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    • 1. 发明授权
    • Battery capacity measuring and remaining capacity calculating system
    • 电池容量测量和剩余容量计算系统
    • US06621250B1
    • 2003-09-16
    • US10070375
    • 2002-03-06
    • Naohiko OhkuboShinji KishidaShinichi ItoToshiyuki KawaiKatsuhide KikuchiTetsuro Kikuchi
    • Naohiko OhkuboShinji KishidaShinichi ItoToshiyuki KawaiKatsuhide KikuchiTetsuro Kikuchi
    • H02J700
    • G01R31/3648F02N11/0825F02N2200/062F02N2200/063G01R31/006G01R31/361G01R31/3613G01R31/3624G01R35/005H02J7/0078H02J7/1461H02J2007/0049H02J2007/005Y02T10/48Y02T10/7005
    • A battery capacity measuring device in accordance with the present invention has a fully-charged state detector (80e), a detected current integrator (80a), a divider (80b), and a corrector (80c) incorporated in a microcomputer (80). The fully-charged state detector detects that a battery is fully charged. The detected current integrator integrates current values that are detected by a current sensor during a period from the instant the battery is fully charged to the instant it is fully charged next. The divider divides the integrated value of detected current values by the length of the period. The corrector corrects a detected current using the quotient provided by the divider as an offset. Furthermore, a remaining battery capacity calculating system comprises a voltage detecting unit (50), a current detecting unit (40), an index calculating unit, a control unit, and a calculating unit. The voltage detecting unit detects the voltage at the terminals of a battery. The current detecting unit detects a current flowing through the battery. The index calculating unit calculates the index of polarization in the battery according to the detected current. The control unit controls the output voltage of an alternator so that the index of polarization will remain within a predetermined range which permits limitation of the effect of polarization on the charged state of the battery. When the index of polarization remains within the predetermined range, the calculating unit calculates the remaining capacity of the battery according to the terminal voltage of the battery, that is, the open-circuit voltage of the battery.
    • 根据本发明的电池容量测量装置具有完全充电状态检测器(80e),检测电流积分器(80a),分配器(80b)和结合在微型计算机(80)中的校正器(80c))。 完全充电状态检测器检测到电池已充满电。 检测到的电流积分器将从电池完全充电到其下一次完全充电的时间段内的电流传感器检测到的电流值进行积分。 分频器将检测到的当前值的积分值除以周期的长度。 校正器使用由分频器提供的商作为偏移来校正检测到的电流。 此外,剩余电池容量计算系统包括电压检测单元(50),电流检测单元(40),索引计算单元,控制单元和计算单元。 电压检测单元检测电池端子处的电压。 电流检测单元检测流过电池的电流。 索引计算单元根据检测到的电流来计算电池中的偏振指标。 控制单元控制交流发电机的输出电压,使得偏振指标将保持在预定范围内,这允许限制极化对电池充电状态的影响。 当偏振指数保持在预定范围内时,计算单元根据电池的端子电压,即电池的开路电压来计算电池的剩余容量。
    • 2. 发明申请
    • ELECTRIC DRIVING DEVICE AND METHOD FOR MANUFACTURING ELECTRIC DRIVING DEVICE
    • 电驱动装置及制造电驱动装置的方法
    • US20150171709A1
    • 2015-06-18
    • US14413082
    • 2012-08-28
    • Shinichi ItoIsao SonodaTadayuki Fujimoto
    • Shinichi ItoIsao SonodaTadayuki Fujimoto
    • H02K9/22H02K15/14
    • H02K9/22H02K5/225H02K11/33H02K15/14Y10T29/49009
    • Provided is an electric driving device including an electric motor (1), and a control device (20) arranged on an axis line of a rotation shaft (2) of the electric motor, for controlling the electric motor. The electric motor includes a motor terminal (13) extending toward the control device in parallel to a direction of the axis line of the rotation shaft, and a slit (13a) is formed at an end portion of the motor terminal on the control device side. The control device includes a motor connection terminal (34) formed on an extension line of the motor terminal and connected to the motor terminal. The slit of the motor terminal is press-fitted and fixed to the motor connection terminal, and an insulating member (33) for holding the motor connection terminal is fixed to the heat sink (35).
