43results about How to "Transmit data" patented technology

A digital television (DTV) transmitter / receiver and a method of processing data in the DTV transmitter / receiver are disclosed. In the DTV transmitter, a pre-processor pre-processes the enhanced data by coding the enhanced data for forward error correction (FEC) and expanding the FEC-coded enhanced data. A data formatter generates enhanced data packets including the pre-processed enhanced data and inserts known data to at least one of the enhanced data packets. A first multiplexer multiplexes the enhanced data packets with main data packets including the main data. And, an RS encoder RS-codes the multiplexed main and enhanced data packets, the RS encoder adding systematic parity data to each main data packet and adding RS parity place holders to each enhanced data packet. Herein, the RS encoder may insert non-systematic RS parity data or null data into the RS parity place holders included in each enhanced data packet.

A method for reporting a user's emergency condition by sending an emergency help request message in a TCP / IP format to an emergency service center (ESC). The help request message may be sent over the Internet to advantageously harness the data transmission resources provided by the Internet. A support service provider may commercially provide such an emergency reporting service to a group of subscribers. The service provider may receive emergency requests from the subscribers and may send those requests over the Internet to the emergency service center. The service provider may also convert any non-TCP / IP message received from the subscriber into a TCP / IP message prior to sending the message to the ESC. A per-usage fee or a flat subscription fee may be charged by the service provider to allow users to report emergency conditions over the Internet. The support service provider thus coordinates the emergency help on behalf of the user. Internet-based emergency message delivery may be useful in many situations, for example, when the person in need of help is mute, disabled or in a situation that prevents the person from orally requesting emergency help from the ESC.

A method of controlling the flow of data, in respect of a given mobile terminal, between a Radio Network Controller (RNC) and a NodeB of a UMTS Terrestrial Radio Access Network (UTRAN) where an Automatic-Repeat-Request (ARQ) mechanism is implemented between the NodeB and said mobile terminal to provide for the retransmission of unsuccessfully transmitted data. The method comprises generating control messages at the NodeB and sending these control messages to the RNC, each control message enabling the RNC to identify which data should next be sent to the NodeB.

An acoustic telemetry system includes a piezoelectric stack at least partially disposed within a segment of pipe, and electrical circuitry for controlling the piezoelectric stack. In response to a signal from the electrical circuitry, the piezoelectric stack generates a plurality of acoustic signals for transmission through the pipe at different frequencies spanning multiple regions of a frequency response for the pipe.

An acoustic telemetry system includes a piezoelectric stack at least partially disposed within a segment of pipe, and electrical circuitry for controlling the piezoelectric stack. In response to a signal from the electrical circuitry, the piezoelectric stack generates a plurality of acoustic signals for transmission through the pipe at different frequencies spanning multiple regions of a frequency response for the pipe.

A content-information-management system includes a meta-information server which handles meta information of contents on a network on which at least one content-provide device which provides the contents is provided. The meta-information server provides the meta information to a content-use device which uses the contents. The meta-information server discovers the at least one content-provide device on the network, acquires and stores the meta information of the contents provided by each of the at least one discovered content-provide device, and transmits the meta information of the contents according to a request for the contents, the request being made by the content-use device.

A method for reporting a user's emergency condition by sending an emergency help request message in a TCP / IP format to an emergency service center (ESC). The help request message may be sent over the Internet to advantageously harness the data transmission resources provided by the Internet. A support service provider may commercially provide such an emergency reporting service to a group of subscribers. The service provider may receive emergency requests from the subscribers and may send those requests over the Internet to the emergency service center. The service provider may also convert any non-TCP / IP message received from the subscriber into a TCP / IP message prior to sending the message to the ESC. A per-usage fee or a flat subscription fee may be charged by the service provider to allow users to report emergency conditions over the Internet. The support service provider thus coordinates the emergency help on behalf of the user. Internet-based emergency message delivery may be useful in many situations, for example, when the person in need of help is mute, disabled or in a situation that prevents the person from orally requesting emergency help from the ESC.

