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    • 4. 发明授权
    • Position input apparatus encluding a position detector input apparatus
    • 包含位置检测器输入装置的位置输入装置
    • US4989040A
    • 1991-01-29
    • US286961
    • 1988-12-20
    • Toshihisa MatsuoKazuyuki OugitaJunichi KajiwaraMasakiyo Okuda
    • Toshihisa MatsuoKazuyuki OugitaJunichi KajiwaraMasakiyo Okuda
    • G03G15/00G03G15/36G06F3/033G06F3/045G06F3/048
    • G06F3/045G03G15/36G03G15/5016G06F3/03547G06F2203/0339
    • A position detector outputs an electrical signal of a level corresponding to a pressed position. The detector has at least three reference points, each reference region begin set therebetween. When the position detector is pressed, the region to which the pressed position belongs is discriminated, and the pressed position is operated relative to the two reference points defining the region, on the basis of the previously stored outputs from the reference points and the output from the pressed position. The position detector has a strip of upper and lower electrode both with wiring members and a grounded conductor provided under the lower electrode. The upper and lower electrodes and the wiring members for the electrodes are disposed so that they are positioned inwardly of the periphery of the conductor at least by the distance equal to that from the upper surface of the upper electrode to the upper surface of the conductor. The electromagnetic effects to the apparatus are absorbed in the grounded conductor, protecting the electrodes and wiring members from noise. On the upper surface of the upper electrode is attached are a plurality of touch protrusions.
    • 位置检测器输出与按压位置相对应的电平的电信号。 检测器具有至少三个参考点,每个参考区域之间开始设置。 当按下位置检测器时,基于先前存储的来自参考点的输出和来自参考点的输出,区分按压位置所属的区域,并且相对于定义该区域的两个参考点操作按压位置 按压位置。 位置检测器具有带有布线构件的上下电极条和设置在下电极下的接地导体。 电极的上下电极和配线构件设置成使得它们至少距离导体的上表面的上表面至导体的上表面的距离至少等于导体周边的内侧。 对设备的电磁效应被吸收在接地导体中,从而保护电极和布线部件免受噪音干扰。 在上电极的上表面上安装有多个接触突起。
    • 6. 发明授权
    • Apparatus for image formation
    • 图像形成装置
    • US08803038B2
    • 2014-08-12
    • US12047804
    • 2008-03-13
    • Masanori NakazawaKentaro TsurutaJunichi Kajiwara
    • Masanori NakazawaKentaro TsurutaJunichi Kajiwara
    • G03G15/20
    • G03G15/5004G03G15/2039G03G2215/00983
    • An apparatus for image formation comprises a fixing unit, first to fourth switching units, a DC power supply unit, an accumulating unit, a charging unit, and a switching control unit. The first switching unit switches the state of connection between the fixing unit and a commercial power source. The DC power supply unit supplies another electric load of the apparatus than the fixing unit with DC power. The second switching unit switches the state of connection between the DC power supply unit and the commercial power source. The third switching unit switches the state of connection between the charging unit and the commercial power source. The fourth switching unit switches the state of connection between the accumulating unit and the electric load. Based on the state of conduction of the first switching unit, the switching control unit switches the states of conduction of the other three switching units.
    • 图像形成装置包括固定单元,第一至第四开关单元,直流电源单元,累积单元,充电单元和开关控制单元。 第一切换单元切换定影单元和商用电源之间的连接状态。 直流电源单元为具有直流电力的定影单元提供装置的另一个电负载。 第二开关单元切换直流电源单元和商用电源之间的连接状态。 第三开关单元切换充电单元和商用电源之间的连接状态。 第四开关单元切换蓄电单元与电负载之间的连接状态。 基于第一开关单元的导通状态,开关控制单元切换其他三个开关单元的导通状态。
    • 7. 发明申请
    • APPARATUS FOR IMAGE FORMATION
    • 图像形成装置
    • US20080226330A1
    • 2008-09-18
    • US12047804
    • 2008-03-13
    • Masanori NAKAZAWAKentaro TsurutaJunichi Kajiwara
    • Masanori NAKAZAWAKentaro TsurutaJunichi Kajiwara
    • G03G15/00
    • G03G15/5004G03G15/2039G03G2215/00983
    • An apparatus for image formation comprises a fixing unit, first to fourth switching units, a DC power supply unit, an accumulating unit, a charging unit, and a switching control unit. The first switching unit switches the state of connection between the fixing unit and a commercial power source. The DC power supply unit supplies another electric load of the apparatus than the fixing unit with DC power. The second switching unit switches the state of connection between the DC power supply unit and the commercial power source. The third switching unit switches the state of connection between the charging unit and the commercial power source. The fourth switching unit switches the state of connection between the accumulating unit and the electric load. Based on the state of conduction of the first switching unit, the switching control unit switches the states of conduction of the other three switching units.
    • 图像形成装置包括固定单元,第一至第四开关单元,直流电源单元,累积单元,充电单元和开关控制单元。 第一切换单元切换定影单元和商用电源之间的连接状态。 直流电源单元为具有直流电力的定影单元提供装置的另一个电负载。 第二开关单元切换直流电源单元和商用电源之间的连接状态。 第三开关单元切换充电单元和商用电源之间的连接状态。 第四开关单元切换蓄电单元与电负载之间的连接状态。 基于第一开关单元的导通状态,开关控制单元切换其他三个开关单元的导通状态。
    • 9. 发明授权
    • Ultrasonic signal amplifier circuit and system of gain control thereof
    • 超声波信号放大电路及其增益控制系统
    • US4904954A
    • 1990-02-27
    • US191961
    • 1988-05-09
    • Kan OtakeJunichi KajiwaraYoshio AkutsuKatsuyoshi MiyajiYoichi Katsuyama
    • Kan OtakeJunichi KajiwaraYoshio AkutsuKatsuyoshi MiyajiYoichi Katsuyama
    • G01S7/52H03G3/00
    • H03G3/005G01S7/52033
    • A gain of a variable gain amplifier circuit is controlled by applying a signal of a predetermined voltage level to the variable gain amplifier circuit during an idle period of an ultrasonic receiving signal, deriving an output from the variable gain amplifier circuit, comparing it with a voltage level obtained as an aimed value by a gain regulator or other control circuit of an ultrasonic signal amplifier circuit including the variable gain amplifier circuit and producing a gain control signal according to a difference resulting from the comparison to control the gain to the aimed value until the difference becomes zero. The gain of the variable gain amplifier circuit set in the idle period is maintained during a measurement period of a subsequent receiving signal so that the latter is amplified with the maintained gain. Thus, a stepwise and selective gain setting corresponding to the aimed value can be obtained by controlling the gain of the variable gain amplifier according to the aimed value.
    • 可变增益放大器电路的增益通过在超声波接收信号的空闲时段期间向可变增益放大器电路施加预定电压电平的信号,导出可变增益放大器电路的输出,将其与电压 通过包括可变增益放大器电路的超声信号放大器电路的增益调节器或其他控制电路获得的作为目标值的电平,并根据比较产生的差异产生增益控制信号,以将增益控制为目标值,直到 差变为零。 在随后的接收信号的测量周期期间维持设置在空闲周期中的可变增益放大器电路的增益,使得后者以保持的增益放大。 因此,通过根据目标值控制可变增益放大器的增益,可以获得与目标值相对应的逐步选择性增益设置。