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
    • Control system having verification module
    • 控制系统具有验证模块
    • US07610107B2
    • 2009-10-27
    • US11226154
    • 2005-09-14
    • Michael R. ScharnickStephen A. Zbytowski
    • Michael R. ScharnickStephen A. Zbytowski
    • G05B11/01
    • G05B9/02G05B9/03
    • The present invention relates to an intermediate module capable of being implemented in conjunction with a safety isolation system, as well as a control system employing such an intermediate module and related operational method. In one embodiment, the intermediate module includes a first input terminal capable of receiving a first signal from an additional device that is at least one of the safety isolation system and another device, and a first output terminal capable of providing a second signal to a controlled device. The intermediate module additionally includes at least one safety relay circuit that receives at least one of the first signal and a first intermediate signal based upon the first signal, and that generates in response at least one of the second signal and a second intermediate signal upon which the second signal is based. The safety relay circuit includes at least one redundant circuit component.
    • 本发明涉及一种能够与安全隔离系统一起实施的中间模块,以及采用这种中间模块的控制系统和相关的操作方法。 在一个实施例中,中间模块包括第一输入端,其能够接收来自作为安全隔离系统和另一设备中的至少一个的附加设备的第一信号,以及第一输出端,​​其能够向受控的 设备。 所述中间模块还包括至少一个安全继电器电路,其基于所述第一信号接收所述第一信号和第一中间信号中的至少一个,并且响应于所述第二信号和第二中间信号中的至少一个产生, 第二个信号是基于的。 安全继电器电路包括至少一个冗余电路部件。
    • 3. 发明授权
    • Switching filter producing a low impedance control input on a high
impedance input line for discriminating false control signals
    • 开关滤波器在高阻抗输入线路上产生低阻抗控制输入,用于识别假控制信号
    • US6130488A
    • 2000-10-10
    • US969989
    • 1997-11-13
    • James E. HansenMichael R. ScharnickThomas A. Wilsdon
    • James E. HansenMichael R. ScharnickThomas A. Wilsdon
    • H04B3/14H04B3/28H02J1/02
    • H04B3/28H04B3/14
    • A switching filter is disclosed for discriminating false control signals from actual control signals. The switching filter is particularly useful on a high impedance input, such as that of a motor controller. The filter is designed to compensate for capacitive, inductive, and/or resistive coupling between extended control lines that are run in parallel with other power lines. A low impedance is switched into the otherwise high impedance control line input for a brief instant to dissipate and phase shift false control signals to prevent the controller from interpreting the false signals as actual control signals. The filter includes a first resistor connectable to sense a presence of a possible false control signal, and a second resistor, having much lower resistance than the first resistor, connected in a path between the control line input and circuit common. A switch is provided in series with the second resistor to open and close the path between the control line input and circuit common in response to the possible false control signal. A timer is activated by a presence of a possible false control signal on the first resistor and activates the switch to provide a low shunting resistance across the control line to common for the brief period. The low shunting resistance not only dissipates the amplitude of any false signals, but also phase shifts the signals such that the controller cannot recognize multiple, successive false signals as a true control signal.
    • 公开了一种用于鉴别来自实际控制信号的假控制信号的开关滤波器。 开关滤波器在诸如电动机控制器的高阻抗输入之间特别有用。 滤波器设计用于补偿与其他电源线并联运行的扩展控制线之间的电容,电感和/或电阻耦合。 低阻抗被切换到另外的高阻抗控制线输入以短暂瞬间消散和相移错误控制信号,以防止控制器将假信号解释为实际控制信号。 滤波器包括可连接以感测可能的假控制信号的存在的第一电阻器,以及连接在控制线路输入端和电路公共端之间的路径中的电阻低于第一电阻器的第二电阻器。 提供与第二电阻串联的开关,以响应于可能的假控制信号来打开和关闭控制线输入和公共电路之间的路径。 通过在第一电阻器上存在可能的假控制信号来激活定时器,并激活开关以在短时间段内跨控制线提供低分流电阻以共同作用。 低分流电阻不仅消耗任何假信号的幅度,而且消除信号的相移,使得控制器不能将多个连续的假信号识别为真实的控制信号。
    • 4. 发明授权
    • Combination control system with intermediate module
    • 组合控制系统与中间模块
    • US07675200B2
    • 2010-03-09
    • US12185685
    • 2008-08-04
    • Michael R. Scharnick
    • Michael R. Scharnick
    • H02H11/00
    • G05B9/02G05B9/05
    • The present invention relates to combination control systems employing at least one intermediate module between different control modules and, in one embodiment, relates to a system for isolating a load from multiple power sources. The system includes a first power isolation system capable of receiving a first power from a first input port and determining whether the first power is communicated to a first output port, and a second power isolation system capable of receiving a second power from a second input port and determining whether the second power is communicated to a second output port. The system further includes an intermediate module connected with the first and second power isolation systems, where the intermediate module allows for at least one intermediate control signal to be provided to both of the power isolation systems.
