KR20120100252A - Wrist band type u-ticket total service system and service method - Google Patents

Abstract

PURPOSE: A wristband-typed U-ticket integrated service system and a service method thereof are provided to check the flow of visitors by performing entrance control, displaying information, and checking a moving line of the visitors with a single U-ticket terminal. CONSTITUTION: A U- ticket terminal(100) includes transceivers and a USB connection unit(120). The U- ticket terminal includes a display for information and is worn on a wrist like a wristband. Wireless APs(Access Points) transmit data in relay transmission. An integrated management server(300) sets or clears the registration of the U-ticket terminal. The integrated management server provides the information to the registered U-ticket terminal through relay transmission. [Reference numerals] (1000) Reservation server; (110a) Fisrt transceiving unit; (110b) Second transceiving unit; (120) USB connection unit; (210a,210n) Fisrt communication unit; (220a,220n) Second communication unit; (300) Integrated management server; (400) Entry registration terminal; (500) Monitoring system; (600) Control system; (700) Charging station terminal; (800) USB interface; (900) Computer

Description

Wristband type Ｕ-Ticket Total Service System and its service method {WRIST BAND TYPE U-TICKET TOTAL SERVICE SYSTEM AND SERVICE METHOD}

The present invention relates to a wristband-type U-ticket comprehensive service system and a service method thereof, and more particularly, to a predetermined space such as an amusement park or an expo while wearing a wristband-type U-ticket terminal while making a reservation. The present invention relates to a comprehensive service system and method for displaying access control and guidance information on a U-ticket terminal and identifying a passenger's line using the U-ticket terminal.

In general, in order to enter national parks, amusement parks, and expos, most of them pay a small entrance fee, receive tickets (tickets) at the ticket office, and then take some of them at the entrance and submit them. If you own it, you will almost always throw it away.

These discarded tickets are very inefficient in terms of resource recycling and environmental pollution prevention.

For example, adhesive is applied to one end of the ticket consisting of a band type worn on the wrist, and a release paper to protect the adhesive is attached to the upper side of the adhesive, and when the ticket is worn on the user's wrist, the release paper is peeled from the adhesive. The back surface of the other front end lamination part of a ticket is mutually joined to the adhesive agent of one side joint part of a ticket.

However, the admission ticket is peeled off from the adhesive when the ticket is worn on the wrist of the user is discarded by the user will damage the beauty and contaminate.

Or by issuing an annual membership card as a card, a barcode and a photograph attached to the card, write a name, such as wearing a necklace strap to read the bar code when entering or using the facility.

However, such a conventional ticket is used only for admission or facility use, and the ticket itself cannot be used for other purposes.

For example, there was a problem that lost children in national parks, amusement parks, expos, etc., where many people gather because the location cannot be tracked, and there is no display function to display information on the tickets. There was a problem such as not being able to be provided a variety of information from the location or time.

In addition, when a large number of people gathered, a lot of people were put into progress or management of the event because they could not grasp the moving lines of the users in real time, and there was a problem that the admission ticket should be abolished after the use or viewing of the amusement facilities.

On the other hand, in recent years, the number of services to reserve tickets for national parks, amusement parks, expos, etc. through the telephone and the Internet is increasing.

Conventional services mainly access the homepage of a performance hall or amusement park through the Internet, select a desired performance or content, enter ticket purchase information and payment information, check the validity of the user's payment information, and check the password corresponding to the admission ticket. Notice on screen or indirectly via E-mail.

At this time, the user must record the passcode in the notebook or print it, and present the passcode and ID at the entrance of the venue or amusement park on the same day to confirm that he is a legitimate user. Through the process of using the amusement facilities, credit cards and bank transfers are used to pay for the tickets presented by the user.

However, such a conventional reservation system has to record or memorize the password separately from the user's point of view, and there is an inconvenience of having to go through an inconvenient process of confirming the identification and the reserved information through the hand of a person when entering or exiting the site.

The present invention has been made to solve the above-described problems, when the wristband type U-ticket terminal is worn on the wrist and enters a predetermined space, the access control and guidance information is displayed on the U-ticket terminal and the U-ticket is displayed. Comprehensive service system for wristband type Ｕ-ticket card that can identify the flow of visitors, track the location, and provide various information according to the current location or current time by allowing the visitors to understand the movement of visitors The purpose is to provide the service method.

In addition, another object of the present invention is a wristband type 이나 -ticket card that can be carried out or managed with a minimum number of personnel by real-time copper wire grasp, and can reuse the U-ticket terminal even after the use or viewing of the play facility It is to provide a comprehensive service system and its service method.

In addition, another object of the present invention is when the USB interface inserted into the wristband type U-ticket terminal plugs into the USB port of the computer, the reservation-only program is automatically executed to perform the pre-booking when the customer reserves the ticket through the Internet. Wristband type Ｕ-ticket that can securely store information about admission ticket on wristband type U-ticket terminal, and give users and operators a quick and convenient ticket reservation and entry by entering through access registration terminal on the day of entry The present invention provides a card integrated service system and a service method thereof.

