WO2017082468A1 - System and method for providing baggage delivery service using near field communication, and computer-readable recording medium in which program enabling computer to execute method is stored therein - Google Patents

Abstract

The present invention relates to a system and a method for providing a baggage delivery service using near field communication. According to the present invention, by using a beacon accessory provided in baggage and an application therefor installed in a traveler terminal, an anti-theft and anti-loss function can be performed when carrying the baggage, and a request, for delivering the baggage having the beacon accessory provided therein to the next destination, can be made when changing accommodations, and the like, thereby enabling a traveler to lightheartedly enjoy traveling or shopping without the burden of carrying the baggage, and then conveniently move to the next destination.

Description

A computer-readable recording medium storing a baggage delivery service providing system using a near field communication, a method and a program for causing the computer to execute the method.

The present invention relates to a baggage delivery service, and more specifically, to deliver baggage according to a traveler's itinerary, so that a traveler can enjoy a trip freely without having to carry a baggage, and beacon accessories and a dedicated application are provided. The present invention relates to a system and a method for providing a baggage delivery service using short-range wireless communication, which facilitates the registration and request of the baggage to be delivered, and can prevent theft or loss.

When traveling to other areas for long periods of time, such as for business trips or sightseeing, you should carry a lot of luggage such as suitcases, laptops, cameras, passports. Among these luggages, travel bags and the like are rarely needed during the movement, and are often necessary only for accommodation. If you only stay in one place throughout your trip, you won't have a big problem, but if you have to travel to a lot of places and have to work on your schedule, it's a big burden to carry a suitcase that you rarely need. In other words, you should take all your luggage with you when you visit the famous tourist spots or go shopping.

Of course, you can leave a baggage such as a baggage at a luggage storage such as a train station and enjoy a short tour or shopping, but the trouble of having to stop by the baggage to find and move the luggage is still not saved.

To this end, such as the Republic of Korea Patent Publication No. 10-2008-0112916 (2008.12.26. 'Traveler bag management system and its service method', hereinafter referred to as 'prior art 1') in advance so that other tours can be done before departure There has been disclosed a technology that can be delivered to transportation facilities for departure.

However, in the prior art 1, the delivery destination is still limited to transportation facilities such as an airport, and after that, there is a problem of carrying a travel bag again, and a travel bag or a traveler is identified using a barcode, and thus the delivery of the travel bag. The registration process is cumbersome and there is a limit to tracking the delivery status.

On the other hand, while carrying a lot of luggage, such as suitcases, laptops, cameras, passports, while focusing on work or tourism in an unfamiliar place, you often see a loss of belongings or theft. The bigger problem is that they are not immediately aware of whether they are lost or stolen, and cannot see at all when and where they lost their goods.

To this end, put a Bluetooth device in your belongings, such as the Republic of Korea Patent Publication No. 10-2012-0134566 (2012.12.12. 'Bluetooth Theft and Loss Prevention Organization', hereinafter 'Prior Art 2'), Has been proposed to alert you to a lost situation immediately.

However, since the Bluetooth device of the related art 2 is simply placed in a bag or a wallet, there is a problem in that a person with impure intention takes out the Bluetooth device and carries only the belongings, and there is no warning sound.

The present invention has been made to solve the problems of the prior art as described above, by using a beacon accessory and a dedicated application installed in the traveler terminal, to carry out theft and loss prevention function when carrying luggage When traveling to other places, such as beacon accessories baggage can be requested to be shipped to the next destination, so that travelers can easily travel to the next destination as well as sightseeing or shopping without burdening the baggage Its purpose is.

Baggage delivery service providing system using short-range wireless communication according to the present invention for achieving the above object, the short-range wireless communication device is mounted on the baggage, respectively, generating a short-range wireless communication signal containing a unique ID; A traveler terminal which receives a short range wireless communication signal generated by the short range wireless communication device and registers the unique ID with the baggage name and registers the request, and requests delivery of the travel schedule by section and baggage; A central server that receives and stores a delivery request for each section and baggage of the travel schedule from the traveler terminal, and requests a delivery person matching to the delivery request; And a deliverer terminal configured to provide a delivery status to the central server through a signal of the short range wireless communication device mounted on the requested baggage.

Here, the central server provides a dedicated application to the traveler terminal, and the traveler terminal inputs a travel itinerary including previously reserved accommodation information through the dedicated application, or makes a reservation through the travel information provided by the dedicated application. And establish a travel itinerary by processing payment, and when the travel itinerary is input or established, the central server may request a delivery person matching for a particular baggage in a specific section according to the travel itinerary.

In addition, the central server receives the location information of the shipper terminal receiving the signal from the short-range wireless communication device at a predetermined time interval and stores in the database, the location information of the baggage from the traveler terminal to the central server The central server provides the location information of the shipper terminal stored in the database to the traveler terminal, or the central server checks the signal connection state with the short range wireless communication device to the shipper terminal. By requesting to transmit the location information of the delivery terminal, the updated location information may be provided to the traveler terminal.

The apparatus may further include a storage box including a main body accommodating the baggage, a cover covering the main body, a short range communication unit recognizing the short range wireless communication signal, and a locking unit to lock the cover. When the traveler terminal requests delivery of the baggage while the baggage is received at, the central server compares the delivery request information with the short-range wireless communication signal recognized by the short-range communication unit of the storage box and requests the delivery. When the registration is completed and the delivery request registration completion notification is received from the storage box, the locking unit is operated to lock the cover, and when the shipper terminal approaches the storage box and requests the baggage transfer to the central server, the central server After performing authentication on the shipper terminal through whether or not to authenticate with the storage box And from the library, you can unlock the door.

In addition, the traveler terminal, the Bluetooth module for receiving a short-range wireless communication signal of the short-range wireless communication device; A monitoring unit configured to monitor whether the short range wireless communication device deviates from a preset distance through the strength of the short range wireless communication signal received through the Bluetooth module, or block the short range wireless communication signal being received; And an event controller configured to generate an event when the monitoring unit determines that the short range wireless communication device is out of a predetermined distance or confirms that the short range wireless communication signal being received is blocked.

In addition, the traveler terminal, the GPS receiver for obtaining location information; And a memory for storing the location information, wherein the event control unit may process to store the location information obtained through the GPS receiver in the memory or transmit the location information to the central server when the event occurs.

The short range wireless communication device may further include a signal generation unit configured to generate a short range wireless communication signal including a unique ID; A battery supplying power to the signal generator; A first electrode part connected to the first electrode side of the battery; And a second electrode part connected to the second electrode side of the battery, the second electrode part being connected to or disconnected from the first electrode part.

The short range wireless communication device may further include: an upper body in which the signal generator and the battery are mounted, a recess is formed at an external point, and the first electrode is exposed in the depression; A lower body having a protrusion fitted to the recessed portion of the upper body and having the second electrode portion exposed at the protrusion; And a connection ring connecting the upper body and the lower body, and having a power connection line electrically connecting the second electrode and the second electrode of the battery therein.

In addition, the monitoring unit of the traveler terminal, the connection between the first electrode unit and the second electrode of the short-range wireless communication device is disconnected, the power supply to the signal generator is cut off, or the connection ring of the short-range wireless communication device It may be damaged to monitor whether the power supply to the signal generator is blocked.

On the other hand, in the baggage delivery service providing method using the short-range wireless communication according to the present invention for achieving the above object, the pairing with the short-range wireless communication device mounted on the baggage at each of the travelers terminal, the unique ID of the short-range wireless communication device (A) transmitting the registered luggage name and matching to the central server; The traveler terminal establishes a travel schedule by inputting a travel schedule including pre-booked accommodation information through a dedicated application or by processing a reservation and payment through the travel information provided by the dedicated application, and transmits it to the central server. (b) step; Requesting a shipper matching for a specific baggage at a specific section according to the travel schedule at the central server; And (d) providing a delivery status to the central server through a signal of the short range wireless communication device mounted on the requested baggage at a delivery terminal of the matched deliverer.

(E) receiving, by the central server, location information of the shipper terminal paired with the short range wireless communication device at predetermined time intervals and storing the location information in a database; (F) requesting location information of the baggage from the traveler terminal to the central server; And providing the location information of the shipper terminal stored in the database to the traveler terminal at the central server, or checking the signal connection state with the short range wireless communication device from the central server to the shipper terminal. (G) requesting to transmit the location information of the terminal to update the location information stored in the database and providing the location information to the traveler terminal.

In addition, in the state that the baggage is received in the storage box for accommodating the baggage, (h) the traveler terminal requests delivery of the baggage; (I) comparing, by the central server, the delivery request information with the signal of a short range wireless communication device mounted on the baggage in the storage box to complete registration of the delivery request and notify the storage box; (J) operating the locking unit to lock the storage box when the storage box is notified of the completion of the delivery request registration; (K) when the shipper terminal approaches the storage box and requests the baggage transfer to the central server, notifying whether the storage box is authenticated by the central server after performing authentication on the shipper terminal; And (l) releasing the lock when notified of the authentication from the storage box.

(M) monitoring the signal strength of the short range wireless communication device paired by the traveler terminal to monitor whether the short range wireless communication device is out of a set distance, or monitoring whether a signal of the short range wireless communication device is blocked; And (n) generating an event when the traveler terminal determines that the short range wireless communication device is out of a set distance or confirms that the signal of the short range wireless communication device is blocked.

