• 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 paper web processing mechanism for applying a combined breaker press and size press coating operation including a first breaker nip formed between a first hard surfaced chilled iron roll and a second coating roll with the first roll being loaded to control the nip pressure and a third roll forming a coating nip with said second roll with the web led immediately through the second nip either by following the second roll or being passed over a guide roll therebetween and the web coated as it passes into the second nip in either a gate roll coating operation by gate rolls nipped against the third roll or by a puddle coating operation with coating supplied to the upwardly facing side of the second nip.
    公开号:SU974938A3
    申请号:SU782730948
    申请日:1978-11-30
    公开日:1982-11-15
    发明作者:Лесли Дрейер Джордж
    申请人:Белойт Корпорейшн (Фирма)；
    IPC主号:
    专利说明:

    The invention relates to a device for processing paper web in the drying part of a paper machine and is intended for use in the pulp and paper industry.
    A device for processing paper web. the drying part of the paper machine, which includes means for feeding a continuously moving paper web, a horizontal roller size press with a device for supplying glue to at least one surface of the paper web and a half-calender in front of the size press with means ^ for regulating the pressure in the gap between the shafts £ 1 ].
    A disadvantage of the known device is that it does not provide a sufficiently high quality processing-20 ki and simplicity of design.
    The purpose of the invention is to simplify the design and improve the quality of processing.
    This goal is achieved by the fact that in the device for processing paper 25th web in the drying part of the paper machine, including means for feeding continuously moving paper web, a horizontal roll-type 5 size press with a device for supplying glue for at least one the surface of the paper web and half-wet calender installed in front of the size press with means for adjusting the pressure in the gap between the rolls, the first size press shaft and the last along the direction of the paper web al half-baked calender disposed in direct contact and 15 form between them a grip for the wiring of the paper web.
    In addition, the device has a guide roller for the paper web located above the last shaft of the semi-moist calender and the first shaft of the size press.
    In FIG. 1 shows a device, a General view; in FIG. 2 - modified device design; in FIG. 3 - section A — A in FIG. 1.
    The device includes means for feeding the paper web 1, a horizontal roll size press with shafts 2-5.
    The first gap of the size press is made between shaft 2 and shaft 3 of the size press, the other is the transfer gap between shafts 3 and 4 and the next gap is between shafts 4 and 5. In this gap, cover material is supplied by pipelines 6 in dosed quantity.
    In front of the size press there is a half-baked calender with means for regulating the pressure in the gap between { d shafts.
    The gap between the shafts of kg shandra is formed between the shaft 7 of bleached cast iron and the shaft 8 of the variable bombing of stainless steel. 8 shaft 20 a stainless steel boiling chamber 9 has a shaft with a gap regulating the presser block 10 'within chamber 9 against the gap. Radial pressure shown schematically by arrows applied to the strip, PE 25 regulates the pressure in the gap.
    The control of the amount of supply of the coating material to the shaft 2 and, therefore, to the • web passing through the gap between the shafts 8 and 2, is regulated by the pressure eo in the gaps between the shafts of the size press. For this purpose, the size press shaft 4 is mounted on an arm 11 pivotally mounted in position 12, the guided air bellows 13 exert a force on the bracket 11 to adjust the pressure 35 in the gap between the shafts 3 and 4,
    The size 5 shaft 5 of the size press is mounted on a swinging lever 14 pivotally mounted at position 15. The air bellows 16 exert a force on this lever to adjust the pressure in the gap between the shafts 4 * 5. The guide roller 17 is located above the shaft 8 and the shaft 2.
    The device operates as follows.
    A continuously moving paper web is fed from a certain source through the guide roller 1 into the gap of the twin-shaft calender. fifty
    After passing through the gap and sorption ability, and this results in less pulling of vologon on supercalenders in the subsequent finishing operation.
    For applying a coating layer, or gluing, to the underside of the web, it is transferred to the shaft surface 2 by the size press rollers 3, 4 and 5. These shafts are arranged horizontally with the formation of gaps between them. When leaving the gap between the shafts 2 and 8, the web passes upward through the guide roller 17.
    The device (see Fig. 2) allows you to apply a coating layer on both sides of the web passing through the size press. The web is continuously fed through the guide roller into the first gap.
    • Directly after this gap, the web is passed upward through the guide roller 17 into the second gap or gap for applying a coating layer. A clearance for applying a coating layer is formed between the shaft 8 and the third shaft 2 for applying the coating layer. The canvas goes down into the second gap, which acts as a crypto device for applying the coating layer, where the coating layer is applied to both sides of the canvas simultaneously through the feed tubes 6 of the coating material.
