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    • 1. 发明专利
    • Formation of multicolor image
    • 形成多彩图像
    • JPS61133950A
    • 1986-06-21
    • JP25579584
    • 1984-12-05
    • Konishiroku Photo Ind Co Ltd
    • HIRATSUKA SEIICHIROHANEDA SATORUSHOJI HISAFUMI
    • H04N1/29G03G5/12G03G13/01G03G15/01
    • G03G5/12
    • PURPOSE:To eliminate color mackling by forming an insulating layer on one side of a photoconductive layer, and a transparent conductive layer finely divided into plural kinds of color filters on its other side, and causing potential change on each filter to form a potential pattern image. CONSTITUTION:The insulating layer 3 is formed on one side of the photoconductive layer 1 and the conductive layer 2 on its other side to obtain a photosensitive body 4. The layer 2 is transparent and finely divided into a large number of color filters composed of R(red), G(green), and B(blue) to form a color filter layer a. To form a multicolor image, the photosensitive body 4 is electrostatically charged, and imagewise exposed to light, then, further imagewise exposed to light past each of R, G, and B filter to produce a charge potential pattern of each composed of red, green, and blue, and each pattern is developed with each color toner. Since each color filter is formed, color mackling can be eliminated and color balance can be improved.
    • 目的:通过在光电导层的一面上形成绝缘层和在另一侧上细分成多种滤色器的透明导电层来消除色彩褪色,并使每个滤光片上的电位变化形成电位图形图像 。 构成:绝缘层3形成在光电导层1的一侧和另一侧的导电层2上,以获得感光体4.层2是透明的,并被细分为大量的由R (红色),G(绿色)和B(蓝色)以形成滤色器层a。 为了形成多色图像,感光体4被静电充电,并且成像曝光,然后进一步成像曝光于R,G和B滤光片中的每一个,以产生由红色,绿色 和蓝色,并且每种图案都是用每种彩色调色剂显影的。 由于形成每个滤色器,因此可以消除色彩褪色,并且可以提高色彩平衡。
    • 2. 发明专利
    • Multi-color image forming method
    • 多色图像形成方法
    • JPS6199159A
    • 1986-05-17
    • JP22038684
    • 1984-10-22
    • Konishiroku Photo Ind Co Ltd
    • HIRATSUKA SEIICHIROHANEDA SATORUSHOJI HISAFUMI
    • G03G5/12G03G13/01G03G15/01
    • G03G13/01
    • PURPOSE:To form a multi-color image with one time of image exposure by subjecting the primary latent image formed by applying image exposing to a photosensitive body to full-surface exposure by the light of the same color as one color of color separating filters and development by the toner of the color corresponding to the appeared electrostatic image with different colors. CONSTITUTION:The image exposure IR of, for example, a red component is applied through an exposing slit of an electrostatic charger 6 to an electrostatically charged photosensitive body 4 from a light transmittable insulating layer 2 side contg. the distributed layer of plural kinds of the color separating filters to form the primary latent image on the body 4. The image is then subjected to the full-surface exposure by the blue light LB obtd. by passing the light from a white lamp 7 through the red filter FB from the light transmittable conductive layer 3 side to obtain the image potential to apply the complementary color image of blue on the surface of the layer 2. The electrostatic image is developed by a developing device 8Y for which a yellow toner TY charged electrostatically positive is used. The full-surface exposure is similarly applied thereto by the light past the green filter and the image is developed.
    • 目的:为了通过将通过将与曝光于感光体的图像进行曝光而形成的初级潜像通过与一种颜色的分色滤光器相同的颜色的光进行全面曝光来形成具有一次图像曝光的多色图像,以及 通过调色剂显影对应于出现的具有不同颜色的静电图像。 构成:例如通过静电充电器6的曝光缝从透光绝缘层2侧面向静电感光体4施加例如红色成分的图像曝光IR。 多个分色滤光片的分布层,以在主体4上形成初级潜像。然后,通过蓝光LB obtd对图像进行全表面曝光。 通过使来自白色灯7的光从可透光导电层3侧通过红色滤光器FB,以获得图像电位,以在层2的表面上施加蓝色补色图像。静电图像由 使用黄色调色剂TY为静电正极的显影装置8Y。 透过绿色过滤器的光同样地对其进行全表面曝光,并且显影图像。
    • 3. 发明专利
    • Developing device
    • 开发设备
    • JPS6190176A
    • 1986-05-08
    • JP21346384
    • 1984-10-09
    • Konishiroku Photo Ind Co Ltd
    • HANEDA SATORUSHOJI HISAFUMIHIRATSUKA SEIICHIRO
    • G03G15/09
    • G03G15/09
    • PURPOSE:To resolve the ununiformity of a developer layer in both end parts by setting the magnetic characteristic of front ends of both end parts in the lengthwise direction of a control member, which controls the layer thickness of a developer and consists of magnetic materials, so that this magnetic characteristic can control the layer thickness of the developer more than that of the front end of the center part. CONSTITUTION:Front ends 4b of both end parts of a control member 4 consisting of magnetic materials are formed to a sharp shape, and their magnetic action is made more powerful than that of the front end 4a of the center part. Thus, the developer flowed down from the upstream side of the sleeve 2 is controlled more, and the uniformity of developer crests passing the control member 4 is corrected directly in both end parts without narrowing the space of passage, and clogging phenomena due to dust or the like are eliminated.
