• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    Process for the formation of a tucked selvedge in a terry cloth piece, as obtained with the procedure using an articulated reed having two beating-up positions, using a selvedge-forming device which comprises a movable grasping and severing member as well as a second movable member in the form of a takeup hook or the like, characterized by the additional step of keeping said movable members through the entire time during which the weft threads inserted in the shed and beaten up by the reed up to the blind beat position are, in their turn, beaten by the comb against the fell of the fabric being woven. The selvedge-forming device for carrying out the process is then equipped with a weft-slackening humpy blade while its spring biased cam-controlled levers intended to drive said movable members are fitted, at their ends pivoted to the same shaft, with projections or teeth which are adapted to coact with corresponding stop abutments mounted on an arbor which is spring-biased and can be shifted by an electromagnet until bumping into said teeth. A preferred embodiment of a movable grasping and severing member is also described in detail.
    公开号:SU1367861A3
    申请号:SU833681800
    申请日:1983-12-16
    公开日:1988-01-15
    发明作者:Кораин Лучиано
    申请人:Нуово Пиньоне С.П.А. (Фирма)；
    IPC主号:
    专利说明:

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    "Wg 40js

    nat1
    The invention relates to the development of terry fabrics on shuttleless looms and is intended for use in the production of fixed-edge fabrics.
    The purpose of the invention is to increase the edge strength and reliability of the device.
    Figure 1 shows the edge-forming device, top view j in figure 2 - section A-A in figure 1; - on fig.Z - section BB in figure 1; Fig. 4 shows a movable gripping-cutting element at the moment of lower fixation of the weft yarn; on fig.Z - section bb In figure 1; figure 6 - section GG in figure 1.
    The device contains the main yarns 1 and 2, which form the main shed 3. The weft yarns 4,4, 4, and 4 come from a UTOCHNB1X reel (not shown) and are laid with a weft yarn plotter 5 after cutting the weft yarn 4 from the edge 6 with a scissors-8 .
    The location of the bird in the position of the preliminary gear is indicated by the position 9, and in the position of the final gear - the position 10.
    On the terry cloth 7, the inlay is obtained using a edge-forming device 11 having a body 12. Installed on the frame 13 of the stack, on which there is a plate 14 and a vertical curved knife 15, which is used as an element loosening the tension of the weft yarn as a result of its follow- ing along the wavy edge of the knife 15.
    The device contains a gripping-cutting element 16 and a hook-like element 17, both elements perform rotational movements, which are transmitted by separate jaws mounted on the shaft 18, and operate under the action of spring-loaded levers fitted on the shaft 19.
    The cam 20, (FIG. 6) is mounted on the key on the shaft 18 and its internal groove 21 interacts with the following element 22, which is rotatably mounted at the midpoint of the lever 23 whose upper end rests on the shaft 19 and the other lower end 24 is connected to the lever 25, which, turning at point 26 on the fixed part of the housing 12, is turned opposite
    0
    0
    five
    0
    the end towards the plug 27, which similarly rotates towards the block 28 fixed to the end of the knurled shank 29, passed through the sleeve 30, which is mounted only rotatably (using the fixed support block 31 of the housing 12), the shank 29 which has the knurled surface 32 is connected to the sleeve 30 only for rotation (but on the other hand can be shifted horizontally), provided on the opposite
    5 end of the hook-shaped return feed element 17, the Thorish can be displaced horizontally by the action of the cam 30. Rotation of the hook-shaped return feed member 17, which is necessary for its insertion into the base in such a way that it is possible to reverse feed the weft ends to the cam 33, (FIG. 5), which, located on the shaft 18, interacts with the tracking element 34 of the rachaga 35, which rotates on the shaft 19 and is displaced downwards 36, is connected by means of a rod 37 with a pin 3.8 protruding from the sleeve 30. In addition, the lever 35 provided at the end with a tooth 39, designed to interact with an emphasis 40 mounted on a shaft 415 arranged parallel to the shaft 19. The horizontal movement of the gripping-cutting element 16 is performed (Fig. 2) by means of a cam 42, which is set on the key on the shaft 18 and interacts with an intermediate follower element 43 of the lever 44, which is also seated on the key on the shaft 19 and which is displaced by the spring 45 against the action of the cam 42 through the connecting rod 46 at the end
    g rod 47 for horizontal movement. A fixed upper blade 48 of the scissors element 16 is mounted on the opposite end of the rod 47;
    The lower blade 49 of the scissors element 16 is rotated at a point 50 relative to the fixed blade and executed integrally by means of a connecting pin 51 with a vertical one.
