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    • 31. 发明授权
    • Sensor adjusting method and system for variable valve mechanism
    • 用于可变气门机构的传感器调节方法和系统
    • US07600418B2
    • 2009-10-13
    • US12029898
    • 2008-02-12
    • Naoki Okamoto
    • Naoki Okamoto
    • G01M15/04
    • F02D13/0226F01L1/267F01L13/0026Y02T10/18
    • The present application provides a sensor adjusting method and a sensor adjusting system for a variable valve mechanism. An actuator is controlled based on an adjustment request signal from an external device in such a manner that a mechanical load of a variable valve mechanism moves to a position where the movement is limited by a stopper. When it is judged that the mechanical load has moved to the position where the movement is limited by the stopper, the mounting position and the electrical characteristics of the sensor for detecting the mechanical load are adjusted so that the output of the sensor assumes a reference value.
    • 本申请提供了一种用于可变阀机构的传感器调节方法和传感器调节系统。 基于来自外部装置的调节请求信号来控制致动器,使得可变气门机构的机械负载移动到通过止动器限制运动的位置。 当判断机械负载已经移动到由止动器限制运动的位置时,调节用于检测机械负载的传感器的安装位置和电气特性,使得传感器的输出呈现参考值 。
    • 33. 发明申请
    • AMPLIFIER CIRCUIT AND WIRELESS COMMUNICATION DEVICE
    • 放大器电路和无线通信设备
    • US20080265995A1
    • 2008-10-30
    • US12109596
    • 2008-04-25
    • Naoki OkamotoHiroyuki KohamaMaki Shibata
    • Naoki OkamotoHiroyuki KohamaMaki Shibata
    • H03G3/18
    • H03G1/0088
    • An amplifier circuit has a current conversion circuit that receives a high frequency signal and produces a signal current according to the high frequency signal; a gain control circuit that includes a control signal input for receiving a control signal, a first output, and a second output, and produces the signal current from the first output or the second output according to the control signal; an impedance circuit that includes a first node connected to the first output, a second node connected to the second output, and a third node, the impedance circuit presenting a predetermined impedance between the nodes; a switch circuit that is inserted between the first output and the first node; and a load impedance unit that is connected to the first output and produces a gain signal representing an amplified high frequency signal.
    • 放大器电路具有电流转换电路,其接收高频信号并根据高频信号产生信号电流; 增益控制电路,其包括用于接收控制信号的控制信号输入,第一输出和第二输出,并根据控制信号从第一输出或第二输出产生信号电流; 阻抗电路,其包括连接到所述第一输出的第一节点,连接到所述第二输出的第二节点和所述第三节点,所述阻抗电路在所述节点之间呈现预定的阻抗; 插入在所述第一输出和所述第一节点之间的开关电路; 以及负载阻抗单元,其连接到所述第一输出并产生表示放大的高频信号的增益信号。
    • 34. 发明授权
    • Radio communication system
    • 无线通信系统
    • US07359341B2
    • 2008-04-15
    • US10510505
    • 2003-02-25
    • Naoki OkamotoNorihiko MorinagaSeiichi Sanpei
    • Naoki OkamotoNorihiko MorinagaSeiichi Sanpei
    • H04B7/00H04B1/00
    • H04L27/2608H04L1/0003H04L1/0009H04L5/06
    • A TDMA radio communication system uses a multiple sub-carrier modulation method. The TDMA radio communication system comprises at least a first and a second radio station. The second radio station selects only those sub-carriers capable of providing a transmission rate not less than a predetermined value in the first radio station, on the basis of the reception conditions of each sub-carrier of said first radio station. The second radio station then modulates the selected sub-carriers using a modulation level or a coding rate in accordance with the reception conditions of the sub-carriers so as to perform communication, thereby obtaining a desired transmission rate while controlling interface to other stations.
