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    • 1. 发明授权
    • Four-wire electrostatic actuator and stator
    • 四线静电执行器和定子
    • US09231495B2
    • 2016-01-05
    • US13639000
    • 2011-04-28
    • Norio Takahashi
    • Norio Takahashi
    • H02N1/00
    • H02N1/004
    • A four-wire electrostatic actuator including: a stator having a substrate with two surfaces and at least four main-movement linear electrodes separately provided on one surface of the substrate and arranged in parallel at regular intervals; and a movable element disposed on the stator. The first and third main-movement linear electrodes of the four main-movement linear electrodes are supplied with rectangular wave signals or sine wave signals with reversed phases. The second and fourth main-movement linear electrodes are supplied with rectangular wave signals or sine wave signals with reversed phases. The two signals inputted to the adjacent two electrodes are shifted from each other by a quarter of a period with identical strength. The stator further includes a plurality of one-side auxiliary-movement linear electrodes on one side of the four main-movement linear electrodes, the auxiliary-movement linear electrodes being extended perpendicularly to the four main-movement linear electrodes.
    • 一种四线静电致动器,包括:具有两个表面的基板的定子和分别设置在所述基板的一个表面上且以规则间隔平行排列的至少四个主运动线性电极; 以及设置在定子上的可动元件。 四个主运动线性电极的第一和第三主运动线性电极被提供有反相的矩形波信号或正弦波信号。 第二和第四主运动线性电极被提供有反相的矩形波信号或正弦波信号。 输入到相邻的两个电极的两个信号彼此相差四分之一的强度相同。 定子还包括在四个主运动线性电极的一侧上的多个一侧辅助运动线性电极,辅助运动线性电极垂直于四个主运动线性电极延伸。
    • 2. 发明授权
    • Permanent magnet electric motor inducing short circuit current in short circuit coil
    • 永磁电动机在短路线圈中引发短路电流
    • US08674575B2
    • 2014-03-18
    • US13000227
    • 2009-06-19
    • Kazuto SakaiYutaka HashibaYosuke OtsuboYusuke MatsuokaNorio TakahashiTadashi Tokumasu
    • Kazuto SakaiYutaka HashibaYosuke OtsuboYusuke MatsuokaNorio TakahashiTadashi Tokumasu
    • H02K21/46H02K1/26H02K1/27
    • H02K1/2766H02K21/028H02K21/04
    • An increase of the magnetization current can be restrained during demagnetization and magnetization, and a variable speed operation can be achieved at a high power output over a wide range of from a low speed to a high speed. A rotor 1 is configured by a rotor core 2, permanent magnets 3 having a small value as the product of the coercivity and the thickness in the magnetization direction thereof, and permanent magnets 4 having a large value as the product. When reducing a flux linkage of the permanent magnets 3, a magnetic field directed to the reverse direction of the magnetization direction of the permanent magnets 3 due to a current of an armature coil is caused to act on them. When increasing a flux linkage of the permanent magnets 3, a magnetic field directed to the same direction as the magnetization direction of the permanent magnets 3 due to a current of an armature coil is caused to act on them. A short circuit coil 8 is located in a magnetic path part of each permanent magnet 4 other than the permanent magnets 3. A magnetic field due to a magnetization current induces an induced current to generate a magnetic field on the periphery of the short circuit coil 8. The generated magnetic field and the magnetization current generate a magnetic field to magnetize the permanent magnets 3.
    • 在退磁和磁化期间可以抑制磁化电流的增加,并且可以在从低速到高速的宽范围内的高功率输出下实现可变速度操作。 转子1由转子铁心2构成,永久磁铁3的矫顽力与其磁化方向的厚度的乘积小,永久磁铁4的值大的值为乘积。 当减少永久磁铁3的磁链时,导致由于电枢线圈的电流而导致永久磁铁3的磁化方向的相反方向的磁场作用于它们。 当增加永磁体3的磁通量时,引起由于电枢线圈的电流而导致与永磁体3的磁化方向相同方向的磁场的作用。 短路线圈8位于永磁体3以外的永久磁铁4的磁路部分。由于磁化电流而产生的磁场引起感应电流,从而在短路线圈8的周围产生磁场 所产生的磁场和磁化电流产生磁场以磁化永磁体3。
    • 4. 发明授权
    • Developer container, developing device, and process cartridge
    • 显影容器,显影装置和处理盒
    • US08548352B2
    • 2013-10-01
    • US12704858
    • 2010-02-12
    • Takayuki TanakaShinichi NishidaNorio TakahashiTakahiro Kawamoto
    • Takayuki TanakaShinichi NishidaNorio TakahashiTakahiro Kawamoto
    • G03G15/08
    • G03G15/0898G03G15/0884G03G2215/069
    • A developer container, which contains a developer to be supplied to a developing chamber in an electrophotographic image forming apparatus, the developer container including: a partition wall partitioning the container from the chamber; a conveying member conveying the developer to an opening in the partition wall to supply the developer to the chamber; a sealing member attached to a wall surface of the partition wall to cover the opening; an extending portion extending from the sealing member to an outside of the container, wherein, when the extending portion is pulled, the sealing member is separated into a remaining portion and a removal portion, and a free end of the remaining portion is positioned below an upper edge of the opening; and a spacing holding member disposed between the wall surface of the partition wall and the sealing member to hold a spacing between the wall surface and the sealing member.
