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    • 2. 发明授权
    • Data communication system
    • 数据通信系统
    • US07737834B2
    • 2010-06-15
    • US11455890
    • 2006-06-20
    • Shinichi KawaseYouichi OkuboYasuhisa TsujitaSyuji Aoyama
    • Shinichi KawaseYouichi OkuboYasuhisa TsujitaSyuji Aoyama
    • B60Q1/00
    • H04B5/02B60C23/0432B60C23/0433H04B5/0043H04B13/00Y02D70/144Y02D70/166Y02D70/42
    • A data communication system installed in an electric machine includes a transmission terminal and a reception terminal both mounted on the electric machine, a transmission-side opposed conductive member disposed on the transmission terminal, a transmission circuit for applying voltage between the transmission-side conductive member and the conductive body, thereby changing electric field generated on the entire surface of the conductive body, the voltage being changed according to information to be transmitted, a reception-side opposed conductive member provided on the reception terminal, thereby being capable of generating potential difference according to the electric field between the conductive body and the reception-side opposed conductive member, and a reception circuit for receiving the information based on a change in the potential difference between the conductive body and the reception-side opposed conductive member.
    • 安装在电机中的数据通信系统包括安装在电机上的发送端子和接收端子,设置在发送端子上的发送侧相对的导电部件,用于在发送侧导电部件之间施加电压的发送电路 导电体,从而改变在导电体的整个表面上产生的电场,根据要发送的信息改变电压,设置在接收端上的接收侧相对的导电部件,从而能够产生电位差 根据导电体和接收侧相对的导电部件之间的电场,以及接收电路,用于基于导电体与接收侧相对的导电部件之间的电位差的变化来接收信息。
    • 5. 发明申请
    • Data communication system
    • 数据通信系统
    • US20070227240A1
    • 2007-10-04
    • US11455890
    • 2006-06-20
    • Shinichi KawaseYouichi OkuboYasuhisa TsujitaSyuji Aoyama
    • Shinichi KawaseYouichi OkuboYasuhisa TsujitaSyuji Aoyama
    • B60C23/02
    • H04B5/02B60C23/0432B60C23/0433H04B5/0043H04B13/00Y02D70/144Y02D70/166Y02D70/42
    • A data communication system installed in an electric machine includes a transmission terminal and a reception terminal both mounted on the electric machine, a transmission-side opposed conductive member disposed on the transmission terminal, a transmission circuit for applying voltage between the transmission-side conductive member and the conductive body, thereby changing electric field generated on the entire surface of the conductive body, the voltage being changed according to information to be transmitted, a reception-side opposed conductive member provided on the reception terminal, thereby being capable of generating potential difference according to the electric field between the conductive body and the reception-side opposed conductive member, and a reception circuit for receiving the information based on a change in the potential difference between the conductive body and the reception-side opposed conductive member.
    • 安装在电机中的数据通信系统包括安装在电机上的发送端子和接收端子,设置在发送端子上的发送侧相对的导电部件,用于在发送侧导电部件之间施加电压的发送电路 导电体,从而改变在导电体的整个表面上产生的电场,根据要发送的信息改变电压,设置在接收端上的接收侧相对的导电部件,从而能够产生电位差 根据导电体和接收侧相对的导电部件之间的电场,以及接收电路,用于基于导电体与接收侧相对的导电部件之间的电位差的变化来接收信息。
    • 6. 发明授权
    • PLL circuit having a multiloop, and FM receiving method and apparatus
able to utilize the same
    • 具有多回路的PLL电路以及能够利用它的FM接收方法和装置
    • US5517685A
    • 1996-05-14
    • US227125
    • 1994-04-13
    • Syuji AoyamaTakao FunahashiKiyoshi KuboYasuhito OkawaTakeshi SatoHiroshi Takahashi
    • Syuji AoyamaTakao FunahashiKiyoshi KuboYasuhito OkawaTakeshi SatoHiroshi Takahashi
    • H03L7/087H04B1/16H03L7/08H03L7/099
    • H03L7/087
    • The PLL circuit provides both the advantages of analog phase control, in which a good C/N ratio can be realized, and the advantages of digital phase control, in which broad-band lock can be performed. A multi-channel FM receiving method and apparatus are able to utilize the PLL circuit to reduce the influence of the leakage occurring among input signals and suppress image disturbance. One PLL circuit includes: a VCO; a pre-scaler for dividing a feedback signal obtained from the VCO; a first distributor for distributing the feedback signal to send first and second digital feedback signals; a second distributor for distributing a reference signal to send a digital reference signal and an analog reference signal; a digital phase comparator for comparing the digital reference signal and the first digital feedback signal with each other to send a digital phase error signal; a charge pump; a mixer for adding the digital phase error signal to an analog phase error signal, which is obtained by comparing the analog reference signal with the second digital feedback signal to send a composite phase error signal; and a low-pass filter for eliminating high frequency components from the composite phase error signal to input the resultant signal to the VCO.
