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
    • 1. 发明申请
    • Electronic Clock
    • 电子钟
    • US20090238044A1
    • 2009-09-24
    • US12309033
    • 2007-07-05
    • Kohichi SatohYuh Takyoh
    • Kohichi SatohYuh Takyoh
    • G04C3/14
    • G04C3/143H02P8/38
    • Provided is an electronic clock which makes no erroneous determination of rotation detection and suppresses unnecessary current consumption even when being provided with the second hand having a large moment of inertia. The electronic clock uses a first detection mode determination circuit 112 and a second detection mode determination circuit 113 to perform the rotation detection. The electronic clock includes a determination selecting circuit 113c as changing means for changing the determination period of the second detection mode in accordance with the determination period of the first detection mode. Even when the current waveform is disturbed, erroneous determinations are prevented in a way that the determination terminal of the second detection mode is shortened if the first detection mode terminates earlier. The determination period is changed by the determination selecting circuit 113c selecting either one of a seven-time detection/determination circuit 113a that terminates the determination after seven detection pulses or a six-time detection/determination circuit 113b that terminates the determination after six detection pulses. Alternatively, instead of the number of detection pulses, a cycle of the detection pulses may be shortened.
    • 提供一种不产生旋转检测的错误判定的电子时钟,即使在具有大惯性矩的秒针的情况下也能够抑制不必要的电流消耗。 电子时钟使用第一检测模式确定电路112和第二检测模式确定电路113来执行旋转检测。 电子时钟包括作为改变装置的确定选择电路113c,用于根据第一检测模式的确定周期改变第二检测模式的确定周期。 即使当电流波形被干扰时,如果第一检测模式更早地结束,则以如下方式防止错误的确定:第二检测模式的确定终端被缩短。 通过判定选择电路113c,选择在七个检测脉冲之后终止判定的七次检测/判定电路113a中的任一个或者在六个检测脉冲之后结束判定的六次检测/判定电路113b,来改变判定期间 。 或者,代替检测脉冲的数量,可以缩短检测脉冲的周期。
    • 4. 再颁专利
    • Vinylamine copolymer, flocculating agent and paper strength increasing
agent using the same, as well as process for producing the same
    • 乙烯胺共聚物,絮凝剂和使用其的纸强度增加剂,以及其制备方法
    • USRE34903E
    • 1995-04-11
    • US148384
    • 1993-11-08
    • Takaharu ItagakiMitsuaki ShiragaShigeru SawayamaKohichi Satoh
    • Takaharu ItagakiMitsuaki ShiragaShigeru SawayamaKohichi Satoh
    • C08F8/12C08F8/44C08F226/02
    • C08F226/02C08F8/12C08F8/44C08F2800/10C08F2810/50
    • Disclosed herein is a vinylamine copolymer having the structural units represented by the following formulas (I), (II), (III).[.,.]. .Iadd.and .Iaddend.(IV) .[.and (VI).].: ##STR1## wherein x.crclbar. represents an anion or hydroxyl ion R represents a hydrogen atom or a methyl group, M.sym. represents a hydrogen ion or a monovalent cation, in which the molar fraction of the structural unit (I) is 5 to 85% by mole, the molar fraction of the structural unit (II) is 2 to 85% by mole, the molar fraction of the structural unit (III) is 5 to 80% by mole,.[.the molar fraction of the structural unit (IV) is 0 to 40% by mole,.]. all of said molar fractions being based on the vinylamine copolymer, and the molar fraction of the structural unit .[.(V).]. (.Iadd.IV) is 0 to 8% by mole which is based on the total content of the structural units (III).[.,.]. .Iadd.and .Iaddend.(IV), .[.and (V),.]. a flocculating agent and a paper strength increasing agent using the vinylamine copolymer, and a process for producing the vinylamine copolymer.
