Abstract: In an organic memory which is included in a radio chip formed from a thin film, data are written to the organic memory by a signal inputted with a wired connection, and the data is read with a signal by radio transmission. A bit line and a word line which form the organic memory are each selected by a signal which specifies an address generated based on the signal inputted with a wired connection. A voltage is applied to a selected memory element. Thus writing is performed. Reading is performed by a clock signal or the like which are generated from a radio signal.

Abstract: Provided are a mobile terminal and a method of transmitting and receiving signals in the mobile terminal. The method selects a modulation method and an antenna mode for optimizing energy consumption when signals are transmitted and received in consideration of a network operation mode, a channel environment, Quality of Service (QoS), and the like, and transmits and receives signals using the modulation method and antenna mode.

Abstract: There is provided a remote control device including: a communication unit that can perform communication through a network; a remote control unit that can transmit one or more control commands to a controlled device in response to an operation by a user; a storage unit that stores control command information specifying the one or more control commands to be transmitted from the remote control unit; and a setting unit that sets the control command information to the storage unit based on a result of communication by the communication unit with a controlled device through the network, wherein the setting unit detects a controlled device connected to the network by transmitting a device search signal from the communication unit, acquires device information of the detected controlled device from the controlled device, and decides the control command information to be set to the storage unit based on the acquired device information.

Abstract: Systems and methods for automatically changing an operational state of an appliance associated with a known fixed location. A current location of an individual is automatically determined with respect to a known fixed location using at least one wireless communication device. The system automatically determines if an operational state of at least one appliance associated with the known fixed location is to be changed based on at least the current location of the individual. The operational state of the at least one appliance is automatically changed if it is determined that the operational state is to be changed.

Abstract: A device, system, and method include receiving via a first network, by a remote computer server, a customized application from a user. The customized application is transmitted, by the remote computer server, to one or more intelligent cellular communications gateway devices. The customized application can be automatically installed and configured. Each intelligent cellular communications gateway device can receive local information from a device. The local information is analyzed and the local device can be controlled by the intelligent cellular communications gateway device based on the analyzed local information. In addition, the intelligent cellular communications gateway device can filter and/or compress the local information, and transmit via a cellular network, the filtered and compressed information, to the remote computer server.

Abstract: A system and method for operating a security system include a device control module configured for electronic communication with a plurality of devices and a user interface coupled in electronic communication with the device control module. The user interface includes a voice memory and a first speaker. The user interface is configured to receive a first system event from the device control module identifying a first condition detected by the security system. The user interface is further configured to retrieve a voice message from the voice memory corresponding to the first system event and transmit the voice message via the first speaker.

Abstract: A wireless audio headphone communication system has an audio input for receiving an audio signal from an audio source. A wireless transceiver receives and transmits radio frequency communications with a wireless audio headphone, the communications including an audio control signal that conforms to a wireless audio control protocol of a wireless communication protocol. A converter converts the audio control signal between the wireless audio control protocol transceived by the wireless transceiver and a local control protocol for controlling the audio source.

Abstract: A method of operating a wireless network, including detecting at least one signal of an external radio source, by a network device of the wireless network, during normal operation of the wireless network, in which while detecting, the network device does not send data to another network device of the wireless network, and changing a communication channel or frequency band, if the at least one signal overlaps with a currently used communication channel or frequency band.

Abstract: A system for providing enhanced radio content to a remote user is disclosed. The system includes at least one input that receives non-radio input; and, at least one output interconnected to the at least one input via a hub, wherein the at least one output receives the enhanced radio content via the hub after at least one manipulation of the non-radio input by the hub to form the enhanced radio content, wherein the at least one manipulation is in accordance with the at least one non-radio input.

Abstract: A system for providing enhanced radio content to a remote user is disclosed. The system includes at least one input that receives non-radio input; and, at least one output interconnected to the at least one input via a hub, wherein the at least one output receives the enhanced radio content via the hub after at least one manipulation of the non-radio input by the hub to form the enhanced radio content, wherein the at least one manipulation is in accordance with the at least one non-radio input.