    • 目的:通过设置两个端部的前端在控制构件的长度方向上的磁特性,以控制显影剂的层厚度并由磁性材料组成,来解决两个端部中显影剂层的不均匀性 该磁特性可以将显影剂的层厚度控制得比中心部分的前端的厚度更大。 构成:由磁性材料构成的控制构件4的两端部的前端4b形成为锐利的形状,并且使其磁作用比中心部的前端部4a更强大。 因此,更多地控制从套筒2的上游侧向下流动的显影剂,并且通过控制构件4的显影剂峰的均匀性在两端部直接校正,而不会使通道的空间变窄,并且由于灰尘或 类似物被消除。
    • 4. 发明专利
    • Developing device
    • 开发设备
    • JPS6190175A
    • 1986-05-08
    • JP21346284
    • 1984-10-09
    • Konishiroku Photo Ind Co Ltd
    • HANEDA SATORUSHOJI HISAFUMIHIRATSUKA SEIICHIRO
    • G03G15/09
    • G03G15/09
    • PURPOSE:To prevent a development variance or the like in both end parts in the non-contacting development by providing a control member, which controls the layer thickness of a developer, before a developing area and controlling the layer thickness of the developer with both end parts of the control member more than the center part. CONSTITUTION:Magnetic plates 16 are fixed to the rear face, which is upsteam in the turning direction of an arrow of a sleeve 2, in both ends of a control plate 15 constituting a control member 4 by screws 17. Thus, the developer on the sleeve 2 is limited by the front end part 15a of the control plate 15 to have a layer thickness suitable for non-contacting development, and a proper layer thickness is attained in both end parts by the action of end part crests formed by front end parts 16a of magnetic plates 16. Consequently, troubles such as development variance, photographic fog, breakdown, etc. in both end parts of the sleeve 2 are eliminated to obtain multicolor images of good quality stably.
    • 目的:通过在显影区域之前提供控制显影剂层厚度的控制构件,并且控制显影剂的两层厚度,以防止非接触显影中的两个端部的显影差异等 控制部件的部分多于中心部分。 构成:磁板16通过螺钉17固定在构成控制构件4的控制板15的两端中的在套筒2的箭头的转动方向上上升的后表面。因此, 套筒2由控制板15的前端部分15a限制,以具有适合于非接触显影的层厚度,并且通过由前端部件形成的端部部分顶部的作用在两个端部部分中获得适当的层厚度 因此,消除了套筒2的两个端部中的显影变化,照相雾化,击穿等问题,从而稳定地获得了良好质量的多色图像。
    • 5. 发明专利
    • Electrophotographic sensitive body, its manufacture and formation of image
    • 电子感应敏感体,其制造和图像形成
    • JPS6188266A
    • 1986-05-06
    • JP21030584
    • 1984-10-05
    • Konishiroku Photo Ind Co Ltd
    • HANEDA SATORUSHOJI HISAFUMIHIRATSUKA SEIICHIRO
    • G03G15/01G03G5/00G03G5/12
    • G03G5/12
    • PURPOSE:To provide high durability and to obtain stably a polychromatic image having high quality by forming a composite filter layer consisting of plural kinds of filters each made of toner particles contg. particles incorporated with a colorant and a transparent resin on a photosensitive layer. CONSTITUTION:The photosensitive layer 2 of an electrophotographic sensitive body is imagewise exposed through a composite filter layer 3 consisting of plural kinds of filters each made of toner particles contg. particles incorporated with a colorant and >=70wt% transparent resin on the photosensitive layer 2, and the layer 2 is uniformly exposed to specified light to form a potential pattern on filter parts corresponding to the light. The potential pattern is developed with an image forming toner. Said uniform exposure and development stages are repeated to form color toner images corresponding to the colors of the filters on the sensitive body. Since the filter layer 3 is formed on the surface of the sensitive body, the adhesive property and wear resistance are improved. The colorant in each of the color filters is protected with the resin, so the filters can be arranged densely in the form of lines A or mosaic B without causing color migration among the filters. a polychromatic image having superior resolving power is obtd.
