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    • 86. 发明授权
    • Rotor for small motors and manufacturing method therefor
    • 小型电机用转子及其制造方法
    • US06731041B2
    • 2004-05-04
    • US10075931
    • 2002-02-14
    • Kenji FuruyaMakoto Kimura
    • Kenji FuruyaMakoto Kimura
    • H02K1300
    • H01R39/54H02K13/04H02K13/105Y10T29/49009Y10T29/49011Y10T29/49012Y10T29/49071Y10T29/49073
    • Each of the rotor magnetic poles is composed of a winding around a laminated core and each of both ends of each wound wire is connected to a commutator leg part coupled with a tip of a corresponding commutator segment of the commutator unit. Each of the commutator leg parts includes a base portion extending outward in a direction substantially normal to the radial direction from the tip of the corresponding commutator segment tip and coupled to the commutator segment top and a tip portion narrowed stepwise to let the ends of a wound wire be connected. A disk-shaped varistor having a hole at the center is mounted over the base portion of the commutator leg part, and each electrode of the varistor is soldered onto the corresponding base portion. Further, the commutator leg parts are punched and cut out of a reel-wound flat parent metal sheet and fixed to the commutator segment tips.
    • 每个转子磁极由围绕层叠铁心的绕组构成,并且每条缠绕线的每一端连接到与换向器单元的相应换向器段的尖端耦合的换向器支脚部分。 每个换向器腿部包括基本部分,其从大致垂直于径向方向的方向向外延伸,该基部从相应的换向器片段末端的尖端延伸并且连接到换向器片段顶部,并且尖端部分逐渐变窄以使伤口的端部 电线连接。 在整流子脚部的基部上安装有在中央具有孔的盘状变阻器,并且将变阻器的每个电极焊接到相应的基部上。 此外,换向器腿部被卷绕并从卷绕的扁平母体金属片上切出并固定到换向器片末端。
    • 87. 发明授权
    • Lens sheet, projection screen using the same, and method of molding the lens sheet
    • 透镜片,使用其的投影屏幕以及模制透镜片的方法
    • US06707606B2
    • 2004-03-16
    • US10011107
    • 2001-12-07
    • Hitomu WatanabeMakoto KimuraRyuji Hashimoto
    • Hitomu WatanabeMakoto KimuraRyuji Hashimoto
    • G03B2160
    • G03B21/602Y10T428/2457Y10T428/24612
    • Disclosed are a lens sheet wherein when molding a resin no damage is caused to a mold to there by enable the optical function of light diffusion agent particles to be enhanced, a projection screen, and a method of manufacturing the lens sheet. In a lens sheet having a base material sheet that has a lens formed on at least one surface thereof using an ionizing radiation curable resin, light diffusion agent particles are mixed into the base material sheet and have a mass average particle diameter of 3 to 25 &mgr;m and, when d represents the mass average particle diameter of the light diffusion agent particle and h represents the interval between the trough of the lens configuration of the lens and the surface on the lens-formation surface side of the base sheet material, there hold true the inequality: h>d/3.
    • 公开了一种透镜片,其中当模制树脂时,通过使光扩散剂颗粒的光学功能得到增强,投影屏幕和制造透镜片的方法,不会对模具造成损坏。 在具有使用电离辐射固化树脂在其至少一个表面上形成的透镜的基材片的透镜片中,将光漫射剂颗粒混合到基材片中,其质均粒径为3〜25μm 并且当d表示光扩散剂颗粒的质量平均粒径,h表示透镜的透镜构型的槽与基片材料的透镜形成表面侧的表面之间的间隔时, 不平等:
    • 88. 发明授权
    • Control apparatus for passenger restraining safety devices
    • 乘客限制安全装置的控制装置
    • US06427106B1
    • 2002-07-30
    • US09180676
    • 1998-11-13
    • Makoto Kimura
    • Makoto Kimura
    • B60R2116
    • B60R21/013B60R21/01B60R2021/01136B60R2021/01184
    • A restraint system enabling a side air bag to be inflated even if communication between a collision detection device and a restraining device control circuit is broken. The collision detection device repeatedly sends a normal condition signal, having a predetermined high rate period, through a communication line to the restraining device control circuit while a vehicle is traveling normally. If a lateral collision occurs, the collision detection device sends an arithmetic operation start signal through the communication line to the restraining device control circuit, and if a magnitude of impact is equivalent to, or larger than a predetermined magnitude, the collision detection device sends a restraining start signal through the communication line to the restraining device control circuit which then directs a passenger restraining device to operate to protect a passenger. When a collision occurs and the collision detection circuit has already sent the arithmetic operation start signal through the communication line to the restraining device control circuit, if the vehicle is seriously damaged by the collision and the communication line is broken, the restraining device control circuit does not receive a signal, or receives a defective signal after receiving the arithmetic operation start signal. Consequently, the restraining device control circuit operates under condition that a collision has occurred, driving the passenger restraining device to operate.
    • 即使碰撞检测装置和限制装置控制电路之间的通信被破坏,也能够使侧面气囊膨胀的约束系统。 当车辆正常行驶时,碰撞检测装置通过通信线路将具有预定高速率周期的正常条件信号重复发送到限制装置控制电路。 如果发生横向碰撞,则碰撞检测装置通过通信线路将约束装置控制电路发送算术运算开始信号,如果冲击的大小等于或大于预定的大小,则碰撞检测装置发送 通过通信线路将约束起动信号限制到限制装置控制电路,然后引导乘客限制装置进行操作以保护乘客。 当碰撞发生并且碰撞检测电路已经通过通信线路将算术运算开始信号发送到限制装置控制电路时,如果车辆被碰撞严重损坏并且通信线路断开,则限制装置控制电路 在接收到算术运算开始信号后不接收信号或者接收到有缺陷的信号。 因此,约束装置控制电路在发生碰撞的情况下运行,驱动乘客限制装置进行动作。