KR100634007B1 - Method for guiding information to use facilities - Google Patents

Abstract

Using the mobile communication terminal equipped with a navigation system and the situation data including the waiting time of each facility provided by public places such as an amusement park, an exhibition hall, and an exhibition hall, and the change of waiting time according to the time zone, By providing available time information and schedules, users can access many facilities within a limited time.

The central processing unit receives the status data including the waiting time to wait for the use of a plurality of facilities from the public place management server and the change of waiting time for each time zone, and executes the guidance program of the public place, while the GPS receiving module Determines the user's current location with the received navigation message and displays it on the display unit with a map, and uses the selected facilities to input the selection information of the facilities to be used by the user and the available time for the user to use the facilities. Set and display schedules and guide the use of facilities according to the selected schedule when selecting one schedule from a plurality of set schedules.

Description

Method for guiding information to use facilities}

The present invention uses a mobile communication terminal with a built-in navigation system, time information so that the user can easily use a variety of facilities, such as amusement facilities, exhibition facilities installed in public places, such as an amusement park, exhibition hall or fair ground It relates to a method of guiding usage information of a facility that provides schedule information.

With the development of the position acquisition technology using the Global Positioning System (GPS) and the field of telematics, a multimedia system used in a moving object such as a vehicle, the need for a low-cost navigation system is steadily being raised.

The navigation system includes a position acquisition module for acquiring current position information of a predetermined moving object, a path calculating module for calculating a moving path of the moving object, and a route guidance module for guiding the calculated moving path. In addition, in order to provide additional services, a broadcast wave such as DMB (Digital Multimedia Broadcasting) or FM (Frequency Modulation) broadcasting or a mobile communication means such as CDMA (Code Division Multiple Access) or GSM (Global System for Mobile communication) may be used. .

However, since the broadcast waves cannot communicate with each other, a mobile communication means such as CDMA or GSM that can communicate with each other is basically required, and the cost of the CDMA modem or GSM modem generated by the broadcast waves is difficult to develop a low-cost navigation system. Is giving.

In order to solve this problem, a navigation system is integrated into a mobile communication terminal which has been recently carried by many users, and when a user moves the moving object, for example, the navigation system built in the mobile communication terminal is operated. It allows you to be informed of the route from your current location to your destination.

However, the navigation system embedded in the mobile communication terminal is used only for guiding a moving path of a mobile body, and its function is extremely limited.

On the other hand, with the improvement of the living environment, many people visit the amusement parks, exhibition halls, or fairgrounds and use various facilities including amusement rides and exhibition facilities.

However, the facilities are shared by many people, and when there are a lot of people who want to use the facilities, they have to wait in line for a lot of time, and thus do not use all the facilities desired by the users in a limited time. Many cases did not occur.

For example, when a user visits an amusement park and purchases a ticket to use a plurality of facilities, the user cannot use all the facilities within a predetermined time due to the waiting time waiting for the use of the plurality of facilities. Occurred a lot.

Accordingly, an object of the present invention is to provide a user with time information by which a user can use the facilities by using a mobile communication terminal equipped with a navigation system and situation data including waiting time of each facility provided in an amusement park or an exhibition hall. The present invention provides a method of guiding information on usage of facilities to enable many facilities within a limited time.

Another object of the present invention is to input a plurality of facilities that the user wants to use, using the current situation data for the input facility using the current information on the facility provides a method of using the guide information of the facility to provide a schedule to use the plurality of facilities To provide.

According to the usage information guide method of the facility of the present invention having the above object, it is possible to centralize the status data including the waiting time to be waited until the plurality of facilities are used from the management server managing the public place, and the waiting time change rate according to time zones. The processing unit receives the input, executes the guidance program of the public place, displays the map of the public place on the display unit, and displays the current location of the user determined by the navigation message received by the GPS receiving module on the displayed map. Select a facility to use, set a plurality of schedules to use the selected facilities when entering the available time to use the facilities, and the selected schedule when selecting a schedule from the plurality of schedules set According to the guide to the use of the facility.

The guide program is downloaded from the server for management together with the situation data, and the plurality of schedule settings include a distance from the current location of the user to the selected facility, a moving time, a waiting time of the selected facility, and a waiting time change rate according to time zones. It is characterized by setting using.

The present invention determines whether the user moves to the navigation message received by the GPS receiving module, moves and displays the map displayed on the display unit according to the movement of the user, and enlarges, reduces or moves the map from the command input unit. When a command is input, the map displayed on the display unit is enlarged, reduced or moved, and when the rescan request command is inputted from the command input unit, the central processing unit communicates with the management server to display status data. By downloading and re-exploring a plurality of schedules and selecting one schedule among the re-scanned schedules, it is characterized by guiding the use of facilities according to the selected schedule.

