TWM249026U - Beacon device for satellite-positioning type mobile phone - Google Patents

Description

M249026 V. Creative Instructions α) Creative Instructions: "The Creative Technology of the Original Creative Department" Transmitting Letter Technology. Actions are generally known by early satellites, such as in action or contacting and solving crimes. New features and positioning The former Republic of China, which died or satellite to locate for immediate clearance, issued a beacon device for a satellite positioning mobile phone, especially a personal communication and emergency help function, and has satellite positioning & ^ automatic < previously pressed one, It is even better, but the network function can control the alarm to find the first opportunity to let the signal function and the remote signal of the communication satellite plus the Chinese standard signal that cannot be compared to regain the positioning of the beacon device. b Phones (or mobile phones) are mobile phones of analog mobile telecommunications. All mobile phones only provide accidents or emergencies, and there is no family or friend clues. The function of personal talk can only be simplified. It ’s mobile phone operator or GSM digital mobile phone ^ Provides convenient call function for people 'simple emergency incidents such as calling and sending text messages In terms of the loss of cooperative maintenance, there is nothing to help. Basic-generation satellite positioning mobile phones limited to calling or receiving. It has better satellite positioning but is also limited in use by the location of satellites, human corners or satellites. The effect of lunar eclipse, in some dead angle positions of the partial signal, can not be at least three artificial & star time, it will lose the advantage of communication and satellite positioning function, and the effect of emergency rescue ^ '= 术 ， # 前 前 肖Diaoyu Bureau filed a patent application No. 09 221 2690 "Satellite Positioner,

M249026 V. Creation Instructions (2) Machine "has already revealed the preliminary solution to the problem, which will allow the satellite positioning year and the on-site real-time monitoring and assistance rescue method. The T machine has the first <creation content>. Therefore, the main purpose of this creation is to provide a beacon device of a mobile phone, which has a beacon generator, a satellite receiver, and a beacon. The generator is located in a satellite positioning mobile phone. When the satellite positioning signal of the dry positioning receiver is disabled, a non-directional beacon is transmitted. After receiving, the satellite positioning receiver receives the positioning again. k 'another purpose created by each positioning book is to provide a kind of beacon shock, with a beacon processing system, the receiver of the beacon bit mobile phone is connected to the Internet or wireless radio frequency = = All the fixed receivers receive the indexless t-marks transmitted by the beacon generator; η and accurate calculations to regain the position of the satellite positioning mobile phone. This is to provide a set of satellite positioning mobile phones. The beacon processing system has pre-built identification codes for each satellite positioning mobile phone to check. The user of this satellite positioning mobile phone knows, and then provide The effect of emergency rescue. For the above purpose, the beacon of the satellite positioning mobile phone created in this article has a beacon generator, several positioning receivers, and at least a management system. The beacon generator is located in the satellite positioning mobile phone. Wei pulse road t machine can not be generated! | At 1 time, "UHF ultra-narrow channel satellites ^ issued a non-directional beacon signal, which contains the identification code of the mobile phone; each positioning receiver uses a circle.

Page 6 M249026

Peripheral radius position range distribution μ $ Receiver within the range of the receiver respectively: = Directional reception of the beacon signal, each location receives the undirected letter transmitted by the device: connection: beacon processing system ... standard processing The system's built-in machine identification code and the location of each positioning receiver, so that you can manually locate the location of the phone and use it to pick up the stars and locate the phone accurately.

Sighs the effectiveness of the new niches and emergency rescues in January. J (I) Schematic part:, a figure is a system block diagram of the first embodiment of this creation, a second diagram is a diagram of the second embodiment in this creation; Illustration of three embodiments. (II) Part of figure: 1 00 beacon device 20 positioning receiver 22 communication module 3 0 beacon processing system 21 0 microprocessor 2 3 0 data conversion interface 250 DTMF decoder 27 0 keyboard 2 9 0 voice Control circuit 3 1 0 South speed network 500 mobile vehicle DS digital beacon data 10 beacon generator 21 receiving module 2 2 'communication module 200 satellite positioning mobile phone 2 2 0 GPS receiving module 2 4 0 Communication module 2 60 display screen 2 80 emergency button 300 high-speed network interface 4 00 Internet SN non-directional beacon signal 31 RF receiver M249026 5. Creation instructions (4) 32 A / D converter <Implementation> First Please refer to the first figure, a first embodiment of a beacon device 100 of a satellite positioning mobile phone of the present invention. The beacon device 100 is used for a satellite positioning mobile phone 200 and cannot receive a satellite positioning signal. Relocation, the beacon device 100 includes a beacon generator 10, a plurality of positioning receivers 20, and at least one beacon processing system 30, wherein the beacon generator 10 is provided in the satellite positioning mobile phone 2 00, no 200 in the satellite positioning mobile phone When a satellite positioning signal is received, that is, a state where it cannot be located due to the influence of the satellite position or the dead angle of the satellite positioning, the beacon generator 10 will automatically transmit a non-directional beacon signal SN with a very narrow wave pulse. The non-directional beacon signal is an ultra-high frequency electromagnetic wave, for example, an ultra-high-frequency electromagnetic wave with a frequency of 80-900 MHz / 2 · 4 GHz. The non-directional beacon signal SN includes a user identification code. The positioning receivers 20 are arranged in a certain circumferential range. For example, they are set in a 1-kilometer range or 5 in a 300-meter-square-meter distribution. Each directional receiver 20 includes a receiving mode. Group 21 and communication interface: The private receiving module 21 can receive the beacon produced by the beacon generator 10 described above, and is converted by the communication interface 22 into a digital signal: m :, each of the positioning receivers 20 The communication interface 22 is connected to i # .4-, respectively, through the high-speed network connected to the high-speed network interface 300; Mi Tower 400; the high-speed network interface 300 and the high-speed network 31G. The type is not limited. In this creation, the hXADSL high-speed network is

