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    • 1. 发明公开
    • Colour image forming apparatus
    • 彩色图像形成装置
    • EP0985980A2
    • 2000-03-15
    • EP99116277.7
    • 1999-08-18
    • Sharp Kabushiki Kaisha
    • Hirai, MasashiMatsuda, Hideo
    • G03G15/01
    • H04N1/506G03G15/0194G03G2215/00063G03G2215/0016G03G2215/0119
    • The image forming apparatus includes: an image forming portion having a multiple image forming stations each forming a color separated image; a transfer device for superimposing and transferring color separated images; a pattern image forming device for forming a predetermined pattern image; a pattern image density measuring device for measuring the density of the pattern image. In this configuration, the pattern image is formed so as to be greater than the measuring area of the pattern image density measuring device and is formed of multiple lines having a line width and a line spacing so that any part of the pattern image within the measuring area will produce an approximately constant measured density value. The image forming apparatus further includes a timing control device which performs control in such a sequence that one image forming station to be the reference, in the image forming portion, a pattern image; the image forming station to be adjusted forms another pattern image, which is superimposed over the pattern image formed by the reference image forming station; the pattern image density measuring device measures the density of the superimposed pattern image so as to judge the superimposed state of the pattern image based on the measured density; and the image forming station to be adjusted is controlled so as to perform image forming at a timing so that the measured density will fall within a predetermined permissible density range.
    • 该图像形成设备包括:具有多个图像形成站的图像形成部,每个图像形成站形成彩色分离图像; 转印装置,用于叠加和转印彩色分离的图像; 图案图像形成装置,用于形成预定图案图像; 图案图像密度测量装置,用于测量图案图像的密度。 在该配置中,图案图像形成为大于图案图像浓度测量装置的测量区域,并且由具有线宽和线间距的多条线形成,使得测量中的图案图像的任何部分 面积将产生大致恒定的测量密度值。 该图像形成设备还包括定时控制装置,该定时控制装置按照如下顺序进行控制:在图像形成部分中,作为基准的一个图像形成站,图案图像; 待调整的图像形成站形成叠加在由参考图像形成站形成的图案图像上的另一图案图像; 图案图像密度测量装置测量叠加图案图像的密度以基于测量的密度来判断图案图像的叠加状态; 并且控制要调整的图像形成站以便在一定时刻执行图像形成,使得测量的密度将落入预定的容​​许密度范围内。
    • 4. 发明公开
    • Optical scanning apparatus
    • 光学扫描设备
    • EP0828173A3
    • 1998-09-09
    • EP97115273.1
    • 1997-09-03
    • SHARP KABUSHIKI KAISHA
    • Fujimoto, OsamuMatsuda, HideoShimazawa, YoichiOhnishi, KazuyukiSakagami, Hidekazu
    • G02B26/12H04N1/113
    • G02B26/126
    • The present invention is intended to reduce a fθ correction error by correcting an error of an object scanning speed which is produced because a reflecting point of a laser beam moves on a polygon mirror (12). In an inventive laser scanner (9), laser light emitted from a laser oscillator (10) is condensed into a beam by a condenser lens (11) at first. This laser beam is reflected by a polygon mirror (12) rotated by a scanning section (13) and is reflected again to a photoreceptor (4) by a curved reflecting mirror (14). A curved profile of a reflecting plane of the curved reflecting mirror (14) in the main scanning direction is formed so as to be asymmetrical on right and left bounding about a scanning center point (14c). Thereby, variation of speed for scanning the curved reflecting mirror (14) by the light reflected by the polygon mirror (12) may be canceled by the curved reflecting mirror (14) and a speed for scanning the object may be fixed almost at a predetermined speed.
    • 本发明旨在通过校正由于激光束的反射点在多角镜(12)上移动而产生的物体扫描速度的误差来减小fθ校正误差。 在本发明的激光扫描仪(9)中,首先从激光振荡器(10)发射的激光通过聚光透镜(11)会聚为光束。 该激光束被由扫描部13旋转的多面镜12反射,并通过曲面反射镜14再次反射到感光体4。 弯曲反射镜(14)的反射面在主扫描方向上的曲面轮廓形成为在围绕扫描中心点(14c)的左右不对称。 因此,由多面镜(12)反射的光扫描弯曲反射镜(14)的速度变化可以通过弯曲反射镜(14)抵消,并且用于扫描物体的速度可以几乎固定在预定的 速度。
    • 7. 发明公开
    • Image forming apparatus with adjustable light emitting area
    • 一种图像形成装置,其中,所述发光表面可以与设备进行调整
    • EP0719649A3
    • 1998-01-07
    • EP95309132.9
    • 1995-12-14
    • SHARP KABUSHIKI KAISHA
    • Ohnishi, KazuyukiKobayashi, ToshiakiMatsuda, HideoFujimoto, Osamu
    • B41J2/45
    • B41J2/45
    • An image forming apparatus is provided with a photoreceptor (9), and an exposure device (8) for exposing the photoreceptor (9) based on image data so as to form an electrostatic latent image on the photoreceptor. The exposure device has a plurality of light emitting devices (16) aligned along a main scanning direction of the photoreceptor, the respective light emitting devices having a plurality of luminescence portions, and a light emitting device driver (19) for applying a voltage to the respective luminescence portions so that the luminescence area of the light emitting device increases step by step whenever the applied voltage increases by a predetermined voltage based on the image data. With the arrangement, tone expression is realized in the electrostatic latent image, according to the size of the luminescence area of the respective light emitting devices, which can be controlled by the voltage applied to the respective light emitting devices based on the image data. Accordingly, it is possible to form the electrostatic latent image having many tones on the photoreceptor based on image data accurately and easily.
