• 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:
    A process for the reinforcement of flexible flat parts, especially top cloths for articles of clothing or linings for such articles, in which process said flat parts are first printed on one side with an aqueous crosslinkable dispersion paste by the photogravure printing process and then are electrostatically flocked preferably with fibrous flocks, the flocks adhering to the paste, whereupon the paste is caused to undergo a condensation reaction after prestabilizing it by heat coagulation or by predrying, while said condensation reaction is performed with substantial exclusion of incoming air, under pressure and in the temperature range from 90 DEG to 175 DEG C. The process is simple, fast to complete, and leads to non-yellowed products.
    公开号:SU1630600A3
    申请号:SU833580998
    申请日:1983-04-11
    公开日:1991-02-23
    发明作者:Хефеле Йозеф
    申请人:Куфнер Текстильверке Гмбх (Фирма)；
    IPC主号:
    专利说明:

    This invention relates to a method for strengthening flexible flat parts, in particular, upper fabric or inserts for garments.
    The purpose of the invention is to obtain a top fabric or inserts with a given size and natural moisture.
    FIG. 01 shows a curved shape for condensing a stack, a longitudinal section; FIG. fig2 - the same, bottom view; FIG. 3 shows a form of implementation of a condensation device, a longitudinal section.
    According to the proposed method, the removal of condensate is carried out with the exception of substantially the access of pressurized air in a temperature range of 100-175 ° C.
    In this case, condensate can be removed between adjacent pressure elements against flat parts, heated with flat or curved covers with significant (to complete) exclusion of air access. For example, the covers can be made of metal, siloxane rubber, Teflon, glass fiber reinforced or similar thermostable material
    Pre-stabilized flat parts coming from the first working transition with a relatively large amount of moisture form a steam pad between the pressure caps that adjoin them under pressure.
    one
    sc
    or at least strongly retarding it and ensuring rapid heat exchange. Surprisingly, the vapor atmosphere does not interfere with the extraction of condensate. At temperatures above 100 ° C, this steam is overheated.
    The proposed method of condensate extraction is carried out in a reducing agent
    25
    thirty
    This atmosphere can be achieved both by mixing in reducing components such as formic acid and by decomposing decomposition products, respectively cleaving, the dispersion paste used. So, for example, you can use a dispersion paste in which under these conditions, the smallest amounts of formaldehyde jq
    An atmosphere of steam containing a small amount of formaldehyde significantly inhibits the oxidative effect of atmospheric oxygen and the color reversion due to this phenomenon and, moreover, due to the pressure of pressing the lids, the cut blanks of the upper fabric remain stable in size. Condensate extraction operations performed flocked flat parts also, after the condensation process, the residual humidity is more or less high. It is especially high when n next cooling between lids, which causes no problems with condensation of the stack, and is also feasible in the condensation of individual chastey0
    Example 1 "Preparing a paste consisting of components A and B of the following composition"
    Component A (basic paste with pH 7) contains, by mass: Plekstol PV 240 (60% cross-linked aqueous polyacrylate dispersion containing the N-methylolcarboxylic amide groups, arylonitrile, very soft, pH 2.5, manufactured by Rem GmbH, Darmstadt, FRG 20; highly dispersed silicic acid (obtained by flame hydrolysis from SiCl.) 0.22; highly dispersed alumina (obtained by flame hydrolysis from AlClj) 0.05; dimethylol ethylene urea (40 or 50%) in water 1.1; soda chips (30%) in water 0.15;
    16306004
    water 4.5; oxyethyl cellulose 0,3b
    Component B (crosslinking catalyst) contains, by weight.h0: ammonium chloride, 0.1; water 0.4; tartaric acid 0.05V
    The main paste of component A is uniformly mixed before applying pressure to the catalyst of component B in the present printing paste with pH 50. The mixed paste is applied with a doctor blade to the printing shaft, the surface of which has fine grooves for receiving the paste. Between this 15 printing shaft (upper shaft) and counter shaft (lower shaft) pass parts of the upper material for applying a paste of the above composition onto them.
    After passing through the shafts, parts of the upper material move on the conveyor under the flocking device; within this device, finely cut cotton flakes with a thickness of I, 7 atex and 0.5 mm in length are introduced into the paste into parts of the upper material (50000 C) and secured in the dispersion paste. After this, parts of the upper material on another transport are passed under heat rays to conduct coagulation of layer 0. In this part of the upper material 35
    40
    50
    55
    The rial is exposed to temperatures between 50 and 80 ° C. The subsequent blowing and suction device is designed to almost completely release the flocked portions of the top material from the excess flocking material. Now the parts can be picked up and placed in a stack for subsequent processing by condensation. 50 g / m of wet paste, 25 g / m of dry paste and 10 g / m of flakes are used per 1 m2 of flocculated top material.