Wristband type Ｕ-ticket card integrated service system according to the present invention for achieving the above object is provided with a transmission and reception unit and a USB connection unit for storing a unique ID and reservation information, and wirelessly communicate and display the information U-ticket terminal that can be worn on the wrist band;

A plurality of wireless APs installed in a predetermined space and provided with a communication unit for wireless communication with the transceiver, and transferring data through relay transmission between adjacent communication units;

An entrance registration terminal installed at an entrance of the space to detect an entry or exit of a U-ticket terminal holder and to transmit ID information and reservation information assigned to each U-ticket terminal;

An integrated management server for setting or releasing registration of a U-ticket terminal based on the information sent from the access registration terminal and providing information to the registered U-ticket terminal by relay transmission between adjacent wireless APs; And

The U-ticket terminal is configured to include a reservation server for transmitting reservation information to the U-ticket terminal when making a reservation by connecting through a USB connection.

In addition, in the wristband type Ｕ-ticket card integrated service method according to the present invention, when the USB interface connected to the U-ticket terminal is plugged into a computer, a reservation program is executed while executing a reservation by executing a reservation program stored therein and performing reservation information. A first step of storing in the U-ticket terminal;

When the U-ticket terminal passes through the access registration terminal, the U-ticket terminal reads the reservation information and the unique ID stored in the U-ticket terminal and permits entry, and the integrated management server enters the corresponding space from the entry terminal. Receiving the ID and related information of the second step of registering and setting ID information;

In response to the movement of the U-ticket terminal holder in space, a plurality of wireless APs receive signals transmitted wirelessly from the U-ticket terminals, and transmit recognition signals to the integrated management server by relay transmission of adjacent wireless APs. A third step of storing, by the integrated management server, a recognition signal including an ID of the U-ticket terminal, an ID of the wireless AP, and a distance between the wireless AP and the U-ticket terminal;

A fourth step of calculating and storing the position of the wireless AP in the integrated management server and the position of the U-ticket terminal based on the distance;

When the destination of the U-ticket terminal whose location is calculated by the integrated management server is stored, the mobile route guidance information directed to the destination is transmitted to the corresponding U-ticket terminal by relay radio transmission between neighboring wireless APs and displayed. Step 5;

A sixth step of transmitting the event information to a corresponding U-ticket terminal by relay wireless transmission between adjacent wireless APs when there is an event; And

The third to sixth steps are performed until the space is exited, and when the U-ticket terminal passes through the access registration terminal, the integrated management server leaves the corresponding space from the access registration terminal. And a seventh step of receiving ID and related information of the terminal and deregistering ID information.

According to the above-mentioned means of solving the problem, access control and information can be displayed with a single U-ticket terminal, and traffic flow can be identified, so that visitors can check the flow of visitors, track the location, and provide various information for the current location or current time. Can provide.

In addition, according to the above-mentioned means to solve the problem, it is possible to proceed or manage the event with a minimum number of personnel by real-time copper wire, and to reuse the U-ticket terminal even after the use or viewing of the play facility.

In addition, according to the above solution, if the USB interface inserted into the wristband-type U-ticket terminal is plugged into the USB port of the computer, a reservation-only program is automatically executed to make a reservation in advance. Safely store information about the city admission ticket in the wristband type U-ticket terminal, and can enter through the access registration terminal on the day of entry to provide users and operators with quickness and convenience of ticket reservation and entry.

1 is a schematic block diagram of a comprehensive service system according to an embodiment of the present invention;
2 is a block diagram of the U-ticket terminal shown in FIG. 1;
3 is a perspective view of the U-ticket terminal shown in FIG. 1;
4 is a block diagram of the integrated management server shown in FIG. 1;
5 is a flowchart of a U-ticket comprehensive service method according to a first embodiment of the present invention;
6 is a flow chart of a U-ticket comprehensive service method according to a second embodiment of the present invention;
7 is a flowchart illustrating a U-ticket comprehensive service method according to a third embodiment of the present invention.

Hereinafter, the configuration and operation of the present invention will be described with reference to the accompanying drawings.

1 is a schematic block diagram of a comprehensive service system according to an embodiment of the present invention.

As shown, the comprehensive service system is U-ticket terminal 100, wireless AP (200a, ..., 200n), integrated management server 300, access registration terminal 400, monitoring system 500, control system ( 600), the charging station terminal 700 and the reservation server 1000 is configured to include.

The U-ticket terminal 100 is provided with a unique ID for each U-ticket terminal 100 and applies the flexible display 140 as a display to different areas of the card body formed to be worn on a wrist band. The first transmitter / receiver 110a and the second transmitter / receiver 110b are separated from each other.

The first transmitter / receiver 110a and the second transmitter / receiver 110b wirelessly communicate with the integrated management server 300 by relay transmission between adjacent wireless APs 200a, ..., 200n using different frequency bands.

For example, the first transmitter / receiver 110a performs wireless communication in a first frequency band of several hundred MHz so that the integrated management server 300 calculates the position of the holder of the U-ticket terminal 100 so as to determine a copper wire. do.