    • 本发明涉及在不同控制模块之间采用至少一个中间模块的组合控制系统,并且在一个实施例中涉及用于将负载与多个电源隔离的系统。 该系统包括能够从第一输入端口接收第一功率并确定第一功率是否被传送到第一输出端口的第一电力隔离系统,以及能够从第二输入端口接收第二功率的第二电力隔离系统 以及确定所述第二功率是否被传送到第二输出端口。 该系统还包括与第一和第二电力隔离系统连接的中间模块,其中中间模块允许将至少一个中间控制信号提供给两个电力隔离系统。
    • 5. 发明授权
    • Combination control system with intermediate module
    • 组合控制系统与中间模块
    • US07420297B2
    • 2008-09-02
    • US11240187
    • 2005-09-30
    • Michael R. Scharnick
    • Michael R. Scharnick
    • H02H11/00
    • G05B9/02G05B9/05
    • The present invention relates to combination control systems employing at least one intermediate module between different control modules and, in one embodiment, relates to a system for isolating a load from multiple power sources. The system includes a first power isolation system capable of receiving a first power from a first input port and determining whether the first power is communicated to a first output port, and a second power isolation system capable of receiving a second power from a second input port and determining whether the second power is communicated to a second output port. The system further includes an intermediate module connected with the first and second power isolation systems, where the intermediate module allows for at least one intermediate control signal to be provided to both of the power isolation systems.
    • 本发明涉及在不同的控制模块之间采用至少一个中间模块的组合控制系统,并且在一个实施例中涉及用于将负载与多个电源隔离的系统。 该系统包括能够从第一输入端口接收第一功率并确定第一功率是否被传送到第一输出端口的第一电力隔离系统,以及能够从第二输入端口接收第二功率的第二电力隔离系统 以及确定所述第二功率是否被传送到第二输出端口。 该系统还包括与第一和第二电力隔离系统连接的中间模块,其中中间模块允许将至少一个中间控制信号提供给两个电力隔离系统。
    • 7. 发明授权
    • Electronic control for 3-wire DC coils
    • 3线直流线圈的电子控制
    • US5510951A
    • 1996-04-23
    • US283464
    • 1994-08-01
    • Gunars BriedisJerome K. HastingsMichael R. Scharnick
    • Gunars BriedisJerome K. HastingsMichael R. Scharnick
    • H01H47/32H01H47/04
    • H01H47/325
    • A contactor has an armature, a pull-in coil and a holding coil. When the system is energized through a first switch such as a thermostat, the low current holding coil is energized in preparation for holding the armature pulled in after the pull-in coil is energized and the armature has finished its power stroke. A solid-state switching device and the pull-in coil are connected in series between both terminals of a power source. A control circuit causes the solid-state switching device to be conductive the instant power is supplied to the circuit through the first switch. One embodiment of the control circuit is based on logic gates. RC circuits associated with the gates keep the solid-state switching device and pull-in coil conducting long enough for the armature to pull-in. After the solid-state switching device turns on, the transistor is controlled to turn off, deenergizing the pull-in coil while the holding coil holds the armature in until the first switch opens and power input is discontinued. Another embodiment, based on a programmable timer, delivers current pulses to the pull-in coil at uniform periodicity until the armature is pulled in. After the armature is pulled in, pulse signals are shunted from the solid-state switching device so it turns off, and current pulses through the pull-in coil are discontinued, while the holding coil holds the armature in pulled-in condition until the first switch is opened.
    • 接触器具有电枢,拉入线圈和保持线圈。 当系统通过诸如恒温器的第一开关通电时,为了保持拉入线圈中的电枢并且电枢已经完成其动力冲程,准备保持低电流保持线圈。 固态开关器件和引入线圈串联连接在电源的两个端子之间。 控制电路使得固态开关器件导通,该瞬间功率通过第一开关提供给电路。 控制电路的一个实施例基于逻辑门。 与栅极相关的RC电路保持固态开关器件和引入线圈导通足够长以使衔铁拉入。 在固态开关器件导通之后,晶体管被控制为截止,当保持线圈保持衔铁直到第一开关断开并且电力输入被停止时,导通线圈断电。 基于可编程定时器的另一个实施例以均匀的周期性将电流脉冲传送到引入线圈,直到电枢被拉入。在电枢被拉入之后,脉冲信号从固态开关器件分流,从而关断 并且通过引入线圈的电流脉冲停止,而保持线圈将电枢保持在拉入状态,直到第一开关断开。
    • 8. 发明授权
    • Solid state overload relay
    • 固态过载继电器
    • US5222009A
    • 1993-06-22
    • US559314
    • 1990-07-30
    • Michael R. ScharnickGary Mayer
    • Michael R. ScharnickGary Mayer
    • H02H7/08
    • H02H7/0822
    • An overload control circuit and method of operation for protecting a three-phase motor from damage due to overload includes monitors reading the load on each phase of the motor and circuitry for combining the three separate phase signals into a single combined load signal which triggers the overload circuit. The gain on the combined load signal and the overload trip delay time may be calibrated and monitored by an external meter to provide for accurate and inexpensive calibration to accommodate specific operating characteristics of the motor being monitored. The circuit provides visual readouts of the mode of operation, including: (1) operating mode; (2) overload onset; (3) shut down initiated; and (4) delay to restart.
    • 用于保护三相电动机免受过载损坏的过载控制电路和操作方法包括:读取电动机每相负载的监视器和用于将三个分离的相位信号组合成单个组合负载信号的电路,该组合负载信号触发过载 电路。 组合负载信号和过载跳闸延迟时间的增益可以通过外部仪表进行校准和监控,以提供准确和便宜的校准,以适应被监测电机的特定操作特性。 该电路提供操作模式的视觉读出,包括:(1)操作模式; (2)过载发作; (3)关闭启动; 和(4)延迟重启。