170results about "Adapter and plugs" patented technology

A Power Line Communications (PLC) device includes a processing module, memory, and a communication interface. In a first operation, the PLC device determines that the PLC device will service communications with a first remote PLC device according to a first PLC communication standard and configures the communication interface to service communications according to the first PLC communication standard. In a second operation, the PLC device determines that the PLC device will service communications with a second remote PLC device according to a second PLC communication standard and configures the communication interface to service communications according to the second PLC communication standard, wherein the first PLC communication standard and the second PLC communication standard are differing and incompatible PLC communication standards. The PLC device may also configure the communication interface to service non-PLC communications such as LAN, WAN, WLAN, cable modem, and other communications.

A powerline communications device comprises a powerline communications interface and at least one other communications interface configured to communicate over a computing network. The powerline communications interface is further configured to receive electrical power. The computing network may comprise mediums including powerlines, telephone lines, and / or coaxial cables. In some embodiments, the powerline communications interface may communicate with a network apparatus, such as a personal computer, via an Ethernet interface. The powerline interface, the telephone line interface, and / or the coaxial cable interface may all be associated with the same media access control (MAC) address. The powerline communications device may receive a message via a first medium and repeat the message via a second medium based on a quality of service (QoS) metric. In some embodiments, the powerline communications device may communicate using multiple frequency bands.

A system for communicating content streams (i.e. voice, video, data) between a content server connected to a power-line communications network and a remote electronic device having ultra-wide band connectivity with an interface module. The interface module is a power-line communication / ultra-wide band (PLC / UWB) module preferably connected to a conventional power outlet upon the power-line network. The interface module converts the power-line signals from the server to ultra-wide band signals which are broadcast for reception by the wireless electronic device. Return communications with the server from the wireless electronic device are also preferably supported. The power-line communication and / or ultra-wide band signal can also be encrypted for improved security. The content server and interface module are preferably configured to communicate content streams only within the portions of the bandwidth allocated by a bus master, which may comprise a content server with programming for controlling bandwidth use on the physical power-line communications network.

A method of communicating utility usage data is provided. In one embodiment, the method comprises transmitting real-time utility usage data from a plurality of utility meters, receiving the real-time utility usage data from the plurality of utility meters, storing the real-time utility usage data in a memory, storing address information of the plurality of utility meters in memory, receiving requests from a plurality of utility users for real-time utility usage information and wherein the requests traverse a communication path that includes the Internet, processing the utility usage data of the utility users to provide the real-time utility usage information for each utility user, and transmitting the real-time utility usage information to the utility users over a communication path that includes the Internet.

A system, method and apparatus structured to transmit a plurality of ultra-wideband pulses through an electric power medium is provided. One embodiment of the method comprises an ultra-wideband transmitter structured to transmit the plurality of ultra-wideband pulses through the electric power medium and an ultra-wideband receiver structured to receive the plurality of ultra-wideband pulses from the electric power medium. Another embodiment of the present invention comprises a power supply that provides ultra-wideband communications to devices that obtain power from the power supply. This Abstract is provided for the sole purpose of complying with the Abstract requirement rules that allow a reader to quickly ascertain the subject matter of the disclosure contained herein. This Abstract is submitted with the explicit understanding that it will not be used to interpret or to limit the scope or the meaning of the claims.

A communication device, for connecting one or more electrical appliances to a remote service centre, comprises a control unit (AMC), means (PLG) for connecting the device (HG) to an alternating voltage electric mains network (Vac) and means (SK) for supplying the alternating mains voltage (Vac) to a power supply line of an electric appliance. The device (HG) further comprises first communication means (CSA), prearranged for receiving information possibly generated by the electric appliance and transmitted through the power supply line thereof, second communication means (ZB), prearranged for establishing a connection with a local area network (HN1) and third communication means (GGM), prearranged for establishing a connection with a further communication network, different from the local network (HN1), to which the remote service centre is connected. The control unit (AMC) is prearranged for acquiring by means of the first communication means (CSA), first information possibly generated by the electric appliance and transmitted through the power supply line thereof and / or second information regarding electric energy consumptions associated to the operation of is the electric appliance, acquiring, by means of the second communication means (ZB), third information possibly available on the local network (HN1), and transmitting to the remote centre (RMC), by means of the third communication means (GGM), at least one of the first, second and third information.

