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    • 1. 发明授权
    • Paper sheet depositing and dispensing apparatus, abnormality recovery
process of the paper sheet depositing and dispensing apparatus, and
automatic cashier
    • 纸张出入款设备,纸张出入款设备的异常恢复处理和自动出纳
    • US5101979A
    • 1992-04-07
    • US376867
    • 1989-07-07
    • Motoo UnoMasuo FurutonoMitsuyoshi SatooKenji TaguchiToshio OgataAkihisa UedaHiroshi Kitahata
    • Motoo UnoMasuo FurutonoMitsuyoshi SatooKenji TaguchiToshio OgataAkihisa UedaHiroshi Kitahata
    • G07D11/00
    • G07D11/0039G07D11/0018G07D11/0063Y10S414/12
    • A paper sheet handling apparatus including a plurality of sheet accumulating portions and a sheet conveyor. A pointed separator is mounted on the conveyor for movement into a stack of paper sheets accumulated in one sheet accumulating portion to divide the stack into two parts with a gap formed therebetween. Gripping fingers mounted on the conveyor are moved into gripping engagement with one of the divided parts of the stack and then retracted to transfer the gripped part of the stack onto the conveyor. Holding members on the conveyor are movable into the gap to hold the paper sheets of the other part of the stack. The conveyor is movable to convey the gripped paper sheets to another sheet accumulating portion. The gripping fingers are again moved to transfer the thus conveyed sheets to the other sheet accumulating portion. Sensors are mounted on the conveyor to determine whether or not the paper sheets to be transferred are directly positioned relative to the sheet transferring members of the sheet accumulating portions and, if not correctly positioned, corrective action is effected in response to the determined incorrect positioning.
    • 一种纸张处理装置,包括多个纸张堆积部分和片材输送机。 尖锐的分离器安装在输送机上,用于移动到堆积在一个纸张堆积部分中的纸张堆叠中,以将纸叠分成两部分,其间形成有间隙。 安装在输送机上的夹紧指状物被移动成与堆叠中的一个分割部分夹紧接合,然后缩回以将堆叠的夹持部分转移到输送机上。 传送带上的保持构件可移动到间隙中,以保持堆叠的另一部分的纸张。 输送机是可移动的,以将夹持的纸张传送到另一个纸张积累部分。 夹持爪再次移动以将这样传送的片材转移到另一个片材积聚部分。 传感器安装在输送机上,以确定要传送的纸张是否相对于纸张收集部分的纸张传送部件直接定位,如果未正确定位,则响应于所确定的不正确定位而进行校正动作。
    • 7. 发明授权
    • For jumping a light spot on a track of a recording medium
    • 用于在记录介质的轨道上跳过光斑
    • US4541083A
    • 1985-09-10
    • US446251
    • 1982-12-02
    • Takeshi MaedaMotoo UnoMasahiro Takasago
    • Takeshi MaedaMotoo UnoMasahiro Takasago
    • G11B7/085G11B21/10
    • G11B7/08505
    • In a light spot control signal generating device, a light spot is irradiated on a recording medium having tracks on which information is recorded. In order to jump the light spot from a track being scanned thereby to an adjacent track, a signal representative of light quantity of reflection or transmission of the light spot and a track error signal are detected. The two signals are used to judge whether the light spot has passed through an edge of the track. The track error signal is also used to detect a signal representative of an instant at which the light spot is present at the middle point between adjacent tracks, and this signal is used as a timing signal for changing the polarity of a control signal applied to a spot light deflector.
    • 在光点控制信号发生装置中,将光点照射在具有记录有信息的轨迹的记录介质上。 为了将光点从被扫描的轨道跳转到相邻的轨道,检测表示光点的反射或透射的光量的信号和轨道误差信号。 这两个信号用于判断光点是否已通过轨道的边缘。 轨道误差信号还用于检测表示在相邻轨道之间的中点存在光点的时刻的信号,并且该信号用作定时信号,用于改变施加到一个或多个的控制信号的极性 点光偏转器
    • 8. 发明授权
    • Method and device for controlling a shock absorber
    • 用于控制减震器的方法和装置
    • US4218956A
    • 1980-08-26
    • US854640
    • 1977-11-25
    • Motoo UnoHisashi Izumi, deceased
    • Motoo UnoHisashi Izumi, deceased
    • B25J9/16B25J19/00B25J19/02F16D71/00F16F7/00F16F9/46F16F9/50G05D3/12G05D15/00F15B9/03F15B9/09
    • G05D3/12B25J19/0091B25J19/023F16F9/46
    • A shock absorber comprising a device for detecting the position and velocity of a moving object; a movement mechanism including a movable part, means for detecting the contact between the movable part and the object, and means for detecting the displacement value of the movable part; and a device for controlling the movement mechanism. With information from the position and velocity detecting device, the control device controls the movement mechanism so that the movable part may move on the course of the object and in the same direction as the moving direction thereof at a velocity corresponding to the velocity of the object. Subsequently, with an information from the contact detecting means, it reduces the velocity of the movable part on the basis of a predetermined deceleration pattern when the object has come into contact with the movable part. Further, with an information from the displacement value detecting means, it executes a positioning control so as to stop the movable part at a predetermined position when the displacement value of the movable part has reached a predetermined value.
    • 一种减震器,包括用于检测移动物体的位置和速度的装置; 包括可移动部分的移动机构,用于检测可移动部分和物体之间的接触的装置,以及用于检测可移动部分的位移值的装置; 以及用于控制移动机构的装置。 利用来自位置和速度检测装置的信息,控制装置控制移动机构,使得可移动部分可以在物体的过程上沿与其移动方向相同的方向以对应于物体的速度的速度移动 。 随后,利用来自接触检测装置的信息,当物体与可移动部件接触时,它基于预定的减速度图案降低可移动部件的速度。 此外,利用来自位移值检测装置的信息,当可移动部件的位移值达到预定值时,执行定位控制以便将可动部件停止在预定位置。