    • 目的:为了提供高耐久性并且通过形成由多种调色剂颗粒形成的多种过滤器组成的复合过滤层来稳定地获得高品质的多色图像。 与着色剂结合的颗粒和在感光层上的透明树脂。 构成:电子照相感光体的感光层2通过由各种由调色剂颗粒构成的多种过滤器组成的复合过滤层3成像曝光。 在感光层2上结合有着色剂和> = 70重量%透明树脂的颗粒,并且层2均匀地暴露于特定的光以在对应于光的过滤部分上形成电位图案。 利用图像形成调色剂显影潜在图案。 重复所述均匀曝光和显影阶段以形成与敏感体上的滤色器的颜色对应的彩色调色剂图像。 由于过滤层3形成在敏感体的表面上,所以粘合性和耐磨性提高。 每个滤色器中的着色剂被树脂保护,因此滤光片可以以线A或马赛克B的形式密集布置,而不会在滤光片之间引起颜色偏移。 可以获得具有优异分辨能力的多色图像。
    • 6. 发明专利
    • Production of photosensitive body
    • 生产感光体
    • JPS6187161A
    • 1986-05-02
    • JP20905784
    • 1984-10-05
    • Konishiroku Photo Ind Co Ltd
    • HANEDA SATORUSHOJI HISAFUMIHIRATSUKA SEIICHIRO
    • G03G15/01G03G5/00G03G5/12
    • G03G5/12
    • PURPOSE:To attain rapid formation of a filter layer high in electric insulating property and mechanical strength by dispersing ink particles containing adhesives and constituting the filter and adhering the particles to a prescribed pattern to form the filter layer. CONSTITUTION:A mixed solution 53 consisting of a coloring material and light transmissive insulating material is pressed, led into a charging element 51 connected to an exciting source 55, discharged from a nozzle 51a, and dispersed as selectively charged solution drops 63 through a passing hole 52a of a charging electrode 52. The solution drops 63 charged through the gap between an upper deflecting electrode 57U and a lower deflecting electrode 57L connected to a high voltage power supply 58 are changed at their dispersing direction to a prescribed direction and adhered and accumulated on an object 61 to be adhered with a prescribed pattern to form a unit filter 73. Since the method disperses and adheres ink particles to a prescribed pattern to form the filter layer, the filter layer can be formed rapidly and simply and an obtained photosensitive body can be formed precisely, so that the regeneration of a color picture can be extremely improved.
    • 目的:通过分散含有粘合剂的油墨颗粒并构成过滤器,使颗粒附着到规定的图案上,形成过滤层,从而快速形成电绝缘性和机械强度高的过滤层。 构成:将由着色材料和透光绝缘材料组成的混合溶液53压入,连接到激励源55的充电元件51,从喷嘴51a排出,并通过通孔分散成选择性地充填的液滴63 通过上偏转电极57U和连接到高压电源58的下偏转电极57L之间的间隙充电的溶液滴63在其分散方向上改变到规定的方向并粘附并积聚在 以规定图案粘贴以形成单元过滤器73.由于该方法将墨水颗粒分散并粘附到规定图案以形成过滤层,所以可以快速且简单地形成过滤层,并且获得的感光体可以 精确地形成,从而可以极大地提高彩色图像的再生。
    • 7. 发明专利
    • Image forming device
    • 图像形成装置
    • JPS6177872A
    • 1986-04-21
    • JP20097484
    • 1984-09-25
    • Konishiroku Photo Ind Co Ltd
    • HANEDA SATORUSHOJI HISAFUMIHIRATSUKA SEIICHIRO
    • G03G15/01G03G15/08
    • G03G15/0126
    • PURPOSE:To decrease the mixing of toners of different colors to no bindrance in practical use in an image forming device which forms multi-color images by providing a means for consuming the toners including a developing process out of the image forming region of an image forming body. CONSTITUTION:An image forming body 1 is turned at a speed of over 3 seconds per revolution in the arrow direction and 4-color toner images of yellow, magenta, cyan and black are superposedly formed when said body rotates 4 turns. A solid yellow latent image Ey1 and a yellow latent image Ey2 are first formed by a semiconductor laser beam scanner 3 and are reversely developed with the positive yellow toner by a developing device 4A, by which the solid yellow toner image Dy1 and yellow toner image Dy2 are formed. The multi-color toner images are formed in the 2nd and subsequent rotations in the same manner while the forming position of the solid latent images is different. Since the solid latent images are developed in precedence in this stage, the toners of the mixed colors among the toner in the developing device are consumed. The toners contain much of the replenished toner when the latent image is developed. The trouble with the mixed color toners is thus decreased.
