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    • 31. 发明授权
    • Control method of an injection molding machine
    • 注塑机的控制方法
    • US5863475A
    • 1999-01-26
    • US903094
    • 1997-07-30
    • Masahiko Ueda
    • Masahiko Ueda
    • B22D17/26B29C45/64B29C45/76B29C45/80
    • B29C45/80
    • A control method for an injection molding machine includes deciding a position where the speed of a movable platen is to be changed from high speed to low speed. Over the coasting distance, between high speed (equivalent to V.sub.4) and low speed (equivalent to V.sub.6), the speed changes smoothly past the decided position in accordance with a function of time, F(T)=V.sub.4 -(V.sub.4 -V.sub.6) (1-e.sup.-T). Decreasing speed at a second decided position, just before the movable platen stops, is in accordance with a function of position s, F(s)=s(V.sub.MAX -V.sub.MIN)/D+V.sub.MIN. V.sub.MAX is equivalent to the maximum mold closing or opening speed and V.sub.MIN is equivalent to the minimum speed at which moving of the movable platen is guaranteed.
    • 注射成型机的控制方法包括:确定可动压板的速度从高速变为低速的位置。 在高速(相当于V4)和低速(相当于V6)之间,随着时间的推移,速度(F(T)= V4-(V4-V6) (1-eT)。 根据位置s,F(s)= s(VMAX-VMIN)/ D + VMIN的函数,在可动压板停止之前的第二决定位置的速度降低。 VMAX相当于最大的模具闭合或打开速度,VMIN等于保证移动压板移动的最小速度。
    • 32. 发明授权
    • Print head for dot matrix printers
    • 点阵打印机的打印头
    • US4986179A
    • 1991-01-22
    • US383413
    • 1989-07-20
    • Takashi MoriyaMasahiko UedaToshihiro Endo
    • Takashi MoriyaMasahiko UedaToshihiro Endo
    • B41J2/275B41J2/26B41J9/10B41J9/127
    • B41J9/10B41J2/26B41J9/127
    • A stylus actuator unit for dot matrix line printers in which each electromagnetic actuator drives each stylus.An armature is rockably supported by the electromagnetic actuator while fixing a stylus for printing to one end thereof and having at the other end thereof a plunger to be attracted by the electromagnetic actuator. At an intermediate between the stylus fixing end and the plunger fixing end of armature is provided an armature support member composed of a torison leaf spring which is supported by a yoke base mounted on the electromagnetic actuator.The torsion leaf spring has a configuration of the letter E and both side portions are fixed to the yoke base and the central portion supports the armature. When the electromagnetic actuator attracts the plunger, the armature on the side of the stylus is driven in the opposite direction to the direction of attraction, thereby enabling the stylus to impact to the paper placed over the outer periphery of the platen.
    • 用于点阵线打印机的触针致动器单元,其中每个电磁致动器驱动每个触针。 电枢由电磁致动器摇摆地支撑,同时将用于印刷的触针固定到其一端,并且另一端具有被电磁致动器吸引的柱塞。 在触针固定端和电枢的柱塞固定端之间的中间设置有电枢支撑构件,该电枢支撑构件由安装在电磁致动器上的轭架支撑的托盘簧。 扭转片弹簧具有字母E的构造,并且两个侧部固定到轭架基座,并且中心部分支撑衔铁。 当电磁致动器吸引柱塞时,触针侧的电枢沿与吸引方向相反的方向被驱动,从而使得触针能够撞击放置在压板外周上的纸张。
    • 36. 发明授权
    • Method and apparatus of measuring rotational and flight characteristics of sphere
    • 测量球体旋转和飞行特性的方法和装置
    • US07346194B2
    • 2008-03-18
    • US10681156
    • 2003-10-09
    • Mitsunori MikiMasahiko UedaMasahide Onuki
    • Mitsunori MikiMasahiko UedaMasahide Onuki
    • G06K9/00G06K9/36
    • G06T7/20G06T7/74
    • A reference posture and a reference position of the imaginary sphere and an arbitrary position are set. The relationship between three-dimensional coordinates and two-dimensional coordinates is derived by using a photographing means. Positions of marks given to the imaginary sphere formed at the coordinates in the three-dimensional space are converted into positions on a two-dimensional image. An operation of displacing a posture of the imaginary sphere relative to the reference posture and the reference position is performed in such a way that the coordinate values of the two-dimensional imaginary marks and the coordinate values of the marks present on the two-dimensional images of the sphere are coincident with each other. The rotational and flight characteristics of the sphere are computed, according to the three-dimensional posture and position at one time and the three-dimensional posture and position thereof at another time.
