KR100389463B1 - Method and system for automatic switch to vibration mode in wireless telecommunication devices - Google Patents

Abstract

The present invention provides a method and system for automatic vibration mode switching of a wireless communication device, which receives location information of a wireless communication device from a GPS satellite or a base station and stores location information data about a preset vibration mode setting area (a performance hall, a theater, a school, etc.). When the client confirms the client's approach or entry into the vibration setting area, a vibration mode switching signal (data) is transmitted to automatically switch the client's wireless communication device to the vibration mode, so that noise and quietness are required. The present invention relates to a method and system for automatically switching to a vibration mode of a wireless communication device, which may occur in a place (a performance hall, a theater, a school, etc.) without directly changing a vibration mode of a client.

In the automatic vibration mode switching method of the present invention, when the web server hosting the present invention receives the location information of the subscribing client and the client enters the vibration mode setting area, the vibration mode switching signal (data) is received and the automatic vibration is performed. Central control method to switch to automatic vibration mode by transmitting to IC (Integrated Chip) with built-in mode switching function. Web server transmits location information about vibration mode setting area to client's wireless communication device. When the client approaches the vibration mode setting zone, the wireless communication device itself switches to the vibration mode by comparing the location information received through the GPS or the base station with the previously stored vibration mode setting zone location information. Control method.

Description

Method and system for automatic vibration mode switching of wireless communication device {Method and system for automatic switch to vibration mode in wireless telecommunication devices}

The present invention receives location information of a wireless communication device from a GPS satellite or a base station and accesses or enters the vibration setting area of the client by referring to location information data of a preset vibration mode setting area (a performance hall, a theater, a school, etc.). When confirming, it transmits a vibration mode switching signal (data) to automatically switch the client's wireless communication device to the vibration mode, so that it may occur in places where noise restriction and quietness are required (performance hall, theater, school, etc.). The present invention relates to a method and system for automatically switching to a vibration mode without ringing a ringing of a wireless communication device.

The user's location using the mobile phone system used for the current position measurement has come to a certain level, but since it is limited to the base station unit (about 500m), most mobile communication companies are able to receive GPS signals. The trend is developing.

GPS (Global Positioning System) (GPS) is a navigational support system that the U.S. government has been developing since the early 1970s and receives information from satellites anywhere in the world without time constraints. This is a satellite measurement system designed to measure the position of a stationary or moving object.It was originally developed for military use, but some of the GPS signals can be used by the general public so that the L1 and C / A codes Was opened. C / A codes transmitted from GPS satellites allow 24-hour positioning from anywhere in the world, and their accuracy is known to be around 100m.

The GPS (Global Positioning System) is operated by using the technique of triangulation, and the position of the desired point is determined by measuring the length of two sides with the point where the position is desired. The distance from the satellite to the receiving terminal is calculated by measuring the time difference between the signal originating point and the receiving point at each satellite and multiplying it by the speed of light. Actually, the position of the receiver is determined based on the satellite position. In addition to this distance data, in order to know the exact position of the satellite, the position of the satellite is generally used to calculate the orbital force transmitted from the GPS satellite.

The Global Positioning System (GPS) is generally divided into three areas: the space sector, the control sector and the user sector. The space sector consists of 24 satellites, 21 of which are used for navigation and three satellites for reserve. do. All satellites orbit the earth at an altitude of 20,200 km over 12 hours, and the orbit is at an angle of 55 to the Earth's equator. All six orbits are 60 degrees apart, with four satellites on one orbit. This orbital arrangement is intended to allow five to up to eight satellites to be viewed simultaneously at any point on Earth.

The control sector consists of a Master Control Station (MCS) and five Monitor Stations that are operated unattended, which is located at the Spring Falcon Air Force Base in Colorado, USA. Are placed in divided. Unmanned sub-controllers track and store signals from all GPS satellites that can be observed at any given time, and then transmit them to the main controller. It is used to estimate the atomic clock error on the satellite, and the results are periodically sent to the GPS satellites.

The user sector consists of a GPS receiver, which requires simultaneous observation of four or more satellites to process the signals received from the satellites to calculate the position, speed and time of the receiver. This combines three-dimensional coordinates with time to determine four unknowns.

