KR102334294B1 - The method for easily and quickly in-door-positioning based-automatic finding the trunk at airport. - Google Patents

Abstract

It is an easy and quick way to find a suitcase by attaching a smart tag and a smart display panel to the suitcase and using the app at the airport.
The service based on indoor location information automatically finds suitcases in the airport quickly and easily, and automatically reports to the theft and loss report center in the airport if the suitcase is not in the baggage delivery belt installed in the airport.

Description

{The method for easily and quickly in-door-positioning based-automatic finding the trunk at airport.}

If the indoor location data is correct by running the app in the place where the baggage delivery belt that carries the suitcase is installed when the airplane lands, or if the indoor location data is correct by running the app at the airport, if the suitcase is inside the baggage delivery belt, it is displayed on the smart display panel attached to the suitcase. It is an easy and quick way to find a suitcase from the baggage delivery belt at the airport as letters or numbers indicating that it is the suitcase you are looking for are displayed.

The plane lands and goes to the place where the luggage delivery belt is installed to retrieve the suitcase. Every time the luggage delivery belt passes by trying to find a suitcase, I get nervous. When a similar bag passes by, 2-3 people approach it together.

Find it by attaching a sticker to your suitcase to indicate that it is your bag. Or sometimes you don't even know where your bag is.

This is to solve these problems.

Registration number: 20-0475579-00-00 Goods theft prevention system Application No.: 10-2013-0138575 Bag management system using NFC label with built-in NFC tag and management app

It is not easy to find my bag at the airport or baggage center. Moreover, if the color or size of the bag is the same. Unless there is a large, recognizable mark on the bag. In this case, it seems a little embarrassing.

Finding my bag neatly, easily and quickly in a crowded place is my priority. Also, in case of theft, loss or loss of the bag, I am curious where it is located in the airport.

There is a need to address these points.

Attach a smart tag and a smart display panel to the suitcase.

Smart tags and smart display panels communicate data with smartphones through WiFi, Bluetooth, NFC, etc.

A smart tag may or may not have an indoor location sensing function.

The smart display panel may have the same functions as a smartphone or may have only reception and display functions.

If you run the app at the time of finding a suitcase, the smartphone receives the smart tag data sent from the smart tag.

Make sure your smartphone is correct.

Check if the smart tag id is correct

After confirming that the smartphone is correct, the smart tag ID is correct, and the indoor location information is correct, the smart display panel displays letters, numbers, or colors indicating that it is your suitcase so that you can easily find your bag.

If the smart phone or smart tag ID is correct, but the indoor location data is different (if the app is run on the luggage delivery belt), or if the app is run in the airport and the smart phone or smart tag ID is correct, select the airport mobile map and select the smart phone screen The location where the baggage delivery belt is installed and the theft and loss report center are displayed on the airport mobile map of Suitcases and smartphones are also displayed.

If your suitcase is located where the luggage delivery belt is installed, go there to retrieve your suitcase.

If your suitcase is not displayed at the place where the baggage delivery belt is installed in the airport, report the loss to the Theft and Loss Report Center.

Mobile maps of the world's major airports are included in the app.

Or use the API of the airport mobile map made at the airport.

1. Quickly identify your bag and make it easy to find.

2. It saves time and effort to find, especially when traveling with multiple bags or when packing and searching.

3. In case of theft, loss, or loss, it informs you where your luggage or luggage is located in the airport.

4. In case of theft, loss or loss, immediately contact the theft and loss report center to help you find your bag or luggage.