The first frequency band performs copper line management, congestion flow control, lost search, and emergency call functions.

The second transmitter / receiver 110b performs wireless communication in a second frequency band of several tens or decades of MHz, thereby providing information to be displayed on the flexible display 140 of the U-ticket terminal 100 by the integrated management server 300. Received through the two transmitting and receiving unit 110b, and performs functions such as ID recognition, access management, electronic money.

Accordingly, the first transmitter / receiver 110a may perform communication at a relatively long distance as compared to the second transmitter / receiver 110b, and at this time, interference of radio waves between the first transmitter / receiver 110a and the second transmitter / receiver 110b may be prevented. An isolation member 118 made of an insulating material is interposed between the first transmitter / receiver 110a and the second transmitter / receiver 110b to eliminate it.

The access registration terminal 400 is a device that is installed in the entrance that is in charge of the entrance to a predetermined space, such as expo, the corresponding U-ticket terminal 100 when entering and leaving the user having the U-ticket terminal 100 By reading the ID and admission ticket (reservation) information from the contactless or contact method to be transmitted to the integrated management server 300 to be described later to inform the entry and exit of the U-ticket terminal 100.

The wireless AP (200a, ..., 200n) is a function of interworking with the U-ticket terminal 100, the wireless signal processing and the wired network and the wireless network, a plurality is installed in every area or area of a predetermined place.

The wireless AP (200a, ..., 200n) is a U-ticket terminal by direct wireless communication, for example, when entering and leaving the U-ticket terminal 100 within a radius of 50 ~ 100m (depending on the obstacle state) Receiving the ID information of the 100 and transmits the identification information to the integrated management server 300 by relay transmission between the adjacent wireless AP (200a, ..., 200n), the first communication unit for wireless communication with the first transmission and reception unit (110a) (210a, ..., 210n) and second communication units (220a, ..., 220n) for wireless communication with the second transmitter / receiver 110b.

The wireless AP (200a, ..., 200n) transmits the ID of the U-ticket terminal 100 to the integrated management server 300, and, for example, U as the strength of the signal transmitted from the U-ticket terminal 100 Measure the distance to the ticket terminal 100 and transmit the distance between the wireless AP (any one of 200a, ..., 200n) and the U-ticket terminal 100 and the ID of the corresponding wireless AP to the integrated management server 300 do.

The IDs of the wireless APs 200a,..., And 200n are unique equipment numbers for each of the wireless APs 200a,..., 200n that are linked to the wireless AP network.

That is, the wireless AP (200a, ..., 200n) is a plurality of devices depending on the size of the space installed as a device for receiving a signal from the U-ticket terminal 100 for transmitting a signal passing through the access registration terminal 400 The wireless AP (200a, ..., 200n) is installed and operated, the signal received by the first and second transmitting and receiving unit (110,110b) of the U-ticket terminal 100 through its RF transceiver antenna, and the corresponding signal Extract the ID included in the ID and add the ID of the wireless AP itself and the distance to the U-ticket terminal in addition to the ID, and wirelessly transmits the identification information to the integrated management server 300, the user location of the integrated management server 300 Perform data collection operations that can be used for searching.

In addition, the wireless AP (200a, ..., 200n) is preferably installed in addition to the street light in the space for ease of power supply when installed in the outdoor, such as an amusement park or amusement park.

Charging station terminal 700 is a device that is installed in a specific area in the space to charge points or cyber money, etc. according to the performance of the user, the user having the U-ticket terminal 100 is a specific area, for example, energy experience hall Visit and receive an ID from the corresponding U-ticket terminal 100 according to the experience of the energy experience to charge the point, mileage or cyber money to the U-ticket terminal 100, while the integrated management server 300 By transmitting to the notification of the charge value of the U-ticket terminal 100.

The integrated management server 300 collects the signal of the U-ticket terminal 100 flowing through the corresponding space through the wireless AP (200a, ..., 200n) to determine the location, and at the current location through the location information of the corresponding users The surrounding information or event information or movement route information to the destination, or the number of waiting people in the surrounding spectator or concert hall at the current location to determine the U-Ticket terminal 100 through the wireless AP (200a, ..., 200n) send.

That is, the integrated management server 300 continuously receives and accumulates signals from the wireless APs 200a, ..., 200n, and stores distance information, ID information of the U-ticket terminal, and wireless AP information included in the corresponding signals. Through the current function to calculate the location of each U-ticket terminal.

In this case, the integrated management server 300 calculates the position of the U-ticket terminal by applying a triangulation algorithm to three or more wireless AP position values and the distance between each wireless AP and the U-ticket terminal.

In addition, the integrated management server 300, if the report of the occurrence of the lost Mia received with the U-ticket terminal number of the Mia finds the ID corresponding to the U-ticket terminal number of the Mia to determine the location of the corresponding U-ticket terminal It transmits Mia's current location information to the Mia's U-Ticket terminal, while Mia's U-Ticket terminal sends a message to wait for the current location because the guardian is looking for it. The U-Ticket terminal transmits the movement route information to Mia's current location according to the guardian's movement.

