KR101888539B1 - Guide system and method for the receipt of baggage - Google Patents

Abstract

The present invention relates to a baggage receiving guide system and a method thereof, which directly show, to a corresponding passenger, a position of a baggage transferred and guided in a baggage receiving area of an airport, which is an area guiding the baggage to be received, show the position of the baggage transferred and guided in the baggage receiving area of the airport through a screen of a still image or a video, install a lighting member which is flickered in a pre-designated rule on a baggage of a passenger, provide flickered information which is synchronized by flickering of the lighting member of the baggage, to be output in a customer terminal, recognize a theft and show to search for a thief when the baggage of the passenger is stolen by the thief in the baggage receiving area installed in the airport. The baggage receiving guide system comprises: a baggage receiving area (A) installed in an airport, and having a baggage (1) of a passenger transferred along a conveyor belt; a tag (100) attached to the baggage (1) of the passenger, and transmitting a baggage position guide signal including identifier information used to identify a corresponding baggage; and a passenger terminal (200) mounted with a baggage guide application (201) for recognizing the baggage (1) of the corresponding passenger in reference to the identifier information among information included in the baggage position guide signal transmitted from the tag (100), measuring a received signal strength (RSSI) of the baggage position guide signal, and guiding a position of the baggage (1) of the corresponding passenger transferred along the conveyor belt of the baggage receiving area (A) on the basis of basic strength measurement information which is a measured value thereof.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a baggage handling system,

The present invention relates to a method and apparatus for guiding the position of a baggage conveyed from an airport baggage receiving area, which is an area for guiding the receipt of baggage, directly to the passenger, Not only the passengers but also the passengers are guided through the screen of the passenger's luggage, and the passenger's terminal is provided with an illuminating member which flashes in accordance with a pre-specified rule, and the passenger is controlled to output information blinking synchronously with the blinking of the lighting member of the baggage, The passengers will be able to intuitively recognize their baggage in the same or similar baggage as the baggage of the passenger in the baggage collection area of the airport, To a baggage receipt guiding system and method.

Generally, management services for airplanes and other transportation means that passengers are guided to the destination accurately and the passengers are allowed to make their own baggage without making mistakes while blocking the event stolen by a third party in the final baggage claim process. It is an important function to visit.

To this end, the proposed method for preventing theft of baggage, which constitutes the conventional special baggage slip, is constructed so that the baggage slip can easily be visually confirmed. In particular, the baggage slip is divided into passenger- By presenting the baggage identification slip to the baggage inspector by juxtapositioning it under the passenger baggage slip to prevent theft of baggage or the reversal of baggage.

However, in the case of the special baggage slip provided in the conventional baggage prevention method, since the passenger requires one piece for baggage, one piece for baggage counterpart, and one piece for baggage attachment, .

In order to solve this problem, a method has been proposed in which a barcode is printed on a baggage slip attached to a baggage and a baggage claim carried by a passenger.

However, since the improved conventional baggage claim and the baggage slip printed with the barcode have a risk that the area where the barcode is printed is worn or the area where the barcode is printed is damaged due to unevenness of the attachment surface, the read success rate is only about 50% The passengers have to look for their own baggage with the naked eye, so they can not guarantee the accurate and prompt receipt of the baggage, and therefore the loss of baggage still has a high risk.

Patent Document 1: Korean Patent Application Publication No. 1999-0041586 (Published Date: June 15, 1999)

SUMMARY OF THE INVENTION It is a first object of the present invention to provide a method and an apparatus for guiding the position of a baggage conveyed from an airport baggage receiving area, The present invention provides a system and method for receiving a baggage.

A second object of the present invention is to provide a system and method for guiding the baggage receipt and guidance through guiding the position of the baggage conveyed and guided through the baggage receiving area of the airport through a still image or moving picture screen.

A third object of the present invention is to provide a baggage receipt guiding system and method for providing a flashing lighting member to a baggage of a passenger in a predefined manner and controlling the flashing of information in synchronization with the blinking of the lighting member of the baggage at the passenger terminal .

A fourth object of the present invention is to provide a baggage receipt guiding system and method provided with a means for guiding a baggage of a passenger in a baggage receiving area installed at an airport so that a thief can recognize the baggage when the thief steals the baggage and finds the thief.

In order to accomplish the present invention, a baggage receipt guiding system according to a first embodiment of the present invention is installed in an airport, and includes a baggage receiving area in which baggage 1 of a passenger is transported along a conveyor belt; A tag attached to the baggage of the passenger for transmitting a baggage position guiding signal including identifier information used for identifying the baggage; Recognizes that the baggage is the baggage of the passenger with reference to the identifier information among the information included in the baggage position guiding signal transmitted from the tag, measures the received signal strength of the baggage position guiding signal, and based on the measured value, And a passenger terminal equipped with a baggage screening app which guides the position of the baggage of the passenger transported along the conveyor belt of the baggage receiving area.

The luggage navigation app installed on the passenger terminal guides the passenger to the baggage as the measured basic strength measurement information becomes larger and informs the passenger that the smaller the measured basic strength measurement information is, .

And an information output unit for outputting information to the passenger terminal, wherein the baggage contents application installed in the passenger terminal is connected to the lighting unit installed in the tag through the information output unit, And controls to output information to be blinked in synchronization with the blinking of the member.

The position of the baggage conveyed from the baggage receiving area of the airport, which is an area where the baggage of the passenger is guided to allow the passenger to receive the baggage at the airport, A step of creating a baggage position guiding signal including identifier information used for identifying the baggage of the passenger and attaching a tag for performing the function of transmitting the tag to the passenger's baggage; Generating and transmitting a baggage position guiding signal in a tag attached to the baggage conveyed along a conveyor belt provided in a baggage receiving area of an airport; Recognizing that the baggage is the baggage of the passenger by referring to the identifier information among the information included in the baggage position guiding signal transmitted from the baggage information application of the passenger terminal, measuring the received signal strength of the baggage position guiding signal, And outputting the position of the baggage of the passenger along the conveyor belt of the baggage receiving area through the information output unit based on the basic strength measurement information.

