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    • 3. 发明授权
    • Dispersion feeder
    • 分散进料器
    • US4600096A
    • 1986-07-15
    • US648589
    • 1984-09-10
    • Shoji YamanoYoshitaka MikataTadashi HiguchiKazuhiro Nishide
    • Shoji YamanoYoshitaka MikataTadashi HiguchiKazuhiro Nishide
    • B65G65/44B65G47/14B65G47/16B65G47/72B65G65/48G01F13/00G01G13/02B65G27/00G01G13/08
    • G01G13/026Y10S177/11
    • A dispersion feeder for distributively feeding product to a plurality of weighing units arranged circularly about a common axis, comprising a plurality of conveyer troughs arranged radially about the axis for communicating by their outer ends respectively with the weighing units, and a plurality of vibrating units attached respectively to the conveyer troughs for subjecting each conveyer trough to independent vibration. Each conveyer trough is provided with a projection inclined upwardly and radially inwardly toward the common axis. These projections are arranged radially about the axis without mutual contact to form a conical or domed substantially continuous central dispersion surface, and each projection and its corresponding conveyor trough is adapted to be subjected to independent vibration to feed product supplied directly onto the dispersion surface to the corresponding conveyer trough.
    • 一种用于将产品分配馈送到围绕公共轴线圆周布置的多个称重单元的分散供料器,包括多个输送槽,所述多个输送槽围绕所述轴线径向布置,用于通过其外端与所述称重单元连通,以及多个振动单元 分别用于使每个输送槽经受独立振动的输送槽。 每个输送槽设置有向着公共轴向上且径向向内倾斜的突起。 这些突起围绕轴线径向布置而不相互接触以形成圆锥形或圆顶形的基本上连续的中心分散表面,并且每个突起及其对应的输送槽适于经受独立的振动,以将直接供应到分散体表面上的产品送入 相应的输送槽。
    • 6. 发明授权
    • Color purity measuring method and color purity measuring apparatus
    • 色纯度测量方法和色纯度测量仪
    • US06495976B2
    • 2002-12-17
    • US09917680
    • 2001-07-31
    • Tadashi Higuchi
    • Tadashi Higuchi
    • G09G128
    • H01J9/44
    • The invention is intended to enable the easy measurement of the amount of color purity at each of many measured points. An adjusting coil (9) is provided at a neck portion of a color cathode ray tube (1). Also, a color image pickup means (4) for photographing the screen of the color cathode ray tube (1) is provided. A monochrome signal of any one of red, green, and blue colors is input to this color cathode ray tube (1). Thereafter, while varying the electric current made to flow through the adjusting coil (9), the image pickup signal obtained by the color pickup means (4) is decomposed into red, green, and blue color signal components; and the intensity of each of them is measured. Then, using the values of the electric currents that are supplied to the coil adjusting (9) and the location distances between the luminous regions of the red, green, and blue colors on the color cathode ray tube (1), there is determined the following: the amount of movement of the relevant electron beam with respect to the unit value of electric current for the adjusting coil (9). Thereby, it is arranged that the amount of color purity at the measured point is obtained according to the amount of movement of the relevant electron beam with respect to the unit value of electric current for the adjusting coil (9).
    • 本发明旨在使得能够容易地测量许多测量点的每一个处的色纯度。 调色线圈(9)设在彩色阴极射线管(1)的颈部。 另外,还提供了用于拍摄彩色阴极射线管(1)的屏幕的彩色图像拾取装置(4)。 红色,绿色和蓝色中的任何一种的单色信号被输入到该彩色阴极射线管(1)。 此后,在改变流过调节线圈(9)的电流的同时,由色彩拾取装置(4)获得的图像拾取信号被分解为红色,绿色和蓝色信号分量; 并测量其中每个的强度。 然后,使用提供给线圈调节(9)的电流的值和彩色阴极射线管(1)上的红色,绿色和蓝色的发光区域之间的位置距离,确定 以下:相对于调整线圈(9)的电流的单位值的相关电子束的移动量。 由此,根据相关电子束相对于调整线圈(9)的电流单位值的移动量,求出测定点的色纯度。
    • 9. 发明授权
    • Biasing circuit for power amplifier
    • 功率放大器的偏置电路
    • US4439743A
    • 1984-03-27
    • US257390
    • 1981-04-24
    • Manfred SchwarzTadashi Higuchi
    • Manfred SchwarzTadashi Higuchi
    • H03F1/32H03F3/20H03F3/30H03F3/26
    • H03F1/3205H03F3/3001H03F2200/516
    • A biasing circuit for a non-switching type power amplifier includes first and second DC voltage supply terminals; at least one input resistor; first and second output resistors; first and second output transistors, each having a main current path and an input electrode, the input electrodes of which are connected to the at least one input resistor, and the main current paths of which are connected in series between the first and second DC voltage supply terminals through the first and second output resistors, the connection point of the first and second output resistors constituting a signal output terminal; a signal input circuit for supplying an input signal to the input electrodes of the first and second output transistors, through the at least one input resistor; third and fourth DC voltage supply terminals; a series circuit comprised of a at least one input variable current source, the first resistor and a second variable current source, the series circuit being connected between the third and fourth DC voltage supply terminals; a voltage detecting circuit for detecting one of the voltages across the first and second output resistors or one of the voltages supplied to the input electrodes of the first and second output transistors; and a control circuit for controlling at least one of the first and second variable current sources in accordance with the detected output of the voltage detecting circuit.
    • 非开关型功率放大器的偏置电路包括第一和第二直流电压端子; 至少一个输入电阻器; 第一和第二输出电阻; 第一和第二输出晶体管,每个具有主电流路径和输入电极,其输入电极连接到至少一个输入电阻器,并且其主电流路径串联连接在第一和第二DC电压之间 通过第一和第二输出电阻提供端子,构成信号输出端的第一和第二输出电阻的连接点; 信号输入电路,用于通过至少一个输入电阻器将输入信号提供给第一和第二输出晶体管的输入电极; 第三和第四直流电源端子; 串联电路,包括至少一个输入可变电流源,所述第一电阻器和第二可变电流源,所述串联电路连接在所述第三和第四直流电压端子之间; 电压检测电路,用于检测第一和第二输出电阻器两端的电压之一或提供给第一和第二输出晶体管的输入电极的电压之一; 以及控制电路,用于根据检测到的电压检测电路的输出来控制第一和第二可变电流源中的至少一个。