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Invention relates to wireless communication. The wireless data transmission device includes a transition unit for terminal data transmission, a terminal data transmission unit which transitions to a state in which communication with a data transmission terminal is possible in response to a transition instruction sent by the transition unit for terminal data transmission, a signal generating unit for generating a transition instruction signal, a transmission unit for wirelessly transmitting the transition instruction signal generated by the signal generating unit to an information processing device, a reception unit for wirelessly receiving a response from the information processing device to the transition instruction signal transmitted from the transmission unit, and a terminal data transmission control unit for starting to control information transmission/reception between the data transmission terminal and the information processing device according to the response received by the reception unit. |
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Automatic remote telemetry method Invention relates to wireless telemetry systems. According to the invention, a sensor is combined with a wireless communication device (WCD) into a common telemetering gear (TG). In addition to TG there arranged are WCD-retransmission units (WCDR) that ensure communication of TG to the information processing centre (IPC), as well as between TG, where there is not direct radio coverage between TG or between TG and the information processing centre (IPC). In order to obtain acceptable carrying capacity in situ, in addition to TG grid and WCDR of the first level, an arrangement is made at least for one more grid of more powerful TG and WCDR of the second level, which have bigger radio coverage. Both grids are combined into a single system. When information is being transmitted preferably through powerful devices of the second level, acceptable carrying capacity is provided owing to reducing the number of intermediate devices, through which information passes. The number of levels is chosen, at which powers of devices of the final level provide acceptable carrying capacity together with the devices of the previous levels, which is a technical result. |
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Transmission device and method for distributed control of said device In the transmission device, a plurality of elements virtually make up one device. Each element comprises at least one main signal transmitting module and a monitoring-control unit connected to the main signal transmitting unit through an internal bus 40 of the device and connected to another monitoring-control unit through a bus between the devices. The monitoring-control unit in one element, in case of breakdown in the controlled main signal transmitting unit, receives a breakdown signal from the controlled main signal transmitting unit and transmits through the bus between devices a control signal for masking the breakdown signal with the monitoring-control unit of another element, having a main signal transmitting unit of the masking recipient. Upon receiving the breakdown signal masking control signal, the main signal transmitting unit of the masking recipient suppresses a secondary breakdown signal upon detecting secondary breakdown. |
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Equipment mounting frame comprises two side support structures of a selected height, wherein each side support structure (a) comprises one or more upright working members defining the width of that side support structure and (b) comprises a foot structure extending from at least one end of the upright working member(s). The foot structure defines the depth of that side support structure and extends across at least one quarter, preferably at least half, more preferably at least three quarters, especially preferably substantially all of the said width, and (c) carries an upright group or row of fixing members, wherein the two side support structures are connectable together at a distance from each other to enable equipment trays or blocks to be mounted in assembled array between the side structures through said fixing members. Each of said side support structures each with the said foot structure(s) extending therefrom is formed to be nested together when disconnected from each other for shipment or storage within a volume less than twice the volume defined by said width, depth and height. |
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Optical network requires the formation of a label switched path; the label is formed according to the signal type of the label switched path and network resources. The label is used for indicating that a first optical channel data unit is multiplexed to a second optical channel data unit; the label comprises a tributary slot type indication field used for indicating a tributary slot type of the second optical channel data unit, and the label further comprises a tributary slot assignment indication field used for indicating a tributary slot occupied in the second optical channel data unit into which the first optical channel data unit is multiplexed; and the label is sent to a node on the label switched path by a signalling message of General Multi-Protocol Label Switching. |
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Apparatus for mounting components of telecommunication and information equipment Apparatus (1) for mounting components of telecommunication and information equipment has at least one support arm (2), passing in a longitudinal direction, having a cross-section for mounting annular or plug contacts or arched fixing members. The cross-section has a contour, where at least three points (P1-P4) of the contour lie on a common circle (K) with radius R. The contour has an opening angle α less than or equal to 180°, and at least two of the three points on the contour have a curvature radius less than the radius R. |