The baggage receipt guiding system according to the second embodiment of the present invention comprises: a baggage receiving area installed at an airport, in which baggage of a passenger is transported along a conveyor belt; A tag attached to the baggage of the passenger for transmitting a baggage position guiding signal including identifier information used for identifying the baggage; A baggage position guiding signal is received from the tag attached to the baggage, the received signal strength of the transmitted baggage guiding signal is measured, and the position specific intensity measurement information, which is the measured value, is generated A tag scanner for transmitting a position specifying guide signal composed of the generated position specific intensity measurement information and the identifier information included in the baggage position guiding signal; Recognizing that the passenger is the baggage of the passenger by referring to the identifier information among the information included in the position specifying guide signal transmitted from the tag scanner, and based on the position specific intensity measurement information included in the position specifying guide signal, And a passenger terminal equipped with a baggage screening app which guides the position of the baggage of the passenger transported along the passenger's terminal.

And an information storage unit in which the passenger terminal is stored with an information storage area map information which is map information indicating a baggage receiving area installed in the airport, and the passenger terminal includes an information output unit for outputting information, The luggage navigation app installed in the terminal extracts the receiving area map information from the information storage unit and displays the baggage moving position coordinate information indicating the position coordinates of the baggage based on the position specific intensity measurement information measured through the tag scanner And guiding the generated baggage transfer position coordinate information on the receiving area map information and controlling the output to be outputted through the information output unit.

The baggage claim guide system according to the second embodiment of the present invention includes an image photographing equipment for photographing the baggage receiving area and generating image information, and an airport control center for storing and managing image information generated from the image photographing equipment Wherein the baggage contents app loaded in the passenger terminal includes a departure time when the baggage is separated from the baggage receiving area on the basis of the generated baggage transfer position coordinate information, And the airport controller transmits the image information corresponding to the departure time of the image information by referring to the time when the departure included in the transmitted baggage theft occurrence signal is referred to, Extracts the stolen image information, and controls to transmit the stolen image information to the passenger terminal.

The baggage handling guide system according to the second embodiment of the present invention is used to determine the position of the baggage conveyed from the baggage receiving area of the airport which is an area where the baggage of the passenger is guided to allow the passenger to receive the baggage at the airport, A step of creating a baggage position guiding signal including identifier information used for identifying the baggage of the passenger and attaching a tag for performing the function of transmitting the tag to the passenger's baggage; Generating and transmitting a baggage position guiding signal in a tag attached to the baggage conveyed along a conveyor belt provided in a baggage receiving area of an airport; The tag scanner installed in the baggage receiving area receives the baggage position guiding signal from the tag of the baggage, measures the received signal strength of the transmitted baggage guiding signal, generates the position specific intensity measuring information as the measured value, Transmitting the position specifying guide signal including the generated position specific intensity measurement information and the identifier information included in the baggage position guiding signal; In the baggage contents content app of the passenger terminal, it is recognized that the baggage is the baggage of the passenger by referring to the identifier information among the information included in the position specifying guide signal transmitted from the tag scanner, and the position specifying intensity measurement information And guiding the position of the baggage of the passenger transported along the conveyor belt of the baggage receipt zone on the basis of the position of the baggage.

The present invention has the effect of directly guiding the position of the baggage guided by the baggage receiving area of the airport, which is an area guiding the receipt of the baggage, to the passenger.

The present invention also has an effect of guiding the position of the baggage guided by the baggage receiving area of the airport through a screen of a still image or a moving image.

In addition, the invention provides an illuminating member that flashes in accordance with a predetermined rule in baggage of a passenger, and controls the passenger terminal to output information blinking in synchronization with the blinking of the lighting member of the baggage, There is also the effect of guiding your baggage intuitively in similar baggage.

The present invention also has the effect of guiding the passenger's baggage in the baggage claim area installed at the airport so that the thief can recognize the thief and detect the thief.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a system configuration diagram showing a bag-receiving /
BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a baggage handling system,
FIG. 3 is a block diagram showing a baggage management server among the structures constituting the baggage receipt guiding system of the present invention;
FIG. 4 is a view showing the outputting of the receiving area map information of the airport provided on the baggage claim guide system of the present invention according to the first embodiment,
FIG. 5 is a view showing the output of the theft image information, which is a shot image of a thief who steals baggage when the baggage is stolen on the baggage claim guide system according to the second embodiment of the present invention,
FIG. 6 is a view showing a captured image of aft robber image captured by a thief who steals the baggage when the baggage is stolen on the baggage receipt guiding system according to the second embodiment of the present invention. Fig.
Fig. 7 is a view showing the position of the baggage conveyed from the baggage receiving area of the airport, which is an area where the baggage of the passenger is guided to allow the passenger to receive the baggage at the airport, using the baggage receipt guiding system of the present invention according to the first embodiment To the passenger directly,
Figs. 8 to 11 are diagrams for explaining how the baggage handling guide system of the present invention according to the second embodiment is used to guide the baggage of a passenger in the baggage receiving area of the airport, which is an area for guiding the passenger to receive the baggage at the airport FIG. 6 is a flowchart showing a process of directly guiding the position of the baggage to the passenger,
FIG. 12 is a flowchart showing a process of guiding the baggage of the passenger to recognize the baggage when the baggage is stolen and to guide the user to find the baggage, which is applied to the baggage claim guide system according to each embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a configuration and an operation of an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

As shown in the figure, the baggage claim guiding system of the present invention is a system for guiding the position of a baggage 1 conveyed from a baggage receiving area A of an airport, which is an area where a baggage of a passenger is guided at a airport, The system of various embodiments can be applied according to various factors such as the size of the airport used by the passenger and the arrangement of the baggage receiving area.