    After applying the coating layer in the gap, the web is removed from the second gap through the guide roller.
    The proposed device allows for simplicity of design to provide. High quality processing of the canvas.
    权利要求:
    Claims (1)
    [1]
    The device includes means for feeding a paper web 1, a horizontal roller glueing machine: with a press, with shafts 2-5. The first gap of the size press is between the shaft 2 and the shaft 3 of the size press, another transfer gap between shafts 3 and 4 and the next gap between shafts 4 and 5. In this gap: supply of cover material is provided by pipelines b in the dosage quantity. In front of the sizing press, a half-calender is installed with a means for regulating the pressure in the gap between the shafts. A gap between the shander shafts is formed between the shaft 7 of the bleached iron and the shaft 8 of the variable stainless steel bombing. The stainless steel shaft 8 has a shaft chamber 9 with a gap adjusting the pressure pad Yu inside the campha 9 against the gap. The radial pressure shown schematically in Eide arrows attached to the block regulates the pressure in the gap. The control of the amount of supply of the cover material to the shaft 2 and, consequently, to the web passing through the gap between shafts 8 and 2, is controlled by the pressure in the gaps between the shafts of the sizing press. For this purpose, the size press shaft 4 is mounted on the bracket 11, hinged but fixed in position 12. The controllable air furs 13 apply force to the bracket 11 to regulate the pressure in the gap between the edges 3 and 4. The shaft 5 of the gluing npectia is mounted on the deflection The lever 14, pivotally fixed in position 15. The air bellows 16 force the lever to regulate the pressure in the gap between the shafts 4 and 5. A guide roller 17 is located above the shaft 8 and the shaft 2. The device operates as follows. A continuously moving paper web is fed from a certain source through Her roller 1 into the gap of the two-shaft calender. After passing through the gap and pressing in a two-shaft calender, the web immediately passes into the gap between shafts 2 and 8 to apply a coating layer. The lower, or reticulated, side (see 4ig. 1) of the web is covered first, the Setosha side has a higher ab 97 84 sorption capacity and this results in less pulling out of vologkon on supercalenders in the subsequent finishing operation. For applying a coating layer, sizing, on the underside of the web, it is transferred to the surface of the shaft by 2 rollers of the sizing press 3, 4 and 5. These rollers are arranged horizontally with gaps between them. When leaving the gap between shafts 2 and 8, the web passes upwardly through the guide roller 17. The device (see Fig. 2) allows the coating layer to be applied on both sides of the web passing through the size press. The web is continuously fed through the guide roller to the first gap. Immediately following this gap, the web passes upward through the guide roller 17 into the second gap or the gap for applying the coating layer. A gap for applying the covering layer is formed between the shaft 8 and the third shaft 2 for applying the covering layer. The web passes down into the second gap, which acts as a bathing device for applying the covering layer, where the covering layer is applied to both sides of the web simultaneously through the supply tubes 6 cover material. After applying the coating layer to the gap, the web is led out of the second gap through the guide roller. The proposed device allows, with simplicity of construction, to ensure a high quality of the processing of the web. Claim 1. Device for processing paper web in the drying section of papermaking machine, including means for feeding a continuously moving paper web, horizontal roller sizing press with glue dispenser for at least one surface of the paper web and a calender with means for regulating the pressure in the gap between the shafts, characterized in that, in order to simplify the design and improve the quality of the processing of the web, the first l pasted press, and some last during the movement of the paper polo-ta half-baked calender shaft disposed in intimate contact and form
    类似技术:
    公开号 | 公开日 | 专利标题
    KR870002129B1|1987-12-09|Method and apparatus of sheet transter using a nonporous smooth-surfaced belt
    US2204426A|1940-06-11|Papermaking machine
    JP3177561B2|2001-06-18|Gloss finishing method of paper web and calendar using this method
    SU974938A3|1982-11-15|Apparatus for treating paper web in drying section of paper-making machine
    JP4823231B2|2011-11-24|Fiber web processing method and apparatus
    US5685909A|1997-11-11|Device for producing paper webs coated on both sides
    US4089738A|1978-05-16|Method and apparatus for influencing the characteristics of the surface of a paper product
    US2959222A|1960-11-08|Pickup and press section
    FI64411C|1983-11-10|PROCEDURE FOR THE PURPOSE OF OPERATION OF THE PAPER
    US6893682B2|2005-05-17|Method and device for single-or double-sided application
    US5401314A|1995-03-28|Device for coating traveling webs of paper or board on both sides using two web guide rolls
    EP0091934B1|1986-01-29|Size press
    JP2516180B2|1996-07-10|Press equipment
    JP6667353B2|2020-03-18|Wet paper drying method and used paper recycling processing device
    US3231418A|1966-01-25|Coating a moving paper web with a coating roller having lower peripheral speed than web
    US1291626A|1919-01-14|Surfacing paper.
