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    • 6. 发明授权
    • Sheet feeder and sheet feeding method for plate-shaped members
    • 板状构件的送纸器和送纸方法
    • US06607192B2
    • 2003-08-19
    • US09983605
    • 2001-10-25
    • Tsukasa OnoTakashi Koizumi
    • Tsukasa OnoTakashi Koizumi
    • B65H308
    • B65H3/0833B65H2301/324B65H2301/423245B65H2301/42328B65H2405/312B65H2511/51B65H2701/1827B65H2220/01
    • A sheet feeding method for plate-shaped members is disclosed. In a sucker unit, suction nozzles are move down from respective original positions toward a bottom plate of a cassette at a fixed speed, and time t1 until the bottom plate is detected by a contact sensor, and an amount by which the suction nozzles move, &Dgr;y, until the suction nozzles suction adhere to the bottom plate after the bottom plate is detected by the contact sensor are measured. Subsequently, separation positions of the suction nozzles with respect to the original positions are set based on an interval between the bottom plate of the cassette and separation plates, and an interval required by the photopolymer plate being bent between the suction nozzles and the separation plates at an appropriate curvature. Based on the result of the setting, the photopolymer plate is reliably taken out from the cassette.
    • 公开了一种用于板状构件的片材进给方法。 在抽吸单元中,吸嘴以固定速度从各自的原始位置朝向盒的底板向下移动,直到通过接触传感器检测到底板,并且吸嘴移动的量, 三角形,直到吸嘴吸附粘附到底板后,底板被接触传感器检测到。 随后,吸嘴相对于原始位置的分离位置是基于盒的底板和分离板之间的间隔以及光聚合物板在吸嘴和分离板之间弯曲所需的间隔来设定的 适当的曲率。 基于设定的结果,光敏聚合物板被可靠地从盒中取出。
    • 7. 发明授权
    • Suction transport device of a printing plate
    • 印版的吸料运输装置
    • US06530322B1
    • 2003-03-11
    • US09663365
    • 2000-09-15
    • Tsukasa OnoTakashi KoizumiYoshinori KawamuraKazuhisa Tazaki
    • Tsukasa OnoTakashi KoizumiYoshinori KawamuraKazuhisa Tazaki
    • B44B500
    • B65H3/0808B65H2301/51214B65H2406/342B65H2701/1928
    • A suction transport device capable of reducing manufacturing cost due to reduction of the number of suction mechanisms by which one of photopolymer plates accommodated in a magazine is taken out is attained. Also separability when the printing plate is taken out is improved, thus improving reliability of the suction transport device. Since, among suckers and suction fans, those located at positions corresponding to the widthwise direction ends of the printing plates are movable in the widthwise direction, and separating plates are movable in the same direction. When one of the printing plates of a different size is to be taken out, the leading end corner portions of the printing plate can always be curved at a fixed curvature, and separability is improved. Further, there is no need to increase the number of suckers thus decreasing cost.
    • 可以获得能够降低容纳在盒中的感光聚合物板中的一个吸引机构的数量减少的制造成本的抽吸运送装置。 取出印刷版时的分离性提高,能够提高吸引输送装置的可靠性。 因为在吸盘和吸风机中,位于对应于印版的宽度方向端的位置的那些可沿宽度方向移动,并且分离板可沿同一方向移动。 当取出不同尺寸的印版之一时,印版的前端角部总是能够以固定的曲率弯曲,并且分离性提高。 此外,不需要增加吸盘的数量,从而降低成本。
    • 8. 发明授权
    • Device for discriminating among print media
    • 用于区分打印介质的设备
    • US06800868B2
    • 2004-10-05
    • US09799558
    • 2001-03-07
    • Yoshinori KawamuraTakashi KoizumiTsukasa OnoKazuhisa Tazaki
    • Yoshinori KawamuraTakashi KoizumiTsukasa OnoKazuhisa Tazaki
    • G01N2186
    • B65H7/14B65H2515/60B65H2553/414B65H2557/64B65H2220/01B65H2220/03
    • A pair of optical sensors are disposed above photopolymer plates and interleaf papers, which are alternately stacked with one another. These optical sensors basically have the same structure. However, the optical sensor is disposed so as to be inclined to an optical axis of reflected light, and therefore, a detection level of the optical sensor substantially becomes low. Accordingly, although the optical sensors each react to the reflected light from the photopolymer plate, the optical sensor does not react to the reflected light from the interleaf paper. As a result, it is determined whether the uppermost layer of the stack is the photopolymer plate or the interleaf paper. In a discriminating device of the present invention, general purpose optical sensors adapted to react to light having such a fixed intensity or greater, are used.
    • 一对光学传感器设置在光聚合物板和中间纸上,彼此交替堆叠。 这些光学传感器基本上具有相同的结构。 然而,光学传感器设置成相对于反射光的光轴倾斜,因此光学传感器的检测水平基本上变低。 因此,虽然光学传感器各自对来自光聚合物板的反射光进行反应,但是光学传感器不会对来自中间纸的反射光产生反应。 结果,确定堆叠的最上层是光聚合物板还是中间纸。 在本发明的鉴别装置中,使用适于对具有这种固定强度或更大强度的光进行反应的通用光学传感器。