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    • 4. 发明授权
    • Compact latching mechanism for switched electrical device
    • 紧凑的闭锁机构用于开关电气设备
    • US08830015B2
    • 2014-09-09
    • US13422787
    • 2012-03-16
    • Kenny PadroGaetano Bonasia
    • Kenny PadroGaetano Bonasia
    • H01H75/00H01H73/00H01H83/06
    • H01H83/144H01H73/44H01H2083/045H02H3/338
    • A resettable switching apparatus, useful in a GFCI receptacle, has a space-efficient coaxial configuration in which a mechanical latching arrangement for resetting (i.e., closing) main switch contacts is disposed inside the trip solenoid. A movable carriage for the main contacts spans one end of the solenoid and has a latching portion in the solenoid that engages the inner end of a reset plunger in two sequential states (i.e., unlatched and latched). An electrical miswire feature is included to prevent the device from being reset until the AC power is properly connected to the device and inadvertent failure of the miswire feature due, for example, to dropping the device prior to installation is avoided. Also, an enhanced self-test, or auto-monitoring, feature is provided that is more robust than that which has been previously disclosed.
    • 可用于GFCI插座的可复位开关装置具有空间高效的同轴配置,其中用于复位(即关闭)主开关触点的机械闭锁装置设置在跳闸螺线管的内部。 用于主触头的可移动的滑架跨越螺线管的一端并且具有螺线管中的锁定部分,其以两个连续状态(即,未锁定和锁定)接合复位柱塞的内端。 包括电子电线功能,以防止在交流电源正确连接到设备之前设备被复位,并且由于例如在安装之前丢弃设备而导致的错线特征的无意的故障。 此外,提供了比之前公开的增强的自检或自动监测特征。
    • 5. 发明申请
    • Compact Latching Mechanism for Switched Electrical Device
    • 开关电器紧凑型闭锁机构
    • US20130241677A1
    • 2013-09-19
    • US13422787
    • 2012-03-16
    • Kenny PadroGaetano Bonasia
    • Kenny PadroGaetano Bonasia
    • H01H73/44
    • H01H83/144H01H73/44H01H2083/045H02H3/338
    • A resettable switching apparatus, useful in a GFCI receptacle, has a space-efficient coaxial configuration in which a mechanical latching arrangement for resetting (i.e., closing) main switch contacts is disposed inside the trip solenoid. A movable carriage for the main contacts spans one end of the solenoid and has a latching portion in the solenoid that engages the inner end of a reset plunger in two sequential states (i.e., unlatched and latched). An electrical miswire feature is included to prevent the device from being reset until the AC power is properly connected to the device and inadvertent failure of the miswire feature due, for example, to dropping the device prior to installation is avoided. Also, an enhanced self-test, or auto-monitoring, feature is provided that is more robust than that which has been previously disclosed.
    • 可用于GFCI插座的可复位开关装置具有空间高效的同轴配置,其中用于复位(即关闭)主开关触点的机械闭锁装置设置在跳闸螺线管的内部。 用于主触头的可移动的滑架跨越螺线管的一端并且具有螺线管中的锁定部分,其以两个连续状态(即,未锁定和锁定)接合复位柱塞的内端。 包括电子电线功能,以防止在交流电源正确连接到设备之前设备被复位,并且由于例如在安装之前丢弃设备而导致的错线特征的无意的故障。 此外,提供了比之前公开的增强的自检或自动监测特征。
    • 7. 发明申请
    • CIRCUIT INTERRUPTER WITH LIVE GROUND DETECTOR
    • 电路中断器与实地检测器
    • US20080123227A1
    • 2008-05-29
    • US11772489
    • 2007-07-02
    • Gaetano Bonasia
    • Gaetano Bonasia
    • H02H3/00
    • H02H3/338H01H83/04
    • A ground detector circuit in the form of a live ground detector circuit. This live ground detector circuit can be combined with a circuit interrupting device. The circuit interrupting device can have a grounding conductive path, and a set of contacts which are configured to break an electrical connection between input and output terminals on the circuit interrupting device when operated. The ground detector when combined with a circuit interrupter, triggers the circuit interrupter into a fault condition when the detector circuit detects the presence of a signal or a fault.