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Channel allocation method for an intercommunication device includes: according to a subnetwork to which the intercommunication device belongs, detecting corresponding subnetwork resource information, determining the control channel and service channels which can be used by the intercommunication device, wherein the number of service channels is greater than or equal to 2. Different subnetworks correspond to different channel resources; and waiting on the control channel in case of a wait mode. The communication method and system for the intercommunication device, as well as the intercommunication device are disclosed in the present invention. |
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Terminal block for telecommunication modules and method for mounting thereof Terminal block (1) for telecommunication systems includes two oppositely lying rows of terminals (13), lying along a first side (9) of the block, and two oppositely lying rows of terminals (13), lying along the opposite second side (10) of the block, a mounting means (15) t each end of the block, through which the block can be detachably mounted on a holder (3), such that access to the terminals on the first side of the block is provided in order to connect wires. The terminal block also includes wire guide elements (24, 29) outside the block, which are able to fix wires (30) connected to terminals on the first side of the block on at least one end, while enabling the removal of the block from the holder, rotation thereof around a central axis passing between both ends of the block, and mounting the block on the holder, while providing access to terminals on the second side in order to connect wires. |
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Transmitter with relative time timer Transmitter has a first communication interface for receiving data and a timer for measuring relative time. The relative time includes time spent on operation of the transmitter. Furthermore, the transmitter has a processing system for providing the data with a relative-time timestamp and a second communication interface for outputting the relative-time time-stamped data. |
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Method and apparatus for sub-network connection protection service migration Migration request of an SNCP service is received, wherein the migration request comprises one of: permanent connection (PC) to soft permanent connection (SPC) migration, SPC to PC migration. Based on the received migration request, cross status control bits of a current connection and a correlative connection thereof are respectively set, and collective migration of the current connection and the correlative connection thereof are performed based on the set cross status control bits. Cross status control bits of the current connection and the correlative connection thereof are modified based on the migration result. |
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System, method of controlling output of audio instructions, transmitting device and receiving device In a system, wherein a transmitting device and a receiving device communicate with each other, the transmitting device has a first output module which outputs a first audio instruction and a transmitting module which transmits to the receiving device an output instruction, which instructs the receiving device to output a second audio instruction associated with the first audio instruction during a corresponding time for outputting a first guide, and the receiving device has a receiving module which receives an output instruction transmitted by the transmitting module, and an output module which outputs a second audio instruction in time according to the output instruction received by the receiving module. |
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Method for querying measurement value Measurement value is converted into a modulation signal which influences the reflective property of a sensor antenna, wherein a signal is emitted by a querying device, the signal being altered and sent back by the sensor antenna and received again by the querying device, wherein the measurement value is determined from the received altered signal. Sensors determine a plurality of measurement values, and the querying device on a vehicle or defined person moves past the plurality of sensor antennae, wherein several sensors on devices which are located on a railway section and are part of the power supply installation of the railway section determine as the measurement values electric current from the railway line of a dc electric railway to the earth. The querying device is located on a railway vehicle moving on rails along the railway section. |
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Telecommunication network contains service control entity (SCE205) and service switching entity (SSE204). Service control entity is made capable to perform steps of receive from service switching entity (SSE204) the indication that the first call attempt failed, receive from service switching entity (SSE204) the indication of additional call attempt, receiving call information related to the first call attempt, determination of call establishment procedure for additional call attempt based on call information related to the first call attempt, and sending instruction to service switching entity (SSE204) to continue setting up additional call attempt according to call establishment procedure. |
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System of control of vital indices of patient's health Invention relates to medical equipment, namely to devices for remote monitoring of physiological parameters of human organism. System contains sensor of heart activity control, sensor of respiratory activity control, sensor of hemodynamics control, unit of data introduction and central computer. Additionally system contains microprocessor, GSM mobile connection net, which supports transmission of GPRS data packet, and function of location determination in PRCF radiosystem, data of motor activity control, two GPRS modems and multi-channel microcontroller. System also includes display, two telephones of mobile connection, database containing anamnesis, passport data, as well as contact information with patient's confidant. |
