44 results about "Satellite Telephone" patented technology

The present invention provides a system that creates virtual events within a virtual world. A virtual event may be akin to a real event, but is completely computer generated within a computer-generated world and is based on statistical measures, either real world or created. Numerous characteristics about the competitors and the competition location parameters are available before a competition event. Based on the known parameters about the location of an event and the characteristics of the participants and their historical past performances in similar events enable bettors to make informed wagers on an event that greatly enhances the satisfaction and involvement in a competition event. As such, Histories of virtual events are maintained on actual virtual performance data of competitors in the virtual world. The histories can include all relevant virtual data about a competitor and the past events the competitor competed.The virtual event may be created by an event engine, scheduled, and broadcast or simulcast in real-time through-out the real-world using existing and conventional video transport media, such as web, TV, satellite, telephone network, and cable. A video delivery system is used that will allow high quality high definition video to be broadcast worldwide with very low bandwidth requirements (<20 kb / s).Individuals throughout the real-world may place wagers (e.g., bets) on the outcome of either a pari-mutuel event or a fixed odds event, utilizing either pari-mutuel, exchange wagering or fixed odds wagering systems. The virtual event may be any type of sport, or skill based game that is usually between competitors.

A personal safety device includes a buoyant component and a tracking device coupled to the buoyant component. The tracking device includes a location determining device and a wireless communication device. The wireless communication device is configured to communicate with a terrestrial communication network such as a cell phone network. The wireless communication device is effective in coastal and inland waters, and the reduced size as compared with satellite telephones makes the device practical use during recreational water activities. Various buoyant components including personal floatation devices, waterproof containers, and gas trapping encapsualtions are disclosed.

A telephone comprising means for stopping the audible ringing due to an incoming call without answering or hanging up on the incoming call is disclosed. The telephone can be a portable telephone such as a cellular telephone, a cordless telephone, or a satellite telephone. The means for stopping the audible ringing includes motion sensor means and depressible portion means.

A control interface protocol governs communications in a satellite telephone system. The satellite telephone system comprises a radio antenna unit (RAU) and a plurality of desksets connected to the RAU. An interface bus connects the desksets to the RAU. The RAU and the desksets communicate with each other by packets. Each packet comprises a start of header (SOH) byte, an address number (ADDR) byte, a command (CMD) byte, an argument (ARG) and a block check character (BCC). The ADDR byte comprises a source and a destination address of the packet. All packets, except negative acknowledgment (NAK) packets from the desksets, are acknowledged by the RAU. The packets originating from the desksets are tagged with an address of the desksets. A packet to a specific deskset includes a destination address. A packet originating from the RAU to all desksets includes a first default address. A packet originating from the RAU to a deskset that does not have an address includes a second default address.

A mobile station in a satellite mobile telephone system predicts when it will move into another cell on the basis of one set of broadcast information thereby reducing the overall processing burden. The mobile station can predict with a useful degree of certainty which broadcast control channel (BCCH) frequencies it should listen on when it wakes up on the basis of a stored map of the relative positions of cells. The broadcast information includes information about the current cell's shape and translational and rotational motion.

Embodiments of the present invention relate generally to packetization techniques for satellite transmission of data, such as telephony data. Some embodiments use the MPEG2 standard in connection with the ETSI DVB data piping profile for arranging the data. Embodiments also relate to method for receiving, demultiplexing and managing incoming telephony data to support a variety of telephony applications including voice, facsimile, Internet and other data.

The invention discloses a portable general aviation communication handheld terminal comprising an information collection processing module and a satellite telephone voice communication module, whereinthe information collection processing module comprises a central processing unit, a positioning information collection unit, a message transceiver unit, an ADSB information collection unit and a storage unit, an output end of the positioning information collecting unit is in one-way electrical connection with an input end of the central processing unit, and the output end of the message transceiver unit is in electrical connection with the input end of the central processing unit, the output end of the ADSB information collection unit is in electrical connection with the input end of the central processing unit. The portable general aviation communication handheld terminal disclosed by the invention avoids the inconvenience of voice communication in the terrestrial network such as forest,desert, ocean and the special environment area which is not covered by 2G / 3G / 4G, and solves the problems that the existing handheld terminal does not have the satellite communication function and cannot be used for performing voice communication without depending on a ground base station and that the coverage of the base station is limited, resulting in large communication limitation.

