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    • 1. 发明授权
    • PC card integrated radio communication apparatus
    • PC卡集成无线电通信装置
    • US06804541B1
    • 2004-10-12
    • US09595203
    • 2000-06-16
    • Fumihiro MuramatsuIwao Matsuura
    • Fumihiro MuramatsuIwao Matsuura
    • H04B138
    • G06F1/263H02J7/0036H02J7/0068H04B1/3816H04B1/3883
    • PC card integrated radio communication apparatus is provided wherein the service hour is prolonged and battery charge is made possible in the operating state where current consumption of the radio communication section is small, by controlling power distribution to each section of the apparatus and to control battery charge for power supply from a PC card slot and power supply from a battery, depending on the power supply state of the personal computer and operating state of the apparatus. The circuit configuration includes switch circuits (C23, C24, C19, C18) so that power source for respective power circuits (C16, C22) of the radio communication section (C1) and the modem section (C2) can be selected from the PCMCIA I/F (b1) of a personal computer or a signal, or both of them simultaneously. This allows selection of the optimum power supply mode depending on the connection mode and operating state of the apparatus. The circuit configuration also includes a charger circuit (C110) thus allowing charge of the battery (C3) via power supply from the PCMCIA I/F (b1) in a state where operating current of the apparatus is small.
    • 提供了一种PC卡集成无线电通信装置,其中通过控制对装置的每个部分的功率分配并且控制电池充电,在无线电通信部分的电流消耗小的操作状态下延长服务时间并且使电池充电成为可能 根据个人计算机的电源状态和设备的运行状态,从PC卡插槽供电并从电池供电。 电路结构包括开关电路(C23,C24,C19,C18),使得无线电通信部分(C1)和调制解调器部分(C2)的各个电力电路(C16,C22)的电源可以从PCMCIA I / F(b1)个人计算机或信号,或两者同时。 这允许根据装置的连接模式和操作状态选择最佳电源模式。 该电路配置还包括充电器电路(C110),从而在设备的工作电流小的状态下经由来自PCMCIA I / F(b1)的电源供电电池(C3)。
    • 2. 发明授权
    • Disposable underpants and method of continuously producing the same
    • 一次性内裤及连续生产的方法
    • US06369291B1
    • 2002-04-09
    • US09490289
    • 2000-01-20
    • Kenichi UchimotoIwao Matsuura
    • Kenichi UchimotoIwao Matsuura
    • A61F1315
    • A61F13/496A61F13/15699
    • Disposable underpants 1 according to the invention has an improved sealability at the crotch of user by providing a fitting elastic member 55 and has an absorbent core 7 having an improved shape retention by providing a first nonwoven fabric 73 as an intermediate layer inside the absorbent core 7 and adhering it to the upper and lower layers thereof. Since the absorbent core needs not be heated, inexpensive disposable underpants can be produced. Further, according to an inventive production method, a step of adhering elastic members to an outer sheet 2 and a step of producing inner absorbent members 6 are separately performed, and no heating treatment is performed in the absorbent core production step. Accordingly, the disposable underpants can be produced at a remarkably higher speed.
    • 根据本发明的一次性内裤1通过提供装配弹性构件55在使用者的裆部具有改进的密封性,并且通过在吸收芯7内部提供作为中间层的第一无纺布73而具有改善的形状保持性的吸收芯7 并将其粘附到其上层和下层。 由于吸收芯不需要加热,因此可以生产廉价的一次性内裤。 此外,根据本发明的制造方法,分别进行将弹性构件粘附到外层片材2和制造内层吸收件6的步骤,并且在吸收芯制造步骤中不进行加热处理。 因此,一次性内裤可以以非常高的速度制造。
    • 3. 发明授权
    • Antenna for radio communication terminal
    • 无线电通信终端天线
    • US06344826B1
    • 2002-02-05
    • US09671394
    • 2000-09-27
    • Iwao MatsuuraHideki YagitaHideo Nagata
    • Iwao MatsuuraHideki YagitaHideo Nagata
    • H01Q124
    • H01Q9/32H01Q1/244H01Q1/362
    • When the antenna is extended, the length of the ½&lgr; whip antenna 102 operates as an antenna thus causing only a negligible quantity of high-frequency currents to flow into the ground for the circuit board 108. When the antenna is housed, the entire length of a ¼&lgr; helical antenna 101 and a ¼&lgr; radial 109 operates as an antenna thus causing only a negligible quantity of high-frequency currents to flow into the ground for the circuit board 108. When the antenna is extended, the second contact 104 makes adjustments so that high-frequency electric signals from the ½&lgr; whip antenna 102 may be transmitted to the circuit board 108 and matching may be provided at the second matching section 106 when the antenna is extended. When the antenna is housed, the first contact 103 makes adjustments so that high-frequency electric signals from the ¼&lgr; helical antenna 101 may be transmitted to the circuit board 108 and matching may be provided at the first matching section 105 when the antenna is housed.
