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公开(公告)号：US06611406B2
公开(公告)日：2003-08-26
申请号：US10024166
申请日：2001-12-18
申请人： Benjamin Neiger , Saul Rosenbaum , Bernard Gershen
发明人： Benjamin Neiger , Saul Rosenbaum , Bernard Gershen
IPC分类号： H02H316
摘要： A ground fault circuit interrupter (GFCI) with built in intelligence is described that includes circuitry to automatically indicate a device miswiring condition. When a GFCI is wired with its AC and LOAD terminals reversed, downstream devices are still protected in the event of a ground fault but the duplex receptacle on the GFCI itself is not. The invention incorporates miswiring sense circuitry that automatically triggers the generation of visual and audible alarms in the event a miswiring condition is sensed. The invention employs an alarm inhibiting technique that incorporates sense circuitry connected to the AC terminals on one side of the internal GFCI switches or relays and alarm generation circuitry connected to the LOAD terminals on the opposite side.
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公开(公告)号：US5706155A
公开(公告)日：1998-01-06
申请号：US746692
申请日：1996-11-14
申请人： Benjamin Neiger , Saul Rosenbaum , Bernard Gershen
发明人： Benjamin Neiger , Saul Rosenbaum , Bernard Gershen
摘要： A ground fault circuit interrupter (GFCI) with built in intelligence is described that includes circuitry to automatically indicate a device miswiring condition. When a GFCI is wired with its AC and LOAD terminals reversed, downstream devices are still protected in the event of a ground fault but the duplex receptacle on the GFCI itself is not. The invention incorporates miswiring sense circuitry that automatically triggers the generation of visual and audible alarms in the event a miswiring condition is sensed. The invention employs an alarm inhibiting technique that incorporates sense circuitry connected to the AC terminals on one side of the internal GFCI switches or relays and alarm generation circuitry connected to the LOAD terminals on the opposite side.
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公开(公告)号：US5703458A
公开(公告)日：1997-12-30
申请号：US490200
申请日：1995-06-14
申请人： Bernard Gershen , Edward Krajci , Benjamin Neiger
发明人： Bernard Gershen , Edward Krajci , Benjamin Neiger
CPC分类号： H02P25/04
摘要： A quiet motor speed controller is disclosed which varies an amplitude of an AC voltage signal provided from an AC source to drive an AC motor. The controller includes a first impedance in series connection between the source and the motor. A second impedance is electrically connectable with the first impedance in accordance with settings of a switch such that the total impedance interposed between the source and the load is varied by switching. The first and second impedances are substantially defined by first and second capacitive values, preferably including resistive elements to limit current flow at charging and discharging.
摘要翻译： 公开了一种安静的电动机速度控制器，其改变从AC源提供的AC电压信号的幅度来驱动AC电动机。 控制器包括源和电动机之间串联连接的第一阻抗。 根据开关的设置，第二阻抗可以与第一阻抗电连接，使得通过切换来改变介于源极和负载之间的总阻抗。 第一和第二阻抗基本上由第一和第二电容值限定，优选地包括用于限制充电和放电时的电流的电阻元件。
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14.发明授权Microprocessor based touch dimmer system to control the brightness of one or more electric lamps using single or multi-key devices 失效基于微处理器的触摸调光系统，可以使用单键或多键设备控制一个或多个电灯的亮度
公开(公告)号：US5621283A
公开(公告)日：1997-04-15
申请号：US586508
申请日：1996-01-11
申请人： Douglas R. Watson , Lev Bogorad , Albert Lombardi , Benjamin Neiger , Lester Rivera , Joseph G. Justiniano , Zvi Aluma
发明人： Douglas R. Watson , Lev Bogorad , Albert Lombardi , Benjamin Neiger , Lester Rivera , Joseph G. Justiniano , Zvi Aluma
CPC分类号： H05B39/086 , Y10S315/04
摘要： A key touch dimmer includes a switching device through which AC line current is passed to brighten a lamp in response to a control signal generated by a microprocessor. The microprocessor receives an input indicative of the zero crossing points of the AC line current and synchronizes this input with its own internal clock circuitry to generate a firing signal for the switching device at the correct phase angle in the next half cycle of the AC line current. The dimmer has memory capability whereby the lamp, when turned back on, will brighten to a preset level. This brightening is accomplished in a gradual manner. Likewise, a turned off lamp will fade to zero brightness, with the dimmer retaining the preset brightness level. The microprocessor shuts down quickly in the event of a power outage to preserve memory. An optional display includes a plurality of LEDs for indicating light level. Other options include providing the dimmer with several keys, each of which can be adjusted to a respective preset level.
