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    • 11. 发明授权
    • Magnetic fluid recording apparatus
    • 磁性流体记录装置
    • US4401998A
    • 1983-08-30
    • US330607
    • 1981-12-14
    • Masaharu UshiharaMichinori NagahiroHumio YamazakiMasami NakagawaNoboru MiyajiSusumu Maruno
    • Masaharu UshiharaMichinori NagahiroHumio YamazakiMasami NakagawaNoboru MiyajiSusumu Maruno
    • B41J2/06B41J2/065G01D15/16
    • B41J2/065
    • A plurality of magnetic styli are arranged in a row for effecting a line recording. A magnetic styli are magnetized by a magnet held in contact with these styli so that a magnetic fluid attaching to the styli is protruded from each stylus to form continuous wave-like protrusions along the row of the styli. The magnetic fluid protruded from the styli is to fly or migrate as a high voltage is applied selectively between the styli and a control electrode which opposes to the styli across the recording paper, due to a Coulomb force acting on the ends of the protrusions. In consequence, a recording is made by the magnetic fluid serving as an ink on the recording paper in accordance with a recording signal. A predetermined head or height differential is preserved between the magnet and an ink tank. The magnet and the ink tank are connected to each other by means of a pipe filled with the magnetic fluid. A slight gap is formed in the connection between the pipe and the magnet. This gap, however, is completely covered and closed by the magnetic fluid attaching to the magnet so that the ambient air is prevented from coming into the pipe. A vacuum is generated in the pipe due to the aforementioned height differential to control the amount of the magnetic fluid supplied to the magnet. As the magnetic fluid is consumed progressively at the ends of the protrusions, the magnetic fluid is supplied to the protrusions from the ink tank through the pipe and the gap. In consequence, various troubles such as printing failure due to magnetic thickening of the magnetic fluid which inevitably takes place in the conventional apparatus incorporating an elongated magnet type ink supplying device, is completely eliminated to ensure a stable printing of a high quality.
    • 多个磁针被排列成一行以进行线记录。 一个磁性测针由与这些测针保持接触的磁体磁化,使得附着在测针上的磁性流体从每个触针突出,以沿着测针的一行形成连续的波浪形突起。 由于作用在突起的端部上的库仑力,由于从触针突出的磁性流体是飞行的或迁移的,因为高电压被选择性地施加在触针和与记录纸对准的测针的控制电极之间。 因此,根据记录信号,通过用作墨水的磁性流体在记录纸上进行记录。 在磁体和墨水罐之间保留预定的头部或高度差。 磁体和墨水罐通过填充有磁性流体的管道相互连接。 在管和磁体之间的连接中形成微小的间隙。 然而,该间隙被附着在磁体上的磁性流体完全覆盖和闭合,从而防止环境空气进入管道。 由于上述高度差,在管中产生真空,以控制供给到磁体的磁性流体的量。 当磁性流体在突起的端部逐渐消耗时,磁性流体通过管道和间隙从墨水罐供应到突起。 结果,完全消除了在包含细长磁体型供墨装置的传统装置中不可避免地发生的磁性流体的磁性增厚引起的打印故障等各种问题,以确保高质量的稳定印刷。
    • 12. 发明授权
    • Input/display integrated information processing device
    • 输入/显示集成信息处理装置
    • US6040825A
    • 2000-03-21
    • US941299
    • 1997-09-30
    • Hiroshi YamamotoYasuharu ShimekiKazuhiro KayashimaSusumu MarunoMakoto FujimotoYoshihiro Kojima
    • Hiroshi YamamotoYasuharu ShimekiKazuhiro KayashimaSusumu MarunoMakoto FujimotoYoshihiro Kojima
    • G06F3/033H04N1/00H04N1/028H04N1/10H04N1/193G09G5/00
    • H04N1/00129G06F3/033H04N1/00127H04N1/00411H04N1/028H04N1/00204H04N1/1017H04N1/193H04N2201/0438
    • An input/display integrated information processing device has: image display circuit for displaying document and image information; image input circuit through which information of an image such as a picture, a photograph, documents drawn or written on a sheet presented by the user can be an input; a visual coincidence structure for integrally combining a display screen of the image display circuit with an input screen of image input circuit so as to establish visual coincidence of screens as viewed from the user; contact information detection circuit for, when a finger of the user, the sheet presented by the user, or the like makes contact with the contact information detection circuit, detecting information of a contact position, the contact information detection circuit being disposed on the whole of the input screen of the image input circuit or the display screen of the image display circuit; image extraction circuit for automatically extracting only a required portion from image information input through the image input circuit; image information storage circuit for storing the image information; image synthesize circuit for combining the image with an image which is already displayed and stored; and image information control circuit for controlling input/output operations of the image information.