Figure 1 Smart Trunk Finder App System Configuration Diagram
(Only one suitcase)
Figure 2 Smart Trunk Finder App System Configuration Diagram
(When there are multiple suitcases)
Figure 3 Smart Trunk Finder App System Configuration Diagram
(In case the smart tag does not have an indoor location sensing function)
Figure 4 Smart Trunk Finder App System Configuration Diagram
(If there is only a smart tag in the suitcase and the smart tag has/without indoor location sensing function)
Figure 5 Smart Trunk Finder App System Configuration Diagram
(If your suitcase only has a smart display panel)
Fig. 6 rudimentary trunk finder system configuration diagram
(There is only a smart display panel in the suitcase, and it is a text message without an app)
Fig. 7 Smart Trunk Finder App System Step Diagram
(If the app is running at the location where the baggage delivery belt is installed)
Fig. 8 Smart Trunk Finder App System Step Diagram
(If the app is running inside the airport)
Fig. 9 Smart Trunk Finder App System Step Diagram
(In case the smart tag does not have an indoor location sensing function)
Fig. 10 Smart Trunk Finder App System Step Diagram
(If the app is run at the location where the luggage delivery belt is installed, there is only a smart tag in the suitcase and the smart tag has an indoor location sensing function)
Fig. 11 Smart trunk finder app system step diagram
(If the app is run in the airport, there is only a smart tag in the suitcase and the smart tag has an indoor location sensing function)
Fig. 12 Smart Trunk Finder App System Step Diagram
(If there is only a smart tag in the suitcase and the smart tag does not have an indoor location sensing function)
Fig. 13 Smart Trunk Finder App System Step Diagram
(If only the smart display panel is in the suitcase)
Fig. 14 Trunk finder system step diagram
(If only the smart display panel is in the suitcase)
Fig. 15 Smart Trunk Finder App System Flow Chart
(If the app is running at the location where the baggage delivery belt is installed)
Fig. 16 Smart Trunk Finder App System Flow Chart
(If the app is running inside the airport)
Fig. 17 Smart Trunk Finder App System Flow Chart
(In case the smart tag does not have an indoor location sensing function)
Fig. 18 Smart Trunk Finder App System Flow Chart
(If the app is run at the location where the luggage delivery belt is installed, and there is only a smart tag in the suitcase and the smart tag has an indoor location sensing function)
Fig. 19 Smart Trunk Finder App System Flow Chart
(If the app is run in the airport and there is only a smart tag in the suitcase and the smart tag has an indoor location sensing function)
Figure 20 Smart Trunk Finder App System Flow Chart
(If there is only a smart tag in the suitcase and the smart tag does not have an indoor location sensing function)
Figure 21 Smart Trunk Finder App System Flow Chart
(If only the smart display panel is in the suitcase)
Fig. 22 One of the examples of the position indication diagram when the flowchart of Fig. 7 and Fig. 15 are shown on the airport mobile map
Fig. 23 One of the examples of the position indication diagram when the flowchart of Fig. 8 and Fig. 16 are shown on the airport mobile map
Fig. 24 Table name and data structure

1 is a configuration diagram of a smart trunk finder app system

(Only one suitcase)

2 is a configuration diagram of a smart trunk finder app system.

(When there are multiple suitcases)

3 is a configuration diagram of the smart trunk finder app system

(In case the smart tag does not have an indoor location sensing function)

4 is a configuration diagram of the smart trunk finder app system.

(If there is only a smart tag in the suitcase and the smart tag has/without indoor location sensing function)

5 is a configuration diagram of the smart trunk finder app system.

(If only the smart display panel is in the suitcase)

6 is a configuration diagram of a basic trunk finder system.

(There is only a smart display panel in the suitcase, and it is a text message without an app)

7 is a configuration diagram of the smart trunk finder app system.

(If the app is running at the location where the baggage delivery belt is installed)

Smart tags and smartphones have the following functions

As shown in the table above, having an indoor location sensing function means that there are S/W functions combined with indoor location sensors such as WiFi, RFid, beacon technology, geomagnetic field, and infrared, so that the indoor location data is automatically received and the coordinates are smart. It is to save it to a tag or a smartphone.

The input indoor location data is stored in advance in the app.

We also consider the case where a smart tag or smartphone does not have an indoor location sensing function or input indoor location data.

