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    • 2. 发明授权
    • Method for manufacturing a variable insulated helically wound electrical
coil
    • 用于制造可变绝缘螺旋缠绕电线圈的方法
    • US6138343A
    • 2000-10-31
    • US364029
    • 1999-07-30
    • Norris L. HillThomas L. Linsenbardt
    • Norris L. HillThomas L. Linsenbardt
    • H01F41/06H01F41/12H01F41/02
    • H01F41/122H01F41/066H01F41/086Y10T29/49071Y10T29/52
    • A method and apparatus for manufacturing a variable insulated helically wound electrical coil is disclosed. Insulated rectangular wire is fed from a supply reel to a coating zone and within the coating zone liquid resin insulation is selectively applied to the wire so it has additional insulation only in those areas of the coil where the dielectric strength is needed. The insulated wire is fed through a curing station to allow curing of the additional insulation prior to winding the cured insulated wire into a coil. The cured insulated wire is wound into a coil of predetermined shape at a winding station whereby the portions of the wire having the additional insulatin are located in the areas of the coil where the greatest dielectric strength is needed. The timing of the resin application to the wire is coordinated with the winding of the coil so that the proper insulation thicknesses are achieved at the required locations in the coil. There is also disclosed a variably insulated helically wound high voltage electrical coil for a transformer wherein a variable thickness of cured synthetic resin insulation is applied to the turns in each layer of the coil so that the insulation increases in thickness from substantially zero at one end of the layer where layer-to-layer voltage stresses will be low and the required maximum thickness at the opposite end of the layer where voltage stresses will be high and this progression and insulation thickness is repeated on each adjacent layer of the coil.
    • 公开了一种用于制造可变绝缘螺旋缠绕电线圈的方法和装置。 绝缘矩形线从供带盘供给到涂层区域,并且在涂层区域内,液体树脂绝缘体选择性地施加到电线上,因此仅在需要介电强度的线圈的那些区域中具有额外的绝缘。 在将固化的绝缘电线卷绕成线圈之前,绝缘电线通过固化站馈送以允许附加绝缘体的固化。 固化的绝缘电线在卷绕站处卷绕成预定形状的线圈,由此具有附加绝缘体的线的部分位于需要最大绝缘强度的线圈区域中。 树脂施加到导线的时间与线圈的绕组协调,使得在线圈中的所需位置处实现适当的绝缘厚度。 还公开了一种用于变压器的可变绝缘螺旋缠绕的高压电线圈,其中固化的合成树脂绝缘体的可变厚度施加到线圈的每层中的匝上,使得绝缘体的厚度从基本上在零 层 - 层电压应力低的层和在电压应力将高的层的相对端所需的最大厚度,并且在线圈的每个相邻层上重复该进行和绝缘厚度。
    • 7. 发明授权
    • Communications module base repeater
    • 通信模块底座中继器
    • US5978371A
    • 1999-11-02
    • US828539
    • 1997-03-31
    • Robert T. Mason, Jr.Ted H. York
    • Robert T. Mason, Jr.Ted H. York
    • H04L20060101H04L12/28H04L12/56H04L25/20
    • H04L12/40032
    • A repeater communications module (RCM) that enhances signals in a communications network comprises a processor coupled to a communications medium and optionally to a host application. The RCM operates in one of two modes: (1) interface or host application controlled, and (2) standalone. In the interface mode, the RCM receives packets from a host application, modifies the packets and transmits message packets in accordance with a transmit role table (TRT). In standalone mode, the RCM initiates packets and transmits message packets in accordance with the TRT. All RCMs can be configured to repeat message packets which are received from the communications medium in accordance with a repeater role table (RRT).