    with a block 52, having on the lower surface a gripping plane 53 (FIG. 4), to which pin 54 is pressed under the action of a spring 55, which is installed inside the chamber 5,6 of the block
    five
    0
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    ten
    3136786
    52 on the vertical shaft 57 of the presser pin 54 between the lower edge of the chamber 56. and the shaft 58, the one-piece filled-in shaft .G 57. The terminal 54 is also pressed under the action of the second spring 59, which is rigid and larger than the spring 55, and is installed in the same chamber 56 of the block 52 on the second shaft 60, which is parallel to the shaft 57 and closer to the turning point 50, passes through the rod 58 and is provided with a stop 61, an integral shaft, which is displaced by the spring 59 upwards against the rod 58. Top ends shafts 57 and 60 interacts with a shoulder of 62 G-shaped of the lever 52 turning at the midpoint 63 relative to the block 52, while the other arm 64 G-ob- 2Q of the different lever interacts with the edge 65 of the rest of the hollow space 65 formed by the fixed upper blade 48. More than 7 fabric (figvG), element 16 s Open pinch 54 moves cam 42 () until the control pin until the hammer is 77; i,; . ,, are set to zzno; o li -: /;: -n.:: - Noah 54. On this c-:.; d; m v: y: / :: /: -;
    69 (fig.Z)
    vni aBnnioEPM
    4i:; 4 bA,
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    provides rotation. against the arrows of the block 52 and, thus, the rotation of the ngocny blade 49, as a result of which the scissors close and the ends of the weft yarn are cut to size. At the same time, the G-15 different lever 62-64 releases the gang lines 55 and 59, which sufficiently tightly press the pin 54, whereby the trimmed ends of the weft threads tightly press against the gripping plane
    53. The combined action of the two ku-lacquers 42 and 69 causes the rotation and transmission of the reverse twin of block 65, which causes the movement of the five
    54, and the ends of the weft yarns 77, respectively, the upper end of the vertical block 25 is circularly rotated, due to which the 52 is turned at the point 66 of the connector, they are wrapped around the hook fabric 7 (figvG) 54 is moved by cam 42 () until the cpr until the congl 77 shakes; i,; . ,, are set to zzno; o li -: /;: -n.:: - Noah 54. On this c-:.; d; m v: y: / :: /: -;
    69 (fig.Z)
    vni aBnnioEPM
    4i:; 4 bA,
    hourly
    provides rotation. against the arrows of the block 52 and, thus, the rotation of the ngocny blade 49, as a result of which the scissors close and the ends of the weft yarn are cut to size. At the same time, Mr. On, the different lever 62-64 frees the wrenches 55 and 59, which are quite raft
    pull rod 67, which, in turn, is rotated by the end of the rod 68, which is supported for horizontal movement using the fixed support block 3.1 of the housing 12.
