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    • 1. 发明授权
    • Printing system and printing apparatus
    • 印刷系统和印刷设备
    • US07229224B2
    • 2007-06-12
    • US10793911
    • 2004-03-08
    • Masanari TodaTatsuro UchidaHiroshi Omura
    • Masanari TodaTatsuro UchidaHiroshi Omura
    • B41J11/36
    • G06F3/1211G06F3/122G06F3/1245G06F3/1284
    • To provide a printing system and a printing apparatus which can ensure high-speed, normal printing with small memory requirements even when lots of print commands are sent to a printer. The printing apparatus includes a print mode determination unit which judges whether intermediate-language data can fit in a page memory when print command data is converted in normal print mode and selects the normal print mode if the data can fit in, but selects compressed print mode if the data cannot fit in. Furthermore, the print mode determination unit includes a data reprocessing unit which, when the compressed print mode is selected, reduces any compressible part of intermediate-language data which corresponds to fine-gradation image data in normal print mode using a compression/decompression process, output gradation conversion process, clipping process, or reversible compression process whichever is applicable before storing it again in the page memory.
    • 提供打印系统和打印设备,即使当许多打印命令被发送到打印机时,其可以保证具有小的存储器要求的高速正常打印。 打印装置包括打印模式确定单元,其在正常打印模式下转换打印命令数据时判断中间语言数据是否适合页面存储器,并且如果数据可以适合则选择正常打印模式,但是选择压缩打印模式 此外,打印模式确定单元包括数据重新处理单元,当选择压缩打印模式时,减少与普通打印模式中的细微灰度图像数据相对应的中间语言数据的任何可压缩部分 使用压缩/解压缩处理,输出灰度转换处理,裁剪处理或可逆压缩处理,将其再次存储在页面存储器中之前适用。
    • 2. 发明授权
    • Printing system and printing apparatus
    • 印刷系统和印刷设备
    • US06796730B2
    • 2004-09-28
    • US10334975
    • 2003-01-02
    • Masanari TodaTatsuro UchidaHiroshi Omura
    • Masanari TodaTatsuro UchidaHiroshi Omura
    • B41J1136
    • G06F3/1211G06F3/122G06F3/1245G06F3/1284
    • To provide a printing system and a printing apparatus which can ensure high-speed, normal printing with small memory requirements even when lots of print commands are sent to a printer. The printing apparatus includes a print mode determination unit which judges whether intermediate-language data can fit in a page memory when print command data is converted in normal print mode and selects the normal print mode if the data can fit in, but selects compressed print mode if the data cannot fit in. Furthermore, the print mode determination unit includes a data reprocessing unit which, when the compressed print mode is selected, reduces any compressible part of intermediate-language data which corresponds to fine-gradation image data in normal print mode using a compression/decompression process, output gradation conversion process, clipping process, or reversible compression process whichever is applicable before storing it again in the page memory.
    • 提供打印系统和打印设备,即使当许多打印命令被发送到打印机时,其可以保证具有小的存储器要求的高速正常打印。 打印装置包括打印模式确定单元,其在正常打印模式下转换打印命令数据时判断中间语言数据是否适合页面存储器,并且如果数据可以适合则选择正常打印模式,但是选择压缩打印模式 此外,打印模式确定单元包括数据重新处理单元,当选择压缩打印模式时,减少与普通打印模式中的细微灰度图像数据相对应的中间语言数据的任何可压缩部分 使用压缩/解压缩处理,输出灰度转换处理,裁剪处理或可逆压缩处理,将其再次存储在页面存储器中之前适用。
    • 3. 发明申请
    • Electronic still camera, instant printer and instant film
    • 电子静物照相机,即时打印机和即时胶片
    • US20050263026A1
    • 2005-12-01
    • US11190919
    • 2005-07-28
    • Ko AosakiHiroshi OmuraHiroyuki UchiyamaYoshikuni NishiuraToshita Hara
    • Ko AosakiHiroshi OmuraHiroyuki UchiyamaYoshikuni NishiuraToshita Hara
    • G03B17/48G03B17/52G03B19/02G03B27/72H04N1/00H04N1/04H04N1/10H04N1/12H04N1/193H04N1/21H04N1/387B41F1/16
    • G03B17/52H04N1/00278H04N1/1017H04N1/193H04N1/2112H04N1/2154H04N2101/00
    • Image data obtained through an image sensor is written in a memory. When printing an image, a printing head is driven in accordance with the image data read out from the memory in a line sequential fashion, and is synchronously moved in a sub scan direction, thereby exposing the instant film line by line. The image appears on the exposed instant film as a developing solution is developed by developing rollers while the instant film is advanced out through the developing rollers. Alternatively, the printing head is driven synchronously with the instant film being advanced. Thereby an image is printed at one sub scanning without the need for moving the printing head. The printing head is provided with an array of three color light emitting elements, and three color light beams are simultaneously projected onto the instant film. The electronic still camera is automatically set in an imaging mode when a power switch is turned on, and is switched to a display mode or a print mode as soon as a display mode key or a print mode key is operated. After being switched to the display mode, the electronic still camera is quickly switched to the imaging mode if only a shutter release button is operated.
