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    • 1. 发明授权
    • Mechanism for effecting interlock of multiple sheet continuous business
forms
    • 实现多张连续业务形式互锁的机制
    • US4114869A
    • 1978-09-19
    • US781669
    • 1977-03-28
    • Dean E. GladowKenneth C. Clifton
    • Dean E. GladowKenneth C. Clifton
    • B42C3/00B42D5/02B41L43/12
    • B42C3/00B42D5/02Y10T83/0281
    • A highly efficient, shear-cutting, multiple die apparatus and method for interlocking elongated, multiple-sheet glued webs such as business forms or computer print out paper during fabrication thereof is provided which positively locks the web sheets against relative shifting as can occur when the web is zigzag folded, in order to prevent "tenting", or permanent, glue-set misalignment between respective web plies at the fold lines thereof. The preferred apparatus includes individual, mated pairs of rotatably mounted, transversely oriented, multiple-blade, pointed, web-shearing and deforming dies which are rotated to cooperatively engage, shear-penetrate and deform a moving web to produce a series of transversely extending, side-by-side, marginal, alternately displaced interlocking strips which effectively prevent significant relative longitudinal shifting between the web plies. The blade tips of the cooperating dies interfit during the web-shearing and displacing operation and serve to provide equal support and driving force for the web on opposite sides thereof, so that the web experiences minimum disturbance and no initiating causes for web skewing. The blade tips are contoured such that the opposed ends of the shear-cut strips remain connected to the web, to thus provide the most desirable positive web interlock, even at high or varying web speeds. In preferred forms, press-ironing rings are rotated with the interlocking dies for ironing the glued portion of the web in conjunction with formation of the interlocking strips.
    • 提供了一种用于在其制造期间互锁细长的多页胶合幅材(例如商业形式或计算机打印输出纸)的高效剪切切割,多模设备和方法,其在网页片材的制造过程中可以根据相对移动而正确地锁定, 纤维网折叠折弯,以防止在其折叠线处的各个纤维层之间的“隆起”或永久的胶合不对准。 优选的装置包括单独的配对的可旋转安装的横向定向的多叶片,尖的卷材剪切和变形模具,其被旋转以协调地接合,剪切穿透和使变形的网状物产生一系列横向延伸的, 并排的,边缘的,交替位移的互锁条,其有效地防止幅材层之间的显着的相对纵向移动。 配合的模具的叶片尖端在幅材剪切和移位操作期间相互配合,并且用于在幅材的相对侧上为幅材提供相等的支撑和驱动力,使得幅材经历最小的干扰并且不会引起幅材倾斜的起始原因。 叶片尖端具有轮廓,使得剪切条带的相对端部保持连接到幅材上,从而即使在高或变化的幅材速度下也提供最理想的正幅互锁。 在优选的形式中,随着联锁模具旋转压熨熨烫环,以与卷材的形成一起熨烫卷材的胶合部分。
    • 2. 发明授权
    • Direct drive sliding contact transducer
    • 直接驱动滑动接触传感器
    • US4023000A
    • 1977-05-10
    • US609232
    • 1975-09-02
    • Claude C. AnkenyDean E. GladowCharles E. Wierzbicki
    • Claude C. AnkenyDean E. GladowCharles E. Wierzbicki
    • H01H35/26H01H35/32
    • H01H35/2657
    • The invention pertains to a pressure sensing transducer employing an evacuated bellows wherein sliding electric contacts are mounted upon the bellows' movable portion. The sliding contacts traverse over a printed circuit board having conducting portions defined thereon connected to electrical resistances whereby pressure variations imposed upon the bellows position the contacts upon the conducting portions to produce an electric signal. A variety of adjusting means are utilized to adjust the position of the printed circuit board to the bellows, and the "span" of the conducting portions in the direction of contact movement is selectively varied by forming the conducting portions of a wedge shape and laterally adjusting the printed circuit board. Further, in an embodiment of the invention, zero reference points are defined on the printed circuit board when used in conjunction with a pair of laterally spaced contacts to electrically indicate the orientation of the printed circuit board to the bellows and bellows mounted contacts when initially calibrating the transducer.
