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    • 2. 发明授权
    • Dry process developing apparatus
    • 干法显影装置
    • US4676192A
    • 1987-06-30
    • US654670
    • 1984-09-26
    • Shizuo YugeSusumu Sakakibara
    • Shizuo YugeSusumu Sakakibara
    • G03G15/09
    • G03G15/09G03G2215/0609
    • A dry process developing apparatus of a type in which, by supplying toner contained in a toner replenishing tank with respect to magnetic carrier magnetically attracted onto an outer peripheral surface of a developing sleeve, a magnetic developing material composed of the magnetic carrier and toner is prepared on the outer peripheral surface of the developing sleeve for developing an electrostatic latent image supported on the surface of an electrostatic latent image support member by the use of this developing material. The developing apparatus includes a space chamber defined between a bristle height restricting member and a front restricting member so as to open towards the outer peripheral surface of the developing sleeve, and preliminarily loaded with the magnetic carrier, and a toner supplying section for supplying the toner with respect to the outer peripheral surface of the developing sleeve at the upstream side of the front restricting member.
    • 一种干法处理显影装置,其中通过将包含在调色剂补充槽中的调色剂相对于磁性吸引到显影套筒的外周表面上的磁性载体供应,制备由磁性载体和调色剂组成的磁性显影材料 在显影套筒的外周表面上,通过使用该显影材料来显影静电潜像载体的表面上的静电潜像。 显影装置包括限定在刷毛高度限制构件和前限制构件之间的空间室,以朝向显影套筒的外周表面打开,并且预先装载有磁性载体;以及调色剂供应部分,用于供应调色剂 相对于前限制构件的上游侧的显影套筒的外周面。
    • 3. 发明授权
    • Method of controlling replenishment of toners
    • 控制调色剂补充的方法
    • US4572102A
    • 1986-02-25
    • US586762
    • 1984-03-06
    • Shizuo YugeTateki OkaSusumu SakakibaraNaoki Toyoshi
    • Shizuo YugeTateki OkaSusumu SakakibaraNaoki Toyoshi
    • G03G15/08G03G15/00
    • G03G15/0855
    • A toner replenishment control method for a developing material including two kinds of toners triboelectrically chargeable to polarities opposite to each other, which includes the steps of causing the respective toners contained in the developing material to separately adhere to each of first and second surface areas of a detecting member having predetermined potentials, obtaining first and second detecting signals substantially proportional to amounts of the respective toners which have adhered to the first and second surface areas, the first and second detected signals being set to become equal to each other when a mixing ratio of the respective toners in the developing material is set at a standard mixing ratio, relatively comparing the first and second detected signals, and in the presence of a difference therebetween, replenishing either one of the respective toners to the developing material for eliminating the difference.
    • 一种用于显影材料的调色剂补充控制方法,包括以彼此相反的极性摩擦充电的两种调色剂,其包括使包含在显影材料中的各个调色剂分别粘附到第一和第二表面区域中的每一个的步骤 检测构件具有预定电位,获得与粘附到第一和第二表面区域的各个调色剂的量基本成比例的第一和第二检测信号,当第一和第二检测信号的混合比为 将显影材料中的各个调色剂设定为标准混合比,相对比较第一和第二检测信号,并且在存在差异的同时,将各个调色剂中的任一个补充至显影材料以消除差异。
    • 5. 发明授权
    • Toner supplying device
    • 墨粉供应装置
    • US4803513A
    • 1989-02-07
    • US7897
    • 1987-01-28
    • Hideya NishiseSusumu SakakibaraMasaru Imaizumi
    • Hideya NishiseSusumu SakakibaraMasaru Imaizumi
    • B65G33/08G03G15/08
    • G03G15/0877G03G15/0875
    • A toner supplying device of the present invention has a toner storage tank having a toner supply opening in its bottom for accommodating a toner therein; a first toner transport member disposed within the storage tank and drivingly rotatable for transporting the toner; a second toner transport member disposed within the storage tank in parallel with the first toner transport member and drivingly rotatable for transporting the toner in a direction opposite to the direction of transport by the first toner transport member; and a cover covering the first toner transport member and the toner supply opening, yet only partially covering the first toner transport member.With this device, an excess of toner is prevented from flowing out from the storage tank through the opening since the cover is provided at an intermediate portion of the path of transport of the toner for covering the first toner transport member and the toner supply opening.