In conjunction with a wiring in a house carrying data network signal, a modular outlet comprising of a base module and interface module. The base module connects to the wiring and attached to a wall. The interface module provides a data unit connection. The interface module is mechanically attached to the base module and electrically connected thereto. The wiring may also carry basic service signal such as telephone, electrical power and cable television (CATV). In such a case, the outlet will provide the relevant connectivity either as part of the base module or as part of the interface module. Both proprietary and industry standard interfaces can be used to interconnect the module. Furthermore, a standard computer expansion card (such as PCI, PCMCIA and alike) may be used as interface module.

A sensor device integrates ZigBee® technology into power switch device to provide monitoring and control of power usage, as well as operational control of connected devices. The sensor device uses a power line communication (PLC) network to transfer collected data and to provide remote control capability to connected appliances. The sensor device, in conjunction with a master switch device, a communication enabled switching device, and the power switch device, provides an integrated home environment for communication, streaming media, monitoring, and remote control of power usage, as well as remote operational monitoring and control of connected appliances in the home.

A transceiver device for coupling between a power line and a network interface unit includes a power line modem for transmitting and receiving data between the power line and the network interface unit and a power circuit coupled to the power line modem that is adapted to deliver a DC power signal to the network interface unit.

In one embodiment, a system and method for receiving information over a power line in accordance with the HomePlug specification is described. The receiver side of the method involves separation of the data within a payload of an incoming frame into a plurality of blocks. Thereafter, both frame control symbols and data within the blocks are processed by Frame Control Forward Error Correction (FEC) decoding logic.

The present invention discloses a plug-and-play network digital image display apparatus plugged into an existing power socket at home or office through a built-in or external powerline to Ethernet adapter and connected to a webcam through a powerline installed at home or office, so that the webcam in a certain room can send captured video and audio signals to the network digital image display apparatus in another room through the powerline, and the network digital image display apparatus plays the image and sound, without the need of installing an additional network cable to achieve the plug-and-play function at the power socket for the environmental dynamic monitoring function. The invention also discloses a plug-and-play image monitoring system, such that a user situated at a place other than a home or an office still can use a personal computer to monitor the home or office through the Internet.

In a battery pack (1), control means (3) reads identification information or operating state detection information out of identification information memory means (4) or battery operating state detection means (10) and inputs it to a modulation circuit (5). The modulation circuit (5) modulates the information into an information signal which can be superimposed on a direct-current power transmission line and sends it to a charging device (20) or a loading device (30) through a positive charge and discharge terminal (11). The charging device (20) or the loading device (30) demodulates the sent information signal to take out the identification information or the operating state detection information and allows power source control means (25, 35) to control the output of charging energy from a charging power source (23) or the output of discharging energy to a load (33). Thus, in addition to the transmission of direct-current power, information can be transmitted only by the connection of two positive and negative terminals.

A powerline communications device comprises a powerline communications interface and at least one other communications interface configured to communicate over a computing network. The powerline communications interface is further configured to receive electrical power. The computing network may comprise mediums including powerlines, telephone lines, and / or coaxial cables. In some embodiments, the powerline communications interface may communicate with a network apparatus, such as a personal computer, via an Ethernet interface. The powerline interface, the telephone line interface, and / or the coaxial cable interface may all be associated with the same media access control (MAC) address. The powerline communications device may receive a message via a first medium and repeat the message via a second medium based on a quality of service (QoS) metric. In some embodiments, the powerline communications device may communicate using multiple frequency bands.

The present disclosure relates to Ethernet-over-Power and provides communication to and from the powerline hardware, e.g. power sockets or light fittings, and through the powerline itself. In one aspect a Power and Data transmission terminal that is a MAC addressable power outlet, switch or transition point is provided, the Power and Data transmission terminal having a PLC Transceiver, a microcontroller, a power consumption meter and a transmission router between the microcontroller and the PLC Transceiver, the system thereby being able to both monitor energy usage and allow data communication over the powerline with a single microcontroller at the or each Power and Data transmission terminal. The system provides I. P addresses to the electrical outlets from which a wide range of devices run and in so doing it can communicate with the electrical outlets themselves.

