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    • 2. 发明申请
    • DEVICE FOR PRODUCING A TUBULAR BELT BAND THAT CAN BE TURNED INSIDE OUT
    • DEVICE FOR PRODUCING A,其可置于软管状织带
    • WO0144547A3
    • 2002-12-05
    • PCT/CH9900606
    • 1999-12-16
    • TEXTILMA AGSPEICH FRANCISCO
    • SPEICH FRANCISCO
    • D03J1/08D03D1/00D03D3/00D03D11/02D03D41/00D03D47/28D03D47/42
    • D03D1/0005D03D11/02
    • The invention relates to a device for producing, by simple and economical means, a tubular belt band (2) that can be turned inside out. To this end, a mechanical loom is provided with a shedding mechanism (32), with a reed (46) with parallel dents (50) and with a weft insertion mechanism that extends across the entire width of the mechanical loom as well as with a control device (36) for the shedding mechanism (32). The individual components are arranged in such a manner that a woven length of fabric (541) with at least two tubular belt bands (2) can be produced. Said belt bands comprise two superimposed layers (4, 6) of fabric that are interlinked in the longitudinal direction via woven hems (8, 10). The warp threads have a warp thread density that is constant across the entire length of the belt bands (2). The inventive device is also provided with a thermal cutting device (60) for cutting the belt bands (2) out of the length of fabric (541).
    • 用于制造的设备,其能够被放置的,管状的安全带织带(2)包含用于简单和合理的生产以下特点:具有开口装置(32)的织机,具有簧片(46)具有平行的凹痕(50),并与跨越的宽度的整 织机的开口装置(32)到达引纬装置和控制装置(36)的整体,使得具有的非织造织物网(541)的至少两个管形带条带(2)能够制造,其特征在于,所述带两个叠置的织物层(4,6) 具有连接到彼此纵向上编织折边(8,10),并且其中,所述经纱在所述带的整个长度(2)具有一致的经纱密度; 和热切割装置(60)从所述纤维网(541)切断所述带(2)。
    • 8. 发明申请
    • METHOD FOR INSERTING WEFT THREADS AND THREAD FEED DEVICE
    • 方法进入收入线程和线程输送装置
    • WO02033157A2
    • 2002-04-25
    • PCT/EP2001/012024
    • 2001-10-17
    • B65H51/22B65H63/08D03D47/28D03D47/34D03D47/36
    • D03D47/367B65H63/088B65H2701/31D03D47/34
    • The invention relates to a method for inserting weft thread material, comprising an insertion system in a power loom. According to the inventive method, for every insertion the insertion system (A) is supplied with a substantial part of the weft thread required for the insertion in a loose and substantially tension-free manner so as to be intermittently pulled off. A tubular batch of adjacent windings is produced from the weft thread material on an inner mechanical support (S) by way of an at least substantially continuous winding process and is conveyed forward in the direction of pull-off. For the purpose of pull-off, a number of windings that corresponds at least approximately to the weft yarn section is detached from the support while maintaining its tubular configuration and is substantially slackened. The weft yarn material is pulled off along the tubular axis (X).
    • 在用于纬纱材料的插入与在织机中的条目系统插入系统(A)至少必要的用于一个拾取纬纱部分相当部分的方法是松散的并且基本上没有应力的呈现用于间歇扣除每个条目。 从纬纱材料通过一个内部机械支撑(S)的至少大致连续的卷绕过程中,管状包装并列绕线形成和在抽出方向向前方输送。 撤回通电至少近似对应于匝数的纬纱段数量,同时通过释放保持管状构型的支 - 自由并且基本上在包装的出料侧。 纬纱材料沿管轴(X)绘制。
    • 9. 发明申请
    • SUPPLY DEVICE
    • 输送设备
    • WO02033156A1
    • 2002-04-25
    • PCT/EP2001/012023
    • 2001-10-17
    • B65H51/22B65H63/08D03D47/28D03D47/34D03D47/36
    • D03D47/367B65H63/088B65H2701/31D03D47/34
    • The invention relates to a supply device (F) for a mechanical weaving loom (T), comprising a winding body (W) which can be driven in a rotating manner, a stationary storage body (K), at least one stop element (S) which can be essentially axially and radially moved in relation to the storage body, between an unwinding position releasing the thread (Y) and a stop position which is applied to the foremost winding and which ends the weft, in addition to a thread clip (C) which is arranged upstream from the stop element (S), which introduces the respective weft, and which can be switched between a passive position and a clamping position. The inventive supply device is characterised by a storage body (K) having a small diameter, and by a stop element (S) which can be exclusively moved by the windings (YT) in an axial manner up to the stop position, by means of the transport movement (B) of said windings on the storage body (K).
    • 进料装置(F)用于织机(T),包括一个可转动驱动的卷绕器官(W),一静止的储纱体(K),至少一个止动元件(S),其是沿轴向和径向相对于存储体可动是基本上(一个螺纹之间 Y)释放触发位置和(在最前面的卷积YT)接合所述拍摄终止止动位置,并且所述止动元件(S)布置的下游,对各照射介绍纱线夹持器(C),这是一种被动和夹紧位置之间可切换, 其特征在于,小直径的存储体(K); 和仅仅通过绕组(YT)通过在存储体(K)轴向移动到停止位置可动的止动元件(S)的输送运动(B)。
    • 10. 发明申请
    • METHOD FOR THE CONTROL OF A WEFT THREAD DELIVERY DEVICE IN A YARN PROCESSING SYSTEM AND YARN PROCESSING SYSTEM
    • 一种用于控制SHOT送线装置在一个线程处理系统,螺纹加工系统
    • WO01077425A1
    • 2001-10-18
    • PCT/EP2001/004055
    • 2001-04-09
    • D03D47/28D03D47/36
    • D03D47/367D03D47/362
    • The invention relates to a method for the control of a weft thread delivery device (F), in a yarn processing system, comprising, in addition to the delivery system, a power loom (L) which uses weft thread (Y) on operation, whereby a run-signal is generated by the power loom, which initialises the start-up of the weaving operation and said run-signal is given to the delivery device, essentially simultaneously with a start signal (X), external for the delivery device. The drive motor (M) is driven at a predetermined speed, after delivery of the external start signal (X), in order to prevent an undesired reduction in the thread feed (13), by the initial demand after start up of the weaving operation of the power loom. A signal transmitting connection (19, 19') is provided within the yarn processing system, between the power loom (L) and the control unit (C1) of the delivery device (F), for a start signal (X), derived from the run signal of the power loom. On start up of the power loom (L), the drive motor (M) for the delivery device is driven at a predetermined speed by means of the control device, independent of the size of the thread supply.
    • 在用于在包括除了输送装置从它的织造操作纬纱(Y)耗时织机(L)的开始的纱线处理系统中控制纬纱喂纱装置(F)的方法,是在织机的织造操作的起动initierendes运行的信号的部分 产生该驱动信号是基本相同的外部到所述输送装置开始信号(X)加入到该输送装置和从外部开始信号(X)的驱动马达(M)的在大小驱动到不能接受的减少一个预定的速度传送 来阻止启动织机的织造操作后的供纱(13)通过初始消耗。 在织机(L)和控制装置中的进给装置的(C1)(F)之间的纱线处理系统具有用于从织机开始信号(X)的驱动信号导出的产品的信号传输连接(19,19“)被提供并且是在启动 经由以预定速度独立于线供给的大小驱动的供给装置的驱动马达(M)的控制装置的织机(L)。