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    • 1. 发明授权
    • Electric motorized wheel with integral motorized cooling oil pump
    • 电动轮与电动冷却油一体机
    • US5127485A
    • 1992-07-07
    • US369337
    • 1989-06-21
    • Satoru WakutaYukihiro MinezawaShinichi OtakeYutaka Hotta
    • Satoru WakutaYukihiro MinezawaShinichi OtakeYutaka Hotta
    • B60K7/00B60K17/04B62B5/00H02K9/19
    • B60K7/0007H02K9/19B60K17/046B60K2007/0038B60K2007/0092B62B5/004
    • An electric motor equipped with a cooling apparatus in which an oil reservoir (2b) filled with a cooling oil is provided in the lower portion of a casing (1). Provided in the casing is at least a portion of an oil passageway (2f, 4c, 28) which communicates with the oil reservoir (2b) and which opens within the casing (1) above and below a coil (6d) of the motor. The oil casing is internally provided with an oil pump (27) which causes the cooling oil to flow through the oil passageway (2f, 4c, 28). Accordingly, the cooling apparatus, which comprises the oil reservoir (2b), at least a portion of the oil passageway (2f, 4c, 28) and the oil pump (27), is provided within the casing (1) of the electric motor and integrated therewith. As a result, the electric motor is made more compact overall despite the provision of the cooling apparatus. Since the coil (6d) of the motor is positively cooled by the cooling apparatus, a large current can be passed through the coil. This enables the electric motor to generate a high output torque.
    • 一种配备有冷却装置的电动机,其中在壳体(1)的下部设置有填充有冷却油的储油器(2b)。 在壳体中设置有至少一部分与储油器(2b)连通并且在壳体(1)内在马达的线圈(6d)的下方开口的油通道(2f,4c,28)的一部分。 油箱内部设置有使油冷却油流过油通道(2f,4c,28)的油泵(27)。 因此,在电动机的壳体(1)内设置包括储油部(2b)的油路(2f,4c,28)和油泵(27)的至少一部分的冷却装置 并与其集成。 结果,尽管设置了冷却装置,电机整体也更加紧凑。 由于电动机的线圈(6d)被冷却装置可靠地冷却,所以可以使大的电流通过线圈。 这使得电动机能够产生高的输出转矩。
    • 4. 发明授权
    • Vehicle equipment mounting structure
    • 车辆设备安装结构
    • US09469201B2
    • 2016-10-18
    • US13982618
    • 2012-02-02
    • Koji HottaKenshi YamanakaYutaka Hotta
    • Koji HottaKenshi YamanakaYutaka Hotta
    • B60L1/00B60L11/18B60K1/04B60R16/04
    • B60L11/18B60K1/04B60K2001/0411B60R16/04
    • A vehicle equipment mounting structure that arranges a motor case, in which a rotary electric machine that drives a vehicle is housed, in an engine compartment, and that includes a PCU that controls the rotary electric machine, and an auxiliary battery that supplies electric power to the PCU. This structure includes a fixing portion that fixes the PCU onto the motor case, and a connecting portion that connects the auxiliary battery to a side member that absorbs an impact load by being crushed in a crushing direction. The connecting portion has a displaceable member that is displaceable in the crushing direction. The auxiliary battery is arranged on a vehicle front side of the PCU such that the PCU and the auxiliary battery partially overlap in the crushing direction. The auxiliary battery is arranged so as to be able to move past the PCU in response to an impact load.
