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    • 31. 发明授权
    • Golf ball
    • 高尔夫球
    • US4844472A
    • 1989-07-04
    • US84765
    • 1987-08-13
    • Keisuke Ihara
    • Keisuke Ihara
    • A63B37/00A63B37/14
    • A63B37/0004A63B37/0006A63B37/0016A63B37/0017
    • A golf ball has a spherical surface inscribed or circumscribed with a regular icosahedron, and dimples (3) formed in the spherical surface. The golf ball has a first great circle (5) including a side of a spherical triangle (4a) projected onto the spherical surface and another great circle including a line segment drawn from a midpoint (4b) of the side to its diagonal point (4c) depicted on the spherical surface. Dimples (3) are symmetrically arranged in the spherical triangle with respect to each of 15 great circles as a symmetry axis.
    • 高尔夫球具有内刻或外接规则二十面体的球形表面和形成在球形表面中的凹坑(3)。 高尔夫球具有第一大圆(5),其包括投影在球面上的球形三角形(4a)的一侧,另一个大圆包括从侧面的中点(4b)到其对角点(4c)的线段 )描绘在球面上。 相对于15个大圆中的每一个,凹点(3)对称地布置在球形三角形中作为对称轴。
    • 33. 发明授权
    • Juice extractor device
    • 榨汁机
    • US4429626A
    • 1984-02-07
    • US258900
    • 1981-04-30
    • Keisuke IharaKazuo TodaShozi Hoshino
    • Keisuke IharaKazuo TodaShozi Hoshino
    • A47J19/02A23N1/02
    • A47J19/025
    • A juice extractor device comprises a juice extractor body having a horizontally disposed slightly conical internal bore and a rotary body mounted in said bore. The juice extractor body includes a material inlet port on the upper side of the base end of the extractor body, a juice discharge port along the lower side of the extractor body, and a residuum discharge port on the upper side of the outer end of the body, and each port communicates with the bore. The juice discharge port includes a filter whose inner surface has a curvature equal to that of the bore surface. The rotary body is disposed adjacent all the ports and comprises an outer circumferential surface which has a spiral compressing portion confronting the two discharge ports and a spiral blade confronting the inlet port. The spiral compressing portion comprises a spiral wing and a valley therealong. The spiral blade, which is continuous with the spiral wing, also comprises a valley therealong. The gap between the valley of the spiral compressing portion and the surfaces of the bore and the filter is not more than 6 mm along a major portion of the spiral compressing portion. The gap between the spiral wing and the aforementioned surfaces is not more than 2 mm. These gaps each decrease in size in the direction preceding from the material inlet port toward the residuum discharge port.
    • 果汁提取装置包括具有水平布置的略微锥形的内孔的榨汁机主体和安装在所述孔中的旋转体。 榨汁机主体包括在提取器主体的基端的上侧的材料入口,沿抽出体的下侧的果汁排出口,以及位于抽出体的外侧的上侧的残渣排出口 主体和每个端口与孔连通。 果汁排出口包括内表面具有等于孔表面曲率的曲率的过滤器。 旋转体设置在所有端口附近,并且包括具有面对两个排出口的螺旋压缩部分和面对入口的螺旋叶片的外周表面。 螺旋压缩部分包括螺旋翼和沿着其的谷。 与螺旋翼连续的螺旋叶片还包括其上的谷。 螺旋压缩部分的谷部和孔和过滤器的表面之间的间隙沿螺旋形压缩部分的主要部分不大于6mm。 螺旋翼与上述表面之间的间隙不大于2mm。 这些间隙在材料入口端口朝向残渣排出口的方向上各自减小。
    • 34. 发明授权
    • System for calculating axial deformation of turbine rotor
    • 涡轮转子轴向变形计算系统
    • US08417479B2
    • 2013-04-09
    • US12679023
    • 2008-06-30
    • Keisuke IharaToshiyuki Sakae
    • Keisuke IharaToshiyuki Sakae
    • G01C9/00G01B3/00G01B5/00
    • G01B21/24G01B5/252
    • A system calculates axial deformation of a turbine rotor. The system includes an input part that sets measurement points of rotor disks that constitute the turbine rotor; a deflection amount detection part that derives radial displacement amounts of the turbine rotor for at least four or more measurement points along an outer surface in a circumferential direction of the turbine rotor based on measured values measured by a displacement gage; a storage part that stores the radial displacement amounts and measured angles at the measurement points; and a calculation part that calculates misalignment data of a most probable circle of the turbine rotor based on data stored. The calculated circle is calculated from the displacement amount and the measured angles. The most probable circle is determined from the calculated circle, and the misalignment data of the most probable circle is calculated from the most probable circle.
