KR20040000316A - Alarm system for safety operation using GPS and method thereof - Google Patents

Abstract

PURPOSE: A system for alarming a safe drive by using a satellite communication and a method for the same are provided to supply the position of the user and the information of safe drive which is related to the position received from the satellite through the global positioning system(GPS) to the user. CONSTITUTION: A system for alarming a safe drive by using a satellite communication includes a position information system terminal(120), a user's wireless terminal(130), an audio information system(150), a wireless payment system(140), a server(170), a database(180) and a communication network(160). The position information system terminal(120) identifies the position of the user through the satellite communication system. The user's wireless terminal(130) supplies the safe drive program. The audio information system(150) supplies the audio information previously supplied by the user by using the audio information code mapped in the safe drive program. The wireless payment system(140) performs the payment for up-grading the safe drive program. The server(170) up-grades the safe drive program when the payment for the up-grade of the safe drive program is performed. And, the communication network(160) connects the position information system, the position information system terminal(120), the user's wireless terminal(130), the audio information system(150), the wireless payment system(140), the server(170) and the database(180).

Description

Alarm system for safety operation using satellite communication system and method

The present invention is to provide the driver with guidance information for safe driving using a satellite communication system, and more specifically, warning about exceeding the speed limit of the vehicle, advance notice of traffic accident area, fog / tunnel area guidance, etc. The safety operation information system can be updated in real time through the satellite communication terminal, and through this, the safety operation alarm system using the satellite communication system and the satellite communication system to receive the notice and prepare before passing the dangerous area. It is about a method.

Vehicles, including automobiles, have become an essential means of living for modern people, and roads are becoming cramped compared to the increasing number of vehicles. In addition, the vehicle occupies a high proportion as a means of transportation, traffic accidents and the resulting damage is increasing.

Korea and other countries around the world are implementing various policies to reduce the number of vehicles and the resulting accidents that are increasing day by day. However, it is not enough to prevent an increasing number of traffic accidents.

Policy solutions through expansion of new roads, design changes of roads with poor design or structural problems, guidance signs for traffic accident areas, installation of mobile cameras and unmanned surveillance cameras, and awareness of driver safety Governments and social organizations are investing a lot of time and effort in the ongoing enlightenment and promotion activities to inspire and the development of devices to prevent traffic accidents through advanced technology.

Hazard signs installed in road hazard zones or traffic accidents are the driver warning devices that can inform drivers, and unmanned surveillance cameras are used to warn drivers about traffic violations and accidents. The equipment is being installed, and information signs are installed in the vicinity of the spot where the unmanned surveillance camera photographing equipment is installed.

However, driver warning devices that use these signs are not easily visible to the driver's field of view or are not equipped with signs, so they try to slow down quickly to avoid the driverless surveillance cameras suddenly found. The equipment for preventing traffic accidents such as collisions was causing the traffic accidents. In addition, because the signboard is old or the signs are hard to see at night, the driver was speeding in the accident area where the unmanned surveillance camera was installed, so it could not effectively prepare for the accident risk. Psychological anxiety, which prevents the driver from paying attention to the side of the road, also hindered the driver's safe operation while the driver focused only on forward attention to discover the guidance signs.

In recent years, advanced technologies using satellite communication technology can be integrated into equipment or devices that help drivers to drive safely, which can replace information signs and unmanned surveillance cameras that inform the area of accidents. In addition, the satellite communication technology uses satellites that are active on the planet, and systems for determining the location of the required buildings using numerous satellites moving with the earth are continuously being developed, and in the future, unmanned driving systems, etc. Can be used. In particular, the satellites used for positioning are called GPS (Global Positioning System) satellites, and the GPS system, which is generally called a broad concept, is an advanced technology using satellites about 20,000 km away from the earth.

The navigation system using GPS satellites creates a map for the route with a large amount of location data about a number of buildings or locations on the surface of the earth, and stores it on an internet server or a large storage device. In the case of a driving vehicle, a GPS satellite is used to drive the vehicle to retrieve information necessary for driving. However, such a navigation system has a disadvantage in that a large amount of data is required for building a basic navigation map due to the large data capacity of a building or a specific location on the ground.