Hereinafter, with reference to the accompanying drawings will be described in detail the usage information guide method of the facility of the present invention.

1 is a block diagram showing the configuration of a mobile communication terminal to which the usage information guide method of the present invention is applied. As shown in the drawing, the user's voice signal is input through the microphone 100 and the voice signal of the other party is output to the speaker 102 to make a phone call. Demodulates the voice signal of the other party to be output to the telephone call unit 104, and modulates the voice signal of the user output from the telephone call unit 104 and transmits it through the antenna 106, amusement park or fairground A demodulator 108 which receives data of the guidance program and the facility through the antenna 106 by performing data communication with a management server (not shown in the drawing) installed on the back, and a navigation message transmitted by a GPS satellite. GPS receiving module 110 for receiving the antenna through the antenna 106, a geomagnetic field sensor module 112 for detecting the orientation of the mobile communication terminal to detect the geomagnetic field and the detected geomagnetic field, and a mobile communication terminal A speed detection module 114 for detecting the moving speed of the machine, a temperature sensor module 116 for detecting the ambient temperature of the mobile communication terminal, an air pressure sensor module 118 for detecting the ambient air pressure of the mobile communication terminal, and a play Data communication unit 120 for receiving a guide program and situation data by performing data communication through a management server such as a park or an exhibition hall and infrared or USB (Universal Serial Bus), and a map storage unit for storing digital map data in advance. And the telephone call unit 104 and the demodulator 108 to make a telephone call, and determine the position of the mobile communication terminal by the position information signal received by the GPS receiving module 110. The orientation signal is determined by the output signal of the geomagnetic sensor module 112, and the temperature sensor module 116 and the barometric pressure sensor module 118 determine the movement speed of the mobile communication terminal detected by the speed detection module 114. detection After correcting according to the temperature and air pressure to control the display to match the digital map stored in the map storage unit 120, the demodulator 108 or the data communication unit 120 receives the guide program and the status data received According to the central processing unit 124 to control the provision of time information that the user can use the facilities, and the map and the location and orientation of the mobile communication terminal matched the telephone call state under the control of the central processing unit 124 Display unit 126 for displaying a command, a command input unit 128 for inputting a command according to a user's operation to the central processing unit 124, and a memory 130 for temporarily storing work data of the central processing unit 124. It is composed of

The speed detection module 114 includes an acceleration sensor 114a for detecting an acceleration of a mobile communication terminal, an integrator 114b for integrating the acceleration detected by the acceleration sensor 114a, and an output of the integrator 114b. And a speed accumulating unit 114c for accumulating signals and outputting a moving speed of the mobile communication terminal.

In the navigation system of the present invention having such a configuration, the central processing unit 124 controls the telephone call unit 104 and the demodulator 108 when the user operates the command input unit 128 to command a telephone call. The voice signal of the user is input through the microphone 100, processed by the telephone call unit 104, modulated by the modulator 108, and then transmitted through the antenna 106 and received through the antenna 106. The other party's voice signal is demodulated by the demodulator 108, processed by the telephone call unit 104, and then output to the speaker 102 so that the user can make a phone call.

When the user commands the operation of the navigation service by operating the command input unit 128, the CPU 124 detects the current position of the mobile communication terminal by receiving the GPS location information signal received by the GPS receiving module 110. do.

That is, the GPS receiving module 110 receives a GPS location information signal transmitted by at least three or more GPS satellites among a plurality of GPS satellites located in a geostationary orbit of the earth, and moves to the received GPS location information signal. By extracting the current position of the communication terminal, the central processing unit 124 determines the current position of the mobile communication terminal by the output signal of the GPS receiving module 110.

The CPU 124 receives the detection signal of the geomagnetic field sensor module 112 to determine the orientation of the mobile communication terminal. The geomagnetic field sensor module 112 detects the earth's magnetic field and detects the orientation by the detected magnetic field. The central processing unit 124 adjusts the orientation of the mobile communication terminal using the output signal of the geomagnetic field sensor module 112. To judge.

In addition, the acceleration sensor 114a of the speed detection module 114 detects the movement acceleration of the mobile communication terminal in accordance with the movement of the mobile communication terminal, the integrator 114b integrates and converts the detected acceleration into a speed signal. The speed accumulator 114c accumulates and outputs the output signal of 114b) to the central processing unit 124. The central processing unit 124 determines the moving speed of the mobile communication terminal based on the output signal of the speed accumulator 114c. do.

The temperature sensor module 116 detects the ambient temperature of the mobile communication terminal and inputs it to the central processing unit 124, and the air pressure sensor module 118 detects the ambient air pressure of the mobile communication terminal to the central processing unit 124. Enter it.