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Switch module (10) in a distribution point of telecommunications has a plurality of paired contacts and a remotely controllable switch. At least one pair of input contacts (14) may be adapted to transmit an input signal. At least one first pair of service contacts (16.1) may be adapted to transmit a POTS, DSL or combined signal, and at least one further pair of service contacts (16.2, 16.3, 16.4) may be adapted to transmit a POTS, DSL, test, monitoring or combined signal. The number of pairs of input contacts (14) is less than the number of pairs of service contacts (16.1-16.4). The remotely controllable switch (12) may be adapted to selectively connect the contacts (14) with the service contacts (16.1, 16.2, 16.3, 16.4). A method of selectively connecting a subscriber line (18) to an exchange of a telecommunication service provide selected from two or more telecommunication service providers by remotely controlling a switch (12) of a switch module (10) in a distribution point, is also disclosed. |
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In a wireless communication device comprising an active radiating element and one or more passive elements, generating a directivity pattern in space, the active radiating element is an integrated radio modem, with its inbuilt transceiver and a transceiving antenna. Besides, the radio modem is placed in the device so that the device elements that surround it form the directivity pattern required for arrival of the maximum signal to the inbuilt transceiving antenna of the radio modem, at the same time the radio modem is connected to the terminal equipment (a computer, a hub, other segments of the network) with the help of a USB-cable. |
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Plinth for telecommunications equipment and equipment for collection, processing and transmission of data comprises a casing, where the first and second contacts are installed for connection of strands. The first contacts are available at the upper side of the casing, and the second contacts - at its lower side. Each first and each second contacts form a contact pair. Contact pairs comprise at least one coupling device available from the outside each, by means of which slots or magazines may be connected. The coupling device is made in the form of a fork contact (15), and the first (10), second (12) and fork (15) contacts form a contact element (18) arranged integrally. The first (10) and the second (12) contacts are placed in the single plane (E1), and the fork contact (15) is arranged at the angle of 45° to the first (10) and second (12) contacts. |
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Electric connection module, cross and method of its reswitching Cross contains external line module, inner line module, reswitching module connected to inner line module and switching plug inserted into inner line module and reswitching module, at that switching plug disconnects junction terminals of inner line module from side of equipment of inner line module, and junction terminals of inner line module are connected electrically to terminals of equipment from side of reswitching module through switching plug. |
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Method to build non-blocked self-routed expanded commutator Method includes stages, at which an input and an output cascades of commutators are added to a ridge cascade made of N basic commutators and connected to the ridge cascade in accordance with the determined table of connections, at the same time the input and output cascades are accordingly R demultiplexors and R multiplexors, connection of which is carried out using the basic table of connections T selected to build the expanded commutator, which sets the connection of the input cascade to the inputs of the commutator cascade, and connection of this cascade outputs to the output cascades of multiplexors. |
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Structural element based on ceramic mass Invention relates to a structural element based on ceramic mass, which to a large degree is stable at high temperatures, in particular, higher than 800°C. It means that the structural element at such temperature may perform its task specified by application. The structural element based on ceramic mass at working temperatures higher than 800°C is in contact with hot melt or a product of annealing, and at the same time it is considerably stable. At least one sensor (10) is integrated in it, with the help of which during its operation it is possible to send at least one of information parameters depending on time of registration and transfer to a data processing device (70): identification of a structural element (26, 30), its physical properties, displacement, time of use, place, for processing of this parameter. |
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Hierarchical radio frequency identification system Hierarchical radio-frequency identification system includes a parent label with an identification register and a counter register, child labels with identification registers connected at the input and output by a first frequency radio channel to a first writing transponder, data storage and an input/output interface. To avoid collisions when reading data of radio frequency labels, the system further includes a data buffer, and a second writing transponder, the first input and output of which are connected to the parent label by a second frequency radio channel, and the second and third inputs and outputs are connected to the data buffer and the input/output interface, respectively. |
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Method of publishing exclusive global heading with service node having several signalling nodes Method of implementing a service node having several signalling nodes, which communicates an exclusive global heading, comprising: distribution by a network of initiating service nodes into groups in accordance with production capacity, wherein each group of initiating service nodes corresponds to the signaling node of the service node; initiating service nodes sending initiating messages to corresponding signalling nodes using a global heading and translating the global heading in the initiating message; the service node registering the signalling node which received the initiating message, processing the initiating message, detecting the signalling node which received the initiating message through the registered information after processing, and sending a reply message to the initiating service node through the signalling node. |
