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    • 56. 发明申请
    • AC-COUPLED INTERFACE CIRCUIT
    • 交流耦合接口电路
    • US20100321069A1
    • 2010-12-23
    • US12526227
    • 2007-07-23
    • Yoshihide KomatsuTsuyoshi EbuchiSatoshi HoriTakashi HirataJunji Nakatsuka
    • Yoshihide KomatsuTsuyoshi EbuchiSatoshi HoriTakashi HirataJunji Nakatsuka
    • H03K3/00
    • H04L25/0266H04L25/0272
    • A differential driver (101) includes a pair of output terminals connected to a pair of signal lines (102A and 102B), wherein in a data transmission operation, the differential driver (101) converts transmit data (TXD) to a differential signal to output the differential signal. A differential receiver includes a pair of input terminals connected to the pair of signal lines (102A and 102B), wherein in a data reception operation, the differential receiver receives a differential signal transferred to the pair of signal lines and converts the differential signal to receive data (RXD). A potential setting section (106) sets a potential of the pair of signal lines to a predetermined stable potential before the differential signal is transferred to the pair of signal lines (102A and 102B).
    • 差分驱动器(101)包括连接到一对信号线(102A和102B)的一对输出端子,其中在数据传输操作中,差分驱动器(101)将发送数据(TXD)转换为差分信号以输出 差分信号。 差分接收器包括连接到该对信号线(102A和102B)的一对输入端,其中在数据接收操作中,差分接收器接收传送到该对信号线的差分信号,并将差分信号转换成接收 数据(RXD)。 电位设定部(106)将差分信号传送到信号线对(102A,102B)之前,将一对信号线的电位设定为规定的稳定电位。
    • 58. 发明授权
    • Exercise management system
    • 运动管理系统
    • US07771321B2
    • 2010-08-10
    • US12295759
    • 2007-03-26
    • Takashi HirataKen YasuharaKei Shimada
    • Takashi HirataKen YasuharaKei Shimada
    • A63B71/00
    • A63B21/00181A61B5/02438A61B5/1038A61B5/112A61B5/1124A61H1/02A61H3/00A61H2201/5007A61H2201/5064A61H2201/5069A61H2201/5079A63B21/4011A63B22/0235A63B69/0028A63B71/0686A63B2220/16A63B2220/17A63B2220/30A63B2220/40A63B2220/56A63B2220/803A63B2230/06A63B2230/30A63B2230/42A63B2230/75Y10S482/901
    • A system for managing exercise of an animal such as a human being so that the motion of the animal is induced with an appropriate scale and rhythm in accordance with the physiological conditions of the animal is provided. According to the exercise management system (1) of the present invention, during the process where the user's walking motion is induced by an operation of a walking motion induction device (20), a walking ratio (k) and a physiological variable such as consumed energy are measured. Then, the walking ratio (k) in the state where the physiological variable attains an appropriate value in consideration of activation of physical functions or reduction of body load of the user is set as a recommended walking ratio (k0). This ensures that the recommended walking ratio (k0) is set as appropriate in consideration of activation of the physical functions of the user or the like. As the walking motion is induced based on this recommended walking ratio (k0) by the walking motion induction device (20), the induction scale and rhythm can be controlled appropriately so that the step width (q) and the walking rate (p) are appropriate in consideration of activation of the physical functions of the user or the like.
    • 提供了一种用于管理诸如人的动物的运动的系统,使得根据动物的生理条件以适当的比例和节奏诱导动物的运动。 根据本发明的运动管理系统(1),在通过步行运动感应装置(20)的操作引起用户的行走运动的过程中,步行比(k)和生理变量(例如消耗的) 测量能量。 然后,考虑到身体功能的激活或身体负荷的减轻,生理变量达到适当值的状态下的行走比(k)被设定为推荐步行比(k0)。 这确保考虑到用户的物理功能的激活等,适当地设置推荐的行走比(k0)。 由于步行运动感应装置(20)基于该推荐步行比(k0)引起步行运动,所以可以适当地控制感应量程和节奏,使步长(q)和步速(p)为 考虑到用户的物理功能的激活等的适当性。
    • 60. 发明申请
    • Walking assistance device
    • 行走辅助装置
    • US20090312682A1
    • 2009-12-17
    • US11919075
    • 2006-04-24
    • Takashi HirataKei ShimadaTakako Fujii
    • Takashi HirataKei ShimadaTakako Fujii
    • A61F5/00
    • A61F5/0193A61H1/0244A61H3/00A61H2201/165
    • Provided is a femoral support member (3) for a walking assistance device that includes a power actuator (actuator 4) having a drive shaft and secured to a hip region of a wearer, the femoral support member securing a free end of an assist force transmitting arm (5) extending from the drive shaft of the power actuator to a femoral region (T) of the wearer. The femoral support member engages the femoral part of the wearer via an air pad (27) filled with air. Thus, owing to the air cushioning action of the aid pad, the air pad can readily deform itself by a large displacement even when the wearer squats and the femoral region expands. By appropriately adjusting the air in the air pad, the femoral support member can be worn by a wearer in a highly favorable manner.
    • 提供一种用于行走辅助装置的股骨支撑构件(3),其包括具有驱动轴并固定到穿着者的臀部区域的动力致动器(致动器4),所述股骨支撑构件固定辅助力传递的自由端 臂(5)从动力致动器的驱动轴延伸到穿着者的股骨区域(T)。 股骨支撑构件通过充满空气的气垫(27)与穿着者的股骨部分接合。 因此,由于辅助垫的空气缓冲作用,即使当穿着者蹲下并且股骨区域膨胀时,气垫也可以容易地自身变形大的位移。 通过适当地调节气垫中的空气,能够以高度有利的方式使穿着者佩戴股骨支撑构件。