The baggage claim receiving system according to the first embodiment of the present invention comprises a baggage receiving area A, a tag 100, and a passenger terminal 200.

The baggage receiving area A is installed at an airport and is a place where the baggage 1 of the passenger is transported along the conveyor belt so that the passenger can find the baggage 1 that the passenger carries.

The tag 100 is attached to the baggage 1 of a passenger and is a member for wirelessly transmitting a baggage position guiding signal including identifier information used for identifying the baggage.

The tag 100 that performs such a function can use a beacon module or a Bluetooth module as a short-range wireless communication device based on a Bluetooth protocol. Since the error is generated in units of centimeters, the accuracy with respect to the position is very high .

In the meantime, in the description of the present embodiment, a case of wirelessly transmitting a baggage position guidance signal using a beacon module will be described as an example. However, the tag 100 for wirelessly transmitting such a baggage position guiding signal is not limited to a beacon module Various tags 100 may be used.

A beacon module used as such a tag 100 generally comprises a case, a beacon chip, an antenna, and a battery. The front surface of the case is coated with a pressure sensitive adhesive so as to be detachably attached to the passenger's baggage 1. The beacon chip generates a baggage guiding signal and the antenna transmits the generated baggage guiding signal And the battery performs a function of supplying power to the beacon chip.

The passenger terminal 200 recognizes that it is the baggage 1 of the passenger by referring to the identifier information among the information included in the baggage position guiding signal transmitted from the tag 100 and transmits the received signal strength of the baggage position guiding signal ), And a baggage screening application (201) for guiding the position of the baggage (1) of the passenger transported along the conveyor belt of the baggage receiving area (A) on the basis of the measured basic intensity measurement information Terminal member.

Here, the baggage contents contents application program 201 is loaded as an application program in an embeded form in the passenger terminal 200 or in a form installed in an operating system (OS) of the passenger terminal 200 Loses. That is, the passenger can access the app store through the passenger terminal 200 and download and use it.

The passenger terminal 200 includes an information input unit 210, an information storage unit 220, an information output unit 230, an information communication unit 240, and a control unit 250 in order to perform the functions.

First, the information input unit 210 is a member for performing an operation control of the passenger terminal 200 for the passenger to find his or her baggage 1 at the airport. The information input unit 210 may include a combination of a dome switch, a touch pad, a jog wheel, a jog switch, and the like.

The information storage unit 220 stores data such as an application program such as the baggage screening application 201 required for a passenger to find his / her baggage 1 at the airport, a baggage location confirmation basic screen 700 A flash memory type, a hard disk type, a multimedia card micro type, a card type memory (for example, SD or XD memory), a RAM (Random Access Memory), SRAM (Static Random Access Memory), ROM (Read Only Memory), EEPROM (Electrically Erasable Programmable Read-Only Memory), PROM A disc, an optical disc, or a combination thereof.

The information output unit 230 may include a speaker and a display unit, which is a member through which various information necessary for a passenger to search his or her baggage 1 at the airport is output.

Here, the display unit may include a liquid crystal display (LCD), a thin film transistor-liquid crystal display (TFT LCD), an organic light-emitting diode (OLED), a flexible display display, and a three-dimensional display (3D display).

The information communication unit 240 is a member that performs a communication interface function to receive information such as a baggage position guiding signal transmitted from the tag 100, and a short range communication module 242 is applied.

The short-range communication module 242 performing such a function may be any of a Bluetooth communication, an infrared communication, a visible light communication, a human body communication or an intermediate communication, a Zigbee communication, an NFC (Near Field Communication) In the embodiment of the present invention, it is assumed that Bluetooth communication, in particular, Bluetooth low energy (BLE) technology is applied. However, the short range communication module 242 for transmitting the baggage guiding signal is not limited to the Bluetooth communication and can use the various short range communication methods mentioned above.

The controller 250 is a member that controls the overall operation of the passenger terminal 200. The controller 250 operates the baggage contents application 201 to extract information included in the baggage position guiding signal transmitted from the tag 100 Recognizes that the baggage is the baggage 1 of the passenger with reference to the identifier information, measures the received signal strength (RSSI) of the baggage position guiding signal, and measures the RSSI of the baggage receipt area A And performs a control function of guiding the position of the baggage 1 of the passenger transported along the conveyor belt.

Examples of the passenger terminal 200 that performs the function include a palmtop, a PDA, a communication terminal such as a smart phone capable of accessing the Internet, a portable multimedia player (PMP), or a UMPC (Ultra-mobile PC) and MID (Mobile Internet Device).

The passenger terminal 200 can also recognize the position of the passenger 1 of the passenger conveyed along the conveyor belt of the baggage receipt area A to the passenger terminal 200, 201 informs the passenger that the measured basic strength information becomes closer to the baggage 1 and that the smaller the measured basic strength measurement information is, the closer the passenger is to the information output unit 230 than the baggage 1, In particular, it performs a function of guiding through a speaker.

On the other hand, the luggage navigation app 201 operated by the control unit 250 of the passenger terminal 200 informs the passenger that the measured basic strength measurement information becomes closer to the baggage 1, As the measurement information becomes smaller, the passenger may be guided through the image information so that the passenger can intuitively recognize the function of guiding the passenger to depart from the baggage 1. [

To this end, the basic information screen 700 for checking the position of the baggage, which is image information, is stored and managed in the information storage unit 220.

