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    • 1. 发明授权
    • Feeding device
    • 送料装置
    • US07913994B2
    • 2011-03-29
    • US12248920
    • 2008-10-10
    • Shuichi MorikawaMasao TakayamaHideyuki Okumura
    • Shuichi MorikawaMasao TakayamaHideyuki Okumura
    • B65H3/52
    • B65H3/063B65H3/5284B65H2220/09B65H2404/10
    • In a feeding device, a first friction pad and a second friction pad are disposed on a circumferential surface of a pick roller so that a first contact area and a second contact area overlap each other. Thus, to a conveyance-target medium, which is either one of a conveyed medium and a separation-target medium, pressing forces are successively applied by the first friction pad or the second friction pad over the first contact area to the second contact area. Therefore, the conveyance-target medium, which is either one of the conveyed medium and the separation-target medium, successively receives a separation force in a total contact area wider than an area when receiving a separation force only in either one of the first contact area and the second contact area. With this, the capability of separating the conveyed medium and the separation-target medium can be increased.
    • 在进给装置中,第一摩擦垫和第二摩擦垫设置在拾取辊的圆周表面上,使得第一接触区域和第二接触区域彼此重叠。 因此,作为输送介质和分离对象介质中的任一个的输送对象介质,第一摩擦垫或第二摩擦垫在第一接触区域上依次施加按压力到第二接触区域。 因此,作为输送介质和分离对象介质中的任一个的输送对象介质,在仅接收分离力的区域的宽度以上的接触区域中依次接收分离力,该区域仅在第一接触 区域和第二接触区域。 由此,可以提高分离输送介质和分离对象介质的能力。
    • 2. 发明授权
    • Feeding device
    • 送料装置
    • US08371573B2
    • 2013-02-12
    • US13029498
    • 2011-02-17
    • Shuichi MorikawaMasao TakayamaHideyuki Okumura
    • Shuichi MorikawaMasao TakayamaHideyuki Okumura
    • B65H3/52
    • B65H3/063B65H3/5284B65H2220/09B65H2404/10
    • A feeding device includes a tray for stacking sheet-like conveyance-target media, a first pressing unit, and a second pressing unit. The first and second pressing units face and apply a first and second pressing force, respectively, on a circumferential surface of a pick roller so that a first contact area and a second contact area overlap each other. The first pressing unit includes a first pressing unit separation roller, and the first contact area is defined wherein the first pressing unit and the pick roller make contact with each other. The second contact area is defined wherein the second pressing unit and the pick roller make contact with each other such that the first contact area and the second contact appear to partly overlap each other when viewed from an axial direction of the pick roller.
    • 进给装置包括用于堆叠片状输送目标介质的托盘,第一按压单元和第二按压单元。 第一和第二按压单元分别面对并在拾取辊的圆周表面上施加第一和第二按压力,使得第一接触区域和第二接触区域彼此重叠。 第一按压单元包括第一按压单元分离辊,并且限定第一接触区域,其中第一按压单元和拾取辊彼此接触。 限定第二接触区域,其中第二按压单元和拾取辊彼此接触,使得当从拾取辊的轴向观察时,第一接触区域和第二接触部分彼此部分重叠。
    • 4. 发明申请
    • OFFSET CORRECTION DEVICE OF COMPARATOR
    • 比较器偏移校正装置
    • US20120293346A1
    • 2012-11-22
    • US13564496
    • 2012-08-01
    • Masao TakayamaKazuo Matsukawa
    • Masao TakayamaKazuo Matsukawa
    • H03L5/00H03M3/02H03M1/12
    • H03M1/1023H03K3/356139H03K5/2481H03K5/249H03M1/36
    • A comparator offset correction device opens an open switch 205 and closes a short-circuit switch 204 in offset correction of a comparator 201. In this state, a controller 203 allows the comparator 201 to repeat, more than once, the operation of comparing reference voltages 101 input to two input terminals with each other. The filter 202 outputs a frequency signal obtained by smoothing a plurality of comparison results. Based on the frequency signal from the filter 202, the controller 203 outputs a threshold value control signal to the comparator 201 so that the ratio of a high-level voltage to a low-level voltage in the results of the comparison in the comparator 201 is 50%. Thus, even when a current which will be input may differ from a current which is currently input due to, for example, the influence of noise, the threshold value offset amount is normally corrected.
    • 比较器偏移校正装置打开开关205并在比较器201的偏移校正中闭合短路开关204.在该状态下,控制器203允许比较器201多次重复比较参考电压 101输入到两个输入端子。 滤波器202输出通过平滑多个比较结果而获得的频率信号。 基于来自滤波器202的频率信号,控制器203向比较器201输出阈值控制信号,使比较器201中的比较结果中的高电平电压与低电平电压的比率为 50%。 因此,即使当输入的电流可能与由于例如噪声的影响而当前输入的电流不同时,通常校正阈值偏移量。
    • 10. 发明申请
    • DELTA-SIGMA MODULATOR AND WIRELESS COMMUNICATION DEVICE
    • DELTA-SIGMA调制器和无线通信设备
    • US20110200077A1
    • 2011-08-18
    • US13094519
    • 2011-04-26
    • Yosuke MITANIKazuo MatsukawaMasao TakayamaShiro Dosho
    • Yosuke MITANIKazuo MatsukawaMasao TakayamaShiro Dosho
    • H04B1/38H03M3/02
    • H03M3/388H03M3/424H03M3/456
    • In a DSM including a loop in which an output signal of a quantizer is digitally processed, and fed back through a DAC to an analog filter, the quantizer quantizes an analog signal from an analog filter section to output a digital signal. The digital signal from the quantizer is digitally processed in a first-order recursive filter circuit including a variable gain amplifier and a delay element. A LUT receives both the digital signal from the quantizer and a table control signal, which is an output signal from the recursive filter circuit, and stores in advance compensation values corresponding to the both signals. A compensation value from the LUT is used to provide a digital output signal compensated for a delay. The digital output signal is converted into an analog signal in the DAC, and then subtracted from an analog input signal in the analog filter section.
    • 在包括量化器的输出信号被数字处理并通过DAC反馈到模拟滤波器的环路的DSM中,量化器对来自模拟滤波器部分的模拟信号进行量化以输出数字信号。 来自量化器的数字信号在包括可变增益放大器和延迟元件的一阶递归滤波器电路中进行数字处理。 LUT接收来自量化器的数字信号和作为来自递归滤波器电路的输出信号的表控制信号,并且预先存储对应于两个信号的补偿值。 来自LUT的补偿值用于提供补偿延迟的数字输出信号。 数字输出信号在DAC中转换为模拟信号,然后从模拟滤波器部分的模拟输入信号中减去。