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    • 21. 发明授权
    • Blower with an improved shroud assembly
    • 鼓风机具有改进的护罩组合
    • US5460485A
    • 1995-10-24
    • US218940
    • 1994-03-28
    • Toshiki SugiyamaYoshitake Hoshino
    • Toshiki SugiyamaYoshitake Hoshino
    • F01P11/10F04D29/66F04D29/70F04D29/54
    • F04D29/703F04D29/663Y10S425/058
    • A blower having an axial fan driven by a rotating drive source and enclosed by a shroud assembly including a substantially cylindrical fan shroud enclosing an outer circumference of the axial fan, and a protective unit provided with a plurality of support beams extending from the fan shroud toward an air intake side of the blower and cooperating with a plurality of ring-like members so as to form a protective net member for preventing entrance of any unfavorable substances such as foreign matter or a human finger into the shroud assembly, and a plurality of support ribs operating as a physical rib members and as protective members preventing entrance of the unfavorable substances from a radially outer region of the blower into the interior of the shroud assembly. The support ribs are arranged so as to provide a large spacing between the ribs and the outer circumference of the axial fan to thereby reduce generation of turbulence of the intake air resulting in a lowering of the hissing or whistling sound of the air flowing across the support ribs and through the axial fan.
    • 一种鼓风机,其具有由旋转的驱动源驱动的轴流风扇,并由包括围绕所述轴流风扇的外周的大致圆筒形风扇罩的护罩组件包围,以及保护单元,该保护单元设置有从所述风扇罩延伸的多个支撑梁 鼓风机的吸气侧,与多个环状构件配合,形成用于防止任何不利物质(例如异物或人指)进入护罩组件的防护网构件,以及多个支撑件 作为物理肋构件的肋作为防止不利物质从鼓风机的径向外部区域进入到护罩组件的内部的保护构件。 支撑肋布置成在肋与肋扇的外圆周之间提供大的间隔,从而减少进气的湍流的产生,导致流过支撑件的空气的嘶嘶声或口哨声的降低 肋骨通过轴流风扇。
    • 22. 发明授权
    • Cooling system for vehicle
    • 车辆冷却系统
    • US07497287B2
    • 2009-03-03
    • US10898730
    • 2004-07-23
    • Yuhei KunikataAkihiro MaedaToshiki SugiyamaJun Hoshi
    • Yuhei KunikataAkihiro MaedaToshiki SugiyamaJun Hoshi
    • B60K11/04
    • B60K11/02
    • In a ventilation duct of a cooling system, a level difference is formed between a wall located on a vehicle front side and a wall located on a vehicle rear side because a bottom end of the wall located on the vehicle front side is lower than a bottom end of the wall located on the vehicle rear side. The level difference makes a speed of a traveling wind flowing near an outlet faster than that flowing away from the outlet. Therefore, a pressure of the traveling wind flowing near the outlet decreases. As a result, air flows in the ventilation duct to be drawn to the neighborhood of the low-pressure outlet, and discharged out. Because cooling air including the traveling wind can be increased, heat radiation capacity of a radiator disposed in the ventilation duct is improved, and the cooling capacity of the cooling system can also be improved.