    • 设定虚拟球体和任意位置的基准姿势和基准位置。 通过使用拍摄装置导出三维坐标与二维坐标之间的关系。 给予形成在三维空间坐标处的虚拟球的标记的位置被转换成二维图像上的位置。 以相对于参考姿势和基准位置移动假想球体姿势的操作,以二维虚像的坐标值和存在于二维图像上的标记的坐标值 的球体相互重合。 球体的旋转和飞行特征根据三维姿态和位置一次计算,三维姿势和位置在另一时间计算。
    • 38. 发明申请
    • Ribbon Feeder and Printer
    • 丝带进纸器和打印机
    • US20070231041A1
    • 2007-10-04
    • US11579861
    • 2005-06-06
    • Masahiko UedaSeiji MoritaHiroshi Sakurai
    • Masahiko UedaSeiji MoritaHiroshi Sakurai
    • B41J33/00
    • B41J17/08B41J17/30
    • Ribbon tension detecting means (20, 21), which are formed of a plate-like lever body (35) each, are located individually on the upstream side and the downstream side of a platen (7) with respect to its travel. The plate-like lever body (35) has first and second rollers (47, 48) on the upstream and downstream sides with respect to travel of a ribbon, and swings around an axis of rotation of the second roller (48), depending on a tension of the ribbon traveling guided by the rollers (47, 48). If the amount of its swing is not less than or not more than a fixed value, a ribbon feed motor (18) or a ribbon take-up motor (19) is driven. Further, the ribbon tension detecting means (20, 21) are provided with a smoothing member which touches the ink ribbon (13) to remove wrinkles from the ink ribbon (13).
    • 由板状杆体(35)形成的带状张力检测装置(20,21)分别位于压板(7)的上游侧和下游侧。 板状杆体(35)具有相对于带的移动而在上游侧和下游侧的第一和第二辊(47,48),并且根据第二辊(48)的旋转轴线摆动 由辊(47,48)引导的带运动的张力。 如果其摆动量不小于或不大于固定值,则驱动色带供给电机(18)或色带卷带电动机(19)。 此外,色带张力检测装置(20,21)设置有与墨带(13)接触以从墨带(13)去除褶皱的平滑部件。
    • 39. 发明授权
    • Golf ball
    • 高尔夫球
    • US06645089B2
    • 2003-11-11
    • US09906132
    • 2001-07-17
    • Masaya TsunodaJun OchiKouhei TakemuraMasahide OnukiMasahiko Ueda
    • Masaya TsunodaJun OchiKouhei TakemuraMasahide OnukiMasahiko Ueda
    • A63B3700
    • A63B37/12A63B37/0003A63B37/0076A63B37/02
    • A golf ball (1) comprises a core (3) and a cover (5). The core (3) has a six-layer structure having first to sixth layers (7) to (17). A value of (T1/T2) is greater than 2.10 and is equal to or smaller than 2.50, wherein time series data on force in a z direction which is applied to a load cell provided on a back face of a collision plate inclined by 22 degrees with respect to a horizontal direction when the golf ball (1) impacts the collision plate at a speed of 35 m/s in a vertically upward direction are represented by Fn(t), time series data on force in an x direction are represented by Ft(t), a time taken after a start of the impact before the Fn(t) is first changed from a positive number to zero is represented by T1 and a time taken after the start of the impact before the Ft(t) is first changed from a positive number to a negative number is represented by T2. The golf ball (1) has a higher back spin rate during hitting on the same conditions than that of a conventional golf ball.
    • 高尔夫球(1)包括芯(3)和盖(5)。 芯(3)具有六层结构,具有第一至第六层(7)至(17)。 (T1 / T2)的值大于2.10并且等于或小于2.50,其中施加到设置在倾斜22度的碰撞板的背面上的称重传感器的在az方向上的力的时间序列数据 当高尔夫球(1)以垂直向上的方向以35m / s的速度撞击碰撞板时,相对于水平方向表示为Fn(t),关于x方向上的力的时间序列数据由 Ft(t)表示在Fn(t)之前的冲击开始首先从正数变为零之后所花费的时间,T1表示Ft(t)之前的冲击开始后所花费的时间 首先从正数变为负数由T2表示。 在与常规高尔夫球相同的条件下,高尔夫球(1)的打击速度更高。