Here, the baggage position confirmation basic screen 700 displays the baggage 1 of the passenger in GUI form on the map information indicating the baggage receipt area A installed at the airport according to the increase / decrease of the basic intensity measurement information, .

On the other hand, when the same or similar pieces of baggage 1 are moved between the passengers in the baggage receiving area A, it is difficult for the passenger to know what his / her own baggage 1 is based only on the basic strength measurement information.

In order to solve this problem, in the baggage claim guide system according to the first embodiment of the present invention, the lighting member 110, which is illuminated by a predetermined rule, is electrically connected to the tag 100, 200 so that the connected lighting member 110 is flickered in accordance with the predetermined rule.

When the baggage location guiding signal is received, the baggage contents contents app 201 of the passenger terminal 200 is blinked synchronously with the blinking of the lighting member 110 installed in the tag 100 through the information output unit 230 So that the passenger can intuitively recognize his or her own baggage 1 in the same or similar baggage 1 as the own baggage 1.

At this time, in order to prevent the lighting member 110 of the tag 100 from lighting in the area other than the baggage receiving area A, the baggage contents application program 201 of the passenger terminal 200, when receiving the baggage position guiding signal, And the tag 100 can control the lighting member 110 to be turned on when the corresponding acknowledgment signal is received.

The position of the baggage conveyed from the baggage receiving area of the airport, which is an area where the baggage of the passenger is guided to allow the passenger to receive the baggage at the airport, The following is a description of the process of directing you to

First, a passenger generates a baggage position guiding signal including identifier information used to identify his / her baggage 1, and attaches a tag 100, which performs a function of transmitting the tag, to his / her baggage 1 (S100 )shall.

When the passenger wants to find his or her own baggage 1 while traveling using the airplane, the passenger executes the baggage contents application 201 mounted on the passenger terminal 200 (S110) (S120) the baggage receipt area A of the airport that receives the baggage 1 through the mail server 201 (step S201).

At this time, the setting of the baggage receiving area A of the airport receiving the baggage 1 recognizes the position information of the passenger terminal 200 in association with the GPS module (not shown) of the passenger terminal 200, (1) is received in various ways, for example, by automatically setting the baggage receiving area (A) of the airport belonging to the location information, or by selecting and setting the baggage receiving area (A) The baggage receipt area A of the baggage receipt area A can be set.

In this state, the passenger arrives at the airport baggage claim area (A) in search of his baggage (1).

Thereafter, the tag 100 attached to the baggage 1 transported along the conveyor belt provided in the baggage receiving area A of the airport periodically generates and transmits a baggage position guiding signal (S130).

Then, the baggage contents application 201 of the passenger terminal 200 recognizes that it is the baggage 1 of the passenger with reference to the identifier information among the information included in the transmitted baggage position guidance signal, And the position of the baggage 1 of the passenger conveyed along the conveyor belt of the baggage receiving area A is output through the information output part 230 based on the basic intensity measurement information as the measured value In step S140, it is guided to the passenger that the measured fundamental strength measurement information becomes closer to the baggage 1, and as the measured basic strength measurement information becomes smaller, the passenger is guided away from the baggage 1 .

At this time, the process of outputting the position of the baggage 1 of the passenger through the information output unit 230 may be performed through voice output through the speaker of the information output unit 230, and further, The process of outputting the contents screen 700 and showing the baggage 1 of the passenger in the form of GUI in accordance with the increase / decrease of the basic intensity measurement information on the map information indicating the baggage receipt area A installed at the airport, It can be provided intuitively.

In addition, when the same or similar pieces of baggage 1 are moved between the passengers in the baggage receiving area A, the basic intensity measurement information is connected to the tag 100 so that the passenger intuitively understands what his / her own baggage 1 is The lighting member 110 is flickered in accordance with a predetermined rule and at the same time the lighting member 110 installed in the tag 100 is blinked through the information output unit 230 in the baggage contents application 201 of the passenger terminal 200 So that information to be blinked can be outputted.

The baggage receiving guide system according to the second embodiment of the present invention can be applied to a baggage receiving area A having a large size in an airport. The baggage receiving guide system includes a baggage receiving area A, a tag 100, a tag scanner 300, a, and 300b, and a passenger terminal 200, respectively.

Here, the bag guiding system according to the first embodiment of the present invention and the bag guiding system according to the second embodiment of the present invention are substantially similar to each other, and the tag scanners 300, 300a, 300b And the passenger terminal 200, and the description of the overlapping configuration will be omitted or simplified.

First, the baggage receiving area A is installed at the airport, and is a place where the baggage 1 of the passenger is transported along the conveyor belt.

The tag 100 is attached to the baggage 1 of the passenger and is a member for transmitting a baggage position guiding signal including identifier information used for identifying the baggage.

The tag scanners 300, 300a and 300b are installed in the baggage receiving area A and receive the baggage position guiding signal from the tag 100 attached to the baggage 1 and receive the transmitted baggage position guiding signal A function of generating a position specific intensity measurement information, which is the measured value, and transmitting a position specifying guide signal composed of the generated position specific intensity measurement information and the identifier information included in the baggage position guiding signal, And functions as a node for sensing information of the tag 100, processing the information, and transmitting the sensed information to the passenger terminal 200.

Here, the number of the tag scanners 300, 300a, 300b installed in the baggage receiving area A may be at least two, preferably three or more, depending on the size of the airport. Therefore, the position of the baggage 1 can be specified based on the installation positions of the tag scanners 300, 300a, and 300b

In particular, when three tag scanners 300, 300a, and 300b are installed, the baggage contents application 201 of the passenger terminal 200, which will be described later, The coordinate information of the conveyed baggage 1 can be guided in real time because the conveyance position coordinate information is specified on the basis of the three-dimensional surveying algorithm based on each position specific intensity measurement information among the information included in the signal.