In addition, (o) securing the location information when the event occurs in the traveler terminal via a GPS receiver to store in the memory or to the central server; And (p) processing the screen outputting the secured location information in the traveler terminal.

On the other hand, the present invention includes a computer readable recording medium having stored thereon a program for causing a computer to execute the method.

According to the system and method for providing a baggage delivery service using short-range wireless communication according to the present invention has the following effects.

First, luggage such as a suitcase may be delivered to the next destination in accordance with the travel schedule of the traveler, so that the traveler can freely tour, shop, and move without having to carry heavy luggage.

Of course, there is a worry that you have to pay the shipping costs, but in the present invention through the cost-sharing of the partner can be used for free shipping services for travelers. That is, in order to use the baggage delivery service using short-range wireless communication according to the present invention, a traveler must purchase a beacon accessory and request a delivery using a dedicated application. Dedicated applications allow you to make reservations or payments for accommodations, tourist attractions, restaurants, public transport, car rentals, shopping malls, etc., and expose advertisements while providing a variety of travel information. As a result, part of the cost of purchasing beacon accessories, part of the copayment provided by a partner such as an accommodation or restaurant, and part of the advertising fee are covered by the cost of delivery, so the shipping cost for the traveler is nearing free. This can significantly increase service usage.

In addition, since a beacon accessory mounted on the baggage is used, it is easy to request delivery of a specific baggage, and the real-time delivery state can be checked. In particular, in the case of baggage location checking, it is a method of confirming that communication with the beacon accessory is made in real time through the shipper terminal, rather than simply using the past information input by the shipper, so the accuracy of the location is very high.

In addition, beacon accessories mounted on the baggage are not only used for shipping requests, registration and tracking purposes, but can also be used for theft and loss prevention functions. In other words, wearing a beacon accessory in a suitcase, laptop, camera, wallet, passport, etc., if paired with a traveler terminal, it can detect the distance of each baggage through a dedicated application of the traveler terminal, and if it is recognized that the deviation is more than a certain distance Alerts can be issued immediately to prevent loss or theft.

In particular, the beacon accessories applied in the present invention is made detachably to the baggage, so that power is supplied only when properly worn, intentional device departure is fundamentally impossible. In other words, the conventional Bluetooth device simply puts the device in the bag, so if a person with impure intention pulls out only the Bluetooth device and runs away from the baggage, the warning does not occur and the theft situation cannot be completely blocked. If it is worn correctly, it cannot be removed from the baggage, and if the body is intentionally removed or damaged to remove only the beacon accessories and carry only the baggage, the power supply cuts off a warning from the traveler's terminal, completely eliminating the risk of theft.

In addition, the location of the baggage (more specifically, the location of the traveler's terminal that has received a signal from the beacon accessory mounted on the baggage) is stored in the traveler's terminal or the baggage delivery service providing system. By outputting to the terminal, it is possible to trace back the baggage from the final position where theft or loss occurred, thereby increasing the possibility of recovering the lost item.

Meanwhile, in the baggage delivery service according to the present invention, the baggage delivery between the hostel and the hostel is treated as a basic service, but according to the implementation, it is possible to leave the baggage in the unmanned storage box and request delivery to a desired destination. In other words, if a baggage with beacon accessories is stored in a storage box installed at an airport, a train station, a subway station, a bus terminal, a tourist attraction, or a shopping mall, and a request is made for delivery through a dedicated application of a traveler's terminal, only a valid carrier opens the storage cover and takes over the baggage. This allows safe storage and delivery of the baggage. Of course, some of the depository fees may be covered by shipping costs.

In addition, in order to use the baggage delivery service according to the present invention, it is good to purchase beacon accessories before the start of the travel schedule, but even if the beacon accessories are not ready, they can be conveniently purchased using vending machines installed throughout the destination. You can register. Of course, if you book accommodation or transportation in advance through a dedicated application, you can easily manage your travel itinerary, but even if you purchase a beacon accessory and install a special application late, you can improperly enter the itinerary and request delivery. Very good access to

1 is a block diagram illustrating a baggage delivery service providing system using short-range wireless communication according to an embodiment of the present invention.

FIG. 2 is a block diagram illustrating the configuration of a traveler terminal in the baggage delivery service providing system shown in FIG.

3 is a block diagram for explaining the configuration of a central server in the baggage delivery service providing system shown in FIG.

Figure 4 is a block diagram for explaining the configuration of the storage box in the baggage delivery service providing system shown in FIG.

5 is a flowchart illustrating a beacon accessory purchase and baggage registration process in the method for providing baggage delivery service using short-range wireless communication according to an embodiment of the present invention.

Figure 6 is a flow chart for explaining the prevention of lost and stolen baggage of the baggage delivery service providing method using a short-range wireless communication according to an embodiment of the present invention.

7 is a perspective view for explaining the clip-on beacon accessories in the baggage delivery service providing system shown in FIG.

FIG. 8 is a schematic cross-sectional view for explaining the clipped beacon accessory shown in FIG. 7. FIG.

9 is a perspective view for explaining the card type beacon accessories in the baggage delivery service providing system shown in FIG.

FIG. 10 is a schematic cross-sectional view for explaining the card type beacon accessory shown in FIG. 9; FIG.

11 is a flowchart illustrating a process of providing travel information and a reservation process in a method of providing baggage delivery service using short-range wireless communication according to an embodiment of the present invention.

12 is a diagram showing an example of a baggage delivery route according to a travel itinerary on a map;

13 is a diagram illustrating an example of a travel itinerary screen output through a traveler terminal.

14 is a view showing a detailed screen example of the itinerary output through the traveler terminal.

15 is a flowchart illustrating a delivery process between accommodations in a baggage delivery service providing method using short-range wireless communication according to an embodiment of the present invention.

16 is a flowchart illustrating a delivery process using a storage box of the method for providing baggage delivery service using short-range wireless communication according to an embodiment of the present invention.

<Description of the code>

20: traveler terminal

21: Bluetooth module

22: communication processing unit

23: memory

24: application operation unit

24a: monitoring unit

24b: event control unit

26: GPS receiver

27: screen output unit

28: speaker

29: key input unit

30: Clip Type Beacon Accessories

31: upper body

32: signal generator

33: battery

33a: first electrode

33b: second electrode

34: depression

34a: first electrode portion

34b: jamming jaw

35: link

36 power line

37: lower body

38: protrusion

38a: second electrode portion

38b: step

40: Card Type Beacon Accessories

41: main body

42: signal generator

43: battery

43a: first electrode

43b: second electrode

44: extension part

45: depression

45a: first electrode portion

45b: jamming jaw

46: slit

47: power connection line

48: fitting body

49: protrusion

49a: second electrode portion

49b: step

50: passport

60: Baggage

70: deliverer terminal

80: visiting point

90: first desk terminal

95: second desk terminal

100: central server

101: communication unit

102: application management unit

103: Member Information Management Department

104: Travel Information Management Department

105: Advertising Information Management Department

106: delivery management

107: Baggage Management Department

108: database

110: storage box

111: main body

112: cover

113: Local area communication

114: remote communication unit

115: control unit

116: locking section

120: Vending Machine

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described. However, some components irrelevant to the gist of the present invention will be omitted or compressed, but the omitted elements are not necessarily required in the present invention, and may be combined and used by those skilled in the art. Can be.

In addition, each component, server, and system described below are not necessarily composed of independent components or servers that perform their respective functions, and may be implemented as a set of one or more programs, one or more servers, or one or more systems. It may be shared.

1 is a block diagram illustrating a baggage delivery service providing system (hereinafter, referred to as a 'baggage delivery service providing system' or 'system') using short-range wireless communication according to an exemplary embodiment of the present invention. As shown in FIG. 1, a baggage delivery service providing system according to an exemplary embodiment of the present invention includes a central server 100, a traveler terminal 20, a shipper terminal 70, a desk terminal 90, 95, and a storage box 110. ), Vending machine 120 and a near field communication device.

The central server 100 provides a dedicated application for using the baggage delivery service to the traveler terminal 20, provides various travel information according to the request of the traveler terminal 20, and provides accommodations, tourist attractions, and transportation as partners. It supports the establishment of a travel itinerary through reservation and payment processing of restaurants, restaurants, shopping malls, and car rentals. In addition, according to the request of the traveler terminal 20 to arrange the matching with the delivery company to be able to deliver the baggage 60 according to the travel schedule, the storage box 110 for temporarily storing the baggage 60 and the short-range wireless communication device Manage the vending machine 120 to sell the beacon accessories (30, 40). To this end, the central server 100 connects the traveler terminal 20, the shipper terminal 70, the desk terminals 90 and 95, the storage box 110, and the vending machine 120 with wired / wireless communication channels to transmit and receive information. Can be. A detailed description of the central server 100 will be described later with reference to FIG. 3.

The traveler terminal 20 is a portable terminal possessed by a traveler, and after receiving and installing a dedicated application from the central server 100, establishing a travel schedule by checking various travel information through a dedicated application and requesting real-time reservation and payment. In addition, pairing with the beacon accessories 30 and 40 which are short-range wireless communication devices, the baggage 60 may be registered and a delivery may be requested according to a travel schedule. In addition, the traveler terminal 20 may monitor whether the signal is lost / stolen and generate an event through signals of the beacon accessories 30 and 40. As the traveler terminal 20, a smart device such as a smartphone or a tablet PC may be applied, and a wearable device such as a smart watch may be applied according to the implementation. A detailed description of the traveler terminal 20 will be described later with reference to FIG. 2.