The monitoring system 500 monitors the entire movement flow of each user's copper lines and all users with the positions of the U-ticket terminals calculated by the integrated management server 300.

When the movement flow monitored by the monitoring system 500 is concentrated in a specific place, the control system 600 may provide a guide message for refraining from moving to a specific place in all or part of the U-ticket terminal through the integrated management server 300. Transfer, and allow progress or management personnel to control access or movement to specific locations.

In addition, the U-ticket terminal 100 is provided with a USB connection unit 120 and connected to the computer 900 via the USB interface 800, thereby using only the U-ticket terminal 100 to reserve tickets or charge charges. Instead, the power of the U-ticket terminal 100 may be charged.

For example, if a reservation program is stored in the U-ticket terminal 100 and is connected to the computer 900 through the USB interface 800, the stored reservation program is executed and the computer 900 establishes a wired or wireless network. Through the reservation server 1000 is stored information necessary for the reservation of various tickets, such as fairs, amusement parks (type of content, time, place, cost, etc.).

The user performs reservation of admission tickets using the computer 900 or the U-ticket terminal 100 while being connected to the reservation server 1000, and the admission ticket (reservation) information is stored in the U-ticket terminal 100. When the user approaches the access registration terminal 400 installed at the entrance while the user wears the U-ticket terminal 100 on the wrist, the user can read and read the admission ticket information and ID stored in the U-ticket terminal 100. have.

The access registration terminal 400 transmits the admission ticket information and the ID of the U-ticket terminal 100 to the integrated management server 300 to notify the entry of the U-ticket terminal 100.

At this time, the power of the computer 900 is supplied to the U-ticket terminal 100 through the USB interface 800 so that the battery 160 of the U-ticket terminal 100 is automatically charged.

Meanwhile, when the charge charging program is stored in the U-ticket terminal 100, when the charge charging program is connected to the computer 900 through the USB interface 200, the stored charge charging program is executed and the computer 900 is wired or wireless networked. Connect to the charging server (not shown) through.

The user charges the charge at the same time as the payment using the computer 900 or the U-ticket terminal 100 while connected to the charging server, the charge charging information (charge charge) is stored in the U-ticket terminal 100 do.

At this time, the power of the computer 900 is supplied to the U-ticket terminal 100 through the USB interface 800, and the battery 160 of the U-ticket terminal 100 is automatically charged.

FIG. 2 is a block diagram of the U-ticket terminal shown in FIG. 1.

As shown, the U-ticket terminal 100 includes first and second transmitter / receivers 110a and 110b, a USB connection unit 120, a control unit 130, an input unit 140, a charging unit 150, a battery 160, The electronic payment means 170, the flexible display 180 is configured to include.

The first and second transmitter / receivers 110a and 110b include first and second antennas 112a and 112b, first and second RFID chips 114a and 114b, and an A / D converter (not shown), respectively.

As described above, the first and second transmitter / receivers 110a and 110b communicate in the hundreds of MHz frequency bands and the tens or tens of MHz frequency bands, respectively. In this case, the first transmitter / receiver 110a and the second transmitter / receiver 110b. An isolation member 118 made of an insulating material is interposed between the first transmission and reception unit 110a and the second transmission and reception 110b in order to eliminate interference on radio waves therebetween.

As such, since the first and second transmitter / receivers 110a and 110b can escape the interference on the radio wave by the isolation member 118 made of an insulating material, the integrated management server 300 is independently using each unique frequency band. It can communicate with and the information does not interfere with each other.

The information signals received by the first and second antennas 112a and 112b are input to the first and second RFID chips 114a and 114b.

The first and second RFID chips 114a and 114b include an MCU (not shown) and a memory (not shown). The input information signal is stored in an internal memory of the MCU, and the MCU may include an EEPROM, a RAM, or a flash memory. Storage means.

The MCU embedded in the first and second RFID chips 114a and 114b further includes an interface, and may output an information signal stored in a memory to an A / D converter connected to the MCU.

The A / D converter converts an information signal received in an analog form into a digital information signal and outputs the same to the main MCU 134 constituting the controller 130.

The controller 130 is provided with a main MCU 134 in the FPCB 132, and the main MCU 134 further includes a driver IC and a storage means such as an EEPROM, a RAM, or a flash memory.

In particular, the charge means or reservation program is stored in the storage means of the controller 130, and the charge information or reservation (admission ticket) information charged after the charge charge or reservation program is executed is stored.

The main MCU 134 displays an information signal on the flexible display 180 through a display driver (not shown), and at this time, the main MCU 134 displays information to be displayed on the flexible display 180 in symbols, letters, and figures. And color can be freely programmed as needed.

The flexible display 180 is electrically connected by an FPCB 132 on which the MCU 134 is formed and a heat seal connector (HSC) 182, and includes an electrophoretic display (EPD), an OLED, a plastic LCD, and a liquid crystal. Any one of the micro-pixel liquid crystal displays may be used by mixing the curable polymer and injecting it between the plastic substrate having the electrode layer formed thereon, and any display formed using the plastic substrate capable of bending may be used.