Abstract: A system for providing enhanced radio content to a remote user is disclosed. The system includes at least one input that receives non-radio input; and, at least one output interconnected to the at least one input via a hub, wherein the at least one output receives the enhanced radio content via the hub after at least one manipulation of the non-radio input by the hub to form the enhanced radio content, wherein the at least one manipulation is in accordance with the at least one non-radio input.

Abstract: A system for providing enhanced radio content to a remote user is disclosed. The system includes at least one input that receives non-radio input; and, at least one output interconnected to the at least one input via a hub, wherein the at least one output receives the enhanced radio content via the hub after at least one manipulation of the non-radio input by the hub to form the enhanced radio content, wherein the at least one manipulation is in accordance with the at least one non-radio input.

Abstract: A system for providing enhanced radio content to a remote user is disclosed. The system includes at least one input that receives non-radio input; and, at least one output interconnected to the at least one input via a hub, wherein the at least one output receives the enhanced radio content via the hub after at least one manipulation of the non-radio input by the hub to form the enhanced radio content, wherein the at least one manipulation is in accordance with the at least one non-radio input.

Abstract: A method and system for providing a data service in interworking wireless public and private networks, allows for data service data being transmitted through the private network when a data service is to be transmitted through the private network within the network where the wireless public network and the wired/wireless private network are interworked.

Abstract: A radio-parameter control method allowing fine radio-parameter setting to improve communication quality is disclosed. Fixed stations are distributed at predetermined locations in a service area. A fixed station monitors reception condition of a pilot channel signal and transmits the monitored condition data back to a corresponding base station. A radio network control station statistically analyzes the monitored condition for each fixed station and estimates a future location of a mobile station. Radio parameters for use in radio communication between the mobile station and a base station corresponding to the future location of the mobile station are controlled based on statistical condition data at the future location of the mobile station.

Abstract: An outdoor-antenna digital television receiver system has an electrically controlled remote tuner located close to the antenna. In response to a remote control signal, the remote tuner selects a particular radio-frequency digital television signal to be received, converts that RF DTV signal to an intermediate-frequency digital television signal of prescribed carrier frequency, and drives a downlead transmission line, preferably a coaxial cable. Indoors, the downlead transmission line is provided with an echo-free termination This echo-free termination may be in a “set-top” box that includes a frequency up-conveter that converts the IF DTV signal back to an RF DTV signal for reception by a conventional digital television receiver. Alternatively, the echo-free termination may be in a special DTV receiver without a local tuner.

Abstract: A wireless data exchange system is disclosed. The system includes an electronically operated appliance including a transmitter, a receiver, and a control module configured to communicate with the transmitter and receiver. The control module provides a primary mode of operation and a secondary mode of operation and includes control logic configured to selectively change the mode of operation of the electronically operated appliance. A communication device adapted to be held in the hand of a user is configured to cooperate with the transmitter and the receiver to impart instructions wirelessly to the control logic in order to change the mode of operation of the electronically operated appliance upon receipt of a command from a user. A method of exchanging data wirelessly between an apparatus and a communication device is also disclosed.

Abstract: This invention relates to a remote communication system for use with a vehicle, comprising a first communication unit (1), located within a vehicle (2), said first communication unit comprising a first transceiver (3), connectable with a long-distance wireless communication network (16), such as a cellular network; and a portable second communication unit (7), comprising a second transceiver (9), connectable with a unit for long-distance wireless communication (14), such as a cellular terminal. The first and second communication units (1,7) are connectable with each other using said long-distance wireless communication network 16, thereby establishing a remote two-way communication link between said communication units. This invention further relates to a fob unit, for use in a remote communication system.

Abstract: The present invention addresses the difficulties of controlling new devices which have been added to a network. A network protocol, the NetCTL protocol, enables a remote control device to dynamically learn the command codes of a newly network attached device if the new device is executing the protocol. The intervention of a system administrator is not necessary since the dynamic teaming process happens automatically when the new device is attached to the network. Because the protocol allows the remote control device to learn the codes dynamically, there is no need to consult previously written tables of commands which can omit the codes for newly invented devices. A user of the remote control device which has “learned” the codes (i.e. acquired the codes) for a network attached device is able to control that device, regardless of the device's physical location, by selecting and sending the network attached device a command code to perform an operation.

