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    • 1. 发明申请
    • Brake-controllable brushless motor
    • 制动控制无刷电机
    • US20080224640A1
    • 2008-09-18
    • US12075489
    • 2008-03-12
    • Kazuo ItohToshiyuki TachibanaMitsuo Inoue
    • Kazuo ItohToshiyuki TachibanaMitsuo Inoue
    • H02P3/14H02P1/04H03K5/00
    • H02P6/24
    • A brake-controllable brushless motor has a rotor and a stator having polyphase coils; a polar position detector whereby electric power is supplied to the coil selected by its phase in response to the polar positions of the rotor detected by the polar position detector; a driver division for controlling the electric supply to the coils; a motor pulse identifier for recognizing motor pulse signals fed from the polar position detector; and a delayed pulse generator for producing phase-delayed pulse signals in response to the pulse signals fed from the motor pulse identifier, thereby ensuring that when the brushless motor is braked, the phase delay of the delayed pulse signals is progressively and continuously enlarged, and that the coils receive a controlled electric supply from the driver division in response to the delayed pulse signals.
    • 制动控制无刷电动机具有转子和具有多相线圈的定子; 极位置检测器,其响应于由极位置检测器检测的转子的极性位置,向由其相位选择的线圈提供电力; 用于控制线圈供电的驱动器部分; 用于识别从极位置检测器馈送的电动机脉冲信号的电动机脉冲识别器; 以及延迟脉冲发生器,用于响应于从电动机脉冲识别器馈送的脉冲信号产生相位延迟的脉冲信号,从而确保当无刷电动机被制动时,延迟脉冲信号的相位延迟逐渐地和连续地增大, 线圈响应于延迟的脉冲信号从驱动器分段接收受控电源。
    • 2. 发明授权
    • Brake-controllable brushless motor
    • 制动控制无刷电机
    • US07816877B2
    • 2010-10-19
    • US12075489
    • 2008-03-12
    • Kazuo ItohToshiyuki TachibanaMitsuo Inoue
    • Kazuo ItohToshiyuki TachibanaMitsuo Inoue
    • H02P1/04
    • H02P6/24
    • A brake-controllable brushless motor has a rotor and a stator having polyphase coils; a polar position detector whereby electric power is supplied to the coil selected by its phase in response to the polar positions of the rotor detected by the polar position detector; a driver division for controlling the electric supply to the coils; a motor pulse identifier for recognizing motor pulse signals fed from the polar position detector; and a delayed pulse generator for producing phase-delayed pulse signals in response to the pulse signals fed from the motor pulse identifier, thereby ensuring that when the brushless motor is braked, the phase delay of the delayed pulse signals is progressively and continuously enlarged, and that the coils receive a controlled electric supply from the driver division in response to the delayed pulse signals.
    • 制动控制无刷电动机具有转子和具有多相线圈的定子; 极位置检测器,其响应于由极位置检测器检测的转子的极性位置,向由其相位选择的线圈提供电力; 用于控制线圈供电的驱动器部分; 用于识别从极位置检测器馈送的电动机脉冲信号的电动机脉冲识别器; 以及延迟脉冲发生器,用于响应于从电动机脉冲识别器馈送的脉冲信号产生相位延迟的脉冲信号,从而确保当无刷电动机被制动时,延迟脉冲信号的相位延迟逐渐地和连续地增大, 线圈响应于延迟的脉冲信号从驱动器分段接收受控电源。
    • 3. 发明申请
    • TRANSFER DEVICE
    • 传输设备
    • US20120048678A1
    • 2012-03-01
    • US13210482
    • 2011-08-16
    • Kazuo ItohTatsuhiko NakamuraMasaki TanakaMakoto MitsuyoshiToshiyuki TachibanaMichiyuki Yamanaka
    • Kazuo ItohTatsuhiko NakamuraMasaki TanakaMakoto MitsuyoshiToshiyuki TachibanaMichiyuki Yamanaka
    • B65G13/075B65G13/02
    • B65G13/10B65G13/075B65G47/54
    • A transfer device including a main conveyor part having a first conveying surface and a subsidiary conveyor part having a second conveying surface and arranged at the same area as the main conveyor part, the main conveyor part being designed to convey an article placed on the first conveying surface in one conveying direction, the subsidiary conveyor part being designed to convey an article placed on the second conveying surface in another direction transverse to the conveying direction of the main conveyor part, the main conveyor part and/or the subsidiary conveyor part being a roller conveyor having rollers, at least one of the rollers being a braking roller equipped with a brake, and the brake being designed to prevent the article from proceeding at least to the direction transverse to the conveying direction of the roller conveyor by a frictional force acting between the article and the braking roller.