    • 本文公开了具有由下式(I),(II),(III)[和]和(IV)[和(VI)]表示的结构单元的乙烯基胺共聚物:表示阴离子或羟基离子R表示氢 原子或甲基,M(+)​​表示氢离子或一价阳离子,结构单元(I)的摩尔分数为5〜85摩尔%,结构单元(II)的摩尔分数为 2〜85摩尔%,结构单元(III)的摩尔分数为5〜80摩尔%[结构单元(IV)的摩尔分数为0〜40摩尔%],所有摩尔分数 基于乙烯胺共聚物,结构单元[(V)](IV)的摩尔分数为0-8%摩尔,其基于结构单元(III)[和]和(IV)的总含量 ),[和(V),]絮凝剂和使用该乙烯胺共聚物的纸强度增加剂,以及制备该乙烯基胺共聚物的方法。
    • 8. 发明授权
    • Centrifugal type acceleration measuring device
    • 离心式加速度测量装置
    • US5353642A
    • 1994-10-11
    • US827167
    • 1992-01-28
    • Osamu HasegawaHisashi AndohKohichi SatohYouji MiuraKeinosuke Shirota
    • Osamu HasegawaHisashi AndohKohichi SatohYouji MiuraKeinosuke Shirota
    • G01P21/00G01P3/16G01P15/02
    • G01P21/00
    • An acceleration measuring system wherein acceleration transducers are mounted on a turntable supported by an air bearing and directly driven by a brushless motor. The output signals generated by the acceleration transducers are amplified by amplifiers mounted on the turntable and the output signals are converted to digital signals by an analog-to-digital converter also mounted on the turntable. The digital signals are modulated into AC signals by a modulator also mounted on the table and then transmitted to a demodulator on a fixed portion of the system through a rotary transformer. The output of the demodulator representing the acceleration signal is applied to digital-to-analog converters and also to a binary coded decimal converter. In an alternative embodiment, the acceleration transducers are mounted on individual separate turntables which in turn are mounted on a primary turntable. The individual turntables are each separately and individually driven by brushless motors and the primary turntable is also directly driven by a brushless motor.
    • 一种加速度测量系统,其中加速度传感器安装在由空气轴承支撑并由无刷电动机直接驱动的转盘上。 由加速度传感器产生的输出信号由安装在转台上的放大器放大,并且输出信号由也安装在转台上的模数转换器转换成数字信号。 数字信号通过也安装在表上的调制器调制成AC信号,然后通过旋转变压器传输到系统的固定部分上的解调器。 表示加速度信号的解调器的输出被施加到数模转换器,并且还被加到二进制编码的十进制转换器。 在替代实施例中,加速度传感器安装在各自独立的转盘上,转盘又安装在主转台上。 单独的转盘各自单独地由无刷电动机驱动,并且主转台也由无刷电动机直接驱动。
    • 9. 发明申请
    • ELECTRONIC APPARATUS
    • 电子设备
    • US20100072974A1
    • 2010-03-25
    • US12375192
    • 2007-07-24
    • Takayuki UchidaKohichi SatohMasaaki Namekawa
    • Takayuki UchidaKohichi SatohMasaaki Namekawa
    • H02J1/00H02P5/00H05B37/02
    • G04G19/08G01R31/362G04C10/02G04C10/04G04G19/00Y10T307/438
    • The invention provides a compact and highly reliable electronic apparatus that can be driven by a small-capacity battery, and that can achieve high-speed continuous driving of a load by quickly judging the recovery state of the battery after driving the load. More particularly, the invention provides an electronic apparatus includes a power supply, a load, a load driver for driving the load by the power supply, a power supply state detecter for outputting power supply recovery information by measuring physical quantity of the power supply at predetermined intervals of time after the driving of the load is stopped, and a controller for instructing the load driver to drive the load, based on the power supply recovery information supplied from the power supply state detecter.
    • 本发明提供一种紧凑且高度可靠的电子设备,其能够由小容量电池驱动,并且可以通过快速判断驱动负载后的电池的恢复状态来实现负载的高速连续驱动。 更具体地,本发明提供一种电子设备,包括电源,负载,用于通过电源驱动负载的负载驱动器,电源状态检测器,用于通过以预定的方式测量电源的物理量来输出电源恢复信息 基于从电源状态检测器提供的电源恢复信息,停止负载驱动后的时间间隔和用于指示负载驱动器驱动负载的控制器。