方法和设备
    • US4873844A
    • 1989-10-17
    • US14152
    • 1987-02-12
    • Bertram FrenzelDietmar GrenzendorferHeinz KemterWolfgang WunschPeter Zeisberg
    • Bertram FrenzelDietmar GrenzendorferHeinz KemterWolfgang WunschPeter Zeisberg
    • D04B21/14D04B23/12
    • D04B21/165D04B23/10D10B2403/02412
    • A method and apparatus for the production of a textile strip, by preparing and aftertreating an intermediate product, with the product textile strip being a new article of manufacture and having long weft elements, especially long weft threads, provided diagonally to the strip length, intersecting one another, and connected by longitudinal rows of stitches. The apparatus includes a device on a warp knitting machine, particularly a thread knitting machine, having at least one movable weft laying device, in order to work long weft elements or weft threads, which extend over the entire working width, into the textile strip. A strip of a weft and warp knit is initially produced as intermediate product, having long weft elements, particularly long weft threads, connected by stitches, by subsequently bringing the weft threads into a very oblique position relative to the strip length, by diagonal displacement of the strip of the weft and warp knit, by doubling the weft and warp knit, so that the oblique long welf threads of one main layer of the doubled material intersect the oblique long weft threads of the other main layer, and by finally fastening the two main layers of the doubled welf and warp knit with a top binding consisting of a number of rows of stitches running along the weft and warp knit.
    • 一种用于生产纺织带的方法和装置,通过制备和后处理中间产品,产品织物条是新的制造品,并且具有长的纬纱元件,特别是长的纬纱,与条的长度对角地交叉 彼此相连,并通过纵排的针脚连接。 该设备包括经编机上的装置,特别是编织机,其具有至少一个可移动的纬纱铺设装置,以便将在整个工作宽度上延伸的长纬纱元件或纬纱加工到织物条中。 纬纱和经编针织物最初生产作为中间产品,具有长的纬纱元件,特别是长的纬纱,通过缝合连接,随后使纬纱相对于条带长度进入非常倾斜的位置,通过对角位移 纬纱和经编编织,通过将纬纱和经编编织加倍,使得双层材料的一个主层的斜长螺纹与另一主层的倾斜长纬纱相交,并最终紧固两个 主要层次为双重纬纱和经编针织,顶部装订由沿着纬纱和经编针织的多排针迹组成。
    • 4. 发明授权
    • Method for production of a non-woven fabric
    • 生产无纺布的方法
    • US4628571A
    • 1986-12-16
    • US729443
    • 1985-05-01
    • Karl MarxPeter OffermannRalf-Dieter ReumannMatthias MagelBertram FrenzelDietmar Grenzendorfer
    • Karl MarxPeter OffermannRalf-Dieter ReumannMatthias MagelBertram FrenzelDietmar Grenzendorfer
    • D04H1/74D01G25/00
    • D04H1/74
    • A non-woven fabric is produced by the transportation of a fiber flow at an angle which is less than 90.degree. to the transport direction of the non-woven fabric to be manufactured, with the feed rate of the fiber flow being controlled, the fibers which are to form a fiber layer being placed next to one another, and with the formed fiber layer being simultaneously, and in the lateral border areas of the fiber layers, being consecutively, combined with the preceding fiber layer, reinforcing the produced non-woven fabric. The angle of the fiber flow to the transport direction of the non-woven fabric to be manufactured is set between 0.degree. and 89.degree.. The controlling of the fiber flow comprises monitoring of the quantity feed rate and/or dissociation of the fiber flow and/or fiber mixing, immediately prior to the formation of a fiber layer. In order to combine the formed fiber layer with the preceding fiber layer, this is placed adjacent to the formed fiber layer, or placed on at least one formed fiber layer.
    • 无纺布通过以与要制造的无纺织物的输送方向成小于90°的角度输送纤维流,纤维流的进料速度被控制,纤维 其形成彼此相邻放置的纤维层,同时形成的纤维层和纤维层的侧边缘区域连续地与前述纤维层结合,加强所生产的无纺布 布。 要制造的无纺布的纤维流向传送方向的角度设定在0°和89°之间。 纤维流的控制包括在形成纤维层之前监测纤维流和/或纤维混合的量进料速率和/或解离。 为了将形成的纤维层与前述纤维层组合,将其与所形成的纤维层相邻放置,或者放置在至少一个成形纤维层上。
    • 5. 发明授权
    • Apparatus for production of a non-woven fabric
    • US4589169A
    • 1986-05-20
    • US570131
    • 1984-01-12
    • Karl MarxPeter OffermannRalf-Dieter ReumannMatthias MagelBertram FrenzelDietmar Grenzendorfer
    • Karl MarxPeter OffermannRalf-Dieter ReumannMatthias MagelBertram FrenzelDietmar Grenzendorfer
    • D04H1/74D01G25/00
    • D04H1/74
    • A non-woven fabric is produced by the transportation of a fiber flow at an angle which is less than 90.degree. to the transport direction of the non-woven fabric to be manufactured, with the feed rate of the fiber flow being controlled, the fibers which are to form a fiber layer being placed next to one another, and with the formed fiber layer, including lateral border areas of the fiber layers, being combined with the preceding fiber layer, reinforcing the produced non-woven fabric. The angle of the fiber flow to the transport direction of the non-woven fabric to be manufactured is set between 0.degree. and 89.degree.. The controlling of the fiber flow comprises monitoring of the quantity feed rate and/or dissociation of the fiber flow and/or fiber mixing, immediately prior to the formation of a fiber layer. In order to combine the formed fiber layer with the preceding fiber layer, this is placed adjacent to the formed fiber layer, or placed on at least one formed fiber layer. In the present apparatus for the execution of the method for the production of a non-woven fabric, one or more fiber feed rate control devices, each connected to a traverse drive unit, are arranged to one or more fiber flow transport devices, below an angle of 90.degree. to the transport direction of the non-woven fabric to be manufactured, and assigned to an already known non-woven fabric transport device. The fiber feed rate control device contains a rotation unit. The fiber feed rate control device is arranged at the beginning or above the non-woven fabric transport device. The traverse drive is formed as a pivot drive. In order to dissolve the fiber flow consisting of fibers, adhesively connected to one another, the fiber feed rate control arrangement contains a dissolving roll. The fiber feed rate control device and the traverse drive unit have variable speed motors for the required adjustment of the fiber flow feed rate to the delivery speed of the non-woven fabric, depending on the surface measurement of the non-woven fabric to be produced and the reinforcement speeds. The traverse drive unit has working width position stops.