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Method for automatic remote telemetry Apparatus or some other device is combined with a wireless communication device into a single telemetry device. Information read by the telemetry device from its sensor is stored in that telemetry device until the moment of confirmation that it has been received by the data processing centre. Periodicity of reading information from each telemetry device and its transmission to the data processing centre is set by this centre. All telemetry devices, besides reading and transmitting information from their sensors, function as repeaters during transmission of information from the source telemetry device to the data processing centre and commands from this centre to corresponding telemetry devices. The route for transmitting information from the telemetry device to the data processing centre and commands from the data processing centre to the telemetry device is selected based on the length of the route by counting the number of telemetry devices through which information and commands pass, as well as based on communication quality provided by each telemetry device on that route. |
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In an electric interface with n circuits, where n is greater than two, having a connector whose contacts have a socket on one side and a plug on the other, the first circuit of electric interface ends on the first contact of the connector, and the second and next circuits are displaced by one step towards the first circuit, for which the first contact of the connector is shortened on the side of the plug, the second and next contacts are subjected to deformation so that the plug of the second contact shifts into the position of the plug of the first contact shorted on the side of the plug, the plug of the next contact occupies the freed up space of the shifted previous plug of the connector. The electric interface can also have an extra n+1 circuit, where the first and the n+1 circuit of each connector is fitted with an external current conducting jumper. |
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Set of telecommunications equipment with internal and external frames Set of telecommunications equipment (1) includes terminal connection modules (21), having electrical contacts for connection of wires, external frame (2) and at least one internal frame (4) for installation of specified number of terminal connection modules (21). Internal frame (4) is arranged to provide for split embedding into external frame (2) with provision of gap between internal and external frames, at the same internal frame (4) comprises at least one telecommunications unit (24) and has at least one opening (29), providing for the possibility of electric connection to telecommunications unit (24). |
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Telecommunication block with terminal connection modules and jackets for directed location of wires Telecommunication block, including bearing structure (2, 7) to locate units of telecommunication block (1), at least one terminal connection module (15) arranged with the possibility of detachable connection to telecommunication block (1). Terminal connection module (15) on face side comprises contacts (16) intended for connection of wires to terminal connection module (15), and contacts on rear side, an also at least one jacket (18) for directed location of wires in direction of contacts (16) of terminal connection module (15). Jacket (18) for directed location of wires is rotationally fixed to bearing structure (2, 7). |
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Rotary device with remote control Rotary device inclues remote control panel (RCP), at the same time RCP is arranged with the possibility to generate and send infrared signal, and rotary support, which comprises the following components joined to each other - memory module arranged with the possibility to store signal selected on RCP as signal of support rotation, detector of RCP angular position arranged with the possibility to detect value of accurate and inaccurate angular position of RCP by its infrared signal, module for detection of support rotation angle, arranged with the possibility to provide signal on inaccurate detection of angular position of RCP to indicator of inaccurate rotation angle arranged with the possibiltiy to inform the user on the fact that RCP prior to rotation was located outside zone of accurate direction finding, and on the fact that user shall again send infrared signal from panel for accurate rotation of support, at the same time module for detection of support rotation angle is also arranged with the possibility to detect angle of support rotation by value of accurate or inaccurate angular position of remote control panel, motor driver is arranged with the possibilty to generate control signal at least by one motor in compliance with a certain angle of support rotation, and at least one motor is arranged with the possibility to rotate rotary support by angle of rotation in compliance with signal of motor control, besides detector of RCP angular position comprises computing unit, at least two photodetectors connected to computing unit, and at least two transparent scattering plates illuminated with flow of RCP infrared signal radiation and arranged in various planes at the angle to each other, at the same time brightness of back surface of plate, which is remote from RCP depends on angle of radiation flow incidence at plate, besides each plate is arranged in front of according photodetector arranged with the possibiltiy to register brightness of plate back surface and transfer of brightness signal into computing unit arranged with the possibiloity to calculate angular position of RCP on the basis of brightness signals produced from photodetectors, at the same time computing unit is arranged with the possibility to calculate inaccurate angular position of RCP, if flow of remote control panel signal radiation gets onto one plate, and to calculate accurate angular position of remote control panel, if flow of RCP signal radiation gets onto at least two plates. |