The deliverer terminal 70 is a portable terminal possessed by a deliverer who takes a baggage 60 and delivers it to a destination according to a traveler's request for delivery. The shipper terminal 70 may receive and install an application for delivery from the central server 100, receive a delivery request through the application for delivery, check the origin and destination of the baggage 60, and take over the situation. Can be updated. In addition, the real-time location of the baggage 60 may be transmitted to the central server 100 through signals of the paired beacon accessories 30 and 40 during delivery, and may be unlocked through the authentication process by accessing the storage box 110. have. The shipper terminal 70 may also be applied to a variety of smart devices, such as a smartphone, tablet PC, such as a traveler terminal 20. In addition, since the detailed configuration of the deliverer terminal 70 is also substantially the same as the traveler terminal 20, the description of the configuration of the deliverer terminal 70 through the description of the traveler terminal 20 below.

Meanwhile, in the present embodiment, although the delivery terminal 70 is directly connected with the central server 100, according to the embodiment, the server managed by the delivery company managing a predetermined group of delivery personnel is the central server 100. It may be located between the delivery terminal and the carrier terminal 70 may relay information transmission and reception. In addition, in this embodiment, the deliverer using the deliverer terminal 70 may be a professional delivery personnel, but according to the implementation, the travel schedule is partially overlapped, so that a predetermined shipping fee is paid and the applicant applies to deliver the baggage 60. It may be another traveler.

The desk terminals 90 and 95 are terminals used by the information staff provided at the information desks of accommodations such as hotels and the information desks of major tourist attractions. The desk terminals 90 and 95 may receive reservation and payment information from the central server 100 to manage the subscribers, perform check-in and check-out operations, and when the traveler requests a delivery, the baggage request baggage 60 may be used. The registration process can be performed to temporarily store the data. In this case, the desk terminals 90 and 95 may be portable smart devices having applications for managing the reservation and baggage 60, and the reservation and baggage management may be performed on a desktop computer or a laptop computer that has been used as an existing information desk according to the implementation. The program may be installed. In any case, it is preferable that the desk terminals 90 and 95 are equipped with a Bluetooth communication function for recognizing the beacon accessories 30 and 40. In addition, the following description will be made of the first desk terminal 90 and the second desk terminal 95 to distinguish the desk terminals 90 and 95 from two different points, except for the process of FIG. 15. It will be described with reference to the desk terminal 90.

The storage box 110 is installed in an airport, a train station, a subway station, a bus terminal, a tourist attraction, or a shopping mall, and is a device for temporarily storing a baggage request target 60. Of course, if the accommodation does not have a separate information desk, or even if there is an information desk, it is difficult for the staff to manage the delivery request baggage (60) by installing a storage box (110) on one side of the accommodation lobby to temporarily store the baggage (60) Can be stored. The storage box 110 recognizes the beacon accessories 30 and 40 mounted on the baggage 60 to be stored, registers the baggage 60 requested for delivery, locks the cover 112, and then opens the central server 100. Only when the shipper terminal 70, which is an authorized legitimate user, or the traveler terminal 20, which is the owner of the baggage 60, is unlocked, it can be unlocked so that safe storage can be possible. The storage box 110 will be described in detail with reference to FIG. 4.

Vending machine 120 (Vending Machine) is installed in airports, train stations, subway stations, bus terminals, tourist attractions, shopping malls or accommodations to sell beacon accessories (30, 40), a short-range wireless communication device required to use baggage delivery service To be prepared. The vending machine 120 may basically perform an online to offline (O2O) function. That is, through the traveler terminal 20 to request the purchase and payment of the beacon accessories (30, 40), after passing through a predetermined authentication process in the vending machine 120 near the actual beacon accessories (30, 40) can be obtained. It is. Of course, the vending machine 120 itself may purchase beacon accessories 30 and 40 through cash or credit card payment. In addition, the vending machine 120 may be wirelessly charged (using the NFC method) beacon accessories (30, 40) that are loaded inside and waiting to be sold, so that the traveler can be used simultaneously with the acquisition. In addition, the vending machine 120 may perform a function of grasping the stock of the beacon accessories 30 and 40 in real time and ordering a certain quantity by itself.

The beacon accessories 30 and 40 which are short-range wireless communication devices are detachably mounted on the baggage 60 and are devices that generate beacon signals having unique IDs when mounted. Such beacon accessories 30 and 40 may be divided into clip type 30 and card type 40 according to the type of baggage 60 to be mounted. For the beacon accessories 30 and 40, FIGS. 7 to FIG. See section 10 for details.

2 is a block diagram for explaining a detailed configuration of the traveler terminal 20. Travel schedule management, delivery request, real-time delivery status check, the anti-theft service process of the baggage 60 is the ultimate object of the present invention is driven by a dedicated application installed in the traveler terminal 20, the traveler terminal shown in FIG. Each component of (20) is a visualization of the performing agent of the processes required in the process of running the dedicated application. That is, some components are built in the existing tourist terminal 20 in hardware, and some other components may be implemented in software. Of course, the tourist terminal 20 further includes a number of components in addition to the configuration shown in Figure 2, Figure 2 shows only the components required for baggage delivery service (including anti-theft service) according to an embodiment of the present invention .

As shown in FIG. 2, the traveler terminal 20 includes a Bluetooth module 21, a communication processor 22, a memory 23, an application operating unit 24, a GPS receiver 26, a screen output unit 27, And a speaker 28 and a key input unit 29.

The Bluetooth module 21 is provided to transmit and receive a signal with a short range wireless communication device near the traveler terminal 20. In this embodiment, the Bluetooth module 21 receives a beacon signal from the beacon accessories 30 and 40, and connects (pairs) a communication channel for data transmission and reception.

The communication processor 22 connects a communication channel with the central server 100 to receive a dedicated application from the central server 100, and provides travel information, reservation information, and baggage being delivered from the central server 100. ) Location information, and the like. In addition, the communication processor 22 may transmit the travel schedule request information, payment request information, delivery request information, etc. to the central server 100, location information of the beacon accessories 30 and 40, and more specifically, beacon accessories ( At the time when the beacon signal is received from 30 and 40, the location information of the traveler terminal 20 may be transmitted to the central server 100, or event occurrence information indicating that theft / lost situation occurs may be transmitted to the central server 100. have.

The memory 23 is provided to store setting information of the baggage 60 input for each beacon accessory 30 or 40, store location information of the beacon accessory 30 or 40, or store event occurrence information.

The application operation unit 24 is provided to comprehensively manage various functions of the dedicated application received and installed from the central server 100. For example, processing to transmit reservation, payment, and delivery request information input by a traveler to the central server 100, or travel schedule information, delivery status information, and advertisement information received from the central server 100 through a screen output unit. Process the output. In addition, the application manager 24 may include a monitor 24a and an event controller 24b to perform an anti-theft function.

The monitoring unit 24a determines the distance between each baggage 60 and the traveler terminal 20 based on the signal strengths of the beacon accessories 30 and 40 received through the Bluetooth module 21 and writes them to the memory 23. Determine if it is out of the stored setting distance. In addition, the monitoring unit 24a determines whether signal reception of the pre-paired beacon accessories 30 and 40 is blocked.

The event control unit 24b is provided for outputting event information according to the determination result of the monitoring unit 24a. For example, when the monitoring unit 24a determines that the distance of the specific beacon accessories 30 and 40 out of the plurality of beacon accessories 30 and 40 is out of the set distance, the event controller 24b generates a warning sound through the speaker 28. In addition, the vibration generating unit (not shown) may generate vibration, or output the image or text through the screen output unit 27 to inform that the beacon accessories (30, 40) is more than a set distance. In addition, the event controller 24b stores the location information of the time point at which the event occurs in the memory 23 and controls the screen output using a text or a map.

The GPS receiver 26 is provided to secure the location information of the traveler terminal 20.

The screen output unit 27 is provided to visually output the driving screen or event occurrence information of the dedicated application. For example, the screen output unit 27 may output a travel schedule screen, a reservation change screen, a payment screen, a unique ID of the beacon accessories 30 and 40, signal strength, pairing or the like. In addition, the screen output unit 27 may output a user interface for setting a name (baggage name) or a distance allowable distance for each beacon accessory. In addition, the screen output unit 27 outputs real-time delivery status information, or outputs a notice on the event occurrence (theft / loss), and maps the location information of the baggage 60 being delivered or the location information when the event occurred You can output the screen using.

The speaker 28 is provided to output a warning sound when an event occurs.

The key input unit 29 is provided to receive a user's command. According to the embodiment, the screen output unit 27 and the key input unit 29 may be integrally manufactured in the form of a touch screen.

The configuration of the travelers terminal 20 described above will be further described through the description of the method for providing baggage delivery service using short-range wireless communication according to an embodiment of the present invention.

3 is a block diagram for explaining a detailed configuration of the central server 100. As shown in FIG. 3, the central server 100 includes a communication unit 101, an application management unit 102, a member information operation unit 103, a travel information operation unit 104, an advertisement information operation unit 105, and a delivery management unit. 106, baggage management unit 107 and database 108.

