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    • 1. 发明申请
    • ELECTRICAL APPARATUS
    • 电气设备
    • US20100212955A1
    • 2010-08-26
    • US12710725
    • 2010-02-23
    • Haruhisa MaruyamaTomoaki IkedaTakahisa Toda
    • Haruhisa MaruyamaTomoaki IkedaTakahisa Toda
    • H02G3/18
    • H02K5/225H02G3/0633H02G3/083H02G15/007H02K1/187H02K5/163H02K2203/03
    • A cable is sandwiched between a first inner wall surface of a peripheral-wall-side pressing wall portion and a first inner wall surface of a cap-side pressing wall portion, between a second inner wall surface of the peripheral-wall-side pressing wall portion and a second wall surface of the cap-side pressing wall portion, and between a third inner wall surface of the peripheral-wall-side pressing wall portion and a third inner wall surface of the cap-side pressing wall portion to crank the cable to form a cranked portion of the cable. The peripheral-all-side pressing wall portion and the cap-side pressing wall portion sandwich the cranked portion therebetween. Thus, defective soldering may be prevented between a plurality of lead wires and a core-wire soldered portion to which core wires of the lead wires are soldered and connected.
    • 电缆夹在周壁侧按压壁部的第一内壁面与帽侧按压壁部的第一内壁面之间,在周壁侧按压壁的第二内壁面 所述盖侧按压壁部的部分和第二壁面以及所述周壁侧按压壁部的第三内壁面与所述盖侧按压壁部的第三内壁面之间,以使所述电缆 以形成电缆的曲折部分。 外周全按压壁部和盖侧按压壁部夹着其间的曲折部。 因此,可以防止在引线的芯线被焊接和连接的多根引线与芯线焊接部分之间发生有缺陷的焊接。
    • 2. 发明授权
    • Electrical apparatus
    • 电气设备
    • US08164008B2
    • 2012-04-24
    • US12710725
    • 2010-02-23
    • Haruhisa MaruyamaTomoaki IkedaTakahisa Toda
    • Haruhisa MaruyamaTomoaki IkedaTakahisa Toda
    • H02G3/18
    • H02K5/225H02G3/0633H02G3/083H02G15/007H02K1/187H02K5/163H02K2203/03
    • A cable is sandwiched between a first inner wall surface of a peripheral-wall-side pressing wall portion and a first inner wall surface of a cap-side pressing wall portion, between a second inner wall surface of the peripheral-wall-side pressing wall portion and a second wall surface of the cap-side pressing wall portion, and between a third inner wall surface of the peripheral-wall-side pressing wall portion and a third inner wall surface of the cap-side pressing wall portion to crank the cable to form a cranked portion of the cable. The peripheral-all-side pressing wall portion and the cap-side pressing wall portion sandwich the cranked portion therebetween. Thus, defective soldering may be prevented between a plurality of lead wires and a core-wire soldered portion to which core wires of the lead wires are soldered and connected.
    • 电缆夹在周壁侧按压壁部的第一内壁面与帽侧按压壁部的第一内壁面之间,在周壁侧按压壁的第二内壁面 所述盖侧按压壁部的部分和第二壁面以及所述周壁侧按压壁部的第三内壁面与所述盖侧按压壁部的第三内壁面之间,以使所述电缆 以形成电缆的曲折部分。 外周全按压壁部和盖侧按压壁部夹着其间的曲折部。 因此,可以防止在引线的芯线被焊接和连接的多根引线与芯线焊接部分之间发生有缺陷的焊接。
    • 5. 发明授权
    • Axial-flow fan
    • 轴流风机
    • US07762767B2
    • 2010-07-27
    • US11563995
    • 2006-11-28
    • Masashi MiyazawaToshiki OgawaraTomoaki Ikeda
    • Masashi MiyazawaToshiki OgawaraTomoaki Ikeda
    • F01D1/02
    • F04D29/544
    • The present invention provides an axial-flow fan capable of entirely cooling an object to be cooled even when the distance between the object to be cooled and an air discharge opening of the axial-flow fan is short. A plurality of stationary blades 11A to 11E are disposed at intervals in a rotating direction of a rotor and located inside an air discharge opening 16 of an air channel 19. Each of the plurality of stationary blades 11A to 11E has an external end portion 11a connected to an inner wall portion of a fan housing 3, an internal end portion 11b connected to a peripheral wall portion 11B of a motor case 10, a discharge-side edge portion 11c formed between the external end portion 11a and the internal end portion 11b and located at a side of the air discharge opening 16, and a suction-side edge portion 11d formed between the external end portion 11a and the internal end portion 11b and located at a side of the air suction opening 14. An outer surface of the bottom wall portion 10A of the motor case 10 is located closer to a side of the air suction opening 14 than the discharge-side edges 11c of the plurality of stationary blades 11A to 11D are located.
