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    • 5. 发明申请
    • METHOD AND APPARATUS FOR PLACING DISCRETE PARTS TRANSVERSELY ONTO A MOVING WEB
    • 将离散部件横向放置在移动网上的方法和装置
    • WO1996023470A1
    • 1996-08-08
    • PCT/US1996000610
    • 1996-01-19
    • KIMBERLY-CLARK CORPORATION
    • KIMBERLY-CLARK CORPORATIONRAJALA, Gregory, JohnNIEMI, Paul, MartinOSHEFSKY, Daniel, James
    • A61F13/15
    • B65H39/14A61F13/15601A61F13/15764B65G47/848B65H2403/55B65H2404/653B65H2404/6551B65H2405/531B65H2406/3454Y10T156/1097Y10T156/1098Y10T156/133Y10T156/1734
    • This invention pertains to processing continuous webs such as paper, film, composites, and the like, in dynamic continuous processing operations. More particularly, it relates to transferring discrete parts (32) to a continuous web (34), whether paper, film, composite, or the like. Specifically, the invention relates to methods and apparatus for taking discrete parts (32) from a source in a taking zone, optionally taking the discrete parts (32) as components of a continuous web, onto a transport head (46) on a transfer assembly (40), severing the discrete parts (32) from the continuous web if received as part of a continuous web, rotating the transfer assembly (40) about a first axis and correspondingly rotating the transport head (46) about a second axis radial to the first axis, to thereby present the discrete parts (32) to a receiver in a transfer zone, and transferring the discrete parts (32) to the receiver in the transfer zone. The invention includes using a roughened taking section on the transport head (46), interacting with textured surface on the discrete parts (32), to hold the discrete parts (32) to the transport head (46), with optional use of suction through the transport head (46) to assist in holding the discrete parts (32) to the transport head (46). Novel apparatus is included for delivering suction to and through rotating slip rings.
    • 本发明涉及在动态连续加工操作中加工诸如纸,薄膜,复合材料等的连续纤维网。 更具体地,涉及将分立部件(32)传送到连续卷材(34),无论是纸张,胶片,复合材料等。 具体地,本发明涉及用于从取出区域中的源取出离散部件(32)的方法和装置,可选地将分立部件(32)作为连续卷材的部件,移动到转印组件上的输送头(46)上 (40),如果接收到作为连续卷筒纸的一部分的连续卷材,则将分立部件(32)从连续卷材切断,使传送组件(40)围绕第一轴线旋转,并相应地将传送头部(46)绕第二轴线径向旋转至 第一轴线,从而将离散部件(32)呈现在传送区域中的接收器上,并将离散部件(32)传送到传送区域中的接收器。 本发明包括在输送头(46)上使用粗糙化的取出部分,与分立部件(32)上的纹理表面相互作用,以将分立部件(32)保持到输送头(46),可选地使用吸力通过 运输头(46)帮助将分立部件(32)保持在运送头(46)上。 包括用于将吸力输送到旋转滑环和通过旋转滑环的新颖设备。
    • 6. 发明申请
    • 用紙処理装置
    • 板材加工设备
    • WO2008044773A1
    • 2008-04-17
    • PCT/JP2007/070003
    • 2007-10-12
    • マックス株式会社井形 和也
    • 井形 和也
    • B65H31/34B42B5/12B65H37/04
    • B65H31/26B42B5/103B65H2301/4213B65H2301/42146B65H2301/5152B65H2404/653B65H2405/22B65H2701/1313B65H2801/27
    •  用紙処理装置は、図4に示すように、所定の位置に用紙を搬送する用紙搬送部と、これによって搬送される複数枚の用紙を揃えて一時保留するバインダ紙揃えユニットと、用紙カール押え機構31を有している。同装置は、用紙進入位置で回転駆動される一対のカールフェンス34a,34bが用紙進入許容間隔にて対向配置され、カールフェンス34a,34bの対向面の各々には突起部342が周縁部位で所定の間隔に複数立設され、用紙進入時に当該用紙の前端側をカールフェンス34a,34bで隣接する突起部342間に案内し、用紙通過時に当該用紙の下面から突起部342を退避させると共に、次位の突起部342にて当該用紙の後端側を押えるようになされる。
    • 片材处理装置包括用于将片材输送到预定位置的片材传送部分,用于布置如此传送并临时储存的多个片材的片材排列单元和片材卷曲保持机构(31)。 在片材处理装置中,在片材前进位置旋转驱动的一对卷边(34a,34b)以片材前进容许间隔相对配置,多个突起(342)以预定间隔站立在 卷边栏(34a,34b)的每个相对表面的周边。 当纸张前进时,纸张的前端侧通过卷边(34a,34b)在相邻的突起(342)之间被引导。 当片材通过时,使突起(342)从片材的下表面退回,并且片材的后侧在下一位置处被突起(342)保持。
    • 7. 发明申请
    • APPARATUS AND METHOD FOR APPLYING DISCRETE COMPONENTS ONTO A MOVING WEB
    • 将离散组件应用于移动网络的装置和方法
    • WO2003037769A1
    • 2003-05-08
    • PCT/US2002/008930
    • 2002-03-21
    • KIMBERLY-CLARK WORLDWIDE, INC.
    • STOPHER, James, BenningtonOLSON, Carl, WilliamMCNICHOLS, Patrick, SeanKRUMMEL, Gregory, ArthurVOGT, Robert, EugeneBOURASSA, Alain-Rene
    • B65H39/14
    • B65H39/14B65H2404/653B65H2404/6551B65H2405/531B65H2555/24Y10T29/49829A01N37/02A01N31/02
    • A method and apparatus (20) for changing the speed of discrete components (22) can include a first rotatable drive member (32), and at least a second rotatable drive member (42) which is substantially coaxial with the first drive member (32). A first servo motor (44) is connected to rotate the first drive member (32), and at least a second servo motor (34) is connected to rotate the second drive member (42). A first transfer puck (36) is driven by the first rotatable drive member (32), and at least a second transfer puck (46) is driven by the second rotatable drive member (42). A first electronic drive (38) is connected to the first servo motor (34), and is configured to selectively move the first transfer puck (36) at a first, pick up speed (V1) and at least a second, deposit speed (V2). At least a second electronic drive (48) is connected to the second servo motor (44), and is configured to selectively move the second transfer puck (46) at the first pick up speed and at the second deposit speed (V2).
    • 用于改变分立部件(22)的速度的方法和装置(20)可以包括第一可旋转驱动构件(32)和至少第二可旋转驱动构件(42),其与第一驱动构件(32)基本同轴 )。 连接第一伺服电动机(44)以旋转第一驱动构件(32),并且至少连接第二伺服电动机(34)以旋转第二驱动构件(42)。 第一传递盘(36)由第一可旋转驱动构件(32)驱动,并且至少第二传递盘(46)由第二可旋转驱动构件(42)驱动。 第一电子驱动器(38)连接到第一伺服电动机(34),并且被配置为以第一拾取速度(V1)和至少第二存储速度(V1)选择性地移动第一传送盘(36) V2)。 至少第二电子驱动器(48)连接到第二伺服电动机(44),并且被配置为以第一拾取速度和第二存储速度(V2)选择性地移动第二转印盘(46)。