The communication unit 101 is provided to transmit and receive information by connecting a wired / wireless communication channel with the traveler terminal 20, the shipper terminal 70, the desk terminals 90 and 95, the storage box 110, and the vending machine 120. .

The application manager 102 provides a dedicated application necessary for each terminal to the traveler terminal 20, the shipper terminal 70, the desk terminals 90 and 95, the storage box 110, and the vending machine 120, or supports an update. It provides a user interface output through a dedicated application. In addition, when the traveler has left the baggage to be delivered to the information desk or the storage box 110 to complete the delivery, the traveler may confirm the request and issue an anti-theft release command to the traveler terminal 20.

The member information management unit 103 is provided to store member information and reservation information input through the traveler terminal 20 in the database 108 or to update the stored member information, and at the request of the traveler terminal 20. Member information or reservation information stored in the database 108 may be loaded and provided to the traveler terminal 20 or the desk terminals 90 and 95. That is, accommodation information, transportation information, tourist destination information, restaurant information, etc., which are reserved through the exclusive application of the tourist terminal 20 are matched with a member unique ID (or tourist terminal number) according to a schedule and stored as member information.

The travel information management unit 104 stores in the database 108 travel information input from an administrator terminal (not shown), previously provided from an affiliated company, or provided in real time, and the database 108 according to a request of the traveler terminal 20. The travel information stored in) may be loaded and provided to the traveler terminal 20. That is, the travel information operation unit 104 stores the affiliated hotel information, the tourist information, the transportation information, the restaurant information, the shopping mall information, or the travel product information provided by the partner travel agency in the database 108, and stores the information of the traveler terminal 20. It is loaded and provided on request.

The advertisement information management unit 105 stores the advertisement information provided from the advertiser terminal (not shown) in the database 108, and loads the stored advertisement information when the travel information or the schedule information is output from the traveler terminal 20. Is provided to provide. The advertisement information may include travel insurance advertisements, advertisements for affiliated accommodations, advertisements for major tourist attractions, restaurants, shopping malls and car rentals.

When the delivery request is input through the traveler terminal 20, the delivery management unit 106 may include starting point information, destination information (including time), destination baggage information, and beacons from the travel itinerary information included in the delivery request information or stored in member information. ID and the like are extracted and stored in the database 108, and the delivery request information is provided to the pre-registered delivery company or delivery terminal 70 to accept the delivery request, or match the best delivery terminal 70 You can.

The baggage management unit 107 matches the beacon accessories 30 and 40 baggage list for each member registered in the traveler terminal 20 and stores them in the database 108. In addition, the baggage management unit 107 classifies and stores the baggage to be delivered 60 in the baggage list, and stores the baggage as a traveler terminal 20, a desk terminal 90, 95, a shipper terminal 70, or a storage box 110 in real time. (60) Request location information for each star, and update the returned location information. The updated location information is used for real-time location identification during delivery, or for final location confirmation when an event such as theft or loss occurs.

4 is a view for explaining the configuration of the storage box (110). The storage box 110 is installed in an airport, a train station, a subway station, a bus terminal, a tourist attraction or a shopping mall, and is a facility for temporarily storing a baggage request target 60. The storage box 110 includes a main body 111, a cover 112, a short range communication unit 113, a remote communication unit 114, a control unit 115, and a locking unit 116.

The main body 111 has a predetermined internal space to accommodate a relatively large baggage 60 such as a travel bag, and the entrance may be opened and closed through the cover 112. Cover 112 is marked with the address and the identification information consisting of the address and the number of the corresponding storage box (110).

The main body 111 transmits and receives a signal to or from the beacon accessories 30 and 40 mounted on the baggage 60 through a Bluetooth communication method, or signals to the traveler terminal 20 or the shipper terminal 70 approaching the storage box 110. A short range communication unit 113 capable of transmitting and receiving is installed. In addition, the remote communication unit 114 for transmitting the information about the recognized beacon accessories (30, 40) to the central server 100, or receives authentication information from the central server 100 is also installed.

The control unit 115 controls the locking unit 116 according to the information received through the telecommunication unit 114 and the terminal 20 and 70 information confirmed through the local area communication unit 113, so that only a legitimate user can cover the cover 112. Open and control the baggage 60 to be withdrawn.

On the other hand, the location information or identification number of the storage box 110 is stored in the database 108 of the central server 100, when the request of the traveler terminal 20 or the shipper terminal 70, map output method It is preferable to provide. Of course, the location information or identification information for the vending machine 120 may be provided in the same manner.

Functional functions of the components in the baggage delivery service providing system according to the exemplary embodiment of the present invention described above will be more clearly understood through the description of the baggage delivery service providing method described below with reference to FIGS. 5 to 16.

5 is a flowchart illustrating a process of purchasing beacon accessories 30 and 40 and registering baggage 60 in a method for providing baggage delivery service using short-range wireless communication according to an exemplary embodiment of the present invention.

First, when a traveler having a traveler terminal 20 requests a beacon purchase through a vending machine 120 installed at a lodging facility or a main tourist attraction, the vending machine 120 requests a payment to the central server 100. S510>, the central server 100 may process payment through a predetermined procedure and then notify the payment approval to the traveler terminal 20 and the vending machine 120. The vending machine 120 notified of the payment approval discharges the beacon accessories 30 and 40 in the selected type and number <S520>, and the traveler can acquire them.

The process of purchasing beacon accessories 30 and 40 is very diverse. That is, when the traveler approaches the vending machine 120 and requests cash or credit card payment through the payment means provided in the vending machine 120 as in the present embodiment, the vending machine 120 receives the central server 100. ) Request a payment approval and then beacon accessories (30, 40) may be discharged according to the payment processing result, or a traveler may purchase beacon accessories (30, 40) in an offline store, or traveler terminal (20) After the purchase request and payment processing of the beacon accessories (30, 40) through a dedicated application of the) may be an O2O method to obtain only the real beacon accessories (30, 40) from the adjacent vending machine 120. In addition, since the vending machine 120 charges the power of the loaded beacon accessories 30 and 40, the traveler can acquire and use the beacon accessories 30 and 40 at the same time. Of course, once purchased beacon accessories (30, 40) can be reused through wireless charging. In addition, the vending machine 120 may grasp the stock of the beacon accessories 30 and 40 in real time, and request a certain quantity of orders from the central server 100.

After purchasing the beacon accessories 30 and 40, the traveler may access the central server 100 through the traveler terminal 20 and request a dedicated application, and the application manager 102 of the central server 100 may be requested. ) Provides a dedicated application to the traveler terminal 20 in cooperation with the communication unit 101 (S530), it may be installed after receiving it from the traveler terminal 20 (S535). In the installation process of the dedicated application, additional procedures such as agreement to provide location information may be additionally performed. Of course, a dedicated application may already be installed in the traveler terminal 20 before the purchase process of the beacon accessories 30 and 40.

Since the traveler wears the beacon accessories 30 and 40 in a manner suitable for each baggage 60 (bag, notebook, camera, etc.) and passport 50 so as to generate a beacon signal (S540).

When the beacon accessories 30 and 40 are mounted in each baggage 60 (including the passport 50) and a beacon signal is generated, the traveler runs a dedicated application of the traveler terminal 20 to display the beacon accessories 30, 40. 40 detects the beacon signal, and sets pairing with the detected beacon accessories 30 and 40 (S545). That is, the Bluetooth module 21 detects a beacon signal that can be received and performs pairing. In this process, the user may set a name for each beacon accessory 30 and 40 having a unique ID through a dedicated application. For example, a list is set with a name of a suitcase, a camera, a passport 50, etc. for each beacon ID <S550>, and the set beacon information (baggage information in which the beacon ID matches the baggage name) is stored in the memory 23, and at the same time, It is also sent to the central server 100 (S555). In the central server 100, the received beacon information (baggage information) may be stored in the database 108 to be used in future delivery requests, or may be used for real-time location tracking.

Meanwhile, in the process of pairing with the beacon accessories 30 and 40 using the detected beacon signal, the process of selecting the specific beacon accessories 30 and 40 detected through a user interface output through a dedicated application may be performed. It may be made by hand, such as entering a password, but according to the implementation may be automatically paired by photographing the barcode or QR code printed on the beacon accessories (30, 40) with the camera of the traveler terminal 20. have. Since the technology of automatically connecting the device by photographing a barcode or QR code is well known, a detailed description thereof will be omitted.

6 is a flowchart illustrating a function of preventing baggage loss and theft of a baggage delivery service providing method using short-range wireless communication according to an exemplary embodiment of the present invention. That is, the baggage delivery service provided by the present invention basically handles the delivery of the baggage 60 equipped with the beacon accessories 30 and 40 according to the itinerary, but when the traveler carries the baggage 60 directly, the beacon signal Performs a loss and theft prevention function through the strength of.

Apart from the process of setting the beacon baggage list by beacon in the process of FIG. 5, a distance allowable distance may be set for each baggage 60 (for each beacon accessory 30, 40). For example, the travel bag is set to 20m, the passport 50 is set to 10m and the like. The set information is stored in the memory 23 and may be provided to the central server 100 if necessary.