In addition, graphene may be used as a conductive material used to manufacture the OLED panel.

In the flexible display 180, the balance, push information transmitted from the integrated management server 300, reservation information, real-time viewing reservation menu and status, the current time, etc. are displayed, for example, in Korean, scrolling by one line , In English, scrolls to two lines.

The battery 160 supplies power required for the operation of the remaining components including the flexible display 140, and it is preferable to use a rechargeable battery.

In addition, the battery 160 is not provided inside the U-ticket terminal 100, and is formed of a thin battery that can be detachably attached to the U-ticket terminal 100, and then has an electrode pad on the surface of the U-ticket terminal. Form the can be coupled to the U-ticket terminal 100.

In addition, when the U-ticket terminal 100 is connected to the computer 900 or the like through the USB interface 800, the U-ticket terminal 100 may be supplied with power to charge power required for the battery 160. The charging unit 150 may further include a charging unit 150.

On the outer surface of the U-ticket terminal 100, a magnetic pad (not shown) for storing predetermined information is attached to the integrated management server by using a magnetic information reader in addition to wireless communication with the integrated management server 300. It may be in communication with 300.

In addition, the U-ticket terminal 100 may include a slim flexible speaker to output text displayed on the flexible display 180 as a voice through the flexible speaker.

In addition, the wristband type smart card 100 is provided with a separate electronic payment means 170 may be charged at the same time as the charge or reservation charge required for charging or reservation.

3 is a perspective view of the U-ticket terminal shown in FIG. 1.

As shown, the USB connection unit 120 is formed at one side of the U-ticket terminal 100 so that the USB interface 800 is detachably mounted.

The U-ticket terminal 100 is a wristband type such as a watch or a bracelet to be worn on a user's wrist, etc., and its shape can be flexibly changed when a predetermined pressure or more is applied.

The outside of the U-ticket terminal 100 is provided with a flexible display 180 for displaying necessary information, a button 140 as an input means for external input of the user, and the USB connection unit 120 is formed.

The button 140 is, for example, two cursor buttons and one confirmation button A touch panel may be provided as an input means.

One side of the USB interface 800 is detachably mounted to the U-ticket terminal 100, and the other side is provided with a contact terminal 810 so that the USB interface 800 can be plugged into a USB port such as a notebook or a computer 900. -Ticket terminal 100 can be used to make a reservation for the ticket, store the ticket information, and also charge a fee.

4 is a block diagram of the integrated management server shown in FIG.

As shown in the drawing, the central controller 310, the wired interface 320, the RF transceiver 330, and the data storage unit 340 are configured to be included.

The central processing unit 310 executes a number of mathematical calculations and searches the DB when a large amount of business processing, mutual information exchange, and is operated by a separate operating system.

The data storage unit 340 includes a U-ticket terminal information DB 342, a wireless AP information DB 344, a management map DB 346, an event information DB 348, and the DB by the DB management software. Are created and managed.

The U-ticket terminal information DB 342 includes information on registration according to entry and exit of the U-ticket terminal 100 information transmitted from the entry terminal 400, and the wireless APs 200a, ..., 200n. ID information for receiving and transmitting a U-ticket terminal signal, distance information between the wireless AP and the U-ticket terminal, identification information including information on the wireless AP ID, calculation location information, destination information, and charges (balance) Information, point (mileage) information, reservation information, and the number and ID information of the U-ticket terminal possessed by the guardian if the user is a child.

The wireless AP information DB 344 stores information on the ID of each of the wireless APs 200a, ..., 200n installed in the corresponding space, and information on the installation location of each wireless AP.

The management map DB 346 stores map information in which wireless AP locations and important locations of each region of the space to be managed are displayed in detail.

The event information DB 348 stores event information such as an event and a performance schedule including a location and a time.

The wired interface 320 provides an interface for data communication with the wireless AP (200a, ..., 200n), charging station terminal 700, access registration terminal 400, accordingly, the integrated management server 300 Wireless AP and data communication can be performed by wire as well as wireless method.

The RF transceiver 330 mainly performs a function of receiving recognition information periodically transmitted from the wireless APs 200a, ..., 200n in real time and outputting the data to the CPU 310 after data conversion. According to the present invention performs the function of transmitting the guide information to all or part of the U-ticket terminal 100.

5 is a flowchart illustrating a U-ticket comprehensive service method according to a first embodiment of the present invention.

As shown in Figure 1, the U-ticket issuing server (not shown) is connected to the Internet to purchase the U-ticket terminal 100 (S501), and the affiliates to sign up for the purchase of the U-ticket terminal 100 (After) Use companies) by automatically charging the points or charges to the U-ticket terminal 100 each time you sign up Either reduce the cost of the purchase or make it available for free.

The affiliated companies include a refinery (oil card), a department store (member card), a telecommunication company (partnership card), a traffic card.

Next, when the user of the U-ticket terminal 100 connects the USB interface 800 to the computer 900, the reservation program stored in the storage means of the MCU 132 of the U-ticket terminal 100 is executed (S502). Access to the reservation server (100) (S504), and performs the reservation and payment for the admission ticket, such as amusement park, expo, and at this time the admission ticket (reservation) information is stored in the storage means of the MCU (132) (S506).

