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    • 9. 发明申请
    • LIQUID JET RECORDING HEAD AND MANUFACTURING METHOD THEREOF
    • 液体射流记录头及其制造方法
    • US20100171798A1
    • 2010-07-08
    • US12652672
    • 2010-01-05
    • Yukuo YamaguchiSatoshi Kimura
    • Yukuo YamaguchiSatoshi Kimura
    • B41J2/175
    • B41J2/17513B29C2045/0063B29C2045/1637B41J2/16532
    • A primary flow path forming member is provided with a groove which becomes a recording liquid supply path on a bottom surface thereof. A second flow path forming member is provided with an arm portion having a small width and a large length. The arm portion of the second flow path forming member is used as a cap for closing the opening of the groove which becomes the liquid supply path formed on the bottom surface of the prime flow path forming member. The primary flow path forming member and the second flow path forming member as described above are formed by injection-molding and bonded with each other by a bonding member. The bonding member is formed to cover the periphery of a portion where the opening edge of the groove which becomes the recording liquid supply path, in the primary flow path forming member abuts on the arm portion of the second flow path forming member.
    • 主流路形成构件在其底面设置有成为记录液供给路的槽。 第二流路形成构件设置有具有小宽度和大长度的臂部。 第二流路形成构件的臂部用作封闭形成在主流路形成构件的底面上的液体供给路径的槽的开口的盖。 如上所述的主流路形成部件和第二流路形成部件通过注射成型而通过接合部件彼此接合而形成。 接合部件形成为覆盖在主流路形成部件中成为记录液供给路的槽的开口边缘与第二流路形成部件的臂部抵接的部分的周边。
    • 10. 发明申请
    • ANGLE DETECTOR
    • 角度探测器
    • US20100097055A1
    • 2010-04-22
    • US12527794
    • 2007-04-26
    • Satoshi Kimura
    • Satoshi Kimura
    • G01B7/30
    • G01D5/20G01D5/2046
    • An angle detector with a shaft angle multiplier of 32× shown in FIG. 2 is structured so that the number of winding grooves (2) of a stator core (1) is sixteen which is less than twice the shaft angle multiplier and so that the number of winding grooves (5) of a rotor core (4) is sixty four which is twice the shaft angle multiplier as commonly practiced. One or more small teeth (31) are formed on each tooth (3) of the winding grooves (2). In one embodiment, the number of the small teeth (31) is two for each tooth (3); therefore, the total number of the small teeth (31) is equal to the shaft angle multiplier of 32×. Consequently, even a resolver or a synchro with a large shaft angle multiplier can be easily reduced in size and cost, and wire winding is easily automated.
    • 图3所示的角度乘数为32×的角度检测器。 如图2所示,定子铁芯(1)的卷绕槽(2)的数量为16个,小于轴角倍增器的两倍,转子芯(4)的卷绕槽(5)的数量为 六十四,是通常实践的两倍于轴角乘数。 在绕线槽(2)的每个齿(3)上形成有一个或多个小齿(31)。 在一个实施例中,每个齿(3)的小齿(31)的数量为两个; 因此,小齿(31)的总数等于32×的轴角乘数。 因此,即使具有大轴角倍增器的旋转变压器或同步器也可以容易地减小尺寸和成本,并且线绕容易于自动化。