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    • 21. 发明公开
    • BIOLOGICAL INFORMATION PROCESSING SYSTEM, TERMINAL, BIOLOBICAL INFORMATION PROCESSOR, BIOLOBICAL INFORMATION PROCESSING METHOD, AND PROGRAM
    • 系统,终端,执行人员,维也纳计划署计划生物学家信息
    • EP1358843A1
    • 2003-11-05
    • EP02711243.2
    • 2002-01-31
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • OOSHIMA, KiyokoUCHIDA, Shinji
    • A61B5/145
    • A61B5/14532A61B5/0002
    • A biological information measuring system includes (1) a measuring device-side terminal 1, which has a measuring unit 2 of measuring biological information, an adapter unit 6 of obtaining a telephone number from a portable phone 7 to identify the portable phone 7, and transmitting and receiving means 11 of mutually linking the biological information and the telephone number and outputting the information, (2) the portable phone 7, which stores a telephone number to identify a user, and (3) a processing center 8, which has storing means 10 of storing a database in which the name of the user of the portable phone 7 or the like is linked with the telephone number, as well as of storing the biological information from the measuring device-side terminal 1 on a single user basis, and processing means 9 of identifying the user of the portable phone 7 on the basis of the telephone number and the database.
    • 生物信息测量系统包括:(1)具有测量生物信息的测量单元2的测量设备侧终端1,从便携式电话7获取电话号码以识别便携式电话7的适配器单元6;以及 发送和接收装置11,其将生物信息和电话号码相互链接并输出;(2)存储用于识别用户的电话号码的便携式电话机7;以及(3)具有存储 存储便携式电话机7的用户的名称等与电话号码相关联的数据库的装置10,以及在单个用户的基础上从测量装置侧终端1存储生物信息的装置10, 以及基于电话号码和数据库识别便携式电话7的用户的处理装置9。
    • 22. 发明公开
    • OPTICAL DISK DEVICE
    • OPTISCHE PLATTENANORDNUNG。
    • EP0431194A1
    • 1991-06-12
    • EP90909831.1
    • 1990-06-28
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • NISHIWAKI, SeijiUCHIDA, ShinjiASADA, Junichi
    • G11B7/00G11B7/24
    • G11B7/1381G11B7/0917G11B7/124G11B7/13G11B7/1365G11B7/1384
    • An optical disk device which satisfies a relationship (As cos øs - 1)≧ - Ds(As² - 2As cos øs + 1)²/4λ² or As cos øs = 1, wherein As denotes the ratio of the amplitude reflectivity of signal marks (27), (28) on the signal surface (16) of optical disk to that of regions outside the signal marks, øs denotes a phase difference, Ds denotes the area of the signal marks (27), (28), and λ denotes a wavelength of a source of light (8). The light reflected by the signal surface (16) is input to waveguide layers (3A), (3B) through grating couplers (4A), (4B) to obtain guided beams (18A), (18B) which are emitted from the ends of the waveguide layers (3A), (3B) and are received by the light detectors (6A), (6B) to obtain control signals and reproduced signals.
    • 光头具有通过光栅耦合器(4C)输入并耦合到波导层(3C)的半导体激光器(8)发射的光。 耦合器或螺旋形粗糙的周期性结构,以形成沿着圆周方向传播穿过层的引导光(12C)。 导光被传送到波导层(3C)的最外周区域中的波导层(3B),以形成引导光(12B),然后通过具有同心或螺旋周期结构的光栅耦合器(4B)发射 。 同心偏振(或径向偏振)的光(13)通过偏振器(10B)转换成线偏振光(14),以将光束聚焦在光盘的反射平面上。 由反射面(16)反射的光再次通过偏振器(10B)转换成同心偏振(或径向极化)的光(或者是偏振的)光(17A,17B),并通过光栅耦合器输入并耦合到波导层(3A,3B) (4A,4B),以形成导向灯(18A,18B)。 光传播通过层,然后从波导层的端部发射,并被光检测器(6A,6B)接收,以获得控制信号和反馈信号。