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    • 81. 发明专利
    • 判定装置および判定方法
    • 确定装置和确定方法
    • JP2016158137A
    • 2016-09-01
    • JP2015035167
    • 2015-02-25
    • 富士ゼロックス株式会社
    • 高石 真也杉 伸介
    • H04N1/60B41J2/52H04N1/46
    • H04N1/6033G06K15/027G06K15/1878H04N1/00023H04N1/00034H04N1/00045H04N1/00076H04N1/00082G06K15/14H04N1/29H04N1/6027
    • 【課題】複数のパッチ画像の測定値を取得する操作において、利用者の操作により取得された第1パッチ列の測定値を用いて、利用者が第2パッチ列の測定値を取得したときの操作の適否を判定する。 【解決手段】第1指示部111はパッチ列121を出力装置2に出力させる指示をする。第1取得部112は出力された第1パッチ列に沿って測定した測定値を取得する。補正部113は測定値が目標値に近づくように色毎に階調値を補正する。変換部114はプロファイル123を用いて画像を構成する複数色の階調値を変換する。予測部115は補正して出力されたパッチ列121の測定値を予測し、第2指示部116はこのパッチ列121を出力装置2に出力させる指示をする。第2取得部117は出力装置2が出力した第2パッチ列に沿って測定した測定値を取得する。判定部118は取得された測定値と予測された測定値とに応じて利用者が行った操作などの適否を判定する。 【選択図】図2
    • 要解决的问题:当用户通过使用通过用户操作获取的第一贴片阵列的测量值获取第二贴片阵列的测量值来确定操作的适当性,以获得多个测量值的操作 补丁图像。解决方案:第一指令单元111指示将补丁阵列121输出到输出装置2.第一获取单元112获取沿输出的第一补丁阵列测量的测量值。 校正单元113校正每种颜色的灰度值,使得测量值接近目标值。 转换单元114通过使用轮廓123转换构成图像的多种颜色的灰度值。预测单元115预测在校正时输出的贴片阵列121的测量值,第二指令单元116指示输出该 补片阵列121输出到输出装置2.第二获取单元117获取从输出装置2输出的沿着第二贴片阵列测量的测量值。确定单元118根据测量值确定用户执行的操作的合适性 获得和测量值如此预测。选择图:图2
    • 87. 发明专利
    • Picture image recorder
    • 图像记录仪
    • JPS58218268A
    • 1983-12-19
    • JP10037082
    • 1982-06-11
    • Canon Inc
    • INOUE TAKAHIROSAKURAI MASAAKIWASHIYAMA SHIGETATSU
    • G03G15/08H04N1/29
    • H04N1/29
    • PURPOSE:To realize a fine reproduced picture image having many gradations, by reducing the area of one picture image unit in an electrophotographic type picture image recorder. CONSTITUTION:The surface of a photosensitive body P is uniformly electrified by a corona discharger C. By using an information signal S(D1) of a density level D1, a light beam is irradiated on the surface of the photosensitive body P corresponding to an area with density level D in an original to erase a surface electric charge of the part, and a reversing development is caused by using a gray color developer T. By using an information signal S(D2) of the density level D2, the surface electric charge of the part is erased, and the reversing development is caused by using a black color developer T'. In non-development of the surface of residual photosensitive body, it becomes to be the one corresponding to an area of density level D0. As a result, a picture image having a gradation density meeting the original is formed on the surface of the photosensitive body.
    • 目的:通过减少电子照相型图像记录器中的一个图像单元的面积来实现具有许多灰度的精细再现图像图像。 构成:感光体P的表面由电晕放电器C均匀带电。通过使用密度D1的信息信号S(D1),将光束照射到与感光体P的面积对应的表面上 具有原稿中的浓度级别D以擦除该部件的表面电荷,并且通过使用灰色显影剂T引起反转显影。通过使用密度级D2的信息信号S(D2),表面电荷 的部分被擦除,并且由于使用黑色显影剂T'引起了反转显影。 在残留感光体的表面不显影时,成为与密度等级D0相对应的面。 结果,在感光体的表面上形成具有满足原稿的层次浓度的图像。
    • 88. 发明专利
    • Forming method for electrostatic recording picture image
    • 静电记录图像的形成方法
    • JPS57124751A
    • 1982-08-03
    • JP1064381
    • 1981-01-27
    • Fuji Xerox Co Ltd
    • WAKOU MASAJITOUDOU SHIYOMASA
    • G03G15/05G06K15/14H04N1/29
    • H04N1/29G06K15/14
    • PURPOSE:To stabilize a preparatory charged potential and to prevent the generation of uneven density at development, by charging a recording layer of a recording body with an opposite polarity to a discharge electrode of a Gould type multi-needle electrode and applying a signal voltage after a sufficient time. CONSTITUTION:An auxiliary electrode coated with paint as insulation and air- gap holding member is used as a signal applying device of a Gould type multi- needle electrode 1, and a potential opposite to the applied voltage of a discharge electrode is given to a recording layer of a recording body 9 consisting of three layers, recording layer, intermediate resistive layer and base layer with a preparatory charger 15 in advance. Density unevenness at development can not be caused by applying a signal voltage with a time delay expressed as running time T=L/V, where L is a distance between the Gould type multi-needle electrode 1 and the preparatory charger 15, and V is running speed of the recorder 9.