After the next day when the user wears the U-ticket terminal 100 on the wrist and approaches the access registration terminal 400 installed in the entrance of the predetermined space, the ticket information and ID stored in the U-ticket terminal 100 I can read it and enter.

In this way, when passing through the access registration terminal 400 installed in the entrance of the predetermined space, the central processing unit 310 of the access integration management server 300, each ID for entering the corresponding space from the access registration terminal 400 And receiving the related information, and storing the information in the U-ticket terminal information DB 342 of the data storage device 340 to perform ID setting and registration setting of the entrance user (S508).

When the user enters the space through the access registration terminal 400 and moves to a predetermined place, a signal transmitted from the U-ticket terminal 100 by a plurality of wireless APs 200a,. Receives and transmits the recognition signal to the integrated management server 300 by the relay transmission of the adjacent wireless AP.

At this time, the first transmitter / receiver 110a of the U-ticket terminal 100 transmits a signal including an ID at regular intervals or at predetermined intervals, for example, in several hundred MHz frequency bands, and the first communication unit of the wireless AP receives the adjacent signal. Send to the first communication unit of the wireless AP.

The central processing unit 310 of the integrated management server 300 and the ID and U-ticket terminal transmitted by the wireless AP (200a, ..., 200n) receives the signal of the U-ticket terminal 100; The identification information including the distance and the wireless AP ID is stored in the U-ticket terminal information DB 342 of the data storage device 340 (S510).

The central processing unit 310 of the integrated management server 300 calculates the position of the U-ticket terminal based on the position of the wireless AP that transmits the identification information and the distance from the U-ticket terminal 100, and U-ticket The terminal information is stored in the DB 342 (S512).

That is, the information about the tag ID of the U-ticket terminal, which is transmitted to the U-ticket terminal information DB 342 by receiving the signals of the U-ticket terminal 100, is transmitted by the wireless APs 200a, ..., 200n, U. Information about the distance to the ticket terminal, recognition information including information on the wireless AP ID, and calculated position information are stored.

At this time, the central processing unit 310 of the integrated management server 300 transmits the waiting person information of various viewing halls, concert halls, etc. close to the current location to the U-ticket terminal 100 and displays it on the flexible display 180. This may be referred to in determining the destination (S513).

Subsequently, when the destination information is registered in the U-ticket terminal information DB 342 (S514), the central processing unit 310 of the integrated management server 300 manages the management map DB 346 based on the calculated position information. In operation S516, the movement route guide information from the current location to the destination is transmitted to the corresponding U-ticket terminal 100 by relay transmission between adjacent wireless APs 200a, ..., 200n.

In this case, the central processing unit 310 transmits and receives the second communication unit 220a, ..., 220n of the wireless AP 200a, ..., 200n and the U-ticket terminal 100 in the tens or tens of MHz frequency bands. The movement route information is transmitted through the unit 110b, and the controller 130 displays the movement route information on the flexible display 180 so that the user can easily find and move to the destination.

If the destination is not registered in the step S514 or while moving to the destination, if there is event information in the event information DB 348 including the viewing, play facility information or event information close to the current location (S518). The central processing unit 310 transmits the event information to the second transmitter / receiver 110b of the U-ticket terminal 100 through the second communication unit 220a, 220n of the wireless APs 200a, 200n. In operation S520, the controller 130 of the corresponding U-ticket terminal 100 displays event information on the flexible display 140.

This process continues until the user arrives at the destination (S522), when the central processing unit 310 of the integrated management server 300 moves to another place after the arrival of the destination or use of the amusement facility. After step S510 is performed until exiting from a predetermined space.

When the user passes through the access registration terminal 400 after finishing the use of the amusement facility or viewing, the central processing unit 310 of the integrated management server 300 leaves the corresponding space from the access registration terminal 400. The ID and the exit information of the U-ticket terminal 100 are transmitted, and the registration setting of the corresponding ID stored in the U-ticket terminal information DB 342 of the data storage device 340 is released (S524).

FIG. 6 is a flowchart illustrating a U-ticket comprehensive service method according to the second embodiment of the present invention, in which a case where a lost child report is received by the integrated management server 300 is shown.

For all U-ticket terminals 100 entering a predetermined space, the identification information and location information of the U-ticket terminal are continuously stored in the U-ticket terminal information DB through steps S510 and S512 of FIG. 5 ( S602, S604) In this state, if the report of the occurrence of the lost with the U-ticket terminal number of the lost (S606), the central processing unit 310 of the integrated management server 300 is the U-ticket terminal information DB (342) In step S608, the ID corresponding to the U-ticket terminal number of Mia and the current position of the ID are searched and confirmed (S608).

The central processing unit 310 of the integrated management server 300 is a U-ticket terminal possessed by Mia by relay transmission through the second communication unit 220a, ..., 220n between adjacent wireless APs 200a, ..., 200n ( In step 100), the guardian is looking for and transmits a message to wait at the current location (S610).

