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    • 2. 发明申请
    • Harness module device
    • 线束模块装置
    • US20100186983A1
    • 2010-07-29
    • US12310534
    • 2007-09-25
    • Hitoshi SuzukiFumihiro OkazakiTakeshi AnzaiKazuhiko HorikoshiTakeshi Ogasawara
    • Hitoshi SuzukiFumihiro OkazakiTakeshi AnzaiKazuhiko HorikoshiTakeshi Ogasawara
    • H05K5/02
    • B60R16/0207B60R16/0215
    • A harness module structure comprises a module mounting portion (5), which is formed upon an obverse surface of a steering support member (1), which extends in approximately the direction of the width of a vehicle. A harness module (4) is installed upon the module mounting portion (5). The harness module (4) comprises a harness module body proper (6), and a module cover (11), which is mounted upon the harness module body proper (6). The harness module body proper (6) is enclosed by the module cover (11) and the module mounting portion (5), and the module cover (11) comprises a grounding portion (12) with respect to the module mounting portion (5), such that the harness module body proper (6) comprises an interstice (13) with respect to the module mounting portion (5), and is supported in a non-contact state thereupon, by way of the grounding portion (12).
    • 线束模块结构包括模块安装部分(5),其形成在转向支撑构件(1)的正面上,其大致沿着车辆的宽度方向延伸。 线束模块(4)安装在模块安装部分(5)上。 线束模块(4)包括线束模块本体(6)和安装在线束模块本体(6)上的模块盖(11)。 线束模块本体(6)由模块盖(11)和模块安装部分(5)封闭,模块盖(11)包括相对于模块安装部分(5)的接地部分(12) ,使得所述线束模块本体(6)相对于所述模块安装部分(5)包括间隙(13),并且通过所述接地部分(12)以非接触状态被支撑。
    • 3. 发明授权
    • Steering member unit
    • 转向构件单元
    • US08011694B2
    • 2011-09-06
    • US12379474
    • 2009-02-23
    • Hitoshi SuzukiFumihiro OkazakiTakeshi AnzaiKazuhiko Horikoshi
    • Hitoshi SuzukiFumihiro OkazakiTakeshi AnzaiKazuhiko Horikoshi
    • B62D1/16
    • B62D25/145
    • A steering member unit includes a metal steering member body disposed to extend substantially in a vehicle width direction; metal side brackets that are fixed respectively to both ends of the steering member body and are attachable respectively to vehicle body side parts; and a metal stay that is fixed to an intermediate part of the steering member body and is attachable to a vehicle body floor. In an intermediate part of the steering member body, multiple ground current connecting members connectable to a vehicle body metal part are provided at intervals in a longitudinal direction (vehicle width direction) of the steering member body. Thereby, a resonance frequency of a wavelength depending on the distance of a magnetic field generated by a current flowing into the steering member body can be changed and adjusted.
    • 转向构件单元包括金属转向构件体,其设置成基本上在车辆宽度方向上延伸; 金属侧支架分别固定在转向构件主体的两端,并分别固定在车体侧部上; 以及固定在转向构件主体的中间部分并且可附接到车体地板的金属支架。 在转向构件体的中间部分,在转向构件主体的纵向(车辆宽度方向)上间隔设置有可连接到车体金属部的多个地电流连接构件。 由此,可以改变和调整由流过转向构件主体的电流产生的磁场的距离的波长的共振频率。
    • 5. 发明申请
    • Steering member unit
    • 转向构件单元
    • US20090211837A1
    • 2009-08-27
    • US12379474
    • 2009-02-23
    • Hitoshi SuzukiFumihiro OkazakiTakeshi AnzaiKazuhiko Horikoshi
    • Hitoshi SuzukiFumihiro OkazakiTakeshi AnzaiKazuhiko Horikoshi
    • B62D5/04
    • B62D25/145
    • The present invention provides a steering member unit including: a metal steering member body disposed to extend substantially in a vehicle width direction; metal side brackets that are fixed respectively to both ends of the steering member body and are attachable respectively to vehicle, body side parts; and a metal stay that is fixed to an intermediate part of the steering member body and is attachable to a vehicle body floor. In an intermediate part of the steering member body, multiple ground current connecting members connectable to a vehicle body metal part are provided at intervals in a longitudinal direction (vehicle width direction) of the steering member body. Thereby, a resonance frequency of resonance of a wavelength depending on a distance in a magnetic field generated by a current flowing into the steering member body can be changed and adjusted.
