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    • 101. 发明申请
    • Hybrid vehicle
    • 混合动力汽车
    • US20060137920A1
    • 2006-06-29
    • US10527436
    • 2003-07-14
    • Takashi AokiTetsu SugiyamaNobuhiro Kira
    • Takashi AokiTetsu SugiyamaNobuhiro Kira
    • B60K6/00
    • B60W10/10B60K6/22B60K6/36B60K6/44B60K6/52B60K6/543B60K17/10B60K17/356B60L2260/14B60W10/08B60W10/30B60W20/00F16H57/0434F16H61/0025F16H61/0031F16H61/66272F16H2312/14Y02T10/623Y02T10/6265Y10T477/26
    • A hybrid vehicle is provided that can be made to travel by means of motor generators (MG1, MG2) while an engine (E) is stopped, the engine (E), which can reduce pumping loss by running with a cylinder in a cut-off state, being connected to a front wheel (Wf) via the first motor/generator (MG1), an oil pump (13), a first clutch (14), a belt type continuously variable transmission (M), and a second clutch (20), and the second motor/generator (MG2) being connected to a rear wheel (Wr). When the vehicle is made to travel by driving or braking the rear wheel (Wr) with the second motor/generator (MG2), by driving the oil pump (13) with the first motor/generator (MG1) in a state in which the engine (E), which has stopped running, is put into a cylinder cut-off state and the second clutch (20) is disengaged, a hydraulic pressure for shifting the belt type continuously variable transmission (M) is generated. It is thereby possible to generate a hydraulic pressure for shifting the belt type continuously variable transmission (M) while the engine (E) is stopped, without requiring a special electric oil pump.
    • 提供了一种混合动力车辆,其可以在发动机(E)停止时通过电动发电机(MG1,MG2)进行行驶,发动机(E)可以通过在汽缸内行驶而减少泵送损失 切断状态,经由第一电动机/发电机(MG1)连接到前轮(Wf),油泵(13),第一离合器(14),带式无级变速器(M)和 第二离合器(20),第二电动机/发电机(MG2)连接到后轮(Wr)。 当通过用第二电动机/发电机(MG 2)驱动或制动后轮(Wr)来使车辆行驶时,通过用第一电动机/发电机(MG 1)驱动油泵(13)处于 其停止运转的发动机(E)进入气缸切断状态,第二离合器(20)脱离,产生用于使带式无级变速器(M)移位的液压。 因此,在不需要特殊的电动油泵的情况下,可以在发动机(E)停止的同时产生用于使带式无级变速器(M)移位的液压。
    • 103. 发明授权
    • Support unit, optical unit and exposure apparatus, and device manufacturing method
    • 支持单元,光学单元和曝光设备以及设备制造方法
    • US07009687B2
    • 2006-03-07
    • US10969071
    • 2004-10-21
    • Takashi Aoki
    • Takashi Aoki
    • G03B27/54G02B21/00
    • G03F7/70808G03F7/70825G03F7/70833G03F7/70858G03F7/70933
    • Exposure light can pass through a partition wall parallel plate via the opening of the second wall and the opening of the first wall, the first opposing surface of the first wall and the second opposing surface of the second wall respectively oppose one surface and the other surface of the partition wall parallel plate via the first clearance and the second clearance, and the partition wall parallel plate is supported at least at three points such that the third opposing surface of the third wall opposes the entire peripheral surface of the partition wall parallel plate. Further, the third clearance is connected to an exhaust route. Specifically, unnecessary stress is not applied to the partition wall parallel plate, and even if gas tries to flow from space on one side of the partition wall parallel plate into the other space, mixing of gases between two spaces can be effectively suppressed because gas in the third clearance is forcibly exhausted outside via the exhaust route.