Abstract: Latency in receiving and detecting paging messages at a wireless terminal is reduced by employing a unique “super” paging time slot format. A paging super time slot includes a plurality of prescribed time slots. Each wireless terminal is associated with cyclically recurring super time slots. A super slot is associated with one or more wireless terminals. A base station always selects the first available time slot in a super time slot to transmit a paging message to a wireless terminal that is associated with the super time slot. Each wireless terminal monitors every time slot in the associated super time slot until either detecting reception of its associated paging message or detecting an empty time slot. In another embodiment of the invention, a unique partially overlapping super time slot format is employed in which a super time slot has at least one time slot common to its adjacent super time slots.

Abstract: In a method for operating an RLAN arrangement (1) having a plurality of communication units (10, 20), wherein a step of monitoring the presence or occurrence of signals from external radar sources (100) is performed by at least one of said communication units being not in a transmission state as a monitoring unit, thereby realizing a continuous and uninterrupted monitoring of a presence of signals of external radar sources (100) over the complete operation time of the RLAN arrangement (1).

Abstract: A body device has a dual mode function and includes: a play-back mode setting unit for selecting a plurality of play-back modes such as a CD mode, an AM mode, an FM mode and so on; and a control unit for controlling the play-back mode setting unit so as to select an arbitrary one of the play-back modes in response to a predetermined operation on the front side or the rear side. When an operation to select and demand the FM mode on the rear side in a dual mode while the front side is in the AM mode, the control unit inhibits the FM mode selection on the rear side so that the AM mode on the front side may not be changed into the FM mode.

Abstract: A programmable mixer includes a 1st mixing stage, a 2nd mixing stage, a coupling element, and a compensation module. The 1st mixing stage is operably coupled to mix one leg of a differential input signal with a differential local oscillation. The 2nd mixing stage is operably coupled to mix the other leg of the differential input with the differential local oscillation. The coupling element couples the 1st and 2nd mixing stages together. The compensation module is operably coupled to the 1st mixing stage and/or the 2nd mixing stage to modify the operational characteristics (e.g., current, impedance, gain, et cetera) of the 1st and/or 2nd mixing stages based on a control signal.

Abstract: Briefly, this invention allows multiple users to activate their preferred settings for the various customizable features in a vehicle. These preferred settings are stored in memory for subsequent use. One of a multiple drivers to a vehicle, after being identified, will cause his previously stored preferred settings in the memory to be applied to the appropriate subsystems in the vehicle. The preferred settings include driver and companion seat positioning, front and rear temperature control, radio station and speaker adjustment selections, steering wheel positioning and door lock and unlock specification.

Abstract: A proximity detector for use in a mobile telephone apparatus, wherein the phone has at least a microphone (1) and a loudspeaker (5) operatively connected to signal processing means (2,3,4). The proximity detector comprises data processing and control means (6) including means for controlling the signal processing means (3,4) in order to activate the loudspeaker for reproducing an acoustic control signal, correlating means for correlating the control signal received directly (Ddirect) by the microphone (1) and the control signal being reflected (D1+D2) from a user (13) of the phone (9) and then received by the microphone (1) for determining the distance (D1≈D2) between the phone (9) and the user (13), and signal level control means for controlling the signal processing means (3,4) in order to varying the signal level of an audible signal reproduced by the loudspeaker (5) proportionally to the determined distance (D1≈D2) between the phone (9) and the user (13).

Abstract: The invention relates to a communication system, having at least one mobile communication device which has at least one actuating means for tripping an action of at least one piece of equipment communicating with the communication device. It is provided that within a usage area (10) of the at least one communication device (12), defined regions (16, 18, 20, 22, 24) are assigned position marks (36, 38, 40, 42, 44), which when the communication device (12) enters one of the defined regions (16, 18, 20, 22, 24) of the communication device (12) impart the current position for switching over a function setting of the at least one actuating means (50).

Abstract: A receiving circuit of a DSRC radio includes plural sequences of a split phase decoding unit, a clock regeneration unit, and a UW detection unit for protection against the distortion of a base band signal detected and adjusted according to a received signal S1 fluctuating at random. In each sequence, a received signal is received with a different phase, and a sequence indicating a better detection result of a UW signal is determined. Regenerated data from a signal received at the sequence indicating a better UW detection result is selected. A control unit controls regenerated clocks to have different phases. A data analysis unit analyzes various data using selected regenerated data.