    The transient movement of the rod 68 and the subsequent rotations of the vertical block 52 and the lower blade 49 are provided by the cam 69, which is mounted on the key on the shaft 18, while the cam 69 interacts with the roller 70 (FIG. 3) of the L-shaped lever 71, which rotates relative to the shaft 19 spring 72 and connected 73 to the end of the balancer 74, which rotates at point 75 relative to the body 12, and its other end is connected through the rod 76 to the opposite end of the rod 68. In the initial position, the block 52 of the gripping-cutting element 16 rotates counterclockwise arrows due to the interaction
    between the edge 65 of the fixed upper blade 48 and the shoulder 64 of the L-shaped lever (62-64), with the result that its shoulder 62 presses the shafts 57 and 60 and due to the subsequent displacement of the springs 55 and 59 holds the pin 54 in the open position ( , 2)
    As the captured weft yarns are nailed from the position of the pre-equipment 9 to the edge 10
    five
    about
    0
    0
    five
    element 17, as well as a slight forward directed rotation j which is used to press the shoulder 62 of the L-shaped lever 62-64 only to the shaft 60 (FIG. 4) so as to neutralize the effect of the stronger spring 59 on the pin 54, resulting in the gripper is released to stimulate the unwinding of the ends of the 77 weft yarns with the aid of a hook element 17,
    On the other hand, the lever 44 and the G-shaped lever 71 are also provided at their respective ends 5 turning on the shaft 19 with protrusions 78 and 79 interacting with the stoppers 80 and 81 mounted on the support shaft 41, which in turn is slidably and axially mounted in the housing 12 The shaft 41 is displaced by the spring 82 (FIG. 1) for 1 stop stops 80 ,, 40 and 81 are engaged with the corresponding teeth of 78.39 and 79 levers 44. 35 and 7 ГЗ rights - laziness, l-i its rotation prevents - with a fork 835 made in one piece with the nMe while V11pka covers the pin 84, made in one piece with the housing 12, and can be displaced axially by the electromagnet 85, .In order for the elements 16 and 17 of the crown-forming device 1 1 to be driven into action
    when the captured weft yarns are added to position 10 of the batana, as required for terry weaving, using a double reed articulation bard, it is only necessary to energize the electromagnet .84.
    The application of this invention. will increase the edge strength and reliability
    权利要求:
    Claims (4)
    [1]
    1. A method for obtaining mortgage crème on an shuttleless loom for the development of terry cloth, in which the ends of the warp yarn bases laid in it are gripped and firmly fixed to the cutting edge and cut off at a predetermined length by means of a moving engaging swath-cutting element of the edge-forming mechanism , they wrap around the hook-shaped moving element of the edge-forming device and lay these ends into the mouth of the edging threads of the base, simultaneously reducing the force of their fixation in the movable gripping-cutting element, and the preliminary and The final surf of the weft threads laid in the throat is carried out by means of a hinged reed, characterized in that, in order to increase the edge strength, the weft ends of the weft threads are formed at the edge of the edge filaments of the warp threads.
    [2]
    2 The edge-forming device of the shuttleless loom for making terry cloth, containing a gripping-cutting element, for fastening, cutting and cutting the ends of the weft yarns, the grip of which has a bearing surface on the lower part of the element, a heel placed on one of the two rods and tucked in to the supporting surface with a spring mounted on this rod., and scissors, the upper blade of which is stationary and the lower one is installed with the possibility of rotation relative to the upper, hook-shaped element for laying the ends of
    0
    15
    25
    thirty
    P
    35
    40
    45
    50
    threads in the pharynx of the edge threads of the base, means for reducing the force of fixing the ends of the weft threads in the sax-wad-cutter element, having a lever for interacting with the gripper bars, the gripping-cutting and hook-shaped element being installed with the possibility of rotation and translational movement and provided with cam mechanisms, the cams of which are mounted on a common shaft, and the thickeners are made in the form of levers mounted on a common axis and the ends connected respectively to the gripping-cutting and hook-shaped elements through The rods are designed so that, in order to increase the reliability of operation, the device additionally has protrusions on the levers in the zone of their axis, a spring-loaded rod that is installed parallel to the axis of the levers k with an emphasis for interacting with the protrusions na) levers and an electromagnet for the longitudinal movement of the rod,
    [3]
    3, The apparatus according to claim 1, characterized in that the means for reducing the force of fixing the ends of the weft threads in the gripping-cutting element is provided with a vertically positioned knife having a wavy working surface, the protrusions of which are perpendicular to the length of 1 m.