    • 当天线延伸时,羔羊鞭状天线102的长度作为天线工作,因此仅使可忽略的高频电流量流入电路板108的接地。当天线被容纳时,整个长度 羔羊螺旋天线101和羔羊径向109作为天线操作,从而仅使可忽略的高频电流量流入电路板108的接地。当天线延伸时,第二接触104进行调整,使得 来自羔羊鞭状天线102的高频电信号可以被发送到电路板108,并且当天线延伸时可以在第二匹配部分106处提供匹配。 当收纳天线时,第一触点103进行调整,使得来自羔羊螺旋天线101的高频电信号可以传输到电路板108,并且当天线被收纳时可以在第一匹配部分105处提供匹配
    • 4. 发明授权
    • Data communication apparatus
    • 数据通信装置
    • US07035606B2
    • 2006-04-25
    • US09769873
    • 2001-01-25
    • Iwao MatsuuraTadahisa KamiyaKoji Hakamata
    • Iwao MatsuuraTadahisa KamiyaKoji Hakamata
    • H04B17/02
    • H04B15/02G06F1/08H04B2215/064
    • A clock control apparatus (3) receives wireless frequency information of a wireless communication apparatus (6) from an information communication apparatus (5). Also, the clock control apparatus (3) detects an operation clock frequency of a main CPU (4). Then, when the multiplied operation clock frequency coincides with the wireless frequency, the clock control apparatus (3) lowers a voltage of the operation clock of the main CPU (4) to a minimum voltage value at which the operation of the main CPU (4) is guaranteed. Alternatively, the clock control apparatus (3) may shift the clock frequency, or may frequency-modulate the clock frequency.
    • 时钟控制装置(3)从信息通信装置(5)接收无线通信装置(6)的无线频率信息。 此外,时钟控制装置(3)检测主CPU(4)的操作时钟频率。 然后,当倍增运算时钟频率与无线频率一致时,时钟控制装置(3)将主CPU(4)的工作时钟的电压降低到主CPU(4)的运行的最小电压值 )保证。 或者,时钟控制装置(3)可以移动时钟频率,或者可以对时钟频率进行频率调制。
    • 6. 发明授权
    • Electronic device controlling system and control signal transmitting device
    • 电子设备控制系统和控制信号发送装置
    • US08368527B2
    • 2013-02-05
    • US11813131
    • 2006-03-08
    • Hidekazu KanoAkinori OhtaIwao MatsuuraAkihiro Miyashita
    • Hidekazu KanoAkinori OhtaIwao MatsuuraAkihiro Miyashita
    • H04Q1/30
    • H04B13/005
    • An electronic device is provided which executes a function useful in that place without a user in possession of the electronic device being intentional, and which does not receive a signal without providing a special setting if the function is not useful even if the place and the device are the same. There are an electronic device A and an electronic device each having a human body communication function. In a case where a user is holding the electronic device A, the electronic device B outputs a control signal for causing the electronic device A to execute a function aimed to eliminate a danger or an annoyance to the surroundings occurring because of holding it, whereas, due to the fact that the user has the electronic device, the electronic device A receives the control signal irrespective of the user's intention and executes a function based on the control signal.
    • 提供一种电子设备,其执行在该地方有用的功能,而没有用户拥有电子设备是有意的,并且如果该功能不起作用,则不接收信号而不提供特殊设置,即使该位置和设备 是相同的。 电子设备A和电子设备都具有人体通信功能。 在用户正在握持电子装置A的情况下,电子装置B输出用于使电子装置A执行旨在消除因保持环境而发生的对周围环境的危险或烦恼的功能的控制信号, 由于用户具有电子设备的事实,电子设备A接收控制信号,而与用户的意图无关,并且基于控制信号执行功能。
    • 7. 发明申请
    • PORTABLE TERMINAL DEVICE
    • 便携式终端设备
    • US20090093279A1
    • 2009-04-09
    • US11722136
    • 2006-01-30
    • Iwao Matsuura
    • Iwao Matsuura
    • H04B1/38
    • H04B5/02H04B5/0056H04W52/0264H04W52/027H04W52/0277H04W52/029Y02D70/42
    • A noncontact IC communicates information to a read write unit that is an external terminal device. A high frequency modulating/demodulating section demodulates data that has been modulated by the read write unit using a load modulating method or the like. A loop antenna receives the data from the read write unit. A battery supplies power to the noncontact IC and the control section. The control section controls a portable phone function, and varies the battery voltage threshold value for issuing a low voltage alarm or the battery voltage threshold value for stopping power supply to the portable phone function, in a usage pattern where communication by the noncontact IC is performed twice or more.
