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    • 41. 发明授权
    • Image reading apparatus provided with a white reference member for shading correction
    • 具有用于阴影校正的白色参考构件的图像读取装置
    • US08576457B2
    • 2013-11-05
    • US13016382
    • 2011-01-28
    • Hiroshi TanimotoAkiyoshi Johdai
    • Hiroshi TanimotoAkiyoshi Johdai
    • H04N1/04
    • H04N1/00543H04N1/00909H04N1/121H04N1/193H04N2201/044
    • An image reading apparatus 4 includes an image reading portion 38 which is unmovably arranged at one side with respect to a document transportation path 30, a white reference member 43 for shading correction which is arranged at the other side with respect to the document transportation path 30, a cover member 50 which is capable of being opened and closed so as to expose or cover the document transportation path 30, and a driving unit 55 which changes a posture of the white reference member 43 between an operating posture at the time of the shading correction and a non-operating posture. The white reference member 43 is attached to the cover member 55. Further, the white reference member 43 and the driving unit 55 are related to each other such that the white reference member 43 is not made into the operating posture in conjunction with an opening operation of the cover member 55.
    • 图像读取装置4包括图像读取部38,该图像读取部38相对于文件传送路径30在一侧不可移动地配置,相对于原稿传送路径30配置在另一侧的阴影校正用白色基准部件43 能够打开和关闭以暴露或覆盖文件传送路径30的盖构件50和驱动单元55,其将白色基准构件43的姿势改变为遮光时的操作姿势 矫正和非操作姿势。 白色基准构件43安装在盖构件55上。此外,白色基准构件43和驱动单元55相互关联,使得白色基准构件43不与打开操作一起形成操作姿势 的盖构件55。
    • 42. 发明授权
    • Toner supply container and image forming apparatus
    • 调色剂供应容器和成像设备
    • US08340555B2
    • 2012-12-25
    • US12793804
    • 2010-06-04
    • Shinya NaoiHiroshi TanimotoYasuaki Tomoda
    • Shinya NaoiHiroshi TanimotoYasuaki Tomoda
    • G03G15/08
    • G03G15/0877G03G15/0855G03G15/0865G03G15/0875G03G2215/0827
    • A toner supply container has a container body and a conveyance member rotatably arranged inside the container body and which conveys toner toward a discharge opening of the container body when driven to rotate by external force. The conveyance member includes a cylindrical rotary body and a screw blade member wound around the cylindrical rotary body so that the screw blade member stands on an outer circumferential surface of the cylindrical rotary body. The inner surface of a bottom wall of the container body includes a cylindrically curved surface identical to a part of a circumferential surface of an imaginary cylinder whose axis is substantially the same as a rotation axis of the conveyance member. A curvature radius of the cylindrically curved surface is set so the conveyance member rotates in a state where an outer circumferential edge of the screw blade member substantially slides on the cylindrically curved surface.
    • 调色剂供应容器具有容器主体和可旋转地布置在容器主体内部的输送构件,并且当通过外力驱动旋转时,将调色剂朝向容器主体的排出口传送。 传送构件包括圆筒形旋转体和卷绕在圆柱形旋转体上的螺旋叶片构件,使得螺旋叶片构件站立在圆柱形旋转体的外圆周表面上。 容器主体的底壁的内表面包括与其轴线基本上与输送部件的旋转轴线基本相同的假想气缸的圆周面的一部分相同的圆筒状的曲面。 圆柱形曲面的曲率半径被设定为使得输送构件在螺旋叶片构件的外周边缘在圆柱形曲面上大致滑动的状态下旋转。
    • 43. 发明授权
    • Process for producing tubular ring with beads and die for use therein
    • 用于生产具有珠粒和管芯的管状环的方法
    • US07487655B2
    • 2009-02-10
    • US10528430
    • 2003-09-26
    • Yoshihaya ImamuraNoritaka EguchiTakeo SakuraiHiroshi Tanimoto
    • Yoshihaya ImamuraNoritaka EguchiTakeo SakuraiHiroshi Tanimoto
    • B21D26/14
    • B21D26/14B21D53/16Y10T29/49803
    • A metal mold is disposed adjacent to the outer circumference of a base ring, and has a molding face in the inner circumference and a plurality of grooves for forming beads on the molding face along the circumferential direction. A coil for electromagnetic forming is disposed adjacent to the inner circumference of the base ring. When a momentary large current is applied to the coil in this arrangement, the diameter of the base ring is expanded by pressing the base ring toward the molding face of the metal mold such that the base ring is molded into a shape corresponding to the molding face by electromagnetic forming. Improvements such as a metal mold capable of degassing, a separable metal mold, roll-correcting after electromagnetic forming, application of momentary large current over several times, a metal mold with a cutting blade, use of a base ring with a large number of holes, and a metal mold with positioning means are then added. With these improvements, a highly accurate cylindrical ring with beads can be produced at low cost and with high productivity.