    [4]
    4. The device according to PP.2-3, about tl and - so that the lever of the medium for reducing the force of fixation is made L-shaped.
    5 A device according to PP, 2-45 tons of tons of nal that the grip has an additional spring mounted on the second of the rods, and the spring mounted on the rod located closer to the axis of rotation of the L-shaped lever .j has greater rigidity
    6 o Device according to pc, 2-5, characterized in that the rod of the holding-out element of its element, on which the gripper is located, has an abutment for a spring mounted on its other rod.
    12
    sixteen
    r
     50
    13
    Fig.Z
    FIG. 2
    66 S7
    Z 15
    1; N. Furazhkin's reserve; Editor A. Dolinich Tehred D. Kravchuk, Proofreader M. Pojo
    Order 6855/58 Circulation 420 Subscription
    VNIIPI USSR State Committee
    for inventions and discoveries 113035, Moscow, Zh-35, 4/5 Raushsk nab.
    FIG. 6
    类似技术:
    公开号 | 公开日 | 专利标题
    SU1367861A3|1988-01-15|Method of forming edge and edge-forming device of shuttleless loom for manufacture of terry cloth
    US4143684A|1979-03-13|Process and apparatus for reed-beating and cutting off fillings inserted into the shed in shuttleless weaving machinery equipped with weft mixers
    US3951177A|1976-04-20|Devices for folding into the warp shed both ends of a weft thread in a fabric made by a shuttleless loom having a continuous weft supply mechanism
    US1948051A|1934-02-20|Weaving
    CA2667262C|2014-09-02|A continuous-angle weaving system
    US6058980A|2000-05-09|Method for cutting a selvedge of a weft insertion side of a rapier loom
    US3613741A|1971-10-19|Shuttleless loom
    US3159186A|1964-12-01|Weaving frame
    US4054159A|1977-10-18|Picking method for a shuttleless weaving machine
    US3083738A|1963-04-02|Forming a selvage on a fabric by bending projecting weft thread ends into the shed while the fabric is woven
    US4076049A|1978-02-28|Machine for the formation of selvedges in fabrics
    GB2129449A|1984-05-16|A shuttleless weaving loom having apparatus for forming a selvage
    GB2063933A|1981-06-10|Terry motions
    JP2003253547A|2003-09-10|Method and machine for producing woven fabric
    US3807459A|1974-04-30|Axminster gripper
    US4006759A|1977-02-08|Locked toggle beater drive for triaxial weaving machine
    US3431951A|1969-03-11|Loom filling positioner
    US3376900A|1968-04-09|Looms operating with multi-color stationary weft supplies
    US3424207A|1969-01-28|Shuttleless wire loom
    US3289705A|1966-12-06|Apparatus for weaving and knotting cut-pile fabrics
    EP2184389B1|2012-12-05|Weft insertion method and weft insertion device of rapier loom
    US20210207300A1|2021-07-08|Weft thread cutting device looms without shuttles
    US4194537A|1980-03-25|Arrangement for guiding a weft thread end under tension toward a fabric fell in travelling-wave looms
    US3669156A|1972-06-13|Gripper shuttles for looms for weaving
    WO1987002394A1|1987-04-23|Batten for a hand loom
    同族专利:
    公开号 | 公开日
    JPH0314936B2|1991-02-27|
    JPS59130349A|1984-07-26|
    IT8224966D0|1982-12-23|
    US4600039A|1986-07-15|
    DE3346487A1|1984-07-05|
    GB2133426B|1986-08-28|
    FR2538417B1|1990-03-16|
    CS981183A2|1988-08-16|
    GB8333451D0|1984-01-25|