This application relates to a network including powerline adapters (“PLAs”) of the HomePlug Alliance variety or similar implementations such as the European in Opera standard. The technology disclosed provides diagnostic capability and software enhanced powerline adapters. The diagnostic capability includes collecting network performance data and either analyzing or forwarding data for analysis. In addition, mechanical design for the PLA with an isolating filter provides for secure mounting while blocking access to a second wall outlet of a duplex unit.

Systems and methods for communicating over a power line are configured to substantially simultaneously communicate over a plurality of wide band frequency ranges. Signals may be communicated two or from a communication node at two different frequencies simultaneously. These signals may be exchanged with different nodes and / or include independent data. In some embodiments, some of the wide band frequency ranges are above 30 MHz.

A relay apparatus includes a plurality of connecting terminals, such as a modem connecting terminal, a power line connecting terminal, an electric appliance connecting terminal and an antenna line connecting terminal; a selector that selects at least one connecting terminal from among the plurality of connecting terminals to transmit and receive a communication signal; and a control circuit that controls the selector. The relay apparatus further includes a first communication filter that passes signals in a frequency band used for communication by a power line communication modem and that blocks signals in other frequency bands, and a second communication filter that passes signals in a frequency band used for communication by another electric appliance and that blocks signals in other frequency bands.

An electrical receptacle assembly having a housing that includes a wireless transceiver electrically coupled to one or more antennas that can be integrated into the receptacle housing itself or in the receptacle's faceplate. The one or more antennas can be one or more dipoles or a single loop antenna. The housing also houses a power converter that derives its power directly from the line connection to the outlet. A junction box includes an integrated antenna reflector for improved radio direction and propagation relative to the antenna(s). Or, an antenna reflector insert is placed within the junction box behind the electrical receptacle assembly. The electrical receptacle assembly further includes a temperature sensor, a PLC module, or a current / voltage sensor and communicates associated data via its wireless transceiver. A status indicator is disposed on the front of the housing. A reset switch on housing resets the electronics to a default state.

The present invention is directed to provide a housing for computing insert apparatus mounted on the wall or floor embedded inside a LAN jack or a main power outlet. A connector in the housing preferably provides the inserted computing apparatus with both data and electrical power. The housing is made of thermally conductive material to assist the dissipation of heat produced by the inserted apparatus. A locking mechanism allows easy insertion of a computing insert but prevents removal of the insert without a special tool. This common housing enables easy installation of the computing apparatus module and plurality of other compatible devices that may be plugged into that same housing.

Apparatus and method is disclosed for utilizing the preexisting power grid outside a home or office or the like to provide internet access thereto. A radio is mounted at the power grid adapted to communicate with a radio frequency modem in the home or office. A power line carrier modem is electronically coupled to the radio frequency modem and to a computer in the home or office for delivering internet access thereto.

A communication apparatus repeatedly outputs a first multi-carrier signal SS during predetermined periods T1, T2, T3, . . . , and outputs a second multi-carrier signal RS whose phase vector is different from that of the first multi-carrier signal SS, at a predetermined timing based on the first multi-carrier signal SS. The communication apparatus further detects the second multi-carrier signal RS output from another communication apparatus, which uses a different communication method from the communication apparatus. Accordingly, both communication apparatuses can differentiate the first multi-carrier signal SS from the second multi-carrier signal RS without performing relatively cumbersome modulation and other processes.

A system for communicating content streams (i.e. voice, video, data) between a content server connected to a power-line communications network and a remote electronic device having ultra-wide band connectivity with an interface module. The interface module is a power-line communication / ultra-wide band (PLC / UWB) module preferably connected to a conventional power outlet upon the power-line network. The interface module converts the power-line signals from the server to ultra-wide band signals which are broadcast for reception by the wireless electronic device. Return communications with the server from the wireless electronic device are also preferably supported. The power-line communication and / or ultra-wide band signal can also be encrypted for improved security. The content server and interface module are preferably configured to communicate content streams only within the portions of the bandwidth allocated by a bus master, which may comprise a content server with programming for controlling bandwidth use on the physical power-line communications network.

