• 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:
    The invention relates to textile industry and improves the quality of processing by preventing damage to the surface of the textile material. The method consists in placing the material in a tank, then leading it to a site of intensive liquid treatment. The textile material passes through an area of intensive liquid processing horizontally and at a speed equal to the speed of the treatment solution, and under the effect of a pulling force of the second drive winding means installed after the area of intensive liquid processing. The device contains a reservoir for loop-shaped wiring of the material, in the upper part of which there is an intensive liquid treatment section 60, consisting of a horizontal pipe and a treatment flow overflow unit. Drive winding rollers are installed at the pipe inlet and outlet. 2 sec. and 5 hp f-ly, 1 ill. sg "e (Y) S
    公开号:SU1463139A3
    申请号:SU864027945
    申请日:1986-08-06
    公开日:1989-02-28
    发明作者:Экродт Гюнтер
    申请人:Тис Гмбх Унд Ко. (Фирма)；
    IPC主号:
    专利说明:

    l
    This invention relates to a textile industry, in particular to the liquid treatment of a textile article in the form of a rope.
    The purpose of the invention is to improve the quality of processing by preventing damage to the surface of a textile material.
    The method of liquid treatment of a textile material consists in that the textile material is cyclically fed through an intensive liquid treatment section, after which the textile material is first looped, then folded into the bath, and then brought back to the section. treatment with a help of a motor at a speed equal to the speed of the treatment solution and with its circulating flow. The material is conducted horizontally through the site of intensive liquid processing under the action of a pulling force, which is created by a second winding means, which gives the same feed rate as the first winding means located in front of the intensive liquid handling site as the material moves. The material during its passage through the area of intense liquid
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    tricks are straightened. After processing the material, the processing solution is collected and the circulating line rio is first brought to the pump and from it again to the intensive treatment section, into which the processing solution is introduced through the overflow unit. The drawing shows the device dp implementation of the method.
    The device comprises a reservoir 1, a liquid treatment, in which the textile material 2 to be processed is looped. The textile material 2, which is laid inside the liquid treatment tank, is supplied from its lower part through the first driving winding means 3 to the intensive liquid treatment portion 4 installed in the upper part of the tank. The textile material moves through the intensive liquid treatment section A to the second driven winding means 5, which, under the influence of a pulling force, draws the textile material through the intensive liquid processing section 4 and feeds it back to the lower part of the liquid processing tank 1.
    Section 4 of the intensive liquid treatment consists of a horizontal pipe, which has an overflow block 6 in the zone of the input end, through which the treatment solution can be introduced under pressure into the area 4 of the intensive liquid treatment. In this case, the textile material is intensively brought into contact with the treatment solution inside the liquid treatment section 4 and rinsed with it.
    o The site has been processed in the form of a horizontal pipe with the intensity of the tapping process, as a result of which the processing solution does not receive acceleration when passing through this section its speed remains constant, and both winding means 3 and 5 are installed with the possibility of rotation, cp speed, corresponding to the feed rate of the textile material 2, equal to the circulation rate of the treatment solution through the intensive treatment section. Both the winding means 3 and 5 are connected to the drive, however the second winding. Tool 3 can be installed with the possibility of rotating at a speed greater than 40N, the speed of the first winding
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    The second winding means 5 is made in the form of a roller fabric spread, both halves of which lateral surface, one after the other, in the direction of the width of the roller, are formed each in a helix of wound rods or tubes, with the helix steps of each of the two halves of the side surface directed oppositely. An overflow unit 6 through supply line 7 is connected to a heat exchanger 8, which is connected to a circulation pump 9. The latter is connected via a suction line 10 to the lower internal part 11 of a liquid treatment tank 1, to supply chemicals to be added to the treatment solution, a capacity of 12 is installed. connected to the pump 13, the pressure line 14 of which is connected to the suction line. 10 of the circulation pump 9. The branch 15 from the supply line 7 is connected to the cavity of the tank 12. Throughout
    There are a number of valves (valves) installed in the circulation system and in the lines of the dosing system, which are intended for supplying and discharging the treatment. to the bottom of the tank
    g 1 liquid treatment, hot water and steam from heat exchanger 8, chemicals or already dissolved chemicals in tank 12 and for supplying liquid.