M249026 V. Creation Description (5) It explains the embodiment, but if the fiber optic power amplifier is “not, this creation n Μ data network or other equivalent network-beacon processing system 30 is provided to pass through the Internet 40 〇 and high-capacity network 'connected = to the Internet 400, and connected to each positioning receiver 20 to access the digital beacon data Ds from # 夂 三 円 速 网络 网络 30 ， and the receiver 20 separately The connection between the transmitters 20 is not necessarily connected to each positioning receiver and high-speed network m, high-speed network interface 30Uj: Internet 400. The correct position and satellites are set in the beacon processing system 30 described above. The positioning hand H is set to receive each position and receive it at each positioning receiver 2. Therefore, the two are used to distinguish the data and position; to obtain the re-transmission of the satellite positioning mobile phone 200, such as the first As an example, the range of the beacon generator 10 sending $ 二 心向 # beacon signal SN is within the range of 300 meters. Each receiver 20 receives the non-directional beacon signal SN. Second, the two positioning receivers 20 send digital information to the Internet 4 through the communication interface 22 After the beacon processing system 30 receives the digital beacon data DS of the three receivers 20, it calculates the satellite based on the positions and distances of the three positioning receivers 20 using the triangular positioning method. Locate the location of the mobile phone 200, so that the satellite positioning mobile phone 200 can obtain the positioning again, and decode the user identification code contained in the digital beacon data DS to obtain the user identity of the satellite positioning mobile phone 200. To be able to rush to the scene to provide assistance when the user is in an emergency. Please refer to the second picture, page 9 of the beacon device of this creation, M249026. V. Creation Instructions (6) II The embodiment shows an embodiment in which the beacon generator 10 is combined with a satellite positioning mobile phone 200. The satellite positioning mobile phone 200 includes a microprocessor 210, a GPS receiving module 220, a data conversion interface 230, and a communication module 240. DTMF decoder 2 50, display screen 260, keyboard 270, emergency button 280, and a voice control circuit 290, the above-mentioned microprocessor 21 is connected to the beacon generator 10, wherein the microprocessor 210 has a control signal Generator 10, Global Satellite Positioning Module 2200, Data Conversion Interface 230, Satellite Communication Module 240, User Communication Interface 250, Display 260, Keyboard 270, An Emergency Button 2 80 and A Voice Control Circuit 2900 Function Enabled And digital satellite communication. The above-mentioned GPS positioning module 220 and data conversion interface 230, the full GPS positioning module 220 is used to receive positioning signals and coordinate data from artificial satellites, and pass the positioning signals and coordinate data through the data The conversion interface 23 is transferred to the micro processing unit 210 for temporary storage, and the microprocessor 210 automatically controls the beacon generator 10 to issue the above when the GPS positioning module 2 2 0 cannot receive a satellite positioning signal. Non-pointing beacon signal SN. The communication module 240 has a communication system such as a wireless data exchange system (GPRS), GSM, and CDMA, and can send and receive digital call messages through an artificial satellite communication network, a GSM communication network, and a CDMA communication network system, and convert the digital call messages through data. The interface 2 3 0 is converted into digital data to the micro processing unit 2 10, that is, the communication module 240 can be used for external communication. When the user loses the operation capability, it is provided that the external caller directly starts the control module through the communication module 240 to start the control instruction. The function of the beacon generator 10. DTMF decoder 250, microprocessor 210, satellite communication module 240 and language

