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    • 34. 发明申请
    • WEFT YARN STORING, FEEDING AND MEASURING DEVICE, PREFERABLY FOR JET WEAVING MACHINES
    • 纱线储存,进料和测量装置,优选喷嘴机
    • WO1984002361A1
    • 1984-06-21
    • PCT/SE1983000447
    • 1983-12-12
    • IRO ABTHOLANDER, Lars, Helge, Gottfrid
    • IRO AB
    • D03D47/36
    • D03D47/367B65H2557/33D03D47/362D03D47/363
    • This device has a stationary storage drum (2) onto which an intermediate yarn store is wound by a winding-on device (3) and from which the yarn (WY) is withdrawn spiralling around the withdrawal end of the storage drum. The device also has a plurality of yarn stopping devices (10) being arranged at angular intervals around the storage drum, said yarn stopping devices consisting of yarn stopping elements (14) and of actuator means (11) moving said stopping elements into and out of the path of the yarn being withdrawn, and an actuator control device (8) adjustable to desired yarn lengths to be withdrawn, said control device transmitting actuating signals to said plurality of yarn stopping devices. The control device (8) comprises storing means (20) for storing an information regarding the yarn stopping device actuated at the end of the next preceding yarn withdrawal cycle, and calculating means (20) for determining a selected series sequence of said yarn stopping devices to be alternately actuated and de-actuated consectively during the yarn withdrawal cycle on the basis of said stored information and of an adjustable input information for the calculating means representing at least one significant parameter for the distance/time function of the weft yarn insertion process cycle. The calculating means (20) also determines the yarn stopping device to be kept actuated at the end of the present weft yarn withdrawal cycle as last one in said selected series sequence of alternately actuated and de-actuated yarn stopping devices, on the basis of said stored information and of an input information representing said desired yarn length.
    • 该装置具有固定存储鼓(2),中间纱线存储器通过绕线装置(3)卷绕在该固定存储滚筒(2)上,并且纱线(WY)从该存储滚筒的退出端围绕螺旋状地被抽出。 该装置还具有围绕储存鼓以角度间隔布置的多个纱线止动装置(10),所述纱线止动装置由纱线止动元件(14)和致动器装置(11)组成,将所述止动元件移入和移出 纱线被取出的路径,以及可调节到待取出的期望纱线长度的致动器控制装置(8),所述控制装置向所述多个纱线停止装置传送致动信号。 控制装置(8)包括存储装置(20),用于存储关于在下一个纱线抽出循环结束时致动的纱线停止装置的信息;以及计算装置(20),用于确定所选纱线停止装置 在所述存储的信息的基础上在纱线取出循环期间被交替地致动和解除驱动,并且所述计算装置的可调输入信息表示纬纱插入处理循环的距离/时间函数的至少一个有效参数 。 所述计算装置(20)还根据所述纱线停止装置(20)基于所述纱线停止装置,根据所述选择的交替驱动和停止纱线停止装置的序列序列,确定在本纬纱取出循环结束时保持致动的纱线停止装置 存储信息和表示所述期望纱线长度的输入信息。
    • 35. 发明授权
    • 전자사진현상방식 화상기록장치의 급지제어방법
    • 电子照相显影方法图像记录装置的进给控制方法
    • KR100174598B1
    • 1999-04-01
    • KR1019950014063
    • 1995-05-31
    • 삼성전자주식회사
    • 이영섭
    • G03G15/00
    • B65H7/00B65H2511/30B65H2511/514B65H2513/50B65H2553/41B65H2557/33G03G15/6564G03G2215/00556G03G2215/00616G03G2215/00721B65H2220/01B65H2220/03
    • 1. 청구범위에 기재된 발명이 속하는 기술분야
      본 발명은 전자사진현상방식 화상기록장치의 급지제어방법에 관한 것이다.
      2. 발명이 해결하고자 하는 기술적 과제
      본 발명은 용지의 연속급지시 앞용지와의 접근으로 인한 급지에러발생을 억제하는 전자사진현상방식 화상형성장치의 급지제어방법을 제공함에 있다.
      3. 발명의 해결방법의 요지
      본 발명은 이송되는 용지의 이송상태를 감지하기위한 이송감지수단을 구비하는 전자사진현상방식 화상기록장치의 급지방법에 있어서, 소정 프린팅명령에 응답하여 용지를 픽업하여 이송하는 용지픽업단계와, 상기 용지픽업후 소정 시간의 경과후 픽업된 용지의 이송에 대응하는 상기 용지감지수단의 단계적 감지 신호를 검색하는 감지신호검색단계와, 상기 단계적 감지신호의 기간을 카운팅하고 그 카운팅값을 연속되는 이송용지의 감지신호와의 최소감지응답기간을 나타내는 소정 기준값과 비교하는 비교단계와, 상기 카운팅값이 상기 기준값이상이 아니면, 상기 감지신호검색단계로 돌아가는 미급지인식단계와, 상기 카운팅값이 상기 기준값이상이면 급지된 용지상에 프린팅하는 프린팅단계로 구성한다.
      4. 발명의 중요한 용도
      본 발명은 전자사진현상방식 화상형성장치에서 중요하게 사용될 수 있다.
    • 36. 发明申请
    • METHOD AND ARRANGEMENT FOR SYNCHRONIZED POSITIONING OF AT LEAST ONE ESSENTIALLY CONTINUOUS MATERIAL WEB .