    The feeding of the parts of the upper fabrics to the printing rollers of the device for the intaglio printing and the activation of the printing rollers can be carried out as follows.
    Parts of the upper tissues of their wounds-. Upwardly superimposed on the horizontally moving conveyor of the device for intaglio printing and flocking. The cut blanks slide on it along the rotating reflecting rod, after which they are fed to the lower printing roll
    five
    0
    0
    five
    The rial is exposed to temperatures between 50 and 80 ° C. The subsequent blowing and suction device is designed to almost completely release the flocked portions of the top material from the excess flocking material. Now the parts can be picked up and placed in a stack for subsequent processing by condensation. 50 g / m of wet paste, 25 g / m of dry paste and 10 g / m of flakes are used per 1 m2 of flocculated top material.
    The feeding of the parts of the upper fabrics to the printing rollers of the device for the intaglio printing and the activation of the printing rollers can be carried out as follows.
    Parts of the upper tissues of their wounds-. Upwardly superimposed on the horizontally moving conveyor of the device for intaglio printing and flocking. The cut blanks slide on it along the rotating reflecting rod, after which they are fed to the lower printing roll
    Devices for intaglio printing and transmitted to that. Above the reflecting rod a series of optical pairs of ocelli are arranged in close sequence. From each pair, respectively, one eye emits a beam of light in the direction of the reflecting rod. The ray of light reflects to the second ocellus of the pair when there is no Keli above the reflecting rod slides a part of the workpiece, the light beam is interrupted and is not reflected. In the latter case, the light beam interrupts the memory command, resulting in the soft rubber bottom roller of the intaglio printing device is raised and pressed in the opposite direction against the upper printing roller of the intaglio printing device. The storage device sends the command further, first with a delay and storage
    The roller is equipped with scraped-up scrapers and a combed fixture with which the fiber contaminants are cleaned and combed.
    Soft rubber-coated bottom roller is washed with water across its width. Any amount of paste trapped on the bottom roller is removed from it with a brush or scraper, so that it is always in a clean state for the filling process.
    The printed and flocked parts of the upper part are passed through the coagulation chamber and then the still wet, slightly dried flocked parts are introduced into the sealing cassettes on the edges and subjected to heating.
    Condensate extraction is carried out first in a manner similar to the known method at 150 ° C for 10-20 min. Stacked in an amount of 10-30 pieces.
    five
    nit her up until the front hem is 25 flocked from the back
    in the open uncompressed position, the distance between the upper and lower rollers is about 4 mm, in the pressed position - about 0, 1 mm0. Just as the blank enters the printing gap, the lower roller rises, and the bottom roller goes down again
    when the pressure of the pressing plate is turned off, where the slab protrudes beyond the edge of the cutting, the rear edge of the workpiece leaves the printing gap. The pressure of the pressing is caused by the workpiece slipping over the reflecting rod and the beam of light again reflects from
    The upper engraving printing roller is provided with cell-like depressions (engraving), which are filled with printing paste-like ink transmitted by passing the workpieces through the printing gap in the engraving pattern to the inside of the upper fabric blanks. The recesses are uniformly along the circumference of the roller. Each recess has a length of 2.0 mm and a width of 1–0 mm at a depth of 0.6 mm. “The recesses are made conical tapering in their depth. The number of recesses is 20 / cm. From the entrance side on the engraved upper roll ke installed rakl for cleaning pasta with an acute angle of installation of a cleaning knife on the upper
    2,
    parts, the distance between the plates when pressed decreases by about half the height of the free laying of the upper fabric.
    For example, the sealing strips made of sponge material and with clamping pads placed on the sides at the edges of the plates are connected to the bottom plate in a locked stacked bag with a clamping pad. A number of such stacked packs are placed one above the other with a free space between they are an air gap and inserted into the corresponding one; Dimensions of the air circulation oven, adjusted to 150 ° C and heated for approximately 15 min. Then the temperature is reduced to 120 ° C and left
    55 of it until the total time spent in the air circulation oven 60 mino. After this time of heating and condensation, the newly removed stacked packages
    flat parts, for example, cut front parts, respectively, with adjacent left and right front part layers of flocks, cover, for example, on the lower and upper sides of the stack, flat, toughened, for example, due to aluminum struts with a thickness of approximately 1 mm Kra aluminum

    parts, the distance between the plates when pressed decreases by about half the height of the free laying of the upper fabric.