The passenger terminal 200 recognizes that it is the baggage 1 of the passenger by referring to the identifier information among the information included in the position specifying guide signal transmitted from the tag scanner 300, 300a, 300b, Is a terminal member on which the baggage screening app 201 is mounted to guide the position of the baggage 1 of the passenger transported along the conveyor belt of the baggage receiving area A based on the position specific intensity measurement information.

The passenger terminal 200 includes an information input unit 210, an information storage unit 220, an information output unit 230, an information communication unit 240, and a control unit 250 in order to perform the functions.

In the information storage unit 220, receiving area map information, which is map information indicative of the baggage receiving area A installed at the airport, is separately stored for each airport of each country.

Accordingly, the luggage navigation app 201 mounted on the passenger terminal 200 extracts the receiving area map information from the information storage unit 220 and extracts the receiving area map information from the three positions measured through the tag scanners 300, 300a and 300b Generates baggage conveying position coordinate information indicating the positional coordinates of the baggage 1 based on the specific intensity measurement information, guides the generated baggage conveying position coordinate information on the receiving area map information, and outputs it via the information output unit 230 Respectively.

In order to allow the passenger to clearly recognize what his / her baggage 1 is, even if the same or similar baggage 1 is transferred between passengers in the baggage receiving area A, When the illumination member 110 in which the illumination is blinking in the guide system is electrically connected to the tag 100 and transmits the baggage position guiding signal from the tag 100 to the passenger terminal 200, The luggage information application 201 of the passenger terminal 200 also controls the lighting device 110 installed in the tag 100 through the information output unit 230 when the baggage position guidance signal is received, And controls to output information to be blinked in synchronization with blinking of the display unit 110.

In addition, there is a need for a means of guiding passengers' baggage (1) in the airport baggage claim area (A) when the thief is aware of theft and finding the thief.

In order to realize this, the image photographing equipment 500 and the airport control center 600 are additionally provided in the baggage receipt guiding system according to the second embodiment of the present invention.

First, the image capturing apparatus 500 is a device for capturing the baggage receiving area A to generate image information.

The airport control center 600 is a facility for storing and managing image information generated from the image photographing equipment 500.

Accordingly, when the baggage 1 is detached from the baggage receiving area A based on the generated baggage transfer position coordinate information, the baggage contents application 201 mounted on the passenger terminal 200 displays the time And transmits a baggage theft occurrence signal including the departure time to the airport control center 600 side.

The airport control center 600 extracts theft image information, which is image information corresponding to the departure time of the image information, with reference to the time at which the departure included in the transmitted baggage theft occurrence signal is transmitted, and transmits the extracted theft image information to the passenger terminal 200 do. In addition, the airport control center 600 controls theft image information to be transmitted to the security company terminal 700 so that the baggage 1 of the stolen passenger can be recovered more quickly.

The baggage contents application 201 of the passenger terminal 200 outputs the transmitted theft image information through the information output unit 230, thereby guiding the passenger to recognize and search for the thief.

Particularly, in the case of the theft image information outputted through the information output unit 230 of the passenger terminal 200, it is difficult to confirm the impression of the thief because of the wide space of the baggage receiving area A, none.

To this end, in the baggage claim guide system according to the second embodiment of the present invention, at the airport control center 600, a predetermined time, for example, about one minute, The luggage information application 201 of the passenger terminal 200 outputs the transmitted theft image information, and only the area around the thief is captured It is possible to process and provide the captured and theft image information, which is one image, to be output.

This will be described with reference to FIGS. 5 and 6. FIG.

5A to 5C show images before and after a predetermined time based on the time when the departure of the baggage 1 occurs,

5A and 5B show the theft image information before the time when the departure of the baggage 1 occurred.

 5A, when the first stolen baggage location confirmation screen 800, which is the first stolen image information prior to the time when the departure of the baggage 1 occurs, is displayed on the information output unit 230 of the passenger terminal 200 .

The first stolen baggage position confirmation screen 800 displays the positional coordinates of the baggage theft occurrence position RC, which is the position coordinate of the tag 100 measured at the time when the departure of the baggage 1 occurred, (BC), which is the positional coordinate of the tag 100 measured at the shooting time of the theft image information corresponding to the security content screen 800. [

Here, the position coordinates RC of the baggage theft occurrence position is fixed coordinates, and the baggage transfer position coordinate information BC is variable coordinates of the tag 100 moved in real time.

In addition, the area indicated by the dotted line on the first burgundy position confirmation confirmation screen 800 is displayed on the first burglary area 800, which is the captured image in which the predetermined radius predicted to be positioned by the burglar is located, And a captured image screen 800a.

When the passenger touches the first theft captured captured image screen 800a in the boxed area on the first security baggage position confirmation screen 800 displayed on the passenger terminal 200, So that only the first captured the captured image screen 800a is captured and output.

5B, when the time of departure of the baggage 1 is detected, and the first stolen baggage location confirmation screen 800 displays the second stolen baggage position, which is the second stolen image information, And the information content screen 900 is output through the information output unit 230 of the passenger terminal 200.

The second stolen baggage position confirmation screen 900 can confirm the position of the baggage theft occurrence position RC and the baggage transfer position coordinate information BC as well as the second theft capture image screen 900a boxed with a dotted line.

5C, the third stolen baggage location confirmation screen 1000, which is the third stolen image information after the time when the departure of the baggage 1 occurs, is displayed on the information output unit 230 of the passenger terminal 200 .

The third stolen baggage position confirmation screen 1000 can confirm the position of the baggage theft occurrence position RC and the baggage transfer position coordinate information BC as well as the third theft captured captured image screen 1000a indicated by a dotted line.

