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    • 112. 发明申请
    • REEL WEB TURN-UP DEVICE
    • WO1997048632A1
    • 1997-12-24
    • PCT/US1997007615
    • 1997-04-29
    • BELOIT TECHNOLOGIES, INC.
    • BELOIT TECHNOLOGIES, INC.SMITH, Philip, W.ADAMSKI, Brian, C.
    • B65H19/26
    • B26F3/004B65H19/265B65H19/28B65H2301/41427B65H2301/41898B65H2301/5151B65H2301/51534B65H2408/236B65H2801/84
    • Two water jets cut a paper web (26) as it is led over a winder drive roll (36). The water jets are angled with respect to the cut so the water used in the cutting action is entirely directed onto the portion of the web which is severed. An adhesive material, for example an automatically applied tape (24), is introduced between the upper surface of the web (26) and a spool (28) for forming a new reel (32) of paper. The use of an adhesive causes the paper leader to engage with the spool (28), thus assuring a tight, uniform and consistent initiation of the web wrapped onto the new spool (28). An automatic tape applicator (22), similar to that used for taping cardboard boxes, may be used to insert a double-sided adhesive tape (24) onto the web (26) or into the nip (40) formed between the spool (28) and the winder drum (36).
    • 当两个水射流被引导到卷绕机驱动辊(36)上时,两个喷水嘴切割纸幅(26)。 水射流相对于切口成角度,因此切割动作中使用的水完全被引导到被切断的腹板部分上。 粘合剂材料,例如自动施加的带(24)被引入到幅材(26)的上表面和用于形成新的卷轴(32)的卷轴(28)之间。 使用粘合剂使得纸张引导件与卷轴(28)接合,从而确保包裹到新卷轴(28)上的卷筒纸的紧密,均匀和一致的起始。 可以使用类似于用于卷带纸板箱的自动带施加器(22)将双面胶带(24)插入到卷筒纸(26)上或形成在卷轴(28)之间的辊隙(40)中 )和卷绕筒(36)。
    • 113. 发明申请
    • CROSS CUTTING DEVICE FOR A WINDING MACHINE
    • 一种绕线机的交叉切割装置
    • WO1997047546A1
    • 1997-12-18
    • PCT/EP1997003095
    • 1997-06-13
    • BELOIT TECHNOLOGIES, INC.DÖRFEL, WalterTREUTNER, JürgenGANGEMI, Donald
    • BELOIT TECHNOLOGIES, INC.
    • B65H19/26
    • B65H19/2246B65H19/26B65H19/286B65H2301/41891B65H2301/41894
    • In a cross cutting device for a winding machine having at least a first carrier roll (11) wrapped by the web (10) to be wound and a second carrier roll (12), both carrier rolls forming a winding bed for at least one roll (13) to be wound around a winding core (14), particularly for winding paper in form of one web (10) or several webs (10', 10", ...) in parallel, a cross cutting means to cut through the web (10, 10', 10", ...) after completion of a roll (13) is formed near the front end of a support beam (24) being conductible through a clearance gap (G) between a first and second carrier roll (11, 12) into a cutting position (51) of the cross cutting means which is located at or close to the surface of said first carrier roll (11). Said support beam (24) can be pressed by means of a finished wrapped roll (13) against said wrapped first carrier roll (11). The cross cutting device, further, comprises a clamping device (30) being conductible counter to the web running direction into the clamping position and there, overlapping the arriving web edge of the next roll to be wound, securely clamps said arriving web edge independently of the cross cutting means. Said cross cutting means being conductible back through the clearance gap (G) between said carrier rolls (11, 12) to its home position and after one or several new winding core or cores (14) has/have been loaded, said clamping device (30) being detachable from the web edge and being conductible back in the web running direction to its home position.