    For example, the sealing strips made of sponge material and with clamping pads placed on the sides at the edges of the plates are connected to the bottom plate in a locked stacked bag with a clamping pad. A number of such stacked packs are placed one above the other with a free space between they are an air gap and inserted into the corresponding one; Dimensions of the air circulation oven, adjusted to 150 ° C and heated for approximately 15 min. Then the temperature is reduced to 120 ° C and left
    55 of it until the total time spent in the air circulation oven 60 mino. After this time of heating and condensation, the newly removed stacked packages
    80 ° C
    cooled to a temperature below and then release the clamping pads
    The upper fabric details now have natural moisture and are smoothed. The flocked side feels soft like silk and has good optical qualities. Instead of flat plates, curved plates can also be used to obtain curved parts, such as the front parts. garments that reproduce breast bending It is also possible, instead of condensing the stack, to condense individual parts, for example, condensation of the left and right front parts of the garment, adjacent locks. nnoj side to one another.
    In the case of individual parts, in particular, condensation between heated covering tapes, which may consist of Teflon-reinforced fiberglass, becomes preferable. The pressing pressure is kept in the range of 10-500 gf / cm
    In order to obtain the desired pressing pressure on the flat parts lying between them, tefon tape in the area of the condensation zone can be slid through a slightly curved heating pad. On the opposite side of the second teflon tape touching the sliding past teflon tape, using infrared radiation. The installation with tape corresponds to a conventional continuous fixing press for fixing the materials of the inserts, which are coated in the form of a textile raster. It is also possible that a condensation unit with conveyor belts immediately follows the pre-drying and pre-stabilization oven from the first working transition, however, with an intermediate cleaning device to remove excess flocking fibers from pre-stabilized flat pieces, for example, e with possible before entry pre-stabilized and flocked cut blanks of the upper
    you are with the desired temperature, for example, 150-160 Cc
    Apply the still-cut blanks of the fixing inserts to the fabric of the condensation unit, for example, to strengthen the chest and shoulders of the front part of the jacket.
    The textile-gluten coating in the condensing unit is melted and bonded to the flocking layer,
    when at the exit of the installation (in the fixing fixing presses), two more pressure rollers are provided, pressing the insert with the cut fabric of the upper fabric0 Behind,
    5 of both pressure rollers, both covering endless shipping belts are separated from one another and the flat condensate that is now drained out is removed, on which it is still fixed under known conditions (insert 0 is glued to) Endless shipping belts are then returned back under their common guide through the condensation zone rollers to the inlet of the flat parts, where they are again directed together through the diverting rollers and slide with pressure applied through the heating
    0 plates in order to exert the desired pressure on the flat parts transported between them. The length required for the condensation zone is determined by the height chosen.
    5 temperature, the reagent capacity of the paste as a substance for flocks and the rate at which the pre-simplified flat parts come out of the flocking zones
    o and pre-stabilization. At a temperature in the condensation zone of 155 ° C, a residence time of 1 minute is sufficient, which, if the speed of passage from the pre-stabilization zone of 4 m / min, corresponds to the length of the condensation zone (approximately 4 m "
    0
    five
    It is possible instead of one of the two conveyor belts to install a large rotating heating drum synchronously rotating with one of the two transporting tapes and the Flat part covered by it lies between the wall of the heating drum and the transporting tape and undergoes the operation of condensate extraction during the rotation of the heating drum. tape on the heating drum creates the necessary pressure and pressure required to protect against the effects of oxygen and air
    A device for carrying out the method of the invention has a flat bottom plate 1 with a notch for a curved form 3, which in the case of a cut piece of fabric for a men's jacket can have approximately the shape of a chest bend. A flat plate is superimposed, for example, they have natural moisture.