FIG. 6 is a diagram illustrating an example of a boxed area displayed on the third stowed baggage location confirmation screen 1000 illustrated in FIG. 5C. The third stolen captured image screen 1000a, which is displayed by touching the first stolen captured image screen 1000a, And is output to the terminal 200.

Such stolen image information and captured stolen image information may be provided as a moving image or a still image.

On the other hand, there are several airports located in each country, and sometimes the installation structure of the airport baggage receipt area (A) is changed.

Therefore, there is a need to provide a separate management center to manage the map information of the baggage claim area A provided at various airports in each country.

To this end, the baggage claim guide system according to the second embodiment of the present invention also includes a baggage management server 400 having a DB unit 410.

Herein, the DB unit 410 is provided with a receiving area map information DB 411 for each airport, which is a map of the receiving area map information, which is map information indicating the baggage receiving area A installed at the airport, and a baggage receiving area A is stored for each airport, and the image information DB 412 for each airport stored in the airports is stored and managed.

Accordingly, the baggage management server 400 has a function of extracting the receiving area map information of the corresponding airport from the receiving area map information DB 411 for each airport upon request of the receiving area map information from the passenger terminal 200, .

In addition, when the baggage claim server 400 transmits a baggage theft occurrence signal from the baggage contents application 201 mounted on the passenger terminal 200 to the airport control center 600, And performs the function of processing the captured theft image information transmitted from the airport control center 600 into captured and theft image information to be transmitted to the passenger terminal 200.

Here, the transmitted theft image information is stored and managed in the airport-specific image screen information DB 412.

The position of the baggage conveyed from the baggage receiving area of the airport, which is an area where the baggage of the passenger is guided to allow the passenger to receive the baggage at the airport, The following is a description of the process of directing you to

First, the passenger must attach the tag 100 to the baggage 1 (S1000).

Thereafter, the passenger loads the baggage receipt area A through the baggage contents application 201 of the passenger terminal 200 in a state where the baggage contents application 201 mounted on the passenger terminal 200 is executed (S1100) (S1200).

In this state, the passenger arrives at the airport baggage claim area (A) in search of his baggage (1).

Then, the tag 100 attached to the baggage 1 transported along the conveyor belt provided in the baggage receiving area A of the airport periodically generates and transmits a baggage position guiding signal (S1300).

The tag scanners 300, 300a and 300b installed in the baggage receiving area A receive the baggage position guiding signal from the tag 100 of the baggage 1 and receive the received signal strength RSSI of the transmitted baggage position guiding signal And generates position specific intensity measurement information as the measured value, and transmits a position specifying guide signal composed of the generated position specific intensity measurement information and the identifier information included in the baggage position guiding signal (S1400).

The baggage contents application 201 of the passenger terminal 200 recognizes that it is the baggage 1 of the passenger with reference to the identifier information among the information included in the position specifying guide signal transmitted from the tag scanners 300, 300a and 300b, (S1500) the position of the baggage 1 of the passenger transported along the conveyor belt of the baggage receiving area A based on the position specific intensity measurement information included in the position specifying guide signal.

Here, the number of the tag scanners 300, 300a, 300b installed in the baggage receiving area A can be set to about three, and the baggage contents contents app 201 of the passenger terminal 200 can be displayed on each tag Based on each position specific intensity measurement information among the information included in the three position specifying guidance signals transmitted from the scanners 300, 300a and 300b, the baggage transfer position coordinate information is specified based on the trilateration algorithm, The coordinate information can be precisely guided in real time.

The process of guiding the position of the baggage 1 of the passenger conveyed along the conveyor belt of the baggage receiving area A (S1500) is also applicable to a number of airports located in each country, and sometimes the airport baggage receiving area A The installation structure is often changed. Accordingly, depending on whether there is the luggage management server 400 managing the map information of the baggage claim area A provided at various airports in each country, .

First, a guidance process (S1500) for managing the map information of the baggage receipt area A provided at various airports of the respective countries in the passenger terminal 200 without the presence of the baggage management server 400 will be described as follows .

The baggage screen contents app 201 of the passenger terminal 200 receives the baggage information indicative of the position coordinates of the baggage 1 based on the position specifying intensity measurement information included in the position specifying guide signal transmitted from the tag scanner 300, 300a, Position coordinate information is generated (S1511).

Then, the baggage contents application 201 of the passenger terminal 200 extracts the receiving area map information of the corresponding airport stored in the information storage unit 220 and displays the baggage moving position coordinate information on the extracted receiving area map information And outputs it through the information output unit 230 (S1513).

Accordingly, the passenger can intuitively recognize the conveying position of the own baggage 1, which is conveyed through the baggage receiving area A in real time, so that the baggage 1 can be conveniently searched.

The lighting member 110 connected to the tag 100 of the baggage 1 is flickered in accordance with the predetermined rule and at the same time the information output unit 230 of the baggage contents application 201 of the passenger terminal 200 Information to be blinked synchronously with the blinking of the lighting member 110 installed in the tag 100 is also outputted in accordance with the request of the passenger so that the baggage 1 can be more conveniently searched.

On the other hand, the baggage 1 of the passenger may be stolen. At this time, it is possible to guide the position of the stolen baggage and the impression of the stolen baggage by the passenger using the baggage receipt guiding system of the present invention.

To this end, the image capturing apparatus 500 photographs the baggage receiving area A of the airport, generates image information, and transmits the image information (S2000).

The airport control center 600 stores the image information transmitted from the image photographing apparatus 500 (S2100).

The baggage contents contents app 201 of the passenger terminal 200 checks whether the baggage 1 is detached from the baggage receiving area A based on the baggage conveying position coordinate information (S2200) 1) is determined to have departed, a baggage theft occurrence signal including the occurrence time of departure, which is the time at which the departure occurred, is generated and transmitted (S2300).