Page 10 M249026 V. Creation instructions (7) The sound control circuit 290 is connected, which can provide the above-mentioned decoding function of the password operation of the beacon generator 1 remotely activated by an external user via the communication module 24o, so that the microprocessor 21 0 Judge whether the start instruction of the beacon generator is valid. The display 260 is connected to the microprocessor 21, and is displayed by the functions and data of 5 | 210 controlled by micro processing = transmission, call, emergency message, satellite positioning coordinates and satellite-like cancer, such as satellite connection information of satellite positioning The launching state of the Beacon Card allows the user to connect to the microprocessor 21o. "The emergency button 280 can be hidden away from the keyboard 27o via the keyboard 270 for call function operation and emergency operation. In the emergency state, the person using X touches the micro processing supply in a single-key mode. After the conversion, the user can send an emergency help message to the designated callee by the communication module 240 through the data conversion interface 230 St t. The information of the seat is provided to the police as a clue to find or solve the case. Voice playback to make the outside / old, field: the function of the automatic voice operation instructions when the voice message is converted into a remote control The beacon device of the original creation is just on the 5th vehicle of the beacon device, and the heart-moving machine, ship, and * location are connected to $ 11 page M249026. V. Creation instructions (8) f news &quot; surface, τ to directly receive the received To beacon | The device j = ticket = is issued, and the beacon processing system 30 is provided with a radio frequency receiving second conversion pirate 32, and the radio frequency receiver 21 receives and aggregates the undirected beacon message sent from the positioning receiver 20 of each mobile station. Paper 2 The A / D converter 32 converts it into digital beacon data ds and sends it to the beacon processing system 30 ', and the beacon processing system 3Q communicates with the position receiver 20 on each mobile vehicle 5000 at any time. Keep in touch to grasp the location and distance of each positioning, and calculate the identity of the user who locates the satellite positioning mobile phone 200, so this embodiment can be used for actual location search and rescue in mountain or shipwreck state. Furnace ^ = of the creative satellite positioning mobile phone shown in the first picture to the third picture above: the present, the technical content and the technical means, which are better disclosed == the surname structure limits its scope, and Details: Construction, or equivalent substitution and modification of components, all do not depart from the creative spirit and scope of this creation, and its scope will be defined by the following patent application scope.

The M249026 diagram on page 12 is a simple illustration. The first diagram is the first embodiment of this creation. The second diagram is the second implementation of this creation. The third diagram is the system block diagram of the third implementation of this creation. Illustration.

Claims (1)

M249026 6. Scope of patent application 1. A beacon device for a satellite positioning mobile phone, which includes a # beacon generator, which is located on the satellite positioning mobile phone and adds a beacon signal. The non-directional beacon signal contains satellite 3 satellites. A fingerless user identification code; satellite positioning mobile phones use a number of positioning receivers to send a non-directional _ _ m _ each ~ / 7 transmitted by a certain circle of eight births, receiving beacons to produce a target m 垆The receiver drags each bit receiver and converts the fingerless π t "m into a digital beacon material a 夂 ~ # 连 社 高 i 来 絪 政 夂 — 'and each bit receiver is respectively, ... Speed; each receiver is connected to a high-speed network and sent to the Internet through the high-speed network with #standard data; and ^ at least one beacon processing system, which is located at the remote end and "inside Pre-built to store the location of each positioning receiver ', identification of both: data, "calculate the position of the satellite positioning mobile phone based on the location of each of the received positioning receivers of the # ^ 向 仏 standard signal, and decode the number Beacon knows user ID The user identity is obtained by further comparison. 2. The beacon device of the satellite positioning mobile phone as described in item 1 of the scope of patent application, wherein the satellite positioning mobile phone provided with a beacon generator includes a micro processor, GPS Receiving module, data conversion interface, communication module, custom decoder, display screen, keyboard, emergency buttons and a voice control circuit. 3. The beacon device of the satellite positioning mobile phone as described in item 1 of the scope of patent application. The positioning receiver includes a receiving module and a communication interface. 4. The beacon device of a satellite positioning mobile phone as described in item 3 of the scope of patent application, wherein the communication interface is connected to a high-speed network of a high-speed network interface. Page 14 M249026 6. Scope of patent application 5. The beacon device of a satellite positioning mobile phone as described in item 4 of the scope of patent application, wherein the high-speed network connected to the communication interface is an ADSL high-speed network. 6. A beacon device for a satellite positioning mobile phone, comprising: a beacon generator, located inside the satellite positioning mobile phone, transmitting a non-directional ^ beacon signal, the non-directional beacon signal including the user identification of the satellite positioning mobile phone Code; α several positioning receivers are respectively arranged on a mobile vehicle, each positioning receiver includes a receiving module and a communication module, and the receiving module receives the non-directional beacon signal transmitted by the beacon generator, and The communication module forwards the non-directional beacon signal by wireless radio frequency communication; and at least one beacon processing system is provided at the far end. The beacon processing system is provided with a radio frequency receiver and an A / I) converter. The receiver receives the non-directional beacon signal forwarded by the communication module of each positioning receiver. The A / D converter converts the non-directional beacon signal into a digital beacon data, and the beacon processing system internally stores and stores it in advance. Position, distance of each positioning receiver and user identification data of the satellite positioning mobile phone, according to the positioning receiver position meter that received the non-directional #mark signal of the beacon generator Satellite phone to be a bit location positioning wire to decode the digital beacon data obtained user identifier to the user identity further than to get. 7. The target of a satellite positioning mobile phone as described in item 6 of the scope of patent application, among which is a satellite positioning mobile phone with a beacon generator: a device, a GPS receiving module, a data conversion interface, and a communication module ^ Lining device, display screen, keyboard, emergency keys and a voice control circuit. Decoding Page 15