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    • 8. 发明授权
    • Output selection control system
    • 输出选择控制系统
    • US4037146A
    • 1977-07-19
    • US652854
    • 1976-01-27
    • Yoshihiko Kondo
    • Yoshihiko Kondo
    • G05B11/30B60S1/08H02P3/12H03K3/282H03K17/94H02P7/00
    • B60S1/0807Y10S318/02
    • A wiper switch of a wiper assembly includes a stopping position contact, an intermittent wiping position contact and a low-speed position contact which are respectively connected to a memory circuit, a trigger circuit and a preference circuit, wherein when the wiper switch is transferred from the stopping position to the intermittent wiping position the memory circuit generates a low level signal, whereas the memory circuit generates a high level signal when the wiper switch is transferred from the low-speed wiping position to the intermittent wiping position. A flip-flop connected to the memory circuit and the preference circuit generates a low level signal or a high level signal depending on the closing sequence of the wiper switch. The oscillation time constant of an oscillator circuit connected to the flip-flop varies depending on whether the flip-flop is generating the low level signal or the high level signal and consequently the time constant for the intermittent wiping operation of the wiper assembly varies depending on the selected closing sequence of the wiper switch.
    • 擦拭器组件的刮水器开关包括分别连接到存储器电路,触发电路和偏置电路的停止位置触点,间歇擦拭位置触点和低速位置触点,其中当刮水器开关从 存储器电路产生低电平信号的间歇擦拭位置的停止位置,而当擦拭器开关从低速擦拭位置传送到间歇擦拭位置时,存储电路产生高电平信号。 连接到存储器电路和偏置电路的触发器根据擦拭器开关的关闭顺序产生低电平信号或高电平信号。 连接到触发器的振荡器电路的振荡时间常数根据触发器是产生低电平信号还是高电平信号而变化,因此擦拭器组件的间歇擦拭操作的时间常数根据 刮水器开关的选定关闭顺序。
    • 10. 发明授权
    • Battery separator
    • 电池分离器
    • US06586137B1
    • 2003-07-01
    • US09658012
    • 2000-09-08
    • Masanao TanakaHiroaki YamazakiYoshihiko KondoKeisuke TakahashiToshiaki TakaseShinji Oota
    • Masanao TanakaHiroaki YamazakiYoshihiko KondoKeisuke TakahashiToshiaki TakaseShinji Oota
    • H01M216
    • H01M2/162
    • A battery separator is provided which is hardly broken by tension during the manufacture of batteries, is hardly punctured with a plate flash, and is hardly torn off with a plate edge, thereby hardly causing a short circuit. Accordingly, the separator can facilitate the stable manufacture of the batteries. The battery separator is equipped with a fiber sheet containing a polypropylene fiber having a tensile strength of not less than 10 g/d (denier) and a Young's modulus of not less than 800 kg/mm2, said separator having a resistance of not less than 585 gf to puncture by edge, or is equipped with a fiber sheet containing not less than 10 mass % of a polypropylene fiber having a tensile strength of not less than 10 g/d (denier) and a Young's modulus of not less than 800 kg/mm2.
    • 提供了一种在电池制造过程中几乎不被张力破坏的电池隔板,几乎不会被板簧冲压,并且几乎不会被板边缘撕开,从而几乎不会发生短路。 因此,分离器可以促进电池的稳定制造。 电池隔板装有含有拉伸强度不小于10g / d(旦尼尔)和杨氏模量不小于800kg / mm2的聚丙烯纤维的纤维片,所述隔膜的电阻不小于 585gf以边缘穿刺,或配备有不小于10质量%的抗拉强度不小于10g / d(旦尼尔)和杨氏模量不低于800kg的聚丙烯纤维的纤维片 / mm2。