The airport control center 600 extracts the theft image information, which is image information corresponding to the departure time of the image information, from the time when the departure included in the baggage theft occurrence signal transmitted from the passenger terminal 200 is referred to, S2400).

The baggage contents application 201 of the passenger terminal 200 outputs the theft image information transmitted from the airport control center 600 through the information output unit 230 (S2500).

Here, in order to solve the problem that it is difficult to confirm the impression of the thief because of the wide space of the baggage receiving area (A), and the part where the thief can not grasp the moving line, the departure of the baggage (1) The luggage information application 201 of the passenger terminal 200 outputs the transmitted stolen image information, and the output of the stolen image information including the output The captured theft image information, which is a captured image of only the area around the thief, can be processed and output.

The guidance process (S1500) for receiving the map information of the baggage claim area A provided at various airports of various countries through the baggage management server 400 from the passenger terminal 200 will be described below.

The baggage management server 400 transmits the receiving area map information of the airport where the passenger terminal 200 is located to the passenger terminal 200 (S1521).

The baggage contents application 201 of the passenger terminal 200 receives receiving area map information from the baggage management server 400 and receives the position specifying guide signal from the tag scanners 300, 300a and 300b, (Step S1523), based on the position-specific intensity measurement information included in the position-specific intensity measurement information included in the position-specific intensity measurement information. At this time, the number of the tag scanners 300, 300a, 300b installed in the baggage receiving area A is set to about three, so that the three-dimensional survey The coordinate information of the baggage 1 to be conveyed can be precisely guided in real time by specifying the luggage conveyance position coordinate information based on the algorithm.

Then, the baggage contents application 201 of the passenger terminal 200 guides the baggage transfer position coordinate information on the receiving area map information and controls the information output unit 230 to output the baggage moving position coordinate information (S1525).

At this time, the lighting member 110 connected to the tag 100 of the baggage 1 is flickered in accordance with the predefined rule, and at the same time, the information output unit 230 of the baggage contents application 201 of the passenger terminal 200 Information to be blinked synchronously with the blinking of the lighting member 110 installed in the tag 100 is also outputted in accordance with the request of the passenger so that the baggage 1 can be more conveniently searched.

In addition, as a countermeasure for the case where the baggage 1 of the passenger is stolen, the baggage receipt guiding system of the present invention can be used to guide the passenger in recognizing the position of the stolen baggage and the impression of the stolen bag.

To this end, the image capturing apparatus 500 photographs the baggage receipt area A, generates image information, and transmits the image information (S3000).

The airport control center 600 stores the image information transmitted from the image photographing apparatus 500 (S3100).

The baggage contents application program 201 of the passenger terminal 200 checks whether the baggage 1 is detached from the baggage receiving area A based on the baggage delivery position coordinate information at step S3200, 1) is determined to have departed, a baggage theft occurrence signal including the occurrence time of departure, which is the time at which the departure occurred, is generated and transmitted (S3300).

When the baggage claim server 400 receives the baggage theft occurrence signal from the baggage contents application 201 of the passenger terminal 200, the baggage management server 400 relays the signal to the passenger terminal 200 (S3400).

The airport control center 600 extracts theft image information, which is image information corresponding to the departure time of the image information, with reference to the time at which the departure included in the baggage theft occurrence signal relayed from the baggage management server 400 is generated (S3500).

The baggage management server 400 relays theft image information transmitted from the airport control center 600 (S3600).

At this time, in the baggage management server 400, the position coordinates RC of the baggage theft position, which is the position coordinate of the tag 100 measured when the departure of the baggage 1 occurs in the stolen image information, is displayed, The captured theft image information, which is a capture area to which the predetermined radius predicted to be positioned by the thief is located, is transmitted and processed for viewing.

The baggage contents application 201 of the passenger terminal 200 outputs the theft image information transmitted from the baggage management server 400 through the information output unit 230 (S3700).

100: tag 200: passenger terminal
210: information input unit 220: information storage unit
230: Information output unit 240: Information communication unit
250: Control unit 201: Baggage application
300, 300a, 300b: Tag scanner 400: Baggage management server
410: DB unit 411: Map information DB
412: airport-specific image screen information DB 500: image photographing equipment
600: Airport controller
700: Checking Baggage Location Basic Information Screen
800: Confirmation of the location of the 1st stolen baggage
800a: Contents screen of the first captured theft image
900: Confirmation of the location of the 1st stolen baggage
900a: Contents screen of the first captured theft image
1000: Confirmation of the location of the 1st stolen baggage
1000a: Contents screen of the first captured theft image

Claims (29)