Therefore, conventionally, there is a driving warning system for using GPS satellites more conveniently, and basic data necessary for grasping driving information are downloaded or upgraded through the Internet, and the current driving position is identified through GPS satellites and communication while driving a vehicle. It was more convenient to use.

However, the conventional driving warning system as described above has a different information from the actual one, such as when the data is missed due to the hassle of visiting the website in order to download the basic data necessary for identifying the driving information through the Internet. There is a problem that is likely to interfere with the safe operation.

Accordingly, the present invention is to solve the above-mentioned disadvantages and problems of the prior art, to obtain information about the location of the user received from the satellite via the GPS terminal attached to the vehicle and the safety operation around the location at that location In this case, the corresponding voice comment is provided. In addition, to receive basic information on the safe operation visit the system website or not miss the upgrade time through the user's wireless terminal when the upgrade time is provided as a text service, the payment through the wireless payment system to upgrade the basic information on the safe operation You can use the optimal safety system without losing time.

1 is a block diagram of a safe driving warning system using a satellite communication system according to the present invention.

2 is a block diagram of a location information system terminal according to the present invention.

Figure 3 is a flow chart for a safe driving warning method using a satellite communication system according to the present invention.

4 is a detailed flow diagram relating to the step of connecting to the safe operation warning system.

Figure 5 is a detailed flowchart of the step of notifying when the program upgrade in the safety warning system.

6 is a detailed flowchart of steps of determining program upgrade and making payment and upgrade through a wireless payment system.

7 is a detailed flowchart of the step of using the service of the safety operation warning system using the upgraded program.

8 is an exemplary view showing an embodiment according to the present invention.

9 is a detailed embodiment for providing a service of a safety operation warning system.

<Description of the symbols for the main parts of the drawings>

GPS satellite 120. Location information system terminal

130. Wireless Terminal 140. Wireless Payment System

150. Acoustic Information System 160. Communication Network

170. Server 180. Database

210. Location Information System Antenna 220. Power Cable

230. Data cable 240. Signal detector

250. Location Information System Central Processing Unit

The object of the present invention is to identify the user's location through the satellite communication system, to search in the pre-stored safe driving information for the identified location, and to the user wireless terminal connected to the safe driving information code corresponding to the search results by the data cable A location information system terminal for transmitting; A user wireless terminal in which a safety operation program for providing a sound service corresponding to the user is provided, wherein the value received from the location information system terminal is a sound information code predetermined by the user through the user wireless terminal; A sound information system for providing sound information predetermined by a user by using a sound information code mapped in a safe operation program of the user wireless terminal; A wireless payment system for processing payment for upgrade of the safe operation program in the user wireless terminal; A server for providing a single letter or text service for informing a user of an upgrade time of a safe driving program, and upgrading the safe driving program when a user wireless terminal pays for the upgrade of the safe driving program through a wireless payment system; A database for providing user information according to a request of the server and for updating and managing a safe driving program; And a safety operation warning system using a satellite communication system comprising a communication network for connecting the location information system, the location information system terminal, the user wireless terminal, the acoustic information system, the wireless payment system, the server and the database.

The location information system terminal may include a location information system antenna capable of identifying a location in the location information system; A power cable capable of receiving a predetermined power; A data cable capable of exchanging data with a user wireless terminal; A signal detector capable of identifying a movable sensor; And a location information system central processing unit for comparing and searching the location signal inputted from the location information system antenna and the signal detector with the stored safe driving information. In addition, the power cable can be used for both 12V and 24V.

In addition, the signal detector preferably checks the position of the speed detecting device, such as a surveillance camera or a speed measuring device, through a laser or radar signal generated from the speed detecting device.

In addition, the location information system central processing unit searches whether the location provided by the location information system chip for receiving a signal of the location information system, the data storage unit for storing the safety operation information and the location information system chip is stored, and if the location is stored Characterized in that it comprises a microprocessor for transmitting the corresponding safe driving information code to the user terminal. Here, the safe driving information stored in the data storage unit is more preferably formed in a predetermined matrix table form.