    • 一种转印装置,包括具有第一输送表面的主输送部分和具有第二输送表面的辅助输送部分,并且布置在与主输送部分相同的区域处,主输送部分被设计成输送放置在第一输送 所述辅助传送部分被设计成沿横向于所述主传送部分的传送方向的另一个方向传送放置在所述第二传送表面上的物品,所述主传送部分和/或所述辅助传送部分是辊 输送机具有辊子,所述辊子中的至少一个是装备有制动器的制动辊,并且所述制动器被设计成防止所述制品至少沿垂直于所述辊式输送机输送方向的方向前进, 制品和制动辊。
    • 6. 发明申请
    • Conveyor and conveyor controller
    • 输送机和输送机控制器
    • US20100101919A1
    • 2010-04-29
    • US12587467
    • 2009-10-07
    • Kazuo ItohToshiyuki Tachibana
    • Kazuo ItohToshiyuki Tachibana
    • B65G47/31
    • B65G47/261B65G47/31
    • A conveyor, which has an area in its conveyor line and for adjusting intervals between articles, includes (1) a plurality of zones constituting the area and each having at least one driving motor and an article sensor, (2) a measuring means for measuring either an interval between adjacent articles in the conveying direction or a difference of time points when adjacent articles in the conveying direction pass the sensor, and (3) a motor controller for each of the zones and for varying a rotational speed of the driving motor. When the measuring means measures either the interval or the difference upon reception of signals from the sensor, the motor controller either accelerates or slows down the rotational speed of the driving motor in a zone where the article is placed.
    • 一种输送机,其输送线上具有一个区域,用于调节物品之间的间隔,包括(1)构成该区域的多个区域,每个区域具有至少一个驱动马达和物品传感器,(2)测量装置 传送方向上相邻物品之间的间隔或相邻物品在传送方向上经过传感器的时间点的差异,以及(3)用于每个区域的电动机控制器和用于改变驱动电动机的转速。 当测量装置在接收到来自传感器的信号时测量间隔或差值时,马达控制器可以在放置物品的区域中加速或减慢驱动马达的转速。
    • 8. 发明授权
    • Transverse conveyance apparatus for roller conveyors and a lift device
    • 滚筒输送机和升降装置的横向输送装置
    • US06360869B1
    • 2002-03-26
    • US09582854
    • 2000-07-05
    • Kazuo ItohYoichi MorimotoToshiyuki Tachibana
    • Kazuo ItohYoichi MorimotoToshiyuki Tachibana
    • B65G4710
    • B65G47/54B65G23/08
    • A transverse conveyance apparatus for roller conveyors comprises a frame, a crosswise feeding mechanism mounted to the frame and a lift device for raising and lowering the frame. Each of rotating portions of the crosswise feeding mechanism is of a width freely movable through between two adjacent rollers of the conveyor. The lift device comprises a cylinder, lids closing opposite ends thereof, fixed shafts protruding outwards and longitudinally of the cylinder that is coaxial with said shafts capable of rotating relative to the lids, a motor built in and driving the cylinder to rotate around and relative to the shafts, a reducer built therein, and a resistance unit also built therein and increasing resistance against rotation thereof. Attachment-engaging portions are formed on the respective lids and disposed longitudinally of the cylinder to face outwards so that the portions and the cylinder rotate together. The portions have axes arranged offset with respect to axes of the shafts. The shafts are held in position in and by an immovable part, with the attachment-engaging portions being not only connected to the frame but also capable of rotating relative to the frame.
