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    • 93. 发明申请
    • Bookbinding Unit
    • 装订单位
    • US20090081003A1
    • 2009-03-26
    • US12234862
    • 2008-09-22
    • Hideya FujiharaKazuhide SanoKouichi KittaTakeshi Harada
    • Hideya FujiharaKazuhide SanoKouichi KittaTakeshi Harada
    • B42C9/00
    • B42C9/0025B42C11/02
    • Faulty bookbinding due to sheet-size, etc. setting errors when bundle-collated inner-leaf sheets and coversheets they are bound with are placed in respective trays is stopped before it occurs. In an inner-leaf tray and a coversheet tray: (1) sheet sensors are disposed, and when both detect sheet presence, the inner-leaf sheets are transported to an adhesive-application location, and (2) sheet-side detection sensors or (3) sheet length and width detection sensors are disposed, and in either case when from the detection information predetermined encased booklet formation is impossible, device startup is halted. Width detectors are disposed in the inner-leaf and coversheet trays for detecting opposing sides of sheets stacked therein, and a controller is configured to convey into the device interior inner-leaf sheets from the inner-leaf tray when predetermined encased booklet formation is possible with the inner-leaf sheets and coversheets.
    • 在捆绑捆绑的内页片和盖子与其捆绑的放置在相应的托盘中时,由于纸张尺寸等而导致的装订错误的装订停止。 在内片托盘和盖板托盘中:(1)布置片材传感器,当检测片材存在时,将内页片材输送到粘合剂施加位置,和(2)片材侧检测传感器或 (3)纸张长度和宽度检测传感器被设置,并且在两种情况下,当从检测信息预定的封装小册子形成是不可能的时候,设备启动被停止。 宽度检测器设置在用于检测堆叠在其中的片材的相对侧的内叶片和盖板托盘中,并且控制器构造成当预定的封装小册子形成可能时从内片托盘输送到装置内部的内片片材中, 内叶片和覆盖片。
    • 98. 发明申请
    • IMAGE DATA RECORDER, IMAGE DATA RECORDING METHOD, AND PROGRAM
    • 图像数据记录器,图像数据记录方法和程序
    • US20070147790A1
    • 2007-06-28
    • US11552213
    • 2006-10-24
    • Yuji SaitouTakeshi HaradaTatsuhito Tabuchi
    • Yuji SaitouTakeshi HaradaTatsuhito Tabuchi
    • H04N7/26
    • H04N19/40G11B20/10G11B2220/216G11B2220/2562
    • An image data recorder coding a still image in accordance with a moving image coding system, and recording a still-image-converted moving image acquired by coding onto a recording medium includes: a reading unit reading out an aspect ratio set for the recording medium; a determining unit acquiring an aspect ratio of the still image, and determining whether the acquired aspect ratio is the same as the aspect ratio for the recording medium; a coding unit adding an interpolation area on the top and bottom, or left and right of the still image in accordance with the result of the determination to generate an interpolation-area-added still image whose aspect ratio matches the aspect ratio for the recording medium, and coding the interpolation-area-added still image in accordance with a moving image coding system to generate the still-image-converted moving image; and a recording unit recording the still-image-converted moving image onto the recording medium.
    • 根据运动图像编码系统对静止图像编码的图像数据记录器,以及通过编码获取的静止图像转换的运动图像记录在记录介质上,包括:读取单元,读出为记录介质设置的宽高比; 确定单元获取静止图像的宽高比,并且确定所获取的纵横比是否与记录介质的纵横比相同; 编码单元,根据确定的结果在静止图像的顶部和底部或左侧和右侧添加插值区域,以生成其宽高比与记录介质的纵横比匹配的内插区域附加静止图像 并且根据运动图像编码系统对插值区域添加的静止图像进行编码以生成静止图像转换的运动图像; 以及将静止图像转换的运动图像记录到记录介质上的记录单元。
    • 99. 发明申请
    • Recording/reproducing apparatus
    • 记录/再现装置
    • US20060002272A1
    • 2006-01-05
    • US11170085
    • 2005-06-30
    • Mieko IshiiTakeshi HaradaYouichi InoueKenchi Ito
    • Mieko IshiiTakeshi HaradaYouichi InoueKenchi Ito
    • G11B9/00
    • B82Y10/00G11B9/1445G11B9/149
    • For providing a recording/reproducing apparatus, for recording/reproducing information through conduction of electricity upon contact of a probe, having large recording density and a large transfer speed, but less in deterioration of a probe chips thereof, and being long in the lifetime thereof, within the recording/reproducing apparatus, a multi-chip is formed, disposing probe chips in large numbers thereof at a tip of a cantilever, while the cantilever is of a double-sided beam type, and the multi-chip is disposed at a center of the beam, wherein recording/reproducing portions of the multi-chip are disposed to correspond to recording dots one by one, and the multi-chip forming surface is moved up and down in parallel with the surface of a recording medium, due to suction force, so as to bring it to be in contact with the recording dots, and electricity is conducted after the contact thereof, thereby conducting the recording, in the structure; wherein, since a large amount of data can be read/written at one time, therefore it is possible to improve data transfer speed. Also, with conducting the R/W by means of the multi-chip, comparing to the single chip, it is possible to reduce the traveling distance of the multi-chip, thereby to reduce the abrasion. Also, since the tip portion of the said chip has the curvature radius, being large, such as, equal to 50 nm or greater than that, and since it moves in parallel with the surface of the recording medium, it can be in contact with the surface under the condition of, not the point contact, but near to the plane contact, therefore, the abrasion can be further reduced, effectively.
    • 为了提供一种记录/再现装置,用于通过探针接触时的电传导来记录/再现信息,具有大的记录密度和大的传送速度,但是在其探针芯片的劣化中较少,并且在其寿命期间较长 在记录/再现装置中,形成多芯片,在悬臂的尖端处将探针芯片大量布置在悬臂的尖端,而悬臂是双面波束型的,并且多芯片设置在 光束的中心,其中多芯片的记录/再现部分被设置成一个一个地对应于记录点,并且多芯片形成表面与记录介质的表面平行地上下移动,由于 吸引力使其与记录点接触,并且在其接触之后进行电力,从而在结构中进行记录; 其中,由于可以一次读取/写入大量数据,因此可以提高数据传送速度。 此外,通过利用多芯片进行R / W,与单个芯片相比,可以减少多芯片的移动距离,从而减少磨损。 此外,由于所述芯片的尖端部分的曲率半径大,等于50nm以上,并且由于其与记录介质的表面平行移动,所以其可以与 表面在条件下,不是点接触,而是靠近平面接触,因此,磨损可以进一步降低,有效。