    • 目的:为了稳定准备充电电位并防止在显影时产生不均匀的浓度,通过将具有相反极性的记录体的记录层与Gould型多针电极的放电电极相加,并施加信号电压 足够的时间。 构成:将涂覆有涂料的辅助电极用作绝缘和气隙保持构件,用作Gould型多针电极1的信号施加装置,并将与放电电极的施加电压相反的电位给予记录 预先由准备充电器15组成的由三层组成的记录体9,记录层,中间电阻层和基层的层。 通过施加表示为运行时间T = L / V的时间延迟的信号电压,其中L是Gould型多针电极1和预充电器15之间的距离,V是 录像机的运行速度9。
    • 89. 发明专利
    • Image forming method and its device
    • 图像形成方法及其设备
    • JPS57124367A
    • 1982-08-03
    • JP995481
    • 1981-01-26
    • Canon Inc
    • OOKUBO YUKITOSHIOSADA YOSHIYUKISUGATA MASAONAKAGIRI TAKASHI
    • G03G15/05B41M5/00G03G15/22G03G15/34G03G17/00G09F9/00H01L27/105H04N1/29
    • H01L27/105G03G15/22G03G15/344G03G17/00H04N1/29
    • PURPOSE: To achieve display and recordng possible for erase of writing, by controlling a transistor array connected to a plurality of electrodes, supplying voltage and carge, and adhering toner on the electrode.
      CONSTITUTION: A toner 12 is supplied between an opposing electrode 11 and a lower base plate 13. On the lower base plate, gate electrodes 16 and 16' source electrodes 15 and 15' giving image signals, and dot electrodes 14 and 14'W are formed, and each electrode forms semiconductor pads 21 and 21'. Each transistor pad forms potential distribution of image on the dot-shape electrodes 14 and 14'W according to the image signal, and the toner is developed on it. This development is used for display as it is or also used for recording through the process of transfer and fixing.
      COPYRIGHT: (C)1982,JPO&Japio
    • 目的:通过控制连接到多个电极的晶体管阵列,提供电压和嵌入,并将调色剂粘附在电极上,实现对写入擦除的可能的显示和记录。 构成:在相对电极11和下基板13之间提供调色剂12.在下基板上,形成图像信号的栅电极16和16'源电极15和15'以及点电极14和14'-是 并且每个电极形成半导体焊盘21和21'。 每个晶体管垫根据图像信号在点状电极14和14'-上形成图像的电势分布,并且在其上显影调色剂。 该开发用于显示,也可用于通过传送和固定的过程进行记录。
    • 90. 发明专利
    • Pressure fixation type facsimile
    • 压力固定型FACSIMILE
    • JPS5776972A
    • 1982-05-14
    • JP15209680
    • 1980-10-31
    • Hitachi Ltd
    • FUJIE MASAKATSUMATSUNO JIYUNICHIFURUYA MASAO
    • H04N1/00G03G15/20H04N1/29H04N1/31
    • H04N1/29
    • PURPOSE:To record on a long recording paper, by changing running path length of the recording paper between a recording section and a printing section. CONSTITUTION:A recording paper 1 on which electostatic creeping image is recorded with a recording electrode 6, is carried with a running path in which running path length of the recording paper changes consisting of a recording paper guide plate 8 and an elastic conductor 15. In this case, when the elastic conductor 15 is drawn from the running path, the running path is shortened. This drawing amount is detected at a detector 17 to adjust feeding speed at a printer 10. Thus, the recording paper feed speed between the recording and printing sections is controlled and the accumulation of the recording paper feed speed between the recording and printing sections is avoided to perform a long recording.
    • 目的:通过在记录部分和打印部分之间更改记录纸的运行路径长度,在长记录纸上进行记录。 构成:用记录电极6记录有电子爬行图像的记录纸1携带有记录纸的行进路径长度由记录纸引导板8和弹性导体15组成的行进路径。在 这种情况下,当弹性导体15从运行路径拉出时,运行路径缩短。 在检测器17处检测该拉伸量,以调节打印机10的进给速度。因此,控制记录和打印部分之间的记录纸进给速度,并避免记录纸进给速度在记录和打印部分之间的累积 执行长时间录音。