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
    • 2. 发明授权
    • Circuit breaker, trip assembly, bimetal compensation circuit and method including compensation for bimetal temperature coefficient
    • 断路器,跳闸组件,双金属补偿电路和方法,包括补偿双金属温度系数
    • US06813131B2
    • 2004-11-02
    • US09940176
    • 2001-08-27
    • Steven Christopher Schmalz
    • Steven Christopher Schmalz
    • H02H504
    • H02H1/0015H01H71/16H01H2083/201
    • A circuit breaker includes separable contacts, a latchable operating mechanism having a latch member, a bimetal and an arc fault trip assembly. The trip assembly includes a thermistor responsive to bimetal temperature, an amplifier having first and second inputs and an output, a first resistor electrically connected between a second bimetal terminal and the first amplifier input, a second resistor electrically connected in parallel with the thermistor, a third resistor electrically connected in series with that parallel combination, with that series combination being electrically connected between the first amplifier input and the amplifier output. The second amplifier input is referenced to the first bimetal terminal. The amplifier output has a voltage, which is compensated for the bimetal temperature coefficient. The trip assembly provides a trip signal as a function of compensated voltage. A solenoid responds to the trip signal and releases the latch member to trip the separable contacts open.
    • 断路器包括可分离触点,具有闩锁构件的闩锁操作机构,双金属和电弧故障跳闸组件。 跳闸组件包括响应于双金属温度的热敏电阻器,具有第一和第二输入端和放大器的放大器,电连接在第二双金属端子和第一放大器输入端之间的第一电阻器,与热敏电阻并联电连接的第二电阻器 第三电阻器与该并联组合串联电连接,该串联组合电连接在第一放大器输入端和放大器输出端之间。 第二个放大器输入参考第一个双金属端子。 放大器输出具有电压,可补偿双金属温度系数。 跳闸组件提供作为补偿电压的函数的跳闸信号。 螺线管响应跳闸信号并释放闩锁构件以使可分离触点断开。
    • 4. 发明授权
    • Surface mountable over-current protecting apparatus
    • 表面贴装式过电流保护装置
    • US06665164B2
    • 2003-12-16
    • US10100977
    • 2002-03-19
    • Edward Fu-Hua ChuDavid Shau-Chew WangYun-Ching Ma
    • Edward Fu-Hua ChuDavid Shau-Chew WangYun-Ching Ma
    • H02H504
    • H01C17/28H01C1/14H01C1/1406H01C7/02H05K1/181H05K3/3426H05K3/3442H05K2201/10515Y02P70/613
    • The present invention relates to an over-current protecting apparatus, which comprises at least one PTC over-current protecting component and a body. The PTC over-current protecting component has a PTC material, electrodes covering the PTC material, and metal terminations electrically connected to the electrodes. The body has an insulating layer and a first conductive and second conductive regions covering the insulating layer. An end of the first conductive region and second conductive region are electrically connected to the metal terminations, and another ends of the first conductive and second conductive regions are mounted to a PCB. The metal material occupies over 20% area of the sidewall of the first conductive and second conductive regions for increasing solderability. Besides, the top of the PTC over-current protecting component can be adhered to another body to form a symmetrical bodies.
    • 本发明涉及一种过电流保护装置,其包括至少一个PTC过电流保护部件和主体。 PTC过电流保护元件具有PTC材料,覆盖PTC材料的电极和电连接到电极的金属端子。 主体具有覆盖绝缘层的绝缘层和第一导电和第二导电区域。 第一导电区域和第二导电区域的端部电连接到金属端子,并且第一导电区域和第二导电区域的另一端安装到PCB。 金属材料占据第一导电和第二导电区域的侧壁的超过20%的面积,以增加可焊性。 此外,PTC过电流保护部件的顶部可以粘附到另一个主体以形成对称的主体。
    • 6. 发明授权
    • Pump controller
    • 泵控制器
    • US06534947B2
    • 2003-03-18
    • US09760276
    • 2001-01-12
    • Steven A. JohnsonKip M. LarsonDee R. Walker
    • Steven A. JohnsonKip M. LarsonDee R. Walker
    • H02H504
    • H02P27/16H02H3/382H02H7/0833
    • A method and apparatus for controlling an electric motor pump. The method includes the acts of providing an AC power signal having a positive half cycle and a negative half cycle, measuring the voltage of the AC power signal and generating a first two-state output signal that is in a logic high state when the measured voltage is on the positive half cycle and that is in a logic low state when the measured voltage is on the negative half cycle, and measuring the current of the AC power signal and generating a second two-state output signal that is in logic high state when the measured current is on the positive half cycle and that is in a logic low state when the measured current is on the negative half cycle. The method also includes determining a time difference between the first and second two-state output signals, calculating a phase difference based on the time difference, comparing the phase difference to a predetermined threshold value, opening a switch if the determined phase difference is equal to or greater that the predetermined threshold value, and, after the switch is opened, closing the switch after a predetermined amount of time has elapsed.