    • 本发明的调色剂供给装置具有调色剂储存罐,其底部具有用于容纳调色剂的调色剂供应开口; 第一调色剂输送构件,其设置在所述储存罐内并可驱动地旋转以传送调色剂; 第二调色剂输送构件,其与所述第一调色剂输送构件平行地设置在所述储存箱内并且可驱动地旋转,以沿与所述第一调色剂输送构件的输送方向相反的方向输送调色剂; 以及覆盖第一调色剂输送构件和调色剂供给开口的盖,但仅部分地覆盖第一调色剂输送构件。 利用该装置,由于盖被设置在用于覆盖第一调色剂传送部件和调色剂供应开口的调色剂的输送路径的中间部分处,防止了过量的调色剂从储罐通过开口流出。
    • 6. 发明授权
    • Reference signal detection circuit in a rotary recording medium
reproducing apparatus
    • 参考信号检测电路在旋转记录介质再现装置中
    • US4433402A
    • 1984-02-21
    • US310767
    • 1981-10-13
    • Isami KanedaSusumu SakakibaraYasushi Sano
    • Isami KanedaSusumu SakakibaraYasushi Sano
    • G11B9/06G05D3/12G11B11/00G11B21/10
    • G11B21/106
    • A reference signal detection circuit in a rotary recording medium reproducing apparatus has a reproducing transducer for reproducing an information signal recorded in a rotary recording medium and reference signals for tracking servo recorded for every predetermined period, from the rotary recording medium rotating at a predetermined rotational speed, and a tracking servo circuit for obtaining a tracking servo signal from the reference signals and performing a tracking servo operation according to the tracking servo signal thus obtained. The detection circuit further comprises a single rectifying and smoothing circuit for rectifying and smoothing the reproduced reference signals obtained for every predetermined period. The detection circuit has a lowpass filter characteristic wherein the cutoff frequency is within a frequency range between one third and twice the gain crossover frequency of the tracking servo loop.
    • 旋转记录介质再现装置中的参考信号检测电路具有用于再现记录在旋转记录介质中的信息信号的再现传感器和用于以预定旋转速度旋转的旋转记录介质每隔预定周期记录的用于跟踪伺服的参考信号 以及跟踪伺服电路,用于从参考信号获得跟踪伺服信号,并根据所获得的跟踪伺服信号执行跟踪伺服操作。 该检测电路还包括一个整流和平滑电路,用于对每个预定周期获得的再现参考信号进行整流和平滑处理。 检测电路具有低通滤波器特性,其中截止频率在跟踪伺服环路的增益交叉频率的三分之一和两倍之间的频率范围内。
    • 7. 发明授权
    • Head positioning apparatus using a DC motor
    • 头定位装置使用直流电机
    • US4623943A
    • 1986-11-18
    • US777080
    • 1985-09-17
    • Yutaka OsadaSusumu SakakibaraHideo Nomura
    • Yutaka OsadaSusumu SakakibaraHideo Nomura
    • G11B5/55
    • G11B5/553
    • In a head position control apparatus, a magnetic pole disc mounted on a DC motor has a plurality of opposite magnetic poles arranged on its circumference in a predetermined relationship with tracks on a floppy disk. A sensor located close to the pole disc generates a pulse signal having pulses corresponding to the tracks and a voltage representing the actual speed of the motor. The pulses are counted in an incremental or a decremental mode. The difference between a track position indicating command signal from a keyboard and the pulse count is detected for deriving a direction signal which indicates the direction of the head and determines the count mode, a speed reference variable according to a predetermined transfer function and a switching signal when the difference reduces below a certain limit. A speed control signal is generated representing the difference between the speed reference and the actual speed of the motor. A position control signal is generated representing the difference between the amplitude of the pulse signal and a reference voltage. In response to the switching signal one of the control signals is applied to a polarity inverter for inverting or noninverting its polarity depending on the direction signal and on its amplitude relative to the reference voltage.
    • 在磁头位置控制装置中,安装在直流电动机上的磁极盘具有与磁盘上的磁道成预定关系的多个相对的磁极。 位于极盘附近的传感器产生具有对应于轨道的脉冲和表示电动机的实际速度的电压的脉冲信号。 脉冲以递增或递减模式计数。 检测来自键盘的轨道位置指示命令信号与脉冲计数之间的差异,用于导出指示头部方向的方向信号,并根据预定的传递函数和切换信号确定计数模式,速度参考变量 当差值降低到一定限度以下。 产生速度控制信号,代表速度基准和电动机的实际速度之差。 产生表示脉冲信号的幅度与参考电压之间的差的位置控制信号。 响应于开关信号,一个控制信号被施加到极性反相器,用于根据方向信号及其相对于基准电压的振幅反相或反相其极性。
    • 8. 发明授权
    • Periodical signal detection circuit within a variable window length
    • 在可变窗口长度内的周期信号检测电路
    • US4603411A
    • 1986-07-29
    • US610759
    • 1984-05-16
    • Hiroyuki SugiyamaRyozo AbeSusumu Sakakibara
    • Hiroyuki SugiyamaRyozo AbeSusumu Sakakibara
    • G11B9/06G05D3/12G11B19/28G11B21/08G11B21/10G11B27/10G11B27/30G11B15/52G11B7/00H04N5/76
    • G11B27/3027G11B21/08G11B21/106G11B27/10G11B2220/20
    • A periodical signal detection circuit in a reproducing apparatus which reproduces an information signal and a periodical signal from a recording medium recorded with the information and periodical signals comprises a separation circuit for separating the periodical signal from the reproduced signal, a reference pulse generating circuit for generating a reference pulse having a same repetition frequency as the periodical signal, a window signal forming circuit for forming window signals respectively having differing widths, with a repetition period identical to that of the reference pulse, a first gate circuit for producing the periodical signal from the periodical signal obtained from the separation circuit and the window signal obtained from the window signal forming circuit, a first counter for generating a switching control signal every time the reference pulse is counted N (N is an integer including zero) times, to produce an output when counting is performed for a predetermined number of times, a window signal supplying circuit responsive to the switching control signal obtained from the first counter of the window signals from the window signal forming circuit, for supplying a window signal having a width corresponding to the switching control signal to the first gate circuit, a second gate circuit for passing the signal from the separation circuit according to the output of the first counter, and an output circuit for producing the reference pulse, the output of the first gate circuit, or the output of the second gate circuit as a detected periodical signal.