    • 提供了一种电动驱动装置,其包括电动机(1)和布置在电动机的旋转轴(2)的轴线上的用于控制电动机的控制装置(20)。 电动机包括与控制装置平行于旋转轴的轴线方向延伸的电动机端子(13),并且在控制装置侧的电动机端子的端部形成有狭缝(13a) 。 控制装置包括形成在电动机端子的延长线上并连接到电动机端子的电动机连接端子(34)。 电动机端子的狭缝被压配合并固定到电动机连接端子,并且用于保持电动机连接端子的绝缘构件(33)固定到散热器(35)。
    • 4. 发明授权
    • Sheet folding apparatus
    • 折页机
    • US08771159B2
    • 2014-07-08
    • US12929850
    • 2011-02-22
    • Hiroki ImazuShinichi ItoMizuho Shirakura
    • Hiroki ImazuShinichi ItoMizuho Shirakura
    • B65H45/14
    • B65H45/147B65H45/145B65H45/148
    • A sheet folding apparatus for folding a sheet, includes a first transport path for guiding the sheet from a carry-in portion to a carrying-out portion without folding; a second transport path branching off from the first transport path for folding the sheet; folding rollers to fold the sheet; a driving motor; and a control device for controlling the driving motor. The folding rollers are disposed in between the carry-in roller and the carrying-out roller. The first transport path has a pinch roller and a guide cover for covering the folding. The guide cover shifts between an actuation position in which the sheet does not contact the folding rollers and a non-actuation position in which the sheet engages with the folding rollers. The control device controls the guide cover to shift to the actuation position with the pinch roller separated from a periphery of the one of the rollers.
    • 一种用于折叠片材的片材折叠装置包括用于将片材从携带部分引导到进入部分而不折叠的第一传送路径; 从所述第一输送路径分支的第二输送路径,用于折叠所述纸张; 折叠辊折叠片材; 驱动电机; 以及用于控制驱动电动机的控制装置。 折叠辊设置在搬入辊和送出辊之间。 第一传送路径具有夹送辊和用于覆盖折叠的导向罩。 引导盖在片材不接触折叠辊的致动位置与片材与折叠辊接合的非致动位置之间移动。 控制装置控制导向盖移动到致动位置,夹紧辊与一个辊的周边分开。
    • 5. 发明授权
    • Quadrature modulator, signal generating device, and quadrature modulation method
    • 正交调制器,信号发生装置和正交调制方法
    • US08724735B2
    • 2014-05-13
    • US13468481
    • 2012-05-10
    • Shinichi ItoTatsuro Hanaya
    • Shinichi ItoTatsuro Hanaya
    • H04L27/36H04B15/00
    • H04L25/06H04L27/36
    • To provide a quadrature modulator, a signal generating device, and a quadrature modulation method capable of correcting a gain balance error, a zero offset error, and an orthogonality error that occur during quadrature modulation. The quadrature modulator 20 includes a quadrature modulation unit 22, a quadrature modulation error calculating unit 40 that calculates quadrature modulation errors on the basis of the power of a quadrature-modulated signal output from the quadrature modulation unit 22, and an error correcting unit 30 that corrects a baseband signal such that the quadrature modulation errors are removed. The quadrature modulation error calculating unit 40 includes a power measuring unit 41 that measures the power of the quadrature-modulated signal, a gain balance error calculating unit 42, a zero offset error calculating unit 43, and an orthogonality error calculating unit 44.