A universal serial bus (USB) with a power-saving mode and an operating method thereof are provided. When the USB peripheral is coupled to the USB host, the USB host core logic of the USB host transmits an inquiry request via a USB transceiver to inquire whether or not the USB peripheral supports the power-saving mode. The core logic of the USB peripheral responds via the USB transceiver that the power-saving mode is supported. Then the USB peripheral is off-line and then is shifted to be on-line for operating the power-saving mode. The USB host is also switched to the power-saving mode. Under the power-saving mode, the data are respectively transceived by the serial transceivers. The clock frequency of the serial transceiver can be adjusted according to the request of data transmission.

When a transmission device transmits a broadcast service signal using a radio signal, the transmission device determines whether there is a moving body that is moving at high speed toward or away from the transmission device, and calculates the amount of Doppler shift of a radio frequency due to high speed movement based on the movement speed of the moving body when there is such a high-speed moving body. Moreover, the transmission device shifts the frequency of the radio signal for transmitting the broadcast service signal by the Doppler shift amount in the opposite direction of Doppler shift direction. By doing so, it is possible for a moving terminal to receive the broadcast service signal from the original radio frequency regardless of Doppler shifting.

An electrical accessory charging compartment, an interface device and a retrofit for creating a charging compartment and a cabinet with an lectrical accessory charging compartment on its exterior. A plurality of electrical connections is located in the charging compartment for supplying electricity to a plurality of consumer electronic devices simultaneously. A plurality of data connections is located in the charging compartment for transmitting data to and from the plurality of consumer electronic devices simultaneously. The interface device for a plurality of consumer electronic devices is provided with a connector member having a plurality of outlets arranged to supply electrical power and provide data connections to a plurality of consumer electronic devices, and a data connector arranged to be connected to a data network.

The clock recovery circuit includes a first oscillator and an edge detector. The first oscillator generates a plurality of clocks having different phases and a predetermined frequency. The edge detector detects two clocks, among the plurality of clocks, between edges of which an input data signal has made a transition. The first oscillator includes a plurality of delay cells connected in a ring, and outputs of the plurality of delay cells are output as the plurality of clocks. Each of the plurality of delay cells selectively delays a first-delay added input data signal or the signal output from the preceding delay cell, and outputs the selected delayed signal. The edge detector controls one delay cell among the plurality of delay cells corresponding to the result of the detection, to delay and output the first-delay added input data signal.

A mobile phone connected to a telephone network which uses a telecommunication line by way of a communication terminal including: a wireless communication unit; a sound input unit and a sound output unit; a transmission interface unit; a user information memory unit; a memory unit; a detection unit; and control unit transferring user information stored in the user information memory unit and the phone call program stored in the memory unit to the communication terminal through the transmission medium respectively and also changing over a sound data output destination of the sound input unit and a sound data input source of the sound output unit from the communication unit to the transmission interface unit respectively in a case when it is detected by the detection unit that the own apparatus and the communication terminal are connected mutually.

A method for real-time data transmission in a communication network for transmitting useful data from a transmitter to a plurality of receivers, wherein the receivers are synchronized in terms of time via a synchronization method, at least one time for transmitting a respective useful data message to the receivers is stipulated during real-time data transmission, each of the receivers is assigned its own receiver useful data area within the useful data message, which area is assigned to the receiver, and the transmitter transmitting a useful data message. In accordance with the invention, a first of the receivers receiving this useful data message, stores the useful data contained in the receiver useful data area assigned to it for further processing, and forwards the useful data message to a second of the receivers at the transmission time.

A communication device includes a communication circuit unit, a transmission path, a ground, a coupling electrode, and a resonating unit. The resonating unit includes a first resonating unit connected to the transmission path and a second resonating unit having one end connected to the first resonating unit and another end short-circuited to the ground, the second resonating unit having terminals of the coupling electrode connected thereto. A microdipole is formed of a line segment connecting a center of charges stored in the coupling electrode and a center of mirror-image charges stored in the ground. The high-frequency signal is transmitted to a distant side disposed so as to face the communication device with an angle θ formed relative to a direction of the microdipole being approximately 0 degree.