    NL190199C|1993-12-01|
    NL8304354A|1984-07-16|
    CH656651A5|1986-07-15|
    DD212757A5|1984-08-22|
    FR2538417A1|1984-06-29|
    NL190199B|1993-07-01|
    ES528783A0|1984-12-01|
    IT1153886B|1987-01-21|
    GB2133426A|1984-07-25|
    DE3346487C2|1986-08-07|
    BE898537A|1984-06-22|
    CS262415B2|1989-03-14|
    ES8501817A1|1984-12-01|
    BR8307030A|1984-07-31|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    GB995435A|1961-02-24|1965-06-16|Dewas Raymond|Device on weaving looms for the formation of selvedges|
    FR1501815A|1965-09-17|1967-11-18|Peltzer & Fils Sa|Method and device for forming selvedges in looms without a shuttle|
    CH459093A|1966-06-20|1968-06-30|Sulzer Ag|Loom|
    CH472519A|1966-12-29|1969-05-15|Sulzer Ag|Method for operating a loom and machine for carrying out the method|
    US3563280A|1969-06-02|1971-02-16|North American Rockwell|Method and apparatus for tucked-in selvage|
    DE2615829A1|1975-04-16|1976-10-28|Manea S N C Costruzioni Meccan|DEVICE FOR THE FORMATION OF WEB EDGE IN FABRIC|
    CH595491A5|1975-09-02|1978-02-15|Saurer Ag Adolph|
    IT1067637B|1976-07-30|1985-03-16|Sbabo Silvio|DEVICE FOR OBTAINING SIMPLE OR DOUBLE SHEETS|
    US4078586A|1976-08-26|1978-03-14|Adolph Saurer Limited|Method and apparatus for producing a selvage|
    DE2705686A1|1977-02-11|1978-08-17|Schmidt Hettler Exacta|Shuttleless loom selvedge control - has a detachable gear unit to operate the units to handle the end of the weft|JPH0627674Y2|1986-08-13|1994-07-27|日産自動車株式会社|Tuck-in selvedge device for fragment loom|
    IT1218130B|1987-05-25|1990-04-12|Manea Cost Mecc|CIMOSSATRICE FOR THE FORMATION OF A CIMOSSA RETURNED TO HALLERY AND WITH REDUCED THICKNESS IN FABRICS PRODUCED ON FRAMES WITHOUT SHUTTLE|
    JPH0527510Y2|1987-12-26|1993-07-13|
    US4972881A|1988-07-20|1990-11-27|Nissan Motor Co., Ltd.|Tack-in selvage forming apparatus|
    IT1244762B|1991-03-08|1994-08-08|Nuovo Pignone Spa|PERFECTED MECHANISM FOR THE SELECTION OF THE MOVEMENT OF THE MOBILE PARTS OF THE TRAINING DEVICE OF A RE-ENTERED CIMOSSA, PARTICULARLY SUITABLE FOR SPONGE FRAMES|
    IT1265030B1|1993-05-28|1996-10-28|Nuovo Pignone Spa|IMPROVED CONTROL SYSTEM FOR THE EDGE-TRIMMING DEVICES INCLUDED IN A TEXTILE FRAME, IN PARTICULAR IN A FRAME|
    EP0943711B1|1998-03-16|2006-10-04|Sultex AG|Terry fabric with relief effect and method for producing the same|
    JP3357860B2|1999-05-31|2002-12-16|津田駒工業株式会社|Tack-in ear assembling method in tuck-in device of shuttleless loom for towel|
    CN104126040B|2012-01-24|2017-06-09|耐克创新有限合伙公司|Braiding trimming device|
    WO2013112714A1|2012-01-24|2013-08-01|Nike International Ltd.|Three-dimensional weaving system|
    US9533855B2|2012-01-24|2017-01-03|Nike, Inc.|Intermittent weaving splicer|
    CN106592070B|2016-12-09|2018-05-29|浙江鹤群智能装备股份有限公司|A kind of electromechanical integration Tucked-in selvage apparatus|
    CN113772624B|2021-11-09|2022-02-08|江苏中科聚元氢能源科技有限公司|Device for converting methanol into hydrogen energy|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    IT24966/82A|IT1153886B|1982-12-23|1982-12-23|PROCEDURE AND RELEVANT DEVICE FOR THE FORMATION OF A COMOSSA RETURNED, PARTICULARLY SUITABLE FOR SPONGE FRAMES|
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