    on the other, adjacent to each other by the flocked sides, cut blanks with known patterns using the application of a flat auxiliary plate into the notch. Then a stack of 0 lying one on top of the other cut blanks is superimposed with a second plate, the upper plate 2, having a bend 2 in the place of the notch bottom plates in the form of a bend are rough, di-di. Under strong pressure
    fixed fixing press
    the upper and lower plates through the threaded clips 4 or other clamping elements are compressed together in a stack; Packed package The curved form 3 is now pressed into the recess and connected to the bottom plate. Flat parts clamped between the top and bottom plate are curved by the curved form 3 inserted under pressure. The bend during the subsequent condensation process is fixed so that subsequent chemical cleansing does not result in a loss of bend. However, the extraction of condensate It can also be carried out between flat plates. As for the extraction of condensate between flat and curved shapes, it is advisable to put sponge stripes along the edges of the plates. rubber, e.g., strips of silicone sponge rubber in order to achieve additional protection against air
    A number of such stacked pouches inserted between the core plates are placed one on top of the other with an open air gap between them and sent to a condensate extraction operation, for example, they are inserted into an air circulation drying oven which first heats up quickly to 160 ° C. after reaching this temperature in the circulating air, due to
    thirty
    35
    40
    45
    50
    55
    (fig. 3) the product A coming from the cleaning operation is guided along the teflon tape 4 with the adjacent tape 5 through the heating plates 6, in the region of which the radiators are located
    7 infrared light. After going through this setup from the product. the condensate is finally removed and it can be removed from the rotating belt 4 o
    For the preparation of pastes using aqueous dispersions of various polymers
    Table 8 shows the compositions of the used binders and modes of the method.
    PRI me R 2 (control) Details of the upper fabric cover printing paste, the composition of which is similar to the composition of example 1
    The paste is prepared by mixing components A and B, and then staple pile 1.7 dtex thick and 0.5 mm long are inserted into it at a voltage of 50000 V. Then the printed and flocked parts of the upper fabric are passed through hot air. the dryer is 9 m long at a speed of 6 m / min and then the details of the upper fabric are taken out and further condensed in a chamber of 24 hours heated to 110 ° C. If sensitive upper fabrics are used, for example,
    weak stretching reduces the temperature of the circulating air in 15-30 minutes to a temperature of 120 ° C. This temperature is maintained until the end of condensation. After the heating and condensation time of a total of 70 minutes, the newly removed stacked bags are cooled to a temperature below 80 ° C and then the clamping elements are opened0 The temperature of the parts of the upper fabric during the treatment in the furnace reaches 120 C in the center of the stack and about 130 ° C on the wall of the plates. Now
    and ironed out. The flocking side is perceived to be soft like silk, and has favorable optical qualities. Instead of cost-effective heating by circulating air, high-frequency heating of the stacked bags can also be chosen, the advantage of which is that the heating phase of the coarse clamp press
    0
    five
    0
    five
    0
    five
    (fig. 3) the product A coming from the cleaning operation is guided along the teflon tape 4 with the associated tape 5 through the heating plates 6, in the region of which the emitters are located
    7 infrared light. After going through this setup from the product. the condensate is finally removed and it can be removed from the rotating belt 4 o
    Aqueous dispersions of various polymers are used to make pastes.
    Table 8 shows the compositions of the used binders and modes of the method.
    PRI me R 2 (control) Details of the upper fabric cover printing paste, the composition of which is similar to the composition of example 1
    The paste is prepared by mixing components A and B, and then staple pile 1.7 dtex thick and 0.5 mm long are inserted into it at a voltage of 50000 V. Then the printed and flocked parts of the upper fabric are passed through hot air. the dryer is 9 m long at a speed of 6 m / min and then the details of the upper fabric are taken out and further condensed in a chamber of 24 hours heated to 110 ° C. If sensitive upper fabrics are used, for example,
    light and delicate colors of polyacryl and wool, then after processing a strong yellowing of the details of the upper fabric is detected and, as a rule, shrinkage along the length and width appears. The details of the upper fabric after the heat treatment become completely dry and free from any residual moisture. ,, M g-
    cue elastic neck tissue suffers during heat treatment "
    The proposed method provides for obtaining the details of the upper fabric and inserts without changing the shade and size with natural moisture, which allows the manufacture of clothing to expose the parts to ordinary working steps: sewing, tempering during steam treatment, ironing,
    权利要求:
    Claims (2)
    [1]
    Claim 10 Method of strengthening the upper fabric or inserts for garments by applying to the surface of the fabric or inserts by intaglio printing a water dispersion of the binder, by focusing in an electrostatic composition of the binder
    Aqueous dispersion of a crosslinked copolymer based on acrylic acid esters of vinyl chloride with the addition of a urea resin
    Aqueous dispersion of carboxylated copolymer based on butadiene and acrylonitrile (crosslinked)
    Aqueous dispersion of carboxylated copolymer based on butadiene, styrene and acrylonitrile (spita)
    Aqueous dispersion of a carboxylated copolymer based on butadiene and styrene (crosslinked)
    Polyurethane water dispersion (crosslinked)
    Aqueous dispersion of a crosslinked copolymer based on vinyl acetate and ethylene with the addition of hardened melamic resin
    l, fiber flocks, thermocoagulation followed by stacking parts in piles and pressing at 100-175 ° C, characterized in that, in order to obtain top fabric or inserts with a given size and natural moisture, pressing the piles is carried out at a pressure of J000-50000 N / cm without air access
    [2]