GPS Each satellite generates signals of two different frequencies simultaneously, consisting of signals at the 1.57542 GHz frequency, known as the L1 carrier, and at the 1.2276 GHz frequency, called the L2 carrier. The information superimposed on such a carrier consists of a PRN (Pseudo Random Noise) code and a navigation message. The PRN code is uniquely different for each satellite and consists of binary codes. It is very long and complex, so it cannot be understood when looking at the signal itself, and is used to measure the distance to the satellite as an irregular binary sequence created by certain rules. It is done. This PRN code is divided into two kinds of codes. The C / A code, called Coarse Acquisition, is a private signal and can be used by an unauthorized person or group, but the P code is encrypted because the signal is encrypted. In order to get permission.

The GPS (Global Positioning System) described above has recently been used in the GIS field of location measurement, navigation system such as ships or automobiles, geodetic field, location point measurement of major landmarks, geophysical analysis of tectonic fluctuation observation and geological structure analysis. It is a trend that is widely used in science and technology, commercial activities, and everyday life, ranging from the fields of military, military, and leisure.

Recently, with the development of mobile communication and the rapid spread of terminals, many mobile communication users have been created. As a sudden increase, various problems have emerged, and one of them was noise problem caused by ringing at any time and place. In particular, ringtones ringing in concerts, theaters, test rooms, schools, etc., where a quiet atmosphere is required, often hurt the surrounding people and spoil the atmosphere.

SUMMARY OF THE INVENTION An object of the present invention is to receive location information of a wireless communication device from a GPS satellite or a base station and to provide location information data for a pre-stored vibration mode setting area (a performance hall, a theater, a school, etc.). When the client confirms the client's approach or entry into the vibration setting area, a vibration mode switching signal (data) is transmitted to automatically switch the client's wireless communication device to the vibration mode, so that noise and quietness are required. The present invention provides a method and system for automatically switching the vibration mode of a wireless communication device, which may occur in a place (a performance hall, a theater, a school, etc.) to a vibration mode without directly changing a vibration mode of a client.

Another object of the present invention is to receive a vibration mode switching signal (data) and the automatic vibration mode switching function when the web server to attract the present invention receives the location information of the subscribing client and the client enters the vibration mode setting area. The central control method for transmitting to the wireless communication device with a built-in IC to switch to the automatic vibration mode, and the web server transmits the location information for the vibration mode setting zones to the client's wireless communication device to store and save the location information. When approaching the area, compared to the location information received through the GPS or the base station to provide a self-control method such that the wireless communication device itself switches to the vibration mode.

FIG. 1 is a simple block diagram of a vibration mode setting system, a GPS, and a client included in a web server for attracting the present invention.

2 is a simple flowchart showing a movement path of data in the vibration mode setting system.

3 is a simple flowchart of a first method of automatically switching the wireless communication device to a vibration mode by transmitting a vibration mode switching signal generated in the vibration mode setting system to a wireless communication device of a client entering a vibration mode setting area; to be.

FIG. 4 is a simple flowchart of a second method of automatically converting the vibration mode setting area data stored in the wireless communication device to the vibration mode by the wireless communication device itself by comparing the location information of the user received from the GPS.

5 is a simple internal configuration diagram of a wireless communication device in which an integrated chip (IC) or an application program including a GPS function is embedded.

Fig. 6 is a simple exemplary diagram in which any client approaches the vibration setting zone.

FIG. 7 is an example of a simple web browser screen in which a client (individual or corporation) wanting to designate a vibration mode setting area accesses a web server and registers a desired area (location, building, etc.) as a vibration mode setting area.

8 is a simple exemplary diagram in which a warning message for changing a vibration mode is transmitted when a client carrying a wireless communication device provided with an automatic vibration mode switching service approaches a vibration mode setting area.

FIG. 9 shows that when a client carrying a wireless communication device provided with an automatic vibration mode switching service enters a vibration mode setting zone, the vibration mode switching signal (data) transmitted from a web server is automatically switched to the vibration mode. Simple illustration.