    • 一种图像形成装置被提供有一个光接受器(9),和曝光装置(8)上用于暴露所述光接收器(9)基于图像数据,以便形成在所述光接收器的静电潜像。 曝光装置具有沿光接受器的主扫描方向排列的发光器件有多个(16),所述respectivement发光具有发光部的多个设备,以及发光设备驱动程序(19),用于将电压施加到所述 respectivement发光部分,以便做了发光器件的发光面积由步骤增加步骤每当电压由预定的电压基于所述图像数据的应用的增加。 根据上述结构,色调表达是在静电潜像中实现,雅丁到respectivement发光器件,它可以通过施加到respectivement发光基于图像数据的设备的电压来控制的发光区的大小。 由此,能够形成具有与在基于图像数据的光受体精确地设定和容易许多音调的静电潜像。
    • 9. 发明公开
    • Electrophotographic printing machine
    • 德拉克(Elektrofotographischer Drucker)
    • EP0560304A2
    • 1993-09-15
    • EP93103791.5
    • 1993-03-09
    • SHARP KABUSHIKI KAISHA
    • Ohgita, ToshikiMatsuda, HideoKubo, TakashiMasuda, YoshiakiKaneko, HidetoshiIwasa, KazunoriSoda, KazunoriOkano, TokiyukiIshikawa, Tomiyuki
    • G03G15/00G03G15/20G03G15/01
    • G03G15/2064G03G15/0105G03G15/235
    • A copying machine as an example of electrophotographic printing machines is composed of a main body (1) which permits both black-and-white copying and full color copying, and a reverse and retransport unit (2) provided under the main body (1), for reversing and retransporting a sheet after being copied on one surface thereof to the main body (1). The main body (1) has a fixing means (200) including upper and lower fixing portions (200a, 200b) formed between three heat rollers (201-203). The lower fixing portion (200b) placed closer to the reverse and retransport unit (2) is associated with the black-and-white copying, and the upper fixing portion (200a) is associated with the full color copying. Upper and lower discharge transport paths (41,42) for discharging the sheet out of the device are provided so as to respectively extend from the upper and lower fixing portions (200a, 200b). Further, a retransport path (32) is provided so as to extend from the lower fixing portion (200b). Since the above three paths are provided without having any crossing point, the structure of the paths is simplified. Furthermore, when carrying out a black-and-white copying on one surface of the sheet and a color copying on the other surface, the black-and-white copying is carried out first, thereby eliminating the problem of the sheet being stuck in the device.
    • 作为电子照相打印机的一个例子的复印机由可以进行黑白复印和全色复印的主体(1)和设置在主体(1)下面的反转和转印单元(2)组成, 用于在将其一个表面复制到主体(1)之后将片材反转和再输送。 主体(1)具有包括形成在三个热辊(201-203)之间的上下固定部分(200a,200b)的固定装置(200)。 靠近反向和再输送单元(2)放置的下固定部分(200b)与黑白复印相关联,并且上固定部分(200a)与全色复印相关联。 用于将片材从装置中排出的上部和下部排出传送路径(41,42)设置成分别从上部和下部固定部分(200a,200b)延伸。 此外,从下固定部(200b)延伸设置再输送路径(32)。 由于上述三条路径没有任何交叉点,所以路径的结构被简化。 此外,当在纸张的一个表面上进行黑白复印并且在另一个表面上进行彩色复印时,首先进行黑白复印,从而消除纸张被卡在 设备。
    • 10. 发明公开
    • Transparent touch-sensitive panel
    • DurchsichtigeberührungsempfindlicheEingabescheibe。
    • EP0474232A2
    • 1992-03-11
    • EP91115018.3
    • 1991-09-05
    • SHARP KABUSHIKI KAISHA
    • Miwa, YoshihisaAnzai, ShunjuMatsuda, HideoKubo, TakashiOhgita, Toshiki
    • G03G15/00G06F3/033
    • G06F3/033G03G15/5016G06F3/043
    • A signal input device which includes an operation panel (8) having an input area in which data are input by touching the operation panel, a plurality of sensors (S₁ to S₄) located at different places on the operation panel, the sensors receiving vibrations propagated from a touched point on the operation panel, a detection circuit (C₁ to C₄) for detecting times at which the sensors receive the vibrations, an arithmetic means (45) for identifying the position of the touched point, a memory means (46) for storing numerical values whereby the input area is divided into a plurality of minor areas, and means (47,45) for judging which minor areas the touched points belong to, on the basis of the arithmetic results of the numerical values and data about the positions of the touched points.Used as editing panel in a copying apparatus.
    • 一种信号输入装置,包括:操作面板(8),其具有通过触摸操作面板而输入数据的输入区域;位于操作面板上的不同位置的多个传感器(S1〜S4),传感器接收振动 从操作面板上的触点开始,检测电路(C1〜C4),用于检测传感器触发振动的时间,用于识别触摸点的位置的算术装置(45),存储装置(46),用于 存储数字值,由此将输入区域划分为多个次要区域,以及用于根据数值的算术结果和关于位置的数据来判断触摸点属于哪些次要区域的装置(47,45) 的触动点。