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    • 1. 发明申请
    • Actuator, motor unit and controller unit
    • 执行器,电机单元和控制器单元
    • US20050212475A1
    • 2005-09-29
    • US11066500
    • 2005-02-28
    • Kazushige KakutaniShinya KataokaNaoto Tojo
    • Kazushige KakutaniShinya KataokaNaoto Tojo
    • H02K11/00H02K3/52H02P7/68
    • H02K3/522
    • An actuator, which allows a controller to be commonly applied to a plurality of models without requiring complicated setting operation of control parameters, and is superior in cost effectiveness, reusability and expandability, is provided. And further, a motor unit and a controller unit constituting the actuator are provided. The motor unit is equipped with a motor, a motor drive circuit and a parameter memory, which stores characteristic parameters necessary for controlling the motor. A controller unit, which is adapted so as to be detachable to the motor unit, is provided with a motor control circuit and a communication control circuit. When the controller unit is attached to the motor unit, characteristic parameters stored in the parameter memory are loaded via a communication connector, and used for setting control parameters for the motor control circuit.
    • 一种致动器,其允许控制器通常应用于多个模型,而不需要复杂的控制参数的设置操作,并且具有优异的成本效益,可重用性和可扩展性。 此外,提供构成致动器的马达单元和控制器单元。 电机单元配有电机,电机驱动电路和参数存储器,用于存储控制电机所需的特性参数。 适于可拆卸到电动机单元的控制器单元设置有电动机控制电路和通信控制电路。 当控制器单元连接到电机单元时,存储在参数存储器中的特性参数通过通信连接器加载,用于设置电机控制电路的控制参数。
    • 3. 发明授权
    • Circuit arrangement for driving a reciprocating piston in a cylinder of
a linear compressor for generating compressed gas with a linear motor
    • 用于驱动线性压缩机的气缸中的往复活塞用于利用线性电动机产生压缩气体的电路装置
    • US5980211A
    • 1999-11-09
    • US840463
    • 1997-04-18
    • Naoto TojoShinichi MatsumuraTakafumi NakayamaDaizo Takaoka
    • Naoto TojoShinichi MatsumuraTakafumi NakayamaDaizo Takaoka
    • F04B35/04F04B49/06F04B49/00
    • F04B49/065F04B35/045
    • In a linear compressor driving apparatus, a position instructing portion (31) outputs a position instruction value Pref of a piston in accordance with an equation A*sin .omega.t. A position control portion (33) calculates a speed instruction value Vref by multiplying difference between position instruction value Pref and position present value Pnow by a constant Gv. A speed control portion (35) calculates a current instruction value Iref by multiplying a difference between speed instruction value Vref and speed present value Vnow by a constant Gi. A current control portion (37) controls a power source (3) so that current present value Inow becomes equal to the current instruction value Iref. Phase control portion (38) adjusts .omega. and Gi so as to eliminate phase difference between speed present value Vnow and current instruction value Iref. Since thrust of linear motor can be directly and appropriately controlled in accordance with the load condition, high efficiency is obtained.
    • 在线性压缩机驱动装置中,位置指示部(31)根据等式A *sinωt输出活塞的位置指示值Pref。 位置控制部分33通过将位置指令值Pref和位置存在值Pnow之间的差乘以常数Gv来计算速度指令值Vref。 速度控制部分35通过将速度指令值Vref与速度当前值Vnow之间的差乘以常数Gi来计算当前指令值Iref。 电流控制部分(37)控制电源(3),使得当前的当前值Inow变得等于当前指令值Iref。 相位控制部分(38)调整ω和Gi,以消除速度当前值Vnow和当前指令值Iref之间的相位差。 由于线性电动机的推力可以根据负载条件直接适当地控制,因此可以获得高效率。
    • 4. 发明授权
    • Force detection device
    • 力检测装置
    • US07316165B2
    • 2008-01-08
    • US11411104
    • 2006-04-26
    • Seiji MurakamiNaoto Tojo
    • Seiji MurakamiNaoto Tojo
    • G01N3/08
    • G01L5/22B62B5/0026B62B5/0073
    • A force detection device of the present invention is for detecting an operation force of an operator applied in a uniaxial direction, and includes a force receiving part for receiving the operation force, a force detection part placed on a support for detecting the uniaxial force, a force propagation body disposed reciprocatably along the uniaxial direction on the support for propagating the operation force received by the force receiving part to the force detection part, a guide provided on the support for guiding reciprocation of the force propagation body, a preload receiving part pivoted to the force propagation body and capable of swinging within a plane along the uniaxial direction, and a pair of coil springs coupled to both sides of the preload receiving part with a pivot axis thereof held therebetween for giving a preload to the force detection part.