Abstract: In a personal area network, a method for programming an appliance by a controller. The method includes steps of a) determining (358), by the controller (300), that the appliance (324) is included in the personal area network; b) determining (328), by the controller (300), that the appliance (324) is in data communication with the controller (300); and c) when the appliance (324) is in data communication with the controller (300), performing substeps of: i) requesting downloading (330) of a command set for controlling the appliance (324); ii) receiving (332) the command set for controlling the appliance (324); and iii) programming (401) the command set into a memory of the controller.

Abstract: An Alarm Clock Remote Control System for assisting an individual in operating an alarm clock without requiring the individual to be removed from a bed. The device includes an encasement, a display within the encasement, a tether secured a swivel, a clamp secured to the tether, a light within the encasement and a keypad within the encasement for allowing programming of the alarm clock.

Abstract: A communication system (10), and a method executed by same, for allocating communications traffic through a plurality of satellites (12) of a constellation of low earth orbit satellites. Each of the plurality of satellites is oriented, at any given time when in view of a ground station (18), at a particular elevation angle. The method comprises the steps of: (a) providing each of the plurality of satellites with a receiver for receiving communication links from the ground station and a transmitter for transmitting communication links to user terminals; (b) in response to a request for service, determining if a highest elevation angle satellite can be assigned a new communications link; (c) if yes, assigning a new communication link to the highest elevation angle satellite; (d) if no, determining if a second highest elevation angle satellite can be assigned a new communications link; and (e) if yes, assigning a new communication link to the second highest elevation angle satellite.

Abstract: A compact disk player incorporated television receiver includes a television signal receiver, a compact disk player having a song accompaniment function, a video signal processor for selectively receiving and processing a video signal output by the television signal receiver or a video signal output by the compact disk player and displaying the processed signal on a monitor. The device also contains an audio signal processor and a power source for generating voltage signals to supply power to the television signal receiver, the monitor, and the compact disk player. Also, a television controller is provided for controlling the supply of the voltage signals by the power source depending on whether the device is operating in a television mode or compact disk mode. The device operates in a television mode or a compact disk mode based on control signals input via an instruction input unit. Accordingly, when an audio compact disk is being played by the compact disk player (i.e.

Abstract: A television receiver capable of performing a video accompaniment function includes a television signal generator for receiving a television signal and providing a video signal and an audio signal, a video accompaniment signal generator for reading background/lyrics information and accompaniment information of a program selected tom among a plurality of programs stored in a memory, providing a video signal for accompaniment and an accompaniment signal, and generating a pseudo-sync signal, a first selector for selectively providing the video signal supplied from the television signal generator and the pseudo-sync signal supplied from the video accompaniment signal generator, a second selector for selectively providing the audio signal supplied from the television signal generator and the accompaniment signal supplied from the video accompaniment signal generator, a video output unit for receiving a signal selected from the first selector and the accompaniment video signal as a video output, an audio output uni

Abstract: A radio control transmitter capable of selecting function modes of high frequency in use at a simple operation to highly improve the operating efficiency. A plurality of setting switches each are provided so as to exhibit two functions or the function of immediately calling a specified function mode and a normal setting function, which are changed over through a second switch.

Abstract: A portable communication device (10) is controlled by voice recognition circuitry (20) remote from the portable communication device. The portable communication device includes apparatus for producing and transmitting a parametric representation of voice commands. The remote circuitry (which could possibly be a base station, a mobile repeater, or simply a dedicated box, separate from the portable) produces control signals, responsive to the parametric representation of voice commands, for controlling the portable communication device.

Abstract: The present invention relates to a control method and a control apparatus of a washer wherein washing processes involving washing, rinsing and de-watering are performed fully automatically by the introduction of functions of a commonly-used remote controller, thus providing the user conveniences and usefulness, and more particularly to a control method and a control apparatus of a washer wherein, by utilizing a remote controller and a radio transmitting and receiving part internally installed on the main body of the washer, necessary data are mutually transmitted and received and when there is any discrepancy, the user is caused to perceive it through an alarm part and a display part of a remote controller, which makes swift action possible and prevents abnormal operations of a washer resulting from mutual interference by way of proceeding washing process only when intrinsic secret codes of a washer are matched with secret codes memorized in a EEPROM.