The ID of the U-ticket terminal possessed by the guardian of Mia is retrieved from the U-ticket terminal information DB 342 and relayed through the second communication unit 220a, ..., 220n between adjacent wireless APs 200a, ..., 200n. The location information of the lost child is sent to the U-ticket terminal 100 of the guardian by transmission (S612).

As a result, the guardian is looking for the flexible display 140 of the U-ticket terminal 100 of Mia, so a message to wait for the current position is displayed, and the Mia's flexible display 140 of the U-ticket terminal 100 of the guardian 100 is displayed. Location information is displayed.

When the guardian moves along the location information of the lost child, the central processing unit 310 of the integrated management server 300 may calculate the position of the U-ticket terminal 100 carried by the guardian to find the lost child at that location. By continuously transmitting the movement route information is provided to provide a movement route according to the guardian's movement (S614).

FIG. 7 is a flowchart illustrating a U-ticket comprehensive service method according to a third embodiment of the present invention, in which a U-ticket terminal is charged with points or cyber money through energy experience.

When the energy experience hall is set as a destination for the charging of the U-ticket terminal 100 in a predetermined space and moved to the destination, the central processing unit 310 of the integrated management server 300 is the U-ticket terminal 100. By calculating the position of and continues to transmit the movement route information from the location to the energy experience center to provide a movement route according to the movement of the user of the energy experience center (S702).

When arriving at the energy experience hall and contacting the U-ticket terminal 100 with the charging station terminal 700 installed at each experience site of the energy experience center, the charging station terminal 700 reads the ID and the charge value of the U-ticket terminal 100 and manages the system. The server 300 transmits the data to the server 300, and displays the charging value up to now (S704).

When the user completes the performance of the energy experience, for example, when the principle of power generation is educated and generates a certain amount of electric power using bicycle power, or understands the principle of renewable energy power generation and solves a quiz, In the case of acquiring the above, or in the case of not using an elevator or experiencing savings in electricity usage, the charging station terminal 700 charges energy generation and saving in terms of points or cyber money, displays the value of the charge, and simultaneously manages the integrated server. It transmits to 300 (S706).

When the user moves to another place after completing the energy experience in one place, the central processing unit 310 of the integrated management server 300 calculates the position of the U-ticket terminal 100 in the energy experience hall and the surrounding energy at that location. By continuously transmitting the experience information, energy experience information according to the movement of the user of the energy experience hall is transmitted (S708).

As such, by charging points or cyber money to the U-ticket terminal 100 through the energy experience information, it is possible to use a viewing or amusement facility with the charged points or cyber money.

As described above, according to the present invention, a user can receive a variety of information by entering into a predetermined space without an admission ticket while making a reservation with the U-ticket terminal 100 and wearing it on the wrist, and when a lost child occurs in a crowded area The location and its route are provided to the guardian so that it can be easily found. Also, depending on the performance, the point or cyber money can be charged to the U-ticket terminal for later use in viewing or amusement facilities.

In addition, after the U-ticket terminal 100 is used as an admission ticket for an amusement park or an expo, various cards of affiliated companies that are subscribed at the time of purchase of the U-ticket terminal 100, for example, gas cards, transportation cards, department store cards, Can be used as a cashback card.

100: U-ticket terminal 200a,... , 200n: Wireless AP
300: integrated management server 400: access registration terminal
500: monitoring system 600: control system
700: charging station terminal 800: USB interface
900: Computer 1000: Reservation Server

Claims (13)