    • 本发明涉及采用真空波纹管的压力传感传感器,其中滑动电触点安装在波纹管的可移动部分上。 滑动接触件穿过其上限定有导电部分的印刷电路板,其上连接有电阻,由此施加在波纹管上的压力变化将触头定位在导电部分上以产生电信号。 使用各种调节装置来调节印刷电路板到波纹管的位置,并且通过形成楔形导电部分和横向调节来选择性地改变导电部分在接触运动方向上的“跨度” 印刷电路板。 此外,在本发明的一个实施例中,当与一对横向间隔的触点一起使用时,在印刷电路板上限定零参考点,以在最初校准时电气指示印刷电路板与波纹管和波纹管安装的触点的取向 传感器。
    • 3. 发明授权
    • Chain cam
    • 链式凸轮
    • US5058872A
    • 1991-10-22
    • US390830
    • 1989-08-08
    • Dean E. Gladow
    • Dean E. Gladow
    • B65H45/101F16H37/12
    • B65H45/1015F16H37/12Y10T74/18152
    • A working mechanism adaptable for producing virtually an infinity of different motions is provided which finds practical utility in a variety of contexts such as the handling of zigzag folded webs. The mechanism preferably includes at least one elongated working element pivotally supported at the inner end thereof and coupled by a pivotal link to an elongated, flexible, continuing closed-loop motion-imparting member such as a chain or belt. Advantageously, the mechanism may comprise a plurality of elongated working elements each coupled with a pair of closed loop path motion-imparting members to produce complex, variable speed motions heretofore difficult to achieve. In a web-handling device, the chain cam mechanism has a rotatable shaft pivotally supporting the inner ends of the elements, along with an endless chain cam-like member coupled via pivotal linkage arms to points intermediate the ends of the elements; the resultant path of travel of the outer or working ends of the elements is dependent upon the geometry of the components and can be readily changed to accommodate different working environments. A novel method and apparatus for handling zigzag folded webs makes use of a pair of identical, laterally spaced apart chain cam working mechanisms with respective working elements being joined at the outer ends thereof by means of corresponding, transverse web-engaging structures. The chain cam mechanisms create a motion serving to successively separate facially opposed and interconnected sheets, whereupon a trailing web-engaging structure engages the sheets and moves the same for further processing such as collation or stapling.
    • 提供了适用于产生几乎无限大的不同运动的工作机构,其在各种情况下(例如处理锯齿形折叠卷材)具有实用性。 该机构优选地包括至少一个细长的工作元件,该工作元件在其内端处枢转地支撑并且通过枢转连接件联接到细长的,柔性的,连续的闭环运动施加构件,例如链条或带。 有利地,该机构可以包括多个细长的工作元件,每个细长工作元件都与一对闭环路径运动传递元件相结合,以产生迄今难以实现的复杂的可变速度运动。 在卷筒纸处理装置中,链条凸轮机构具有可枢转地支撑元件的内端的可旋转轴,以及通过枢转连杆臂连接到环形元件的端部的点的环形链条凸轮状构件; 元件的外部或工作端的合成路径取决于部件的几何形状,并且可以容易地改变以适应不同的工作环境。 用于处理锯齿形折叠卷材的新型方法和设备利用一对相同的横向间隔开的链条凸轮工作机构,其各自的工作元件通过相应的横向卷材接合结构在其外端处连接。 链条凸轮机构产生用于连续分离面对面和相互连接的片材的运动,于是牵引片材接合结构与纸张接合并移动,以进一步处理,例如整理或装订。
    • 4. 发明授权
    • Through-the-cylinder slug out device
    • 通过缸体排出装置
    • US4037501A
    • 1977-07-26
    • US698115
    • 1976-06-21
    • Dean E. Gladow
    • Dean E. Gladow
    • B26D7/18B26F1/38
    • B26D7/1863Y10T83/207Y10T83/4838
    • A simplified, relatively low cost web-cutting cylinder and assembly adapted to be mounted on a web collator and having a vacuum-type, through-the-cylinder slug removal feature is provided which permits easy, clean, high-speed removal of successively cut web slugs produced when standard English-sized equipment is used to produce metric-sized business forms or the like. The cutting cylinder is adapted to be mounted adjacent a conventional, unmodified anvil cylinder and preferably includes an inwardly and axially extending, tapered bottom, slug-receiving slot or groove and a pair of slug-cutting peripheral knives mounted on opposite sides of the slot; a vacuum slug-removal system is coupled in communication with the slot for removing cut slugs without the necessity of any moving parts which can limit collator output and substantially increase equipment costs. Additionally, application of a vacuum pulling force on the slugs as they are cut significantly enhances high-speed slug removal and effectively solves the problem of incomplete cutting and hang-up of web fibers on the cutting blades.