Abstract: A method and apparatus for causing a remote controller to execute a sequence of instructions at a preprogrammed time. A remote controller includes a timer and may be used to turn on the various components of an electronic entertainment system including a recording device and to transmit a starting sequence which causes the recording device to record. After the selected duration of time expires the remote controller stops and recording device from recording and turns off the components of the system or causes other instructions to be performed.

Abstract: A power status detecting apparatus which is to be applied to a plurality of audio-visual equipments arranged such that currents flowing to AC lines of the respective equipments are detected so as to identify the power condition status of the respective equipments and in which identified information are supplied to a system control apparatus. Thus, system control for a plurality of equipments can be performed more positively and conveniently.

Abstract: A control arrangement for a home entertainment unit, including a television receiver and one or more peripheral devices, such as a video recorder, coupled to the television receiver, includes a single remote control transmitter for transmitting a remote control signal to the television receiver, which, in turn, passes on control instructions to the peripheral devices. To allow such a remote control operation, even when one or more of the peripheral devices is produced by a manufacturer different than that of the television receiver and which therefore requires a different remote control code, the television receiver has a memory in which, under the control of a microprocessor, the remote control codes allocated to respective function control keys of the remote control transmitter supplied with a peripheral device are stored during a learning process.

Abstract: A remotely mounted radar detector is mounted vertically behind a license plate with a reflector attached to the horn at an angle such that the reflector extends beyond one edge of the license plate to reflect incoming, horizontal radar signals into a vertically oriented plane and to the horn antenna. Preferably, a bracket snugly secures the license plate to the one end of the vehicle, with the radar detector sandwiched therebetween and facing downardly. The bottom portion of the bracket has a horizontal lip spaced from the bottom edge of the license plate so as not to obstruct incoming radar signals that pass therebetween enroute to the reflector. The bottom portion also has a vertical lip with a window, thereby to substantially hide the reflector from view and at the same time to permit passage therethrough of radar signals to the reflector.

Abstract: A remote control receiver which can be "taught" to recognize a remote control signal from any of a plurality of remote control receivers as its control signal. For this purpose, the transmitting code and the carrier of a remote control signal are analyzed and the transmitting code is stored in connection with the instruction content during a learning mode. Then, during normal operation, a received remote control signal is filtered by a band pass filter in which the filter band is set in accordance with the carrier of the remote control signal stored during the learning mode. The filtered signal is then decrypted with reference to the stored transmitting code, thereby permitting receipt of the remote control signal transmitted from a heterogeneous remote control transmitter. In this manner, the remote control receiver may be "taught" to respond to commands from a remote control transmitter the user is accustomed to using.

Abstract: A remote control handset for use with an audio system in which the audio system includes a tuner, a compact disk player an amplifier, speakers, etc. The handset also includes a display for displaying the information contents of the control signals. A cassette recorder also incorporated in the handset produces an output signal which is modulated on a special carrier and transmitted over a signal path to an antenna coupled to the tuner of the audio system in order to reproduce the recorded signals.

Abstract: A reconfigurable remote control transmitter can be used with a plurality of remotely controlled products, each of which is normally controlled with one or more signals from an associated remote control transmitter. The reconfigurable transmitter has a plurality of input keys and operates either in a Learn mode in which it may store indications of signals generated by the remote control transmitter from one or more of the products or a Run mode in which it selectively transmits stored signals in response to one or more keyed inputs. During the Learn mode a selected sequence of operations to be performed by one or more of the products in response to a first selected key sequence may be stored and during the Run mode stored signals are transmitted in a predetermined order in response to the performance of the selected key sequence to cause the selected sequence of operations to be performed.

Abstract: A remote indicator for use with an existing radar detector wherein a remote unit is located near the existing radar detector for sensing output indications from the radar detector and for providing output signals in response to and indicative of the radar detector output indications, and a console remotely located from the existing radar detector for receiving the remote unit output signals and for providing output indications indicative thereof and in response thereto.