Then, the central processing unit 124 determines the ambient temperature and air pressure of the mobile communication terminal based on the output signals of the temperature sensor module 116 and the air pressure sensor module 118, and determines the ambient temperature and the air pressure of the mobile communication terminal according to the determined temperature and air pressure. Correct the bearing and moving speed.

That is, the geomagnetic sensor module 112 is an error occurs in the value of the geomagnetic field detected according to the ambient temperature and air pressure due to the operation characteristics of the geomagnetic sensor, the central processing unit 124 is the temperature sensor module 116 and air pressure Correct the orientation of the mobile communication terminal according to the ambient temperature and air pressure of the mobile communication terminal determined by the output signal of the sensor module 118, and the acceleration sensor 114a has an error in the measured value according to the ambient temperature and air pressure The central processing unit 122 corrects the moving speed of the mobile communication terminal detected by the speed detecting module 114 as the temperature detected by the temperature sensor module 116 increases, and detects the speed when the temperature is low. Slowly corrects the moving speed of the mobile communication terminal detected by the module 114, and slows down the moving speed of the mobile communication terminal when the air pressure detected by the barometric pressure sensor module 118 is high, When the detected air pressure is low, the moving speed of the mobile communication terminal is quickly corrected to accurately detect the moving speed of the mobile communication terminal.

When the azimuth and movement speed correction of the mobile communication terminal is completed, the central processing unit 124 is located in a predetermined area around the current position of the mobile communication terminal detected by the GPS receiving module 110 in the map storage unit 122. Read the map data. That is, the map storage unit 122 includes background map data including polygon and polygonal attribute information, road map data including link index, link attribute, node information and shape point information, and POI (Point). of Interest) Digital such as POI including index, destination name, address, location and classification code, road search map data including link shape information, intersection turn / left turn / right turn / straight information and link connection information. As the map data is stored in advance, the central processing unit 122 reads the background map data, the road map data, the POI, and the road search map data of the predetermined area based on the determined current position of the mobile communication terminal.

When the map data is read, the central processing unit 124 matches the current position of the mobile communication terminal with the corrected azimuth and moving speed of the mobile communication terminal to the map data, and outputs it to the display unit 126 for display. .

On the other hand, when a user visits an amusement park or fairground, etc., the user must first communicate with the management server to receive the guide program and the situation data, and the user operates the command input unit 128 to receive the guide program and the situation data. Command, the central processing unit 124 controls the demodulator 108 or the data communication unit 120 to perform data communication with the management server, and downloads and stores the guide program and the situation data in the memory 130. After that, the guide program is executed.

In addition, the GPS receiver module 110 determines the current location of the mobile communication terminal, that is, the current location of the user, and displays a map of the amusement park or the fairground on the display unit 126 based on the determined current location. do.

In this state, when the user selects the facilities to use through the command input unit 128, the central processing unit, the distance from the current location of the user to the facilities, the moving time, the current waiting time of each facility and the standby time by time zone A plurality of schedules are set using the change rate, and the user's movement is guided according to one schedule selected by the user from among the set schedules.

On the other hand, Figure 2 is a signal flow diagram showing a usage information guide method of the present invention. As shown in FIG. 200, the central processing unit 124 performs data communication with the management server of the public place through the demodulator 108 and the antenna 106 to provide a guide program for the public place, and the public. The situation data including the current waiting time for each facility available to the user at the place, the change rate of the waiting time according to the time zone, the location information of the facilities and the like are downloaded and stored in the memory 130.

In the next step 202, the central processing unit 124 executes the downloaded guide program, and in step 204 using the navigation message received by the GPS receiving module 110, the current position of the mobile communication terminal, that is, the user After determining the current location of the user, in step 206, a map of the public place is displayed on the display unit 126 centering on the determined current location.

In the next step 208, the central processing unit 124 determines whether the user moves the location using the navigation message received by the GPS receiving module 110, and if the user moves, the user in step 210 In accordance with the movement of the center area of the map displayed on the display unit 126 is displayed by moving.

In the next step 212, when the key signal is input through the command input unit 128, and the input key signal is a key signal for commanding the enlargement / reduction / movement of the map in step 214, the central processing unit 124 is In step 216, the map displayed on the display unit 126 is enlarged, reduced, or moved to the center area according to the key signal.

When the input key signal is selection information for selecting a plurality of facilities that the user wants to use in step 218, the central processing unit 124 stores the selection information of the facilities input in step 220 in the memory 130. Store in

Here, the selection information of the facility may select one of the facilities that the user wants to use from among a plurality of facilities installed in a public place, or, for example, 'Big 3', 'Big 5,' Free use right ',' Individual facilities can be selected at the same time.