    • 提供了一种简化的,相对低成本的腹板切割圆柱体和组件,其适于安装在卷筒纸分页器上并具有真空型,圆柱体排料特征,其允许简单,清洁,高速地除去相继切割 当使用标准英制尺寸的设备生产公制尺寸的商业表格或类似产品时产生的网状。。。 切割圆筒适于安装在传统的未修改的砧座圆柱体附近,并且优选地包括向内且轴向延伸的锥形底部的块状容纳槽或槽以及安装在槽的相对侧上的一对切割周边刀; 真空排渣系统与槽连通,用于移除切割块,而不需要任何可限制整理机输出并且大大增加设备成本的移动部件。 此外,在切割时,在s棒上施加真空拉力显着增强了高速切屑移除,并有效地解决了在切割刀片上不完全切割和卷起纤维网的问题。
    • 5. 发明授权
    • Apparatus for changeover of cylinders in web fed printing press
    • 卷筒纸印刷机中滚筒转换装置
    • US5060569A
    • 1991-10-29
    • US370759
    • 1989-06-22
    • Dean E. Gladow
    • Dean E. Gladow
    • B41F13/24B41F17/02
    • B41F17/02B41F13/24B41P2217/11Y10S101/35
    • An improved, multiple-station convertible web-fed printing press is provided wherein respective press stations include permanent modules with replaceable, differently configured inserts. The station modules each include a pair of eccentrically mounted, insert-engaging rails which are pivoted for accurate placement of a press insert within the module; final insert lockup is provided by an eccentric hook assembly which generates several thousand pounds of locking force, in order to secure the insert against misalignment and subsequent insert shifting. Insert replacement operations are facilitated by means of a mobile cart including insert-supporting rails alignable with the module rails. Temporary interconnection of the cart and module rails is afforded by means of endmost connection hooks and yokes on the cart rails, which mate the module sidewall and the corresponding reduced diameter segments provided in the module rails.
    • 提供了一种改进的多工位可转换卷筒纸式印刷机,其中相应的印刷机包括具有可更换的,不同配置的插入件的永久模块。 车站模块各自包括一对偏心安装的插入接合轨道,其枢转以准确地将压入插入件放置在模块内; 最终的插入物锁定由产生数千磅的锁定力的偏心钩组件提供,以便将插入物抵靠未对准和随后的插入位移固定。 通过包括可与模块导轨对准的插入支撑导轨的移动式手推车便于插入更换操作。 手推车和模块轨道的临时互连是通过车架轨道上的最终连接钩和轭架提供的,其将模块侧壁和设置在模块轨道中的对应的减小直径段配合。
    • 6. 发明授权
    • Feed and lock mechanism for multiple bar draped web collator and method
    • 多重条状卷筒纸卷取机的送料和锁定机构及方法
    • US4469266A
    • 1984-09-04
    • US376545
    • 1982-05-10
    • John B. HowardDean E. Gladow
    • John B. HowardDean E. Gladow
    • B65H20/16B65H17/42
    • B65H20/16
    • An improved continuous web handling apparatus and method for printing, handling, collating and final processing of multiple-page printed items such as business forms or the like is provided which employs separate, shiftable, track-mounted web supports having individual, pivotal, spring-biased web keepers to facilitate accurate, continuous draping of printed webs onto the supports for subsequent handling and processing thereof. In preferred forms, the apparatus includes a web fed printing press which continuously feeds printed web to a draping station adjacent the conveyor track; the draping station includes a novel, vacuum air pickup bar intermittently rotated by a five-lobe internal geneva gear mechanism, along with actuating apparatus which pivots the respective web keepers open during initial stages of web drapage and thereafter allows the keepers to close against and hold the web in place. A plurality of webs can be draped one on top of the other on the supports and/or printed on both sides thereof and thereafter removed from the supports for additional processing at speeds economical for short run printing, without fear that the webs will become unacceptably misaligned. The air pickup bar includes an improved web-engaging resilient suction pad, and internal structure for varying the number of bar ports subjected to vacuum or pressure conditions (in order to effectively handle webs of various widths). The web supports are bidirectionally shiftable, and the keepers can be operated during travel in either direction.