摘要翻译： 钥匙触摸调光器包括响应于由微处理器产生的控制信号而通过AC线电流通过以使灯亮起的开关装置。 微处理器接收表示交流线电流的过零点的输入，并将该输入与其自己的内部时钟电路同步，以在交流线路电流的下半个周期中以正确的相位角产生开关装置的点火信号 。 调光器具有记忆功能，当灯被重新打开时，灯将变亮到预设的水平。 这种增亮是以渐进的方式完成的。 同样，一个关闭的灯会淡入零亮度，调光器保持预设的亮度级别。 在断电的情况下，微处理器会很快关闭以保存内存。 可选显示器包括用于指示光级的多个LED。 其他选项包括为调光器提供多个按键，每个按键可以调整到相应的预设值。
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公开(公告)号：US5600524A
公开(公告)日：1997-02-04
申请号：US435021
申请日：1995-05-04
申请人： Benjamin Neiger , Bernard Gershen , Saul Rosenbaum
发明人： Benjamin Neiger , Bernard Gershen , Saul Rosenbaum
摘要： An intelligent circuit interrupt system is electrically connected between an AC source and a load for interrupting a flow of AC from the source to the load upon detection of an interrupt condition. A circuit interrupter electrically connected to phase and neutral terminals of the AC source defines the interrupt condition. A relay switch with a relay coil and phase and neutral contacts is included such that line and load ends of the phase contact are electrically connected, respectively, between the interrupt means load side phase port and a phase terminal of the load. Line and load ends of the neutral contact are electrically connected, respectively, between the interrupt neutral port and a neutral terminal of the load. The relay coil is electrically coupled between load sides of said phase and neutral contacts for controlling the contacts in response to the interrupt signal. An open-contact miswiring detector (OCMD) is electrically connected to one of the phase and neutral contacts for detecting a miswiring condition when the contacts are in an open state, and a closed-contact miswiring detector (CCMD) is electrically connected to the OCMD and to one of the neutral and phase contacts for detecting a miswiring condition when the contacts are in a closed state. A timing signal generator generates system timing signals. A test circuit electrically coupled to the interrupt means and the timing signal generator tests the interrupt means operability. An alarm circuit is electrically responsive to the test circuit, the timing signal generator, the OCMD and the CCMD for, communicating an open-contact miswiring condition, a closed-contact miswiring condition, an operational failure condition, and a need for external testing condition. A power supply is electrically connected between the load ends of the phase and neutral contacts, and to the timing signal generator.
摘要翻译： 智能电路中断系统电连接在AC源和负载之间，用于在检测到中断条件时中断从源到负载的AC流。 与AC电源的相位和中性端子电连接的断路器定义了中断条件。 包括具有继电器线圈和相和中性触点的继电器开关，使得相触点的线路和负载端分别在中断装置负载侧相位端口和负载的相位端子之间电连接。 中性触点的线路和负载端分别电气连接在中断中立端口和负载的中性端子之间。 继电器线圈电耦合在所述相位的负载侧和中性触点之间，以响应于中断信号来控制触点。 一个开路接线误接线检测器（OCMD）电连接到相位和中性触点中的一个，用于检测接点处于打开状态时的接线状况，闭合接线误接线检测器（CCMD）电连接到OCMD 以及当触点处于闭合状态时用于检测接线不良状况的一个中性线和相位触点。 定时信号发生器产生系统定时信号。 电耦合到中断装置的测试电路和定时信号发生器测试中断装置的可操作性。 报警电路对测试电路，定时信号发生器，OCMD和CCMD进行电气响应，用于传达开路接触误接线状态，闭路接触错误接线状况，操作故障状况以及对外部测试条件的需要 。 电源电连接在相位的负载端和中性触点之间，并连接到定时信号发生器。
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公开(公告)号：USD310818S
公开(公告)日：1990-09-25
申请号：US230922
申请日：1988-08-11
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17.发明申请公开(公告)号：US20060285262A1
公开(公告)日：2006-12-21
申请号：US11467814
申请日：2006-08-28
申请人： Benjamin Neiger
发明人： Benjamin Neiger
IPC分类号： H02H3/00
摘要： A ground fault circuit interrupter (GFCI) with built in intelligence is described that includes circuitry to automatically indicate a device miswiring condition. When a GFCI is wired with its AC and LOAD terminals reversed, downstream devices are still protected in the event of a ground fault but the duplex receptacle on the GFCI itself is not. The invention incorporates miswiring sense circuitry that automatically triggers the generation of visual and audible alarms in the event a miswiring condition is sensed. The invention employs an alarm inhibiting technique that incorporates sense circuitry connected to the AC terminals on one side of the internal GFCI switches or relays and alarm generation circuitry connected to the LOAD terminals on the opposite side.