A mobile electronic device for detecting nuclear radiation levels, where the device has image capturing means comprising a sensor capable of receiving nuclear radiation and converting same to a value indicative of the nuclear radiation level. The device also comprises a shutter translatable from a first orientation covering the sensor (in which radiation level monitoring is allowed) to a second orientation revealing the sensor (in which radiation level monitoring is disallowed). The device may be a modified cellular telephone, satellite telephone, personal digital assistant or tablet personal computer provided with a digital camera, such that camera functionality is maintained and permitted when the shutter is in the second orientation.

A system and method for making channel assignments in a low earth orbit satellite telephone system wherein Doppler effect is utilized as a parameter in channel assignment. In a first embodiment the satellites orbit in a fixed grid pattern, and in a second embodiment the satellites move in orbits that appear random relative to each other.

The invention provides a method for sharing a satellite telephone communication module by multiple hand-held terminals. A satellite communication module, a core control module and a sharing connection module are arranged in a satellite telephone. The method comprises specific steps as follows: the multiple hand-held terminals are connected and paired with the sharing connection module of the satellite telephone through respective wireless connection modules, and after paired connection, the core control module performs unified management and allocation on satellite communication resources; an answering strategy as well as answering priorities of the hand-held terminals answering the satellite telephone are set in the satellite telephone; each hand-held terminal is used for communicating with the satellite communication module, so that the multiple hand-held terminals dial the satellite telephone or answer callings of the satellite telephone. According to the method, a user directly dials the satellite telephone through the corresponding hand-held terminal and answers the satellite telephone to a certain degree, so that the privacy of individual communication is protected, the convenience is increased, and the cost is saved.

The invention provides an encryption and decryption accessory for a communication terminal, belonging to the field of communication devices. The accessory is characterized by consisting of a central processing unit (MCU), a network modulation and demodulation unit, a speech processing unit, an encryption and decryption unit and an audio interface. Speech information can be digitized, encoded and compressed; the compressed information is encrypted and then the encrypted information is modulated by the network modulation and demodulation unit; network information which is obtained by a speech communication device can be demodulated by the network modulation and demodulation unit; the demodulated information is decrypted, and then the decrypted information is decompressed into speech. The accessory at least comprises an interface for data transmission. The accessory is suitable for various communication terminals, such as analogue interphones, radio stations, mobile phones, telephones, satellite telephones and the like. The accessory can be provided with structures such as the corresponding network modulation and demodulation unit and the like according to different network communication transmission requirements so as to realize encrypted transmission of the speech information.

A flexible multi-layered metallic tape for deflecting and blocking the RF radiation emitted by various antennas, particularly those used on cellular telephones, satellite telephones or military field radio-phones. Shaping of device around antenna causes multiple effects, including protecting the human user from harmful radiation, for military applications makes RF hard to DF and causes minor amplification of received signals by concentrating them on to antenna. The outer most part of the deflector shield should be made of a solid lead or gold tape that is six thousandths thick and ½″ wide wherein a 1″ length would weigh ¼ gram. The outer most part would have an insulating flexible adhesive for cladding it to the next inner part. The first inner part of the shield should be made of solid copper foil. Best results coming from a foil that is at least three thousandths thick. Aside from having the outer most part cladded in parallel to it, it would have an insulating flexible adhesive for cladding it to the next inner part. The second inner part layer should be formed from 80 mesh 100% copper metal fabric; as shown in the drawing FIG. 3—Part 3. Aside from having the first inner part cladded in parallel to it, it would have an insulating flexible adhesive for attaching the shield to the mobile telephone, covered by a non-stick peel-off paper.