Beacon accessories (30, 40) to be applied in the present invention is to be detachably mounted on the baggage 60, when normally mounted, the power is automatically supplied to beacon signals are generated. Of course, the power supply is also automatically released when the mounting, such beacon accessories (30, 40) will be described first through Figures 7 to 10.

FIG. 7 is a perspective view for explaining an example of the clip type beacon accessory 30, and FIG. 8 is a conceptual view for explaining the clip type beacon accessory 30 shown in FIG. As shown in FIGS. 7 and 8, the clip-shaped beacon accessory 30 largely includes an upper body 31, a lower body 37, and a connecting ring 35.

The signal generator 32 and the battery 33 are built in the upper body 31, and the connecting ring 35 extends from one side of the upper body 31 to be connected to one side of the lower body 37. do.

The signal generator 32 generates a short range wireless communication signal having a unique ID, and the battery 33 is provided to supply power to the signal generator 32. More specifically, the signal generator 32 generates a beacon signal.

Beacon is any technology or device that sends signals periodically to announce something in the traditional sense. Beacons can be divided into sound-based low-frequency beacons, LED beacons, Wi-Fi beacons, Bluetooth beacons, etc. according to the method of transmitting a signal, in this embodiment, a device up to 70m based on Bluetooth 4.0 (BLE, Bluetooth Low Energy) protocol It is assumed that a beacon capable of communicating with the devices is used as the signal generator 32.

Referring to FIG. 8, an upper portion of the signal generator 32 is connected to the first electrode 33a of the battery 33, and a lower portion thereof is connected to the first electrode portion 34a below the upper body 31.

That is, the depression 34 is formed under the upper body 31, the first electrode 34a is exposed inside the depression 34, and the locking projection 34b is formed around the depression 34. Formed.

Meanwhile, the second electrode 33b of the battery 33 is connected to the lower body 37 along a power connection line 36 extending inside the connection ring 35.

The upper portion of the lower body 37 is provided with a protrusion 38 corresponding to the depression 34 of the upper body 31, the second electrode portion 38a is exposed to the protrusion 38, The second electrode part 38a is connected to the second electrode 33b of the battery 33 located in the upper body 31 along the power connection line 36. In addition, a step 38b is formed around the protrusion 38 of the lower body 37.

That is, as shown in FIG. 8, when the upper body 31 and the lower body 37 are separated from each other, power is not supplied to the signal generator 32, and thus the beacon signal does not occur.

However, the user inserts the upper body 31 or the lower body 37 into the handle of the suitcase or the wrist strap of the camera in the clip-shaped beacon accessory 30 shown in FIG. 8, and the recessed portion of the lower body of the upper body 31 ( 34, the protrusion 38 of the upper portion of the lower body 37 is inserted and coupled as shown in FIG. 7, whereby the first electrode portion 34a and the second electrode portion 38a are brought into close contact with each other to complete electrical connection, thereby generating a signal. Both the first electrode 33a and the second electrode 33b of the battery 33 may be connected to the unit 32. At this time, since the step 38b formed in the protrusion 38 is caught by the locking step 34b of the recess 34, the protrusion 38 is not easily separated from the recess 34.

That is, the beacon signal is generated from the signal generator 32 by the combination of the upper body 31 and the lower body 37, so that the baggage 60 can be tracked (travel the beacon signal) to the traveler terminal 20. .

However, a person with impure intention may want to remove the beacon accessory 30 mounted on the baggage 60 and take only the baggage 60. In this case, the connection ring 35 should be disconnected or the upper body 31 and the lower body 37 should be separated. At this time, if the connection ring 35 is disconnected, the power connection line 36 is disconnected, thereby generating the beacon signal from the signal generator 32, and an event accordingly occurs in the traveler terminal 20.

Meanwhile, although the clip type beacon accessory 30 illustrated in FIGS. 7 to 8 shows that both the signal generator 32 and the battery 33 are mounted on the upper body 31, the signal generator is mounted on the upper body 31. Only the 32 is positioned, and the battery 33 is located in the lower body 37, so that it is possible to supply power only when connected to each other. In addition, the positions of the depressions 34 and the protrusions 38 may be interchanged with each other. In addition to the shape of the depressions 34 and the protrusions 38 shown in the drawings, electrical connection and disconnection may be performed according to the user's will. If it is a form, it is also possible that other structures are applied.

9 is a perspective view for explaining another example of the beacon accessory 40, Figure 10 is a conceptual diagram for explaining the beacon accessory 40 shown in FIG. The beacon accessory 40 shown in Figs. 9 and 10 is made in the form of a card, the specific principle of which is similar to the clip type beacon accessory 30 shown in Figs.

First, a portion of the card-shaped body (41,48) is cut in the 'c' shape is formed a slit 46, for convenience, the outside of the slit 46 is called the main body 41, the inside of the slit 46 Name the fitting body 48.

The main body 41 has a built-in signal generator 42 and the battery 43. The description of the signal generator 42 and the battery 43 will be replaced with the description of the clip type beacon accessory 30 shown in FIGS.

In addition, the main body 41 is formed with an extension 44 of a predetermined length in the direction of the fitting body 48. That is, the fitting body 48 has a structure covering the extension portion 44.

Referring to FIG. 10, a portion where the fitting body 48 and the extension portion 44 face each other is manufactured in a physical / electrical connection structure. That is, the depression 45 having the locking jaw 45b formed around the extension 44 is formed, and the first electrode 45a is exposed in the depression 45. In addition, the lower portion of the fitting body 48 is provided with a protrusion 49 having a stepped portion 49b, and the second electrode portion 49a is exposed to the protrusion 49.

In addition, the first electrode portion 45a of the depression portion 45 is the first electrode of the signal generator 42 and the battery 43 along the extension portion 44 and the power connection line 47 inside the main body 41. The second electrode portion 49a of the protrusion 49 is connected to the second electrode 43a of the battery 43 along the power supply line 47 inside the fitting body 48 and the main body 41. 43b).

That is, in the card type beacon accessory 40 shown in FIGS. 9 and 10, the main body 41 (including the extension 44) and the fitting body 48 are respectively formed of the clip type beacon accessory 30 shown in FIG. 7. Corresponding to the upper body and the lower body, if the power connector 47 in the clip-shaped beacon accessory 30 extends through the link, the card-type beacon accessory 40 of the main body 41 and the fitting body 48 The power connection line 47 is extended therein.

The card type beacon accessory 40 shown in FIG. 9 and FIG. 10 is for mounting to book-type belongings, such as a passport 50. As shown in FIG. That is, after the cover body or the cover of the passport 50 is inserted between the fitting body 48 and the extension part 44, and the fitting body 48 is pressed, the protrusion 49 below the fitting body 48 is the passport 50. After penetrating through the cover or through of the insertion portion 44 is fitted to the depression 45 of the extension. Therefore, the card type beacon accessory 40 is firmly coupled to the passport 50 and is not detached, and at the same time, the first electrode 45a of the depression 45 and the second electrode 49a of the protrusion 49 By being in close contact with the electrical connection is made possible to supply power to the signal generating unit 42, it is possible to monitor the passport 50 through the traveler terminal 20.

Of course, in order to remove the card type beacon accessory 40 shown in Figs. 9 to 10 from the passport 50, the fitting body 48 must be detached from the extension part 44, so the power supply is cut off in this process. In this way, the warning through the traveler terminal 20 is possible.

In addition, since the card-type beacon accessory 40 is small in size as a general credit card and thin as a thickness of about 1 mm, it is not confirmed whether it is mounted externally when mounted in the passport 50. Therefore, those with impure intentions may escape without thinking that the card type beacon accessory 40 is mounted.

Referring back to FIG. 6, when the pairing <S545> with the beacon accessories 30 and 40, the name setting <S550>, and the distance allowance distance setting <S605> are completed, the monitoring unit 24a of the traveler terminal 20 may perform in real time. Alternatively, it is determined whether a specific baggage 60 deviates from a set distance by the strength of the beacon signal generated from the beacon accessories 30 and 40 at regular intervals. That is, the beacon signals of the beacon accessories 30 and 40 installed in the baggage 60 are received through the Bluetooth module 21, and the monitoring unit 24a analyzes the strength of the signal to calculate the current separation distance. Thereafter, the calculated distance is compared with the set distance stored in the memory 23, and it is determined whether the set distance is out of the distance (for example, 20 m or more).

In addition, the monitoring unit 24a determines whether a device is blocked among the paired beacon accessories 30 and 40 (S610). Although described in detail with reference to Figures 7 to 10, the beacon accessories (30, 40) to be applied in the present invention can be a beacon signal is generated by the power supply only when properly mounted on the baggage 60, if the body of If the connection is broken or the power cord is disconnected, the power supply is cut off and a beacon signal cannot be generated. That is, the monitoring unit 24a monitors whether the paired beacon accessories 30 and 40 continue to generate beacon signals normally.

If it is determined through the monitoring unit 24a, it is determined that the specific beacon accessories 30, 40 are out of the set distance, or the specific beacon accessories 30, 40 are released from the baggage 60 or are damaged. If it is determined that the beacon signal is blocked <S615>, the event control unit 24b generates an event <S620> to immediately inform the user that a situation in which the baggage 60 is lost or stolen is suspected. For example, the event controller 24b may generate a warning sound through the speaker 28, generate a vibration to draw attention, or provide a warning guide through the screen output unit 27. Here, even if the body of the beacon accessories (30, 40) is separated and released from the baggage (60), and the normal beacon signal is generated again by combining the body immediately, the event control unit (24b) suspects the instantaneous signal blocking itself Consider it and handle the event.