Attach a smart tag and a smart display panel to the suitcase.

The smart display panel has the same function as a smartphone (except for indoor location sensing function) or has only reception and display functions.

Alternatively, the smart tag and the smart display panel are integrally configured. In other words, it is composed of a smartphone-type system with smartphone functions.

The smart tag and the smart display panel communicate data with a smartphone through WiFi, Bluetooth, NFC, etc.

When the plane lands, you need to find your suitcase in the place where the luggage delivery belt is installed. To find my suitcase, go to the place where the baggage delivery belt is installed.

When an airplane lands, there is an announcement or guidance route to the place where the baggage delivery belt is installed.

Run the app in the place where the baggage delivery belt you have selected is installed.

Or, run the app inside the airport. Running the app in the airport includes running the app at the location where the baggage delivery belt is installed.

First, create a mobile map of the world's major airports.

Alternatively, by using the API of the mobile map made at major airports in the world, the baggage delivery belt installation location of the airport mobile map app and the indoor location data of the theft and loss report center are used in the app, and the bag and smartphone indoor location data in the app are used. Make it appear on the airport mobile map.

The airport mobile map includes places where baggage delivery belts are installed and the theft and lost report center.

Airport mobile maps make sophisticated so that you can know where you are on which floor in the building

The airport mobile map has indoor location data of the place where the baggage delivery belt is installed and the theft and loss report center.

The airport mobile map is programmed to display the location of suitcases and smartphones in real time.

Airport mobile map lists major airports in the world in the app, and when you select an airport, the first airport mobile map that matches the name appears on the smartphone screen, and uses the API of the airport mobile map app to report luggage delivery belts and theft and loss The second method is to use the indoor location data of the center, and the value of the baggage delivery belt indoor location data table stored in the app in advance for the airport and the indoor location data table value of the theft and loss report center are used.

Indoor location data is expressed as X, Y coordinate values or X, Y, Z coordinate values.

7 is a step diagram of the smart trunk finder app system.

(If the app is running at the location where the baggage delivery belt is installed)

15 is a flowchart of the smart trunk finder app system.

(If the app is running at the location where the baggage delivery belt is installed)

Fig. 22 is one example of a position display diagram when the step diagram of Fig. 7 and the flowchart of Fig. 15 are shown on the airport mobile map.

S10 is a smart tag data reception and data storage step.

The smart tag data sent from the smart tag is received from the smartphone and stored in the smart tag data table in the app.

Smart tag data is serial number, indoor location data, smart tag id, smartphone id, smart display panel id, owner data, bag data, and item content data.

Alternatively, the smart tag data is a serial number, smart tag id, smart phone id, smart display panel id, owner data, bag data, and item content data.

Owner data is the owner's name, nationality, address, email address, and SNS account.

Bag data includes bag size and bag color.

The item content data is the item name of the items in the bag.

Smartphone ID is your smartphone number.

Smart tag id is a smart tag unique identification number

The smart display panel id is a smart display panel unique identification number.

The indoor location data of smart tag data is acquired in the following way.

Since the smart tag has an indoor location sensing function, it receives indoor location data, stores it in the smart tag, and sends it to the smart phone together with other data.

The owner data, bag data, and item content data described above can be used automatically or manually entered within the app.

S20 is a smartphone id identification step.

When the smartphone is operated, its own smartphone number is stored in the smartphone ID table within the app.

The smartphone id of the smart tag data table value in the app that receives and stores the smart tag data and the smartphone id table value in the app is compared.

If the value is correct, go to step S25.

If it does not match, compare 2 or 3 more times, and if it still does not match, close the app.

S25 is the smart tag id identification step.

The smart tag id table value in the app is the smart tag id

The smart tag id of the smart tag data table value in the app that receives and stores the smart tag data and the smart tag id table value in the app is compared

If the value is correct, go to step S30

If it does not match, compare 2 or 3 more times, and if it still does not match, close the app.