A storage system capable of restoring data even if packets have been lost in exchanges of the data between storage apparatus each conforming to an iSCSI protocol adopting an FEC technique. In a storage system comprising storage apparatus each conforming to an iSCSI protocol adopting an FEC technique, each of the storage apparatus is provided with an FEC function and, when data is transmitted from an iSCSI layer to another iSCSI layer, the state of an FEC process and a redundancy of the data transmission are changed to values suitable for a transmission destination prior to the transmission so that the data can be restored at the destination of transmission.

A position measuring device having a scanning element assigned to a periodic measuring graduation, the scanning element moves relative to the measuring graduation so as to scan the measuring graduation and generates a first analog signal and a second analog signal that is phase shifted relative to the first analog signal. A module that forms a measured position value, wherein the first and second analog signals are present at the module, and a code word defines a position that is present at an output of the module. An output module that digitally outputs the code word over a data channel and a conversion device that converts the first analog signal and the second analog signal into multi-digit amplitude-proportional code words, wherein the code words are also available at the output module for outputting on the data channel and is digitally transmitted by the output module over the data channel.

An information processing apparatus capable of suppressing an increase in traffic on the network, and transmitting data even when the platform is different between a transmitting-side device and a receiving-side device. When a transfer request to the device is received from an upper layer software program, a virtualized controller extracts predetermined parameters necessary for controlling the device from parameters included in the transfer request, transmits the extracted parameters to the device, and stores the other parameters. When response parameters corresponding to the request parameters are received, a communication controller generates a transfer response by adding the stored parameters to the response parameters and transfers the generated transfer response to the upper layer software program.

A communication device, e.g. an access point, for RF-based communication with another communication device, e.g. a station, comprises antenna circuitry configured to transmit and receive RF signals and beamforming circuitry configured to perform beamforming. The beamforming circuitry controls the antenna circuitry to transmit data, in a beacon transmission phase prior to the beamforming training phase, using a set of third directive transmit beams in subsequent time slots and to listen, in the beamforming training phase, using a set of first directive receive beams in subsequent time slots that is different from the set of third directive transmit beams.

A universal serial bus (USB) with a power-saving mode and an operating method thereof are provided. When the USB peripheral is coupled to the USB host, the USB host core logic of the USB host transmits an inquiry request via a USB transceiver to inquire whether or not the USB peripheral supports the power-saving mode. The core logic of the USB peripheral responds via the USB transceiver that the power-saving mode is supported. Then the USB peripheral is off-line and then is shifted to be on-line for operating the power-saving mode. The USB host is also switched to the power-saving mode. Under the power-saving mode, the data are respectively transceived by the serial transceivers. The clock frequency of the serial transceiver can be adjusted according to the request of data transmission.

A high-frequency coupler includes a ground, a coupling electrode which faces the ground and is supported so as to be separated by a negligible height with respect to a high-frequency signal, a resonating unit for increasing a current flowing into the coupling electrode, a supporting unit which is connected to the resonating unit, and a short-circuiting unit which short-circuits the tip portions of the coupling electrode, in which an infinitesimal dipole constituted by a line connecting the center of the charges accumulated in the coupling electrode and the center of mirror-image charges accumulated in the ground is formed, and the high-frequency signal is transmitted toward a high-frequency coupler of a communication partner so that the angle θ formed in the direction of the infinitesimal dipole is substantially 0 degrees.

A method for detecting packet data transmission following an inactive period of a transmitter. The method includes using a dynamic acquisition search window which grows from an initial width (determined by the size of the corresponding standard search window prior to entering the inactive period) up to a maximum width (for example, the width of a full cell) in correspondence with the length of time that the transmitter is in the inactive state. The method is particularly directed to a mobile transmitter having active and inactive periods. The method according to the present invention is also useful relative to streaming data, such as voice, including a plurality of multipath components.

The invention pertains to a modular data transmission system with several modules or bus nodes that can be arranged adjacent to one another in a row. The data transmission system comprises a first bus node that features a first transmitter for the wireless transmission of data and an electrical connector, as well as a second bus node that features a first receiver for the wireless reception of data and an electrical connector. Both bus nodes are detachably fixed on a mounting rail such that they are arranged adjacent to one another in a row. The first and second bus nodes are respectively detachably connected to a bus receptacle, wherein each bus receptacle features an electrical mating connector that is coupled to the electrical connector of the respective bus node in the connected state in order to transmit energy, as well as a positioning device for positioning the respective bus node.