Abstract: A control system, for example, for a television receiver comprised of a monitor and a tuner has a plurality of sources of control commands, such as, remote control command receivers associated with the television monitor and tuner, respectively, and a manual control device or keyboard associated with the monitor, a plurality of input terminals connected to the control command sources, respectively, through independent paths and each of which is assigned a predetermined priority in relation to the other input terminals, and a controller for selecting one of the control commands in the order of the predetermined priorities assigned thereto when such control commands are simultaneously received at the respective input terminals, and for producing a control signal for the monitor and/or tuner in correspondence with the selected control command.

Abstract: A remote radar detector head has a front control unit portion and a rear mounting surface portion which is thinner than the front head portion. The mounting surface portion extends rearwardly of the front head portion and extends downwardly or upwardly at an angle relative to the front head portion depending upon whether the detector head is in a first or inverted second mounting position. At a front panel of the front head portion, first and second escutcheons are provided with indicia inscribed thereon. In the first mounting position the first escutcheon is utilized while in the second or inverse mounting position the second escutcheon is employed with the indicia in reverse location thereon. The radar detector control unit can be conveniently mounted in a variety of locations within an automobile to insure ease of monitoring and control by the driver of the automobile who desires to sense incoming radar pulses.

Abstract: A microprocessor for use in individual remote control transmitters for controlling respective different devices and for a unified remote control transmitter for controlling all the devices is programmed in the same manner for each in order to reduce inventory and testing costs to the manufacturer and thereby reduce the cost to consumers. The particular sequence of operation in a given remote control transmitter is determined by external "strap" connections to the input and output terminals of the microprocessor. The remote control messages generated by a remote control transmitter includes preamble and data portions which are dependent on the strap connections and function keys activated by the user and in the case of the unified remote control transmitter by an external memory which stores the device selected for control by means of device selection keys.

Abstract: Communication system for either public or private electric power load management and distribution automation, and the like, wherein subcarrier signals are sent to a plurality of remotely located receivers and transmitters using an existing standard FM broadcast station. The broadcast signal is detected by a receiver which filters out the subcarrier component of the broadcast signal. The radio frequencies of the plurality of remotely located transmitters and receivers are closely spaced and synthesized from the frequency of the broadcast subcarrier and their time of transmission, digital bit streams, and message frames are all synchronized from the subcarrier signal. The FM broadcast station thereby orchestrates all communication activity to and from the plurality of remote locations to optimize traffic flow and maximize a priori information to all components to significantly increase reliability.

Abstract: A remote control system for a television receiver includes a remote control transmitter with keys for initiating a scan type channel selection operation and a memory for storing a list of preferred channels and non-preferred channels. During a scanning operation the non-preferred channels are passed over (i.e., "skipped"). The battery of the remote control transmitter advantageously also maintains the contents of the "skip" memory so that it may be volatile. So that the same type of channel selection is available locally at the television receiver itself scan keys and an associated skip memory are also incorporated with the chassis of the television receiver. Apparatus is provided to automatically program the local skip memory with the contents of the remote skip memory so that a user does not have to program both skip memories.

Abstract: Method of increasing the number of instructions according to the invention consists therein that withing the command signal (6) additional instructions are transmitted, which after being decoded in the instruction decoder (1) and processed in the strobbin signal generation circuit (4) strobes the operation of additional controlled units (5) and control the transmission of the signal through the register (2) to the controlled units (3).In the system according to the invention, between one of the outputs od the instruction decoder (1) and the unit (3) to be controlled the register (2) is connected, provided with an additional input for the record inhibiting instruction (10), whereas to the second output of the instruction decoder (1) the strobbing signal generation circuit (4) is connected aimed at controlling the additional controlled units (5).

Abstract: The inventor discloses a bidirectional communication system for electric power load management and distribution automation application, and the like, wherein outgoing control signals to a plurality of remotely located receivers and transmitters are sent using an existing standard AM broadcast station using small angle subaudible quadrature modulation. The broadcast signal is detected by narrowband synchronous receivers phase-locked to the carrier component of the broadcast station. The radio frequencies of the plurality of reverse link transmitters are closely spaced and synthesized from frequency of said broadcast carrier and their time of transmission, digital bit streams, and message frames are all synchronized from the broadcast signal. The broadcast station thereby orchestrates all communication activity to and from the plurality of remote locations to optimize traffic flow and maximize a priori information to all components to significantly increase reliability.