S30 is the step of acquiring and storing the smartphone indoor location data table value within the app.

First, it is a method of acquiring the smartphone indoor location data table value within the app.

This is a case where the indoor location data received by the smartphone is directly stored in the indoor location data table of the smartphone because the smartphone has an indoor location sensing function.

Another is that, in the case of a smartphone without an indoor location sensing function, the indoor location data is manually entered into the smartphone indoor location data table within the app.

S40 is a step of comparing the indoor location data of the smart tag data table value with the indoor location data of the smartphone indoor location data table value within the app.

The indoor location data of the smart phone indoor location data table value generated in S30 is compared with the indoor location data of the smart tag data table value.

If the value is correct, go to step S50.

If the values are different, go to step S41.

When the values are different, it is the same as in Fig. 23 (unless it is stolen, lost or lost).

In the case of Figure 23

Run the app and use it anywhere in the airport.

In the case of Figure 22, the location of the smartphone drives the app at the baggage belt installation location.

S50 is an identification message generation step.

Messages store identifiable phrases such as ○○○ name or △△△ number in the identification phrase table in the app on the smartphone.

In case of automatically generating a message, take the identification phrase table value as above and enter it by selecting one of several phrases for manual input.

S60 is a message transmission step to the smart display panel.

The message generated by the smartphone is transmitted to the smart display panel.

S70 is a message reception and display step in the smart display panel.

The message sent from the smart phone is received by the smart display panel and displayed on the screen of the smart display panel.

S80 is the serial number of the smart tag data, which is a sequential data processing completion confirmation step.

There are several suitcases, so there are several smart display panel IDs. The smart tag data has a serial number.

When processing smart tag data, data is processed in the order of serial number

Check whether data processing is completed with the serial number of the smart tag data table value.

If there is a serial number value, go to step S10.

If there is no serial number value, close the app.

S41 selects the airport mobile map name if the indoor location data of the smart tag data table value and the indoor location data of the smartphone indoor location data table value in the app are different, the location of the luggage delivery belt installation location, the theft and loss report center, the travel bag, the location of the smartphone This is the display stage.

If you select the airport mobile map name, the locations of the baggage delivery belt installation locations and the theft and loss report center are displayed.

or go through step S41B

The suitcase location is the indoor location data of the smart tag data table value, and the smartphone location is the indoor location data of the smart phone indoor location data table value, which is indicated on the airport mobile map.

22 is a diagram showing the location of the smartphone location, the location of the suitcase, the theft and loss report center, and the location of the luggage delivery belt installation location on the airport mobile map.

a, b, c, d, and e are the places where the baggage delivery belt is installed.

f is the location of the theft and loss report center.

In the case of Figure 22, the location of the smartphone is in place a and the suitcase is in place c

S41B is the step of selecting the name of the airport map and entering the luggage delivery belt indoor location data and theft and loss report center id in the baggage delivery belt indoor location data table and the theft and loss report center id table in the app.

S42 is the step of checking whether the place where the suitcase is located is the place where the baggage delivery belt is installed.

The indoor location data of the place where the suitcase is located is the indoor location data of the smart tag data table value.

The luggage delivery belt indoor location data table has indoor location data of places a, b, c, d, and e. In the airport mobile map app, there is a luggage delivery belt indoor location data table. Use this table value or create a luggage delivery belt indoor location data table in the Smart Trunk Finder app to get and store and use the luggage delivery belt indoor location data in the airport mobile map app.

Alternatively, create an indoor location data table for the luggage delivery belt in the app and input the indoor location data in advance. Itae indoor location data has location names, location points, and location coordinate values for a, b, c, d, and e values. For example, in the case of a in a, b, c, d, and e, a has a coordinate value at a point on the first floor. In the present invention, unless otherwise described, the app refers to the smart trunk finder app.

By sequentially comparing the values of a, b, c, d, and e of the indoor location data of the smart tag data table and the value of the luggage delivery belt indoor location data table in the app, the value of the place C with the same comparison value is found.

