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
    • 3. 发明授权
    • Semiconductor integrated circuit
    • 半导体集成电路
    • US06683491B2
    • 2004-01-27
    • US10106107
    • 2002-03-27
    • Toru KogaShinya FujiokaKatsuhiro Mori
    • Toru KogaShinya FujiokaKatsuhiro Mori
    • G05F110
    • G11C11/4074G11C2207/2227
    • First and second voltage generators generate a first internal power supply voltage to be supplied to a first internal power supply line and a second internal power supply voltage to be supplied to a second internal power supply line, respectively. A short circuit shorts the first and second internal power supply lines when operations of both the first and second voltage generators are suspended. The first and second internal power supply lines become floating, and charges stored in the respective internal power supply lines drain out gradually. Here, since the charges are redistributed to both of the internal power supply lines, the first and second internal power supply voltages become equal in value as they drop off. Consequently, the first and second internal power supply voltages can be prevented from inversion, and internal circuits connected to both the first and second internal power supply lines can be precluded from malfunctioning.
    • 第一和第二电压发生器产生分别提供给第一内部电源线和第二内部电源电压的第一内部电源电压以供给第二内部电源线。 当第一和第二电压发生器的操作被暂停时,短路使第一和第二内部电源线短路。 第一和第二内部电源线变为浮动,并且各个内部电源线中存储的电荷逐渐排出。 这里,由于电荷被重新分配给两个内部电源线,所以第一和第二内部电源电压随着它们的下降而变得相等。 因此,可以防止第一和第二内部电源电压反转,并且可以防止连接到第一和第二内部电源线的内部电路发生故障。
    • 7. 发明授权
    • Fuse circuit
    • 保险丝电路
    • US06566937B1
    • 2003-05-20
    • US10152579
    • 2002-05-23
    • Katsuhiro MoriShinya FujiokaMasahiro Niimi
    • Katsuhiro MoriShinya FujiokaMasahiro Niimi
    • H01H3776
    • G11C17/16
    • Upon receiving a level of a second node through a third switch in the first half of a first period, a holding circuit outputs it as a fuse signal indicating a blown-out state of a fuse. Since the third switch turns off in the second half of the first period, a change in level of the second node occurring thereafter will not affect data in the holding circuit, whereby prevents malfunction of a fuse circuit. With the fuse blown, a level of a first node gets fixed at that of a second power supply line after the first period. This eliminates a voltage difference between both ends of the fuse, thereby preventing a growback. No occurrence of growback makes just one fuse blowing sufficient for the fuse circuit even with the fuse not completely cut off. This consequently shortens a time for blowing the fuse in a test process.
    • 在第一周期的前半段通过第三开关接收到第二节点的电平时,保持电路将其作为指示保险丝的熔断状态的熔丝信号输出。 由于在第一周期的后半部分中第三开关断开,所以其后发生的第二节点的电平变化不会影响保持电路中的数据,从而防止熔丝电路的故障。 在保险丝熔断时,在第一周期之后,第一节点的电平固定在第二电源线的电平上。 这消除了保险丝两端之间的电压差,从而防止了长时间的恢复。 即使没有完全切断保险丝,也不会发生长时间退回,只有一个保险丝对保险丝电路充足。 从而缩短了在测试过程中熔断熔断器的时间。
    • 8. 发明授权
    • Method of producing coated lenses
    • 生产涂层镜片的方法
    • US08613982B2
    • 2013-12-24
    • US12516740
    • 2008-01-25
    • Naoto TakahashiKatsuhiro MoriNoriyuki Fukada
    • Naoto TakahashiKatsuhiro MoriNoriyuki Fukada
    • C08J7/04C08F2/48
    • B05D1/005B05D3/067B05D5/061
    • A method of coating without permitting the coating solution to flow onto the side surfaces or the back surfaces of the lenses in the operation for applying the coating solution onto the lenses. A lens 15 is spin-coated with the coating solution having a particular viscosity. A side edge portion 121 of a spatula 119 is brought into contact with an upper edge portion of a side surface 15a of the lens 15 before the coating solution fed onto the surface of the lens arrives at the peripheral edge portion of the lens. The side edge portion 121 of the spatula 119 is so arranged that the upper end side of the spatula is tilted toward the center side of the lens 15 at an angle of 5 to 35 degrees with the vertical line as a reference. The coating solution applied onto the lens 15 that is rotating adheres onto the spatula 119 but does not adhere onto the side surface of the lens 15.
    • 在涂布溶液到透镜的操作中,涂布方法不允许涂布溶液流到透镜的侧表面或背面。 透镜15被涂覆有具有特定粘度的涂布溶液。 刮刀119的侧边缘部分121与透镜15的侧表面15a的上边缘部分接触,然后将馈送到透镜表面的涂布溶液到达透镜的周缘部分。 刮铲119的侧边缘部分121被布置成使得刮刀的上端侧以垂直线作为基准以5至35度的角度朝向透镜15的中心侧倾斜。 施加到正在旋转的透镜15上的涂布溶液粘附到刮刀119上,但不粘附到透镜15的侧表面上。