A power supply that has an integrated power line networking coupling circuit and a connector to accept a removable power line networking module. The power supply and associated system can be sold without power line networking or with power line networking, and if sold without power line networking, it can be upgraded at a later time to support power line networking. Additionally, power line networking modules can be replaced in the field if failures occur or for upgrade purposes if a more robust networking standard becomes available.

Built-in instrumentation for power measurement integrating power monitoring, delivery and management, power safety, and automation control.

An electromagnetic connector is disclosed that is configured to form a first magnetic circuit portion comprising a first core member and a first coil disposed of the first core member. The electromagnetic connector is configured to mate with a second electromagnetic connector. A communications control system / switch fabric is disclosed that includes a serial communications interface and a parallel communications interface (e.g., for coupling input / output modules with a control module). The serial communications interface is configured for connecting input / output modules / slave devices to a control module / master device in parallel, and the parallel communications interface is configured for separately connecting the input / output modules / slave devices to the control module / master device.

An adapter to reduce the effects of cross phase communication between a PLC transmitter plugged into one of the L1 or L2 power lines of a home and a PLC receiver plugged into the opposite L2 or L1 power line includes a housing with one side configured as a 240 volt plug and an opposite side configured as a 240 volt, so that the adapter can be plugged into a 240 volt wall socket and a 240 volt appliance plugged into the adapter. A coupler or a repeater is in the adapter and extends between the L1 and L2 lines to reduce attenuation of a communication signal from the transmitter or alternatively to amplify the signal and send it on to the receiver. A high frequency filter can be interposed between the coupler and the 240 volt appliance to prevent noise from the appliance from entering the communication signal and for preventing communication signals from entering the appliance.

A communication unit is provided which a first portion of the communication unit is connected to an external power line and a second portion of the communication unit is connected to an external electronic apparatus. The communication unit includes a power conversion section configured to convert an alternating-current power supplied through the external power line into a direct-current power and to supply the converted direct-current power to the external electronic apparatus, and a control-section configured to control communication performed between the external power line and the external electronic apparatus. The control section is configured to control at least one of an output voltage and an output power of the direct-current power to be output from the power conversion section to the external electronic apparatus in accordance with power requirement information sent from the external electronic apparatus.

Method and system for powerline local area network over coaxial cable. According to an embodiment, the present invention provides a powerline communication system. The system includes a data connection that is configured to communicating a first signal in a first format. The data connection includes an input / output port. The system also includes a powerline module coupled to the input / output port of the data connection. The powerline module has a data port. The powerline module is configured to convert the first signal in the first format into a second signal into a second format. The first format is different from the second format. The system additionally includes an analog front end device that coupled to the dataport of the powerline module. The analog front end device is configured to condition the second signal for transmission over one or more powerline and / or one or more coaxial cables. Furthermore, the system includes a coupler device coupled to the analog front end device.

An alternating current power strip 1 with network repeating and management 23 functionality is hereby disclosed.

A power supply apparatus and related method. The power supply apparatus has an AC input. The apparatus has a converter for converting AC power into DC power. In a specific embodiment, the converter has an input and an output. In a specific embodiment, the input of the converter is coupled to the AC input. The power supply apparatus has a DC output for voltage ranging. The output of the converter is coupled to the DC output. The apparatus also has a fan operably configured to transfer thermal energy away from the converter and a data input / output port, the data input / output port being coupled to a data signal from a data source. The apparatus has a coupler coupled between the data input / output port and the AC input. A power line module is coupled to the coupler. The power line module is adapted to convert the data signal from a first format to a second format. The second format is capable of transmission to the AC input. An enclosure is provided for the coupler. The enclosure shields the data signal from noise, e.g., high frequency noise, low frequency noise.