When the input of the selection information of the facility is completed, the central processing unit 124 inputs the available time at which the user can use the facilities in step 222.

In the next step 224, the central processing unit 124 calculates the distance from the user's current location to the facility selected by the user and the travel time that the user can move to the facility, and the respective facility data is downloaded from the downloaded situation data. After determining the current waiting time, after determining the rate of change of the time of each facility time zone, in step 226 a plurality of the optimal time to use the facilities in consideration of the movement time, the current waiting time and the rate of change of waiting time by time zone The schedule is determined and displayed on the display unit 126 so that the user can check it.

If the user selects a predetermined schedule from among the plurality of schedules displayed on the display unit 126 in the next step 228, the central processing unit 124 guides the user's movement according to the selected schedule in step 230. Allow the user to use the desired facilities one by one, determine whether the usage guide of the facility is completed according to a schedule, and if the user guide of the facility is not completed, the user inputs the command input unit 128 in step 234. Determine whether to request a rescan.

When the user requests a rescan in step 234, the central processing unit 124 communicates with the management server through the modulator 108 and the antenna 106 in step 236 to present the current location of the public place. After downloading the situation data, the process returns to step 224 to determine a plurality of schedules by determining the distance from the current location of the user to each facility, the current waiting time of each facility, and the change rate of waiting time of each facility by time zone. In step 126, when the user selects a predetermined schedule, the user's movement is guided according to the schedule so that the user can use the desired facilities one by one.

On the other hand, while the present invention has been shown and described with respect to specific preferred embodiments, various modifications and changes of the present invention without departing from the spirit or field of the invention provided by the claims below It can be easily understood by those skilled in the art.

As described above, the present invention utilizes a user's current location and the location where each facility is installed, the waiting time and the change in waiting time according to the time when visiting a amusement park, an exhibition hall, an exhibition hall, etc. and using a plurality of facilities. Thus, by providing an optimal schedule to the user, the user can minimize the waiting time until the user uses the predetermined facilities, thereby making the most of the desired facilities.

1 is a block diagram showing the configuration of a mobile communication terminal to which the usage information guide method of the present invention is applied.

Figure 2 is a signal flow diagram showing a usage information guide method of the present invention.

Explanation of symbols on the main parts of the drawings

100: microphone 102: speaker

104: telephone call unit 106: antenna

108: modulation demodulator 110: GPS receiving module

112: geomagnetic sensor module 114: speed detection module

114a: acceleration sensor 114b: integrator

114c: speed accumulation unit 116: temperature sensor module

118: barometric pressure sensor module 120: data communication unit

122: map storage unit 124: central processing unit

126 display unit 128 command input unit

130: memory

Claims (6)

A tenth step of receiving, by the central processing unit, status data including a waiting time to be waited until a plurality of facilities are used from a management server managing a public place and a change rate of waiting time for each time zone; After the tenth step, the central processing unit executes a guide program for a public place to display a map of the public place on a display, and displays the current location of the user determined by the navigation message received by the GPS receiving module on the displayed map. 20th process of displaying; A thirtieth time after the twentieth step, when the user selects the facilities to be used through the command input unit and inputs the available time to use the facilities, the CPU 30 sets and displays a plurality of schedules to use the selected facilities; process; And Method for guiding use information of a facility comprising a 40th step of guiding the use of the facility according to the selected schedule when the user selects one schedule from the plurality of schedules set in step 30 by the command input unit . According to claim 1, The guide program of the 20th process; Usage information guide method of the facility, characterized in that downloaded in the tenth step from the management server with the situation data. The method of claim 1, wherein the plurality of schedule settings of the thirtieth process are performed; And using the distance from the current location of the user to the selected facility, a moving time, a waiting time for using the selected facility, and a change rate of waiting time for each time zone. The method of claim 1, wherein after the twentieth step, in parallel with the thirtieth and fortyth steps, Determining whether the user moves to the navigation message received by the GPS receiving module, and moving and displaying the map displayed on the display unit according to the movement of the user. . The method of claim 1 or 4, wherein after the twentieth step, in parallel with the thirtieth and fortyth steps, And a method of enlarging, reducing or moving the map displayed on the display unit when a command of enlarging, reducing or moving a map is input from a command input unit. The method of claim 1, wherein the 40th process comprises: When the rescan request command is input from the command input unit, the central processing unit communicates with the management server, downloads situation data, rescans a plurality of schedules, and selects one schedule from among the rescanned schedules. Method for guiding usage information of a facility, characterized by further comprising the step of guiding the use of the facility according to the selected schedule.