    • TDMA无线电通信系统使用多子载波调制方法。 TDMA无线电通信系统至少包括第一和第二无线电台。 第二无线电台根据所述第一无线电台的每个子载波的接收条件,仅选择能够在第一无线电台中提供不小于预定值的传输速率的那些子载波。 然后,第二无线电台根据子载波的接收条件,使用调制电平或编码率来调制所选择的子载波,从而进行通信,从而在控制与其他站的接口的同时获得期望的传输速率。
    • 37. 发明申请
    • Fixing method and fixing device
    • 固定方法和固定装置
    • US20060251451A1
    • 2006-11-09
    • US10540562
    • 2005-04-26
    • Koh IshigamiHiroyuki FujikawaNobuyoshi SugaharaNaoki OkamotoYoshinobu BabaTakayuki Itakura
    • Koh IshigamiHiroyuki FujikawaNobuyoshi SugaharaNaoki OkamotoYoshinobu BabaTakayuki Itakura
    • G03G15/20
    • G03G15/20G03G9/0821G03G15/2021G03G15/2039G03G2215/00772G03G2215/2006
    • To provide a fixing method and a fixing device with each of which an image which has high gloss that is uniform irrespective of a toner mounting amount on a recording medium can be obtained at a relatively high recording medium conveying speed. A fixing method and a fixing device in which an unfixed toner image formed on a recording medium is heat-pressure-fixed by using a fixing unit, are characterized in that: the unfixed toner image is fixed when the recording medium passes through at least 2 fixing units arranged in series in a conveying direction of the recording medium; a toner for forming the unfixed toner image is a toner containing a release agent; and the following formulas (1) and (2) are satisfied when a maximum temperature on the recording medium when the recording medium passes through a first fixing unit is denoted by T1, a maximum temperature on the recording medium when the recording medium passes through a second fixing unit is denoted by T2, a minimum temperature on the recording medium during a time period commencing on ejection of the recording medium from the first fixing unit and ending on entry of the recording medium into the second fixing unit is denoted by t, a flow tester softening temperature of the toner is denoted by Ts, and a flow starting temperature of the toner is denoted by Tfb. T1>Tfb  formula (1) T2>t>Ts  formula (2)
    • 为了提供一种定影方法和定影装置,可以以相对较高的记录介质传送速度获得各自具有与记录介质上的调色剂安装量无关的高光泽度均匀的图像的定影方法和定影装置。 其中通过使用定影单元热压固定在记录介质上形成的未定影调色剂图像的定影方法和定影装置的特征在于:当记录介质通过至少2个时,未定影的调色剂图像是固定的 在记录介质的传送方向上串联布置的固定单元; 用于形成未定影调色剂图像的调色剂是含有脱模剂的调色剂; 当记录介质通过第一定影单元时记录介质上的最高温度由记录介质通过的记录介质的最高温度T1表示时,满足下式(1)和(2) 第二定影单元由T2表示,在从第一定影单元喷射记录介质并且在记录介质进入第二定影单元之后结束的时间段期间,记录介质上的最小温度由t表示,a 调色剂的流量计软化温度由Ts表示,调色剂的流动开始温度由Tfb表示。 <?in-line-formula description =“In-line Formulas”end =“lead”?> T1> Tfb formula(1)<?in-line-formula description =“In-line Formulas”end =“tail”? > <?in-line-formula description =“In-line Formulas”end =“lead”?> T2> t> Ts formula(2)<?in-line-formula description =“In-line Formulas”end =“ 尾巴“?>
    • 39. 发明申请
    • Receiving circuit
    • 接收电路
    • US20050064841A1
    • 2005-03-24
    • US10942844
    • 2004-09-17
    • Naoki OkamotoJunji Ito
    • Naoki OkamotoJunji Ito
    • H03G1/00H03G3/20H03G3/30H03G11/08H04B1/28
    • H03G1/0023H03G3/3063H03G11/08H03G2201/103H03G2201/206H03G2201/307
    • In a receiving circuit, an antenna 11 receives a high-frequency signal at a predetermined frequency band, a level changing section 13 changes a signal level of the high-frequency signal received by the antenna, a subsequent-stage circuit 14 performs predetermined signal processing for the high-frequency signal whose signal level is changed at the level changing section 13, a detecting section 32 detects a signal level of the high-frequency signal for which the signal processing is performed by the subsequent-stage circuit 14, and a control section 33 sets a rate of change of the high-frequency signal by the level changing section 13, based on the signal level of the high-frequency signal detected by the detecting section 32, so that the signal level of the high-frequency signal detected by the detecting section 32 does not exceed a predetermined value.
    • 在接收电路中,天线11接收预定频带的高频信号,电平变更部13改变由天线接收的高频信号的信号电平,后级电路14进行规定的信号处理 对于在电平变化部13发生信号电平变化的高频信号,检测部32检测后级电路14进行信号处理的高频信号的信号电平, 部分33基于由检测部分32检测的高频信号的信号电平,通过电平改变部分13设置高频信号的变化率,从而检测到高频信号的信号电平 由检测部32不超过规定值。