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    • 2. 发明申请
    • Magnetic Actuator
    • 磁力驱动器
    • US20080164963A1
    • 2008-07-10
    • US11885711
    • 2005-04-28
    • Jun TominagaAtsuo MatsumotoKazuo Furukawa
    • Jun TominagaAtsuo MatsumotoKazuo Furukawa
    • H02K33/00
    • H02K41/0356H02K2201/18
    • TASK To improve the attenuation effect of a magnetic actuator against external disturbances.SOLUTION So that an attenuation effect owing to an electromotive force may be obtained in the magnetic actuator when a moveable part (coil support member and lens holder) supported by sheet springs is displaced, an electric resonance circuit is formed by connecting an accessory coil 26 in parallel to a drive coil 11 mounted on the moveable part, and the resonance frequency of the circuit electric resonance circuit is made to agree with that of a spring mass system of the magnetic actuator. As the drive frequency is typically in a range that substantially differs from the resonance frequency, a large damping force, effective against the resonant condition owing to external disturbances, can be obtained without substantially affecting the drive property. Therefore, a favorable scanning drive property can be achieved by minimizing the influences of external vibrations on the light emitting and receiving control of a onboard laser radar device.
    • 任务提高磁力执行器对外部干扰的衰减效果。 解决方案:当由片弹簧支撑的可移动部件(线圈支撑构件和透镜架)位移时,可以在磁致动器中获得由于电动势引起的衰减效应,通过将附件线圈26连接在一起形成电谐振电路 平行于安装在可移动部件上的驱动线圈11,并且使得电路谐振电路的谐振频率与磁致动器的弹簧质量系统的谐振频率一致。 由于驱动频率通常在与谐振频率基本上不同的范围内,所以可以获得对于由于外部干扰而导致的谐振条件有效的大的阻尼力,而不会明显地影响驱动特性。 因此,可以通过最小化外部振动对机载激光雷达装置的发光和接收控制的影响来实现良好的扫描驱动特性。
    • 3. 发明授权
    • Stepless speed change mechanism in belt transmission device
    • 皮带传动装置无级变速机构
    • US4941863A
    • 1990-07-17
    • US329936
    • 1989-03-28
    • Keiichi SampeiMasami KawasakiYosihito DeiKatsumi FukumotoKazuo Furukawa
    • Keiichi SampeiMasami KawasakiYosihito DeiKatsumi FukumotoKazuo Furukawa
    • F16H9/14
    • F16H9/14
    • A stepless speed change mechanism in a belt transmission device comprising a first belt passed through a groove in a drive pulley and a first groove in an intermediate pulley, and a second belt passed through a second groove in the intermediate pulley and a groove in a driven pulley for transmitting rotation from the drive pulley to the driven pulley via the intermediate pulley. The first groove and the second groove of the intermediate pulley have an axial width gradually decreasing radially inwardly of the pulley. A partition provided between and defining the first and second grooves of the intermediate pulley is movable axially of the pulley to thereby vary the pitch diameter of each of the first and second grooves and steplessly change the speed of rotation to be transmitted from the drive pulley to the driven pulley. The state of contact of the first belt with the first groove portion is adjusted to be different from the state of contact of the second belt with the second groove portion so that when the partition moves axially for the speed change, the axial component of the pushing force exerted on the partition by one of the first and second belts differs in magnitude from the axial component of the reaction force exerted on the partition by the other belt.
    • 一种带式传动装置中的无级变速机构,包括通过驱动带轮中的槽的第一带和中间带轮中的第一槽,以及穿过中间带轮中的第二槽的第二带和驱动的槽 滑轮,用于经由中间滑轮将来自驱动滑轮的旋转传递到从动滑轮。 中间皮带轮的第一凹槽和第二凹槽具有沿滑轮径向向内逐渐减小的轴向宽度。 设置在中间皮带轮之间并限定中间皮带轮的第一和第二凹槽之间的隔板可以在滑轮的轴向上移动,从而改变每个第一和第二凹槽的节圆直径,并且无级地改变要从驱动皮带轮传递的旋转速度 从动皮带轮。 第一带与第一槽部的接触状态被调节为不同于第二带与第二槽部的接触状态,使得当分隔件轴向移动用于变速时,推动轴向分量 由第一和第二带中的一个施加在隔板上的力的大小与通过另一带施加在隔板上的反作用力的轴向分量不同。
    • 7. 发明授权
    • Microprogram control device
    • 微控制装置
    • US4145736A
    • 1979-03-20
    • US768089
    • 1977-02-14
    • Takahiko YamadaShigeki YamadaYoshio SakuraiKazuo FurukawaSyoji KajitsukaToshio Awaji
    • Takahiko YamadaShigeki YamadaYoshio SakuraiKazuo FurukawaSyoji KajitsukaToshio Awaji
    • G06F9/26G06F9/22G06F9/28G06F13/12G06F9/16G06F9/18
    • G06F9/28
    • A control device which controls a plurality of controlled devices by time shared control in a microprogram control system and has one control memory, a plurality of microinstruction registers, the outputs of which are applied to the controlled devices, circuits for memorizing microinstruction execution requests corresponding to microinstruction type and the controlled devices, and a selecting circuit for selecting a microinstruction register for storing a microinstruction read out from said control memory in each machine cycle and the controlled devices to be controlled. The field of the microinstruction indicates the execution and type of the next microinstruction after the next machine cycle to a given controlled device. When the execution of the next microinstruction is indicated, this request and the microinstruction type are memorized by microinstruction request holding circuits corresponding to the controlled circuits respectively and any selected controlled circuit, and the microinstruction is read out of the control memory. Consequently, the instruction stored in one microinstruction register may control one controlled circuit while other instructions stored in the other microinstruction registers may control the other controlled circuits in time-shared parallel relationship.
