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    • 1. 发明专利
    • Apparatus and method for coating area to be coated of traveling base material with liquid or pasty coating material
    • 涂层用流动基质材料涂覆液体或涂层材料的装置和方法
    • JPH11276964A
    • 1999-10-12
    • JP3999299
    • 1999-02-18
    • Voith Sulzer Papiertechnik Patent Gmbhフォイト ズルツァー パピーアテヒニク パテント ゲゼルシャフト ミット ベシュレンクテル ハフツング
    • BERNERT RICHARD
    • B05B13/02B05B15/04B05C1/08B05C5/00D21H23/50D21H23/56
    • D21H23/50B05B13/0207B05B15/0406B05B15/045B05C1/0826D21H23/56Y02P70/36
    • PROBLEM TO BE SOLVED: To prevent a base material web from being coated with at least a part of a coating material supplied from a coating unit and to properly define each of the side edge parts of a coated area by providing at least one of two side edge parts and an area to be coated of a base material web.
      SOLUTION: In this apparatus 10, a coating unit 12 for coating a base material web 16 such as paper, which is guided in such a way that it unidirectionally passes around the peripheral surface of a support roller 18, with a coating material 14, has a distribution pipe 20 that is provided with plural spray nozzle 20b1, 20b2,... disposed parallel in the width direction Q of the web 16. At the time of coating the web 16 by using this apparatus 10, uncoated side edge parts 16c remain on the both sides of the coated area 16a of the base material web 16, respectively. In order to define the both side edge parts 16c, two shielding members 22 each of which has a cylindrical section 22a consisting of a body made of a thin sheet, are placed correspondingly to the side edge parts 16c respectively in the apparatus 10. In the each of the shielding members 22, by moving a front wall 22b formed at the end of the cylindrical section 22a with an adjustment mechanism 26, the boundary between the coated area 16b and one of the uncoated side edge part 16c can be defined.
      COPYRIGHT: (C)1999,JPO
    • 要解决的问题:为了防止基材纤维网被涂覆有从涂布单元供应的涂料的至少一部分并且通过提供两个侧面中的至少一个来适当地限定涂覆区域的每个侧边缘部分 边缘部分和待涂覆的基材纤维网的区域。 解决方案:在该装置10中,涂覆单元12,用于涂覆基材16(例如纸),其以单向方式通过支撑辊18的周面通过涂覆材料14而被引导,具有 分配管20设置有沿着幅材16的宽度方向Q平行设置的多个喷嘴20b1,20b2,...。在使用该装置10涂布纤维网16时,未涂覆的侧边缘部分16c保持 分别在基材纤维网16的涂布区域16a的两侧。 为了限定两个侧边缘部16c,分别在设备10中分别对应于侧边缘部分16c放置两个屏蔽构件22,每个屏蔽构件22具有由薄片制成的主体构成的圆柱形部分22a。在 每个屏蔽构件22通过使用调节机构26移动形成在圆筒形部分22a的端部的前壁22b,可以限定涂覆区域16b与未涂覆侧边缘部分16c中的一个之间的边界。
    • 3. 发明申请
    • Coating device and process for a wet section of an apparatus for production of a material web
    • 用于生产材料网的设备的湿部的涂覆装置和方法
    • US20040191416A1
    • 2004-09-30
    • US10810866
    • 2004-03-29
    • VOITH SULZER PAPIERTECHNIK PATENT GmbH
    • Peter GallinaVolker Schmidt-RohrKarl StelnerMichael Trefz
    • B05D003/12B05D001/36
    • D21H23/28
    • Process for application of a coating medium on a traveling material web that is one of paper and cardboard, the coating medium including at least one of a pasty medium and a liquid medium, wherein the process includes forming a material web in a wet section of a machine for one of paper and cardboard and guiding the material web which is still wet with a traveling, endless, carrier belt during application of a coating medium. The application of the coating medium includes transferring the coating medium from a roll-coating mechanism to at least one transfer belt onto the still wet material web. The coating medium is transferred from a surface of the at least one transfer belt moving in a direction of travel of the material web. The at least one transfer belt is a traveling, endless, air-permeable transfer belt which is guided by rolls. This Abstract is not intended to define the invention disclosed in the specification, nor intended to limit the scope of the invention in any way.