<Description of main parts of drawing>

100: vibration mode setting system 105: receiver

110: transmission unit 115: GPS monitoring unit

120: positioning unit 125: text message generation unit

130: vibration mode setting unit 135: subscriber database

140: vibration setting zone database 145: cadastral map database

150: GPS system (or base station) 155: wireless communication device

The present invention receives the location information of a wireless communication device (mobile communication terminal, all wireless communication devices including PDA, smart phone, IMT-2000, etc.) with a GPS satellite or a base station and set the pre-stored vibration mode When confirming the client's approach or entry into the vibration setting area with reference to the location information data for the area (theater, theater, school, etc.), the wireless communication device of the client is automatically transmitted by transmitting a vibration mode switching signal (data). By switching to the vibration mode, the device automatically switches to the vibration mode without changing the vibration mode of the client directly from the vibration mode of the wireless communication device, which may occur in places where noise restriction and quietness are required (performance hall, theater, school, etc.). It relates to a method and a system to enable.

In addition, the network components to facilitate the smooth operation of the present invention consists of a web server, a client and a global positioning system (GPS) or a base station to attract the present invention. do.

The web server receives the location information of the client from the client's wireless communication device (mobile communication terminal, all wireless communication devices including a PDA, a smart phone, an IMT-2000, etc. with a built-in wireless communication function) to determine the location of the client. After checking, if the client is located in the zone with reference to the vibration mode setting zone location information previously stored, the wireless communication device is automatically entered into the vibration mode by transmitting a vibration mode control signal (data) to the wireless communication device of the client. It serves to convert.

The client uses a service provided through the present invention by carrying a wireless communication device having an integrated chip (IC) including a GPS function and a function of receiving a signal transmitted from the web server and switching to an automatic vibration mode. User on the Internet.

The GPS or the base station grasps the location information of the client and serves to provide the location information of the client to the client carrying the wireless communication device.

The present invention can be divided into two methods according to the subject of automatic vibration mode switching, the first method is that the web server hosting the present invention first database the location information for the vibration mode setting area, the location of the subscribing client When the client receives the information and enters the vibration mode setting zone, the client checks this by referring to the vibration mode setting zone location information database, generates a vibration mode switching signal (data), and transmits it to the wireless communication device of the client. In the method of automatically switching the wireless communication device to the vibration mode, and the second method, the web server transmits the location information data for the vibration mode setting zones to the wireless communication device of the client to store the data, and the client When entering the vibration mode setting area, your location information received via GPS And a method for automatically switching to a vibration mode by the wireless communication device itself.

The wireless communication device described through the present invention can be integrated with the GPS (Integrated Chip) of the automatic vibration mode switching function, and also, in order to provide more accurate location information, the relevant vibration mode setting area (theater, theater) , Library, etc.) may be installed and operated a second GPS receiver terminal.

The operation of the second GPS receiver terminal is called DGPS (Differential GPS) and is used to reduce various errors that impede the determination of accurate position. Thus, an improved position measurement result can be obtained than using one GPS receiver terminal. . DGPS requires two GPS receivers, one stationary and the other moving, allowing position measurements to be performed. The stationary GPS receiver may calculate a difference between a measured value using a real satellite and an actual value that has already been precisely determined.

The present invention relates to a wireless communication device (Global Positioning System (GPS)) (mobile communication terminal, any wireless communication device including a PDA, a smart phone, IMT-2000, etc.) with a built-in wireless communication device and the A location tracking satellite, a function of receiving location tracking information data of the wireless communication device from the satellite or the global positioning system (GPS), the location tracking information data and a vibration mode setting area previously stored in the server The location of the wireless communication device to access or enter the vibration setting area by matching the location information data of the area (including a theater, a school, and an area of the school) and the vibration of the wireless communication device with reference to the monitoring result data. Function of generating and transmitting vibration mode switching signal (data) to the wireless communication device when approaching or entering the setting area And a vibration mode setting system in a web server provided, wherein the wireless communication device which has received the vibration mode change signal (data) is automatically switched to the vibration mode. It is also possible to receive the positioning information data of the wireless communication device through the base station without the GPS satellite to track the location of the communication terminal, all wireless communication devices including PDAs, smart phones, IMT-2000, etc. with a built-in wireless communication function). It is stated that there is.

In addition, the method for implementing the present invention is first to store the position information data for the vibration mode setting area (zone including the theater, theater, school) in the web server, from the satellite or the Global Positioning System (GPS) Receiving location tracking information data of the wireless communication device, matching the received location tracking information data with location information data for a vibration mode setting area (area including a performance hall, a theater, and a school) previously stored in the web server; Monitoring, by the wireless communication device, approaching or entering the vibration setting area; when the wireless communication device approaches or enters the vibration setting area with reference to the monitoring result data, a vibration mode switching signal (data) Generating and transmitting to the wireless communication device and receiving the vibration mode switching signal (data); And automatically converting the communication device into the vibration mode, and further comprising a wireless communication device (mobile communication terminal, PDA with built-in wireless communication function, smart phone, IMT-2000, etc.) from a base station. It is noted that it may further comprise the step of receiving the location information data of all the wireless communication device).

