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    • 3. 发明授权
    • Obstructed-field-indicia-sensing device
    • 阻塞场指示传感装置
    • US4835720A
    • 1989-05-30
    • US838383
    • 1986-03-11
    • James W. DittoJames W. Jensen, Jr.
    • James W. DittoJames W. Jensen, Jr.
    • B65H23/188B65H23/04B65H26/00G06K7/016G06K7/14
    • G06K7/016B65H23/046G06K7/14
    • An apparatus for monitoring the phasing relationship of a moving web of material of the type having a repeating series of graphics patterns thereon which repeat at ordinarily constant distance repeat length intervals of web travel and which contain separate repeating indicia portions which define a repeating indicia set which are positioned in a repeating indicia path extending longitudinally of the web comprising: an indicia detection device for providing an indicia detection pulse signal; a web travel sensing device for providing a web movement signal; an indicia profiling device for processing the indicia pulse signal and the web monitoring signal for generating a unique indicia image for each of the repeating indicia in a selected repeat length portion of the web; an indicia image storage device for identifying and storing the indicia images from a first selected repeat length portion of the web; a register indicia designation device for initially designating one of the repeating indicia to be register indicia; a register indicia sensing device for providing a register indicia pulse signal having pulses which in normal operation corresponds to the detection of the selected register indicia; a register indicia verification device for verifying that the repeating indicia which is in synchronization with said register indicia pulse signal is the currently designated register indicia; and a register indicia correction device for designating the indicia that is in synchronization with said register indicia pulse signal as the register indicia and replacing the previously designated register indicia therewith when the indicia image of the current register indicia is not verified to be the indicia which is in synchronization with the register indicia pulse signal.
    • 一种用于监测其上具有重复的一系列图形图案的类型的材料的移动幅材的相位关系的装置,其重复以通常恒定的距离重复长度的纸幅行程间隔,并且包含单独的重复标记部分,其限定重复标记集合, 位于沿着网幅纵向延伸的重复标记路径中,包括:标记检测装置,用于提供标记检测脉冲信号; 纸幅行进传感装置,用于提供卷筒纸移动信号; 用于处理所述标记脉冲信号和所述幅材监测信号的标记分析装置,用于为所述幅材的所选重复长度部分中的每个重复标记产生唯一标记图像; 标记图像存储装置,用于从卷筒纸的第一选定的重复长度部分中识别和存储标记图像; 寄存器标记指定装置,用于最初指定重复标记中的一个作为寄存器标记; 寄存器标记检测装置,用于提供具有在正常操作中对应于所选寄存器标记的检测的脉冲的寄存器标记脉冲信号; 用于验证与所述寄存器标记脉冲信号同步的重复标记是当前指定的寄存器标记的寄存器标记验证装置; 以及寄存器标记校正装置,用于指定与所述寄存器标记脉冲信号同步的标记作为寄存器标记,并且当当前寄存器标记的标记图像未被验证为是当前寄存器标记的标记时,替换先前指定的寄存器标记, 与寄存器标记脉冲信号同步。
    • 7. 发明授权
    • Can end making apparatus
    • 可以结束制造设备
    • US4382737A
    • 1983-05-10
    • US240788
    • 1981-03-05
    • James W. JensenStanley J. MillerEugene W. HeniserDonald P. DalmanGarth A. Grevenstuk
    • James W. JensenStanley J. MillerEugene W. HeniserDonald P. DalmanGarth A. Grevenstuk
    • B21D51/26B21D45/00B21D51/44B21D51/00
    • B21D51/44
    • Apparatus is disclosed for making ends for metal or composite can bodies, which ends are first partially formed in a press to a cup-shaped configuration including a peripheral skirt and are then fed to a curling machine in which the skirt is contoured to facilitate application of the end to a can body. The press has a vertically reciprocable slide or slides which, together with an opposed portion of the press frame, support pairs of cooperable dies for blanking and partially forming can ends from sheet material fed horizontally into the press. Thereafter, the partially formed can ends are displaced into a horizontal plane vertically spaced from the sheet feed line, and a kicker member associated with each die set is operable in coordination with slide movement to impact against and propel the partially formed can end laterally and into a guide chute leading either to a curling machine or to an endless conveyor by which the partially formed can end is delivered to a curling machine.
    • 公开了用于制造金属或复合罐体的端部的装置,其端部首先部分地形成在压力机中以包括周边裙部的杯状构造,然后被供给到卷边机,其中裙部的轮廓是有利于施加 结束到罐身。 压力机具有垂直往复运动的滑动件或滑动件,其与压榨框架的相对部分一起支撑成对的可配合模具以用于冲切并且部分地形成从水平地进入压机的板材的罐端部。 此后,部分形成的罐端部移动到与片材进给线垂直间隔开的水平面中,与每个模具组相关联的推杆构件可与滑动运动协调工作,以冲击并推动部分形成的罐端部横向并进入 导向滑道,其通向卷发机或环形输送机,通过该导槽将部分形成的罐端部输送到卷边机。
    • 8. 发明授权
    • Sheet material flaw detector
    • 板料探伤仪
    • US4181015A
    • 1980-01-01
    • US930549
    • 1978-08-02
    • James W. JensenStanley J. Miller
    • James W. JensenStanley J. Miller
    • G01B5/207G01B7/00G01B5/20
    • G01B5/207G01B7/002
    • Apparatus is disclosed for detecting flaws in sheet material of the character which increase the surface height of the sheet material. The apparatus includes a pair of horizontally parallel driven lower rolls and three upper rolls each mounted on a corresponding pivotal bracket. Two of the upper rolls are associated with one of the lower rolls and are axially spaced apart therealong, and the third upper roll is associated with the other lower roll and positioned therealong to span the space between the other two upper rolls. Each of the upper rolls is rotatably supported by the corresponding bracket for pivotal movement toward and away from the lower roll. Each upper roll bracket is provided with a pair of adjustable stop screws, one adjacent each of the opposite ends of the corresponding upper roll, and each adjustable stop screw carries a switch actuator screw which is adjustable relative to the stop screw. The apparatus frame carries a pair of microswitches for each roll actuated by a corresponding one of the actuator screws through a pivotal switch lever. Each bracket and thus the corresponding upper roll is biased toward the corresponding lower roll, and the spacing between the upper and lower roll is adjusted by the pair of stop screws. An increase in surface height of a sheet passing between the rolls causes the upper roll to be deflected upwardly to actuate one or the other or both of the microswitches.
    • 公开了用于检测增加片材的表面高度的字符的片材中的缺陷的装置。 该装置包括一对水平平行的下辊和三个上辊,每个上辊安装在相应的枢轴支架上。 两个上辊与下辊中的一个相关联并且沿着其中的一个轴向间隔开,并且第三上辊与另一个下辊相关联并且定位在其上以跨越其它两个上辊之间的空间。 每个上辊由相应的支架可旋转地支撑,以朝向和远离下辊枢转运动。 每个上滚动支架设有一对可调节的止动螺钉,每对相应的上辊的相对端相邻,每个可调节的止动螺钉都带有可相对于止动螺钉调节的开关执行器螺丝。 装置框架承载一对微型开关,用于通过枢转开关杆由相应的致动器螺钉致动的每个辊。 每个支架,因此相应的上辊被朝向相应的下辊偏压,并且上辊和下辊之间的间隔由一对止动螺钉调节。 通过辊之间的片材的表面高度的增加导致上辊向上偏转以致动一个或另一个或两个微动开关。