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    • 1. 发明授权
    • Oil seal
    • 油封
    • US08413995B2
    • 2013-04-09
    • US12595417
    • 2008-02-22
    • Hiroki MatsuiMasayuki TanidaHirotaka MizutaHideyuki FuruyamaKen YoshikawaYuki Sato
    • Hiroki MatsuiMasayuki TanidaHirotaka MizutaHideyuki FuruyamaKen YoshikawaYuki Sato
    • F16J15/32
    • F16J15/324F16J15/3244
    • For an oil seal (1) having a seal lip (6) with a slope (7) at the side of sealed fluid and a slope (8) at the side opposite to the sealed fluid, and a screw section (9) provided on the slope (8) for pushing back sealed fluid by a pumping effect at a time of rotation, in order to achieve low torque characteristics based on fluid lubrication by increasing the thickness of an oil film on sliding surfaces, an intermediate surface (10) is provided between the slopes (7, 8), and an oppositely threaded screw section (11) for sucking the sealed fluid by a pumping effect is provided on the intermediate surface (10) without reaching the boundary (13) between the intermediate surface (10) and the slope (8), so that a threadless region is provided in the entire circumference between the screw section (11) and the boundary (13).
    • 对于具有在密封流体侧具有斜面(7)的密封唇(6)和与密封流体相对的一侧上的斜面(8)的油封(1)和设置在密封件 用于在旋转时通过泵送效果推回密封流体的斜面(8),以便通过增加滑动表面上的油膜的厚度来实现基于流体润滑的低扭矩特性,中间表面(10)是 设置在所述斜面(7,8)之间,并且在所述中间表面(10)上设置用于通过泵送效果吸附所述密封流体的相对螺纹的螺纹部(11),而不到达所述中间表面(10) )和斜面(8),使得在螺杆部分(11)和边界(13)之间的整个圆周上设置无螺纹区域。
    • 2. 发明申请
    • ELECTROSTATIC CHUCK
    • 静电卡
    • US20120248715A1
    • 2012-10-04
    • US13428527
    • 2012-03-23
    • Shunpei KONDOHiroki MATSUI
    • Shunpei KONDOHiroki MATSUI
    • B23B31/28
    • H01L21/6833Y10T279/23
    • According to one embodiment, an electrostatic chuck includes: a ceramic dielectric substrate, an electrode, and a conductive member. The ceramic dielectric substrate has a first major surface on which a material to be adsorbed is to be mounted and a second major surface on a side opposite the first major surface. The electrode is interposed between the first major surface and the second major surface of the ceramic dielectric substrate. The conductive member is provided in a recess formed in the second major surface of the ceramic dielectric substrate. A tip end of the recess has a curved surface.
    • 根据一个实施例,静电卡盘包括:陶瓷电介质基板,电极和导电部件。 所述陶瓷电介质基板具有要被安装的待吸附材料的第一主表面和与所述第一主表面相对的一侧上的第二主表面。 电极介于陶瓷电介质基片的第一主表面和第二主表面之间。 导电构件设置在形成在陶瓷电介质基板的第二主表面中的凹部中。 凹部的尖端具有弯曲表面。
    • 4. 发明授权
    • Recording device and recording method
    • 记录装置和记录方法
    • US07995436B2
    • 2011-08-09
    • US12286882
    • 2008-10-02
    • Hisao TanakaMasataka MukaiHiroki MatsuiMotohiro Terao
    • Hisao TanakaMasataka MukaiHiroki MatsuiMotohiro Terao
    • G11B7/00
    • G11B20/1217G11B7/00736G11B7/0901G11B7/094G11B7/24038G11B20/18G11B20/1883G11B20/1889G11B2020/1826G11B2220/20G11B2220/235
    • A recording device for performing recording supporting an optical disk-shaped recording medium having a laminated structure includes a first recording layer and a second recording layer. The recording device includes: a recording section configured to record data in the first recording layer and the second recording layer by irradiating the optical disk-shaped recording medium with laser light; a recording control section configured to control the recording section so as to perform recording in the first recording layer first and next perform recording in the second recording layer when the recording is performed sequentially on the optical disk-shaped recording medium; a pseudo defect area setting section configured to set a pseudo defect area in the second recording layer; and a defect registering section configured to register the real defect area and the pseudo defect area as a defect area.