    • 在用于绕线机的交叉切割装置中,至少具有由待卷绕的卷筒纸(10)包裹的第一承载辊(11)和第二承载辊(12),两个承载辊形成用于至少一个辊的卷绕床 (13)围绕卷芯(14)缠绕,特别是用于以一个腹板(10)或多个腹板(10',10“,...)的形式卷绕纸张,平行切割装置 在完成辊(13)之后的卷筒纸(10,10',10“,...)形成在支撑梁(24)的前端附近,该支撑梁(24)的前端可以通过间隙(G)在第一和第二 承载辊(11,12)进入位于或靠近所述第一承载辊(11)的表面的横切装置的切割位置(51)。 所述支撑梁(24)可以通过完成的卷绕辊(13)压靠在所述包裹的第一承载辊(11)上。 横切装置还包括夹紧装置(30),该夹紧装置(30)可相对于卷筒纸运行方向传导到夹紧位置,并且与要卷绕的下一个辊的到达卷边边缘重叠,可以牢固地夹紧所述到达的卷筒纸边缘, 十字切割手段。 所述交叉切割装置可以通过所述承载辊(11,12)之间的间隙(G)导回到其原始位置,并且在已经/已经装载了一个或几个新的卷绕芯或芯(14)之后,所述夹紧装置 30)可从纸幅边缘拆卸并且可以在幅材运行方向上传回其原始位置。
    • 115. 发明申请
    • OXYGEN DELIGNIFICATION OF MEDIUM CONSISTENCY PULP SLURRY
    • 中等一致性浆液的氧气定标
    • WO1997027358A2
    • 1997-07-31
    • PCT/US1996020955
    • 1996-11-13
    • BELOIT TECHNOLOGIES, INC.
    • BELOIT TECHNOLOGIES, INC.MILLER, William, J.
    • D21C00/00
    • D21C9/147D21C9/1057D21C9/163
    • The invention describes a method of oxygen delignification of medium consistency pulp slurry, which includes the steps of providing a pulp slurry of from approximately ten percent to sixteen percent consistency, at a temperature of from approximately 170-240 DEG F, preferably from 190 to 220 DEG F, thoroughly impregnating the slurry with oxyen gas, and with alkali to bring the slurry to a pH of at least 11, more preferably 12, introducing the slurry to oxygen gas in a high shear mixer, for agitating mixing therein, reacting the slurry in a first pressurized reactor for between 5 to 10 minutes, returning the pH of the slurry to at least 11, more preferably 12, with a residual alkali concentration of at least 1.25 gpl, thoroughly impregnating the slurry with H2O2 and oxygen gas, and reacting the slurry in a second reactor for between 30 to 180 minutes. By only employing the hydrogen peroxide during the slower bleaching reaction, a lower Kappa number with higher % ISO is obtained in these beneficial characteristics being retained in subsequent processing steps.
    • 本发明描述了中等稠度浆浆的氧脱木质的方法,其包括在约170-240°F,优选190-220℃的温度下提供约10%至16%稠度的纸浆的步骤 DEG,用氧气充分浸渍浆料,并用碱使浆料达到至少11,更优选12的pH,在高剪切混合器中将浆料引入氧气中,搅拌混合,使浆料 在第一加压反应器中5至10分钟之间,将浆料的pH值返回至少11,更优选12,残余碱浓度至少为1.25gp1,用H 2 O 2和氧气彻底浸渍浆料,并使 该浆液在第二反应器中30至180分钟。 通过在较慢漂白反应期间仅使用过氧化氢,获得具有较高%ISO的较低卡伯值,这些有益特征在后续加工步骤中保留。
    • 118. 发明申请
    • CLEANER WITH INVERTED HYDROCYCLONE
    • 具有反相氢氯酸盐的清洁剂
    • WO1997013027A1
    • 1997-04-10
    • PCT/US1996015638
    • 1996-09-19
    • BELOIT TECHNOLOGIES, INC.
    • BELOIT TECHNOLOGIES, INC.GRIMES, David, B.
    • D21D05/24
    • B04C5/08B04C3/06B04C5/085B04C2005/133D21D5/24
    • A cleaner receives input pulp stock in an inverted conical chamber (26), which acts as a hydrocyclone to direct heavyweight reject flows outwardly, lightweight reject flows into a discharging vortex chamber and accept flows in between to a vortex finder for removal. The cleaner body has an inverted hydrocyclone chamber (34) formed beneath the inverted cone and a ceramic splitter (36) below which skims off the heavyweight reject flow from the accept flow, and diverts it into the inverted hydrocyclone chamber (34). A portion of the diverted heavyweight reject flow is removed through a toroidal heavyweight rejects relief outlet (47), but the larger fraction of the heavyweight reject flow is recirculated within the inverted hydrocyclone chamber. Because the chamber narrows as it extends upwardly, the flow increases in speed and angular velocity to such an extent that the flow within the inverted hydrocyclone chamber matches the flow passing by the chamber, thereby preventing turbulent mixing.