In addition, the present invention comprises the steps of storing the location information data for the vibration mode setting area (zone including the theater, theater, school) in the wireless communication device, the location tracking information data of the wireless communication device from the GPS satellite or base station Receiving the location information and matching the location information data of the vibration mode setting area (area including theater, theater, school) stored in the wireless communication device with the location information; Upon entering the setting zone, the wireless communication device may be switched to the vibration mode by itself.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in adding reference numerals to the elements of each drawing, it should be noted that the same elements are denoted by the same reference numerals as much as possible even if they are shown in different drawings. In addition, in the following description, in order to explain the embodiments of the present invention, specific details such as specific elements are illustrated, which are provided to help a more general understanding of the present invention, and the present invention may be practiced without these specific details. It will be apparent to those skilled in the art. In describing the present invention, when it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

FIG. 1 is a simple block diagram of a vibration mode setting system, a GPS, and a client included in a web server for attracting the present invention.

The vibration mode setting system 100 includes a GPS receiver 115, a positioning unit 120, and a text message generator 125 including a receiver 105 and a transmitter 110 for maintaining smooth reception and transmission of data. And a subscriber database 135, a vibration setting zone database 140, an cadastral map database 145, etc. to assist the smooth operation of the system 100 by interworking with the vibration mode setting unit 130 and the units. have.

The GPS monitoring unit 115 monitors the location of the client by monitoring the mobile communication device 155 of the client including the GPS function in real time.

The positioning unit 120 leads the matching of the vibration setting zone position information in cooperation with the vibration setting zone database 140 and the identification of the client's position tracked through the GPS monitoring unit 115.

The text message generating unit 125 sets an arbitrary area virtually generated by the client around the vibration setting area (the performance hall, the theater, the school, etc.), and immediately before entering the actual vibration mode setting area. It transmits a message and provides information on vibration switching.

The vibration mode setting unit 130 generates a vibration mode switching signal when the client enters the vibration mode setting area and transmits the vibration mode switching signal to the wireless communication device 155 of the client.

The subscriber database 135 stores personal information of a client who wants to receive a service using the system 100.

Vibration setting area database 140 is a database that stores the location information of the places that need to switch the vibration mode to the operator who wants to use the vibration mode switching system 100 from the cadastral map database 145 (automatically The person who wants to set up the vibration mode change zone extracts and saves the location information.

The cadastral map database 145 collects geographic information about a certain area and serves to provide location information of a place designated as a vibration setting area.

When any client (subscriber) approaches and enters the vibration setting zone, the system 100 monitors the client's position and checks the location of the client. Then, the system 100 first transmits a text message informing about the vibration setting and transmits the client's wireless communication device. When 155 is not switched to the vibration mode, the vibration mode switching signal is transmitted to automatically switch the wireless communication device 155 to the vibration mode.

In addition, the system 100 confirms this when it leaves the vibration mode setting area and specifies that the vibration mode may be switched back to a ringtone (or melody) mode.

2 is a simple flowchart showing a movement path of data in the vibration mode setting system 100.

The GPS monitoring unit 115 of the vibration mode setting system 100 receives the client's location information from the wireless communication device 155 of the client and monitors the location of the subscribing client 200 in real time, and sends it to the positioning unit 120. Transmit (205). The positioning unit 120 checks the received location information (210) and determines whether it is a vibration setting zone by referring to the vibration setting zone database 140. If it is determined that the vibration setting area (215) the text message generating unit 125 transmits a kind of warning message to recommend the vibration mode setting to the wireless communication device 155 of the client (220).

When the wireless communication device 155 of the client is not switched to the vibration mode (225), the vibration mode setting unit 130 in the system 100 sets the vibration mode that can be controlled by the wireless communication device 155. The signal is generated (230) and transmitted to the wireless communication device 155 of the client (235).

The wireless communication device 155 of the client receives the signal and automatically switches to the vibration mode when entering the vibration setting area.

