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    • 1. 发明授权
    • Centrifugal separating filter
    • 离心分离过滤器
    • US5779618A
    • 1998-07-14
    • US860070
    • 1997-06-20
    • Yasuyuki OnoderaKenji Mihara
    • Yasuyuki OnoderaKenji Mihara
    • F01M11/03B04B5/00B04B9/06B04B9/10F01M1/10
    • F01M1/10B04B5/005B04B9/06F01M2250/64F16N2200/02F16N2250/04Y10S494/901
    • A centrifugal separating filter, which can efficiently separate dirt particles in liquid and keep the liquid clean, includes a turbine driving device (20), which is provided for rotating a rotating member (11) included inside the filter, and the turbine driving device (20) is driven by air pressure or exhaust gas pressure from an internal combustion engine (1) to separate foreign materials in a fluid. A control device (25) is provided for outputting an open/close command signal to a valve (26) provided at a turbine inlet of the turbine driving device (20), based on an output signal from at least one sensor (28) for detecting pressure or rotational speed of the internal combustion engine (1), and an output signal from an oil deterioration sensor (28).
    • PCT No.PCT / JP95 / 02615 Sec。 371日期:1997年6月20日 102(e)日期1996年6月20日PCT 1995年12月20日PCT PCT。 公开号WO96 / 19644 日期:1996年6月27日一种可有效分离液体中的污物颗粒并保持液体清洁的离心分离过滤器,包括涡轮驱动装置(20),其用于旋转包括在过滤器内部的旋转构件(11),以及 涡轮驱动装置(20)由来自内燃机(1)的空气压力或排气压力驱动,以分离流体中的异物。 一种控制装置(25),用于根据来自至少一个传感器(28)的输出信号向设在涡轮驱动装置(20)的涡轮机入口处的阀(26)输出打开/关闭命令信号,用于 检测内燃机(1)的压力或转速,以及来自油劣化传感器(28)的输出信号。
    • 2. 发明授权
    • Bidet
    • 坐浴盆
    • US5960485A
    • 1999-10-05
    • US83377
    • 1998-05-22
    • Kenji Mihara
    • Kenji Mihara
    • E03D9/08A47K3/22
    • E03D9/085
    • A bidet apparatus for washing of the vagina wall and the pudendum of a woman is disclosed. The bidet includes a contoured grip section that allows a user to easily grasp and operate the apparatus. A spout nozzle is connected to a water supply conduit for spouting water from a faucet or water supply. A valve mechanism is connected between the faucet or water supply and the washing water conduit and allows a user to control the flow of water from the spout nozzle. The valve mechanism includes a first chamber connected to the faucet or water supply and a second chamber connected to the washing water conduit. The second chamber is located within the first chamber. A valve core is provided that seals the first chamber from the second chamber. A valve shaft is provided that allows the user to selectively connect the first chamber with the second chamber and control the water flow from the spout nozzle.
    • 公开了一种用于洗涤阴道壁和女性的阴部的坐浴盆装置。 坐浴盆包括轮廓抓握部分,其允许使用者容易地掌握和操作该装置。 喷嘴连接到供水管道,用于从水龙头或水源喷出水。 阀机构连接在水龙头或供水管和洗涤水管道之间,并且允许使用者控制来自喷嘴的水流。 阀机构包括连接到水龙头或水源的第一室和连接到洗涤水导管的第二室。 第二室位于第一室内。 提供了将第一腔室与第二腔室密封的阀芯。 提供了一种阀轴,其允许使用者选择性地将第一腔室与第二腔室连接并且控制来自喷嘴的水流。
    • 4. 发明申请
    • Piston for internal combustion engine
    • 内燃机活塞
    • US20070113802A1
    • 2007-05-24
    • US10585362
    • 2004-12-27
    • Kenji Mihara
    • Kenji Mihara
    • F01P1/04F02F3/00F02F1/00
    • F02F3/22F02F3/10F02F3/12F02F3/14F05C2253/12F16J1/01F16J1/08F16J1/09
    • Surface roughnesses of a rear surface 10a of a combustion chamber 10 and an inner wall 11a of a cooling cavity 11 of a piston 1 are equal to or less than 6.3 S (areas a′ and b′ indicated by chain double-dashed lines). The areas of which surface roughness is equal to or less than 6.3 S are surface-coated with a layer of a self-cleaning catalyst. Accordingly, the oil is less subject to remain on the surface-coated areas, so that oil coking and a decrease in the coefficient of heat transfer can be avoided, thereby preventing an increase in temperature and deterioration in strength of the piston caused by coking. Therefore, the piston 1, 30 for an internal combustion engine which has a simple structure to be compact and to avoid an increase in cost and easily responds to increased engine power without increasing an amount of the cooling oil and the capacity of an oil cooler can be obtained.