    • 一种接地检测器电路,其形式为带电地检测电路。 该接地检测电路可与电路中断装置组合。 电路中断装置可以具有接地导电路径,以及一组触点,其被配置为在操作时断开电路中断装置上的输入端子和输出端子之间的电连接。 接地检测器与电路断路器组合时,当检测器电路检测到信号或故障的存在时,触发断路器进入故障状态。
    • 8. 发明授权
    • Method of adding a device to a network
    • 将设备添加到网络的方法
    • US07219141B2
    • 2007-05-15
    • US11137810
    • 2005-05-25
    • Gaetano BonasiaDavid P. EckelStephen P. HebeisenRoss Mernyk
    • Gaetano BonasiaDavid P. EckelStephen P. HebeisenRoss Mernyk
    • G06F15/177G06F15/173
    • H05B37/0245H04L12/2809H04L29/1232H04L61/2092
    • A method of adding a device to an existing or new electrical or electronic automation or multimedia network. The invention facilitates adding a device to the network that can communicate using various protocols such as LonWorks, CEBus, X-10, etc. over media such as AC power line, IR, RF, twisted pair, optical fiber, etc. The method is a mechanism for adding a device to a system that can be used by an ordinary user of network capable electrical devices. The method comprises the steps an installer would perform including the handshaking that needs to occur between devices to accomplish the binding process. A Functional Profile for LonWorks networks is given as an example. This includes a Home Device profile that employs an automated explicit type messaging for all devices intended for use in a home environment. The invention includes adding to the device an install button and a visual indicator for status such as an LED. Alternatively, existing buttons and LEDs on the device may be used for installed and binding purposes. Other methods of binding can be employed by the use of wired or wireless handheld tools, remote controls, etc. Other interfaces and user feedback can be used such as touch screen, personal computers, cellular phones, PDAs, etc which can offer simple ‘virtual’ binding by the press of an icon versus the physical button on the device. The binding can be performed locally or remotely such as via LAN, WAN, Internet, etc.
    • 将设备添加到现有或新的电气或电子自动化或多媒体网络的方法。 本发明有利于将网络设备添加到可以通过诸如交流电源线,红外线,射频,双绞线,光纤等介质的诸如LonWorks,CEBus,X-10等各种协议的通信。该方法是 用于向可由具有网络能力的电子设备的普通用户使用的系统添加设备的机制。 该方法包括安装者将执行的步骤,包括需要在设备之间发生的握手以完成绑定过程。 以LonWorks网络的功能配置为例。 这包括一个家庭设备配置文件,它为所有要在家庭环境中使用的设备采用自动显式类型的消息传递。 本发明包括向设备添加安装按钮和诸如LED之类的状态的视觉指示器。 或者,设备上的现有按钮和LED可用于安装和绑定目的。 可以通过使用有线或无线手持工具,遥控器等来采用其他装订方法。可以使用诸如触摸屏,个人计算机,蜂窝电话,PDA等的其他接口和用户反馈,其可以提供简单的“虚拟 “通过按下图标与设备上的物理按钮进行绑定。 绑定可以本地或远程执行,如通过LAN,WAN,Internet等。
    • 10. 发明授权
    • Detecting and sensing actuation in a circuit interrupting device
    • 检测和检测电路中断装置中的致动
    • US07986501B2
    • 2011-07-26
    • US12398550
    • 2009-03-05
    • Michael KamorMario AngelidesBenjamin Mehdi MoadelGaetano BonasiaRoss Mernyk
    • Michael KamorMario AngelidesBenjamin Mehdi MoadelGaetano BonasiaRoss Mernyk
    • H02H3/00
    • H01H83/04H01R13/713H01R24/78H01R2103/00
    • A circuit interrupting device configured to cause electrical discontinuity along a conductive path upon the occurrence of a predetermined condition is disclosed. The device includes a fault sensing circuit detecting the predetermined condition and generating a circuit interrupting actuation signal, and a coil and plunger assembly actuatable by the circuit interrupting actuation signal so that, upon detecting the predetermined condition, the plunger will move in a fault direction from a non-actuated to an actuated configuration a distance sufficient to cause disengagement of at least one set of contacts from each other to cause electrical discontinuity along the conductive path; and a test assembly causing the plunger to move in a test direction, from a pre-test configuration to a post-test configuration, a distance insufficient to disengage the at least one set of contacts from each other. Analogous methods of testing the circuit interrupting device are also disclosed.
    • 公开了一种电路中断装置,其被配置为在发生预定条件时沿着导电路径引起电中断。 该装置包括检测预定条件并产生电路中断致动信号的故障检测电路,以及通过电路中断致动信号可启动的线圈和柱塞组件,使得在检测到预定条件时,柱塞将沿故障方向从 未致动到致动构造的距离足以使至少一组触点彼此分离以导致沿导电路径的电中断; 以及测试组件,其使柱塞在测试方向上从测试前配置到后测试配置移动,距离不足以使至少一组触点彼此脱离。 还公开了测试电路中断装置的类似方法。