In addition, the event controller 24b stores the position information at the time when the event occurs in the memory 23 (S625) and transmits the position information and the event occurrence information to the central server 100 (S630). That is, the event controller 24b stores the coordinate information received through the GPS receiver 26 at the time of occurrence of the event in the memory 23 and transmits the coordinate information to the central server 100. Of course, the location information stored in the memory 23 or transmitted to the central server 100 may be guided by a map or text through the screen output unit 27 of the traveler terminal 20.

Therefore, the traveler may trace back the lost / stolen baggage 60 through the location information displayed on the screen. That is, the location information output on the screen may be regarded as the final confirmed location of the baggage 60 because the location information at the time of the event occurs. Therefore, if you move to that location, you are more likely to find lost items, and if stolen, you can increase the likelihood of arresting criminals by investigating CCTV or witnesses installed in that location.

11 is a flowchart illustrating a process of providing travel information and a reservation process in a method of providing baggage delivery service using short-range wireless communication according to an exemplary embodiment of the present invention. Prior to the description, it is assumed that the central server 100 stores the affiliated hotel, tourist attractions, transportation, restaurants, car rentals, delivery companies, or advertisement information in the database 108 in advance.

When the traveler terminal 20 requests a travel information to the central server 100 by driving a dedicated application <S1105>, the travel information operation unit 104 of the central server 100 stores the travel information stored in the database 108. Load it and provide it to the tourist terminal 20 <S1110>. The travel information request and provision method may be a keyword search method or a tree method that provides detailed step by step while selecting by region or theme. Alternatively, after analyzing the member information of the traveler requesting the travel information or receiving only a rough travel route and time, the travel information management unit 104 may recommend the optimal travel information by analyzing the algorithm.

The traveler who has confirmed the travel information may immediately book a accommodation, transportation, tourist destination, restaurant, shopping mall, rental car, etc. through the traveler terminal 20 and request payment <S1115>. When the central server 100 processes and approves the reservation and payment request of the traveler terminal 20 and approves <S1120>, the central server 100 notifies the traveler terminal 20 and the first desk terminal 90 that the reservation and payment has been completed. .

When the travel schedule is established through this procedure, the travel schedule for each member is stored in the database 108 of the central server 100, and the travel schedule may be checked or changed from time to time. Of course, reservations and payments may only be entered on a dedicated application after it has already been completed via a path other than the dedicated application discussed in the present invention.

On the other hand, if the pairing of beacon accessories (30, 40) and baggage list setting through the traveler terminal 20 is completed, it is preferable that the request for delivery of the specific baggage 60 is also performed in a certain section according to the travel schedule. Do. However, hereinafter, it is assumed that the delivery request for the specific baggage 60 is made separately.

12 is a diagram showing an example of a baggage 60 delivery route according to the itinerary on a map. That is, an example of visiting a number of countries for a certain period of time is shown, and the portion located at the beginning and end of the arrow on the map is the visit point 80. The visit point 80 eventually refers to the origin and destination of the baggage 60, which may be a lodging facility, a tourist spot or a train station. In addition, a specific visit point 80 may use a delivery service of the baggage 60, and another visit point 80 may carry a baggage 60 directly by a traveler without a delivery service.

FIG. 13 requests a travel schedule to a central server through a dedicated application installed in a traveler terminal 20 by a traveler who has established a travel schedule through the process of FIG. 11, and extracts travel schedule information from a database and outputs it to the screen of the traveler terminal. An example is shown. In other words, the examples are classified by region by date. If a specific visit point 80 is selected on this screen, detailed information on accommodations reserved in the region may be output as shown in FIG. 14. In the detailed screen, you can check the address of the accommodation and request a map view, check the reservation schedule, change the reservation, request the delivery of the baggage 60, or check the nearby tourist information. In addition, when the travel schedule screen is output through a dedicated application, advertisement information may also be exposed.

15 is a flowchart illustrating a delivery process between accommodations in a method for providing baggage delivery service using short-range wireless communication according to an embodiment of the present invention. In detail, the present invention relates to a process of requesting delivery of a specific baggage 60 from a specific accommodation (origin) to the next accommodation (destination) among the entire travel routes booked through the process of FIG. 11.

First, when the traveler terminal 20 requests the travel schedule information from the traveler terminal 20 to the central server 100, the central server 100 completes the reservation and payment according to the process of FIG. 11 with reference to the member information of the database 108. The travel schedule information of the traveler is loaded and provided to the traveler terminal 20 (S1510).

When the traveler who checks the entire travel schedule through the traveler terminal 20 selects a specific section and requests delivery to the central server 100, the departure point is determined from the travel schedule information included in the delivery request information or stored in the member information. Extracts information, destination information (including abnormal time information), shipping target baggage information, beacon ID, etc. and stores them in the database 108, and provides such delivery request information to a pre-registered shipper or shipper terminal 70 The delivery request may be accepted (S1520), or an optimal delivery person may be matched.

When the shipper is confirmed, the shipper or the determined shipper terminal 70 notifies the central server 100 that the delivery request has been normally received, and the central server 100 provides the traveler terminal 20 and the first desk terminal. (90) (S1525).

In this case, the delivery request may be made during the reservation and payment process for the entire travel schedule according to the process of FIG. 11, but may be requested or changed in real time while staying at a specific accommodation.

In addition, the central server 100 may be matched by a professional shipping personnel through a pre-affiliated courier, but according to the implementation, the travel itinerary is partially overlapped to apply for the delivery of the baggage 60 and a predetermined delivery fee by themselves It is also possible to match one other traveler to the shipper.

After the delivery request and reception are completed, when the traveler visits the information desk to receive the baggage 60 to be delivered (S1535) according to the itinerary and leaves the accommodation (departure point), the first desk terminal 90 receives the delivery object. After recognizing the beacon accessories 30 and 40 mounted on the baggage 60, the central server 100 notifies that the baggage to be delivered 60 has been received (S1540). The central server 100 determines the normal reception by comparing the information (beacon ID) of the delivery target baggage 60 included in the delivery request information received in advance with the delivery target baggage information received from the first desk terminal 90. can do.

Meanwhile, when the traveler leaves the accommodation after leaving the baggage 60 at the information desk, if the anti-theft function is still operating in the traveler terminal 20, theft event may occur unintentionally. Of course, the anti-theft function for the baggage 60 may be manually released by driving a dedicated application of the traveler terminal 20, but the traveler terminal (the terminal server 100 is notified that the baggage to be delivered 60 has been received). By issuing the anti-theft protection command in step 20), it is preferable to automatically release the anti-theft function <S1545> even if the traveler does not perform a separate operation.

After that, the traveler can simply visit the nearby attractions or enjoy shopping and move to the next destination without burdening the baggage 60 such as a heavy suitcase.

On the other hand, when the time to start delivery arrives, the delivery terminal 70 visits the accommodation (origin) and takes over the baggage 60 <S1555>, and then the beacon accessories (30 and 40) mounted on the baggage 60. The central server 100 notifies that the delivery of the baggage 60 has been started and recognizes it (S1560). Of course, the first desk terminal 90 may also hand over the baggage 60 to the shipper normally and separately notify the central server 100 that the delivery of the baggage 60 has begun <S1560>. In addition, the central server 100 may notify the traveler terminal 20 of the start of delivery of the baggage 60 (S1560).

When the baggage 60 is being delivered by the shipper, the traveler may check whether the baggage 60 is properly delivered. To this end, the dedicated application may be executed to request the location information of the baggage 60 to the central server 100 <S1565>. At this time, the central server 100 may provide the traveler terminal 20 with the latest updated location information in the baggage 60 information of the database 108, but the baggage 60 to the shipper terminal 70 side to increase accuracy. Request the location information in real time <S1565>, the shipper terminal 70 requests the final location information again to the beacon accessories (30, 40) mounted on the baggage 60 <S1565>, beacon accessories (30, When the baggage 60 location information is transmitted to the shipper terminal 70 in step 40, the location information of the baggage 60 is transmitted in the order of the central server 100 and the traveler terminal 20 in step S1570. Specifically, requesting location information from the delivery device terminal 70 to the beacon accessories 30 and 40 is a process of confirming whether the corresponding beacon accessories 30 and 40 are normally paired with the delivery device terminal 70. The location information of the baggage 60 provided to the central server 100 and the traveler terminal 20 is determined by the delivery terminal 70 when the beacon accessories 30 and 40 are normally paired with the delivery terminal 70. Location information.

In other words, the present embodiment does not inform the location information arbitrarily input by the delivery person terminal 70, but checks the communication connection status of the beacon accessories 30 and 40 in real time to inform the location of the delivery person terminal 70. Because no one needs to go through a cumbersome input process, the baggage 60 position can always be accurately identified.

In the existing general courier service, since only the information of the uploader after uploading the status after recognizing the barcode of the baggage 60 was able to be confirmed, only the approximate location of the past was confirmed. However, in the present invention, because the beacon accessories 30 and 40 mounted on the baggage 60 are used, if the shipper terminal 70 and the beacon accessories 30 and 40 are located adjacent to each other, a very accurate location can be determined in real time. have.