    • PLL电路既提供了可实现良好的C / N比的模拟相位控制的优点,也可以进行宽带锁定的数字相位控制的优点。 多通道FM接收方法和装置能够利用PLL电路来减少输入信号之间发生的泄漏的影响并抑制图像干扰。 一个PLL电路包括:VCO; 用于分割从VCO获得的反馈信号的预定标器; 用于分配反馈信号以发送第一和第二数字反馈信号的第一分配器; 用于分配参考信号以发送数字参考信号和模拟参考信号的第二分配器; 数字相位比较器,用于将数字参考信号和第一数字反馈信号彼此进行比较以发送数字相位误差信号; 电荷泵; 混频器,用于将数字相位误差信号加到模拟相位误差信号上,模拟相位误差信号通过将模拟参考信号与第二数字反馈信号进行比较而发送复合相位误差信号; 以及用于从复合相位误差信号中消除高频分量的低通滤波器,以将所得到的信号输入到VCO。
    • 7. 发明授权
    • Receiver for tire condition monitoring apparatus
    • 轮胎状态监测仪接收器
    • US08085142B2
    • 2011-12-27
    • US12409794
    • 2009-03-24
    • Shinichi KawaseTakashi TakeyamaSyuji Aoyama
    • Shinichi KawaseTakashi TakeyamaSyuji Aoyama
    • B60C23/00
    • B60C23/0437B60C23/0444
    • A receiver includes two reception antennas, which receive a modulated wave (transmission signal) from each of transmitters, a selection circuit, which alternately selects one of the two reception antennas at a predetermined switching cycle to alternately obtain the modulated wave from the two reception antennas, and a demodulation section, which generates a demodulated signal by demodulating the modulated wave obtained at the selection circuit. The switching cycle is 27 μs, which is 1/7.4 of the transmission time of data per symbol in the transmission signal from each transmitter, that is, 200 μs. In other words, the modulated waves from the two reception antennas are alternately obtained at least seven times each while the data of one symbol is transmitted.
    • 接收机包括两个接收天线,其接收来自每个发射机的调制波(发射信号),选择电路,以选定的切换周期交替地选择两个接收天线中的一个,以交替地从两个接收天线获得调制波 以及解调部,其通过解调在选择电路处获得的调制波来生成解调信号。 开关周期为27μs,这是来自每个发射机的发送信号中的每个符号的数据的传输时间的1 / 7.4,即200μs。 换句话说,来自两个接收天线的调制波在发送一个符号的数据的同时交替获得至少七次。
    • 9. 发明授权
    • Portable remote controller for tire status detector
    • 轮胎状态检测仪便携式遥控器
    • US07557766B2
    • 2009-07-07
    • US12073256
    • 2008-03-03
    • Shinichi KawaseTakashi TakeyamaSyuji Aoyama
    • Shinichi KawaseTakashi TakeyamaSyuji Aoyama
    • H01Q7/08
    • B60C23/0433B60C23/0408
    • A portable remote controller for a tire status detector, includes a portable casing, a transmission circuit disposed in the casing, a low-pass filter disposed at an output side of the transmission circuit for permitting a signal with a frequency of not more than the first frequency to pass through the low-pass filter, a receiving circuit disposed in the casing, a high-pass filter disposed at an input side of the receiving circuit for permitting a signal with a frequency of not less than the second frequency to pass through the high-pass filter, a ferrite bar antenna housed in the casing and having a ferrite bar wound with an antenna coil, the antenna coil having two terminals, one of which being connected to the ground and the other being connected in common to the low-pass and high-pass filers and a duplexer composed of the low-pass and high-pass filters. The ferrite bar antenna is used both for transmission of the long wave signals and for receipt of the ultra high frequency signals.
    • 一种用于轮胎状态检测器的便携式遥控器,包括便携式外壳,设置在外壳中的传输电路,布置在传输电路的输出侧的低通滤波器,用于允许频率不超过第一 频率通过低通滤波器,设置在壳体中的接收电路,设置在接收电路的输入侧的高通滤波器,用于允许具有不少于第二频率的频率的信号通过 高通滤波器,容纳在壳体中并具有缠绕有天线线圈的铁氧体磁棒的铁氧体磁条天线,天线线圈具有两个端子,其中一个端子连接到地,另一端连接到低压滤波器, 通过和高通滤波器以及由低通滤波器和高通滤波器组成的双工器。 铁氧体棒状天线用于长波信号的传输和超高频信号的接收。
    • 10. 发明授权
    • Table cutting machine
    • 台式切割机
    • US08161858B2
    • 2012-04-24
    • US12382539
    • 2009-03-18
    • Syuji Aoyama
    • Syuji Aoyama
    • B27B5/00B26D1/18B26D5/08
    • B23D45/048B27B5/29Y10T83/613Y10T83/7693Y10T83/7788Y10T83/8773
    • One aspect of the invention can include a cutting machine having a table, a cutting machine body supported by the table via a sliding mechanism to allow movement in a vertical direction and a horizontal direction, the cutting machine body including a fixed cover positioned around an upper side of a rotary blade mounted to a rotatably driven spindle, the rear edge portion of the fixed cover is recessed upward to enable a large cutting depth. The sliding mechanism includes an intermediate stopper mechanism that can be operated to switch between a state where the cutting machine body can slide within an entire slidable range and a state were the cutting machine body can slide only within a partial slidable range at a midway position.
    • 本发明的一个方面可以包括具有桌子的切割机,通过滑动机构由桌子支撑的切割机主体,以允许在垂直方向和水平方向上移动,切割机主体包括定位在上部 安装到可旋转从动主轴的旋转刀片的一侧,固定盖的后边缘部分向上凹入以实现大的切割深度。 滑动机构具有中间止动机构,能够在切割机主体能够在整个滑动范围内滑动的状态和切割机主体仅在中途位置的部分滑动范围内滑动的状态下进行切换。