Using the suitcase indoor location data and the smartphone indoor location data, it is displayed on the airport mobile map and moved to the place C shown on the screen.

Here, the location of the suitcase and the smartphone coincides with the location where the luggage delivery belt is installed, so each location is displayed on the screen in letters and colors at the location that matches the location where the luggage delivery belt is installed on the airport mobile map.

S45 is a travel bag and smartphone location notification stage.

It goes through steps S41B and S42 to step S45.

The details of the luggage delivery belt indoor location data C value stored in advance in the app are displayed on the smartphone. At this time, since the smartphone indoor location data is the same as a among the luggage delivery belt indoor location data, the detailed value of a is indicated and notified. When you receive a notification, move to place C

The next step is step S50

If the comparison value is different, it is step S43.

S43 is the step of generating the stolen/lost message.

Create a stolen and lost stationery table in the app

Store the phrase that the bag was stolen or lost on the table

To describe it in detail, create an owner data table, a bag data table, and an item content data table in the app.

Owner data is the owner's name, nationality, address, email address, and SNS account.

Bag data includes bag size, bag color, and specifics.

The item content data is the item name of the items in the bag.

Manually input in advance. (especially for product content data)

The stolen and lost phrase table value includes the stolen or lost phrase, owner data, bag data, and item content data.

Theft/lost message is the value of the stolen/lost phrase table.

S44 is a message transmission step to the theft and loss report center.

The theft and loss report center displayed on the airport mobile map has indoor location data and the theft and loss report center number.

When creating an airport mobile map, there is a theft and loss report center id table with the theft and loss report center number. Or, create an ID table for the theft and loss report center in the app. Report to the theft and loss report center in real time with a smartphone.

Reports are made by text message or voice message.

8 is a step diagram of the smart trunk finder app system

(If the app is running inside the airport)

16 is a flowchart of the smart trunk finder app system

(If the app is running inside the airport)

Fig. 23 is one example of a position display diagram when the step diagram of Fig. 8 and the flowchart of Fig. 16 are shown on the airport mobile map.

23 is a diagram showing the location of the smartphone location, the location of the suitcase, the theft/lost report center, and the location of the luggage delivery belt installation location on the airport mobile map.

A, b, c, d, and e are the location of the luggage delivery belt, and f is the location of the theft report and loss center.

The location of the smartphone is S, and any location in the airport is fine.

The suitcase is in place b.

S10 is the smart tag data reception and data storage step.

S20 is the smartphone id identification stage

S25 is the smart tag id identification step.

S30 is the step of acquiring and storing the smartphone indoor location data table value within the app.

S41 is the stage of selecting the airport mobile map name, the location of the luggage delivery belt installation location, the theft and loss report center, the suitcase, and the smartphone location.

or go through step S41B

S42 is a step of checking whether the place where the suitcase is located is the place where the baggage delivery belt is installed.

S45 is a travel bag and smartphone location notification stage.

Steps S41B and S42 go through to step S45.

If the comparison value is the same, it is step S50.

If the comparison value is different, it is step S43.

S50 is an identification message generation step.

S60 is a message transmission step to the smart display panel.

S70 is the receiving and screen display stage in the smart display panel.

S80 is the serial number of the smart tag data, which is a sequential data processing completion confirmation step.

S43 is a stolen/lost message generation step.

S44 is the step of sending a message to the theft and loss report center.

3 is a system configuration diagram of the Smart Trunk Finder App.

(In case the smart tag does not have an indoor location sensing function)

9 is a step diagram of the smart trunk finder app system

(In case the smart tag does not have an indoor location sensing function)

17 is a flowchart of the smart trunk finder app system

(In case the smart tag does not have an indoor location sensing function)

S10 is a smart tag data reception and data storage step.

S20 is the smartphone id identification stage

S25 is the smart tag id identification step.