Meanwhile, the location information system terminal may be mounted on a driving vehicle or used in a user driving vehicle in an external form. The safe driving information is preferably coordinated including any one or more of a sudden curve area, accident area, speeding danger area, tunnel area, fog habit area and surveillance camera area. In the fog rubbing area and the night driving, the distance of the front vehicle can be calculated by maintaining the safety distance through the LED monitor of the street light of the front vehicle using the laser method in front of the vehicle using the laser.

The acoustic information system may include an acoustic information database for storing and managing acoustic information of a user; An original sound information database for managing an original sound for a sound to be provided to a user; And a control unit for extracting necessary information from the sound information of the user from the sound information database to provide the sound service requested by the safe driving program, and extracting the original sound from the original sound information database and transmitting the sound to the sound. It is desirable to be.

Still another object of the present invention is the step of accessing the safety warning system for driving the safety warning system using a satellite communication system while the user is driving (S101); Informing the upgrade time of the safe driving information in the server of the safe driving warning system (S102); Determining an upgrade of the safe driving information and making a payment through a wireless payment system (S103); And using the upgraded safe driving information using the service of the safe driving warning system (S104).

DETAILED DESCRIPTION Hereinafter, the above objects, technical configurations, and details thereof will be more clearly understood with reference to the accompanying drawings and drawings showing preferred embodiments.

1 is a block diagram of a safe driving warning system using a satellite communication system according to the present invention.

Referring to Figure 1, the safety warning system using the satellite communication system of the present invention is a location information system terminal for providing the location information and the conversion code for processing the safety operation program for processing the safe driving guidance of the vehicle Installed user wireless terminal, acoustic information system for providing sound information of the safe operation guide, wireless payment system for wireless payment for the upgrade of the safe operation program, server for upgrading the safe operation program, user information and safe operation It consists of a database for storing and managing all data such as programs and a communication network for connecting them.

The location information system terminal checks the location of the user input through the location information system antenna and the signal sensor, the detection of the laser method from the pure mobile and the location of the mobile detector, and the coordinates stored in advance with the confirmed location information The driving situation information is searched for in the previously stored safety driving information, and the safety driving information code corresponding to the searched result is transmitted to the user wireless terminal connected with the data cable. In addition, the location information system terminal may be mounted on the driving vehicle as an embedded audio system or may be an external type that is free to attach.

The user wireless terminal should be installed with a safety operation program that can control the safety operation alarm system. The safe driving program converts the information received from the location information system terminal into a corresponding sound information code, transmits the converted sound information code to the sound information system providing sound information, and transmits the original sound from the sound information system. If provided, it is transmitted through the speaker of the user's wireless terminal. In addition, the user wireless terminal means that a mobile phone or a PDA can simultaneously perform wireless communication and data transmission.

In addition, the sound information system receives a value converted into a sound information code from the safe operation program of the user wireless terminal, and returns the sound information corresponding to the predetermined value to the user wireless terminal. Here, the acoustic information system is composed of a sound information database for storing and managing the sound information predetermined by the user, an original sound information database for managing the original sound for the sound to be provided to the user, and a control unit for providing the sound information service. . The controller extracts user information from the sound information database, receives the corresponding original sound from the original sound information database, and sends the received original sound to the user terminal.

In addition, the wireless payment system is a system for paying the service usage fee for the upgrade of the safe operation program using its wireless terminal. Here, it may be preferable that the wireless payment system and the acoustic information system are operated separately from the outside as an independent system.

On the other hand, the server is a system server for notifying the user of the upgrade time of the safety operation program, upgrading the safety operation program when the user pays through the wireless payment system, and controls the safety operation alarm system using the satellite communication system. . Here, it is possible to provide a single character or a text service to the user's wireless terminal as a method of informing the user of the upgrade time of the safe driving program, and the user can access the wireless terminal and notify the upgrade time by voice. It may be.

In addition, the database is provided on the server side to provide the user information requested by the server, information on the safe running program, upgrade information and to manage it.

Finally, the communication network is configured by wire and / or wireless to connect the location information system terminal, user wireless terminal, acoustic information system, wireless payment system, server and database.

2 is a block diagram of a location information system terminal according to the present invention.

Referring to FIG. 2, the location information system terminal includes a location information system antenna for obtaining user location information from a location information system, a power cable capable of receiving a predetermined power supply, a data cable for exchanging data with a user terminal, It is composed of a signal sensor for detecting the signal of the mobile detector, and a central location information system for comparing and searching the input position signal from the stored safety operation information.