    • 非接触式IC将信息传送到作为外部终端装置的读写单元。 高频调制/解调部分使用负载调制方法等来解调由读写单元调制的数据。 环形天线从读写单元接收数据。 电池为非接触IC和控制部分供电。 控制部件控制便携式电话功能,并且在执行非接触式IC的通信的使用模式中,改变用于发出低电压警报的电池电压阈值或用于停止对便携式电话功能的电力的电池电压阈值 两次以上。
    • 9. 发明授权
    • Urine-collecting device
    • 尿液收集装置
    • US4838883A
    • 1989-06-13
    • US270380
    • 1988-11-08
    • Iwao Matsuura
    • Iwao Matsuura
    • A61F5/44A61F5/453
    • A61F5/44A61F5/4408A61F5/453
    • A urine-collecting device comprising a urine-collecting bag having an opening for inserting a penis therethrough, the opening being made on one side surface of the bag and a sheet-like flange formed integrally with the bag at a periphery of the opening; and a film for preventing a back flow of urine having a hole with a diameter being smaller than that of the opening, characterized in that the film is formed to be cap-shaped and is put on the flange to elastically cover the flange.According to a device of the present invention, the device is applicable to any kind of patient, does not either cause a feeling of physical disorder or injure a penis, enables a bedridden old man or sick person to urinate while lying in order to be convenient for care thereof, and can be used sanitarily without causing a leak of urine.
    • 一种尿液收集装置,包括具有用于插入阴茎的开口的集尿袋,所述开口形成在所述袋的一个侧表面上,所述片状凸缘在所述开口的周边与所述袋一体地形成; 以及用于防止具有直径小于开口直径的孔的尿液回流的膜,其特征在于,所述膜形成为帽状,并且被放置在凸缘上以弹性地覆盖凸缘。 根据本发明的装置,该装置适用于任何种类的患者,不会引起身体障碍或阴茎损伤的感觉,使得卧床的老人或病人在躺着的同时小便便于方便 为了照顾,可以卫生地使用而不会导致尿液的泄漏。
    • 10. 发明申请
    • ELECTRONIC DEVICE CONTROLLING SYSTEM AND CONTROL SIGNAL TRANSMITTING DEVICE
    • 电子设备控制系统和控制信号传输设备
    • US20090309751A1
    • 2009-12-17
    • US11813131
    • 2006-03-08
    • Hidekazu KanoAkinori OhtaIwao MatsuuraAkihiro Miyashita
    • Hidekazu KanoAkinori OhtaIwao MatsuuraAkihiro Miyashita
    • G08B5/22G06F13/42H04B1/20
    • H04B13/005
    • An electronic device is provided which executes a function useful in that place without a user in possession of the electronic device being intentional, and which does not receive a signal without providing a special setting if the function is not useful even if the place and the device are the same. There are an electronic device A and an electronic device each having a human body communication function. In a case where a user is holding the electronic device A, the electronic device B outputs a control signal for causing the electronic device A to execute a function aimed to eliminate a danger or an annoyance to the surroundings occurring because of holding it, whereas, due to the fact that the user has the electronic device, the electronic device A receives the control signal irrespective of the user's intention and executes a function based on the control signal.
    • 提供一种电子设备,其执行在该地方有用的功能,而没有用户拥有电子设备是有意的,并且如果该功能不起作用,则不接收信号而不提供特殊设置,即使该位置和设备 是相同的。 电子设备A和电子设备都具有人体通信功能。 在用户正在握持电子装置A的情况下,电子装置B输出用于使电子装置A执行旨在消除因保持环境而发生的对周围环境的危险或烦恼的功能的控制信号, 由于用户具有电子设备的事实,电子设备A接收控制信号,而与用户的意图无关,并且基于控制信号执行功能。