    • 一种显影剂容器,其包含要供应到电子照相图像形成装置中的显影室的显影剂,所述显影剂容器包括:将容器与所述室分隔开的分隔壁; 将显影剂输送到分隔壁中的开口以将显影剂供应到室的输送构件; 密封构件,其附接到所述分隔壁的壁表面以覆盖所述开口; 从所述密封构件延伸到所述容器的外部的延伸部,其中,当所述延伸部被拉动时,所述密封构件被分离成剩余部分和移除部分,并且所述剩余部分的自由端位于 开口的上边缘; 以及间隔保持构件,其设置在所述分隔壁的壁面与所述密封构件之间,以在所述壁表面和所述密封构件之间保持间隔。
    • 5. 发明申请
    • MAGNETIC HEAD HAVING A CONTACT SENSOR
    • 具有接触传感器的磁头
    • US20130050867A1
    • 2013-02-28
    • US13218150
    • 2011-08-25
    • Takekazu YAMANEYosuke ANTOKUKatsuki KURIHARANorio TAKAHASHIKenzo MAKINO
    • Takekazu YAMANEYosuke ANTOKUKatsuki KURIHARANorio TAKAHASHIKenzo MAKINO
    • G11B5/127G11B21/02G11B5/48G11B5/02
    • G11B5/6076G11B5/3133G11B5/3136G11B5/3146G11B5/607
    • A magnetic head includes a medium facing surface that faces a surface of a recording medium, a write head section, a contact sensor that detects contact of the medium facing surface with the surface of the recording medium, and a heat sink adjacent to the contact sensor. The write head section has a magnetic pole that produces a write magnetic field for writing data on the recording medium. The contact sensor and the heat sink have respective end faces located in the medium facing surface. The contact sensor varies in resistance in response to temperature variations, and is to be energized. The heat sink includes an intermediate layer made of a nonmagnetic metal material, and two ferromagnetic layers made of a metal-based magnetic material, the two ferromagnetic layers being disposed with the intermediate layer therebetween, and being antiferromagnetically exchange-coupled to each other via the intermediate layer.
    • 磁头包括面向记录介质的表面的介质面向表面,写入头部分,检测介质面向表面与记录介质表面的接触的接触传感器以及与接触传感器相邻的散热器 。 写头部分具有产生用于在记录介质上写入数据的写入磁场的磁极。 接触传感器和散热器具有位于介质面对表面中的相应端面。 接触传感器响应于温度变化而变化,并且被通电。 散热器包括由非磁性金属材料制成的中间层和由金属基磁性材料制成的两个铁磁层,所述两个铁磁层在其间具有中间层,并经由该铁磁材料彼此反铁磁交换耦合 中间层。
    • 8. 发明申请
    • TEMPERATURE CONTROLLER, FLUID CIRCULATOR AND TEMPERATURE CONTROL METHOD USING TEMPERATURE CONTROLLER
    • 温度控制器,流体循环器和使用温度控制器的温度控制方法
    • US20110277983A1
    • 2011-11-17
    • US13106020
    • 2011-05-12
    • Norio TAKAHASHI
    • Norio TAKAHASHI
    • F28F27/00F15D1/00F28D15/00
    • G05D23/1931H01L21/67248Y10T137/6416
    • A temperature controller includes: a closed first circulation circuit having a fluid cooler; a closed second circulation circuit having a halogen lamp heater as a fluid heater and feeding a thermal fluid heated by the halogen lamp heater to a vacuum chamber as an object to be temperature-controlled; a feed path that feeds the thermal fluid from the first circulation circuit to the second circulation circuit; and a discharge path that discharges the thermal fluid from the second circulation circuit and returns the thermal fluid to the first circulation circuit. A flow-rate control valve that adjusts and controls a feed flow-rate of the thermal fluid from the first circulation circuit is provided in the feed path. A pressure control valve that compensates a pressure of the thermal fluid at a predetermined pressure level or less is provided in the discharge path.