On the other hand, the power cable can be used for both 12V and 24V. In addition to providing power to the location information system terminal, the power cable may also supply power to the user wireless terminal to charge the power of the user wireless terminal during operation.

In addition, the signal detector may determine the position of the movable speed detector such as a surveillance camera or a speed measuring device through a laser or radar signal generated from the speed detector.

The location information system central processing unit includes a storage unit capable of storing data and a microprocessor capable of processing data. The storage unit stores safety driving information, and the microprocessor stores the input location information. It is a device for performing comparison and search in safety driving information stored in the vehicle, converting the result into stable operation information code, and delivering the value to the user terminal.

Here, the safe driving information refers to coordinates including any one or more of a sudden curve area, an accident-prone area, a speeding danger area, a tunnel area, a fog habit area, and a surveillance camera installation area in operation. In addition, the safe driving information is stored in the central information processing unit in the form of a predetermined matrix table.

3 is a flowchart illustrating a safe driving warning method using a satellite communication system according to the present invention.

Referring to FIG. 3, a method for using the safe driving warning system using the satellite communication system configured as shown in FIG. 1, and the safe driving warning system for driving a safe driving warning system using the satellite communication system while the user is driving. Accessing the step (S101), the step of informing the user of the upgrade time of the safe operation program in the server of the safe operation warning system (S102), determine the upgrade of the safe operation program and payment using the wireless payment system The step S103 is made and the step of receiving the service of the safe driving warning system using the upgraded safe driving program (S104).

4 shows a detailed flowchart of the step of connecting to the safe driving warning system.

Referring to FIG. 4, in the step S101 of connecting to the safe driving warning system, the location information system antenna and the signal detector are connected to the location information system terminal (S201, S202), and the vehicle power is supplied through a power cable. Connecting to the location information system terminal (S203), connecting the user wireless terminal to the location information system terminal via a data cable (S204), and executing a safe driving program installed in the user wireless terminal (S205). Is made of.

5 is a detailed flowchart of a step of informing a program upgrade time in a safe driving warning system.

Referring to FIG. 5, the providing of the upgrade time of the safe driving program to the user (S102) may include extracting the safe driving program upgrade information of the user from a database (S301) and checking the obtained program upgrade information of the user. (S302) and through this step of providing the user with an upgrade time of the safe operation program through a single letter or a text service (S303).

6 is a detailed flowchart illustrating steps of determining a program upgrade and performing payment and upgrade through a wireless payment system.

Referring to FIG. 6, in the step S103 of payment of service usage payment and upgrade for the safe driving program upgrade, a user who has been informed of the upgrade time of the safe driving program decides the upgrade and uses the wireless payment through his wireless terminal. Applying step (S401), the wireless payment system for wireless payment to transmit the user's payment information to the payment authentication system (S402), receiving the approval of the user payment information from the payment authentication system (S403), the Providing the approval result of the user payment information to the server (S404) and the server provides the upgrade service of the program through the user wireless terminal (S405).

7 is a detailed flowchart of the step of using the service of the safety operation warning system using the upgraded program.

Referring to FIG. 7, in the step S104 of using the service of the safe driving warning system, the location information obtained through the location information system antenna and the signal detector is transferred to the location information system terminal (S501). Searching for a corresponding position in the pre-stored safe driving information (S502), converting the safe driving information code corresponding to the location information through the searched result (S503), and converting the converted safe driving information code into the safety of the wireless terminal. Sending to the operation program is converted into a sound information code corresponding to the value (S504), providing the converted sound information code to the sound information system (S505), corresponding to the sound information code provided from the sound information system Mapping to the original sound (S506), transmitting the mapped original sound to a user wireless terminal (S507), and to the acoustic information system. Made the original sound received in step (S508) for playing to the user in acoustic information from a speaker of the user's wireless terminal.

8 is an exemplary view showing a preferred embodiment of a safe driving warning system using a satellite communication system according to the present invention.