    • 在冷却系统的通风管道中,位于车辆前侧的壁与位于车辆后侧的壁之间形成有水平差,因为位于车辆前侧的壁的底端低于底部 位于车辆后方的墙的端部。 水平差使得出口附近的行进风速比从出口流出的速度快。 因此,在出口附近流动的行驶风的压力降低。 结果,空气在通风管道中流动,被吸引到低压出口附近,并排出。 由于能够提高包括行驶风的冷却空气,所以能够提高设置在通风管道内的散热器的散热能力,还能够提高冷却系统的冷却能力。
    • 23. 发明申请
    • Fingertip Stimulating Apparatus
    • 指尖刺激装置
    • US20080139976A1
    • 2008-06-12
    • US11792821
    • 2005-12-13
    • Toshiki SugiyamaYoshihiro ShimizuFumikazu Ishiwata
    • Toshiki SugiyamaYoshihiro ShimizuFumikazu Ishiwata
    • A61H1/00
    • A61N5/0619A61N2005/0643A61N2005/0652A61N2005/0659A61N2005/0661
    • A fingertip stimulating apparatus that can be easily handled by any one, that can ensure stimulating a fingertip of a hand, and that can stabilize a body temperature of a person similarly to a body temperature of a healthy person by fingertip stimulation is provided. The fingertip stimulating apparatus (1) includes a fingertip arranging unit (3) on which the fingertip of the hand is arranged and a near-infrared generating member (4) irradiating a near-infrared ray onto a region near a border of a fingernail of the fingertip arranged on the fingertip arranging unit (3). A fingertip stimulating apparatus (300) includes fingertip arranging units (331) to (335) on which fingertips of the hand are arranged, respectively, near-infrared generating members (341) to (345) irradiating near-infrared rays onto regions near borders of fingernails of the respective fingertips arranged on the fingertip arranging units (331) to (345), and blue-violet light generating members (361) to (365) arranged visually recognizably and emitting blue-violet lights.
    • 提供一种可以容易地处理的指尖刺激装置,其可以确保刺激手指,并且可以通过指尖刺激来稳定身体的身体温度,类似于健康人的体温。 指尖刺激装置(1)包括:指尖配置单元(3),其上设置指尖的指尖;以及近红外线发生部件(4),其将近红外线照射到靠近指甲边界的区域 指尖布置在指尖布置单元(3)上。 指尖刺激装置(300)包括分别在其上布置指尖的指尖布置单元(331)至(335),近红外线发生构件(341)至(345)将近红外线照射到边界附近的区域 布置在指尖布置单元(331)至(345)上的各个指尖的指甲,以及可视地识别并发出蓝紫色光的蓝紫色光产生构件(361)至(365)。
    • 25. 发明申请
    • Cooling system for vehicle
    • 车辆冷却系统
    • US20050029027A1
    • 2005-02-10
    • US10898730
    • 2004-07-23
    • Yuhei KunikataAkihiro MaedaToshiki SugiyamaJun Hoshi
    • Yuhei KunikataAkihiro MaedaToshiki SugiyamaJun Hoshi
    • B62D25/08B60K11/02B60K11/04B60K11/00
    • B60K11/02
    • In a ventilation duct of a cooling system, a level difference is formed between a wall located on a vehicle front side and a wall located on a vehicle rear side because a bottom end of the wall located on the vehicle front side is lower than a bottom end of the wall located on the vehicle rear side. The level difference makes a speed of a traveling wind flowing near an outlet faster than that flowing away from the outlet. Therefore, a pressure of the traveling wind flowing near the outlet decreases. As a result, air flows in the ventilation duct to be drawn to the neighborhood of the low-pressure outlet, and discharged out. Because cooling air including the traveling wind can be increased, heat radiation capacity of a radiator disposed in the ventilation duct is improved, and the cooling capacity of the cooling system can also be improved.
    • 在冷却系统的通风管道中,位于车辆前侧的壁与位于车辆后侧的壁之间形成有水平差,因为位于车辆前侧的壁的底端低于底部 位于车辆后方的墙的端部。 水平差使得出口附近的行进风速比从出口流出的速度快。 因此,在出口附近流动的行驶风的压力降低。 结果,空气在通风管道中流动,被吸引到低压出口附近,并排出。 由于能够提高包括行驶风的冷却空气,所以能够提高设置在通风管道内的散热器的散热能力,还能够提高冷却系统的冷却能力。
    • 26. 发明授权
    • Vehicle cooling system with system motor control apparatus
    • 车辆冷却系统带系统电机控制装置
    • US06199398B1
    • 2001-03-13
    • US09208512
    • 1998-12-09
    • Kazuhiro TakeuchiToshiki SugiyamaTakuya UsamiSatoshi YoshimuraJunji Sugiura
    • Kazuhiro TakeuchiToshiki SugiyamaTakuya UsamiSatoshi YoshimuraJunji Sugiura
    • F25B2700
    • F04D29/582F01P7/048F01P2005/025F01P2005/046F01P2025/04F01P2060/14
    • A vehicle cooling apparatus having a simple construction that enables the size of a cooling fan electric motor to be reduced without the need to increase the number of batteries provided for driving the motor. The cooling fan provides necessary cooling for an engine radiator and an air-conditioning system condenser by driving the motor at an input power lower than its rated power by a predetermined amount until the temperature of the engine cooling water reaches a predetermined temperature. If the water temperature rises above the predetermined temperature, the electric motor input power is increased to a level greater than its rated input power for a predetermined time period. As a result, cooling capacity can be increased and the water temperature can be lowered with a smaller motor when the water temperature has become abnormally high. Because the electric motor is normally driven at an input power lower than its rated input power, the life of the electric motor is increased.
