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    • 1. 发明授权
    • Physical movement analyzer and physical movement analyzing method
    • 身体运动分析仪和身体运动分析方法
    • US07387611B2
    • 2008-06-17
    • US10817880
    • 2004-04-06
    • Shigeyuki InoueShinji TanakaTakako ShiraishiHiroshi YamamotoYoshitaka Kawasaki
    • Shigeyuki InoueShinji TanakaTakako ShiraishiHiroshi YamamotoYoshitaka Kawasaki
    • A61B5/103A61B5/117G01B5/02
    • A61B5/112A61B5/1038
    • An acceleration information detecting unit of an acceleration detecting apparatus having an acceleration sensor with at least one axis that measures acceleration in a back and forth direction (or a right and left direction) of a walking person. Acceleration data indicating the acceleration is sent to a wireless communication control unit. The wireless communication control unit sends the acceleration data to a physical movement analyzer using a short-distance wireless communication method. On the other hand, the wireless communication control unit of the physical movement analyzer receives the acceleration data that is sent from the acceleration detecting apparatus using a short-distance wireless communication method and sends it to a walking speed detecting unit. The walking speed detecting unit estimates strides and walking period based on the received acceleration data and calculates the walking speed based on the strides and the walking period.
    • 一种具有加速度传感器的加速度检测装置的加速度信息检测单元,该加速度传感器至少具有一个测量行走人的前后方向(或左右方向)的加速度的轴。 指示加速度的加速度数据被发送到无线通信控制单元。 无线通信控制单元使用短距离无线通信方式将加速度数据发送到物理移动分析装置。 另一方面,物理运动分析器的无线通信控制单元使用短距离无线通信方式接收从加速度检测装置发送的加速度数据,并将其发送到步行速度检测单元。 步行速度检测单元基于接收到的加速度数据来估计步幅和步行时段,并且基于步幅和步行时间计算步行速度。
    • 2. 发明申请
    • Method and device for correcting acceleration sensor axis information
    • 用于校正加速度传感器轴信息的方法和装置
    • US20060112754A1
    • 2006-06-01
    • US10542016
    • 2004-04-09
    • Hiroshi YamamotoShigeyuki InoueShinji TanakaTakako Shiraishi
    • Hiroshi YamamotoShigeyuki InoueShinji TanakaTakako Shiraishi
    • G01P21/00
    • A61B5/1116A61B5/1118A61B5/1123A61B2503/08A61B2560/0223A61B2562/0219A63B23/0244G01C22/006
    • The present device, which corrects parameters indicating the respective acceleration directions indicated by an acceleration sensor contained in a specific device, is comprised of: an acceleration sensing unit (11) that detects acceleration; an evaluation unit (12) that judges an action/posture, using patterns in changes in acceleration obtained from the acceleration sensor, when a person wearing the specific device acts; a parameter storage unit (15) that stores parameters to be used when the evaluation unit (12) makes a judgment; a correction trigger unit (31) that transmits, to the acceleration sensing unit (11) and an attachment position judgment unit (32), a signal indicating that parameter correction is to start, upon detection that the wearer or the like has pressed a correction trigger button; and a parameter correction unit (14) that reads out parameters stored in the parameter storage unit (15) based on a selection by the attachment position selection unit (13), and corrects the parameters in accordance with the attachment position so as to output the corrected parameters to the evaluation unit (12).