    • 燃烧室10的后表面10a和活塞1的冷却腔11的内壁11a的表面粗糙度等于或小于6.3S(由双点划线表示的区域a'和b' )。 表面粗糙度等于或小于6.3S的区域被表面涂覆有一层自清洁催化剂。 因此,油不会残留在表面涂布区域,因此可以避免油焦化和传热系数的降低,从而防止由焦化引起的温度升高和强度降低。 因此,具有简单结构的内燃机的活塞1,30,其结构紧凑,避免成本增加,并且容易地响应于增加发动机功率而不增加冷却油的量和油冷却器的容量。 得到。
    • 5. 发明授权
    • Bidet apparatus
    • 坐浴盆装置
    • US5937451A
    • 1999-08-17
    • US849817
    • 1997-06-16
    • Kenji Mihara
    • Kenji Mihara
    • E03D9/08A61H35/00
    • E03D9/085
    • An inexpensive bidet having a simple structure for heating and pressurizing washing water and having a good operability and a good washing ability. A three-way valve (51) is provided in a mixture plug (5) in a bathroom so that the mixing plug (5) branches into three ways a hose (7), a faucet (53) and a water temperature ascertaining port (54). A bidet (1) is connected to the mixing plug (5) via a hose (7). The bidet (1) is formed by a grip section (2), a washing water conduction pipe (21), a nozzle (3) at the free end of the grip section (2), and a valve rod (4). The washing water is supplied simultaneously to the hose (7) and the water temperature ascertaining port (54) via the three-way valve (51). The flow rate of the washing water is regulated by the valve rod (4).
    • PCT No.PCT / JP95 / 02079 Sec。 371日期:1997年6月16日 102(e)日期1997年6月16日PCT提交1995年10月16日PCT公布。 第WO96 / 22722号公报 日期1996年8月1日一种廉价的坐浴盆,具有用于加热和加压洗涤水的简单结构,并且具有良好的可操作性和良好的洗涤能力。 三通阀(51)设置在浴室中的混合塞(5)中,使得混合塞(5)分三个方式分支为软管(7),水龙头(53)和水温确定端口 54)。 坐浴盆(1)通过软管(7)连接到混合塞(5)。 坐浴盆(1)由抓握部分(2),洗涤水传导管(21),在抓握部分(2)的自由端的喷嘴(3))和阀杆(4)形成。 洗涤水通过三通阀(51)同时供给软管(7)和水温确定口(54)。 洗涤水的流量由阀杆(4)调节。
    • 6. 发明授权
    • Oil seal
    • 油封
    • US06955358B2
    • 2005-10-18
    • US10821475
    • 2004-04-08
    • Keisaku IwakataKenji Mihara
    • Keisaku IwakataKenji Mihara
    • F16J15/16F16J15/32F16J15/34
    • F16J15/164F16J15/3256F16J15/3456
    • An oil seal (10) includes a first seal (20) for sealing an engine (1) side and a second seal (30) for sealing a flywheel (4) side. The first seal (20) is an axial seal abutted on an inner ring (11) from the direction along the axial direction of a crank shaft (2). The second seal (30) is a radial seal abutted on the inner ring (11) from the direction along the radial direction of the crank shaft (2). A communication hole (25) is provided on the second seal (30), thereby preventing a space (40) surrounded by the first seal (20), the second seal (30) and the inner ring (11) from the occurrence of the negative pressure.
    • 油封(10)包括用于密封发动机(1)侧的第一密封件(20)和用于密封飞轮(4)侧的第二密封件(30)。 第一密封件(20)是沿着曲轴(2)的轴向的方向与内圈(11)抵接的轴向密封件。 第二密封件(30)是沿着曲轴(2)的径向的方向与内圈(11)抵接的径向密封件。 在第二密封件(30)上设置有连通孔(25),从而防止由第一密封件(20),第二密封件(30)和内圈(11)包围的空间(40) 负压。
    • 7. 发明授权
    • Temperature confirmation mechanism for use with water supply equipment
    • 供水设备使用温度确认机制
    • US6044501A
    • 2000-04-04
    • US84026
    • 1998-05-22
    • Kenji Mihara
    • Kenji Mihara
    • E03D9/08A47K3/22
    • E03D9/085
    • A temperature confirmation mechanism is disclosed for use with water supply equipment. The temperature confirmation mechanism allows a user to confirm the temperature of the water before causing water to spout from the water supply equipment. The temperature confirmation mechanism includes a conduit having a shallow portion formed around a conduit. A water supply communicates with the conduit to supply water to the water supply equipment. An enclosing member creates a chamber by enclosing the shallow portion around the conduit. Further, the enclosing member is rotatable around said shallow portion. A communication hole fluidly connects the conduit and the chamber. A temperature confirmation hole is provided in said enclosing member. As such, water exiting the temperature confirmation hole may be tested before the user spout water from the water supply equipment. In one embodiment, the diameter of the temperature confirmation hole is larger than the diameter of the communication hole.
    • 公开了一种用于供水设备的温度确认机构。 温度确认机构允许用户在使水从供水设备喷出之前确认水的温度。 温度确认机构包括具有围绕导管形成的浅部的导管。 供水管道与供水设备供水。 封闭构件通过围绕导管封闭浅部而产生腔室。 此外,封闭构件可围绕所述浅部旋转。 连通孔流体地连接导管和腔室。 在所述封闭构件中设置有温度确认孔。 因此,在用户从供水设备喷出水之前,可以测试离开温度确认孔的水。 在一个实施例中,温度确认孔的直径大于连通孔的直径。