    • 本发明提供一种转向构件单元,包括:金属转向构件体,其设置成基本上沿车辆宽度方向延伸; 金属侧支架分别固定在转向构件主体的两端,并可分别安装在车身,车体侧部分上; 以及固定在转向构件主体的中间部分并且可附接到车体地板的金属支架。 在转向构件体的中间部分,在转向构件主体的纵向(车辆宽度方向)上间隔设置有可连接到车体金属部的多个地电流连接构件。 由此,可以改变和调整由流过转向构件主体的电流产生的磁场中的距离的波长的共振频率。
    • 7. 发明申请
    • VOLTAGE SUPPLY CIRCUIT AND CIRCUIT DEVICE
    • 电压电路和电路设备
    • US20080174362A1
    • 2008-07-24
    • US11963089
    • 2007-12-21
    • Soichiro IshizukaToru IdoNaoki FuruyaTakeshi Anzai
    • Soichiro IshizukaToru IdoNaoki FuruyaTakeshi Anzai
    • G05F3/02
    • G05F1/56
    • A voltage supply circuit and a circuit device can reduce the noise in the output of the circuit when the power to the circuit is turned on and off and can shorten the time required to start or stop the operation of the circuit. When the supply of power to signal processing part 10 is started or stopped, reference voltage Vref supplied to signal processing part 10 is varied continuously to reduce the high-frequency noise in the output of signal processing part 10. Also, when the setpoint value of the waveform of reference voltage Vref is generated by digital signal processing in voltage setting part 30, the desired waveform can be generated without being limited by the values of the circuit elements or the circuit configuration. The output noise of signal processing part 10 can be reduced, and the time that reference time Vref varies can be shortened.
    • 电压供应电路和电路装置可以在电路的电源接通和断开时减小电路输出的噪声,并且可以缩短启动或停止电路运行所需的时间。 当向信号处理部10的供电开始或停止时,提供给信号处理部10的参考电压Vref连续变化,以降低信号处理部10的输出中的高频噪声。 此外,当通过电压设定部30中的数字信号处理生成参考电压Vref的波形的设定值时,可以生成期望的波形而不受电路元件的值或电路结构的限制。 可以减少信号处理部分10的输出噪声,并且缩短基准时间Vref变化的时间。
    • 8. 发明申请
    • TASK MANAGEMENT METHOD AND TASK MANAGEMENT APPARATUS
    • 任务管理方法和任务管理装置
    • US20130226639A1
    • 2013-08-29
    • US13581985
    • 2012-02-27
    • Shoichi YokoyamaTakeshi AnzaiTakeshi Arisaka
    • Shoichi YokoyamaTakeshi AnzaiTakeshi Arisaka
    • G06Q10/06
    • G06Q10/06
    • A task management apparatus configured to assign tasks to a plurality of operators is constructed. The task management apparatus stores task information including, for each generated task, operation target information for which a value is determined according to a state at the time of task occurrence and which is related to a task target. The task management apparatus calculates, based on the task information, the task similarity between a newly generated first task and a second task that is already assigned to an operator, for each of the operators, and determines an operator to whom the first task is assigned according to assignment priority based on the task similarity calculated for each of the operators.
    • 构造为将任务分配给多个运算符的任务管理装置。 任务管理装置存储对于每个生成的任务,包括根据任务发生时的状态来确定值并且与任务对象相关的操作对象信息的任务信息。 任务管理装置基于任务信息,对于每个运算符,计算新生成的第一任务和已经分配给运算符的第二任务之间的任务相似度,并且确定向其分配了第一任务的运算符 根据分配优先级,根据为每个运算符计算的任务相似度。
    • 9. 发明授权
    • Parallel data transfer method and system of DDR divided data with associated transfer clock signal over three signal lines
    • 并行数据传输方法和DDR系统分配数据,并通过三条信号线连接传输时钟信号
    • US06898722B2
    • 2005-05-24
    • US09790938
    • 2001-02-22
    • Takeshi Anzai
    • Takeshi Anzai
    • G06F13/38G11C7/10G11C7/22H04L7/00H04L29/10G06F1/04
    • G11C7/22G11C7/1006G11C7/1042
    • A data transfer method allowing improved data transfer speed without increasing the number of signal lines is disclosed. After dividing data to be transferred into odd-numbered data and even-numbered data, the odd-numbered data are sequentially read at timing of a leading edge of each clock pulse and the even-numbered data are sequentially read at timing of a trailing edge of each clock pulse. Thereafter, a data transfer completion indicator is appended to one of the odd-numbered and even-numbered data strings. A transfer clock signal includes a fixed-level pulse in a period of time corresponding to the data transfer completion indicator. The one of the odd-numbered and even-numbered data strings followed by the data transfer completion indicator, the other of the odd-numbered and even-numbered data strings, and the transfer clock signal are transferred through different signal lines.
    • 公开了一种数据传输方法,可以在不增加信号线数量的情况下提高数据传输速度。 在将要传送的数据分割为奇数数据和偶数数据之后,在每个时钟脉冲的前沿的定时顺序读取奇数数据,并且在后沿的定时依次读取偶数数据 的每个时钟脉冲。 此后,将数据传输完成指示符附加到奇数和偶数编号的数据串中的一个。 传送时钟信号包括在与数据传输完成指示符相对应的时间段内的固定电平脉冲。 奇数编号和偶数编号的数据串之一是数据传输完成指示符,奇数和偶数编号数据串中的另一个以及传输时钟信号通过不同的信号线传送。