The invention belongs to communication equipment, and particularly relates to a handheld satellite telephone with a wireless talkback function. The handheld satellite telephone comprises a CPU (Central Processing Unit), an interphone module and a satellite receiving-transmitting module, wherein the interphone module and the satellite receiving-transmitting module are connected with the CPU; the interphone module is connected with an interphone antenna for realizing receiving and transmission of a talkback signal through a radio-frequency interface; the satellite receiving-transmitting module is connected with a satellite antenna for realizing receiving and transmission of a satellite signal through a radio-frequency signal line; and a CPU button input detection end is connected with a talkback button for realizing a speaking function of an interphone. Through adoption of the handheld satellite telephone, a satellite telephone and the interphone are integrated, so that people can select a communication way independently and effectively.

The invention discloses a portable satellite telephone voice communication terminal and method. The portable satellite telephone voice communication terminal comprises a satellite antenna, a satellite communication module, a control module, a tone coder-decoder and a telephone module, wherein the satellite antenna is used for outputting data of the portable satellite telephone voice communication terminal; the satellite communication module is used for establishing a voice call connection, coding and decoding a voice signal, and transmitting and receiving the voice signal; the control module is used for controlling modules in a coordinated way, and controlling call making and receiving; the tone coder-decoder is used for coding and decoding a dialing or incoming call number; and the telephone module is used for realizing a function of a telephone. The invention also discloses a portable satellite telephone voice communication method. Through adoption of the portable satellite telephone voice communication terminal and method, the problem of voice communication in geodetic networks of forests, deserts, oceans and the like and special environment areas which are not under the coverage of 2G / 3G / 4G is solved. The portable satellite telephone voice communication terminal and method play very important roles in field rescue and reporting.

The invention relates to the technical field of communication system satellite telephones. The invention discloses a sharable satellite communication system and method based on satellite hotspots anda storage medium. An application processing unit is adopted to realize scheduling of multiple user terminals using a satellite communication function at the same time; the scheduling comprises scheduling when a plurality of user terminals initiate communication services and scheduling when the plurality of user terminals receive the communication services. Wherein the scheduling when the pluralityof user terminals receive the communication service comprises an emergency scheduling mode for realizing communication information exchange between any user terminal and a satellite side and a commonscheduling mode for realizing communication information exchange between a specific user terminal and the satellite side. Therefore, sharing of satellite resources can be conveniently realized for communication services initiated by the user terminals; the response speed is greatly improved for the response of some emergencies, and the common scheduling mode provides independent satellite communication resources for the user while retaining the quick response, so that the user can perform hierarchical management and information security protection conveniently.

The invention discloses a viterbi decoding method applied to a maritime satellite telephone. The method is used for decoding (n, k and v) recurrent codes and includes the steps: A initializing channel decoding and selecting an effective storage unit number M; B performing iterative channel decoding operation; C selecting the back tracking length of a channel decoding path and outputting decoding. The method has the advantages that a viterbi decoding algorithm applied to the maritime satellite telephone needs low storage capacity, storage space is saved, calculation capacity is decreased, decoding is accelerated, and the whole decoding delay and error-correcting performance meets the requirement of maritime satellite telephone communication.

The invention discloses an emergent command system based on a wireless network and especially relates to an emergent command system based on network transmission. The system comprises master control equipment, a process server, and a command dispatching vehicle. The master control equipment and the process server are arranged in a command center; and the process server is connected with the master control equipment and is used for carrying out processing on data received by the master control equipment. And the command dispatching vehicle, which is at an emergent field, is provided with a relay station, a vehicle-mounted station, a GPS positioner, cameras, and an individual wireless image transceiver, wherein the relay station and the vehicle-mounted station are cooperated with each other as well as the individual wireless image transceiver is connected with all the cameras; and moreover, the individual wireless image transceiver, the GPS positioner, and the relay station are in wireless connection with an input port of the master control equipment by a wireless network system; and a satellite telephone is arranged on the command dispatching vehicle. According to the provided emergent command system based on network transmission in the invention, a defect that monitoring networks can not be covered entirely on a plurality of areas due to lots of monitoring blind spots in the prior art can be overcome; and on the premise of certain reasonable costs, flexible monitoring on a plurality of areas of a wireless network can be realized.