    As a result of establishing the same speeds of movement of the textile material and the processing solution in the area 4 of intensive liquid treatment, a gentle treatment of the surface of the textile material is achieved. Instead of the overflow block 6, a nozzle block may be installed. In this case, the treatment solution is introduced into section 4 of the intensive liquid treatment under the action of a given
    Q pump pressure.
    While with the nozzle block, the rate of supply of the treatment solution to the intensive treatment section 4 may be varied by appropriately adjusting the circulation flow rate. pump, when installing re.pivnoy; unit 6, the rate of supply of the processing area is changed by pe55
    51
    the cross section feeding is fed from the overflow vessel to the inlet of the processing liquid to the intensive processing area by any known means.
    权利要求:
    Claims (3)
    [1]
    1. Liquid processing method of a textile material in the form of a rope by cyclically feeding the textile material through the intensive liquid processing section, after which the textile material is looped first, then p is folded and fed into the bath, then it is again fed to the intensive liquid treatment section. using a winding tool and with the circulating feed of the treating solution, the textilesLe material is carried out horizontally through the site of intensive liquid treatment, ivnoy liquid processing obrabatyvayu- liquor was collected and first circulating line is led to the pump
    and from it again to the intensive liquid treatment site, into which the treatment solution is introduced through a nozzle block or through an overflow block, characterized in that, in order to reduce the quality of the treatment by preventing damage to the surface of the textile material, the latter is passed through an intensive liquid treatment, at a rate equal to the speed of the processing solution, while the textile material is passed through an area of intensive liquid treatment under the action of a pulling force that creates a second eye winding tool having the same feed rate as the winding tool located in front of the site of intensive liquid treatment in the course of the material,
    [2]
    2. A method according to claim 1, characterized in that the textile material is spread out during its passage through the intensive treatment section.
    [3]
    3. A device for liquid treatment of textile material in the form of a rope, containing a tank with an intensive liquid treatment section installed in its upper part.
    g 2 2 25
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    396
    consisting of a horizontal pipe, having in the zone of the input end a block of nozzles or an overflow block connected by a main with a circulation pump 1, the suction nozzle of which is connected to the lower part of the extraction tank -: - coming out of a non-processing solution, and located in front of areas of intensive liquid processing in the course of the material's movement; driving winding means for receiving material from the lower part of the tank, characterized in that, in order to improve the quality of processing by preventing damage to the surface Textile material, it has after the site of intensive liquid treatment in the course of movement of the textile material the second driving winding means for wiring, the textile material through the area of intensive liquid processing by pulling force, both winding tools being installed with the possibility of rotation; g of the corresponding textile material feed rate equal to the circulation rate of the treatment solution through the site of intensive liquid processing,
    4, The apparatus according to claim 3, O and l, in that the horizontal section of the Pipe in cross section has the shape of a rectangular pipe,
    5, The device according to PP, 3 and 4, o, t - is characterized by the fact that the horizontal section of the pipe towards the second winding means is made conically expanding,
    6, The device according to claim 5, about tl and - often, that the second winding means is made in the form of a roller fabric,
    7, The apparatus according to claim 6, about tl and the fact that the roller fabric spreader is made in the form of a roller, both of which are of the side surface of which, lying one after the other in the direction of the width of the roller, are each formed in the form of a helix of wound rods or The pipe, with the pitch line pitch kahtsda from both side of the half surface of the lateral surface; : n: well.
