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    • 83. 发明授权
    • Automobile antenna system
    • 汽车天线系统
    • US4707701A
    • 1987-11-17
    • US791525
    • 1985-10-25
    • Junzo OheHiroshi Kondo
    • Junzo OheHiroshi Kondo
    • H01Q1/32H01Q1/50
    • H01Q1/32
    • An automobile antenna system for detecting currents induced in a vehicle body by broadcast waves and transmitting the detected current signals to a receiver located in the vehicle body is provided without externally projected antenna poles. The system comprises high-frequency pickup means longitudinally disposed along and in close proximity with the marginal edge portion of the vehicle body, the pickup means being effective to detect surface high-frequency currents which are induced on the vehicle body and concentrated into the marginal edge of the vehicle body, for example, a vehicle roof panel, a rearwindow frame or a vehicle fender. The pickup means is spaced away from the marginal edge of the vehicle body within a range represented by the following formula: 12.times.10.sup.-3 c/f(m) where c=the velocity of light and f=the carrier frequency of broadcast waves.
    • 用于通过广播波检测在车体中感应的电流并将检测到的电流信号发送到位于车体中的接收器的汽车天线系统,而没有外部投射的天线极。 该系统包括纵向设置在车体的边缘边缘部分并且紧邻车体的边缘部分的高频拾取装置,该拾取装置有效地检测在车身上引起的表面高频电流并集中在边缘边缘 例如车顶板,后窗框架或车辆挡泥板。 拾取装置在由下列公式表示的范围内与车身的边缘间隔开:12x10-3c / f(m)其中c =光速,f =广播波的载波频率。
    • 87. 发明授权
    • Rotary compressor comprising improved rotor lubrication system
    • 旋转压缩机包括改进的转子润滑系统
    • US4086040A
    • 1978-04-25
    • US716621
    • 1976-08-23
    • Tsunenori ShibuyaHiroshi Kondo
    • Tsunenori ShibuyaHiroshi Kondo
    • F04B39/04F04C29/02F01C21/04
    • F04C29/02Y10S418/01
    • A rotor is eccentrically mounted in a bore of a housing and formed with radial slots in which vanes are slidably retained. An oil passageway leads from an oil sump through the radially inner portions of the slots to a fluid inlet passageway, the oil sump communicating with an oil separation chamber which constitutes part of a fluid outlet passageway. The high pressure in the oil separation chamber forces oil through the oil passageway to lubricate the vanes and urge the vanes into sealing engagement with the inner wall of the bore. Oil sucked from the inlet passageway into the bore and entrained in the working fluid lubricates the outer ends of the vanes and flows into the oil separation chamber. The fluid outlet passageway is formed so that the fluid flow path reverses direction in the oil separation chamber. The oil entrained in the fluid is unable, due to its higher density and inertial force, to negotiate the reversal of direction, is thereby separated from the fluid and returned to the oil sump.
    • 转子偏心地安装在壳体的孔中并形成有径向狭槽,叶片可滑动地保持在其中。 油通道从油槽通过槽的径向内部部分引导到流体入口通道,油槽与构成流体出口通道一部分的油分离室连通。 油分离室中的高压迫使油通过油通道以润滑叶片并促使叶片与孔的内壁密封接合。 从入口通道吸入到孔中并夹带在工作流体中的油润滑叶片的外端并流入油分离室。 流体出口通道形成为使得流体流动路径反转油分离室中的方向。 夹带在流体中的油由于其较高的密度和惯性力而不能协商方向的反转,从而与流体分离并返回到油底壳。
    • 89. 发明授权
    • Hearing aid adjustment device, hearing aid adjustment method, and program for hearing aid adjustment
    • 助听器调节装置,助听器调节方法和助听器调整程序
    • US08553915B2
    • 2013-10-08
    • US13575764
    • 2012-02-06
    • Makoto NishizakiHiroshi Kondo
    • Makoto NishizakiHiroshi Kondo
    • H04R25/00
    • H04R25/70
    • A hearing aid adjustment device (1) has a comparator (22a) and a setting section (22b). The comparator (22a) compares a user evaluation given by a user (T) of a hearing aid (5) in response to sound obtained by hearing aid processing based on fitting theories and hearing level data for the user (T), with a reference evaluation that has been acquired ahead of time and corresponds to each of customers (A to C) and is given by the customers (A to C) in response to sound obtained by hearing aid processing based on fitting theories and hearing level data for the customers (A to C). The setting section (22b) sets the value of a user parameter designating hearing aid processing to be given to a user (T), to a value that is the same as the value of a reference parameter that has been acquired ahead of time and that designates hearing aid processing suited to a customer (A) who gave a reference evaluation similar to the user evaluation, out of the customers (A to C).
    • 助听器调节装置(1)具有比较器(22a)和设定部(22b)。 比较器22a根据用户(T)的装配理论和听力水平数据,通过助听器处理获得的声音(T)比较由助听器(5)的用户(T)给出的用户评价, 已经提前获得并对应于每个客户(A至C)的评估,并且由客户(A至C)响应于基于为客户设置理论和听力水平数据的助听器处理获得的声音给出的评估 (A至C)。 设置部(22b)将指定给用户(T)的用户参数指定助听器处理的值设定为与提前获取的参考参数的值相同的值,并且, 指定适合于在客户(A至C)中给出与用户评价类似的参考评估的顾客(A)的助听器处理。
    • 90. 发明申请
    • HEARING AID ADJUSTMENT DEVICE, HEARING AID ADJUSTMENT METHOD, AND PROGRAM FOR HEARING AID ADJUSTMENT
    • 听力调整装置,听力调整方法和听力调整程序
    • US20130202123A1
    • 2013-08-08
    • US13575764
    • 2012-02-06
    • Makoto NishizakiHiroshi Kondo
    • Makoto NishizakiHiroshi Kondo
    • H04R25/00
    • H04R25/70
    • A hearing aid adjustment device (1) has a comparator (22a) and a setting section (22b). The comparator (22a) compares a user evaluation given by a user (T) of a hearing aid (5) in response to sound obtained by hearing aid processing based on fitting theories and hearing level data for the user (T), with a reference evaluation that has been acquired ahead of time and corresponds to each of customers (A to C) and is given by the customers (A to C) in response to sound obtained by hearing aid processing based on fitting theories and hearing level data for the customers (A to C). The setting section (22b) sets the value of a user parameter designating hearing aid processing to be given to a user (T), to a value that is the same as the value of a reference parameter that has been acquired ahead of time and that designates hearing aid processing suited to a customer (A) who gave a reference evaluation similar to the user evaluation, out of the customers (A to C).
    • 助听器调节装置(1)具有比较器(22a)和设定部(22b)。 比较器22a根据用户(T)的装配理论和听力水平数据,通过助听器处理获得的声音(T)比较由助听器(5)的用户(T)给出的用户评价, 已经提前获得并对应于每个客户(A至C)的评估,并且由客户(A至C)响应于基于为客户设置理论和听力水平数据的助听器处理获得的声音给出的评估 (A至C)。 设置部(22b)将指定给用户(T)的用户参数指定助听器处理的值设定为与提前获取的参考参数的值相同的值,并且, 指定适合于在客户(A至C)中给出与用户评价类似的参考评估的顾客(A)的助听器处理。