    • 通过图像传感器获得的图像数据被写入存储器。 当打印图像时,根据从存储器中以线顺序方式读出的图像数据驱动打印头,并且在副扫描方向上同步移动,从而逐行曝光即时胶片。 图像出现在曝光的即时胶片上,当显影辊通过显影辊推出时,通过显影辊显影显影液。 或者,打印头与即时胶片前进同步地驱动。 因此,在一次子扫描下打印图像,而不需要移动打印头。 打印头设置有三色发光元件的阵列,并且三色光束同时投影到即时胶片上。 当电源开关打开时,电子静态照相机将自动设置成成像模式,并且一旦显示模式键或打印模式键被操作,就切换到显示模式或打印模式。 切换到显示模式后,如果仅操作快门释放按钮,则电子静态照相机将快速切换到成像模式。
    • 4. 发明授权
    • Photographic camera
    • 摄影相机
    • US06330399B1
    • 2001-12-11
    • US09536701
    • 2000-03-28
    • Hiroshi OmuraSeimei Ushiro
    • Hiroshi OmuraSeimei Ushiro
    • G03B1503
    • G03B17/00
    • A photographic camera changeable between a normal photographic mode in which an almost entire area of an exposure frame of a photographic film is exposed with an intention of making a print from the exposure frame with a normal printing magnification and a pseudo magnified photographic mode in which a specific partial area of an exposure frame of a photographic film is exposed with an intention of making a print from the exposure frame with a larger printing magnification than the normal printing magnification and able to record trimming-data of an exposure frame exposed in the pseudo magnified photographic mode on the photographic film and is intended to be used in printing process comprises a distance measuring device having a measurement range greater than a focusing range of the taking lens, a lens setting mechanism for setting the taking lens in fixed positions including positions for the closest focussing distance and for infinity in accordance with camera-to-subject distance measured by the distance measuring device, and a control unit for setting the taking lens in the position for the closest focussing distance when exposure is made in the pseudo magnified photographic mode for a subject located between the closest focussing distance and the extreme end distance of the measurement range of the distance measuring device.
    • 摄影相机可以在其中曝光摄影胶片的曝光框的几乎整个区域的正常拍摄模式下变化,意图是以正常的打印倍率进行来自曝光框的打印,以及伪放大照相模式,其中 曝光的曝光帧的特定部分区域被曝光,意图是以比普通打印倍率更大的打印倍率从曝光框进行打印,并且能够记录曝光在伪放大的曝光框的修剪数据 摄影胶片上的照相模式,旨在用于打印过程中包括具有大于拍摄镜头的聚焦范围的测量范围的距离测量装置,用于将拍摄镜头设置在固定位置的透镜设置机构,包括用于 最近的聚焦距离和根据摄像机到物体距离的无限远 由距离测量装置固定的控制单元,以及控制单元,用于将拍摄镜头设置在用于最接近聚焦距离的位置,对于位于最近聚焦距离和最远距离之间的被摄体的伪放大照相模式进行曝光 距离测量装置的测量范围。
    • 5. 发明申请
    • PRONUNCIATION DIAGNOSIS DEVICE, PRONUNCIATION DIAGNOSIS METHOD, RECORDING MEDIUM, AND PRONUNCIATION DIAGNOSIS PROGRAM
    • 授权诊断设备,发明诊断方法,记录媒介和发布诊断程序(PRONUNCIATION DIAGNOSIS)
    • US20090305203A1
    • 2009-12-10
    • US12088614
    • 2006-09-29
    • Machi OkumuraHiroaki KojimaHiroshi Omura
    • Machi OkumuraHiroaki KojimaHiroshi Omura
    • G09B19/04G10L15/04
    • G09B19/04G09B5/06G09B19/06G10L15/25G10L17/26
    • A pronunciation diagnosis device according to the present invention diagnoses the pronunciation of a speaker using articulatory attribute data including articulatory attribute values corresponding to an articulatory attribute of a desirable pronunciation for each phoneme in each audio language system, the articulatory attribute including any one condition of the tongue in the oral cavity, the lips, the vocal cord, the uvula, the nasal cavity, the teeth, and the jaws, or a combination including at least one of the conditions of the articulatory organs; the way of applying force in the conditions of articulatory organs; and a combination of breathing conditions; extracting an acoustic feature from an audio signal generated by a speaker, the acoustic feature being a frequency feature quantity, a sound volume, and a duration time, a rate of change or change pattern thereof, and at least one combination thereof; estimating an attribute value associated with the articulatory attribute on the basis of the extracted acoustic feature; and comparing the estimated attribute value with the desirable articulatory attribute data.