    • 用于执行支持具有层压结构的光盘形记录介质的记录的记录装置包括第一记录层和第二记录层。 记录装置包括:记录部,被配置为通过用激光照射光盘状记录介质来在第一记录层和第二记录层中记录数据; 记录控制部分,被配置为当在所述光盘形记录介质上顺序地执行记录时,控制所述记录部分,以在所述第一记录层中执行记录,然后执行在所述第二记录层中的记录; 伪缺陷区域设置部分,被配置为在第二记录层中设置伪缺陷区域; 以及缺陷登记部,被配置为将所述实际缺陷区域和所述伪缺陷区域注册为缺陷区域。
    • 6. 发明申请
    • OIL SEAL
    • 油封
    • US20100109252A1
    • 2010-05-06
    • US12595417
    • 2008-02-22
    • Hiroki MatsuiMasayuki TanidaHirotaka MizutaHideyuki FuruyamaKen YoshikawaYuki Sato
    • Hiroki MatsuiMasayuki TanidaHirotaka MizutaHideyuki FuruyamaKen YoshikawaYuki Sato
    • F16J15/32
    • F16J15/324F16J15/3244
    • For an oil seal (1) having a seal lip (6) with a slope (7) at the side of sealed fluid and a slope (8) at the side opposite to the sealed fluid, and a screw section (9) provided on the slope (8) for pushing back sealed fluid by a pumping effect at a time of rotation, in order to achieve low torque characteristics based on fluid lubrication by increasing the thickness of an oil film on sliding surfaces, an intermediate surface (10) is provided between the slopes (7, 8), and an oppositely threaded screw section (11) for sucking the sealed fluid by a pumping effect is provided on the intermediate surface (10) without reaching the boundary (13) between the intermediate surface (10) and the slope (8), so that a threadless region is provided in the entire circumference between the screw section (11) and the boundary (13).
    • 对于具有在密封流体侧具有斜面(7)的密封唇(6)和与密封流体相对的一侧上的斜面(8)的油封(1)和设置在密封件 用于在旋转时通过泵送效果推回密封流体的斜面(8),以便通过增加滑动表面上的油膜的厚度来实现基于流体润滑的低扭矩特性,中间表面(10)是 设置在所述斜面(7,8)之间,并且在所述中间表面(10)上设置用于通过泵送效果吸附所述密封流体的相对螺纹的螺纹部(11),而不到达所述中间表面(10) )和斜面(8),使得在螺杆部分(11)和边界(13)之间的整个圆周上设置无螺纹区域。
    • 7. 发明授权
    • Sealing device with sensor
    • 带传感器的密封装置
    • US07694976B2
    • 2010-04-13
    • US11596997
    • 2005-06-09
    • Hiroki Matsui
    • Hiroki Matsui
    • F16J15/32
    • G01P3/443F16C9/02F16C33/72F16C41/007F16J15/3252G01P3/487
    • To reduce an installing space and simplify a mounting structure of a sensor (40) of a rotary encoder, a sealing device with a sensor has a retainer (10) having a fitting tube section (11) and an installation flange section (12) expanding outside thereof and fixed to an engine block (2), and a sealing device body (20) fitted to the fitting tube section (11) and slidably contacted with an outer surface of the crank shaft (4), a sensor (40) detecting a rotation of a pulsar ring (30) rotating together with the crank shaft (4) is attached to a sensor installation section (13) in the installation flange section (12), and a pulsar body (32) of the pulsar ring (30) is formed in a cylindrical shape and extends in a circumferential direction coaxial with the fitting tube section (11) between the fitting tube section (11) and the sensor installation section (13).