    • 目的:为了减少不同颜色的调色剂的混合,在通过提供消耗调色剂的装置形成多色图像的图像形成装置的实际应用中,包括从形成图像的图像形成区域中的显影处理 身体。 构成:图像形成体1以箭头方向每转超过3秒的速度旋转,并且当身体旋转4圈时,形成黄色,品红色,青色和黑色的4色调色剂图像。 固体黄色潜像Ey1和黄色潜像Ey2首先由半导体激光束扫描器3形成,并通过显影装置4A与正黄色调色剂反向显影,通过该显影装置4A,黄色调色剂图像Dy1和黄色调色剂图像Dy2 形成。 在固体潜像的形成位置不同的同时,在第二次和随后的旋转中形成多色调色剂图像。 由于在该阶段中优先展开了固体潜像,所以显影装置中的调色剂中的混合色调剂被消耗。 当潜像显影时,调色剂含有大部分补充的调色剂。 混合色调剂的麻烦因此降低。
    • 8. 发明专利
    • Photosensitive body and image forming method
    • 感光体和图像形成方法
    • JPS6175362A
    • 1986-04-17
    • JP19816684
    • 1984-09-20
    • Konishiroku Photo Ind Co Ltd
    • SHOJI HISAFUMIHANEDA SATORUHIRATSUKA SEIICHIRO
    • G03G5/12G03G15/01
    • G03G5/12
    • PURPOSE:To record a polychromatic image having no color blur easily at a high speed through one-time image exposure and form the polychromatic image at a high speed by overlapping plural color separation filter parts which transmit light beams in different wavelength ranges principally. CONSTITUTION:A photoconductive layer 2 is formed on a conductive member or substrate 1, and an insulating layer 3 which includes necessary color separation filters, e.g. filter parts R, G, and B and a filter part A for visible light absorption. The layer 2 is formed by dispersing an organic photoconductive material in insulating binder resin and the layer 3 has a colored part which functions as a color separation filter on or in a transparent insulating material; and the colored parts B, G, and R are formed overlapping with one another. This photosensitive body is exposed to an image while charged electrostatically, and then the entire surface is exposed to light transmitted through one of the filters and the image is developed; and this process is repeated for each filter.
    • 目的:通过重叠多个以不同波长范围发射光束的分色滤光片部分重叠,通过一次图像曝光,以高速度容易地记录不具有颜色模糊的多色图像,并以高速形成多色图像。 构成:在导电部件或基板1上形成光电导层2,以及包含必要的颜色分离滤光片的绝缘层3。 过滤器部件R,G和B以及用于可见光吸收的过滤器部件A. 层2通过将有机光电导材料分散在绝缘粘合剂树脂中而形成,层3具有在透明绝缘材料上或透明绝缘材料中用作分色滤光器的着色部分; 并且着色部分B,G和R形成为彼此重叠。 该感光体在静电充电的同时暴露于图像,然后将整个表面暴露于通过滤光器之一透射的光,并且图像被显影; 并且对于每个过滤器重复该过程。
    • 9. 发明专利
    • Polychromatic image forming device
    • 多色图像形成装置
    • JPS6173971A
    • 1986-04-16
    • JP19768084
    • 1984-09-20
    • Konishiroku Photo Ind Co Ltd
    • SHOJI HISAFUMIHANEDA SATORUHIRATSUKA SEIICHIRO
    • G03G5/12G03G13/01G03G15/01
    • G03G13/01
    • PURPOSE:To obtain sufficient image density and resolution even when a monochromatic image is reproduced by using a photosensitive body which has an insulating layer formed on the surface including a layer consisting of plural kinds of filters, and selecting a specific color image formation mode and a monochromatic image mode optionally. CONSTITUTION:The surface of the photosensitive body 4 is charged electrostatically to a uniform potential and exposed to an image. At the same time, the surface potential of the photosensitive body 4 is uniformed with an alternating current or by a corona discharger 6 which differs in polarity from an accumulator 5 and then the image exposed surface is irradiated uniformly with blue light by a lamp 7B and a blue filter FB to obtain the potential pattern of a complementary color image of blue on the image exposed surface. This is developed by an Y toner developing device 8. Then, the surface potential of the photosensitive body 4 is uniformed by a charger 9Y. Said operation is repeated by using M and C toner particles to obtain a three-color image. Further, developing devices 8Y-8C and chargers 9Y and 9M are turned off, and charging by the charger 5, discharging by the discharger 61, and uniform exposure by image exposing lamps 7B, 7G, and 7R are performed/ and the potential pattern appearing on the entire surface of the photosensitive body 4 is developed by a developing device 8K to obtain a black monochromatic image.