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Network connection registration unit Invention relates to a connection module or adapter which connects network components to the sensor component of a detector. The connection module or adapter interface has a housing which has an interface with sockets, which has a plug socket connector which is profiled for receiving a plug; a sensor socket attached with possibility of plugging on the said interface with sockets and having a cavity passing through it in order to allow passage of the plug when inserted into the plug socket connector. The said sensor socket has a mounting pad near the said cavity of the socket and at least one sensor contact which is mated with it and profiled for interaction with it, a probe sensor connected to the plug inserted into the plug socket connector, characterised by that the socket has a connection apparatus accessible from the front of the socket, making it possible to electrically connect the socket to the sensor component independent of any component inside the said housing. Also described are modular plugs which can be installed into the detector, with possibility of replacement, for identification of separate connections, and mounting screws with two end sections for making easier mounting of the detector are used. |
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Calibration of antenna array for systems of wireless communication Calibration is realised for transmission channel of device that transmits information to multiple devices along lines of wireless communication, and channels of reception of multiple devices that receive information along one of wireless communication lines, using multiple estimates of direct communication line channel, received from at least some of multiple devices, and multiple estimates of reverse communication line channel from multiple devices. |
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Device and method for displaying illumination distribution Invention relates to a portable electronic communication device. The result is achieved due to that, the proposed method and device for displaying illumination distribution includes several areas illumination (202, 224, 226 and 228), where each of the several illumination areas (222-228) can glow in one or more colours and at an assigned frequency during an assigned time interval. The method and device are also provided with a processor (102) connected to each of the illumination areas (222-228) such that the processor can distribute (108) illumination in response to an activation instruction. Illumination distribution (108) provides selective activation and deactivation of at least one illumination area (222-228) through an illumination signal (110, 112) such that the device for displaying illumination distribution provides an additional level of personalising the device (100). |
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Invention relates to telemetric data transmission systems. Proposed is a method of transmitting telemetric data over open networks which support TCP/IP and UDP when telemetric devices are located in a segment of local private addresses, and the dispatch server is on a public network accessible for telemetric devices through a network address translation (NAT) server. An interface with a local private address is created for the telemetric server, where the said address belongs to the network of telemetric devices, assigned for sending control instructions, which include communication establishment instructions, to telemetric devices. |
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Control mode of system with automatic redistribution of communication channels Particular invention relates to control mode of system with automatic redistribution of radio communication channels. For this according to control mode channel (f1), which is usually used in the capacity of control channel, is used as telecommunication channel, when set of channels (f2-fn), used as telecommunications channel, are used. For instance, channel (fn) is implemented with ability of operation not only as telecommunication channel, but also as control channel. When telephone communication, using channel (fn), is finished, channel (fn) is installed as control channel instead of channel (f1). In this method currents, consumed by wireless devices, located in system with automatic redistribution of communication channels, can be decreased, and period of time, during which procedure of automatic redistribution of communication channels is not working, can be considerably decreased. |
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Telecommunication module with hinged grounding element Stated invention is related to assembly comprising at least one bracket (12), at least one telecommunication module (10) fixed to bracket (12), and at least two grounding elements (14, 16), at least besides one grounding element (14) is fixed to telecommunication module and at least one grounding element (16) is fixed to bracket (12), moreover, grounding devices (14, 16) are in direct contact with each other and may rotate relative to each other while still in contact. |
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Call setup in videophone network Invention concerns methods of video call setup in mobile videophone network. Claimed methods of call setup reduce delays in call setup due to anticipating repeated packet transfer (NSRP) till expiration of typical waiting time period required for reception of NSRP acknowledgement packet (ACK) from remote terminal. Retransmitted NSRP packets can be sent again in free periods when modem level of transmitting mobile terminal does not receive other data for transfer to remote mobile terminal, thus taking advantage of vacant pass band. Multiplexed data received by modem can be stored in local buffer at modem level for retransmission. Thus, retransmission does not require generation of original call setup messages or multiplexing. Previously generated and multiplexed data are instead store in buffer at modem level for retransmission. |