    • 再现设备中的周期信号检测电路,其从记录有信息和周期信号的记录介质再现信息信号和周期信号,包括:分离电路,用于将周期信号与再生信号分离;基准脉冲发生电路,用于产生 具有与周期信号相同的重复频率的参考脉冲,用于形成分别具有不同宽度的窗口信号的窗口信号形成电路,其重复周期与参考脉冲的重复周期相同;第一门电路,用于产生来自 从分离电路获得的周期信号和从窗口信号形成电路获得的窗口信号,每当基准脉冲被计数时产生开关控制信号的第一计数器_N(_N是包括零的整数),以产生输出 当进行预定的计数时 次数,响应于来自窗口信号形成电路的窗口信号从第一计数器获得的切换控制信号的窗口信号提供电路,用于向第一门电路提供具有与切换控制信号相对应的宽度的窗口信号 ,用于根据第一计数器的输出使来自分离电路的信号的第二门电路,以及用于产生参考脉冲,第一门电路的输出或第二门电路的输出的输出电路,作为 检测周期信号。
    • 9. 发明授权
    • Drive circuit for feeding a reproducing element across a rotary medium
having signals recorded thereon
    • 驱动电路,用于通过具有记录在其上的信号的旋转介质馈送再现元件
    • US4486790A
    • 1984-12-04
    • US343998
    • 1982-01-29
    • Hiroyuki SugiyamaRyozo AbeSusumu Sakakibara
    • Hiroyuki SugiyamaRyozo AbeSusumu Sakakibara
    • H04N5/903G11B5/596G11B21/04G11B21/08G11B21/10H04N5/76
    • G11B21/04G11B21/085G11B5/596
    • A reproducing element feeding and driving circuit is provided in a rotary recording medium reproducing apparatus consisting of a signal pickup device having a reproducing element for reproducing recorded signals from a rotary recording medium, a feeding mechanism for feeding the signal pickup device, and a tracking error signal obtaining circuit for obtaining a tracking error signal so as to perform tracking control with respect to the reproducing element. The feeding and driving circuit comprises a sampling circuit for sampling the tracking error signal when the reproducing element is reproducing a point on the rotary recording medium corresponding to one of a plurality of pairs of points on the rotary recording medium, where the pairs of points are points which are at symmetrical positions along a diametrical direction of the rotary recording medium with respect to a center of the rotary recording medium, averaging circuit for averaging a value sampled by the sampling circuit and obtaining a signal substantially corresponding to a DC component of the tracking error signal, and a feed pulse applying circuit for obtaining a feed pulse having a pulse width which is in accordance with the DC component obtained from the averaging circuit and applying the feed pulse thus obtained to the feeding mechanism.
    • 一种再现元件馈送和驱动电路设置在旋转记录介质再现装置中,该旋转记录介质再现装置由具有用于再现来自旋转记录介质的记录信号的再现元件的信号拾取装置,用于馈送信号拾取装置的馈送机构和跟踪误差 信号获取电路,用于获得跟踪误差信号,以便对再现元件执行跟踪控制。 馈电和驱动电路包括一个采样电路,用于当再现元件正在再现与旋转记录介质上的多对点中的一个点相对应的旋转记录介质上的点时,对跟踪误差信号进行采样,其中点对是 相对于旋转记录介质的中心沿着旋转记录介质的直径方向的对称位置的点,用于平均由采样电路采样的值的平均电路,并获得与跟踪的DC分量基本对应的信号 误差信号和馈送脉冲施加电路,用于获得具有与从平均电路获得的DC分量相一致的脉冲宽度的馈送脉冲,并将由此获得的馈送脉冲施加到馈送机构。