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    • 71. 发明申请
    • Health data collection system
    • 健康数据收集系统
    • US20070061361A1
    • 2007-03-15
    • US10570897
    • 2004-11-19
    • Toshiyuki TanakaKazutoshi NagaiNaruaki Akai
    • Toshiyuki TanakaKazutoshi NagaiNaruaki Akai
    • G06F7/00
    • G06Q10/10A61B5/0013A61B5/02055A61B5/749A61B2560/0431
    • A health data collection system for higher quality health care is provided. A patient terminal 21 has a data processor 34 for storing, in a memory 33, vital data obtained by a vital sensor 25 and voice data inputted through a microphone 27 in a memory 33 in association with each other. The vital data and voice data stored in the memory 33 are transmitted to a center server 22 via a communication network 24 and accumulated in a database server 40. A doctor terminal 23 has a memory 52 for storing the vital data and voice data received from the database server 40, and a data processor 57 for outputting the vital data and voice data stored in the memory 52 to a CRT display 55 and speaker 53 in association with each other.
    • 提供了一个健康数据收集系统,提供更高质量的保健。 患者终端21具有数据处理器34,用于在存储器33中存储由生物传感器25获得的重要数据和通过存储器33中的麦克风27输入的声音数据。 存储在存储器33中的重要数据和语音数据经由通信网络24发送到中央服务器22,并累积在数据库服务器40中。 医生终端23具有用于存储从数据库服务器40接收的重要数据和语音数据的存储器52和用于将存储在存储器52中的重要数据和语音数据输出到CRT显示器55和扬声器53的数据处理器57 相互联系。
    • 74. 发明申请
    • Seat device for vehicle
    • 车辆座椅装置
    • US20050285007A1
    • 2005-12-29
    • US11165334
    • 2005-06-24
    • Toshiyuki Tanaka
    • Toshiyuki Tanaka
    • B60N2/07B60N2/08F16M13/00
    • B60N2/062B60N2/0705B60N2/0727B60N2/0825B60N2/0843
    • A seat device for a vehicle comprises a lower rail fixed on the vehicle floor so as to extend in a longitudinal direction of the vehicle, an upper rail mounted to the lower rail so as to be slidable and supporting a seat body, a first lock mechanism for locking the upper rail at a first position to the lower rail and a second lock mechanism being locked for limiting the upper rail at a predetermined position so as not to move further back than the predetermined position when the upper rail is unlocked by means of the first lock mechanism, the second lock mechanism being unlocked when the upper rail is locked by means of the first lock mechanism.
    • 一种用于车辆的座椅装置,包括:固定在车辆地板上的下轨道,以沿车辆的纵向方向延伸;上轨道,其安装到下轨道上,以便可滑动并支撑座椅主体;第一锁定机构 用于将上轨道在第一位置处锁定到下轨道,并且锁定第二锁定机构,以将上轨道限制在预定位置,以便当上轨道通过所述上轨道解锁时不超过所述预定位置移动 第一锁定机构,当通过第一锁定机构锁定上部导轨时,第二锁定机构被解锁。
    • 79. 发明授权
    • Digital camera for adjusting charge accumulation time in response to object distance
    • 数码相机,用于根据物体距离调整电荷累积时间
    • US06693673B1
    • 2004-02-17
    • US09361864
    • 1999-07-27
    • Toshiyuki TanakaToshihiro Hamamura
    • Toshiyuki TanakaToshihiro Hamamura
    • H04N5222
    • H04N5/2352
    • In a digital camera, when flash shooting is performed, a maximum distance at which a subject can be illuminated to appropriate brightness is calculated based on the guide number of a flash and the open aperture value of an aperture stop, and the distance to the subject measured is compared with the maximum distance. If the distance to the subject is equal to or shorter than the maximum distance, the exposure time is set at a predetermined value, and the amount of the flash light emitted is controlled based on the amount of the light reflected from the subject, and white balance of the taken image is adjusted in accordance with the color characteristics of the flash light. If the distance to the subject is greater than the maximum distance, the exposure time is set to be longer than the predetermined value in order to use a larger amount of ambient light to illuminate the subject, and white balance of the taken image is adjusted in accordance with the color characteristics of the ambient light.
    • 在数码相机中,当执行闪光拍摄时,可以基于闪光灯的引导数量和孔径光阑的打开光圈值以及到被摄体的距离来计算被摄体能够照亮到适当亮度的最大距离 测量与最大距离进行比较。 如果与被摄体的距离等于或短于最大距离,则曝光时间被设定为预定值,并且基于从被摄体反射的光量来控制发出的闪光的量,并且白色 根据闪光的颜色特性来调整拍摄图像的平衡。 如果与被摄体的距离大于最大距离,则曝光时间被设定为长于预定值,以便使用较大量的环境光照亮被摄体,并且将拍摄图像的白平衡调整为 根据环境光的颜色特性。
    • 80. 发明授权
    • Objective lens actuator
    • 物镜执行器
    • US06683831B2
    • 2004-01-27
    • US10033117
    • 2001-10-25
    • Toshiyuki TanakaSeiichi Nagatome
    • Toshiyuki TanakaSeiichi Nagatome
    • G11B700
    • G11B7/0935G11B7/0927G11B7/0932G11B7/0933G11B11/10576
    • In an objective lens actuator, when an action force generation force including a focus coil and a magnetic circuit generates an action force for displacing an objective lens holder in a focus direction of an optical disk, a leaf spring supports the magnetic circuit with respect to an actuator base, in such a manner that the magnetic circuit can be rotated about an arbitrary point in the leaf spring, by a reaction force of the action force. At the same time, the equation a=I/Mh is satisfied, where M is a mass of the magnetic circuit, I is a moment of inertia of the magnetic circuit about a center of gravity, a is a distance between the center of gravity of the magnetic circuit and a line of action in a direction of the action force, and h is a distance between a center of rotation in the leaf spring and the center of gravity of the magnetic circuit. As a result, even if the reaction force of the action force acting on the objective lens holder is generated, stable focus servo can be performed, and the actuator can be downsized with a simple structure.
    • 在物镜致动器中,当包括聚焦线圈和磁路的动作力产生力产生用于使物镜保持器在光盘的聚焦方向上移动的作用力时,片弹簧相对于 致动器基座,使得磁路可以通过作用力的反作用力绕簧簧中的任意点旋转。 同时,满足方程a = I / Mh,其中M是磁路的质量,I是围绕重心的磁路的惯性矩,a是重心之间的距离 的磁路和作用力方向上的作用线,h是板簧的旋转中心与磁路重心之间的距离。 结果,即使产生作用在物镜支架上的作用力的反作用力,也可以进行稳定的聚焦伺服,并且能够以简单的结构将致动器小型化。