    • 提供能够校正在正交调制期间发生的增益平衡误差,零偏移误差和正交性误差的正交调制器,信号产生装置和正交调制方法。 正交调制器20包括正交调制单元22,正交调制误差计算单元40,其基于从正交调制单元22输出的正交调制信号的功率计算正交调制误差;以及纠错单元30, 校正基带信号,从而去除正交调制误差。 正交调制误差计算单元40包括测量正交调制信号的功率的功率测量单元41,增益平衡误差计算单元42,零偏移误差计算单元43和正交误差计算单元44。
    • 6. 发明授权
    • Signal generating device and signal generating method
    • 信号发生装置及信号发生方法
    • US08666324B2
    • 2014-03-04
    • US13535429
    • 2012-06-28
    • Toru OtaniShinichi Ito
    • Toru OtaniShinichi Ito
    • H04B17/00
    • H04B17/14H04B17/11
    • To provide a signal generating device and a signal generating method capable of correcting the frequency characteristics of the level of a broadband radio-frequency signal. A signal generating device 10 includes a waveform data storage unit 11 that stores waveform data of a baseband signal, a quadrature modulator 20 that generates a modulation signal from the baseband signal, a local oscillator 31 that generates a local oscillation signal, a multiplier 32 that multiplies the modulation signal and the local oscillation signal to generate a radio-frequency signal in a predetermined frequency band, a frequency characteristic correction value determining unit 50 that acquires the frequency characteristics of the signal level of the frequency band on the basis of the center frequency of the radio-frequency signal, and a DF 12 that corrects the frequency characteristics of the level of the baseband signal.
    • 提供能够校正宽带射频信号的电平的频率特性的信号发生装置和信号产生方法。 信号发生装置10包括存储基带信号的波形数据的波形数据存储单元11,从基带信号产生调制信号的正交调制器20,产生本地振荡信号的本地振荡器31,乘法器32, 将调制信号和本地振荡信号相乘以产生预定频带中的射频信号;频率特性校正值确定单元50,基于中心频率获取频带的信号电平的频率特性 和用于校正基带信号电平的频率特性的DF12。
    • 7. 发明授权
    • Sheet folding apparatus and image formation system provided with the apparatus
    • 具有该装置的折页装置和图像形成系统
    • US08590880B2
    • 2013-11-26
    • US12926146
    • 2010-10-28
    • Hiroki ImazuShinichi ItoMizuho Shirakura
    • Hiroki ImazuShinichi ItoMizuho Shirakura
    • B41F13/56B31F1/10
    • G03G15/6582B65H45/148B65H2801/27G03G2215/00877
    • To provide a folding mechanism for folding a sheet with a simplified structure having no fear of causing a deviation from the fold position, wrinkle and the like, provided are a transport path 33 for transporting a sheet, and folding processing means 48 disposed in the transport path to fold the sheet. Then, the folding processing means is comprised of folding roll pairs (41b, 49, 50) coming into press-contact with one another to rotate in the opposite directions, and folding deflecting members (53, 54) for guiding the fold of the sheet to the nip portions (Np1, Np2) of the folding roll pairs. Then, the folding deflecting members are provided with driven rollers (53a, 54a) in contact press-contact with the roll periphery of one of the folding roll pair, and curved guides (53a, 54a) along the roll periphery of the other one. The driven roller provides the sheet with transport force to guide to the nip portion, and the curved guide brings the sheet along the roll periphery of the other one to guide to the nip portion.
    • 为了提供一种用于折叠具有简化结构的片材的折叠机构,其不会产生偏离折叠位置,褶皱等的传送路径33,用于传送片材的传送路径33和设置在传送装置中的折叠处理装置48 折叠纸张的路径。 然后,折叠处理装置由折叠辊对(41b,49,50)彼此压接而沿相反方向旋转,并且折叠用于引导片材折叠的偏转构件(53,54) 到折叠辊对的辊隙部分(Np1,Np2)。 然后,折叠偏转构件设置有与折叠辊对中的一个的辊周边接触地压接的从动辊(53a,54a)和沿着另一个的辊周边的弯曲引导件(53a,54a)。 从动辊为纸张提供传​​送力以引导到夹持部分,并且弯曲的引导件使片材沿着另一个的辊边缘引导以引导到辊隙部分。