    • 本发明的力检测装置用于检测在单轴方向上施加的操作者的操作力,并且包括用于接收操作力的受力部,设置在用于检测单轴力的支撑件上的力检测部, 所述力传播体在所述支撑体上沿着所述单轴方向往复运动地设置,用于将受力部接收的操作力传递到所述力检测部,所述引导件设置在所述支撑件上,用于引导所述力传播体的往复运动;枢转到 力传播体,并且能够沿着单轴方向在平面内摆动;以及一对螺旋弹簧,其联接到预压接收部的两侧,其枢转轴线保持在其间,用于向力检测部提供预加载。
    • 7. 发明授权
    • Linear compressor
    • 线性压缩机
    • US06379125B1
    • 2002-04-30
    • US09677773
    • 2000-10-03
    • Naoto TojoShinichi MatsumuraYasuyuki KuwakiTakafumi NakayamaTaizo Takaoka
    • Naoto TojoShinichi MatsumuraYasuyuki KuwakiTakafumi NakayamaTaizo Takaoka
    • F04B3504
    • F04B35/045
    • A linear compressor according to the invention is for generating compressed gas and includes two pairs of pistons 608a, 608b and cylinders 607a and 607b coaxially provided and facing opposite to each other, a shaft 603 having pistons 608a and 608b at its ends, coil springs 605a and 605b coupled to shaft 603 for returning a piston departed from a neutral point to the neutral point, and a linear motor 613 for causing shaft 603 to axially move back and forth, thereby generating compressed gas alternately in two compression chambers 611a and 611b. Thus, the non-linear force of the compressed gas acting upon the pistons may be divided into two/reversed in phase. As a result, as compared to a conventional structure having only a single piston, the motor thrust may be reduced and linearized for the purpose of improving the efficiency. Furthermore, the size of the device may be reduced as well as the vibration/noises caused thereby may be reduced.
    • 根据本发明的线性压缩机用于产生压缩气体,并且包括两对同轴地设置并面对彼此的活塞608a,608b和气缸607a和607b,在其端部具有活塞608a和608b的轴603,螺旋弹簧605a 和连接到轴603的用于将从中性点离开的活塞返回到中性点的605b和用于使轴603前后轴向移动的线性电动机613,从而在两个压缩室611a和611b中交替地产生压缩气体。 作用在活塞上的压缩气体的非线性力可以分为两相/反相。 结果,与仅具有单个活塞的常规结构相比,为了提高效率,电动机推力可以减小和线性化。 此外,可以减小装置的尺寸,并且可能减少由此引起的振动/噪声。
    • 8. 发明授权
    • Linear compressor
    • 线性压缩机
    • US06231310B1
    • 2001-05-15
    • US09029636
    • 1998-03-06
    • Naoto TojoShinichi MatsumuraYasuyuki KuwakiTakafumi NakayamaTaizo Takaoka
    • Naoto TojoShinichi MatsumuraYasuyuki KuwakiTakafumi NakayamaTaizo Takaoka
    • F04B4906
    • F04B35/045
    • A linear compressor according to the invention is for generating compressed gas and includes two pairs of pistons 608a, 608b and cylinders 607a and 607b coaxially provided and facing opposite to each other, a shaft 603 having pistons 608a and 608b at its ends, coil springs 605a and 605b coupled to shaft 603 for returning a piston departed from a neutral point to the neutral point, and a linear motor 613 for causing shaft 603 to axially move back and forth, thereby generating compressed gas alternately in two compression chambers 611a and 611b. Thus, the non-linear force of the compressed gas acting upon the pistons may be divided into two/reversed in phase. As a result, as compared to a conventional structure having only a single piston, the motor thrust may be reduced and linearized for the purpose of improving the efficiency. Furthermore, the size of the device may be reduced as well as the vibration/noises caused thereby may be reduced.