3 is a database of the location information of the vibration mode setting zone, and receives the location information of the subscribing client and confirms this with reference to the vibration mode setting zone location information database when the client enters the vibration mode setting zone. And a first method of generating a vibration mode switching signal (data) and transmitting the vibration mode switching signal (data) to the client's wireless communication device to automatically switch to the vibration mode.

When location information is generated in the wireless communication device 155 of the client through the Global Positioning System (GPS) (300), the web server monitoring the client in real time receives the location information (305). If the location information is not properly transmitted from the wireless communication device 155 of the client, retransmission is performed, and when the transmission is completed and the location information of the client is received by the web server (310), the location information of the client is based on the location information. The location is checked (315), and it is determined whether the client accesses and enters the vibration setting area. If the vibration setting area (320) transmits a warning message for switching the vibration mode (325), the vibration mode setting system 100 in the web server generates a vibration mode setting signal (330) wireless communication of the client Once transmitted to device 155 (335), the wireless communication device 155 automatically switches to vibration mode (340).

The warning message may be selectively provided to the subscribing client, and may transmit a message in advance before switching to the automatic vibration mode when entering an arbitrary area virtually generated around the position selected as the vibration setting area. It can play a role in informing the transition.

FIG. 4 transmits and stores location information data of the vibration mode setting zones to the wireless communication device of the client, and compares the location information data with the user's location information received via GPS when the client enters the vibration mode setting area. Is a simple flowchart of a second method of automatically switching to a vibration mode by the wireless communication device itself.

The vibration mode setting system 100 in the web server transmits the vibration mode setting zone location information to the wireless communication device 155 of the subscribing client while building and storing the vibration setting zone database 140. (405). When the transmission is completed (410) the location information is stored in the wireless communication device 155 (415), when the client approaches the vibration mode setting area (420) his location information and the GPS 150 and the The stored vibration mode setting area location information is compared (425).

If there is a match (430), the wireless communication device 155 notifies the client of a warning sound for notifying the vibration mode setting area (435) and switches the automatic communication mode itself to the automatic vibration mode (440).

5 is a simple internal configuration diagram of a wireless communication device in which an integrated chip (IC) or an application program including a GPS function is embedded.

The wireless communication device described in the present invention may be equipped with an IC card and an application program including the corresponding function to be suitable for the role of a GPS receiver terminal in basic terminal configuration such as an RF processor, an IF processor, and a baseband processor. . The IC card or application program may be capable of downloading and storing a wireless certificate, and may be embedded with various algorithms to help generate an encryption key.

Fig. 6 is a simple exemplary diagram in which any client approaches the vibration setting zone.

In this figure, the automatic vibration mode switching warning virtual zone 605 may be arbitrarily formed around the vibration mode setting zone 600 and specifies that the client may be selectively provided with the service.

The web server performs real-time location measurement through the wireless communication device 155 of the subscribing client, recognizes the client's approach to the vibration mode setting area 600, and takes a corresponding action.

FIG. 7 is an example of a simple web browser screen in which a client (individual or corporation) wanting to designate a vibration mode setting area accesses a web server and registers a desired area (location, building, etc.) as a vibration mode setting area.

The client (business operator) who wants to automatically switch the wireless communication device 155 of the client to the vibration mode when the user enters the location by designating an arbitrary location (business place such as a building) as the vibration mode setting area. By accessing the attracting web server, the desired area can be designated as the vibration mode setting area 600 by simple input.

8 is a simple exemplary diagram in which a warning message for changing a vibration mode is transmitted when a client carrying a wireless communication device provided with an automatic vibration mode switching service approaches a vibration mode setting area.

FIG. 9 shows that when a client carrying a wireless communication device provided with an automatic vibration mode switching service enters a vibration mode setting zone, the vibration mode switching signal (data) transmitted from a web server is automatically switched to the vibration mode. Simple illustration.

According to the present invention, a client carrying a wireless communication device equipped with a GPS function intentionally switches the wireless communication device to a vibration mode when approaching or entering a place where a noise limit and a silence are required (a performance hall, a theater, a library, etc.). The advantage is that you can switch automatically if you do not.

In addition, by designating an area (building, location, etc.) for which vibration mode switching of the wireless communication device is required as the vibration mode setting area, it is possible to prevent atmosphere distraction and confusion caused by an arbitrary ring tone.