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Method and device for hiding true user identity in communication system Present invention relates to data transfer networks. A communication system contains first user equipment, with a first characteristic identifier, second user equipment, with a second characteristic identifier, and a service network, serving the first and second user equipment. The method, according to the invention, involves: request (200) for virtual identifier through the first user equipment; establishing (202) the virtual identifier for the first user equipment; linking (202) the virtual identifier of the first user equipment with the first characteristic identifier of the first user equipment and use (210) of the virtual identifier of the first user equipment for establishing communication between the first and second user equipment. |
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Invention concerns communication technology. Method involves the following stages: incoming packet storage to form optical pack; association of each incoming packet to generated random binary digit at some probability of first and second binary values, when packet with the first value of binary digit indicates transition between optical packs; and transmission of optical pack with aggregated packets if first value indicates transition. |
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System and method for precise determination of requested measurement start time In suggested method measurement start time will be obtained included into "Measurement start time" field of frame of measurement request and start time interpretation for certain element measurement defined by "Status" field value, comprising each "Measurement request element" field of measurement request frame. Additionally measurement start time of measurement request frame is determined using value of time synchronisation function (TSF) timer or by its part to eliminate indeterminacy in interpretation of reported start time. |
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Telecommunication module (10) has terminals (12) for connection, in the general case, of wires. Terminals (12) are located at least in single line and have width passing essentially along the direction of line (R). Terminals (12) have length passing essentially transversely to the direction of line (R). At the same time projection length of at least one terminal (12.3, 12.4) visible in observation direction being parallel to terminal thickness direction, is less than projection length of at least one adjacent terminal (12.1, 12.2, 12.5) of the same line visible in observation direction being parallel to its thickness direction. |
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Telecommunication module, and assembly containing telecommunication module Invention refers to radio-engineering, and can be used in telecommunication. Telecommunication module (10) has at least two sides (12, 14), the first (16) group of contacts to be connected to POTS wires, the second (18) group of contacts to be connected to telephone line wires, and the third (20) group of contacts to be connected to DSLAM wires. The first (16) and the second (18) groups of contacts are located on both sides (12, 14) of telecommunication modules. At least some contacts of the first (16) group are connected to at least some contacts of the second (18) group at disconnection points (22). |
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Invention refers to electric radio-engineering. Telecommunication module (10) includes contacts (12, 14, 16) to be connected to wires that are basically located as parallel rows in number equal to three or divisible by three. At least one row of contacts (12, 14, 16) is meant for transmitting special signals such as POTS signals (analogue telephone signals), telephone line signals, or DSLAM signals (digital signals); at that each row of contacts is designed for transmitting the signal that is different from the signal transmitted with any neighbouring row of contacts. |
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Device and communication method Invention concerns device and the method of communication which carry out, for example, the one-grade communication with any structure (communication ad hoc) on a wireless local network (LAN) which is determined according to specification IEEE 802.11. In an energy economy effort in a network ad hoc according to IEEE 802.11 there are package losses if the state of economy of energy of a receiving party is not detected therefore communication is not provided. However there is an obvious notice on affixion to a network/cutout from a network and it is difficult to detect and drive a state of the device which are the partner in communication, including the moments of time of detection. For the solution of this problem the terminal always before data transmission transmits an information package of the notice (package ATIM) at the moment of time during which all terminals can accept it, irrespective of a state of economy of energy of the device which are the partner in communication. Using this mechanism, the terminal also notifies the device which is the partner in communication, on changes in a state of economy of energy of the terminal. |
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Effect is enabled by having the transmission link maintained after completion of a multi-package data cluster transfer to ensure expedient transfer of other data packages of the same terminal node. The link is interrupted only if another terminal node needs the resource for transfer of its data cluster. |