S50 is an identification message generation step.

S60 is the transmission stage to the smart display panel.

S70 is a reception and display step in the smart display panel.

S80 is the serial number of the smart tag data, which is a sequential data processing completion confirmation step.

10 is a step diagram of the Smart Trunk Finder App system.

(If the app is run at the location where the luggage delivery belt is installed, and there is only a smart tag in the suitcase and the smart tag has an indoor location sensing function)

18 is a flowchart of the Smart Trunk Fine the App system.

(If the app is run at the location where the luggage delivery belt is installed, and there is only a smart tag in the suitcase and the smart tag has an indoor location sensing function)

Fig. 22 is one example of a position display diagram when the flowchart of Fig. 10 and Fig. 18 are shown on the airport mobile map.

S10 is a smart tag data reception and data storage step.

S20 is a smartphone id identification step.

S25 is the smart tag id identification step.

S30 is the step of acquiring and storing the smartphone indoor location data table value within the app.

S40 is the indoor location data comparison step of the indoor location data of the smart tag data table value and the indoor location data table value of the smartphone in the app.

If the values are the same, it goes to step S51, and if the values are different, it goes to step S41.

S51 is a notification message generation step.

Since the message appears on the smartphone, the content of the message is slightly different from before.

It is the phrase that the suitcase is here now.

This phrase is stored in the notification text table.

When creating a message, the value of the notification text table is taken and used.

In the luggage delivery belt indoor location data indicating the location of the bag, there is a location name, a detailed location name, and coordinates. The detailed location of the bag is generated by synthesizing the location name and the detailed location name with the notification text table value.

Save this to the notification message text table in the app.

S61 is the bag location notification step

S80 is the serial number of the smart tag data, which is a sequential data processing completion confirmation step.

S41 is the step of selecting the airport mobile map name, the location of the luggage delivery belt installation location, the theft and loss report center, the suitcase, and the smartphone location.

or step S41B

S42 is the step of checking whether the place where the suitcase is located is the place where the baggage delivery belt is installed.

If you are inside the baggage delivery belt, go to step S51.

If it is not in the baggage delivery belt, go to step S43.

S43 is the step of generating the stolen/lost message.

S44 is a message transmission step to the theft and loss report center.

11 is a step diagram of the smart trunk finder app system

(If the app is run in the airport, there is only a smart tag in the suitcase and the smart tag has an indoor location sensing function)

19 is a flowchart of the smart trunk finder app system

(If the app is run in the airport, there is only a smart tag in the suitcase and the smart tag has an indoor location sensing function)

Fig. 23 is an example of a position display diagram when the flowchart of Fig. 11 and Fig. 19 are shown on the airport mobile map.

S10 is the step of receiving and storing smart tag data.

S20 is the smartphone id identification stage

S25 is the smart tag id identification step.

S30 is the step of acquiring and storing the smartphone indoor location data table value within the app.

S41 is the step of selecting the airport mobile map name, the location of the luggage delivery belt installation location, the theft and loss report center, the suitcase, and the smartphone location.

or step 41B

S42 This is the step to check whether the place where the suitcase is located is the place where the baggage delivery belt is installed.

If the comparison values are the same, it is step S51.

If the comparison value is different, it is step S43.

S51 is a notification message generation step.

The message is the phrase that the suitcase is now in place b.

In step S42, the location of the luggage delivery belt where the suitcase is located is known.

You can find out where b is installed from the value of the luggage delivery belt indoor location data table in the app.

For place b, only place b is retrieved from the indoor location data of place b of the luggage delivery belt indoor location data table value and stored in the text table of the notification message.

Save in advance that the rest of the suitcase is in

S61 is the travel bag location notification stage.

S80 is the serial number of the smart tag data, which is a sequential data processing completion confirmation step.

S43 is the step of generating the stolen/lost message.

S44 is the step of sending a message to the theft and loss report center.