In addition, the conventional general courier service only tracks the location of the mobile terminal of the courier, and whether or not the item is unknown, but in this embodiment, the location of the beacon accessories 30 and 40 mounted on the baggage 60. Since it is confirmed (confirmed whether paired), even in the delivery process of the baggage 60 can be confirmed in real time.

If the shipper has completed the delivery of the baggage 60 to the next accommodation (destination), the baggage 60 is handed over to the information desk <S1575>, and the beacon accessory 30 of the baggage 60 received from the second desk terminal 95 is received. By recognizing 40, the central server 100 may be notified that the delivery is completed (S1580). Of course, the delivery terminal 70 may also notify the delivery completion to the central server 100, the central server 100 can notify the completion of the delivery to the traveler terminal 20, it is possible to complete the delivery procedure of the section. .

This allows travelers to travel between lodging and lodging without the burden of baggage (60) .Then find the baggage (60) at the next lodging, and then go through the process of pairing and setting up beacon accessories (30,40). The prevention function can be activated.

16 is a flowchart illustrating a delivery process using the storage box 110 in the method for providing baggage delivery service using short-range wireless communication according to an embodiment of the present invention. Specifically, the process of requesting the delivery of a specific baggage 60 from a specific storage box 110 (departure point) to the next accommodation (destination) among the entire travel routes booked through the process of FIG. 11.

First, if a traveler feels the burden of carrying luggage 60, such as a suitcase, while traveling, the beacon accessories 30 and 40 are installed in the main body 111 of the storage box 110 installed in a train station, a shopping mall, or a tourist destination. After putting on the baggage 60, the cover 112 is closed and a dedicated application of the traveler terminal 20 is driven to request delivery from the corresponding storage box 110 (origin) to the next accommodation (destination) <S1610. > You can. In addition, the near field communication unit 113 of the storage box 110 connects the communication channel with the beacon accessory of the baggage 60 received through the Bluetooth communication method, thereby recognizing the baggage 60 <S1613>, and the telecommunication unit 114 has a central Information recognized by the server 100 is transmitted (S1615).

When the central server 100 receives the baggage 60 recognition information from the storage box 110, the delivery request is registered <S1620> in comparison with the information requested for delivery by the traveler terminal 20. In other words, the identification number and the beacon ID, etc. of the storage box 110 inputted by the traveler terminal 20 are checked. When the registration of the delivery request is normally completed, the storage box 110 is notified <S1625>, and the control unit 115 of the storage box 110 controls the locking unit 116 according to the completion of the normal delivery request registration, so that the cover 112 is locked < S1630>. The cover 112 may be unlocked only when a predetermined authentication procedure is performed while the traveler terminal 20 entrusted with the baggage 60 or the shipper terminal 70 assigned to the delivery service is approached.

In addition, when the baggage 60 is stored in the storage box 110, the central server 100 issues an anti-theft function release command to the traveler terminal 20, thereby releasing the anti-theft function for the baggage 60. Let's do it. This allows the traveler to travel to the next accommodation (destination) after enjoying sightseeing or shopping without burdening the baggage 60.

Thereafter, the central server 100 stores the delivery request information in the database 108 and provides the registered delivery company or the delivery terminal 70 to receive the delivery request <S1640> or to match the optimal delivery person. Can be.

When the shipper is confirmed, the shipper or the determined shipper terminal 70 notifies that the delivery request has been normally received from the shipper terminal 70 to the central server 100, and the traveler terminal 20 and the storage box 110 at the central server 100. (S1650).

When the deliverer terminal 70 visits the storage box 110 (departure point) and requests the baggage 60 to be acquired from the central server 100 <S1655>, the storage box 110 recognizes the access of the delivery device terminal 70. In operation S1660, the control unit 115 operates the locking unit 116 to release the lock <S1665>. That is, the lock is to be released only when the authenticated delivery terminal 70 is approached. In a manner of recognizing the access of the delivery terminal 70, the short-range communication unit 113 in the storage box 110 is the delivery terminal. Or a method of confirming a communication channel connection with the 70 or the identification information printed on the surface of the cover 112 of the storage box 110 or the like is photographed or inputted from the delivery terminal 70 and then transmitted to the central server 100. It may be a method of notifying the control unit 115 of the storage box 110 whether the authentication.

After the cover 112 of the storage box 110 is opened, when the shipper takes over the baggage 60, the beacon accessories 30 and 40 mounted on the baggage 60 are recognized and delivery of the baggage 60 is started. The central server 100 notifies <S1675>. Of course, in the storage box 110, the baggage 60 may be normally turned over to the shipper to separately notify the central server 100 that the baggage 60 has been delivered. In addition, the central server 100 may notify <S1675> the start of delivery of the baggage 60 to the traveler terminal 20.

When the baggage 60 is being delivered by the shipper, the traveler can check the location of the baggage 60 in real time, which is replaced by the description of FIG. 15.

If the shipper has completed the delivery of the baggage 60 to the next accommodation (destination), the baggage 60 is handed over to the information desk <S1680>, and the beacon accessory (30) of the baggage 60 received from the first desk terminal 90 is received. By recognizing 40, the central server 100 may be notified that the delivery is completed (S1685). Of course, the delivery terminal 70 may also notify the completion of the delivery to the central server 100, the central server 100 to notify the completion of the delivery to the traveler terminal 20 again, to complete the delivery procedure for the section. have.

Meanwhile, in FIG. 16, the delivery request process using the storage box 110 has been described. When depositing the baggage 60 equipped with the beacon accessory in the storage box 110, it is preferable to pay a predetermined storage fee. The storage fee payment method may use a cash or credit card payment means installed in the storage box 110, or may use a dedicated application of the traveler terminal 20. And some of the storage fee of the baggage 60 may be covered by the shipping cost of the baggage (60).

In addition, in addition to the delivery method from the storage box 110 to the accommodation, the delivery service from the storage box 110 to the other storage box 110 is also sufficiently possible, in which case the shipper locks the luggage 60 after wearing the other storage box 110. The process that corresponds to the wearing process of the traveler, and the process of authenticating the traveler to take over the baggage 60 in the storage box 110 corresponds to the process of the shipper approaching the departure box 110 to be authenticated. Of course, we can also provide delivery services for certain accommodations as baggage departures and storage areas in other areas.

As described in detail above, according to the system and method for providing a baggage delivery service using short-range wireless communication according to the present invention has the following effects.

First, the baggage 60, such as a suitcase, may be delivered to the next destination in accordance with the travel schedule of the traveler, so that the traveler may freely tour, shop, and move without having to carry heavy luggage.

Of course, there will be concerns about the cost of shipping, but in the present invention, through the cost-sharing of the partner, it is possible for the traveler to use the delivery service for free or at a very low cost. That is, in order to use the baggage delivery service using short-range wireless communication according to the present invention, a traveler must purchase beacon accessories 30 and 40 and request a delivery using a dedicated application. Dedicated applications allow you to make reservations or payments for accommodations, tourist attractions, restaurants, public transport, car rentals, shopping malls, etc., and expose advertisements while providing a variety of travel information. Therefore, part of the cost of purchasing beacon accessories (30, 40), part of the contributions provided by partners such as accommodations or restaurants, part of the advertising fee and storage fee paid while leaving baggage (60) in the storage box (110) Since some of the shipping costs will be covered, the shipping cost for the traveler will be close to free, which can significantly increase the service usage rate.

In addition, since the beacon accessories 30 and 40 mounted on the baggage 60 are used, the delivery request for the specific baggage 60 is easy and the real-time delivery state can be checked. Particularly, in the case of checking the location of the baggage 60, it is a method of confirming that communication with the beacon accessories 30 and 40 is performed in real time through the shipper terminal 70, rather than simply using the past information input by the shipper. The accuracy of is very high.

In addition, the beacon accessories (30, 40) mounted on the baggage 60 is not used only for the purpose of delivery request, registration and tracking, it can be used as a theft and loss prevention function in normal. That is, after wearing the beacon accessories (30, 40), such as travel bags, laptops, cameras, wallets, passports 50, paired with the traveler terminal 20, each baggage through a dedicated application of the traveler terminal (20) 60) can detect the distance, and if it is recognized that the deviation is more than a certain distance to immediately generate a warning to prevent the loss or theft situation in advance, it is possible to check whether the loss in real time.

In particular, beacon accessories (30, 40) to be applied in the present invention is made detachably to the baggage (60), by supplying power only when worn correctly, intentional device departure is fundamentally impossible. That is, because the conventional Bluetooth device simply puts the device in the bag, a person with an impure intention pulls out only the Bluetooth device and packs only the baggage 60 so that a warning does not occur so that the stolen situation cannot be completely blocked. If accessories (30, 40) are correctly worn in baggage (60), they cannot be removed from baggage (60), and if only the beacon accessories (30, 40) are removed and intentionally detached or damaged to take only baggage (60) The warning is generated in the traveler terminal 20 due to the interruption of the power supply, thereby completely eliminating the risk of theft. Of course, for this purpose, the beacon accessories 30 and 40 should not be worn on the detachable part of the main body such as a travel bag, and it is preferable to wear it in a structure that cannot be detached such as a handle.