    • 在作为纸张和纸板之一的移动材料幅材上施加涂布介质的方法,所述涂布介质包括糊状介质和液体介质中的至少一种,其中所述方法包括在湿式部分中形成材料网 机器,用于纸张和纸板之一,并且在施加涂布介质的同时引导仍然被行进,无尽的传送带湿润的材料网。 涂覆介质的应用包括将涂布介质从辊涂机构转移到至少一个转印带到静止的湿纸幅上。 所述涂料介质从所述至少一个转移带的表面移动,所述表面沿所述材料纤维网的行进方向移动。 所述至少一个转印带是由辊引导的行进的,无尽的,透气的转印带。 本摘要不旨在限定说明书中公开的发明,也不旨在以任何方式限制本发明的范围。
    • 6. 发明申请
    • Processes for manufacture of a press jacket
    • 压制夹克的制造方法
    • US20020125604A1
    • 2002-09-12
    • US10138571
    • 2002-05-06
    • Voith Sulzer Papiertechnik Patent GmbH
    • Uwe Matuschczyk
    • B29C039/14B29C039/18
    • D21F3/0227B29C39/00B29D29/00B29L2031/733D21F3/0236Y10T29/4956Y10T29/49563
    • Process for manufacturing a roll press jacket, wherein the roll press jacket includes a hollow cylindrical sleeve made of an castable elastomeric material containing at least one crystallization component, the sleeve has an interior cylindrical surface and an exterior cylindrical surface. The internal surface and the external surface have different hardness characteristics. The process includes using a cylindrical casting mold having an casting surface, the casting mold having a temperature which is maintained at a temperature colder than an elastomeric material being cast, casting a hollow cylindrical sleeve from the elastomeric material on the casting mold, the elastomeric material containing at least one crystallization component, providing the sleeve with an interior cylindrical surface and an exterior cylindrical surface, one of the internal or external surfaces being formed against the casting surface of the cylindrical casting mold, wherein the surface of the sleeve which is formed against the casting surface is harder than a surface which is not formed against the casting surface.
    • 用于制造辊压套的方法,其中所述辊压套包括由包含至少一种结晶组分的可铸塑弹性体材料制成的中空圆柱形套筒,所述套筒具有内圆柱形表面和外圆柱形表面。 内表面和外表面具有不同的硬度特性。 该方法包括使用具有铸造表面的圆柱形铸造模具,该铸模具有保持在比铸造的弹性体材料更冷的温度的温度,从铸模上的弹性体材料铸造中空圆柱形套筒,弹性体材料 包含至少一个结晶组分,为所述套筒提供内部圆柱形表面和外部圆柱形表面,所述内部或外部表面中的一个抵靠所述圆柱形铸模的铸造表面形成,其中所述套筒的表面抵抗 铸造表面比不形成在铸造表面上的表面更硬。
    • 7. 发明授权
    • Doctoring device for an apparatus to apply a liquid or viscid medium
onto a moving base surface
    • 用于将液体或粘性介质施加到移动的基面上的装置的装置
    • US6159289A
    • 2000-12-12
    • US163690
    • 1998-09-30
    • Rudiger KurtzHarald HessChristoph Henninger
    • Rudiger KurtzHarald HessChristoph Henninger
    • B05C11/02B05C11/04D21H25/08
    • D21H25/08B05C11/025B05C11/041
    • A doctoring device for an apparatus designed to apply a liquid or viscid medium onto a moving base surface includes a metering unit having a coater rod and a coater rod bed. The metering unit is attached to the support beam and is positioned so that it can be pressed against the base surface. A pressure-elastic support arrangement is disposed between the coater beam and the coater rod bed. The coater rod bed is supported pressure-elastically by the support beam via the support arrangement in at least two support directions that are perpendicular to each other. The spring rate of the support arrangement is adjustable in at least one of the support directions. A preferred support arrangement includes pressure hoses which are assigned to each of the two support directions. The pressures in these hoses can be adjusted, independently from each other, to a pre-determined level via a pressure source. Unwanted deformation of the support beam in various directions relative to the base surface can thereby be compensated for. Furthermore, there is a large degree of freedom in the selection of the mounting position of the doctoring device relative to the base surface.
    • 用于将液体或粘性介质施加到移动的基面上的设备的刮刀装置包括具有涂布机杆和涂布机杆床的计量单元。 计量单元连接到支撑梁上并且被定位成使其能够被压靠在基座表面上。 压力弹性支撑装置设置在涂布机梁和涂布机杆床之间。 涂布机杆床由支撑梁通过支撑装置以彼此垂直的至少两个支撑方向被弹性地支撑。 支撑装置的弹簧刚度在至少一个支撑方向上是可调节的。 优选的支撑装置包括分配给两个支撑方向中的每一个的压力软管。 这些软管中的压力可以通过压力源彼此独立地调节到预定的水平。 因此可以补偿支撑梁相对于基面在各个方向上的不必要的变形。 此外,在选择涂布装置相对于基面的安装位置方面存在很大的自由度。
    • 8. 发明授权
    • Calender for treating both sides of a web
    • 压延机用于处理网络的两侧
    • US6129011A
    • 2000-10-10
    • US226198
    • 1999-01-07
    • Dirk Cramer
    • Dirk Cramer
    • D21G1/00B30B3/04
    • D21G1/00D21G1/004
    • A paper calender has a stack of rolls arranged one above the other. They form an upper stack and a lower stack with a common center roll. Additional center rolls are carried on levers that are capable of pivoting about axes fixed with respect to the frame, and are capable of being placed under load by devices applying force. These devices should be designed to be powerful enough to be capable of compensating for more than the total weight of the associated roll and the parts connected to it. As a result of the various possible settings for the line load, the finishing of the paper can be improved. A method is provided for operating a paper calender having an upper stack of rolls and a lower stack of rolls positioned below the upper stack. Each stack is individually capable of being placed under load by upper and lower force generators. The calender also includes a common center roll that is supported on a frame, and remaining center rolls carried on levers capable of pivoting about axes fixed with respect to the frame. The levers are capable of being placed under load by force applying devices to compensate for more than the total weight of the respective roll and the parts connected to it. The method includes exerting force on the upper stack independently of the force exerted on the lower stack, exerting force on each lever independently of the force exerted by the other force applying devices, and setting the load characteristic curves in the upper stack and lower stack differently.