    • 用于辊式输送机的横向输送装置包括框架,安装到框架的横向进给机构和用于升高和降低框架的升降装置。 交叉进给机构的每个旋转部分的宽度可自由移动地穿过输送机的两个相邻辊之间。 提升装置包括一个气缸,盖子相对于其两端封闭,固定的轴向外突出并且与所述轴相同的轴能够相对于所述盖子旋转,所述固定轴线内置并驱动所述气缸围绕并相对于 轴,内置的减速机,还内置有阻力单元,并提高其抗转动性。 附接接合部分形成在各个盖子上并且设置在圆柱体的纵向上以面向外,使得部分和圆筒一起旋转。 这些部分具有相对于轴的轴线偏移布置的轴。 这些轴被固定在不可移动部分的适当位置,附接接合部分不仅连接到框架,而且还能够相对于框架旋转。
    • 9. 发明授权
    • Controller for brush-less motors and a conveyor system having the controllers
    • 无刷电机控制器和带控制器的输送机系统
    • US06731094B1
    • 2004-05-04
    • US09549993
    • 2000-04-14
    • Kazuo ItohToshiyuki Tachibana
    • Kazuo ItohToshiyuki Tachibana
    • H02P528
    • B65G13/06H02P6/08
    • Object of the present invention is to distribute signals indicating angular position of a rotor from a controller for a brush-less motor to another control device. A controller for driving a brush-less motor has a magnetic-pole detecting circuit (9) that receives from a Hall-effect semiconductor disposed in a motor roller (4) sequential (pole position-representing) signals relating to a rotor's position. These signals are converted into pulses and then supplied to a current-controlling circuit (8), so that currents to stators are controlled based on the signals from the detecting circuit (9) so as to drive the motor roller. A sequencer (20) supplies to a controlling circuit (7) “ON/OFF” and other commands, that are then processed in this circuit and fed to the current-controlling circuit (8) for driving the motor. A pulse generator (19) receives from the semiconductor the pole position signals and convert them into pulses, that are then output to an external terminal (11a) from which they are sent to a superordinate external controller, so that the latter can receive rotation data from the brush-less motor controller.
    • 本发明的目的是将指示转子的角位置的信号从无刷电动机的控制器分配到另一个控制装置。一种用于驱动无刷电动机的控制器具有磁极检测电路(9),其接收 从设置在电动机辊(4)中的霍尔效应半导体与转子位置相关的顺序(极位置表示)信号。 这些信号被转换为脉冲,然后提供给电流控制电路(8),从而基于来自检测电路(9)的信号来控制定子的电流,以便驱动电动机辊。 定序器(20)向控制电路(7)提供“ON / OFF”和其他命令,然后在该电路中处理并馈送到用于驱动电动机的电流控制电路(8)。 脉冲发生器(19)从半导体接收极点位置信号并将其转换为脉冲,然后将其输出到外部端子(11a),从外部端子(11a)将其发送到上级外部控制器,以便后者可以接收旋转数据 从无刷电机控制器。
    • 10. 发明授权
    • Conveyor system
    • 输送系统
    • US06415914B2
    • 2002-07-09
    • US09755403
    • 2001-01-05
    • Kazuo ItohToshiyuki TachibanaYoshiyuki Kujihashi
    • Kazuo ItohToshiyuki TachibanaYoshiyuki Kujihashi
    • B65G1306
    • B65G13/06B65G43/10
    • A conveyor system is divided into a plurality of zones each including a plurality of rollers arranged in parallel with each other. The zones are arranged successively for conveying articles from the upstream end to the downstream end of the conveyor system. One of the rollers in each zone is a drive roller. Article detectors are disposed in association with the respective zones and develop an article-representative signal when they detect an article in the associated zones. A current detector detects the sum of currents flowing through motors driving the drive rollers and develops a excessive-current representative signal when the sum current exceeds a reference current value. A current suppressing circuit connected to the article detectors and to the current detector causes limited currents to be supplied only to motors including the motors in the zones where the first and second in order ones of articles being conveyed are present. The limited currents supplied to the motors are such that the sum is equal to a predetermined allowable value.
    • 输送机系统被分成多个区域,每个区域包括彼此平行设置的多个辊子。 这些区域依次布置,用于将物品从输送系统的上游端传送到下游端。 每个区域中的一个辊子是驱动辊。 物品检测器与各个区域相关联地布置,并且当它们检测到相关区域中的物品时,形成物品代表信号。 当电流超过参考电流值时,电流检测器检测流过驱动驱动辊的电动机的电流之和并产生过电流代表信号。 连接到物品检测器和电流检测器的电流抑制电路使得限制电流仅被提供给包括电动机在内的马达的电动机,在这些区域中存在第一个和第二个正在输送的物品。 提供给电动机的有限电流使得总和等于预定的允许值。