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    • 24. 发明授权
    • Time data processing circuit for electronic timepiece
    • 电子表的时间数据处理电路
    • US4253175A
    • 1981-02-24
    • US19572
    • 1979-03-12
    • Eiji MasudaTeruaki TanakaTetsuo YamaguchiHiroaki Suzuki
    • Eiji MasudaTeruaki TanakaTetsuo YamaguchiHiroaki Suzuki
    • G04G15/00G04F10/00G04G3/02G04G5/00G04G99/00G06F7/00G04C19/00
    • G04G3/025
    • A time data processing circuit for an electronic timepiece comprises a common line; a signal generator for generating time data signal and first, second, third and fourth control signals; first and second shift register circuits; an arithmetic operation circuit for processing the time data signal and the output signal of the first shift register circuit; a first input/output circuit for coupling, in response to the first control signal, the output terminal of the arithmetic operation circuit to the common line and the input terminal of the first shift register circuit and coupling, in response to the second control signal, the common line to the input terminal of the first shift register circuit; and a second input/output circuit for coupling, in response to the third control signal, the output terminal of the second shift register circuit to the input terminal of the second shift register circuit and the common line and coupling, in response to the fourth control signal, the input terminal of the second shift register circuit to the common line.
    • 电子钟表的时间数据处理电路包括公共线; 用于产生时间数据信号和第一,第二,第三和第四控制信号的信号发生器; 第一和第二移位寄存器电路; 用于处理时间数据信号和第一移位寄存器电路的输出信号的算术运算电路; 第一输入/输出电路,用于响应于第一控制信号将算术运算电路的输出端耦合到公共线和第一移位寄存器电路的输入端,并且响应于第二控制信号耦合, 与第一移位寄存器电路的输入端的公共线; 以及第二输入/输出电路,用于响应于所述第三控制信号,将所述第二移位寄存器电路的输出端耦合到所述第二移位寄存器电路的输入端,并且响应于所述第四控制,耦合所述公共线和耦合 信号,第二移位寄存器电路的输入端到公共线。
    • 25. 发明授权
    • Gas container valve fastening machine
    • 气体容器阀紧固机
    • US09044835B2
    • 2015-06-02
    • US13343008
    • 2012-01-04
    • Eiji Masuda
    • Eiji Masuda
    • B23P21/00B23P19/06F17C13/04
    • B23P19/065F17C13/04F17C2225/0123F17C2225/036F17C2270/059F17C2270/0745Y10T29/53022
    • The invention is a gas container valve fastening machine which comprises a column erected on a base, a clamp unit for securely supporting a gas container placed on the base in an upright posture parallel to the column, a rotary drive unit vertically movably disposed above clamp the unit along the column, a rotary transmission unit interlocked and connected to an output shaft of the rotary drive unit, and a wrench attached to a lower end of the rotary transmission unit. A valve engaged in the wrench is rotated by the rotary transmission unit and threaded into the screw hole of a sleeve of the gas container, including a guide rod arranged parallel to the column, and a movable frame with its middle portion attached to the guide rod to be free to move in the axial direction, and free to rotate in the circumferential direction via a bearing boss.
    • 本发明是一种气体容器阀紧固机,其包括竖立在基座上的立柱,用于以平行于该柱的直立姿势牢固地支撑放置在基座上的气体容器的夹紧单元,可垂直移动地设置在夹紧位置上方的旋转驱动单元 沿旋转驱动单元联动并连接到旋转驱动单元的输出轴的旋转传动单元以及安装在旋转传动单元的下端的扳手。 接合在扳手中的阀由旋转传动单元旋转并拧入气体容器的套筒的螺孔中,包括平行于柱的引导杆,以及可移动的框架,其中部附接到导向杆 能够沿轴向自由移动,并且通过轴承凸起在圆周方向上自由旋转。
    • 26. 发明授权
    • Battery temperature control system
    • 电池温度控制系统
    • US08575897B2
    • 2013-11-05
    • US12572771
    • 2009-10-02
    • Eiji Masuda
    • Eiji Masuda
    • H02J7/00
    • H02J7/1461H02J7/1423H02J7/1453Y02T10/7011Y02T10/7016
    • A battery temperature control system, in temperature rise control, sets a maximum chargeable current and a maximum dischargeable current based on detection values of current, voltage, and temperature of a high-voltage battery, and controls charging/discharging power so that the current of the high-voltage battery does not exceed the maximum chargeable current or the maximum dischargeable current. For this reason, it is possible to prevent the high-voltage battery from abnormal heating and promptly raise its temperature according to change in the internal state of the high-voltage battery. In this control, a plurality of electrical equipment is selectively used. The amplitude of charging/discharging is controlled to reduce vibration noise and driving force fluctuation.
    • 一种电池温度控制系统,在升温控制中,基于高电压电池的电流,电压和温度的检测值设定最大可充电电流和最大可放电电流,并控制充电/放电功率, 高压电池不超过最大可充电电流或最大可放电电流。 因此,可以防止高电压电池发生异常加热,并根据高压电池的内部状态的变化迅速升温。 在该控制中,选择性地使用多个电气设备。 控制充放电幅度,减少振动噪声和驱动力波动。
    • 30. 发明授权
    • Modified polyacetal and method of producing the same
    • 改性聚缩醛及其制备方法
    • US5973081A
    • 1999-10-26
    • US663279
    • 1996-06-07
    • Hiroyuki KanaiHajime SerizawaKatsuhei OhnishiEiji MasudaKaoru Yamamoto
    • Hiroyuki KanaiHajime SerizawaKatsuhei OhnishiEiji MasudaKaoru Yamamoto
    • C08F283/06C08F290/14C08G2/30C08L61/02C08L67/00C08L75/04C08L77/00
    • C08F290/142C08F283/06C08G2/30
    • A modified polyacetal is obtainable by heating 0.1 to 30 parts by weight of (B) a polymerizable compound having a modifying group such as an epoxy group, a carboxyl group or an acid anhydride group relative to 100 parts by weight of (A) a base polyacetal and introducing the modifying group of the polymerizable compound to the base polyacetal. The base polyacetal (A) includes (A1) a polyacetal selected from polyoxymethylene homopolymers and copolymers, and (A2) a polymerizable polyacetal having a functional group comprising a polymerizablly unsaturated bond. The introduction efficiency of the modifying group can be enhanced by adding 0.01 to 2.5 parts by weight of (C) a free-radical initiator relative to 100 parts by weight of the total amount of the components (A) and (B), and mixing the resultant mixture under a molten state of the polyacetal. According to such method, the affinity of the polyacetal is improved by introducing the modifying group to the base polyacetal with ease and high efficiency.
    • PCT No.PCT / JP95 / 02138 Sec。 371日期1996年6月7日第 102(e)日期1996年6月7日PCT提交1995年10月19日PCT公布。 第WO96 / 13535号公报 日期:1996年5月9日改性聚缩醛相对于100重量份的(B)具有环氧基,羧基或酸酐基等改性基团的聚合性化合物,加热0.1〜30重量份, A)基础聚缩醛,并将可聚合化合物的改性基团引入到基础聚缩醛中。 基础聚缩醛(A)包括(A1)选自聚甲醛均聚物和共聚物的聚缩醛,(A2)具有包含可聚合不饱和键的官能团的聚合性缩醛。 相对于100重量份的组分(A)和(B)的总量,通过加入0.01至2.5重量份的(C)自由基引发剂可以提高改性基团的引入效率,并且混合 所得混合物在聚缩醛的熔融状态下。 根据这种方法,通过将改性基团容易且高效率地引入到基础聚缩醛中来改善聚缩醛的亲和性。