A hybrid latch flip-flop is applied to an LCD. The hybrid latch flip-flop includes a positive pulse generation unit, a latch flip-flop, and a buffer unit. The latch flip-flop includes a sampling unit and a hold unit. One feature of the present invention is that fewer transistors are employed in the hybrid latch flip-flop, which gives rise to low power consumption. Another feature of the present invention is that, by employing the positive pulse generation unit of a double edge trigger type, the data processing capacity of the hybrid latch flip-flop is doubled without changing the clock frequency.

A method for real-time data transmission in a communication network for transmitting useful data from a transmitter to a plurality of receivers, wherein the receivers are synchronized in terms of time via a synchronization method, at least one time for transmitting a respective useful data message to the receivers is stipulated during real-time data transmission, each of the receivers is assigned its own receiver useful data area within the useful data message, which area is assigned to the receiver, and the transmitter transmitting a useful data message. In accordance with the invention, a first of the receivers receiving this useful data message, stores the useful data contained in the receiver useful data area assigned to it for further processing, and forwards the useful data message to a second of the receivers at the transmission time.

A hybrid latch flip-flop is applied to an LCD. The hybrid latch flip-flop includes a positive pulse generation unit, a latch flip-flop, and a buffer unit. The latch flip-flop includes a sampling unit and a hold unit. One feature of the present invention is that fewer transistors are employed in the hybrid latch flip-flop, which gives rise to low power consumption. Another feature of the present invention is that, by employing the positive pulse generation unit of a double edge trigger type, the data processing capacity of the hybrid latch flip-flop is doubled without changing the clock frequency.

A DMA controller includes a channel status generator determining whether the state of a channel connected to a peripheral corresponds to the first part of transmission data when receiving a DMA request from the peripheral; an address generator generating addresses of the peripheral and a memory; a control signal generator generating signals representing DMA operation states; and a buffer temporarily storing data from the peripheral and transmitting them to the memory. The address generator generates an address of a register storing a data transmission size of the peripheral when the channel state represents the first part of the data. The control signal generator generates a control signal for receiving a value stored in the register storing the data transmission size.

A communication device includes a communication circuit unit, a transmission path, a ground, a coupling electrode, and a resonating unit. The resonating unit includes a first resonating unit connected to the transmission path and a second resonating unit having one end connected to the first resonating unit and another end short-circuited to the ground, the second resonating unit having terminals of the coupling electrode connected thereto. A microdipole is formed of a line segment connecting a center of charges stored in the coupling electrode and a center of mirror-image charges stored in the ground. The high-frequency signal is transmitted to a distant side disposed so as to face the communication device with an angle θ formed relative to a direction of the microdipole being approximately 0 degree.

A high-frequency coupler includes a ground, a coupling electrode which faces the ground and is supported so as to be separated by a negligible height with respect to a high-frequency signal, a resonating unit for increasing a current flowing into the coupling electrode, a supporting unit which is connected to the resonating unit, and a short-circuiting unit which short-circuits the tip portions of the coupling electrode, in which an infinitesimal dipole constituted by a line connecting the center of the charges accumulated in the coupling electrode and the center of mirror-image charges accumulated in the ground is formed, and the high-frequency signal is transmitted toward a high-frequency coupler of a communication partner so that the angle θ formed in the direction of the infinitesimal dipole is substantially 0 degrees.

The present invention provides a system for transmitting data quickly between a client and a server. The system includes at least one server (2) and a plurality of clients (1). The server provides an administration interface to the client, and includes: an inputting module (20) for inputting file directory paths via the administration interface; a judging module (21) for determining whether a reference document that corresponds to a source document in the client exists on the server, and for identifying a difference between the updated source document and the reference document according to verifications; a copying module (22) for copying the reference document to the server; and a transmitting module (23) for transmitting the difference, and for updating the copied document according to the difference. A related method is also disclosed.