    15
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    类似技术:
    公开号 | 公开日 | 专利标题
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    US2552078A|1951-05-08|Apparatus for dyeing and after treating fibers
    EP1945846B1|2010-01-06|Machine for continuous treatment of a fabric in rope form and relative method
    GB1390000A|1975-04-09|Apparatus for wet processing textile material
    US4023385A|1977-05-17|Oscillating valve for jet dye beck
    US1387072A|1921-08-09|Apparatus for treating textiles and other materials
    US1825478A|1931-09-29|Method and means for treating textile fabrics
    US5235828A|1993-08-17|Apparatus for low liquid wet treatment of a textile material
    US3469932A|1969-09-30|Process and apparatus for the wettreatment of materials
    US3416881A|1968-12-17|Process and apparatus for treating a continuous length of synthetic textile fabric for the purpose of making the material softer, less glossy and more voluminous
    KR940007701B1|1994-08-24|Method for wet treating cloth
    SU983159A1|1982-12-23|Apparatus for dyeing continuous textile filament in hanks
    SU1520166A1|1989-11-07|Washing textile material
    US3729958A|1973-05-01|Liquid treating apparatus for textile materials and method therefor
    US2721465A|1955-10-25|Apparatus for liquid treatment of textile fabrics
    JPH0748703Y2|1995-11-08|Knitted fabric processing equipment
    US3675623A|1972-07-11|Yarn handling apparatus
    SU1032064A1|1983-07-30|Apparatus for liquid treatment of continuously moving textile material
    US4165548A|1979-08-28|Process for the wet treatment of endless strands of textile material
    SU1712493A1|1992-02-15|Device for treating textile material with liquid
    US1683325A|1928-09-04|Process and apparatus for washing fabrics
    JP3174436B2|2001-06-11|Liquid flow continuous win device
    KR830000315B1|1983-03-02|A continuous dyeing method for acrylic tow and its dyeing apparatus
    SU1670011A1|1991-08-15|Method and apparatus for liquid treatment of fibrous material
    同族专利:
    公开号 | 公开日
    DK332686D0|1986-07-11|
    DE3528387A1|1987-02-12|
    US4726088A|1988-02-23|
    CN86105725A|1987-04-01|
    EP0211265A1|1987-02-25|
    DE3663962D1|1989-07-20|
    EP0211265B1|1989-06-14|
    DK332686A|1987-02-08|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US2997871A|1959-12-29|1961-08-29|Lees & Sons Co James|Edge control device for fabric dye kettles and the like|
    US3493321A|1966-09-26|1970-02-03|Takeni Senka Kk|Process and apparatus for dyeing a fabric|
    DE2207679A1|1972-02-18|1973-08-30|Brueckner Apparatebau Gmbh|Wet treatment of textiles - particulary the dyeing or washing of sensitive textile strands without forming crease marks|
    US3780544A|1972-07-18|1973-12-25|Gaston County Dyeing Mach|Jet dyeing apparatus|
    JPS5220589B2|1974-09-09|1977-06-04|
    PT65247B|1976-06-21|1977-12-05|Termec Equipamentos Termicos D|Apparatus for dyeing textiles|
    FR2412637B1|1977-12-21|1980-10-10|Barriquand|
    JPS569990B2|1978-02-10|1981-03-05|
    US4538432A|1983-12-29|1985-09-03|Milliken Research Corporation|Optimum pressure control|DE3724075A1|1987-07-21|1989-02-02|Hoechst Ag|METHOD OF TREATING TEXTILE MATERIAL IN JET-FAERING MACHINES AND DEVICE FOR IMPLEMENTING THEREOF|
    JPH0515819B2|1987-10-27|1993-03-02|Yoshida Kogyo Kk|
    IT1238971B|1990-01-12|1993-09-17|Cerit Spa|COMBUSTION EQUIPMENT ON BOARD MACHINE FOR DYING FABRICS|
    DE19825032A1|1998-06-05|1999-12-09|Dystar Textilfarben Gmbh & Co|Device and method for finishing textile goods|
    GB2373255B|2001-03-14|2004-10-06|Falmer Investment Ltd|Jet dyeing machine for and method of dyeing a fabric rope|
    CN102747566B|2012-07-20|2014-07-02|苏州大学|Fabric rope shaped dyeing machine and dyeing method by using supercritical carbon dioxide fluid as medium|
    TWM575817U|2018-08-09|2019-03-21|聖諄實業有限公司|Low liquor ratio dyeing machine with dual belt cloth wheel|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    DE19853528387|DE3528387A1|1985-08-07|1985-08-07|METHOD AND DEVICE FOR WET TREATING TEXTILE GOODS IN STRAND SHAPE|
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