Claims (22)

GPS (Global Positioning System) built-in wireless communication devices (mobile communication terminal, all wireless communication devices including PDA, smartphone, IMT-2000, etc. with a built-in wireless communication function) and to track the location of the wireless communication device And a web server which performs a satellite (or global positioning system) and an automatic vibration mode switching service of the wireless communication device. A receiver configured to receive position tracking information data of the wireless communication device from the satellite (or Global Positioning System); A GPS monitoring unit configured to monitor the position of the wireless communication device in real time with reference to the location tracking data of the wireless communication device received from the satellite; Positioning unit for checking whether the location information data of the wireless communication device tracked by the GPS monitoring unit and the location information data of the vibration setting area (zone including the space, theater, theater, school) previously stored in the database ; And And a vibration mode setting unit configured to generate a vibration mode switching signal (data) and transmit the vibration mode switching signal (data) to the wireless communication device when it is confirmed that the wireless communication device enters the vibration mode setting area through the positioning unit. Automatic vibration mode switching system of a wireless communication device. Automatic vibration of a wireless communication device (mobile communication terminal, all wireless communication devices including PDAs, smart phones, IMT-2000, etc. with a built-in wireless communication function) and a base station for tracking the location of the wireless communication device. It characterized in that it comprises a web server for performing a mode switching service, the web server, A receiving unit for receiving location tracking information data of the wireless communication device from the base station; A monitoring unit configured to monitor the position of the wireless communication device in real time with reference to the location tracking data of the wireless communication device received from the base station; A location checking unit for checking whether the location information data of the wireless communication device tracked through the monitoring unit matches the location information data of a vibration setting area (zone including a space, a performance hall, a theater, and a school) previously stored in a database; And And a vibration mode setting unit configured to generate a vibration mode switching signal (data) and transmit the vibration mode switching signal (data) to the wireless communication device when it is confirmed that the wireless communication device enters the vibration mode setting area through the positioning unit. Automatic vibration mode switching system of a wireless communication device. According to claim 1, The wireless communication device, Automatic vibration of the wireless communication device, characterized in that it comprises an integrated chip (IC) for receiving the vibration mode switching signal (data) transmitted from the web server and switching to the automatic vibration mode according to the received signal Mode switching system. According to claim 1 or 3, wherein the wireless communication device, After receiving the vibration mode setting area data in advance in the web server and stored in the memory, and receiving the location tracking information data of the wireless communication device via the satellite, and pre-stored in the received location tracking information data and the memory Matching the position information data for the vibration mode setting zone, the wireless communication device automatically vibrating mode switching system, characterized in that the automatic mode to switch to the vibration mode itself when approaching or entering the vibration setting zone. The method of claim 1, A second GPS (Global Positioning System) receiving terminal is installed and operated in the vibration mode setting area (the area including a theater, a theater, and a school) to provide location information of the wireless communication device. Automatic vibration mode switching system of communication device. delete The method of claim 1, wherein the web server, Characterized in that the wireless communication device further comprises a text message generating unit for generating a text message immediately before entering the vibration mode setting area to provide information data for transmission and vibration switching to the wireless communication device. Automatic vibration mode switching system of the device. The method of claim 1, wherein the web server, A vibration setting area database for storing location information data of places where vibration mode switching is necessary; An automatic vibration mode switching system of a wireless communication device, characterized by further comprising an cadastral database for storing geographical information data for providing location information of a place designated as a vibration setting area. The method of claim 1, And when the wireless communication device leaves the vibration mode setting area, automatically switches the vibration mode of the wireless communication device to an existing ring tone (or melody) mode. GPS (Global Positioning System) built-in wireless communication devices (mobile communication terminal, all wireless communication devices including PDA, smartphone, IMT-2000, etc. with a built-in wireless communication function) and to track the location of the wireless communication device And a web server which performs a satellite (or global positioning system) and automatic vibration mode switching service of the wireless communication device. Storing location information data of a vibration mode setting area (area including a performance hall, a theater, and a school) in a predetermined database from the web server; Transmitting, by the satellite (or GPS), location tracking information data of the wireless communication device to the web server; The location tracking information data transmitted by the satellite (or GPS) from the web server is matched with the location information data of the vibration mode setting area (an area including an airport, a performance hall, a theater, and a school) previously stored in the database. Monitoring, by a communication device, an approach or