    • 输入/显示集成信息处理装置具有:用于显示文档和图像信息的图像显示电路; 图像输入电路,通过该图像输入电路可以输入诸如图片,照片,在用户呈现的纸张上绘制或写入的文档的信息; 用于将图像显示电路的显示屏与图像输入电路的输入屏幕整体组合以便建立从用户观看的屏幕的视觉一致的视觉符合结构; 接触信息检测电路,当用户的手指,由用户呈现的片材等与接触信息检测电路接触时,接触位置的检测信息,接触信息检测电路全部被布置 图像输入电路的输入屏幕或图像显示电路的显示屏幕; 图像提取电路,用于仅从通过图像输入电路输入的图像信息中仅提取所需部分; 用于存储图像信息的图像信息存储电路; 图像合成电路,用于将图像与已经显示和存储的图像组合; 以及用于控制图像信息的输入/输出操作的图像信息控制电路。
    • 13. 发明授权
    • Character recognition apparatus that subdivides a character into
subregions to obtain feature vectors
    • 字符识别装置,将字符细分成子区域以获得特征向量
    • US5703963A
    • 1997-12-30
    • US332120
    • 1994-10-31
    • Yoshihiro KojimaHiroshi YamamotoSusumu MarunoYasuharu Shimeki
    • Yoshihiro KojimaHiroshi YamamotoSusumu MarunoYasuharu Shimeki
    • G06K9/48G06K9/62G06K9/38G06K9/56
    • G06K9/48G06K2209/01
    • A character recognition apparatus is provided which, even when there occurs a local positional deviation of a character to be recognized, can stably recognize the character with high accuracy. For each contour point of a character image, a contouring direction code imparting unit 15 obtains a contouring direction code in which a contouring line direction of the character is quantized in four directions. A contouring direction code frequency calculation unit 16 calculates the frequency of each contouring direction code for each subregion of the character image. A contouring direction code density calculation unit 17 calculates the density of the contouring direction codes of each subregion, by using the frequency of the direction codes and the size of the respective subregion. A contouring direction code space blurring unit 18 conducts a weighted addition on each of the obtained contouring direction codes by adding, with a predetermined weight coefficient, the contouring direction code densities of neighbor subregions which are adjacent to the respective subregion with the subregion as the center and in a direction perpendicular to that of each of the contouring direction codes.
    • 提供一种字符识别装置,即使当发生要识别的字符的局部位置偏差时,也能够以高精度稳定地识别字符。 对于字符图像的每个轮廓点,轮廓方向代码赋予单元15获得在四个方向上量化字符的轮廓线方向的轮廓方向代码。 轮廓方向代码频率计算单元16计算字符图像的每个子区域的每个轮廓方向代码的频率。 轮廓方向代码密度计算单元17通过使用方向代码的频率和各个子区域的大小来计算每个子区域的轮廓方向代码的密度。 轮廓方向代码空间模糊单元18通过以预定的权重系数加上以该子区域为中心与各个子区域相邻的相邻子区域的轮廓方向代码密度,对获得的轮廓方向代码进行加权相加 并且在垂直于每个轮廓方向代码的方向上。
    • 14. 发明授权
    • Recognition unit and recognition apparatus
    • 识别单元和识别装置
    • US5542005A
    • 1996-07-30
    • US403126
    • 1995-03-13
    • Yasuharu ShimekiSusumu MarunoToshiyuki KohdaShigeo SakaueHiroshi YamamotoYoshihiro Kojima
    • Yasuharu ShimekiSusumu MarunoToshiyuki KohdaShigeo SakaueHiroshi YamamotoYoshihiro Kojima
    • G06N3/04G06K9/62
    • G06K9/6281G06N3/04
    • A recognition apparatus is provided with a plurality of recognition units organized in a multilayered hierarchical structure. Each of the recognition units includes a signal input section, a quantizer for performing a quantization according to a signal inputted from the signal input section, and a path selecting section for performing a selection of paths according to an output from the quantizer. The path selecting section includes a path input section having at least one path input terminal, a path output section having at least one path output terminal, a load distribution selecting section for selecting a load distribution, and a load setting section for changing the strength of connection between the path input terminal and the path output terminal according to the output of the quantizer by the use of the load distribution selected by the load distribution selecting section.