    • 温度控制器包括:具有流体冷却器的封闭的第一循环回路; 封闭的第二循环回路,其具有作为流体加热器的卤素灯加热器,并且将由卤素灯加热器加热的热流体供给到作为待温度对象的真空室; 将热流体从第一循环回路供给到第二循环回路的供给路径; 以及从第二循环回路排出热流体并将热流体返回到第一循环回路的排出路径。 在进给路径中设置有调节和控制来自第一循环回路的热流体的进料流量的流量控制阀。 在排出路径中设置有用于补偿预定压力等级以下的热流体的压力的压力控制阀。
    • 9. 发明申请
    • PERMANENT MAGNET ELECTRIC MOTOR
    • 永磁电机
    • US20110175478A1
    • 2011-07-21
    • US13000227
    • 2009-06-19
    • Kazuto SakaiYutaka HashibaYosuke OtsuboYusuke MatsuokaNorio TakahashiTadashi Tokumasu
    • Kazuto SakaiYutaka HashibaYosuke OtsuboYusuke MatsuokaNorio TakahashiTadashi Tokumasu
    • H02K21/12
    • H02K1/2766H02K21/028H02K21/04
    • An increase of the magnetization current can be restrained during demagnetization and magnetization, and a variable speed operation can be achieved at a high power output over a wide range of from a low speed to a high speed. A rotor 1 is configured by a rotor core 2, permanent magnets 3 having a small value as the product of the coercivity and the thickness in the magnetization direction thereof, and permanent magnets 4 having a large value as the product. When reducing a flux linkage of the permanent magnets 3, a magnetic field directed to the reverse direction of the magnetization direction of the permanent magnets 3 due to a current of an armature coil is caused to act on them. When increasing a flux linkage of the permanent magnets 3, a magnetic field directed to the same direction as the magnetization direction of the permanent magnets 3 due to a current of an armature coil is caused to act on them. A short circuit coil 8 is located in a magnetic path part of each permanent magnet 4 other than the permanent magnets 3. A magnetic field due to a magnetization current induces an induced current to generate a magnetic field on the periphery of the short circuit coil 8. The generated magnetic field and the magnetization current generate a magnetic field to magnetize the permanent magnets 3.
    • 在退磁和磁化期间可以抑制磁化电流的增加,并且可以在从低速到高速的宽范围内的高功率输出下实现可变速度操作。 转子1由转子铁心2构成,永久磁铁3的矫顽力与其磁化方向的厚度的乘积小,永久磁铁4的值大的值为乘积。 当减少永久磁铁3的磁链时,导致由于电枢线圈的电流而导致永久磁铁3的磁化方向的相反方向的磁场作用于它们。 当增加永磁体3的磁通量时,引起由于电枢线圈的电流而导致与永磁体3的磁化方向相同方向的磁场的作用。 短路线圈8位于永磁体3以外的永久磁铁4的磁路部分。由于磁化电流而产生的磁场引起感应电流,从而在短路线圈8的周围产生磁场 所产生的磁场和磁化电流产生磁场以磁化永磁体3。
    • 10. 发明申请
    • SPRING PRODUCT MANUFACTURING LINE
    • 弹簧制品生产线
    • US20100212134A1
    • 2010-08-26
    • US12678604
    • 2008-09-18
    • Kazuhiro KohnoYasuhiro AdachiHiroki WatanabeNorio Takahashi
    • Kazuhiro KohnoYasuhiro AdachiHiroki WatanabeNorio Takahashi
    • B21B15/00
    • B21D11/10
    • The invention provides a spring product manufacturing line comprising: a manufacturing area 2 at which a formation device 50 attached to a base mount 52 plastically processes a spring material into a spring product; a formation device switching area 3 at which one formation device 50 is removed from the mount 52 and switched with another forming device 50; and a formation device transport line 4 that conveys a formation device 50 attached to a base mount 52 at the device switching area 3 to a manufacturing area 2; wherein the formation device 50 is provided with a plurality of formation units 54 that perform a bending process on the spring material by fluid pressure; the base mount 52 is provided with a pressure fluid line 62 that supplies pressure fluid to the formation units 54 provided at the formation device 50, and that is removably connected to each of the formation units 54; and the attachment or removal of the pressure fluid line 62 with respect to the formation device 50 is performed at the device switching area 3.
    • 本发明提供了一种弹簧制品生产线,包括:制造区域2,附接到基座52的成形装置50将弹簧材料塑性地加工成弹簧产品; 形成装置切换区域3,其中一个形成装置50从安装件52移除并与另一成形装置50切换; 以及将装置切换区域3上安装有基座52的地层装置50输送到制造区域2的地层装置输送路线4; 其中,形成装置50设置有多个形成单元54,其通过流体压力对弹簧材料进行弯曲加工; 基座52设置有压力流体管线62,其将压力流体供应到设置在形成装置50处的形成单元54,并且可移除地连接到每个形成单元54; 并且在设备切换区域3处执行压力流体管线62相对于形成装置50的附接或移除。