    • 本发明提供一种即使当待冷却对象与轴流风扇的排气口之间的距离短时,也能够完全冷却待冷却物体的轴流风扇。 多个固定叶片11A至11E沿转子的旋转方向间隔地设置并位于空气通道19的排气口16的内部。多个静叶片11A至11E中的每一个具有连接的外端部11a 到风扇壳体3的内壁部分,与电动机壳体10的周壁部11B连接的内部端部11b,形成在外部端部11a和内部端部11b之间的排出侧边缘部11c,以及 位于排气口16侧,吸入侧缘部11d形成在外端部11a和内端部11b之间,位于吸气口14的一侧。底面的外表面 电动机壳体10的壁部10A位于比多个固定叶片11A〜11D的排出侧缘11c更靠近空气吸入口14的一侧。
    • 8. 发明授权
    • Emulation System
    • 仿真系统
    • US6009259A
    • 1999-12-28
    • US821941
    • 1997-03-21
    • Tomoaki IkedaKazuhiko Yawata
    • Tomoaki IkedaKazuhiko Yawata
    • G06F11/22G06F11/25G06F17/50G06F9/455G06F17/00
    • G06F17/5027
    • IC 5 for exclusive use in wiring control has been used in conventional emtion system which is difficult in coping with various types of logic verification and results in high cost. An emulation system according to the invention comprises: a digital input terminal section 8 to which a digital signal is inputted; a plurality of field programmable gate arrays 1 to 4 for verifying logic of the inputted signal; a digital output terminal section 9 for outputting a signal of which logic has been verified; a wiring control selector section 7 which is connected to the digital input terminal section 8 and to the digital output terminal section 9; and an analog universal region 6 which is connected to said wiring control selector section 7; thereby carrying out wiring control between the wiring control selector section and the plurality of field programmable gate arrays, and wiring control among the plurality of field programmable gate arrays.
    • 用于布线控制的IC5已被用于常规仿真系统中,难以应对各种类型的逻辑验证并导致高成本。 根据本发明的仿真系统包括:输入数字信号的数字输入端子部分8; 用于验证输入信号的逻辑的多个现场可编程门阵列1至4; 数字输出端子部分9,用于输出逻辑已被验证的信号; 连接到数字输入端子部分8和数字输出端子部分9的接线控制选择器部分7; 和连接到所述布线控制选择器部分7的模拟通用区域6; 从而在布线控制选择部和多个现场可编程门阵列之间进行布线控制,以及多个现场可编程门阵列之间的布线控制。
    • 9. 发明授权
    • Heat sink for an electronic component cooling apparatus
    • 电子元件冷却装置的散热器
    • US5782292A
    • 1998-07-21
    • US720612
    • 1996-10-01
    • Toshiki OgawaraYuichi KodairaTomoaki Ikeda
    • Toshiki OgawaraYuichi KodairaTomoaki Ikeda
    • H01L23/36H01L23/467H05K7/20
    • H01L23/467H01L2924/0002
    • A heat sink for an electronic component cooling apparatus being small in size and having reduced weight, being capable of coping with increasing amounts of heat generation from the electronic component and capable of performing high cooling efficiency. A plurality of radiation fins 3 surrounding an impeller of a fan are mounted on a side of a base 2 of a heat sink 1. A heat conductive thick portion comprising linear ribs 4 and an annular rib 5 is formed on the base 2 where it is surrounded by the radiation fins 3. The linear ribs 4 and the annular rib 5, having more thickness than the radiation fin mounting area 6, are formed of a pattern that can reduce the resistance of heat transfer between a heat source opposed-portion 7, which opposes to the heat source of the electronic component and the radiation fin mounting area 6.
    • 一种用于电子部件冷却装置的散热器,其尺寸小并且重量减轻,能够应对来自电子部件的增加的热量产生并且能够实现高冷却效率。 在散热器1的基座2的一侧安装有围绕风扇的叶轮的多个散热片3.在底座2上形成包括直线肋4和环形肋5的导热厚部, 由辐射翅片3包围。具有比辐射翅片安装区域6更厚的线状肋4和环形肋5由能够降低热源相对部分7之间的热传递阻力的图案形成, 其与电子部件的热源和散热片安装区域6相对。