    • 增强通信网络中的信号的中继器通信模块(RCM)包括耦合到通信介质并且可选地耦合到主机应用的处理器。 RCM工作在两种模式之一:(1)控制接口或主机应用,(2)独立。 在接口模式下,RCM从主机应用接收数据包,根据发送角色表(TRT)修改数据包并发送消息数据包。 在独立模式下,RCM根据TRT启动数据包并发送消息包。 所有RCM可被配置为重复根据中继器角色表(RRT)从通信介质接收的消息分组。
    • 8. 发明授权
    • Apparatus and method to detect tampering with an electronic utility meter
    • 用于检测电子电表的篡改的装置和方法
    • US5940009A
    • 1999-08-17
    • US925542
    • 1997-09-08
    • Garry M. LoyKenneth C. ShueyMark L. MundayRodney C. Hemminger
    • Garry M. LoyKenneth C. ShueyMark L. MundayRodney C. Hemminger
    • G01R11/24G08B23/00
    • G01R22/066
    • An apparatus and method for detecting tampering with an electrical energy meter comprising a disconnect switch, interposed into feeder lines that deliver electrical energy from a voltage source to an electrical load, which switches between an open circuit in which electrical energy is not supplied to the electrical load and a closed circuit in which electrical energy is supplied to the electrical load, a load-side voltage sensor, which provides voltage signals indicative of load-side voltage, and a microprocessor that determines whether a tamper conditions exists by determining whether the disconnect switch is open or closed, determining whether a load-side voltage is present, and, if the disconnect switch is open and a load-side voltage is present, indicating that a tamper condition exists. The tamper detection apparatus preferably includes a communications module, connected to the microprocessor, for providing a two-way communications interface to a remote location. In this embodiment, if the microprocessor determines that a tamper condition exists, the microprocessor transmits to the remote location a message indicating that a tamper condition exists. The communications module may also open or close the disconnect switch in response to open and close commands from the remote location. This feature permits remote polling of the meter to determine if a tamper condition is present.
    • 一种用于检测篡改电能表的装置和方法,所述电能计包括断开开关,插入到将电能从电压源传递到电负载的馈电线路中,所述电力线路在电能未被供应到电气的开路之间切换 负载和闭合电路,其中电能被供应到电负载,负载侧电压传感器,其提供指示负载侧电压的电压信号;以及微处理器,其通过确定断开开关是否确定是否存在篡改条件 确定是否存在负载侧电压,并且如果断开开关断开并且存在负载侧电压,则指示存在篡改状况。 篡改检测装置优选地包括连接到微处理器的用于向远程位置提供双向通信接口的通信模块。 在该实施例中,如果微处理器确定存在篡改状况,则微处理器向远程位置发送指示存在篡改状况的消息。 响应于来自远程位置的打开和关闭命令,通信模块还可以打开或关闭断开开关。 该功能允许远程轮询仪表以确定是否存在篡改状况。
    • 9. 发明授权
    • Apparatus and methods for power network coupling
    • 电力网络耦合的装置和方法
    • US5933073A
    • 1999-08-03
    • US888773
    • 1997-07-07
    • Kenneth C. Shuey
    • Kenneth C. Shuey
    • H04B3/56H04Q1/00
    • H04B3/56H04B2203/5408H04B2203/5425H04B2203/5445H04B2203/5458H04B2203/5483H04B2203/5491
    • Methods and apparatus for establishing communications between electrical and electronic devices utilizing existing power signal distribution networks are disclosed. In such methods and apparatus the transmitting and receiving components of such devices are coupled between line and ground. Such coupling is achieved utilizing a coupler, a first frequency reactive device, such as a drain coil or inductor, connected in series with neutral and a second frequency reactive device, such as a capacitor connected between neutral ground. For use with existing electronic equipment, an adaptor for coupling the communications signal to a power signal distribution network is also disclosed. Since, line and neutral paths may sometimes be mis-wired, the apparatus and methods also disclose the use of a switch for enabling the coupling of a communication signal when a power signal is sensed on the line path.
    • 公开了利用现有功率信号分配网络在电气和电子设备之间建立通信的方法和装置。 在这种方法和装置中,这种装置的发射和接收部件在线路和地之间耦合。 这种耦合是利用耦合器,与中性点串联连接的第一频率无功装置,例如漏极线圈或电感器以及连接在中性线之间的电容器的第二频率无功装置来实现的。 为了与现有的电子设备一起使用,还公开了一种将通信信号耦合到电力信号分配网络的适配器。 由于线路和中性路径有时可能被误接线,所以该装置和方法还公开了当在线路上感测到功率信号时使用开关来实现通信信号的耦合。