    KR850000455B1|1985-04-05|Combined size press and breaker stack
    SU929773A1|1982-05-23|Press for dewatering fibrous material web
    US1595473A|1926-08-10|Method and apparatus for drying sheet material
    US2244859A|1941-06-10|Coating apparatus
    CS198235B2|1980-05-30|Machine for wetting and treatment of sheet-material,e.g.leathers
    EP2331750B1|2012-12-26|Forming section with metal belt
    US2176393A|1939-10-17|Material conditioner
    US5813136A|1998-09-29|Machine for producing a sheet of material by direct press to dryer passage
    US1653610A|1927-12-27|Paper-wetting machine
    同族专利:
    公开号 | 公开日
    PH14965A|1982-02-05|
    PL123793B1|1982-11-30|
    ES474967A1|1979-04-01|
    IT7830315D0|1978-11-29|
    IN149137B|1981-09-19|
    JPS5436173B2|1979-11-07|
    PL211229A1|1980-04-21|
    MX147372A|1982-11-24|
    IT1100404B|1985-09-28|
    CA1110844A|1981-10-20|
    US4192712A|1980-03-11|
    GB2009630A|1979-06-20|
    GB2009630B|1982-06-09|
    BR7807394A|1979-07-24|
    JPS5486535A|1979-07-10|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    WO2012015331A1|2010-07-29|2012-02-02|Федеральное Государственное Унитарное Предприятие "Гознак" |Multilayered paper with reinforcing strips for the production of valuable documents|US1623280A|1925-07-14|1927-04-05|Distr Of Columbia Paper Mfg Co|Decorated paper and method of making same|
    US2281294A|1940-06-20|1942-04-28|Dominion Eng Works Ltd|Press for paper making machines|
    US2645201A|1951-04-12|1953-07-14|Combined Locks Paper Co|Apparatus for coating paper|
    FR1094628A|1952-12-31|1955-05-23|
    US2830555A|1954-10-29|1958-04-15|Minnesota & Ontario Paper Co|Roller apparatus for coating paper|
    US2920698A|1955-10-12|1960-01-12|Beloit Iron Works|Paper machine coating arrangement|
    US3044440A|1960-08-22|1962-07-17|Cons Water Power & Paper Co|Paper coating apparatus|
    US3293067A|1963-03-27|1966-12-20|Cons Papers Inc|Production of coated paper|
    US3276102A|1964-01-24|1966-10-04|Beloit Corp|Adjustable crown roll|US4325784A|1980-03-20|1982-04-20|Beloit Corporation|Combined size press and breaker stack and method|
    FI62370C|1980-11-28|1982-12-10|Valmet Oy|LIMPRESS MED SYSTEM FOER LUGNANDE AV LIMDAMM|
    US4340623A|1980-12-08|1982-07-20|Beloit Corporation|High speed size press|
    US4413586A|1982-05-20|1983-11-08|J. M. Voith Gmbh|Size press|
    JPH0235912B2|1983-12-29|1990-08-14|Kyoichi Kitagawa|
    US4570571A|1984-07-12|1986-02-18|Fusion Uv Curing Systems Corporation|Apparatus for applying UV ink to glass fibers|
    US4674437A|1986-05-30|1987-06-23|Ira L. Griffin Sons, Inc.|Size applicator|
    FI88421C|1990-04-19|1993-05-10|Valmet Paper Machinery Inc|Coating device for coating roll in an adhesive press, paper or cardboard|
    US5573593A|1995-01-17|1996-11-12|Beloit Technologies, Inc.|Coating apparatus for selectively coating either or both sides of a traveling paper web|
    US6017419A|1997-09-16|2000-01-25|Voith Sulzer Paper Technology North America, Inc.|Method and assembly for storing, transporting and using a metering size press rod assembly in a paper-making machine|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    US05/860,208|US4192712A|1977-12-13|1977-12-13|Combined breaker size press coater|
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