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    • 1. 发明专利
    • Wireless bone conduction earphone
    • 无线骨传导耳机
    • JP2009118444A
    • 2009-05-28
    • JP2007308010
    • 2007-11-01
    • Hidenori Fujioka秀則 藤岡
    • FUJIOKA HIDENORI
    • H04R1/10A63B71/06H04R1/00H04R1/02
    • PROBLEM TO BE SOLVED: To provide a removable earphone with a radio communication means, an electric power source circuit, a bone conduction speaker and an acoustic pipe installed therein, which is of integration type and allows an earphone carrier clearly to catch a bone conduction sound by audibility of bone conduction and to catch an ordinary airway sound as well.
      SOLUTION: The earphone includes: a radio communication means; a digital processing means for processing audio data obtained by radio communication; a digital/analog converter; a means for amplifying an analog signal; an electric power source circuit; a speaker; and an acoustic pipe. It can catch clearly an ordinary airway sound in addition to a bone conduction sound in a bone conduction system using a speaker.
      COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:为了提供具有无线电通信装置的可移动耳机,电源电路,骨传导扬声器和安装在其中的声管,其是一体型并且允许耳机载体清楚地捕获 骨传导声音由骨传导的可听性和捕获普通的气道声音。 解决方案:耳机包括:无线电通信装置; 用于处理通过无线电通信获得的音频数据的数字处理装置; 数字/模拟转换器; 用于放大模拟信号的装置; 电源电路; 演讲者 和声管。 除了使用扬声器的骨传导系统中的骨传导声音之外,还可以清楚地捕获普通的气道声音。 版权所有(C)2009,JPO&INPIT
    • 3. 发明授权
    • Printer, printing system, and printing method using print paper with photosensitive microcapsules applied thereto
    • 打印机,打印系统和使用印刷纸的打印方法,其中涂覆有光敏微胶囊
    • US06229558B1
    • 2001-05-08
    • US09094038
    • 1998-06-09
    • Tatsuji SaigoTakashi MaedaKazuo WakabayashiKensuke MoritanSaburo ImaiShigeru InagakiHidenori FujiokaYuji Hosoi
    • Tatsuji SaigoTakashi MaedaKazuo WakabayashiKensuke MoritanSaburo ImaiShigeru InagakiHidenori FujiokaYuji Hosoi
    • B41J247
    • B41J19/20B41J2/455B41J2/473G03F7/0022
    • A printer has a printer body, a carriage for undergoing scanning movement over a print paper in a scanning direction, and a cassette removably connected to the printer body for storing print paper and having a code element indicative of photosensitive characteristics of the print paper. The print paper contains photosensitive microcapsules encapsulating a color developing material and a photo-curing material and has an image receiving layer for developing color by a reaction of the color developing material with the image receiving layer. The carriage has a light emitting element for emitting light of a preselected wavelength to which the photosensitive microcapsules are exposed to thereby form a latent image on the print paper. A photosensitive characteristics identifying mechanism is disposed on the carriage for reading the code element of the cassette to identify the photosensitive characteristics of the print paper. A light emission controller controls the intensity or the time period of emission of the light emitted by the light emitting element in accordance with the photosensitive characteristics of the print paper identified by the photosensitive characteristics identifying mechanism. A pressurizing mechanism applies mechanical pressure to the print paper after a latent image has been formed thereon to collapse the photosensitive microcapsules which were not exposed to the light emitted by the light emitting element and thereby develop the latent image by reaction of the color developing material in the photosensitive microcapsules with the image receiving layer.