    • 金属模具与基座的外周相邻设置,在内周具有成形面,在周向上在成型面上形成多个用于形成珠的槽。 用于电磁成形的线圈设置成与基座的内周相邻。 当以这种方式对线圈施加瞬时的大电流时,通过将基座环朝向金属模的成型面压制基座环的直径,使得基座环模制成与模制面对应的形状 通过电磁成形。 可以进行脱气的金属模具,电磁成形后的卷边校正,多次施加瞬时大电流等的改进,具有切割刀片的金属模具,使用具有大量孔的基座环 然后添加具有定位装置的金属模具。 通过这些改进,可以以低成本和高生产率生产具有珠的高度精确的圆柱形环。
    • 44. 发明授权
    • Frequency converter
    • 频率转换器
    • US06477360B1
    • 2002-11-05
    • US09518879
    • 2000-03-06
    • Osamu WatanabeTakafumi YamajiHiroshi TanimotoShoji Otaka
    • Osamu WatanabeTakafumi YamajiHiroshi TanimotoShoji Otaka
    • H04B126
    • H03D7/1433H03D7/1425H03D7/1441
    • A frequency converter includes a multiplying circuit, a load circuit, and an output buffer circuit. The multiplying circuit is arranged to multiply an RF signal and an LO signal and output a difference frequency signal with a frequency, which is the difference between the frequencies of the two signals, from its output terminal. The load circuit is arranged to connect the output terminal of the multiplying circuit to a power supply. The output buffer circuit is arranged to have an input terminal connected to the output terminal of the multiplying circuit, and an output terminal for outputting a signal to the next stage. A notch circuit for removing an undesired signal frequency component is combined in the load circuit. The notch circuit has an impedance characteristic in which the impedance is abruptly reduced to provide a valley point at the undesired signal frequency.
    • 变频器包括乘法电路,负载电路和输出缓冲电路。 乘法电路被布置为将RF信号和LO信号相乘,并以其输出端子的两个信号的频率之间的频率的频率输出差分频率信号。 负载电路被布置成将乘法电路的输出端子连接到电源。 输出缓冲电路被配置为具有连接到乘法电路的输出端子的输入端子和用于向下一级输出信号的输出端子。 用于去除不需要的信号频率分量的陷波电路在负载电路中组合。 陷波电路具有阻抗特性,其中阻抗突然减小以在不期望的信号频率处提供谷点。
    • 46. 发明授权
    • Phase shifter and communication system using the phase shifter
    • 移相器和使用移相器的通信系统
    • US5736840A
    • 1998-04-07
    • US625368
    • 1996-04-01
    • Shoji OtakaHiroshi Tanimoto
    • Shoji OtakaHiroshi Tanimoto
    • G05F3/22H03D7/16H03H11/22H04L27/20G05F3/00
    • G05F3/22H03D7/165H03H11/22H04L27/20
    • A local signal of a predetermined frequency is supplied to an input terminal of a local signal input section. The local signal is applied to a control input terminal of a variable current supply and, in accordance with the local signal, a current is output from a variable current supply and sent to a phase-shifting section. The phase-shifting section includes two resonance circuits each comprised of a capacitor and inductor. The two resonance circuits are connected in parallel with a linear element constituting the local signal input section to output first and second output signals of the same frequency as that of the local signal and whose phases are shifted by a predetermined amount. The respective output signals of the phase-shifting section are output to a next stage through a signal output section comprised of two sets each of a current supply and transistor.
    • 将预定频率的本地信号提供给本地信号输入部分的输入端。 本地信号被施加到可变电流源的控制输入端子,并且根据本地信号,从可变电流源输出电流并发送到相移部分。 相移部分包括两个谐振电路,每个谐振电路由电容器和电感器组成。 两个谐振电路与构成本地信号输入部的线状元件并联连接,输出与本地信号相同频率的第一和第二输出信号,并将相位偏移预定量。 相移部分的各个输出信号通过由电流源和晶体管组成的两组的信号输出部分输出到下一级。
    • 47. 发明授权
    • Orthogonal signal generation system
    • 正交信号发生系统
    • US5650714A
    • 1997-07-22
    • US303815
    • 1994-09-09
    • Shoji OtakaHiroshi Tanimoto
    • Shoji OtakaHiroshi Tanimoto
    • H03H7/18G05F3/22H03D7/16H03H11/22H04L27/20H04L27/36G05F3/00
    • H03D7/165G05F3/22H03H11/22H04L27/20
    • A local signal of preset frequency is supplied to an input terminal of a signal input section. The local signal is supplied to a control input terminal of a variable current source, a current corresponding to the local signal is output from the variable current source, and the current is supplied to a phase shifting section. The phase shifting section includes an integrator constructed by a capacitor and a resistor connected in series and a differentiator constructed by a resistor and a capacitor connected in parallel. As parallely connecting the phase shifting circuit with a linear element of which the signal input section consists, the phase shifting section outputs first and second output signals which has the same frequency as the local signal and whose phases are different from each other by 90.degree.. The output signals of the phase shifting section are output to the next stage via an orthogonal signal output section constructed by current source and transistors.