    • 纸张压光机具有一堆彼此排列的辊子。 它们形成具有公共中心辊的上堆叠和下堆叠。 附加的中心辊承载在能够围绕相对于框架固定的轴线枢转的杠杆上,并且能够通过施加力的装置而被放置在负载下。 这些设备的设计应足够强大,能够补偿相关卷筒和连接到其上的部件的总重量。 作为线路负载的各种可能的设置的结果,可以提高纸张的整理。 提供了一种用于操作具有上堆叠辊和位于上堆叠下方的下堆叠辊的纸压光机的方法。 每个堆叠单独能够被上部和下部力发生器置于负载下。 压延机还包括支撑在框架上的公共中心辊,并且剩余的中心辊承载在能够相对于框架固定的轴线上枢转的杠杆上。 杠杆能够通过施力装置被放置在负载下,以补偿相对于辊和连接到其的部分的总重量。 该方法包括独立于施加在下堆叠上的力施加上堆叠的力,独立于由另一施力装置施加的力施加在每个杆上的力,并且将堆叠和下堆叠中的载荷特性曲线设置为不同 。
    • 9. 发明授权
    • Process for transferring a material web from a winding roll to a winding
sleeve and winding device
    • 将材料卷材从卷绕辊转移到卷绕套筒和卷绕装置的过程
    • US6086010A
    • 2000-07-11
    • US255716
    • 1999-02-23
    • Franz Kayser
    • Franz Kayser
    • B65H18/20B65H19/26B65H19/28B65H35/10
    • B65H18/20B65H19/26B65H19/286
    • Winding device and process for transferring a material web from a wound roll to a winding sleeve in a transfer region of the winding device. The process includes cutting the web in a cross-wise direction at a position upstream from the transfer region with respect to a web travel direction. In this way, a cutting line forms a leading edge and a trailing edge. The process also includes applying a double-sided adhesive tape along the cutting line, moving the cutting line into the transfer region, and increasing a web tension. In this way, the double sided adhesive tape is torn along the cutting line, which separates the trailing edge from the leading edge. The process also includes sticking the trailing edge onto the wound roll, and sticking the leading edge onto the winding sleeve. The winding device includes a cutting device that cuts the material web in a cross-wise direction. In this manner, a cutting line forms a leading and trailing edge. The device also includes an applying device that applies a double-sided adhesive tape, and that is positioned to follow the cutting device, such that the adhesive tape is applied while the cutting line is being made. The device also includes a transfer region in which the trailing edge is to be stuck to a wound roll and the leading edge is to be stuck to a winding sleeve, and the cutting device and the applying device are located at a distance upstream of the transfer region, with respect to a web travel direction.
    • 绕线装置和用于将卷绕装置的传送区域中的卷材从卷绕辊传送到绕组套筒的卷绕装置和工序。 该方法包括在相对于幅材移动方向的转印区域上游的位置处沿横向方向切割幅材。 以这种方式,切割线形成前缘和后缘。 该方法还包括沿着切割线施加双面胶带,将切割线移动到转印区域中,并且增加幅材张力。 以这种方式,双面胶带沿着切割线撕开,其将后缘与前缘分开。 该方法还包括将后缘粘附到卷绕辊上,并将前缘粘贴到卷绕套筒上。 卷绕装置包括沿横向方向切割材料幅材的切割装置。 以这种方式,切割线形成前缘和后缘。 该装置还包括施加双面胶带并且被定位成跟随切割装置的施加装置,使得在切割线被制造时施加胶带。 该装置还包括传送区域,其中后缘将粘附到卷绕辊上,并且前缘将被粘附到卷绕套筒上,并且切割装置和施加装置位于转印上游一段距离处 区域,相对于网络旅行方向。