entry of the vibration setting zone; Generating and transmitting a vibration mode switching signal (data) to the wireless communication device when the wireless communication device approaches or enters the vibration setting area with reference to the monitoring result data from the web server; And And automatically converting the wireless communication device into a vibration mode by receiving the vibration mode switching signal (data) from the wireless communication device. Automatic vibration of a wireless communication device (mobile communication terminal, all wireless communication devices including PDAs, smart phones, IMT-2000, etc. with a built-in wireless communication function) and a base station for tracking the location of the wireless communication device. It characterized in that it comprises a web server for performing the mode switching service, Storing location information data of a vibration mode setting area (area including a performance hall, a theater, and a school) in a predetermined database from the web server; Transmitting, by the base station, location tracking information data of the wireless communication device to the web server; The wireless communication device matches the location tracking information data transmitted from the web server from the web server with the location information data of a vibration mode setting area (area including an airport, a performance hall, a theater, and a school) previously stored in the database. Monitoring the approach or entry of the vibration setting zone; Generating and transmitting a vibration mode switching signal (data) to the wireless communication device when the wireless communication device approaches or enters the vibration setting area with reference to the monitoring result data from the web server; And And automatically converting the wireless communication device into a vibration mode by receiving the vibration mode switching signal (data) from the wireless communication device. Wireless communication devices (mobile communication terminals, all wireless communication devices including PDAs, smart phones, IMT-2000, etc. with built-in wireless communication functions) and GPS satellites or base stations for tracking the location of the wireless communication devices. Features, Storing location information data on a vibration mode setting area (area including an airport, a performance hall, a theater, and a school) in the wireless communication device; Transmitting position tracking information data of the wireless communication device from the GPS satellite or the base station to the wireless communication device; The wireless communication device may match the location tracking information data transmitted from the wireless communication device with the location information data of a vibration mode setting area (area including an airport, a performance hall, a theater, and a school) stored in the wireless communication device. And switching the wireless communication device to a vibration mode by itself when entering the vibration setting zone. The method of claim 10, And a text message generating step of generating a text message immediately before the wireless communication device enters the vibration mode setting area in the web server and providing information data on vibration switching to the wireless communication device. Automatic vibration mode switching method of a wireless communication device. The method of claim 10, And when the wireless communication device leaves the vibration mode setting area, switching the vibration mode of the wireless communication device to an existing ring tone (or melody) mode. Way. The wireless communication apparatus of claim 2, Automatic vibration of the wireless communication device, characterized in that it comprises an integrated chip (IC) for receiving the vibration mode switching signal (data) transmitted from the web server and switching to the automatic vibration mode according to the received signal Mode switching system. The wireless communication apparatus of claim 2 or 15, After receiving the vibration mode setting area data in advance in the web server and stored in the memory, and receives the location tracking information data of the wireless communication device through the base station, and pre-stored in the received location tracking information data and the memory Matching the position information data for the vibration mode setting zone, the wireless communication device automatically vibrating mode switching system, characterized in that the automatic mode to switch to the vibration mode itself when approaching or entering the vibration setting zone. The method of claim 2, wherein the web server, Characterized in that the wireless communication device further comprises a text message generating unit for generating a text message immediately before entering the vibration mode setting area to provide information data for transmission and vibration switching to the wireless communication device. Automatic vibration mode switching system of the device. The method of claim 2, wherein the web server, A vibration setting area database for storing location information data of places where vibration mode switching is necessary; An automatic vibration mode switching system of a wireless communication device, characterized by further comprising an cadastral database for storing geographical information data for providing location information of a place designated as a vibration setting area. The method of claim 2, And when the wireless communication device leaves the vibration mode setting area, automatically switches the vibration mode of the wireless communication device to an existing ring tone (or melody) mode. The method of claim 11, And a text message generating step of generating a text message immediately before the wireless communication device enters the vibration mode setting area in the web server and providing information data on vibration switching to the wireless communication device. Automatic vibration mode switching method of a wireless communication device. The method of claim 11, And when the wireless communication device leaves the vibration mode setting area, switching the vibration mode of the wireless communication device to an existing ring tone (or melody) mode. Way. The method of claim 12, And when the wireless communication device leaves the vibration mode setting area, switching the vibration mode of the wireless communication device to an existing ring tone (or melody) mode. Way.