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    • 6. 发明申请
    • STRUCTURE OF THE ROTATING MEMBER
    • 旋转会员结构
    • US20050201876A1
    • 2005-09-15
    • US10904750
    • 2004-11-25
    • Toshiyuki Kataoka
    • Toshiyuki Kataoka
    • A47L13/02A47L17/06A47L23/22B05C17/10F01D19/00F03D1/06F04B17/00H02K1/22H02K7/118
    • F03D1/0658H02K7/118Y02E10/721
    • In the structure of the rotary member fixing the windmill, propeller, fan, impeller and so forth on the rotary axis of the motor, having the foresaid tubular boss located at the center of the rotary member, having the bracket that is lid of the foresaid boss, having the stopper arranged around internal circumference of the foresaid boss, having the elastic member at least, and the foresaid stopper being almost bar-shape, the foresaid penetrating axis penetrating to cross bar-like stopper, and there is the holding hole to hold the top of the foresaid rotary axis. In the meantime, the spiral first groove to build-in the foresaid elastic member around the external circumference of the holding hole is prepared, and the spiral second groove to build-in the foresaid elastic member around the external circumference of the holding hole is prepared, the foresaid stopper is arranged nearby the foresaid elastic member. Since the spiral elastic member moves to the direction of axis rotating spirally between the spiral first groove and the spiral second groove, the cushion effect is there because of this elastic member if the stopper rotates together with the stopper, and it is possible to enlarge the free angle and the sliding angle by rotating the elastic member between the first groove and the second groove.
    • 在旋转构件的结构中,将风车,螺旋桨,风扇,叶轮等固定在电动机的旋转轴上,其具有位于旋转构件中心的上述管状凸台,具有作为预定的盖的支架 凸台,具有设置在所述凸起的凸起的内周周围的止动件,至少具有弹性构件,并且所述预定的止动件几乎为棒状,所述预定的穿透轴穿过横杆状止动件,并且存在所述保持孔 保持预定旋转轴的顶部。 同时,准备围绕保持孔的外周形成上述弹性构件的螺旋状的第一槽,并且准备围绕保持孔的外周形成上述弹性构件的螺旋状的第二槽 ,所述预定的止动件设置在所述弹性构件附近。 由于螺旋形弹性构件沿螺旋状旋转旋转的方向移动到螺旋形第一槽和螺旋形第二槽之间,所以如果止动件与止动件一起旋转,则由于该弹性构件而产生缓冲作用,因此, 自由角度和通过使第一槽和第二槽之间的弹性构件旋转的滑动角度。
    • 7. 发明授权
    • Apparatus and method for transforming mathematical expression, and storage medium
    • 用于转换数学表达式的装置和方法以及存储介质
    • US06795838B1
    • 2004-09-21
    • US09498011
    • 2000-02-04
    • Toshiyuki Kataoka
    • Toshiyuki Kataoka
    • G06F300
    • G06F17/215
    • An apparatus capable of obtaining a result which is desired by an operator, canceling a result when an erroneous operation is performed and facilitating creation of a mathematical expression is provided. This apparatus comprises an indicating mechanism for outputting a position in a mathematical expression and a part in a mathematical expression in accordance with an operation of the operator; an operating mechanism for generating a plurality of proposed transformation results of the mathematical expressions based on the position and the part outputted from the indicating mechanism, and a selecting mechanism for selecting one from a plurality of the proposed transformation results in accordance with an operation of the operator.
    • 一种能够获得操作者期望的结果的装置,在执行错误操作时取消结果并且提供数学表达式的创建。 该装置包括用于根据操作者的操作输出数学表达式中的位置和数学表达式中的一部分的指示机构; 一种用于根据从指示机构输出的位置和部分产生数学表达式的多个提出的变换结果的操作机构,以及用于根据所述指令机构的操作从多个所提出的变换结果中选择一个的选择机制 操作员。
    • 8. 发明授权
    • Capacitive pressure sensor
    • 电容式压力传感器
    • US06341527B1
    • 2002-01-29
    • US09680391
    • 2000-10-04
    • Yoshiyuki IshikuraShigeo KimuraTakashi MasudaMasaru SoedaToshiyuki Kataoka
    • Yoshiyuki IshikuraShigeo KimuraTakashi MasudaMasaru SoedaToshiyuki Kataoka
    • G01L912
    • G01L9/0075
    • A capacitive pressure sensor includes lower and upper wafers, a stationary electrode, first and second pads, a movable electrode, and a plurality of extraction electrodes. The lower wafer has a first capacitor forming portion and a first pad forming portion communicating with it. The upper wafer has a second capacitor forming portion, constituting a capacitor chamber together with the first capacitor forming portion, and a second pad forming portion communicating with it. The stationary electrode is formed on a bottom surface of the first capacitor forming portion. The first pad is formed on a bottom surface of the first pad forming portion and connected to the stationary electrode through a first interconnection. The movable electrode is formed on a bottom surface of the second capacitor forming portion to oppose the stationary electrode. The second pad is formed in the second pad forming portion and connected to the movable electrode through a second interconnection. The extraction electrodes are connected to the first and second pads and extracted outside through holes in the lower wafer. The lower and upper wafers are bonded to each other such that their pad forming portions are covered with their bonding surfaces.
    • 电容式压力传感器包括下晶片和上晶片,固定电极,第一和第二焊盘,可动电极和多个提取电极。 下晶片具有第一电容器形成部分和与其连通的第一焊盘形成部分。 上晶片具有与第一电容器形成部分一起构成电容器室的第二电容器形成部分和与其连通的第二焊盘形成部分。 固定电极形成在第一电容器形成部分的底表面上。 第一焊盘形成在第一焊盘形成部分的底表面上,并通过第一互连连接到固定电极。 可动电极形成在第二电容器形成部分的底表面上以与固定电极相对。 第二焊盘形成在第二焊盘形成部分中,并通过第二互连连接到可动电极。 引出电极连接到第一和第二焊盘,并通过下晶片中的孔抽出。 下晶片和上晶片彼此接合,使得它们的焊盘形成部分被其接合表面覆盖。