Referring to FIG. 8, when a driver of a driving vehicle is driving the highway by mounting a safety driving warning system using the satellite communication system of the present invention to a vehicle, information about a river and a curved road seen in front is provided as a voice comment. Receive. That is, if the position of the vehicle obtained from the satellite is 200M in front of the bridge in the position information system antenna of the vehicle in progress, the message provided by the safety operation warning system using the satellite communication system "Slide attention, fog warning, and With legs ". Therefore, the driver may be provided with an audible sound of an obstacle in front of the driver to induce safe driving to the driver. In addition, you can choose these comments as your family or your own sound so that you can be alert to safe driving.

9 is a detailed embodiment for providing a service of a safety operation warning system.

Referring to FIG. 9, (a) shows an embodiment of a mobile phone terminal in which a driver of a driving vehicle shows information of a safe driving warning system using a satellite communication system, and (b) shows a safe driving warning of a driver of a driving vehicle. In the embodiment, the remaining distance and the speed limit of the fixed or mobile camera are provided in the form of images and audio in front of the service, and (c) is the embodiment of receiving the image and the audio for caution, warning, and guidance by a menu. Indicates.

(d) shows an embodiment of a service in which a driver of a vehicle in which a vehicle is provided receives an image and an audio sound with a "front bridge" with a bridge at 405M in front and a speed limit of 100 km using a satellite communication system. , (e) indicates that the driver of the vehicle in operation is using the satellite communication system to set the 'curve curve forward' at 405M in front, and the speed limit is 100 km and the curb speed limit is 40 km. (F) indicates that the driver of the vehicle in operation is using the satellite communication system to “under construction ahead” under “405M ahead, and the speed limit is 100 km”. An embodiment of a service provided by a soundment is shown.

(g) shows an embodiment of a service in which a driver of a vehicle in operation receives a living guide, such as a rest area, using a satellite communication system as a video and audio comment "the rest area at the front 405M, and the speed limit is 100 km." (h) shows an embodiment in which a driver of a driving vehicle downloads a program for updating existing safety driving information using a satellite communication system.

Although the present invention has been shown and described with reference to preferred embodiments as described above, it is not limited to the above-described embodiments and those skilled in the art without departing from the spirit of the present invention. Various changes and modifications will be possible.

As described above, according to the safe driving alarm system and method using the satellite communication system of the present invention, the voice alarm function, the safe operation service function, the prescribed speed and speed driving voice alarm function for the unmanned speed mobile camera, through the GPS terminal It has the advantage of using information update function, hands-free function, MP3 function, mobile phone charging function, when fog or heavy rain falls, digital voice recording function, and user self memory information input and deletion function.

In addition, there is an advantage of providing information about living rhythms such as bio rhythm and bio rhythm function, drunk driving check function, famous place introduction function, famous restaurants and lodging facilities, or information about each region.

In addition, the use of the safety warning system and method using the satellite communication system of the present invention has the effect of providing a voicement that can be changed from time to time using the user's wireless terminal in the existing uniform voicement method. In addition, it is possible to update the data in real time directly from the user's vehicle without the inconvenience of removing it from the vehicle for the download or update of the existing safety driving information. .

Claims (14)