    • 一个系统计算涡轮转子的轴向变形。 该系统包括设置构成涡轮转子的转子盘的测量点的输入部分; 偏转量检测部,其基于通过位移计测量的测量值,沿着所述涡轮转子的圆周方向的外表面为至少四个以上的测量点导出所述涡轮转子的径向位移量; 存储部,其存储测量点处的径向位移量和测量角度; 以及基于存储的数据计算涡轮转子的最可能圆的不对准数据的计算部。 从位移量和测量角度计算出计算出的圆。 从计算出的圆确定最可能的圆,并且从最可能的圆计算最可能的圆的未对准数据。
    • 35. 发明授权
    • Method and system for calculating misalignment of rotational body
    • 计算旋转体不对中的方法和系统
    • US08306776B2
    • 2012-11-06
    • US12678018
    • 2008-06-30
    • Keisuke IharaToshiyuki Sakae
    • Keisuke IharaToshiyuki Sakae
    • G01C9/00
    • G01B21/24
    • In a method of calculating misalignment of a rotational body, radial displacement values are measured using a displacement gauge. A calculation part performs the steps of deriving radial displacement amounts of the rotational body for at least four or more measurement points along an outer surface while rotating the rotational body, selecting three arbitrary points to calculate a circle, calculating circle values for all the measurement points, calculating differences between the calculated circle values and the radial displacement amounts as error amounts, summing the error amounts to derive a total error amount, repeating circle calculation for different combinations and calculating a total error amount for each calculated circle, selecting a circle with a minimum total error amount as a most probable circle, and calculating deviation between the center of the most probable circle and the center of rotation of the rotational body.
    • 在计算旋转体的不对中的方法中,使用位移计测量径向位移值。 计算部分执行以下步骤:在旋转旋转体的同时沿着外表面至少四个或更多个测量点导出旋转体的径向位移量,选择三个任意点以计算圆,计算所有测量点的圆值 计算出计算出的圆值与径向位移量之间的差异作为误差量,将误差量相加得出总误差量,对不同组合重复圆计算,并计算每个计算圆的总误差量,选择一个圆 最小总误差量作为最可能的圆,并且计算最可能圆的中心与旋转体的旋转中心之间的偏差。
    • 36. 发明授权
    • Golf ball
    • 高尔夫球
    • US06595876B2
    • 2003-07-22
    • US09776690
    • 2001-02-06
    • Atsuki KasashimaKeisuke IharaKazuto Maehara
    • Atsuki KasashimaKeisuke IharaKazuto Maehara
    • A63B3714
    • A63B37/0003A63B37/0006
    • Disclosed is a golf ball including: a plurality of dimples arranged overall on the spherical surface of the golf ball by assuming the spherical surface of the golf ball as a spherical octahedron and using, as dimple arrangement units, eight spherical triangles constituting the spherical octahedron, on each of which a specific number of the dimples are arranged. In this golf ball, at least the four dimples are arranged on each of three sides of the spherical triangle; there is no great circle with which none of the dimples intersects; and the total number of the dimples is in a range of 380 to 450.
    • 公开了一种高尔夫球,包括:通过将高尔夫球的球形表面假定为球形八面体并使用构成球形八面体的八个球形三角形作为凹坑布置单元,整体布置在高尔夫球的球形表面上的多个凹坑, 其中每个具有特定数量的凹坑被布置。 在该高尔夫球中,至少四个凹坑布置在球形三角形的三个侧面中的每一侧上; 没有一个没有一个凹坑相交的大圈子; 并且凹坑的总数在380至450的范围内。
    • 40. 发明授权
    • Golf ball injection molds
    • 高尔夫球注射模具
    • US06238194B1
    • 2001-05-29
    • US09204062
    • 1998-12-03
    • Michio InoueKeisuke Ihara
    • Michio InoueKeisuke Ihara
    • A23G122
    • B29C45/14819B29C45/14073B29C45/34B29L2031/545
    • An injection mold for golf balls defines a spherical cavity therein and has a parting plane extending coplanar with the equator of the cavity. A plurality of molding material injecting gates are arranged in the mold body along or near the cavity equator, and a plurality of retractable core support pins are disposed in the mold at areas other than the cavity equator and poles so that the core support pins may be moved toward and away from the cavity center. A cover having a uniform gage and a smooth surface can be injection molded to produce a golf ball without radial misalignment of the core.
    • 用于高尔夫球的注射模具在其中限定球形腔,并且具有与空腔的赤道共面延伸的分型平面。 多个成型材料注入浇口在腔体赤道内或其附近被布置在模具体中,并且多个可缩回的芯支撑销设置在模具中除了腔体赤道和极之外的区域中,使得芯支撑销可以 朝着和远离腔体中心移动。 具有均匀的规格和光滑表面的盖可以被注射成型以产生高尔夫球,而不会使芯的径向不对准。