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    • 13. 发明申请
    • Viscous fluid coupling device
    • 粘性流体连接装置
    • US20060021844A1
    • 2006-02-02
    • US11188956
    • 2005-07-26
    • Ryuta MiuraTsunekazu YamauchiYasuo Ozawa
    • Ryuta MiuraTsunekazu YamauchiYasuo Ozawa
    • F16D35/02
    • F16D35/023
    • A viscous fluid coupling device includes: a plate that divides a housing into a reservoir chamber and an operation chamber; communication holes that are provided in the plate and communicate the reservoir chamber and the operation chamber; a rotor that is disposed inside the operation chamber and fixed to one end of a drive shaft and rotates integrally with the drive shaft; a valve that is disposed in the reservoir chamber and opens and closes the communication holes, a rod that is fixed at one end to the valve and fixed at the other end to the inner circumferential side of a vortical bimetal and rotatably supported on the housing; a bimetal holder that fixes an attaching outer end formed by bending the outer circumferential side of the bimetal; and a vibration isolator that is disposed between the bimetal holder and the bimetal.
    • 粘性流体耦合装置包括:将壳体分成储存室和操作室的板; 连通孔,设置在板中并连通储存室和操作室; 转子,其设置在所述操作室内并且固定到驱动轴的一端并与所述驱动轴一体旋转; 阀,其设置在储存室中并打开和关闭连通孔;杆,其一端固定在阀上,另一端固定在涡旋双金属片的内周侧并可旋转地支撑在壳体上; 双金属支架,其固定通过弯曲双金属片的外周侧而形成的安装外端; 以及设置在双金属支架和双金属片之间的隔振器。
    • 16. 发明授权
    • Car lamp and socket cover for use with car lamp
    • 汽车灯和插座盖用于车灯
    • US5641224A
    • 1997-06-24
    • US563115
    • 1995-11-27
    • Hiroyuki MakitaMasahiro KusagayaYasuo Ozawa
    • Hiroyuki MakitaMasahiro KusagayaYasuo Ozawa
    • F21S8/10F21V19/00F21V31/03F21V29/00
    • F21S48/335F21S48/1104
    • A socket cover integrally formed of elastic material for covering a bulb mounting hole formed in a lamp body of a car lamp including a lens for covering a front opening of the lamp body and a light source bulb mounted on the lamp body comprises a body fitting portion of the socket cover enclosing the bulb mounting hole, to be fitted to the bulb mounting hole formed in the lamp body, to be connected to s bulb fitting portion, and to receive fitted the light source bulb; a back surface wall defining ventilating holes disposed in upper and lower portions of the back surface wall; ventilating pipes connected to the ventilating holes and including outward openings facing downward; and an air introduction member connected with the outward opening of the ventilating pipe provided in a lower portion of the back surface wall for introducing open sir into an interior of the lamp body.
    • 一种由弹性材料一体形成的插座盖,用于覆盖形成在车灯的灯体中的灯泡安装孔,所述灯体包括用于覆盖灯体的前开口的透镜和安装在灯体上的光源灯泡, 包围灯泡安装孔的插座盖被安装到灯体上形成的灯泡安装孔,以连接到灯泡安装部分,并接收安装光源灯泡; 后表面壁,其限定设置在所述后表面壁的上部和下部中的通气孔; 通风管连接到通风孔,并包括面向下的向外开口; 以及空气引入构件,其与设置在后表面壁的下部中的通风管的向外开口连接,用于将敞开的长筒导入灯体的内部。
    • 17. 发明授权
    • Cooling device for use in engine
    • 用于发动机的冷却装置
    • US5355846A
    • 1994-10-18
    • US55018
    • 1993-04-30
    • Yasuo Ozawa
    • Yasuo Ozawa
    • F01P3/22F01P9/02
    • F01P3/22F01P2003/225F01P2025/08F01P2025/70F01P2050/06
    • A cooling device is provided for use in an engine comprising, a first cooling circuit which is filled with first cooling water; a second cooling circuit which includes second cooling water and air; a water jacket of the engine disposed in the first cooling circuit; a heat exchanger including a radiating portion and a cooling portion, the radiating portion being disposed in the first cooling circuit while the cooling portion being disposed in the second cooling circuit; a first pump which is disposed in the first cooling circuit; a condenser which is disposed in the second cooling circuit; and a second pump which is disposed in the second cooling circuit.