    • 一种车辆装置安装结构,其布置有容纳有驱动车辆的旋转电机的电动机壳体,并且包括控制所述旋转电机的PCU,以及向所述电动机壳体供给电力的辅助电池 PCU。 该结构包括将PCU固定在电动机壳体上的固定部分和将辅助电池连接到通过在破碎方向上被粉碎而吸收冲击载荷的侧部件的连接部分。 连接部具有能够在破碎方向上移动的位移构件。 辅助电池布置在PCU的车辆前侧,使得PCU和辅助电池在破碎方向上部分重叠。 辅助电池被布置成能够响应于冲击负载而移动经过PCU。
    • 5. 发明授权
    • Mounting structure for power control unit
    • 电源控制单元的安装结构
    • US09210829B2
    • 2015-12-08
    • US13980498
    • 2012-01-23
    • Yutaka HottaTatsuyuki Uechi
    • Yutaka HottaTatsuyuki Uechi
    • H05K7/20H02K11/00H02K9/19
    • H05K7/20218H02K9/19H02K11/33H05K7/20927
    • A PCU (20) comprises an anchoring pedestal (22) that is attached to the opening of a transaxle and that has been molded from resin so as to be formed integrally with a terminal block (21); a cooler (27) that is disposed on top of the anchoring pedestal (22) and that has a power module; a heat-conductive board stay (14) connected to the top of the cooler (27); and a control board (29) connected to the top of the board stay (14). This mounting structure is configured such that by disposing the board stay (14) near a cooling tube (17a) for introducing coolant cooled by a radiator and by attaching the stay to the cooler (27) via a heat-dissipating sheet (61a) for actively conducting heat from the control board, the control board (29) is cooled by the coolant before the coolant has absorbed heat. Thus, the pressure elevation converter and inverter that form the power control unit and the motor are housed as a single component inside one case and the coolability of the control board disposed at the top of the power control unit can be ensured.
    • PCU(20)包括固定座(22),其固定在驱动桥的开口上,并已由树脂模制成与端子块(21)整体形成; 设置在所述锚固基座(22)的顶部并且具有功率模块的冷却器(27) 与所述冷却器(27)的顶部连接的导热板支架(14); 以及连接到所述板座(14)的顶部的控制板(29)。 这种安装结构被构造成使得通过将冷却管(17a)布置在用于引入由散热器冷却的冷却剂的冷却管(17a)附近并且通过散热片(61a)将散热片附接到冷却器(27) 主动地从控制板传导热量,控制板(29)在冷却剂吸收热量之前被冷却剂冷却。 因此,形成功率控制单元和电动机的升压转换器和逆变器作为单个部件容纳在一个壳体内,并且可以确保设置在功率控制单元顶部的控制板的可冷却性。
    • 8. 发明申请
    • SEMICONDUCTOR DEVICE
    • 半导体器件
    • US20130277820A1
    • 2013-10-24
    • US13994763
    • 2011-12-21
    • Yutaka HottaTatsuyuki Uechi
    • Yutaka HottaTatsuyuki Uechi
    • H01L23/34
    • H01L23/34H01L23/4006H01L23/473H01L2924/0002H05K7/20927H01L2924/00
    • A semiconductor device configured to enable efficient cooling of an element and downsizing of the device. The semiconductor device including an element unit connected to a surface of a cooler. A support member that has a condenser housing chamber that houses the condenser. The condenser has two parallel planar surfaces that are parallel with each other. The condenser housing chamber has a parallel opposing surface that is arranged in parallel with the element unit arrangement surface and faces the element unit arrangement surface, and houses the condenser in a state where the two parallel planar surfaces are arranged in parallel with the parallel opposing surface. The support member is fixed to the cooler in a state where the parallel opposing surface presses the element unit toward the cooler.
    • 一种半导体器件,其被配置为能够有效地冷却元件并且减小所述器件的尺寸。 该半导体器件包括连接到冷却器的表面的元件单元。 具有容纳冷凝器的冷凝器容纳室的支撑构件。 冷凝器具有彼此平行的两个平行的平面。 冷凝器容纳室具有与元件单元配置表面平行布置且面向元件单元布置表面的平行相对表面,并且在两个平行平面表面平行于平行相对表面布置的状态下容纳冷凝器 。 支撑构件在平行的相对表面将元件单元压向冷却器的状态下固定到冷却器。