    • 一种用于控制电动机泵的方法和装置。 该方法包括提供具有正半周期和负半周期的AC功率信号的动作,测量AC功率信号的电压并产生处于逻辑高状态的第一两状态输出信号,当测量电压 处于正半周期,当测量电压处于负半周期时,处于逻辑低状态,并测量交流电源信号的电流,并产生处于逻辑高状态的第二双态输出信号 测量的电流为正半周期,当测量的电流为负半周期时,该电流处于逻辑低电平状态。 该方法还包括确定第一和第二两状态输出信号之间的时间差,基于时间差计算相位差,将相位差与预定阈值进行比较,如果所确定的相位差等于 以上,并且在开关断开之后,经过预定的时间后关闭开关。
    • 7. 发明授权
    • Power breaking device
    • 断电装置
    • US06459558B1
    • 2002-10-01
    • US09514639
    • 2000-02-29
    • Shigemi HashizawaHidehiko KuboshimaMasayuki KaramatsuHitoshi Uesugi
    • Shigemi HashizawaHidehiko KuboshimaMasayuki KaramatsuHitoshi Uesugi
    • H02H504
    • H01H85/54H01H85/203H01H85/2045H01H2009/108
    • A power breaking device 20 includes a stationary box 21, a fuse carrying box 23 and a guide and restricting mechanism 25. The stationary box 21 consists of a fixed housing 26, a load-side bus bar 27 and a power-side bus bar 28. The fuse carrying box 23 consists of a carrying box body 60 detachable to the stationary box 21 and a fuse fixing part 61 for carrying a fuse 22. The mechanism 25 is constituted by slits 41, 41 formed in a partition wall 34. The partition wall 34 is formed integrally with the fixed housing 26 to define an accommodating part 39 in which the fuse 22 is accommodated and retained. When the fuse carrying box 26 is fitted to the stationary box 21, the slits 41, 41 serve to introduce both terminals 24, 24 of the fuse 22 to a power-connecting part and a load-connecting part of the stationary box 21 and also restrict the displacement of the terminals 24, 24.
    • 动力破坏装置20包括固定箱21,保险丝承载箱23和引导和限制机构25.固定箱21由固定壳体26,负载侧汇流条27和动力侧汇流条28 保险丝承载箱23由可拆卸到固定箱21的承载箱体60和用于承载保险丝22的保险丝固定部61组成。机构25由形成在隔壁34中的狭缝41,41构成。分隔件 壁34与固定壳体26一体地形成,以限定容纳部分39,其中容纳和保持保险丝22。 当保险丝承载箱26装配到固定箱21时,狭缝41,41用于将保险丝22的两个端子24,24引入固定箱21的动力连接部分和负载连接部分,并且还 限制端子24,24的位移。
    • 8. 发明授权
    • Protective device against excessive currents, in particular for resettable protection of a controlled switch
    • 防过载电流的保护装置,特别是受控开关的可复位保护
    • US06342994B1
    • 2002-01-29
    • US09367351
    • 2000-02-04
    • Jean-Pierre CousySerge Batongue
    • Jean-Pierre CousySerge Batongue
    • H02H504
    • H03K17/08124H02H9/026H03K17/08144
    • A protective device against excessive currents occurring in an electric circuit between a voltage source and a load mounted downstream of said device, comprising a first triggering component with high current sensitivity and adapted to be triggered, rapidly, but reversibly, in case of excessive current in the circuit, and a second triggering component, mounted in parallel with the first, capable of bearing a temporary voltage higher than the power supply voltage, when the first component is triggered, and of being triggered rapidly and reversibly thereafter. The triggering component are preferably conductive polymer components. Also, a triac switch comprising such a protective device mounted upstream of the triac and a third component is mounted on the triac trigger.