In the safe operation system using the satellite communication system, Location information system for confirming the user's location through the satellite communication system, searching in the pre-stored safety operation information for the identified location, and delivering the safety operation information code corresponding to the searched result to the user wireless terminal connected by a data cable terminal; A user wireless terminal in which a safety operation program for converting a value received from the location information system terminal into a sound information code predetermined by the user through a user wireless terminal and providing a sound information service corresponding to the user is installed; A sound information system for providing sound information predetermined by a user by using a sound information code mapped in a safe operation program of the user wireless terminal; A wireless payment system for processing payment for upgrade of the safe operation program in the user wireless terminal; A server for providing a single letter or text service for informing a user of an upgrade time of a safe driving program, and upgrading the safe driving program when a user wireless terminal pays for the upgrade of the safe driving program through a wireless payment system; A database for providing user information according to a request of the server and for updating and managing a safe driving program; And And a communication network for connecting the location information system, the location information system terminal, the user wireless terminal, the acoustic information system, the wireless payment system, the server and the database. The method of claim 1, The location information system terminal, A location information system antenna capable of identifying a location in the location information system; A power cable capable of receiving a predetermined power; A data cable capable of exchanging data with a user wireless terminal; A signal detector capable of identifying a movable sensor; And And a location information system central processing unit for comparing and retrieving the location signal inputted from the location information system antenna and the signal detector with the stored safe operation information. The method of claim 2, The power cable is a safe driving alarm system using a satellite communication system, characterized in that can be used for both 12V and 24V. The method of claim 2, The signal detector, Check the position of the speed sensor such as surveillance camera or speed measurement device through the laser or radar signal generated from the speed detection device. Safe driving alarm system using a satellite communication system, characterized in that to calculate the distance of the front vehicle by maintaining the safety distance through the LED monitor using the distance of the front vehicle. The method of claim 2, The location information system central processing unit, A location information system chip for receiving a signal of the location information system; A data storage unit for storing the safe driving information; And Safe operation using a satellite communication system characterized in that it comprises a microprocessor for retrieving whether the location provided by the location information system chip is stored, and transmits the safe operation information code corresponding to the stored location to the user terminal Alarm system. The method of claim 5, The safety operation information stored in the data storage unit is a safety operation warning system using a satellite communication system, characterized in that the form of a predetermined matrix table. The method of claim 1, The location information system terminal, Safe driving warning system using a satellite communication system, characterized in that the vehicle mounted on the vehicle or used in a user-driven vehicle externally. The method of claim 1, The safe driving information, Safety operation warning system using a satellite communication system characterized in that the coordinates including any one or more of the sudden curve area, accident occurrence area, speeding danger area, tunnel area, fog habit area and surveillance camera installation area. The method of claim 1, The sound information system, A sound information database for storing and managing sound information of a user; An original sound information database for managing an original sound for a sound to be provided to a user; And And a control unit for extracting user information from the sound information database to provide the sound information service requested by the safe operation program, and extracting the original sound from the original sound information database and transmitting the sound to the sound. Safe operation alarm system using a satellite communication system. In the method for using the safety operation warning system using the satellite communication system of claim 1, Accessing the safe driving warning system for driving the safe driving warning system using the satellite communication system while the user is driving (S101); Informing the upgrade time of the safe operation program in the server of the safe operation warning system (S102); Determining an upgrade of the safe driving program and making a payment through a wireless payment system (S103); And Safe operation warning method using a satellite communication system comprising the step of using the service of the safe operation warning system using the upgraded safe operation program (S104). The method of claim 10, Connecting to the safe driving warning system (S101), Connecting the location information system antenna to the location information system terminal (S201); Connecting a signal detector to the location information system terminal (S202); Connecting power of the vehicle to the location information system terminal through a power cable (S203); A step S204 of connecting a user wireless terminal to the location information system terminal through a data cable; And Safe operation alarm method using a satellite communication system, characterized in that comprises a step (S205) of executing a safe operation program installed in the user wireless terminal. The method of claim 10, Informing the program upgrade time (S102), Extracting program upgrade information of the user terminal (S301); Confirming the extracted program upgrade information (S302); And And a step (S303) of providing the program upgrade time to the user through the text service using the identified information. The method of claim 10, The payment and upgrading step (S103), Requesting payment for service usage in a user wireless terminal (S401); Transmitting payment information of a user to a payment authentication system in a wireless payment system (S402); Receiving approval of user payment information from the payment authentication system (S403); Notifying the server of the approval result of the user payment information (S404); And Safe operation warning method using a satellite communication system comprising the step of upgrading the program through the user wireless terminal in the server (S405). The method of claim 10, Using the service of the safe driving warning system (S104), Receiving location information from the location information system terminal through the location information system antenna and the signal detector (S501); Step S502 of obtaining the obtained location information from the stored safe driving information; Step S503 of retrieving the searched result to the corresponding safe driving information code; Converting a value mapped in the safe driving program into a corresponding acoustic information code (S504); Transmitting the converted acoustic information code to the acoustic information system (S505); Matching to the original sound corresponding to the sound information code received from the sound information system (S506); Transmitting the matched original sound to a user wireless terminal (S507); And Safety information alarm method using a satellite communication system, characterized in that comprises the step (S508) provided to the user sound information transmitted through the speaker of the user wireless terminal.