    • 打印机具有打印机主体,用于在扫描方向上在打印纸上进行扫描运动的托架以及可移除地连接到打印机主体的盒,用于存储打印纸并具有指示打印纸的感光特性的代码元件。 打印纸包含封装彩色显影材料和光固化材料的光敏微胶囊,并且具有通过彩色显影材料与图像接收层反应而显色的图像接收层。 滑架具有用于发射感光微胶囊暴露于其中的预选波长的光的发光元件,从而在打印纸上形成潜像。 感光特性识别机构设置在滑架上用于读取盒的代码元件以识别打印纸的感光特性。 发光控制器根据由感光特性识别机构识别的打印纸的光敏特性来控制由发光元件发射的光的强度或时间周期。 在其上形成潜像之后,加压机构对打印纸施加机械压力,以使未曝光于由发光元件发出的光的感光性微胶囊收缩,从而通过彩色显影材料的反应来显影潜像 光敏微胶囊与图像接收层。
    • 4. 发明授权
    • Image forming apparatus
    • 图像形成装置
    • US6021286A
    • 2000-02-01
    • US140798
    • 1998-08-26
    • Tsutomu KawaiMasakazu KinoshitaHidenori FujiokaHitohiro Maeda
    • Tsutomu KawaiMasakazu KinoshitaHidenori FujiokaHitohiro Maeda
    • G03G15/16G03G15/01
    • G03G15/0131G03G2215/0119
    • A developing portion forms a toner image, which corresponds to a recording image, with a toner which has been electrically charged to a predetermined electrical potential. A transfer portion, to which an electric potential, different from the electric potential of the toner image, is applied, transfers the toner image onto a recording medium. A first transfer-electric-potential applying portion applies a transfer electric potential to the transfer portion. A carrying portion carries the recording medium so as to cause the recording medium to pass by the transfer portion. A second transfer-electric-potential applying portion sets the recording medium and the carrying portion to cause the recording medium and the carrying portion to have a predetermined electric potential corresponding to the transfer electric potential of the transfer portion.
    • 显影部分与已经充电到预定电位的调色剂形成对应于记录图像的调色剂图像。 将不同于调色剂图像的电位的电位的转印部分转印到记录介质上。 第一转印电位施加部分向转印部分施加转印电位。 携带部分携带记录介质,以使记录介质通过转印部分。 第二转印电位施加部分设置记录介质和承载部分,使记录介质和承载部分具有与转印部分的转印电位对应的预定电位。
    • 5. 发明授权
    • Printing apparatus of photosensitive microcapsule type and image processing system using the same
    • 光敏微胶囊型印刷装置及使用其的图像处理系统
    • US06204914B1
    • 2001-03-20
    • US09277514
    • 1999-03-26
    • Shigeru InagakiHidenori Fujioka
    • Shigeru InagakiHidenori Fujioka
    • G03D500
    • B41J2/45B41J19/20G03F7/0022
    • A printing apparatus of a photosensitive microcapsule type comprises a chassis, a cassette for storing printing paper containing photosensitive microcapsules, a printing paper feeding device for intermittently feeding the printing paper in a feeding direction, and a printing paper pickup device for feeding the printing paper from the cassette to a preselected location from which the printing paper is intermittently fed by the printing paper feeding device. A scan shaft is mounted on the chassis for undergoing rotation about a rotational axis extending generally perpendicular to the feeding direction of the printing paper. A first spiral groove is formed in the scan shaft along a clockwise direction and has opposite ends. A second spiral groove is formed in the scan shaft along a counterclockwise direction and has opposite ends each connected to a respective end of the first spiral groove so that the first and second spiral grooves form a loop. A carriage is slidably mounted on the scan shaft for undergoing reciprocal movement along the scan shaft during rotation of the scan shaft. Light emitting diodes are disposed on the carriage for selectively irradiating onto the printing paper light corresponding to image data when the carriage is reciprocated along the scan shaft. A pressurizing device applies pressure to the printing paper to which light is irradiated by the light emitting diodes to collapse the photosensitive microcapsules contained in the printing paper to form an image on the printing paper.
    • 感光性微胶囊型的打印装置包括底架,用于存储含有感光性微胶囊的打印纸的盒,用于在进给方向间歇地供给打印纸的打印纸进给装置和用于将打印纸从 该盒带到打印纸被打印纸馈送装置间歇地馈送到预定位置。 扫描轴安装在底盘上,用于围绕大致垂直于打印纸的进给方向延伸的旋转轴线旋转。 第一螺旋槽沿着顺时针方向形成在扫描轴中并具有相对端。 第二螺旋槽沿着逆时针方向形成在扫描轴中,并且具有相对的端部,每个端部连接到第一螺旋槽的相应端部,使得第一和第二螺旋槽形成环。 滑架可滑动地安装在扫描轴上,用于在扫描轴旋转期间沿扫描轴进行往复移动。 当托架沿着扫描轴往复运动时,发光二极管设置在滑架上用于选择性地照射对应于图像数据的打印纸上的光。 加压装置对由发光二极管照射光的打印纸施加压力,以折叠包含在打印纸中的感光微胶囊,以在打印纸上形成图像。