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Method and device for application settings upload Invention deals with a method of uploading application settings to a device to enable, for example, facilitation of a request for subscription to services and uploads and upload of the settings required to the device. To provide for that a device is programmed depending on at least a single application pre-defined which results in the device adaptation required for display of a user-navigable menu related to the application above-mentioned and enables hinting in regard to the operations to be performed by the user. The device is actuated by pressing a key with the above menu providing for establishment of a communication link between the device and the server and application settings upload. It is preferable the device communicate to the server via a radio channel by way of calling a telephone number uploaded in the device memory and related to the application in question which opens a session of communication with the server with the questions and answers displayed in the successive device menus. The device preliminary preparation consists in providing for operation of the pre-configured application-oriented, self-learning and user-friendly menus. The menus provide for hinting the user in regard to selection of keys to be pressed, number of the latter being the minimum possible. |
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Invention refers to communication engineering. Technical result is ensured by engineering frame allocation in portable radio set (Push-to-Talk) environment: call setup is accompanied with group appointed selective allocator (SA) using base station system (BSS) for one or several mobile stations (MS) in group and in the same cell thus setting one or number of forward traffic channels (FTC); while allocating engineering frames, specified BSS transmits engineering frames to each SA setting one or number of FTC for each MS in group, then each of one or number of SA allocates engineering frames to one or number of FTC set by SA. |
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Body for location of printed circuit boards, assembly of which forms at least parts of communication system, with body cover and hook-up compartment available from outside, at that main printed circuit board is installed between body base component and covering part, and plug-in connection devices are provided in compartment of main printed circuit board extension for at least one printed circuit board of extension, at that for covering of extension compartment the first cover is provided, which has through holes in direction of connection compartment, which in assembled condition are matched with plug-in connection devices on at least one printed circuit board of extension, at that the first cover is engaged with covering part by means of fixing joint, at that fixing joint may be disconnected again only with the help of tool. |
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Server processing of interactive screens for wireless device System for processing of the interactive screen for the wireless device by means of the first network server and the second network server contains the first network server which is carrying out selective communication with a wireless network and selective communication with the second network server, and the second network server which is carrying out selective communication with a wireless network and selective communication with the first network server, thus the first network server accepts inquiry about a fill of data from the wireless device, transmits this inquiry about the second network server, and the second network server transmits the interactive screen intended for the wireless device in a wireless network. |
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Device and method of sharing of objects of radio report in wireless communication system Different cells share object of the report of the second level for use of identical values of parametre of the channel and identical values of parametre of the report, thereby reducing a delay arising from restoration of an unidirectional radio channel in case of transmission of service, minimising losses of data during service transmission, saving up network resources and refining reception performances at portable station (UE) by means of the soft integrating. The method includes stages on which accept in UE the first value of parametre and the first index of parametre; erect the channel, using the first value of parametre and the first index of value of parametre, and data MBMS accept; accept on UE the second index of value of parametre; also support the erected channel if the first index of value of parametre is identical to the second index of value of parametre. If the mentioned first and second indexes of value of parametre are various, the channel recover, using the accepted second value of parametre. |
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To minimise losses of data when the portable terminal reads out a control path of multimedia broadcasting/multiple-address service "MCCH" in reception of data of multimedia broadcasting/multiple-address service "MBMS", the conferring of indication on reception of the driving information of multimedia broadcasting/multiple-address service is transmitted to the portable terminal "MBMS", containing the information of attribute of the driving information for service of multimedia broadcasting/multiple-address service "MBMS". Then the portable terminal samplingly reads out a control path of multimedia broadcasting/multiple-address service "MCCH" to accept the driving information, according to the information of attribute containing in the conferring of indication. |
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Present invention pertains to a method and device for estimating power using a subscriber point in a frequency division multiple access system (FDMA) in the process of selecting an interval. That way the power of the signal, related to one interval, can lead to detection of power in an adjacent interval, even if there is actually no signal in the neighboring interval. |
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Method of establishing communication in radio communication systems Through conversion to specific information, contained in a channel, user equipment (UE) establishes a point-to-point connection with a base transceiver station (BTS) without interrupting reception of multimedia broadcast batch service (MBMS), which is the engineering solution. |
Another patent 2513383.