The invention discloses a dual-mode satellite telephone terminal extravehicular unit main board which comprises a CPU processor, an Ethernet unit with a network transformer, a USB controller and an audio unit. The Ethernet unit, the USB controller and the audio unit are connected with the CPU processor. The audio unit is connected with the USB controller. The USB controller is used for communicating with an Inmarsat core board. Through the USB controller, configuration program upgrading can be carried out on the CPU processor. Through the dual-mode satellite telephone terminal extravehicular unit main board, a satellite telephone terminal realizes the work modes of extravehicular receiving and cabin processing.

The invention discloses a satellite telephone cabin unit dual-mode motherboard which comprises a power supply, an Ethernet controller, an audio processing unit 2, a keyboard unit, an LCD control unit and CPU processors. The CPU processors comprise a CPU processor 1 and a CPU processor 2. The CPU processor 1 is connected with the CPU processor 2. The keyboard unit and the LCD control unit are connected with the CPU processor 1. The Ethernet controller and the audio processing unit 2 are connected with the CPU processor 2. The CPU processor 1, the CPU processor 2, the keyboard unit, the LCD control unit, the Ethernet controller and the audio processing unit 2 are connected with the power supply. An Android platform is used, so that human-computer interaction is realized. Fast and accurate satellite communication data processing is realized, and great satellite information is acquired.

The invention relates to novel lifeboats. For the novel lifeboat equipped for a large-scale ship, the hull of the novel lifeboat is made of a hard material. A board of the hard novel lifeboat is provided with a facility for installing a mat roofing. The periphery of a mat roofing foot of the novel lifeboat is provided with a plurality of holes. The mat roofing and the facility for installing the mat roofing can be fixed by bolts or pins. For the novel lifeboat equipped for a small-size ship such as a small fishing boat, the hull of the novel lifeboat is made of a soft material, the periphery of the hull can be aerated, or the bottom of the novel lifeboat is provided with a plurality of air cushions that can be assembled. Or the novel lifeboats should always have instant food, necessary fresh water, an electric power storage device, an air gun, power generation devices such as a hand-held solar power generator, a rectification and voltage transformation device, wires, a plugboard, and the like, and have a satellite telephone, a fishing device, an electric cooker utilizing direct current, necessary appliances, and grains.

The invention discloses an emergency call-for-help method and device based on a satellite telephone. The method comprises the steps that an emergency distress signal triggered by operation of an emergency distress button by a user is acquired; Whether the current satellite telephone is in a screen-off state is detected, and the screen-off state comprises a system shutdown state and a system standby state; If the current satellite telephone is in the screen-off state, executing a system starting operation or a system awakening operation; And after executing the system startup operation or the system wake-up operation, carrying out emergency help seeking on the emergency contact. According to the satellite telephone-based emergency help seeking method and device provided by the invention, emergency help seeking can be conveniently executed in a screen off state.

The invention provides a method for sharing a satellite telephone communication module by multiple hand-held terminals. A satellite communication module, a core control module and a sharing connection module are arranged in a satellite telephone. The method comprises specific steps as follows: the multiple hand-held terminals are connected and paired with the sharing connection module of the satellite telephone through respective wireless connection modules, and after paired connection, the core control module performs unified management and allocation on satellite communication resources; an answering strategy as well as answering priorities of the hand-held terminals answering the satellite telephone are set in the satellite telephone; each hand-held terminal is used for communicating with the satellite communication module, so that the multiple hand-held terminals dial the satellite telephone or answer callings of the satellite telephone. According to the method, a user directly dials the satellite telephone through the corresponding hand-held terminal and answers the satellite telephone to a certain degree, so that the privacy of individual communication is protected, the convenience is increased, and the cost is saved.

The invention relates to an SOS system for ship wreck and belongs to the field of ultrasonic wave transmission. The SOS system comprises a button switch mounted in a cabin, a signal drive circuit mounted in the cabin, transmitting transducers distributed on the inner wall of the cabin, receiving transducers distributed on the outer wall of the cabin, a signal processing circuit, a marine satellite telephone equipment and coupling agents attached to the inner wall and the outer wall of the cabin, wherein the signal processing circuit and the marine satellite telephone equipment are mounted outside the cabin. The SOS system can overcome the defect that communication quality is reduced due to a skin effect of electromagnetic waves in metal surfaces during traditional wireless communication and can acquire and transmit SOS signals in a metal shielding body under the condition that the completeness of the cabin is not damaged, and accordingly, high-speed and errorless transmission of the SOS signals is realized. The SOS system is simple in structure and low in cost, can transmit the SOS signals in time when a ship wrecks, can also aid in quick positioning of trapped people and facilitates rescuing.