    • 根据本发明的线性压缩机用于产生压缩气体,并且包括两对同轴地设置并面对彼此的活塞608a,608b和气缸607a和607b,在其端部具有活塞608a和608b的轴603,螺旋弹簧605a 和连接到轴603的用于将从中性点离开的活塞返回到中性点的605b和用于使轴603前后轴向移动的线性电动机613,从而在两个压缩室611a和611b中交替地产生压缩气体。 作用在活塞上的压缩气体的非线性力可以分为两相/反相。 结果,与仅具有单个活塞的常规结构相比,为了提高效率,电动机推力可以减小和线性化。 此外,可以减小装置的尺寸,并且可能减少由此引起的振动/噪声。
    • 9. 发明授权
    • Force detection device
    • 力检测装置
    • US07347100B2
    • 2008-03-25
    • US11435806
    • 2006-05-18
    • Seiji MurakamiNaoto Tojo
    • Seiji MurakamiNaoto Tojo
    • G01N3/08
    • G01L5/22B62B3/1476B62B5/0073
    • A force detection device of the present invention includes a handle to be given an operation force by an operator, disposed on a support reciprocatably in a first axis direction along a forward/backward direction of the truck and a second axis direction orthogonal thereto. A pair of force detection parts capable of detecting only a force in the first axis direction is disposed on the support in a spaced-apart relationship in the second axis direction. A force propagation body intervenes between both force detection parts and the handle. A part of the force propagation body passes through the inside of a gripped part of the handle. The force propagation body is coupled to the handle by a coupling axis extending in a third axis direction orthogonal to the first axis and second axis so as to be capable of relative rotation about the coupling axis.
    • 本发明的力检测装置包括:手柄,其由操作者赋予操作力,沿着卡车的前后方向沿第一轴方向可往复运动的支撑件和与其正交的第二轴方向。 能够仅在第一轴方向上检测力的一对力检测部件沿第二轴方向以间隔开的关系设置在支撑件上。 力传播体介于两个力检测部和手柄之间。 力传播体的一部分穿过手柄的夹持部分的内部。 力传播体通过在与第一轴线和第二轴线正交的第三轴线方向上延伸的耦合轴线联接到手柄,以便能够围绕耦合轴线相对旋转。
    • 10. 发明授权
    • Actuator, motor unit and controller unit
    • 执行器,电机单元和控制器单元
    • US07166981B2
    • 2007-01-23
    • US11066500
    • 2005-02-28
    • Kazushige KakutaniShinya KataokaNaoto Tojo
    • Kazushige KakutaniShinya KataokaNaoto Tojo
    • H02P7/68
    • H02K3/522
    • An actuator, which allows a controller to be commonly applied to a plurality of models without requiring complicated setting operation of control parameters, and is superior in cost effectiveness, reusability and expandability, is provided. And further, a motor unit and a controller unit constituting the actuator are provided. The motor unit is equipped with a motor, a motor drive circuit and a parameter memory, which stores characteristic parameters necessary for controlling the motor. A controller unit, which is adapted so as to be detachable to the motor unit, is provided with a motor control circuit and a communication control circuit. When the controller unit is attached to the motor unit, characteristic parameters stored in the parameter memory are loaded via a communication connector, and used for setting control parameters for the motor control circuit.
    • 一种致动器,其允许控制器通常应用于多个模型,而不需要复杂的控制参数的设置操作,并且具有优异的成本效益,可重用性和可扩展性。 此外,提供构成致动器的马达单元和控制器单元。 电机单元配有电机,电机驱动电路和参数存储器,用于存储控制电机所需的特性参数。 适于可拆卸到电动机单元的控制器单元设置有电动机控制电路和通信控制电路。 当控制器单元连接到电机单元时,存储在参数存储器中的特性参数通过通信连接器加载,用于设置电机控制电路的控制参数。