    • 根据本发明的发音诊断装置使用包括与每个音频语言系统中的每个音素的期望发音的发音性质相对应的发音性属性值的发音性属性诊断扬声器的发音,所述发音属性包括 口腔中的舌头,嘴唇,声带,尿道,鼻腔,牙齿和颌骨,或包括关节器官的至少一种条件的组合; 在发音器官条件下施加武力的方式; 和呼吸条件的组合; 从由扬声器产生的音频信号提取声学特征,所述声学特征是频率特征量,音量和持续时间,变化率或变化模式及其至少一个组合; 基于所提取的声学特征来估计与所述发音属性相关联的属性值; 以及将估计的属性值与期望的发音属性数据进行比较。
    • 7. 发明授权
    • Sliding portable terminal
    • 滑动便携式终端
    • US08285349B2
    • 2012-10-09
    • US12514791
    • 2007-11-14
    • Noriyoshi SatoKazuhiro KonishiKazunori KonoHiroshi Omura
    • Noriyoshi SatoKazuhiro KonishiKazunori KonoHiroshi Omura
    • H04M1/00H04M9/00
    • H04M1/0237
    • It is aimed to attain compatibility between a size reduction, a thickness reduction of a portable terminal and the ensuring of an energizing force is attained. An upper case 2 is coupled with a connecting portion 4 to proceed in a predetermined direction with respect to a lower case 3. Two cases 2, 3 have a close state in which they are overlapped mutually and an open state in which the upper case 2 is extended by moving in a predetermined direction. One end of a coil portion 33A is fixed to a second hole 46 and the other end of the coil portion 33A is fixed to a third hole 50, and the connecting portion 4 has a torsion coil spring 33 that applies an energizing force to two cases 2, 3 such that the cases 2, 3 are brought into the close state or the open state. The coil portion 33A is arranged in a clearance 56 that is formed by a part of two cases 2, 3 when the two cases oppose to each other in the moving direction, and the clearance 56 is arranged in a vicinity on a predetermined direction with respect to the third hole 50 in the close state.
    • 旨在实现尺寸减小,便携式终端的厚度减小和确保激励力之间的兼容性。 上壳体2与连接部分4联接,以相对于下壳体3在预定方向上前进。两个壳体2,3具有彼此相互重叠的关闭状态和打开状态,其中上壳体2 通过沿预定方向移动而延伸。 线圈部分33A的一端固定在第二孔46上,线圈部分33A的另一端固定在第三孔50上,连接部分4具有扭力螺旋弹簧33,该扭力螺旋弹簧33向两个壳体施加一个通电力 2,3使得情况2,3进入关闭状态或打开状态。 线圈部分33A布置在两个壳体2,3的一部分形成的间隙56中,当两个壳体在移动方向上彼此相对时,间隙56相对于预定方向被布置在附近 到处于关闭状态的第三孔50。
    • 9. 发明授权
    • Data processing apparatus, data processing method, and data processing program
    • 数据处理装置,数据处理方法和数据处理程序
    • US07764394B2
    • 2010-07-27
    • US10731119
    • 2003-12-10
    • Hiroshi Omura
    • Hiroshi Omura
    • G06F15/00
    • G03G15/50Y10S707/99936
    • A printing result can be obtained with correct segment of a set unit in a collate document. When a printing mode in which a spool file manager 304 outputs a plurality of logical pages on one storage medium, drawing information among logical pages in a document is compared, and, when it is determined that the document is a collate document to be printed in plural set units, drawing information among logical pages in a document spooled in a spool file 303 is compared. Then, the number of pages indicating a segment of a set unit is detected, and a set-unit transfer process for drawing information on a printer 1500 is controlled depending on the segment of a set unit.
    • 可以在整理文档中的设置单元的正确段获得打印结果。 当假脱机文件管理器304在一个存储介质上输出多个逻辑页面的打印模式被比较时,在文档中的逻辑页面之间绘制信息,并且当确定文档是要打印的整理文档时 比较在假脱机文件303中假脱机的文件中的逻辑页之间的多个集合单元。 然后,检测指示设置单元的段的页数,并且根据设置单元的段来控制用于在打印机1500上绘制信息的设置单元传送处理。