    • 提供了一种用于打印,处理,整理和最终处理诸如商业形式等的多页印刷品的改进的连续幅材处理装置和方法,其使用单独的,可移动的轨道安装的卷筒纸支撑件,其具有单独的, 偏压的卷筒纸保持器以便于将印刷幅材准确地连续地覆盖到支撑件上用于随后的处理和处理。 在优选的形式中,该装置包括一个网状馈送的印刷机,其连续地将印刷的纸张馈送到邻近输送机轨道的悬垂站; 悬垂站包括一个由五叶内部内部齿轮机构间歇旋转的新颖的真空吸气棒,以及在幅材牵引的初始阶段期间使各个腹板保持器打开的致动装置,然后允许保持器闭合并保持 网页到位 多个网状物可以在支撑体上一个在另一个上面并且/或在其两侧上印刷,然后从经济的短期印刷的速度从支撑体中移除以进行附加处理,而不用担心网状物将变得不可接受地对准 。 空气拾取杆包括改进的幅材接合弹性吸盘,以及用于改变经受真空或压力条件的条形孔的数量的内部结构(以便有效地处理各种宽度的幅材)。 腹板支撑件可双向移动,并且保持器可以在任一方向的行进中操作。
    • 7. 发明授权
    • Long fold support structure for zigzag web-fed folder
    • 长折叠支撑结构为Z字形网页文件夹
    • US4151985A
    • 1979-05-01
    • US789780
    • 1977-04-22
    • Dean E. Gladow
    • Dean E. Gladow
    • B65H45/107B65H45/20
    • B65H45/107B65H2701/11231Y10S493/937
    • An improved spiral-type zigzag web folding unit is provided which includes an inexpensive, replaceable, constant tension recoil spring coupled to the shiftable web feeder chute of the folding unit for individually and successively supporting relatively long web sections as they are fed, in order to prevent excessive gravity-induced sagging thereof and consequent failure of the spirals to engage and receive the fed sections. Use of an oscillating recoil spring permits high-speed folding operations with automatically timed support for the web sections, notwithstanding the fact that the spring requires no adjustment in use and can be easily installed and replaced using readily available materials and tools. Furthermore, coupling of the spring to the feeding chute ensures that the spring does not impede web feeding but rather moves in timed relationship therewith for support purposes. The support spring assembly hereof is also advantageous in that inertia problems are minimized and support is provided along a substantial portion of the web sections in timed relation to the feeding thereof.
    • 提供了一种改进的螺旋形之字形卷筒纸折叠单元,其包括一个便宜的,可更换的恒定张力反弹弹簧,其连接到折叠单元的可移动的卷筒纸进给器滑槽,用于当它们被馈送时单独地和相继地支撑相对较长的卷筒纸部分,以便 防止过度的重力引起的下垂以及随之而来的螺旋接合和接收进给部分的故障。 使用振荡反冲弹簧允许高速折叠操作,具有自动定时支撑的腹板部分,尽管弹簧不需要使用调整,并且可以使用易于使用的材料和工具轻松安装和更换。 此外,弹簧与喂入滑槽的联接确保弹簧不妨碍腹板进给,而是以其定时关系移动以用于支撑目的。 其中的支撑弹簧组件也是有利的,因为惯性问题被最小化,并且沿着与其进给的定时关系沿着腹板部分的大部分提供支撑。