    • 清洁器在倒置的锥形室(26)中接收输入纸浆原料,其用作水力旋流器以将重量级的废料流向外引导,轻质的废料流入排放的涡流室,并接受涡流取样器之间的流动以便去除。 清洁器主体具有形成在倒锥体下方的倒置水力旋流器室(34)和陶瓷分离器(36),其下方从接收流中除去重量级排出流,并将其转移到倒置水力旋流器室(34)中。 转向的重量级排出流的一部分通过环形重量级排泄物泄放出口(47)去除,但较大部分的重量级排出流在反向旋流分离器室内再循环。 因为腔室向上延伸而变窄,所以流速和角速度增加到使倒置水力旋流器室内的流动与通过腔室的流动相匹配的程度,从而防止湍流混合。
    • 119. 发明申请
    • ROD HOLDER WITH SEPARATE POSITIONABLE CONTACT ELEMENTS FOR ROD METERING
    • 具有单独可定位接触元件的ROD夹具
    • WO1997004172A1
    • 1997-02-06
    • PCT/US1996010422
    • 1996-06-06
    • BELOIT TECHNOLOGIES, INC.
    • BELOIT TECHNOLOGIES, INC.GARDE, Gerald, R.LIANG, ShihuaOSBURN, Andrew, W.
    • D21H25/12
    • B05C1/0817B05C11/025
    • A rigid metal housing is positioned downstream of a coating applicator. The housing supports a plurality of positionable contact elements formed of a low friction, high wear-resistant material, which extend inwardly from the housing to engage a slow speed rotating rod. At least one of the contact elements is adjustable to support the rod for stable rotation, and to retain an effective seal between the contact elements and the rod to thereby prevent leakage of clearing/lubricating fluid into the applied coating. The contact elements may be advanced inwardly as the elements and thr rod wear, thereby extending the effective life of the rod holder apparatus. Screws may bear against a rear contact element through segmented backing plates allowing refinement of the coat weight along the width of the substrate. Furthermore, an air tube may be positioned between the housing and a rear fixture to adjust overall coating thickness.
    • 刚性金属壳体位于涂布器的下游。 壳体支撑由低摩擦,高耐磨材料形成的多个可定位接触元件,其从壳体向内延伸以接合慢速旋转杆。 接触元件中的至少一个是可调节的,以支撑杆用于稳定的旋转,并且在接触元件和杆之间保持有效的密封,从而防止清除/润滑流体泄漏到施加的涂层中。 随着元件和杆的磨损,接触元件可向内推进,从而延长杆保持器装置的有效寿命。 螺钉可以通过分段的背板抵靠后接触元件,从而允许沿着基板的宽度改善涂层重量。 此外,空气管可以定位在壳体和后部固定装置之间,以调整整体涂层厚度。
    • 120. 发明申请
    • ALLOY COATING FOR WET AND HIGH TEMPERATURE PRESSING ROLL
    • 用于湿和高温压力滚筒的合金涂层
    • WO1996041918A1
    • 1996-12-27
    • PCT/US1996004132
    • 1996-03-26
    • BELOIT TECHNOLOGIES, INC.
    • BELOIT TECHNOLOGIES, INC.CROUSE, Jere, W.
    • D21F03/08
    • D21F3/08C22C38/12
    • A high temperature pressing roll (22) has a cast or formed steel roll (38) which is coated with a molybdenum-containing alloy. The preferred alloy has 14 to 16 percent molybdenum, 28 to 30 percent nickel, 30 to 34 percent chrome, 1.2 to 1.8 percent silicon, 4 to 4.5 percent boron, a maximum of 0.2 percent carbon and copper between 3 and 3.8 percent with the balance being iron. The roll is first coated with a bonding coating consisting of nickel and chromium. This bonding layer is then flame sprayed or plasma sprayed with a molybdenum alloy. The coating once applied is ground to a 30 RA or smoother surface. The mobilybdenum alloy is sprayed on to achieve a surface depth of approximately forty thousandths of an inch.
    • 高温压辊(22)具有涂覆有含钼合金的铸造或成形钢辊(38)。 优选的合金具有14至16%的钼,28至30%的镍,30至34%的铬,1.2至1.8%的硅,4至4.5%的硼,最多0.2%的碳和3%至3.8%的铜,余量 是铁的 该辊首先涂覆有由镍和铬组成的粘结涂层。 然后将该粘合层用钼合金火焰喷涂或等离子体喷涂。 一旦施加的涂层被研磨成30RR或更平滑的表面。 喷雾钼合金以达到约四分之一英寸的表面深度。