会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 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。
    • 4. 发明授权
    • Thermal transfer printer
    • 热转印机
    • US06639619B2
    • 2003-10-28
    • US10287778
    • 2002-11-05
    • Masahiko UedaTetsuya Yamamoto
    • Masahiko UedaTetsuya Yamamoto
    • B41J3352
    • B41J2/325B41J15/042B41J17/24
    • A braking mechanism which applies tension to an ink ribbon is provided. The braking mechanism comprises: a first friction member which is fitted to a supply shaft to rotate and support the ink ribbon and is rotated as one body together with the supply shaft; a second friction member which is fitted to the supply shaft in such a way that relative rotation can be realized and for which absolute rotation at least in one direction is restricted and relative axial movement to the supply shaft can be realized; an operation member which is screwed into a screwed section formed on the supply shaft; and an energizing member which is arranged between the operation member and the second friction member and which presses the second friction member for energizing the second friction member.
    • 提供了向墨带施加张力的制动机构。 制动机构包括:第一摩擦构件,其配合到供应轴以旋转和支撑色带,并与供应轴一起作为一体旋转; 第二摩擦构件,其以能够实现相对旋转并且至少在一个方向上的绝对旋转被限制并且可以实现对供给轴的相对轴向运动的方式装配到供给轴; 旋转到形成在供给轴上的螺纹部的操作构件; 以及激励构件,其配置在所述操作构件和所述第二摩擦构件之间,并且按压所述第二摩擦构件以激励所述第二摩擦构件。
    • 5. 发明授权
    • Simulation method for estimating performance of product made of viscoelastic material
    • 用于估计粘弹性材料制品性能的模拟方法
    • US07130748B2
    • 2006-10-31
    • US10481754
    • 2002-07-16
    • Masahiko UedaKazuyoshi MiyamotoMasaki Shiraishi
    • Masahiko UedaKazuyoshi MiyamotoMasaki Shiraishi
    • G01L1/00G06G7/48
    • G06F17/5018
    • A simulation method includes the step of momently measuring a value of each of a strain, a strain speed, and a stress generated in the viscoelastic material, deriving time history data of a viscous drag, the strain speed and the stress, thereby deriving a relationship among the strain, the strain speed, and the viscous drag and setting the product as a product model whose performance is analyzed; inputting the relationship to the product model; and computing a stress and strain of a deviation component by using a deviation main strain and a deviation main strain speed converted from an entire coordinate system into a main strain coordinate system and a main strain speed coordinate system respectively to thereby conduct a simulation in consideration of a change of the viscous drag which occurs in dependence of a variation of the strain and the strain speed.
    • 模拟方法包括以下步骤:简单地测量在粘弹性材料中产生的应变,应变速度和应力中的每一个的值,导出粘滞阻力,应变速度和应力的时间历史数据,从而导出关系 在应变,应变速度和粘滞阻力之间,将产品设置为性能分析的产品模型; 输入与产品型号的关系; 以及通过使用从整个坐标系转换成主应变坐标系和主应变速度坐标系的偏差主应变和偏差主应变速度来分别计算偏差分量的应力和应变,从而进行考虑 根据应变和应变速度的变化而发生的粘性阻力的变化。
    • 9. 发明授权
    • Method for measuring behavior of golf club and ball
    • 测量高尔夫球杆和球的行为的方法
    • US08708833B2
    • 2014-04-29
    • US13399634
    • 2012-02-17
    • Masahiko Ueda
    • Masahiko Ueda
    • A63F13/00
    • A63B69/3614A63B24/0003A63B60/42A63B69/3632A63B2069/3605A63B2220/807G06T7/246G06T7/285G06T2207/10021G06T2207/30224
    • A method for measuring behavior of a head of a golf club and of a ball includes obtaining two-dimensional data of three or more marks on a face surface at two points in time before impact; identifying three-dimensional positions of the marks on the two points in time from the two-dimensional data; identifying behavior of the face surface of the three-dimensional position of each mark at the two points in time; identifying time of a contact of the face surface with the ball; estimating behavior of the head at the time of contact of the face surface with the ball; obtaining two-dimensional data of the ball at the two points in time; identifying three-dimensional position and posture of the ball at the two points in time; and estimating a behavior value of the ball from the three-dimensional position and posture of the ball.
    • 用于测量高尔夫球杆和球的头部的行为的方法包括在冲击之前的两个时间点获得面表面上三个或更多个标记的二维数据; 从两维数据中识别两个时间点上的标记的三维位置; 在两个时间点识别每个标记的三维位置的面部表面的行为; 识别面表面与球的接触的时间; 估计头部在面部表面与球接触时的行为; 在两个时间点获得球的二维数据; 在两个时间点识别球的三维位置和姿势; 以及从球的三维位置和姿势估计球的行为值。