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    • 2. 发明授权
    • Method and apparatus for making corrugated board
    • 制造瓦楞纸板的方法和装置
    • US4288273A
    • 1981-09-08
    • US148580
    • 1980-05-12
    • Richard A. Butler, Jr.Bucky Crowley
    • Richard A. Butler, Jr.Bucky Crowley
    • B31F1/24B31F1/28B32B31/00
    • B31F1/2836
    • A corrugator line includes a single facer and a double backer with a horizontal bridge extending between them. Instead of conducting the web from the single facer to the double backer as fan folds on a horizontal belt conveyor, a dancer type accumulator is positioned on the bridge between the single facer and the double backer and the web is looped back and forth between the accumulator stationary rollers and its movable dancer and the dancer is force loaded away from the stationary rollers so as to maintain substantially constant tension in the moving web. Provision is made for controlling the speed of the single facer or the double backer in response to excursions of the dancer from a reference position to allow the single face material to spend a uniform time between the single face and double back processes. Also, a steering assembly is positioned on the bridge to align the web from the single facer with the machine center line of the double backer.
    • 瓦楞纸生产线包括一个单面和一个双重支撑,水平桥在它们之间延伸。 风扇折叠在水平带式输送机上时,代替将纸幅从单面到双面支撑件,将浮动式蓄能器定位在单面和双重支撑件之间的桥上,并且纸幅在蓄能器之间来回环绕 固定辊及其可移动的浮动轮和舞蹈者被迫离开固定的滚轮,以便在移动的网中保持基本恒定的张力。 规定了响应于跳舞者从参考位置的偏移来控制单面或双重支撑件的速度,以允许单面材料在单面和双面加工之间花费均匀的时间。 此外,转向组件位于桥上,以使来自单面的纤维网与双重支架的机器中心线对准。
    • 3. 发明授权
    • Speed match splicing method and apparatus
    • 速度匹配拼接方法和装置
    • US5253819A
    • 1993-10-19
    • US854224
    • 1992-03-20
    • Richard A. Butler, Jr.
    • Richard A. Butler, Jr.
    • B65H19/14B65H19/16B65H19/18B65H23/032
    • B65H23/0326B65H19/14B65H19/181B65H19/1821B65H19/1868B65H19/1889B65H2511/112B65H2511/212B65H2511/51B65H2511/514B65H2513/10
    • A web splicing method and apparatus to splice a running web to the web on a ready roll so as to avoid web speed and position mis-matches due to roll eccentricity and roll end wobble. After an adhesive splicing medium is applied to the leading end of the web on the ready roll, that roll is accelerated to a selected nominal splicing speed. The roll surface speed and end edge position are then measured at least at a location at or near the splicing medium thereon. The speed and edge position of the running web are also measured. During successive revolutions of the roll, the running web speed and the roll surface speed in the vicinity of the splicing medium are compared to produce speed difference signals which are applied to control the speed of the running web and/or the roll to match the speed of the running web and the surface speed of the roll at or near the splicing medium. Also, the edge positions of the running web and the roll end at or near the location of the splicing medium are compared to produce edge position difference signals which are applied to shift the lateral position of the running web and/or the roll to achieve a web edge position match between the running web and the web roll at or near the splicing medium. After the webs are matched thusly in speed and position, the splice is made between the two webs.
    • 一种网状拼接方法和装置,用于在预制卷筒上将运行的卷材接合到卷筒纸上,以避免卷筒纸速度和由于辊偏心率和卷筒纸摆动造成的误匹配。 在将粘合剂接合介质施加到卷筒纸的预制辊上的前端之后,将该辊加速到选定的标称拼接速度。 至少在其上的接合介质处或附近的位置处测量辊表面速度和端边缘位置。 还测量了运行卷材的速度和边缘位置。 在辊的连续转动期间,将拼接介质附近的行进幅材速度和辊表面速度进行比较,以产生用于控制行进幅材和/或辊的速度以匹配速度的速度差信号 以及在接合介质处或附近的辊的表面速度。 而且,比较拼接介质位置处或附近的运行幅材和辊端的边缘位置,以产生边缘位置差异信号,该信号被施加以移动行进幅材和/或辊的横向位置以实现 卷边边缘位置在接合介质处或附近在运行的卷筒纸和幅卷之间匹配。 在腹板在速度和位置如此匹配之后,在两个腹板之间形成接头。