The invention discloses an emergency comprehensive dispatching command system in the technical field of information dispatching communication. The emergency comprehensive dispatching command system comprises a management and control center, a village-town sub command center, a village-level command center, a satellite, a public network environment and an emergency command center, an emergency converge command system is reasonable in setting and structural design, the VPDN is adopted in the management and control center, the VPDN can converge the communication server, the audio and video recording terminal and the touch screen dispatching desk, the basic audio / video dispatching function is achieved, the telephone gateway is configured to enable external telephones and satellite telephones to be connected to a convergence communication platform, a seat gateway is configured to access a command center conference seat system to the converged communication platform, and interconnection and intercommunication with other voice terminals of the system are carried out; an aircraft video access module is configured, on-site aircraft videos are accessed to the converged communication platform, and a command center can quickly know on-site conditions through the aircraft videos, so that emergencies can be quickly dealt with, and commanding and dispatching can be carried out in time.

An advanced telecommunications system is provided for the recognizing of spoken commands over a cellular telephone, satellite telephone, or personal communications network. In the cellular application, for example, a Speech Recognition System interconnects either internally with or as an external peripheral to a cellular telecommunications switch. The Speech Recognition System includes an administrative subsystem, a call processing subsystem, a speaker-dependent recognition subsystem, a speaker-independent recognition subsystem, and a data storage subsystem. The Speech Recognition System also allows for increased efficiency in the cellular telephone network by integrating with the switch or switches as a shared resource. The administrative subsystem of the Speech Recognition System is used to keep statistical logs of pertinent call information. Pre-recorded instructional messages are stored in the memory of the call processing subsystem for instructing a user on his or her progress in using the system. The speaker-independent recognition subsystem allows the user to interact with the system employing non-user specific functions. User specific functions are controlled with the speaker-dependent recognition subsystem. User specific attributes collected by the recognition subsystems are stored in the data storage subsystem.

The invention relates to the technical field of communication system satellite telephones. The invention discloses a satellite hotspot capable of sharing satellite communication capability, a controlmethod and a storage medium, the satellite hotspot comprises a shell and a satellite hotspot mainboard packaged in the shell, a satellite communication chip and an application processing chip are integrated on the satellite hotspot mainboard, and a satellite antenna is directly connected with the satellite hotspot mainboard; the application processing chip is provided with an application processing unit, the application processing unit comprises a configuration management unit, and query and configuration of parameters of other modules in the satellite hotspot mainboard are achieved. The satellite antenna is directly connected with the satellite hotspot mainboard, so that the signal loss caused by the antenna connecting line is reduced, and the cost of the satellite antenna connecting lineis saved; besides, the configuration management unit in the application processing chip is matched with the user terminal, so that a remote configuration function can be provided, all modules of satellite hotspot software and hardware can be configured through the user terminal, and great convenience is brought to use and maintenance of a user.

The invention discloses an in-cabin single-mode mother board for a satellite telephone terminal. The in-cabin single-mode mother board for the satellite telephone terminal comprises a display controller, a power source, a CPU processor with an IIS interface, an audio unit with an IIS interface, an Android keyboard unit, an Ethernet unit and a 40 core bus interface. The audio unit, the display controller, the Android keyboard unit, the Ethernet unit and the 40 core bus interface are respectively connected with the CPU processor. The CPU processor, the audio unit, the display controller, the Android keyboard unit and the Ethernet unit are respectively connected with a power source. According to the in-cabin single-mode mother board for the satellite telephone terminal, the satellite telephone terminal work mode of out-cabin receiving and in-cabin processing is achieved, an Android platform is adopted, man-machine interaction is achieved, and therefore satellite communication date can be processed more rapidly and accurately.