    • 为了减少安装空间并简化旋转编码器的传感器(40)的安装结构,具有传感器的密封装置具有保持器(10),其具有配合管部分(11)和安装凸缘部分(12) 固定在发动机缸体(2)上的密封装置本体(20),与配合管部(11)嵌合并与曲轴(4)的外表面滑动接触的密封装置主体(20) 与曲轴(4)一起旋转的脉冲星环(30)的旋转被安装在安装凸缘部分(12)中的传感器安装部分(13)上,并且脉冲星环(30)的脉冲星体(32) )形成为圆筒形状,并且在配合管部(11)和传感器安装部(13)之间沿与配合管部(11)同轴的圆周方向延伸。
    • 9. 发明申请
    • Sealing device
    • 密封装置
    • US20090127796A1
    • 2009-05-21
    • US11921730
    • 2006-05-24
    • Go KanzakiHiroki MatsuiNaoto KobayashiSatoshi Yamanaka
    • Go KanzakiHiroki MatsuiNaoto KobayashiSatoshi Yamanaka
    • F16J15/32
    • F16C33/7883F16C19/184F16C33/80F16C2326/02F16J15/3264F16J15/4478
    • To improve sealing performance by a labyrinth to inhibit entry of dust, a sealing device (1) comprising an inner peripheral side sealing member (2) fitted to an inner peripheral side mounting member and an outer peripheral side sealing member (3) fitted to the outer peripheral side mounting member, both relatively rotating, has an outer peripheral tube part (4c) formed on the outer peripheral portion of the metal ring (4) of the inner peripheral side sealing member (2), and a series of long labyrinth spaces (8, 9, 10) is formed between the outer peripheral surface of the outer peripheral tube part (4c) and the outer peripheral side sealing member (3), between the end face of the outer peripheral tube part (4c) and the outer peripheral side sealing member (3), and between the inner peripheral surface of the outer peripheral tube part (4c) and the outer peripheral side sealing member (3).
    • 为了通过迷宫来提高密封性能以防止灰尘进入,包括装配到内周侧安装构件的内周侧密封构件(2)和装配到内周侧安装构件的外周侧密封构件(3)的密封装置(1) 两个相对旋转的外周侧安装构件具有形成在内周侧密封构件(2)的金属环(4)的外周部上的外周管部(4c),以及一系列长的迷宫空间 (4c)的外周面与外周侧密封构件(3)之间,在外周管部(4c)的端面与外周侧管部 外周侧密封构件(3),外周管部(4c)的内周面与外周侧密封构件(3)之间。
    • 10. 发明授权
    • Sealing device with rotation detecting element
    • 带旋转检测元件的密封装置
    • US07464939B2
    • 2008-12-16
    • US10593092
    • 2005-03-22
    • Hiroki Matsui
    • Hiroki Matsui
    • F16J15/32F16C32/00
    • G01P3/487F16J15/164F16J15/326G01P3/443
    • A sealing device with a rotation detecting element, capable of detecting rotation even when fluid such as engine oil is an object to be sealed, comprises a stationary side sealing element (seal ring) (12) fixed to the stationary side (3), a rotation side sealing element (slinger) (14) installed on the rotation side (2) and made to be in slidably and hermetically contact with the stationary side sealing element (12), and a to-be-detected disc (15) for rotation detection attached to the rotation side (2) and positioned at the atmosphere side from a sealing and sliding section (S) between the stationary side sealing element (12) and the rotation side sealing element (14), wherein the outer peripheral edge of the to-be-detected disc (15) closely faces in the radial direction the stationary side sealing element (12) side.
    • 具有旋转检测元件的密封装置,即使在诸如发动机油的流体是待密封物体的情况下也能够检测旋转,包括固定在固定侧(3)上的固定侧密封元件(密封环)(12) 旋转侧密封元件(抛油环)(14),安装在旋转侧(2)上并与静止侧密封元件(12)滑动和气密接触;以及待检测盘(15),用于旋转 从固定侧密封元件(12)和旋转侧密封元件(14)之间的密封滑动部分(S)位于大气侧的检测装置安装在旋转侧(2)上,其中,外周边缘 被检测的盘(15)在径向方向上紧密地面对固定侧密封元件(12)侧。