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    • 4. 发明授权
    • Grommet and assembling method therefor
    • 索环及其装配方法
    • US07767911B2
    • 2010-08-03
    • US12044061
    • 2008-03-07
    • Nozomi KawasakiYasuyoshi SerizawaTatsuo ShimadaTetsuya MitaniHiroyuki Kurokawa
    • Nozomi KawasakiYasuyoshi SerizawaTatsuo ShimadaTetsuya MitaniHiroyuki Kurokawa
    • H01B17/58
    • B60R16/0222Y10T16/05
    • A grommet (1) has a central shaft (2)through which a wire harness (5) is inserted. A circular connection portion (31) is provided continuously to the periphery of the central shaft(2.) A convex cross-sectionally V-shaped ring-like lip (32) is extensibly provided to the circular connection portion (31) in the direction of the center of the central shaft. A flange portion (33) is provided continuously to the lip portion (32.) When the grommet (1) is assembled to a body panel (10,) the lip (32) of the grommet (1) is extended in the direction of the center of the central shaft (2) of the grommet (1,) thereby reducing the diameter of the lip (32.) Then, the lip(32) is inserted into the through hole (12) of the body panel (10.) Thus, a low insertion force is sufficient when the grommet is inserted thereinto. Consequently, the assemblability of the grommet (1)is enhanced.
    • 索环(1)具有中心轴(2),线束(5)穿过该中心轴插入。 圆形连接部分(31)连续地设置到中心轴(2)的周边。凸形横截面V形环状唇缘(32)在圆形连接部分(31)的方向上可延伸地设置 的中心轴的中心。 凸缘部分(33)连续地设置到唇部(32)。当索环(1)组装到主体板(10)上时,护环(1)的唇部(32)沿着 护耳环(1)的中心轴(2)的中心,从而减小了唇部(32)的直径。然后,将唇缘(32)插入到主体面板(10)的通孔(12)中。 )因此,当将索环插入其中时,低插入力就足够了。 因此,提升了索环(1)的组装性。
    • 6. 发明授权
    • Method and apparatus for manufacturing keystone type superconducting compacted stranded wires
    • 梯形酮型超导压缩绞线的制造方法和装置
    • US06675623B2
    • 2004-01-13
    • US09937106
    • 2002-07-09
    • Katsunori WadaTatsuo Shimada
    • Katsunori WadaTatsuo Shimada
    • B21B1310
    • B21C37/045B21B1/16B21B13/103B21B13/12B21C3/08H01B12/08H01B13/0006H01F6/06H01F41/048Y02E40/641Y10T29/49014
    • The present invention relates to a method and an apparatus for manufacturing keystone type superconducting compacted stranded wires. In manufacturing the keystone type superconducting compacted stranded wires, a large number of superconducting wires are stranded to form stranded wires, which are then roll-formed. The method and apparatus are configured so that, in the roll-forming, one side of the compacted stranded wires, which is thinner than the other side thereof after being roll-formed, comes into contact with one flat roll before the other side of the compacted stranded wires comes into contact with another flat roll. The method and apparatus are provided as another configuration wherein one flat roll to contact with the compacted stranded wires to be thicker is smaller in diameter than another flat roll to contact with the compacted stranded wires to be thinner. There is provided another configuration wherein one flat roll to contact with the compacted stranded wires to be thicker is located backward in roll axis position than another flat roll to contact with the compacted stranded wires to be thinner.
    • 本发明涉及一种用于制造梯形酮型超导压缩绞合线的方法和装置。 在制造梯形型超导压缩绞合线时,大量的超导线被绞合以形成绞合线,然后将它们卷成成形。 该方法和装置被构造成使得在辊轧成形之后,压制成形之后比其另一侧更薄的压实绞合线的一侧在一个平的辊之前与另一侧接触 压实的绞合线与另一个平的辊接触。 该方法和装置被提供为另一种构造,其中与压实的绞合线接触的一个平坦辊较粗的直径小于另一个扁平辊,以与被压实的绞合线接触以变薄。 提供了另一种构造,其中与待压实的绞合线相互接触的一个扁平辊将比另一个扁平辊位于辊轴位置的后方,以与压实的绞合线接触以变薄。
    • 7. 发明授权
    • Impact type dot printer
    • 冲击式点阵打印机
    • US4643596A
    • 1987-02-17
    • US776997
    • 1985-09-17
    • Tatsuo ShimadaYoshinori ChidaSatoru Tada
    • Tatsuo ShimadaYoshinori ChidaSatoru Tada
    • B41J2/31B41J3/08
    • B41J2/31
    • An impact dot printer has a print head which reciprocates back and forth in front of a rotationally driven platen to print dot matrix characters on a recording medium. The print head includes a single print hammer actuated by an electromagnetic driver. A succession of print timing signals are produced in synchronism with the rotational speed of the platen, and a home signal is generated each time the print head leaves its home position during the printing of each line. A control circuit initiates the printing of each line in response to the first print timing signal produced after generation of the home signal and controls the application of driving pulses to the electromagnetic driver so as to synchronize the actuation of the print hammer with the platen rotation.
    • 冲击点打印机具有打印头,该打印头在旋转驱动的压板的前面往复运动,以在记录介质上打印点阵字符。 打印头包括由电磁驱动器驱动的单个打印锤。 产生与台板的转速同步的连续的打印定时信号,并且每次在打印每行时打印头离开其原始位置时,产生归属信号。 控制电路响应于在产生家庭信号之后产生的第一打印定时信号而启动每条线的打印,并且控制向电磁驱动器施加驱动脉冲,以使打印锤的致动与压板旋转同步。
    • 10. 发明授权
    • Impact type dot printer
    • 冲击式点阵打印机
    • US4465386A
    • 1984-08-14
    • US183922
    • 1980-09-03
    • Tatsuo ShimadaYoshinori ChidaSatoru Tada
    • Tatsuo ShimadaYoshinori ChidaSatoru Tada
    • B41J2/31B41J3/02
    • B41J2/31
    • A printing head adapted to be moved for scanning in a direction perpendicular to the direction of feed of a paper is provided with a sole printing element (printing hammer) adapted to be driven in an impacting manner by an electromagnetic driving device. A platen disposed to oppose to the printing head is provided with a plurality of projections formed on the outer peripheral surface thereof and extending substantially in parallel with the axis thereof. Each of the projections being adapted to oppose to the printing element in a crossing relation to the latter when it is brought to the position ahead of the printing element as a result of rotation of the platen. As the printing element collides with the projection while the platen is rotated, a dot is formed on the recording paper at the position of crossing between the printing element and the projection, so that various patterns such as letters, numerals, symbols, pictures and so forth are printed at a high speed by a sole printing element.
    • 适于移动以沿与纸张进给方向垂直的方向进行扫描的打印头设置有适于以电磁驱动装置以冲击方式驱动的唯一印刷元件(印刷锤)。 设置成与打印头相对的压板设置有形成在其外周表面上并且基本上与其轴线平行地延伸的多个突起。 当打印元件由于压板的旋转而到达打印元件前方的位置时,每个突出部适于与打印元件交叉地相对于印刷元件。 随着打印元件在压板旋转时与突起碰撞,在打印元件和突起之间的交叉位置处在记录纸上形成一个点,使得诸如字母,数字,符号,图片等的各种图案 通过单一印刷元件高速印刷。