A U-ticket terminal having a unique ID and reservation information stored therein, a transceiver having a wireless communication, and a USB connection unit, and having a display for displaying information and which can be worn on a wrist band;
A plurality of wireless APs installed in a predetermined space and provided with a communication unit for wireless communication with the transceiver, and transferring data through relay transmission between adjacent communication units;
An entrance registration terminal installed at an entrance of the space to detect an entry or exit of a U-ticket terminal holder and to transmit ID information and reservation information assigned to each U-ticket terminal;
An integrated management server for setting or releasing registration of a U-ticket terminal based on the information sent from the access registration terminal and providing information to the registered U-ticket terminal by relay transmission between adjacent wireless APs; And
Wrist-band type U-ticket comprehensive service system comprising a reservation server for transmitting reservation information to the U-ticket terminal when the U-ticket terminal connects through a USB connection. The method of claim 1,
The transceiver includes a first transmitter and receiver and a second transmitter and receiver arranged in different areas of the U-ticket terminal body for wireless communication in different frequency bands, and the communication unit wirelessly communicates with the first transmitter and the second receiver. It consists of a first communication unit and a second communication unit for communication,
The wireless AP receives the signal of the U-ticket terminal through the first communication unit and transmits the identification information to the integrated management server by relay transmission between the first communication units of the adjacent wireless AP, and the integrated management server transmits the information to the adjacent wireless server. Wrist-band type U-ticket comprehensive service system, characterized in that the transmission to the second transmitting and receiving unit of the U-ticket terminal by relay transmission between the second communication unit of the AP. The method of claim 1,
The wireless AP is a wristband type U-ticket comprehensive service system, characterized in that additionally installed in the street lamp in the space for ease of power supply. The method of claim 1,
The integrated management server calculates the position of the U-ticket terminal holder based on the identification information sent from the wireless AP and transmits the information based on the position of the wristband type U-ticket comprehensive service system. The method of claim 1,
A monitoring system that monitors the movement of each holder and the entire movement flow of all holders by the location of the U-ticket terminals calculated by the integrated management server;
When the flow of movement monitored by the monitoring system is concentrated in a specific place, the control system is further provided with a control system for refraining from moving to a specific place or transmitting guidance information on the situation to all or part of the U-ticket terminal through the integrated management server. Wristband type U-ticket comprehensive service system, characterized in that. The method of claim 1,
The U-ticket terminal is equipped with a reservation program or a charge charging program. When the USB interface connected to the USB connection is plugged into the USB port of the computer, the computer automatically connects to the reservation server or the charge charging server. Wristband type U-ticket comprehensive service system, characterized in that supplied to the ticket terminal to charge the battery of the U-ticket terminal. The method of claim 1,
Read the ID of the U-ticket terminal and the accumulated charge value and transmit it to the integrated management server, and charge the point, mileage or cyber money to the U-ticket terminal according to the performance of the U-ticket terminal holder, and manage the charge value integrated Wristband type U-ticket comprehensive service system, characterized in that the charging station terminal is further provided to transmit to the server. When the USB interface connected to the U-ticket terminal is plugged into a computer, a first step of executing a reservation by executing a self-stored reservation program and storing the reservation information in the U-ticket terminal;
When the U-ticket terminal passes through the access registration terminal, the U-ticket terminal reads the reservation information and the unique ID stored in the U-ticket terminal and permits entry, and the integrated management server enters the corresponding space from the entry terminal. Receiving the ID and related information of the second step of registering and setting ID information;
In response to the movement of the U-ticket terminal holder in space, a plurality of wireless APs receive signals transmitted wirelessly from the U-ticket terminals, and transmit recognition signals to the integrated management server by relay transmission of adjacent wireless APs. A third step of storing, by the integrated management server, a recognition signal including an ID of the U-ticket terminal, an ID of the wireless AP, and a distance between the wireless AP and the U-ticket terminal;
A fourth step of calculating and storing the position of the wireless AP in the integrated management server and the position of the U-ticket terminal based on the distance;
When the destination of the U-ticket terminal whose location is calculated by the integrated management server is stored, the mobile route guidance information directed to the destination is transmitted to the corresponding U-ticket terminal by relay radio transmission between neighboring wireless APs and displayed. Step 5;
A sixth step of transmitting the event information to a corresponding U-ticket terminal by relay wireless transmission between adjacent wireless APs when there is an event; And
The third to sixth steps are performed until the space is exited, and when the U-ticket terminal passes through the access registration terminal, the integrated management server leaves the corresponding space from the access registration terminal. Wrist band type U-ticket comprehensive service method comprising the step of receiving the ID and related information of the terminal and deregistering the ID information. The method of claim 8,
If the MIA occurrence report is received in the integrated management server, and checking the ID corresponding to the U-ticket terminal of the MIA and the current position of the ID, and
Transmitting a message for waiting at the current location to the U-ticket terminal of Mia by relay wireless transmission between adjacent APs in the integrated management server, and displaying the message;
Searching for the ID of the U-ticket terminal of the MIA guardian in the integrated management server and transmitting the location information of the MIA to the U-ticket terminal of the guardian by relay radio transmission between adjacent wireless APs;
When the guardian moves along the location information of the lost child, the step of calculating the location of the U-ticket terminal possessed by the guardian in the integrated management server and transmitting the movement path information to find the lost child at that location Wrist band type U-ticket comprehensive service method. The method of claim 8,
When the U-ticket terminal contacts the charging station terminal, reading and transmitting the ID and the charging value of the U-ticket terminal to the integrated management server, and displaying the charging value up to now;
When the holder of the U-ticket terminal completes the experience corresponding to the charging, converting the point or the cyber money at the charging station terminal to charge and displaying the charging value and transmitting the same to the integrated management server;
If the holder of the U-ticket terminal completes the experience in one place and moves to another experience, the integrated management server further calculates the position of the U-ticket terminal and transmits the experience information in the surrounding area. Wristband type U-ticket comprehensive service method. The method of claim 8,
When selecting a partner to join when purchasing a U-ticket terminal through the Internet before the first step, the wristband type further comprises charging the U-ticket terminal with a corresponding point or cyber money at every selection U-Ticket Total Service Method. The method of claim 8,
After the fourth step, the integrated management server further performs the step of transmitting the waiting person information, such as various viewing halls (performance venues) around the current location, to the U-ticket terminal and displaying the same. Ticket Total Service Method. The method of claim 8,
The integrated management server detects the moving line by calculating the position of the U-ticket terminals, and when the flow of the moving line is concentrated in a specific place, transmits the guide information to refrain from moving to a specific place in all or part of the U-ticket terminal. Wrist-band type U-ticket comprehensive service method characterized in that the step of performing further display.

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