    • 校正指示由特定装置中包含的加速度传感器指示的各个加速度方向的参数的本装置包括:加速度检测单元(11),其检测加速度; 评估单元(12),当穿着特定装置的人行动时,使用从加速度传感器获得的加速度变化中的模式来判断动作/姿势; 参数存储单元(15),其存储当所述评估单元(12)进行判断时要使用的参数; 检测到佩戴者等已经按下了校正的校正触发单元(31),其向加速度感测单元(11)和安装位置判断单元(32)发送指示参数校正开始的信号, 触发按钮; 以及参数校正单元(14),其基于所述附件位置选择单元(13)的选择读出存储在所述参数存储单元(15)中的参数,并且根据所述附接位置校正所述参数,以输出所述参数 校正参数到评估单元(12)。
    • 3. 发明申请
    • INPUT DEVICE, AND MOBILE TERMINAL HAVING THE SAME
    • 输入设备和具有该输入设备的移动终端
    • US20090009368A1
    • 2009-01-08
    • US11817430
    • 2006-03-16
    • Shinichi TakasakiHiroshi YamamotoShigeyuki InoueTakako Shiraishi
    • Shinichi TakasakiHiroshi YamamotoShigeyuki InoueTakako Shiraishi
    • H03K17/94
    • G06F3/0219G06F1/1616G06F1/1626G06F1/1664G06F3/04897H04M1/23H04M2250/70
    • Provided is an input device that does not allow an input efficiency to be drastically lowered even when the number of pressing a key falls.The input device of the present invention comprises the following: an input key (9) which has predetermined sections on each of which predetermined character-related information and the like are displayed; an association storage unit (71) that associates the predetermined sections of the input key (9) with the predetermined character-related information and the like; a section detection unit (70) that detects which section of the input key (9) is touched by an object; a selection unit (72) that selects, from among the information stored in the association storage unit (71), information that is associated with a section detected by the section detection unit (70), as input information; a press detection unit (74) that detects that the input key (9) is pressed or released from being pressed; and a determination unit (75) that determines the information selected by the selection unit (72) as the input information, when the press detection unit (74) detects that the input key (9) is pressed or released from being pressed.
    • 提供了即使当按键数量下降时也不能使输入效率急剧降低的输入装置。 本发明的输入装置包括以下内容:输入键(9),其中显示预定字符相关信息等的预定部分; 关联存储单元,其将输入键(9)的预定部分与预定的字符相关信息等相关联; 检测所述输入键(9)的哪个部分被物体触摸的部位检测部(70) 从存储在关联存储单元(71)的信息中选择与由区间检测单元(70)检测到的区段相关联的信息作为输入信息的选择单元(72) 检测输入键(9)被按压或释放的按压检测单元(74)被按压; 以及确定单元(75),当按压检测单元(74)检测到按压或释放输入键(9)被按下时,确定由选择单元(72)选择的信息作为输入信息。
    • 6. 发明申请
    • Ovulation cycle monitor system, toilet apparatus, and ovulation cycle monitor method
    • 排卵循环监测系统,厕所装置和排卵周期监测方法
    • US20050010128A1
    • 2005-01-13
    • US10881477
    • 2004-07-01
    • Takako ShiraishiHiroshi YamamotoManami Kaida
    • Takako ShiraishiHiroshi YamamotoManami Kaida
    • G01N33/76A61B5/01A61B10/00G01N33/493G01N33/50G01N33/74
    • A61B10/0012A61B10/007A61B2010/0019A61B2010/0029G01N33/528G01N33/76
    • An ovulation cycle monitor system 100 provided for a toilet fixture is composed of: a urine temperature measuring unit 102 that measures a temperature of urine excreted from a female user; a hormone measuring unit 103 that measures a concentration of a hormone that is contained in the excreted urine and fluctuates in its secretion amount with an ovulation cycle; a memory unit 117 that accumulates data of the measured urine temperature and data of the measured hormone concentration in association with a measurement day; an ovulation cycle calculating unit 104 that calculates an onset date and a length for each phase of the ovulation cycle by reference to the data of the measured urine temperature and the data of the measured hormone concentration accumulated in the memory unit; and an ovulation cycle predicting unit 115 that predicts future ovulation cycles of the female user on the basis of the onset date and the length calculated for each phase and directs a displaying unit 118 to display the predicted ovulation cycles.
    • 为厕所固定装置提供的排卵周期监视系统100包括:尿温度测量单元102,其测量从女用户排出的尿液的温度; 激素测量单元103,其测量排泄的尿中包含的激素的浓度并且以排卵周期在其分泌量中波动; 存储单元117,其与测量日相关联地累积测量的尿液温度的数据和测量的激素浓度的数据; 排卵周期计算单元104,其通过参考所测量的尿液温度的数据和累积在存储器单元中的测量的激素浓度的数据来计算排卵周期的每个阶段的发作日期和长度; 以及排卵周期预测单元115,其基于针对每个相位计算的开始日期和长度来预测女性用户的未来排卵周期,并且指示显示单元118显示预测的排卵周期。