In addition, the location of the baggage 60 (more specifically, the location of the traveler terminal 20 which has received the signals of the beacon accessories 30 and 40 mounted on the baggage 60), the traveler terminal 20 or the baggage delivery service Stored in the providing system, when the event occurs, the location information of the baggage 60 is output to the traveler terminal 20, so that the baggage 60 can be traced back from the final location where theft or loss occurred, and thus lost items are returned. You are more likely to find it.

Meanwhile, the baggage delivery service according to the present invention deals with the delivery of the baggage 60 between the lodging and the lodging as a basic service, but according to the implementation, it is possible to leave the baggage 60 in the unmanned storage box 110 and request delivery to a desired destination. Do. That is, after storing the baggage 60 equipped with the beacon accessories 30 and 40 in the storage box 110 installed in an airport, a train station, a subway station, a bus terminal, a tourist attraction, or a shopping mall, it is delivered through a dedicated application of the traveler terminal 20. If a request is made, only a legitimate shipper may open the cover 110 and the baggage 60 to be picked up, thereby enabling safe storage and delivery of the baggage 60. Of course, some of the fees for using the storage box 110 may be covered by shipping costs.

In addition, in order to use the baggage delivery service according to the present invention, it is preferable to purchase the beacon accessories 30 and 40 before the start of the travel schedule, but even if the beacon accessories 30 and 40 have not been prepared, they are everywhere. Using the installed vending machine 120 can be conveniently purchased and registered. Of course, if you book your accommodation or transportation in advance through a dedicated application, you can easily manage your travel schedule, but even if you purchase the beacon accessories (30,40) and install a dedicated application, you can enter your travel schedule immediately after delivery. The service is very accessible because it can be requested.

On the other hand, using the dedicated application and beacon accessories (30, 40) to be handled in the present invention, it is possible to perform a post-laundry delivery service with the delivery request for the baggage (60). In other words, it may be difficult to wash clothes during a long trip, beacon accessories (30, 40) to the clothes to be washed, some baggage (60) through the dedicated application to request delivery directly to the next destination, The clothes may be requested to be shipped after washing, and the central server 100 may cooperate with a delivery company as well as a laundry company to support washing of clothes to be washed and then delivered to the next destination. The washing request and the delivery process of the laundry may be made almost the same as the delivery process of the baggage 60.

Preferred embodiments of the present invention described above are disclosed for the purpose of illustration, and those skilled in the art will be able to make various modifications, changes and additions within the spirit and scope of the present invention. And additions should be considered to be within the scope of the claims of the present invention.

Claims (15)

A short range wireless communication device mounted on the baggage and generating a short range wireless communication signal including a unique ID; A traveler terminal which receives a short range wireless communication signal generated by the short range wireless communication device and registers the unique ID with the baggage name and registers the request, and requests delivery of the travel schedule by section and baggage; A central server that receives and stores a delivery request for each section and baggage of the travel schedule from the traveler terminal, and requests a delivery person matching to the delivery request; And Baggage delivery service providing system using a short-range wireless communication comprising a; shipper terminal for providing a delivery status to the central server through a signal of the short-range wireless communication device mounted on the requested baggage. The method of claim 1, The central server provides a dedicated application to the traveler terminal side, The traveler terminal establishes a travel itinerary by inputting a travel itinerary including pre-booked accommodation information through the dedicated application or by processing a reservation and payment through the travel information provided by the dedicated application. The central server, if the travel itinerary is input or established, the baggage delivery service providing system using short-range wireless communication, characterized in that for requesting the shipper matching for a particular baggage in a specific section according to the travel itinerary. The method of claim 1, The central server receives the location information of the shipper terminal receiving the signal from the short-range wireless communication device at a predetermined time interval and stores it in a database. When the traveler terminal requests the location information of the baggage from the central server, the central server provides the location information of the shipper terminal stored in a database to the traveler terminal, or the central server sends the location information to the shipper terminal. Baggage delivery service providing system using short-range wireless communication, characterized in that after confirming the signal connection state with a short-range wireless communication device transmits the location information of the shipper terminal, providing the updated location information to the traveler terminal. . The method of claim 1, And a storage box including a main body accommodating the baggage, a cover covering the main body, a short range communication unit recognizing the short range wireless communication signal, and a locking unit to lock the cover. When the traveler terminal requests delivery of the baggage while the baggage is received in the main body of the storage box, the central server receives the delivery request information and the short range wireless communication signal recognized by the short-range communication unit of the storage box. Comparing to complete the delivery request registration, when the notification of the completion of the delivery request registration in the storage box to operate the locking unit to lock the cover, When the shipper terminal approaches the storage box and requests the baggage transfer to the central server, the central server notifies the storage box of whether the container is authenticated after performing authentication on the shipper terminal, and locks the cover in the storage box. Baggage delivery service providing system using short-range wireless communication, characterized in that the release. The method of claim 1, The traveler terminal, A Bluetooth module for receiving a short range wireless communication signal of the short range wireless communication device; A monitoring unit configured to monitor whether the short range wireless communication device deviates from a preset distance through the strength of the short range wireless communication signal received through the Bluetooth module, or block the short range wireless communication signal being received; And An event control unit for generating an event if the monitoring unit determines that the short range wireless communication device is out of a predetermined distance or confirms that the short range wireless communication signal being received is blocked. Baggage delivery service provision system. The method of claim 5, The traveler terminal, A GPS receiver for obtaining location information; And A memory for storing the location information; The event control unit when the event occurs when the location information obtained by the GPS receiver to store in the memory or transmits to the central server, characterized in that the baggage delivery service providing system using a short-range wireless communication. The method of claim 5, The short range wireless communication device, A signal generator for generating a short range wireless communication signal including a unique ID; A battery supplying power to the signal generator; A first electrode part connected to the first electrode side of the battery; And Baggage delivery service providing system using a short-range wireless communication, characterized in that it comprises; a second electrode portion connected to the second electrode side of the battery, the connection or disconnection with the first electrode portion. The method of claim 7, wherein The short range wireless communication device, An upper body in which the signal generator and the battery are mounted, and a depression is formed at an external point, and the first electrode is exposed in the depression; A lower body having a protrusion fitted to the recessed portion of the upper body and having the second electrode portion exposed at the protrusion; And Baggage using short-range wireless communication further comprising a connecting ring for connecting the upper body and the lower body, the power supply line for electrically connecting the second electrode and the second electrode of the battery therein; Shipping service delivery system. The method of claim 8, The monitoring unit of the traveler terminal is disconnected from the first electrode unit and the second electrode unit of the short range wireless communication device to block the power supply to the signal generator, or the connection ring of the short range wireless communication device is broken. Baggage delivery service providing system using short-range wireless communication, characterized in that for monitoring whether the power supply to the signal generator is blocked. (A) setting pairing with a short range wireless communication device mounted on the baggage at the traveler terminal, matching and registering the unique ID and the baggage name of the short range wireless communication device to a central server; The traveler terminal establishes a travel schedule by inputting a travel schedule including pre-booked accommodation information through a dedicated application or by processing a reservation and payment through the travel information provided by the dedicated application, and transmits it to the central server. (b) step; Requesting a shipper matching for a specific baggage at a specific section according to the travel schedule at the central server; And And (d) providing a delivery status to the central server through a signal of the short range wireless communication device mounted on the baggage requested to be delivered by the matched delivery person's delivery terminal. How to provide baggage delivery service by communication. The method of claim 10, (E) receiving, by the central server, location information of the shipper terminal paired with the short range wireless communication device at predetermined time intervals and storing the location information in a database; (F) requesting location information of the baggage from the traveler terminal to the central server; And The shipper terminal after the central server provides the location information of the shipper terminal stored in the database to the traveler terminal, or checks the signal connection state with the short range wireless communication device from the central server to the shipper terminal. (G) updating the location information stored in the database by requesting to transmit the location information of the database and providing the location information to the traveler terminal. The method of claim 10, (H) requesting delivery of the baggage by the traveler terminal while the baggage is received in a storage box for accommodating the baggage; (I) comparing, by the central server, the delivery request information with the signal of a short range wireless communication device mounted on the baggage in the storage box to complete registration of the delivery request and notify the storage box; (J) operating the locking unit to lock the storage box when the storage box is notified of the completion of the delivery request registration; (K) when the shipper terminal approaches the storage box and requests the baggage transfer to the central server, notifying whether the storage box is authenticated by the central server after performing authentication on the shipper terminal; And (L) releasing the lock upon receiving notification of the authentication from the storage box. The method of claim 10, (M) monitoring the signal strength of the short range wireless communication device paired by the traveler terminal to monitor whether the short range wireless communication device is out of a set distance, or monitoring whether a signal of the short range wireless communication device is blocked; And (N) generating an event if the traveler terminal determines that the short range wireless communication device is out of a set distance or confirms that the signal of the short range wireless communication device is cut off, (n); To provide a baggage delivery service. The method of claim 13, (O) securing location information when the event occurs in the traveler terminal through a GPS receiver and storing the location information in a memory or transmitting the location information to the central server; And And (p) processing the screen outputting the secured location information in the traveler terminal. A computer-readable recording medium having stored thereon a program for causing a computer to execute the method of claim 10.

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