12 is a step diagram of the smart trunk finder app system

(If there is only a smart tag in the suitcase and the smart tag does not have an indoor location sensing function)

20 is a flowchart of the smart trunk finder app system.

(If there is only a smart tag in the suitcase and the smart tag does not have an indoor location sensing function)

S10 Smart tag data reception and data storage step.

S20 Smartphone ID identification step.

S25 is the smart tag ID identification step.

S51 notification message generation step

The message is that my room is here.

S61 is a suitcase presence notification step.

S80 This is the step of confirming the data processing completion sequentially with the serial number of the smart tag data.

13 is a step diagram of the smart trunk finder app system

(If only the smart display panel is in the suitcase)

S11 smart display panel id input stage

S50 identification message generation step

This is the stage of sending a message to the S60 smart display panel.

This is the receiving and displaying stage on the S70 smart display panel.

6 is a schematic diagram of a rudimentary trunk finder system.

14 is a step diagram of the trunk finder system;

This is the message writing stage on the S52 smartphone.

This is the step of sending a message to the S61 smart display panel.

S70 Smart Display Panel is receiving and displaying the screen.

7 and 8 as the basis, a system configuration of various models, a system step diagram, and a system flow diagram were made.

In particular, Figure 14 shows the message on the smart display panel screen by simply sending a text message from the smartphone to the smart display panel without using an app.

Claims (26)