    • 目的:即使当通过使用在包括由多种滤光器构成的层的表面上形成有绝缘层的感光体再现单色图像时,即使获得足够的图像浓度和分辨率,并且选择特定的彩色图像形成模式和 单色图像模式可选。 构成:将感光体4的表面静电充电至均匀的电位并暴露于图像。 同时,感光体4的表面电位用交流电流均匀化,或者由电池放电器6极性与蓄电池5不同,然后通过灯7B均匀地用蓝光照射图像曝光表面, 蓝色滤光器FB,以获得图像曝光表面上的蓝色互补彩色图像的电位图案。 由Y调色剂显影装置8显影。然后,感光体4的表面电位由充电器9Y均匀化。 通过使用M和C调色剂颗粒重复所述操作以获得三色图像。 此外,显影装置8Y-8C和充电器9Y和9M被关闭,并且由充电器5充电,由放电器61放电,并且通过图像曝光灯7B,7G和7R进行均匀曝光,并且出现电位图案 在感光体4的整个表面上由显影装置8K显影以获得黑色单色图像。
    • 10. 发明专利
    • Format of polychromatic image
    • 多色图像格式
    • JPS6159356A
    • 1986-03-26
    • JP18108784
    • 1984-08-30
    • Konishiroku Photo Ind Co Ltd
    • HANEDA SATORUSHOJI HISAFUMIHIRATSUKA SEIICHIRO
    • G03G15/01G03G13/01
    • G03G13/013
    • PURPOSE:To record a sharp polychromatic image by using light for image exposure which has such a waveform distribution that the light is transmitted substantially through respective toner particles constituting a toner image which is already formed on an electrostatic sensitive body during image exposure. CONSTITUTION:An image forming process including electrostatic charging, image exposure, and toner development is carried out plural times to form plural toner image of different colors on the electrostatic photosensitive body. Then, the image exposure light uses light having such a wavelength distribution that the light is transmitted substantially through respective toner images forming the toner image which is already formed on the photosensitive body at the time of image exposure. In this case, the toner images of yellow, magenta, and cyan are formed in order and blue light whose wavelength area of a spectrum distribution maximum is not limited specially, green light which has the maximum of the spectrum distribution in a longer-wavelength range than the wavelength where the spectral reflection factor of yellow toner is 40%, and red light which has its spectral maximum in a longer wavelength range than the wavelength where the longer-wavelength side of magenta toner is 40% are used for the image exposure. Thus, a fine polychromatic image is formed.
    • 目的:通过使用具有这样的波形分布的光来记录清晰的多色图像,该波形分布基本上通过在图像曝光期间已经形成在静电敏感体上的构成调色剂图像的各个调色剂颗粒传播。 构成:进行包括静电充电,图像曝光和调色剂显影在内的图像形成处理多次以在静电感光体上形成不同颜色的多个调色剂图像。 然后,图像曝光光使用具有这样的波长分布的光,即基本上通过在图像曝光时形成在感光体上形成的调色剂图像的各个调色剂图像来传输光。 在这种情况下,按顺序形成黄色,品红色和青色的调色剂图像,并且不特别限制光谱分布最大值的波长面积的蓝色光,在更长波长范围内具有最大光谱分布的绿色光 与黄色调色剂的光谱反射系数为40%的波长相比,以及在远红外调色剂的长波长侧为40%的波长的波长范围内具有光谱最大值的红色光用于图像曝光。 因此,形成精细的多色图像。