    • 提供一种用于发动机的冷却装置,包括:填充有第一冷却水的第一冷却回路; 包括第二冷却水和空气的第二冷却回路; 发动机的水套设置在第一冷却回路中; 包括散热部和冷却部的热交换器,所述散热部设置在所述第一冷却回路中,同时所述冷却部设置在所述第二冷却回路中; 第一泵,其设置在第一冷却回路中; 冷凝器,其设置在所述第二冷却回路中; 以及设置在第二冷却回路中的第二泵。
    • 19. 发明授权
    • Method of working fresnel step
    • 工作菲涅耳步骤的方法
    • US4969783A
    • 1990-11-13
    • US334621
    • 1989-04-07
    • Yasuo OzawaKoichi SakakibaraNoboru KojimaAkira NagakuraSeiji Igarashi
    • Yasuo OzawaKoichi SakakibaraNoboru KojimaAkira NagakuraSeiji Igarashi
    • B24B13/00F21V5/00
    • F21S48/2212B24B13/00Y10T409/303808
    • In connection with a Fresnel lens in which concentric pitch base lines are drawn on a curved lens member at certain pitches and a number of radial partitioning lines are drawn so as to pass through the center of the concentric pitch base lines and to cross these lines so that a surface of the lens member is partitioned into a large number of arcuate Fresnel step design sections, and an angled Fresnel step is formed in each of the Fresnel step design sections so that light transmitted from a focal point of the lens at its rear side forms a substantially parallel flux of light through a refractive or reflective prism, the invention relates to the cutting of Fresnel steps in a mold element for forming the lens by causing a tool attached to a multiple axis milling cutter and having an acute point to perform reciprocating or circumferential cutting for every width of each of the inclined surfaces of said Fresnel steps while causing the tool to move radially to perform scan-cutting of the inclined surfaces. The cutting inclination angle at the point of the tool attached on said multiple spindle milling cutter may be made equal to the angle of the Fresnel step at its steep surface side. Alternatively, the tool axis may be varied during cutting to allow the tool angle to correspond to the given angle or angles of the inclined surfaces.
    • 与菲涅尔透镜相关联,其中同心螺距基线以一定的间距被绘制在弯曲透镜构件上,并且多个径向分隔线被拉伸以便穿过同心螺距基线的中心并且跨越这些线 透镜构件的表面被划分成大量的弧形菲涅耳步骤设计部分,并且在每个菲涅尔级设计部分中形成有棱角的菲涅尔级,使得从其后侧的透镜的焦点透射的光 通过折射或反射棱镜形成基本上平行的光通量,本发明涉及通过使附接到多轴铣刀上的工具并且具有锐角来执行往复运动来在用于形成透镜的模具元件中切割菲涅耳步骤 或者对于所述菲涅尔台阶的每个倾斜表面的每个宽度进行周向切割,同时使得工具径向移动以执行扫描 粘结的表面。 安装在多主轴铣刀上的刀具点上的切削倾斜角度可以等于菲涅尔阶梯在其陡峭表面侧的角度。 或者,刀具轴线可以在切割期间变化,以允许刀具角度对应于倾斜表面的给定角度或角度。
    • 20. 发明授权
    • Vehicle lamp lens having Fresnel lens
    • 车灯透镜具有菲涅尔透镜
    • US4927248A
    • 1990-05-22
    • US334620
    • 1989-04-07
    • Koichi SakakibaraYasuo Ozawa
    • Koichi SakakibaraYasuo Ozawa
    • F21V5/00
    • F21S48/2212F21V5/00
    • A lens adapted for use in vehicular lighting employs a Fresnel configuration despite the fact that the lens has no axis of revolution and is formed as a quadric surface to meet vehicle design needs. The basic lens design is obtained by orthographically projecting a planar Fresnel pattern onto the quadric surface. The surfaces of the Fresnel steps are formed so that light emanating from a rear focus is converted into substantially parallel beams by reflection/reflection through the lens. The surfaces may have continuously or incrementally varying angulation, and may be formed by cutting using a 3 or 5 axis milling cutter.
    • 适用于车辆照明的镜头采用菲涅尔配置,尽管透镜没有旋转轴并且形成为二次曲面以满足车辆设计需求。 基本透镜设计通过将平面菲涅尔图案正交地投影到二次曲面上而获得。 菲涅耳台阶的表面形成为使得从后焦点发出的光通过透镜的反射/反射被转换成基本平行的光束。 表面可以具有连续或递增变化的角度,并且可以通过使用3或5轴铣刀进行切割而形成。