    • 曝光光可以经由第二壁的开口和第一壁的开口穿过分隔壁平行板,第一壁的第一相对表面和第二壁的第二相对表面分别与一个表面和另一个表面 的分隔壁平行板经由第一间隙和第二间隙,并且分隔壁平行板至少支撑在三个点上,使得第三壁的第三相对表面与分隔壁平行板的整个外周表面相对。 此外,第三间隙连接到排气路径。 具体地说,不会对分隔壁平行板施加不必要的应力,即使气体从分隔壁平行板一侧的空间流向另一空间,也能够有效地抑制两个空间之间的气体混合, 第三个间隙通过排气路径被强制排出。
    • 108. 发明申请
    • Plasma display panel and its aging method
    • 等离子显示面板及其老化方法
    • US20050162085A1
    • 2005-07-28
    • US10510977
    • 2004-02-18
    • Masaaki YamauchiTakashi AokiAkihiro MatsudaKoji Akiyama
    • Masaaki YamauchiTakashi AokiAkihiro MatsudaKoji Akiyama
    • H01J9/44H01J17/49
    • H01J9/445H01J2217/492
    • In the aging process in which a voltage having an alternate voltage component is applied to at least between scan electrode (5) and sustain electrode (6) so as to form a discharge dent (sputter dent) on the protecting layer, the aging discharge dent is formed so as to satisfy any one of the followings. Firstly, the discharge dent on the scan electrode-side has a width narrower than the discharge dent on the side of sustain electrode (6). Secondly, the discharge dent on the side of sustain electrode (6) is formed so that the depth of the discharge dent in the area away from scan electrode (5) paired with sustain electrode (6) as a display electrode is shallower than the depth of the discharge dent in the area close to counterpart scan electrode (5).
    • 在具有交替电压分量的电压至少在扫描电极(5)和维持电极(6)之间施加电压以在保护层上形成放电凹陷(溅射凹陷)的老化过程中,老化放电凹槽 形成为满足以下任何一个。 首先,扫描电极侧的放电凹陷的宽度比维持电极(6)一侧的放电凹部窄。 其次,形成维持电极(6)一侧的放电凹陷,使得与作为显示电极的维持电极(6)配对的扫描电极(5)的区域中的放电凹陷的深度比深度 在靠近对方扫描电极(5)的区域中的放电凹陷。
    • 110. 发明申请
    • Cytokine controlling device, treating device, and treating method
    • 细胞因子控制装置,治疗装置及治疗方法
    • US20050010163A1
    • 2005-01-13
    • US10914893
    • 2004-08-10
    • Takashi AokiSusumu ArahataHideyuki ShinnnabeTadahiro Kikukawa
    • Takashi AokiSusumu ArahataHideyuki ShinnnabeTadahiro Kikukawa
    • A61N1/40A61N2/02A61N1/30
    • A61N1/40A61N2/02
    • An electromagnetic wave emitting unit (1) formed by winding an emission coil (1-2) around a coil bobbin (1-1) is provided in a case (2). A current (for example, resonance frequency of 60 kHz, resonance current of 0.95 mA) is supplied from a power supply unit (3) to the emission coil (1-2) via a resonance circuit (4). With this operation, weak electromagnetic waves are emitted from the emission coil (1-2) to form an electromagnetic field (for example, magnetic flux density≈6.7 nT, electric field strength≈0.42 V/m) suitable for treating at a P-point. When an affected part is set at the P-point and in the vicinity thereof, a cytokine secretion is controlled. It is confirmed that inflammatory cytokines in an animal subjected to inflammation, for example, are significantly controlled. Efficacy is recognized in a range of 20 to 180 kHz, and especially a preferable result is obtained in the vicinity of 60 kHZ.
    • 在情况(2)中设置有通过将发射线圈(1-2)缠绕在线圈骨架(1-1)上而形成的电磁波发射单元(1)。 通过谐振电路(4)将电流(例如,谐振频率为60kHz,谐振电流为0.95mA)从电源单元(3)提供给发射线圈(1-2)。 通过这种操作,从发射线圈(1-2)发射的弱电磁波形成适合于在P-波段处理的电磁场(例如,磁通密度≈6.7nT,电场强度为0.42V / m) 点。 当受影响的部位设置在P点及其附近时,控制细胞因子分泌。 证实了例如受到炎症的动物中的炎性细胞因子被显着控制。 效能在20〜180kHz的范围内被识别,特别是在60kHZ附近得到优选的结果。