    • 识别装置设置有以多层次分层结构组织的多个识别单元。 每个识别单元包括信号输入部分,用于根据从信号输入部分输入的信号进行量化的量化器,以及路径选择部分,用于根据量化器的输出执行路径的选择。 路径选择部分包括具有至少一个路径输入端的路径输入部分,具有至少一个路径输出端的路径输出部分,用于选择负载分布的负载分配选择部分和用于改变负载分配的负载分配选择部分 根据量化器的输出,通过使用由负载分配选择部选择的负载分布,在路径输入端子与路径输出端子之间进行连接。
    • 15. 发明授权
    • Object recognition apparatus using a hierarchical network of recognition
units
    • 使用识别单元的分层网络的对象识别装置
    • US5530886A
    • 1996-06-25
    • US395200
    • 1995-02-27
    • Yoshihiro KojimaSusumu MarunoToshiyuki KohdaYasuharu Shimeki
    • Yoshihiro KojimaSusumu MarunoToshiyuki KohdaYasuharu Shimeki
    • G06K9/66G06N3/04
    • G06K9/66G06N3/04
    • A recognizing and judging apparatus for a learning and recognizing processing to be effectively performed in a short period of time, the apparatus including a plurality of recognition units in a multi-layered hierarchical network structure with one or more path output terminals of the recognition units of an upper layer being connected with one or more path input terminals of the recognition units of a lower layer. The recognition unit comprises a vector signal input structure for inputting a plurality of input signals for showing characteristics of an object to be recognized, a path signal transmitting information computing structure for converting an input signal vector from the vector signal input structure into a path signal transmitting information and a path signal transmitting structure having one or more path input terminals for inputting a path signal and one or more path output terminals for outputting the path signal to transmit the path signal from the path input terminals to the path output terminals according to the path signal transmitting information.
    • 一种用于在短时间内有效执行的学习和识别处理的识别和判断装置,该装置包括多层分层网络结构中的多个识别单元,其中识别单元的一个或多个路径输出端 上层与下层的识别单元的一个或多个路径输入端连接。 识别单元包括用于输入多个用于显示被识别对象的特性的输入信号的矢量信号输入结构,用于将来自矢量信号输入结构的输入信号矢量转换为路径信号发送的路径信号发送信息计算结构 信息和路径信号发送结构,其具有用于输入路径信号的一个或多个路径输入端子和用于输出路径信号的一个或多个路径输出端子,以根据路径从路径输入端口将路径信号传输到路径输出端子 信号发送信息。
    • 20. 发明授权
    • Interface apparatus
    • 接口设备
    • US06191773B1
    • 2001-02-20
    • US08945628
    • 1998-01-02
    • Susumu MarunoTaro ImagawaMichiyo MoriyaKenji Kondo
    • Susumu MarunoTaro ImagawaMichiyo MoriyaKenji Kondo
    • G09G508
    • G06F3/017H04N21/4223
    • The invention relates to an interface apparatus for making input and output of appliances having display such as computer, word processor, information appliance and television, comprising recognizing means for recognizing the shape or move of the hand of an operator, display means for displaying the features of the shape or move of the hand recognized by the recognizing means as special shape in the screen, and control means for controlling the information displayed in the screen by the special shape displayed in the screen by the display means, wherein the two-dimensional or three-dimensional information displayed in the screen can be selected, indicated or moved only by changing the shape or moving the hand, so that the interface apparatus of very excellent controllability and high diversity may be presented.
    • 本发明涉及一种用于输入和输出具有诸如计算机,文字处理器,信息设备和电视的显示器的接口装置,包括用于识别操作者的手的形状或移动的识别装置,用于显示特征的显示装置 由识别装置识别的手的形状或移动在屏幕中的特殊形状;以及控制装置,用于通过显示装置在屏幕中显示的特殊形状来控制在屏幕中显示的信息,其中二维或 可以通过改变形状或移动手来选择,指示或移动屏幕中显示的三维信息,从而可以呈现非常优秀的可控性和高分集度的接口装置。