    • 具有能够减小冷却风扇电动机的尺寸的简单结构的车辆冷却装置,而不需要增加用于驱动电动机的电池的数量。 冷却风扇为发动机散热器和空调系统冷凝器提供必要的冷却,其以低于其额定功率的输入功率以预定量驱动电动机,直到发动机冷却水的温度达到预定温度。 如果水温上升到预定温度以上,电动机输入功率在规定时间内增加到比其额定输入功率大的水平。 结果,当水温异常高时,可以通过较小的电动机提高冷却能力并降低水温。 由于电动机的输入功率通常以低于额定输入功率的方式驱动,所以电动机的寿命增加。
    • 29. 发明授权
    • Vehicle cooling system with electric motor overcurrent inhibiting control
    • 车载冷却系统带电动机过电流抑制控制
    • US6016965A
    • 2000-01-25
    • US211413
    • 1998-12-15
    • Satoshi YoshimuraJunji SugiuraToshiki SugiyamaKazuhiro Takeuchi
    • Satoshi YoshimuraJunji SugiuraToshiki SugiyamaKazuhiro Takeuchi
    • F01P5/14F01P7/04F01P11/14F01P11/16
    • F01P5/14F01P7/048F01P2025/13F01P2031/00F01P2031/24
    • A vehicle cooling system including a motor control apparatus that controls operation of a system motor when a cooling fan driven by the motor locks due to foreign matter interference or freezing. When motor input current is detected to be overcurrent, the controller limits the current flow. When current flowing to the electric motor is detected to be overcurrent and ambient air temperature is at or above a predetermined temperature, the controller stops energization of the motor. Thus, when the cooling fan freezes and locks, energization of the motor is maintained until ambient air temperature reaches or exceeds the predetermined temperature. Therefore, when the frozen-locked state is eliminated due to a subsequent temperature rise, an ordinary operating state can again be obtained without the controller subsequently detecting surge current, generated as a result of the motor being re-started from a fully stopped state, as overcurrent and therefore incorrectly stopping motor energization. Additionally, when locking occurs due to foreign matter interfering with fan rotation, an overcurrent state is detected even when ambient air temperature is at or above the predetermined temperature, and motor energization is immediately stopped.
    • 一种车辆冷却系统,包括电动机控制装置,当由电动机驱动的冷却风扇由于异物干扰或冷冻而被锁定时,控制系统电动机的操作。 当电机输入电流检测为过电流时,控制器限制电流。 当流过电动机的电流被检测为过电流并且环境空气温度处于或高于预定温度时,控制器停止电动机通电。 因此,当冷​​却风扇冻结和锁定时,电机的通电被维持直到环境空气温度达到或超过预定温度。 因此,当由于随后的温度升高而消除了冻结锁定状态时,在控制器随后检测到由于电动机从完全停止状态重新启动而产生的浪涌电流的情况下,可以再次获得常规操作状态, 因为过电流,因此不正确地停止电机通电。 此外,当由于异物干扰风扇旋转而发生锁定时,即使当环境空气温度等于或高于预定温度时也检测到过电流状态,并且马达通电立即停止。