摘要翻译： 描述了具有内置智能的接地故障电路断路器（GFCI），其包括自动指示设备接线状况的电路。 当GFCI与其AC和LOAD端子相连接时，下游设备在接地故障的情况下仍然受到保护，但GFCI本身的双工插座不受保护。 本发明包括误接线感测电路，其在感测到接线不良情况的情况下自动触发视觉和听觉报警的产生。 本发明采用报警抑制技术，其包括连接到内部GFCI开关或继电器一侧上的AC端子的感测电路和连接到相对侧上的LOAD端子的报警产生电路。
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公开(公告)号：US5729417A
公开(公告)日：1998-03-17
申请号：US572811
申请日：1995-12-15
申请人： Benjamin Neiger , Saul Rosenbaum , Bernard Gershen
发明人： Benjamin Neiger , Saul Rosenbaum , Bernard Gershen
摘要： A ground fault circuit interrupter (GFCI) with built in intelligence is described that includes circuitry to automatically indicate a device miswiring condition. When a GFCI is wired with its AC and LOAD terminals reversed, downstream devices are still protected in the event of a ground fault but the duplex receptacle on the GFCI itself is not. The invention incorporates miswiring sense circuitry that automatically triggers the generation of visual and audible alarms in the event a miswiring condition is sensed. The invention employs an alarm inhibiting technique that incorporates sense circuitry connected to the AC terminals on one side of the internal GFCI switches or relays and alarm generation circuitry connected to the LOAD terminals on the opposite side.
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公开(公告)号：US5715125A
公开(公告)日：1998-02-03
申请号：US790037
申请日：1997-01-28
申请人： Benjamin Neiger , Bernard Gershen , Saul Rosenbaum
发明人： Benjamin Neiger , Bernard Gershen , Saul Rosenbaum
摘要： An intelligent circuit interrupt system is electrically connected between an AC source and a load for interrupting a flow of AC from the source to the load upon detection of an interrupt condition. A circuit interrupter electrically connected to phase and neutral terminals of the AC source defines the interrupt condition. A relay switch with a relay coil and phase and neutral contacts is included such that line and load ends of the phase contact are electrically connected, respectively, between the interrupt means load side phase port and a phase terminal of the load. Line and load ends of the neutral contact are electrically connected, respectively, between the interrupt neutral port and a neutral terminal of the load. The relay coil is electrically coupled between load sides of said phase and neutral contacts for controlling the contacts in response to the interrupt signal. An open-contact miswiring detector (OCMD) is electrically connected to one of the phase and neutral contacts for detecting a miswiring condition when the contacts are in an open state, and a closed-contact miswiring detector (CCMD) is electrically connected to the OCMD and to one of the neutral and phase contacts for detecting a miswiring condition when the contacts are in a closed state. A timing signal generator generates system timing signals. A test circuit electrically coupled to the interrupt means and the timing signal generator tests the interrupt means operability. An alarm circuit is electrically responsive to the test circuit, the timing signal generator, the OCMD and the CCMD for communicating an open-contact miswiring condition, a closed-contact miswiring condition, an operational failure condition, and a need for external testing condition. A power supply is electrically connected between the load ends of the phase and neutral contacts, and to the timing signal generator.
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