    • 预设频率的本地信号被提供给信号输入部分的输入端。 本地信号被提供给可变电流源的控制输入端,从可变电流源输出对应于本地信号的电流,并将电流提供给相移部分。 相移部分包括由串联的电容器和电阻器构成的积分器,以及由电阻器和并联连接的电容器构成的微分器。 由于相移电路与信号输入部分所构成的线性元件平行连接,所以相移部输出与本地信号相同频率的第一和第二输出信号,其相位彼此相差90度。 相移部分的输出信号通过由电流源和晶体管构成的正交信号输出部分输出到下一级。
    • 48. 发明授权
    • Integration circuit including a differential amplifier having a variable
transconductance
    • 积分电路包括具有可变跨导的差分放大器
    • US5384501A
    • 1995-01-24
    • US56392
    • 1993-05-04
    • Mikio KoyamaHiroshi Tanimoto
    • Mikio KoyamaHiroshi Tanimoto
    • G06G7/184H03H11/04H03F3/45
    • G06G7/184H03H11/0433H03H11/045H03H11/0472
    • An integration circuit includes a differential amplifier constituted by at least two bipolar transistors serving as amplifying elements, a capacitor connected, as a load, across the collection electrodes of the differential amplifier, and a field-effect transistor having source and drain electrodes connected between the emitter electrodes of the two bipolar transistors. A control voltage is applied to the gate electrode of the field-effect transistor. By changing the resistance value between the source and drain electrodes of the field-effect transistor using a gate voltage, the transconductance of the differential amplifier is changed over a wide range. As a result, the time constant of the integration circuit is changed, such that if the integration circuit is used for an active filter, for example, the cut-off frequency can be changed by changing the time constant of the integration circuit.
    • 积分电路包括由用作放大元件的至少两个双极晶体管构成的差分放大器,作为负载连接在差分放大器的集电极上的电容器,以及具有连接在差分放大器的集电极之间的源极和漏极的场效应晶体管 两个双极晶体管的发射极。 控制电压施加到场效应晶体管的栅电极。 通过使用栅极电压来改变场效应晶体管的源电极和漏电极之间的电阻值,差分放大器的跨导在宽范围内变化。 结果,积分电路的时间常数被改变,使得如果积分电路用于有源滤波器,例如,可以通过改变积分电路的时间常数来改变截止频率。
    • 49. 发明授权
    • Integrator and active filter including integrator with simple phase
compensation
    • 集成器和主动滤波器,包括具有简单相位补偿的积分器
    • US5081423A
    • 1992-01-14
    • US385305
    • 1989-07-26
    • Mikio KoyamaHiroshi Tanimoto
    • Mikio KoyamaHiroshi Tanimoto
    • G06G7/186H03F1/32H03F3/45H03H11/12
    • H03F3/4521G06G7/186H03F1/3211H03F3/45071H03H11/1213H03F2203/45366
    • In an integrator circuit having a wide linearity range, there are provided: a first emitter-coupled transistor pair having two bipolar transistors, emitter areas of the transistors being substantially equal to each other; a second emitter-coupled transistor pair having two bipolar transistors, emitter areas of said transistors being substantially equal to each other; first and second input terminals for receiving an input voltage respectively; a first output terminal to which a first collector of the first emitter-coupled pair and also a first collector of the second emitter-coupled transistor pair of commonly connected; a second output terminal to which a second collector of the first emitter-coupled transistor pair and also a second collector of the second emitter-coupled transistor pair are commonly connected; first DC-voltage applying means connected to the first input terminal, for applying a first offset DC (direct current) voltage having a predetermined level between a first base electrode of the first emitter-coupled transistor pair and a first base electrode of the second emitter-coupled transistor pair; second DC-voltage applying means connected to the second input terminal, for applying a second offset DC voltage having the same level but an opposite polarity to that of the first offset DC voltage between a second base electrode of the first emitter-coupled transistor pair and a second base electrode of the second emitter-coupled transistor pair; and, capacitance means connected between the first and second output terminals.