    • 一种基本连续材料网同步定位的方法和装配。
    • WO2007126345A1
    • 2007-11-08
    • PCT/SE2006/000515
    • 2006-04-27
    • SCA HYGIENE PRODUCTS ABDOVERTIE, RalphNORDER, Anders
    • DOVERTIE, RalphNORDER, Anders
    • B65H23/188A61F13/15B65H39/16
    • B65H39/16A61F13/15699A61F13/15772A61F2013/8497B65H23/1886B65H2511/172B65H2511/31B65H2511/512B65H2553/42B65H2557/33B65H2220/02B65H2220/01
    • The invention relates to a method for synchronized positioning of at least one essentially continuous web of material (2), for manufacturing products (20) that comprise printed motifs (5) or similar processed elements, which said web of material (2) is intended to be divided into a nominal division length (LN) and comprises synchronization marks (6) that recur at regular intervals (Ls), which method comprises: feeding the said web of material (2) into a production apparatus (9) at a first speed (vi); processing in the said production apparatus (9) with various process steps for the said manufacture, with the said web of material (2) being fed forward at a second speed (v2); and detection of each synchronization mark (6) for positioning the respective motif (5) in a predetermined position on each product (20). According to the invention, the said method comprises the following steps: generation of a reading off of the actual position (actual value) (23) of a virtual master function (21) upon the said detection, which said master function (21) consists of a cyclic clock where the number of cycles (T) per product (20), or alternatively the number of products (20) per cycle (T), consists of an integer; comparison between the said actual position (actual value) (23) and the expected position (desired value) (22) of the virtual master function (21); and stretching of the said web of material (2) in response to any deviation between the said actual position (actual value) (23) and the said expected position (desired value) (22), with the aim of minimizing the said deviation. The invention also relates to an arrangement for such synchronized positioning.
    • 本发明涉及一种用于同步定位至少一个基本上连续的材料卷材(2)的方法,用于制造包含印刷图案(5)或类似加工元件的产品(20),所述材料(2)的目的是 被分成标称分割长度(LN),并且包括以规则间隔(Ls)重复的同步标记(6),该方法包括:将所述材料卷材(2)以第一 速度(vi); 在所述制造装置(9)中用所述制造的各种工艺步骤对所述制造装置(9)进行加工,所述材料卷材(2)以第二速度(v2)向前馈送; 以及检测用于将各个图案(5)定位在每个产品(20)上的预定位置的每个同步标记(6)。 根据本发明,所述方法包括以下步骤:产生在所述检测时虚拟主功能(21)的实际位置(实际值)(23)的读出,所述主功能(21)包括 其中每个产品(20)的循环数(T)或每个循环(T)的产品数量(20)由整数组成的循环时钟; 实际位置(实际值)(23)与虚拟主功能(21)的预期位置(期望值)(22)之间的比较; 以及响应于所述实际位置(实际值)(23)和所述预期位置(期望值)(22)之间的任何偏差来拉伸所述材料卷材(2),目的是使所述偏差最小化。 本发明还涉及用于这种同步定位的装置。
    • 38. 发明申请
    • WEFT YARN STORING, FEEDING AND MEASURING DEVICE FOR JET WEAVING MACHINES
    • 纱线织机纱线储存,送料和测量装置
    • WO1984002362A1
    • 1984-06-21
    • PCT/SE1983000448
    • 1983-12-12
    • IRO ABTHOLANDER, Lars, Helge, Gottfrid
    • IRO AB
    • D03D47/36
    • D03D47/367B65H2557/33D03D47/362D03D47/363
    • This device has a storage drum (2) onto which an intermediate weft yarn store can be wound by a winding-on member (3) and from which the weft yarn (WY) is withdrawn spiralling around the withdrawal end of the storage drum, at least one yarn stopping device (10/14) being arranged at said withdrawal end and consisting of a stopping element (14) and of actuator means (11) moving said stopping element into and out of the path of the yarn being withdrawn, and an actuator control unit (B) transmitting an acutating signal to said stopping device when a weft yarn length corresponding to the length of the shed (WMS) of the woven fabric in the machine has been withdrawn from the storage drum. The actuator control unit (B) is electrically connected to a yarn sensing detector (WD), preferably of optical type and known per se, positioned at the arrival end (AE) of the shed (WMS) for the weft yarn (WY) at a predetermined distance (d) from said arrival end. Thus, the control unit (B) receives an electric signal when the inserted weft yarn (WY) reaches the yarn sensing detector (WD) and in response thereto generates and transmits the actuating signal to the actuator means (11) of said yarn stopping devices for stopping the withdrawal of the weft yarn from the storage drum (2).
    • 该装置具有存储滚筒(2),中间纬纱存储部可以通过绕线部件(3)卷绕在该存储滚筒上,并且纬纱(WY)从该卷绕部件绕着存放滚筒的退出端螺旋地取出, 至少一个纱线停止装置(10/14)设置在所述抽出端,并包括止动元件(14)和致动器装置(11),所述致动器装置将所述止动元件移入和移出被取出的纱线的路径,并且 致动器控制单元(B)当与存储滚筒中的机织织物的梭口(WMS)的长度相对应的纬纱长度已经从存储滚筒中取出时,向所述止动装置传送一个冲击信号。 致动器控制单元(B)电连接到纱线感测检测器(WD),该纱线感测检测器(WD)优选地是位于纬纱(WY)的梭口(WMS)的到达端(AE)处)的光学类型和本身已知的,用于纬纱(WY) 距离所述到达端的预定距离(d)。 因此,当插入的纬纱(WY)到达纱线感测检测器(WD)时,控制单元(B)接收电信号,并响应于此产生并将致动信号发送到所述纱线停止装置的致动器装置(11) 用于停止将纬纱从储存鼓(2)中取出。