    2. Pop-up method 1, characterized in that the pressing is carried out between plates having seals on their edges
    30 Method pop01, characterized in that the pressing is carried out for 1 to 60 minutes.
    4C The method according to claim 1, characterized in that the pressing is carried out between air-tight, constantly moving heated plates
    50 The method according to claim 1, wherein pressing is performed between a heated drum and a belt tensioned around the drum,
    90-95
    400-500
    About 5003.3
    About 140 200-250 About 107.0
    150-200
    2-3
    200-250 About 10
    10-20 350
    0.5-1.0 60
    10.0
    10.0 0.9
    About 130 100-150 About 303.3
    a "9 g
    if 2 / /
    ЈЈll
     {ssss-l
    V
    Phie.1
    FIG. 2
    Fi.Z
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    同族专利:
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    PL136464B1|1986-02-28|
    KR850000559A|1985-02-28|
    AU1240783A|1983-11-17|
    JPS58199073A|1983-11-19|
    HU191829B|1987-04-28|
    AU560282B2|1987-04-02|
    ZA832049B|1983-12-28|
    GB2120129A|1983-11-30|
    FR2526821A1|1983-11-18|
    CH647136A5|1985-01-15|
    MX159157A|1989-04-26|
    FR2526821B1|1986-09-26|
    GB2120129B|1985-09-18|
    GB8308239D0|1983-05-05|
    CA1192093A|1985-08-20|
    CS246061B2|1986-10-16|
    JPS6222663B2|1987-05-19|
    KR870001975B1|1987-10-23|
    PL241574A1|1983-12-05|
    US4504517A|1985-03-12|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US2695244A|1950-12-15|1954-11-23|United Merchants & Mfg|Method and apparatus for continuous printing and flocking|
    BE550356A|1955-08-17|
    US3357848A|1962-11-05|1967-12-12|D & S Proc Company|Flocking method and machine|
    DE1635404A1|1967-01-02|1971-04-01|Ver Volkseigener Betr E Konfek|Device for the plastic shaping of clothing parts|
    US3542616A|1967-03-20|1970-11-24|Deering Milliken Res Corp|Molded articles of wearing apparel|
    US3533872A|1967-05-01|1970-10-13|Nat Floor Products Co Inc|Method of making a cove molding in a continuous laminated process|
    GB1355189A|1970-09-14|1974-06-05|Reliant Tooling Co Ltd|Apparatus for attaching fusible backing pieces to textile pieces|
    DE2856237C2|1978-12-27|1982-06-16|Herbert Kannegiesser Gmbh + Co, 4973 Vlotho|Device for gluing flat textile structures|
    DE3014656C2|1980-04-16|1985-08-01|Kufner Textilwerke GmbH, 8000 München|Method for reinforcing outer fabrics for articles of clothing and device therefor|
    DE3021039A1|1980-06-03|1981-12-10|Kufner Textilwerke KG, 8000 München|INSERTS FOR CLOTHING AND METHOD FOR THE PRODUCTION THEREOF|JPS6330505A|1986-07-24|1988-02-09|Mitsubishi Petrochem Co Ltd|Production of water-absorptive composite material|
    CA2002016A1|1988-11-21|1990-05-21|Koji Miyake|Manufacturing method, continuous manufacturing method, product and manufacturing apparatus of absorbent composite|
    US5806135A|1996-09-12|1998-09-15|Earle; John R.|Apparatus for removing dust from an object|
    US20040224584A1|2003-05-08|2004-11-11|Techfab, Llc - Anderson, Sc|Facing sheet of open mesh scrim and polymer film for cement boards|
    US7531219B2|2005-07-21|2009-05-12|Hi-Tex, Inc.|Treated textile fabric|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    DE3218050|1982-05-13|
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