Smart tag with indoor location sensing function attached to suitcase, smart display panel installed on suitcase,
In the method of finding a suitcase at the airport with a system consisting of a traveler's smartphone with an indoor location sensing function,
When a traveler arrives at the destination airport, the app in the traveler's smartphone is activated to display the location of the luggage delivery belt installation location, the location of the theft and loss report center, and the location of the traveler's smartphone on the airport mobile map displayed on the traveler's smartphone screen by the traveler's smartphone. ;
checking whether the place where the suitcase is located is the place where the baggage delivery belt is installed;
The verification step
When the traveler's suitcase is loaded on the baggage delivery belt and appears on the baggage delivery belt in the airport, the smart tag with indoor location sensing function attached to the suitcase receives the indoor location data, and the smart tag includes the received indoor location data. When tag data is transmitted to the traveler's smart phone, the traveler's smart phone receives and stores the data in the smart tag data table in the traveler's smart phone;
Comparing, by the traveler's smartphone, the indoor location data of the received smart tag data and the baggage delivery belt indoor location data table value in the app;
Displaying the location of the suitcase on the airport mobile map displayed on the traveler's smartphone screen by the traveler's smartphone;
How to find a suitcase at the airport comprising; a step in which the traveler's smartphone informs the location of the suitcase as a notification message 2. The method of claim 1
The location of the luggage delivery belt installation location and the location of the theft/lost report center are displayed on the airport mobile map when the airport name is selected from the airport menu in the app on the traveler's smartphone and entered using the airport API. indicated by one of the marks on
How to find a suitcase at the airport. The method of claim 1
The location display of the traveler's smartphone on the airport mobile map is made based on the indoor location data received by the traveler's smartphone.
How to find a suitcase at the airport. 2. The method of claim 1
The traveler's smartphone location is displayed in real time.
How to find a suitcase at the airport. 2. The method of claim 1
On the airport mobile map displayed on the traveler's smartphone screen, the traveler's smartphone displays the location of the suitcase at the location where the luggage delivery belt is installed.
How to find a suitcase at the airport. 2. The method of claim 1
The notification message on the traveler's smartphone includes at least one of the location name of the location where the baggage delivery belt is installed and the detailed location name.
How to find a suitcase at the airport. 2. The method of claim 1
After the step of notifying the location of the suitcase through a notification message
Traveler's smart phone transmitting the identification phrase to the smart display panel installed in the suitcase;
Receives the transmitted identification text and displays it on the smart display panel screen,
Receiving the transmitted identification phrase from the smart display panel and displaying the smart display panel as one of the displays on the smart display panel screen; further comprising
How to find a suitcase at the airport. 8. The method of claim 7
The identification phrase contains at least one of letters, numbers, and colors.
How to find a suitcase at the airport. 8. The method of claim 7
After the step of displaying the identification phrase on the smart display panel screen of the suitcase
Based on the serial number of the smart tag data, the step of checking whether data processing for the rest of the suitcase is completed; further comprising
How to find a suitcase at the airport. 2. The method of claim 1
Smart tag data includes at least one of serial number, indoor location data, smart tag id, smart phone id, smart display panel id, owner data, bag data, and product content data.
How to find a suitcase at the airport. 11. The method of claim 10
Owner data includes at least one of the owner's name, nationality, email address, and SNS account.
How to find a suitcase at the airport. 11. The method of claim 10
Bag data includes at least one of bag size and bag color.
How to find a suitcase at the airport. 11. The method of claim 10
The item name data contains the item names of the items in the bag.
How to find a suitcase at the airport 12. The method of claim 11
Indoor location data of received smart tag data and
If the comparison values are not the same in the step of comparing the values of the indoor location data table of the baggage delivery belt in the app,
The traveler's smartphone further comprises; generating a stolen or lost message.
How to find a suitcase at the airport. 15. The method of claim 14
After the step of generating the stolen/lost message
The traveler's smartphone further includes a step of transmitting a theft and loss message to the theft and loss report center based on the theft and loss report center id table value. containing at least one
How to find a suitcase at the airport. 15. The method of claim 14
The stolen or lost message includes at least one of owner data, bag data, and item content data of smart tag data.
How to find a suitcase at the airport. delete 2. The method of claim 1
The luggage delivery belt indoor location data includes at least one of a location name, a detailed location name, and location coordinates.
How to find a suitcase at the airport. 19. The method of claim 18
Position coordinates include one of XY values and XYZ values.
How to find a suitcase at the airport. Smart tag with indoor location sensing function attached to suitcase;
Smart display panel installed in suitcase;
Traveler's smartphone with indoor location sensing function;
When a traveler arrives at the airport, the app in the traveler's smartphone is activated, and the location of the luggage delivery belt installation location, the location of the theft and loss report center, and the location of the traveler's smartphone are displayed on the airport mobile map displayed on the traveler's smartphone screen by the traveler's smartphone. Check that the place where the suitcase is located is the place where the baggage delivery belt is installed
A system for finding suitcases at the airport. 21. The method of claim 20
The location of the luggage delivery belt installation location and the location of the theft/lost report center on the airport mobile map are displayed using the airport API when the airport name is selected and entered in the airport menu in the app on the traveler's smartphone. displayed as one of the indications on the mobile map
A system for finding suitcases at the airport. 21. The method of claim 20
The traveler's smartphone location display on the airport mobile map is made based on the indoor location data received by the traveler's smartphone.
A system for finding suitcases at the airport. 21. The method of claim 20
To check whether the place where the suitcase is located is the place where the baggage delivery belt is installed, the indoor location received by the smart tag with the indoor location sensing function attached to the suitcase when the traveler's suitcase is loaded on the baggage delivery belt and appears on the baggage delivery belt in the airport This is done based on the data and the location data of the baggage delivery belt in the app.
A system for finding suitcases at the airport. 21. The method of claim 20
After displaying the location of the suitcase, the traveler's smartphone notifies the location of the suitcase as a notification message.
A system for finding suitcases at the airport. 25. The method of claim 24
After the notification message
The traveler's smartphone sends an identification phrase to the smart display panel installed in the suitcase, and the smart display panel receives the identification phrase and displays it on the smart display panel screen.
A system for finding suitcases at the airport. 21. The method of claim 20
If the suitcase is not located at the baggage delivery belt installation location, the traveler's smartphone generates a stolen/lost message and sends the stolen/lost message to the theft/loss report center.
A system for finding suitcases at the airport

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