    • 一种保护装置,用于防止在电压源和安装在所述装置下游的负载之间的电路中产生的电流的过大电流,包括具有高电流灵敏度的第一触发部件,并且适于在过大电流的情况下快速但可逆地触发 所述电路和与所述第一触发部件并联安装的第二触发部件能够承受比所述第一部件触发时高于所述电源电压的临时电压,并且此后被迅速且可逆地触发。 触发组分优选为导电聚合物组分。 此外,包括安装在三端双向可控硅开关元件上游的这种保护装置和第三部件的三端双向可控硅开关安装在三端双向可控硅触发器上。
    • 9. 发明授权
    • Low current ground fault relay
    • 低电流接地故障继电器
    • US06327124B1
    • 2001-12-04
    • US09498581
    • 2000-02-04
    • Oliver H. FearingGeraldo Nojima
    • Oliver H. FearingGeraldo Nojima
    • H02H504
    • H02H11/005H02H3/33
    • A ground fault relay, especially useful to detect motor leakage currents due to insulation failure. The invention operates in two (2) modes. The first mode is a “look-ahead” mode where possible motor circuit insulation failure is detected prior to the electrical motor being turned on, and the second mode is “real time” mode which detects leakage currents after the motor is turned on and during running of the motor. Processing circuitry is disclosed which enables a user to set predetermined values of leakage current to be detected and to trip the relay after comparison of the leakage current and the predetermined value, if the former is larger than the latter. This invention is able to accurately detect extremely small values of ground leakage current without experiencing nuisance tripping due to extraneous noise.
    • 接地故障继电器,特别适用于检测由绝缘故障引起的电机漏电流。 本发明以两(2)种模式运行。 第一模式是“先行”模式,其中在电动机接通之前可能检测到电动机电路绝缘故障,并且第二模式是检测电动机接通和之后的泄漏电流的“实时”模式 运行电机。 公开了一种处理电路,其使得用户能够设置要检测的泄漏电流的预定值,并且如果前者大于后者,则在比较泄漏电流和预定值之后跳过继电器。 本发明能够精确地检测到极小的接地漏电流值,而不会因外界噪声而产生妨碍跳闸。
    • 10. 发明授权
    • Power supplying apparatus for a vehicle and intensive wiring apparatus
    • 车辆用供电装置及配线装置
    • US06307279B1
    • 2001-10-23
    • US09311595
    • 1999-05-14
    • Tatsuya YoshidaHiroyuki SaitoShinichi SakamotoMitsuru KoniKiyoshi Horibe
    • Tatsuya YoshidaHiroyuki SaitoShinichi SakamotoMitsuru KoniKiyoshi Horibe
    • H02H504
    • H02J13/0003B60R16/03Y10T307/492Y10T307/773
    • The electric power breaker for breaking the electric power is placed on the midpoint of the electric power line from the battery power supply, and the electric power line is extracted from the electric power breaker. In addition, the electric power supply terminal is placed on the midpoint on the electric power line, from which the electric power is supplied to the individual electric loads. The electric power distribution and the electric power supply operation to the electric loads are controlled by the multiplex communication. A semiconductor device having a self protection function is used as the switching device for supplying the electric power. The electric power line covered by the electric conductive material is arranged in a loop topology so as to start from the connection point to the battery and pass through the designated positions in the vehicle and return to the battery. On the designated points on this loop, plural control modules are connected, and the electric power is supplied to them from the battery. By isolating plural electric conductive parts of the electric conductive layer covering the electric power line, each part connected to the abnormality detection circuit of the individual control module, and by detecting the electric potential change in the individual electric conductive part, the position of the abnormality can be identified by the position of the isolated electric conductive part where the short circuit abnormality is detected.
    • 用于断电的电力断路器从电池电源放置在电力线的中点,并且从电力断路器提取电力线。 此外,电力供给端子被放置在电力线上的中点,电力从该电力线供给到各个电负载。 通过多路通信来控制对电负载的电力分配和电力供给操作。 使用具有自我保护功能的半导体器件作为用于供电的开关器件。 由导电材料覆盖的电力线被布置成环形拓扑,以便从连接点开始到电池并且通过车辆中的指定位置并返回到电池。 在该回路上的指定点上,连接有多个控制模块,并且从电池向其提供电力。 通过隔离覆盖电力线的导电层的多个导电部分,每个部分连接到各个控制模块的异常检测电路,并且通过检测各个导电部分的电位变化,异常的位置 可以通过检测到短路异常的隔离导电部的位置来识别。