    • 一种控制装置,其通过微程序控制系统中的时间共享控制来控制多个受控装置,并具有一个控制存储器,多个微指令寄存器,其输出应用于受控装置,用于存储与微控制装置对应的微指令执行请求的电路 微指令类型和受控设备;以及选择电路,用于选择用于存储在每个机器周期中从所述控制存储器读出的微指令的微指令寄存器和要被控制的受控设备。 微指令的字段指示在下一个机器周期之后到给定受控设备的下一个微指令的执行和类型。 当指示下一个微指令的执行时,该请求和微指令类型由分别对应于受控电路的微指令请求保持电路和任何选择的控制电路存储,并且微指令从控制存储器读出。 因此,存储在一个微指令寄存器中的指令可以控制一个受控电路,而存储在其他微指令寄存器中的其他指令可以以时间共享的并行关系来控制其他受控电路。
    • 9. 发明授权
    • Belt transmission
    • 皮带传输
    • US4934989A
    • 1990-06-19
    • US329522
    • 1989-03-28
    • Kazuo FurukawaKeiichi SampeiYoshihiro KatoYosihito DeiKatsumi Fukumoto
    • Kazuo FurukawaKeiichi SampeiYoshihiro KatoYosihito DeiKatsumi Fukumoto
    • F16H7/08F16H7/12
    • F16H7/1281F16H2007/0874F16H2009/166
    • A belt transmission in which a transmission belt is reeved around each of a reversible drive pulley and a driven pulley and which includes a pair of tension pulleys provided respectively on the taut side and the slack side of the belt in contact therewith. The two tension pulleys are biased by an elastic body to tension the belt. A first link is connected to one of the tension pulleys, and a second link to the other tension pulley. The two links are each pivotally movable in a direction for the corresponding tension pulley to tension the belt and in a direction for the tension pulley to relieve the tension. The two links are pivotally movable about a common axis. When the direction of rotation of the drive pulley is changed, reversing the taut side and the slack side of the belt, the tension imparted to the belt by the tension pulleys is automatically adjusted properly by the pivotal movement of the two links.
    • 一种传动带,其中传动带围绕可逆驱动滑轮和从动皮带轮的每一个旋转,并且包括分别设置在与其接触的皮带的拉紧侧和松弛侧的一对张力皮带轮。 两个张力滑轮由弹性体偏压以张紧皮带。 第一连杆连接到一个张力滑轮,以及第二连杆连接到另一张力滑轮。 两个连杆都可以在相应的张力滑轮的方向上枢轴运动,以张紧皮带,并在张力滑轮的方向上缓解张力。 两个连杆可绕公共轴线枢转运动。 当驱动皮带轮的旋转方向改变时,使皮带的拉紧侧和松弛侧反转,由张力滑轮赋予皮带的张力通过两个连杆的枢转运动被适当地自动调节。
    • 10. 发明授权
    • Front mower
    • 前置割草机
    • US4829754A
    • 1989-05-16
    • US133921
    • 1987-12-16
    • Teruo ShimamuraTakao SakatsujiKazuo Furukawa
    • Teruo ShimamuraTakao SakatsujiKazuo Furukawa
    • A01B59/048A01D34/64A01D34/66
    • A01D34/662A01D2034/645A01D2101/00
    • A front mower includes a cutter unit having ground contact wheels and liftably attached to the front of a vehicle by a link assembly and a hydraulic piston-cylinder assembly for lifting or lowering the cutter unit. The link assembly includes a pair of first links each having a rear end pivoted to the vehicle and a pair of second links each having a front end pivoted to the deck of the mower, the front end of each first link being inflexibly and removably fixed to the rear end of each second link by a locking pin. A spring is provided between each first link and the vehicle. The cutter unit can be attached to and removed from the vehicle without removing the spring.
    • 前部割草机包括具有接地接触轮的切割器单元,并且通过连杆组件和用于提升或降低切割器单元的液压活塞 - 气缸组件可拆卸地附接到车辆的前部。 连杆组件包括一对第一连杆,每个第一连杆具有枢转于车辆的后端和一对第二连杆,每个第二连杆的前端枢转到割草机的甲板上,每个第一连杆的前端是不可靠地和可拆卸地固定到 每个第二连杆的后端通过一个锁定销。 在每个第一连杆和车辆之间提供弹簧。 切割器单元可以在不拆卸弹簧的情况下附接到车辆并从车辆移除。