A baggage receiving area (A) installed at an airport, in which baggage (1) of a passenger is transported along a conveyor belt;
A tag 100 attached to the passenger's baggage 1 for transmitting a baggage position guiding signal including identifier information used for identifying the baggage;
And is installed in the baggage receiving area A, receives the baggage position guiding signal from the tag 100 attached to the baggage 1, measures the received signal strength of the transmitted baggage position guiding signal, A tag scanner (300, 300a, 300b) for generating position specific intensity measurement information which is a value of the position specific intensity measurement information and transmitting a position specifying guidance signal composed of the generated position specific intensity measurement information and the identifier information included in the baggage position guidance signal;
Recognizes that it is the baggage 1 of the passenger by referring to the identifier information among the information included in the position specifying guide signal transmitted from the tag scanner 300, 300a, 300b, and outputs the position specifying intensity measurement information And a passenger terminal 200 mounted with a baggage screening app 201 for guiding the position of the baggage 1 of the passenger conveyed along the conveyor belt of the baggage receiving area A,
And a DB unit (410); wherein the baggage management server (400)
The DB unit 410 includes an airport-specific receiving area map information DB 411 in which the receiving area map information, which is map information indicative of the baggage receiving area A installed at the airport,
The baggage management server 400 controls the receiving area map information of the corresponding airport where the passenger terminal 200 is located to be transmitted to the passenger terminal 200,
The passenger terminal 200 includes an information storage unit 220 in which receiving area map information, which is map information indicative of the baggage receiving area A installed in the airport, is stored; And an information output unit 230 for outputting information,
The baggage screening application 201 mounted on the passenger terminal 200 extracts the receiving area map information from the information storage unit 220 and extracts the location information from the tag scanners 300, 300a, 300b Generates the luggage conveyance position coordinate information indicating the positional coordinates of the baggage 1 on the basis of the intensity measurement information, guides the generated luggage conveyance position coordinate information on the receiving area map information, and outputs the information output unit 230 And outputs the control signal,
A flashing illumination member 110 is installed on the tag 100,
The luggage navigation app 201 mounted on the passenger terminal 200 is controlled to output information blinking in synchronization with the blinking of the lighting member 110 installed in the tag 100 through the information output unit 230 and,
(500) for photographing the baggage receiving area (A) and generating image information,
And an airport control center (600) for storing and managing image information generated from the image photographing equipment (500)
When the baggage 1 is detached from the baggage receiving area A on the basis of the generated baggage transfer position coordinate information, the baggage contents application program 201 loaded on the passenger terminal 200 causes A time of occurrence of a baggage theft including a time of occurrence of departure, is transmitted to the airport control center 600,
The airport control center 600 extracts the theft image information, which is image information corresponding to the departure time of the image information, with reference to the time at which the departure included in the transmitted baggage theft occurrence signal is generated, ) Of the baggage receiving guide system.
The method according to claim 1,
The number of tag scanners (300, 300a, 300b) installed in the baggage receiving area (A) is three,
The baggage screening application 201 mounted on the passenger terminal 200 can display the position information of each of the three tag scanners 300, 300a and 300b on the basis of each position specific intensity measurement information among the information included in the three position specifying guide signals transmitted from the three tag scanners 300, So as to generate baggage conveyance position coordinate information indicating the position coordinates of the baggage (1).
The method according to claim 1,
The theft image information is displayed with the position RC of baggage theft occurrence position which is the position coordinate of the tag 100 measured when the departure of the baggage 1 occurs and the position Wherein the captured image information is a capture area to which a predetermined radius predicted to be located by the captured image is attached.
The method of claim 3,
The DB unit 410 includes an airport-specific image screen information DB 412, which is provided for each baggage receipt area A installed at an airport, ≪ / RTI &
The baggage management server 400 transmits a baggage theft occurrence signal from the baggage contents application 201 mounted on the passenger terminal 200 to the airport control center 600, Wherein the captured image information is transmitted from the airport control center (600) to the passenger terminal (200) by processing the captured theft image information.
The method according to claim 1,
And a security company side terminal (700)
Wherein the airport control center (600) controls theft image information to be transmitted to the security company terminal (700).
A step S1000 of creating a baggage position guiding signal including identifier information used for identifying the baggage 1 of the passenger and attaching the tag 100 performing the function of transmitting the tag to the baggage 1 of the passenger ;
A step (S1100) of executing the baggage contents content application program 201 mounted on the passenger terminal 200;
A step (S1200) of setting, in the baggage contents app 201 of the passenger terminal 200, the baggage receiving area A of the airport receiving the baggage 1;
(S1300) generating and transmitting a baggage position guiding signal in a tag (100) attached to the baggage (1) carried along a conveyor belt provided in the baggage receiving area (A) of an airport;
The tag scanner 300, 300a, 300b installed in the baggage receipt area A receives the baggage position guiding signal from the tag 100 of the baggage 1 and measures the received signal strength of the transmitted baggage position guiding signal (S1400) of generating position specific intensity measurement information, which is the measured value, and transmitting a position specifying guide signal composed of the generated position specific intensity measurement information and the identifier information included in the baggage position guiding signal;
The luggage information application 201 of the passenger terminal 200 refers to the identifier information among the information included in the position specifying guidance signal transmitted from the tag scanners 300, 300a and 300b and recognizes that it is the baggage 1 of the passenger (S1500) of guiding the position of the passenger 1 of the passenger conveyed along the conveyor belt of the baggage receiving area A based on the position specific intensity measurement information included in the position specifying guide signal ,
In step S1500, referring to the identifier information among the information included in the position specifying guide signal transmitted from the tag scanner 300, 300a, 300b, the luggage information application 201 of the passenger terminal 200 searches The process of guiding the position of the passenger 1 of the passenger conveyed along the conveyor belt of the baggage receiving area A on the basis of the position specific intensity measurement information contained in the position specifying guidance signal, (S1521) in the baggage management server (400) to transmit the receiving area map information of the airport where the passenger terminal (200) is located to the passenger terminal (200); Receiving area map information from the baggage management server 400 in the baggage screen contents app 201 of the passenger terminal 200 and receiving a position specifying guide signal from the tag scanners 300, 300a, 300b, (S1523) generating baggage transportation position coordinate information indicating the position coordinate of the baggage 1 based on the position specific intensity measurement information included in the position specification guidance signal; (S1525) guiding the baggage transfer position coordinate information on the receiving area map information and outputting the information on the baggage transfer position coordinate information through the information output unit 230 in the baggage contents application 201 of the passenger terminal 200 ,
The luggage information application 201 mounted on the passenger terminal 200 is installed in the tag 100 through the information output unit 230. The luggage information application 201 installed on the passenger terminal 200 is installed in the tag 100, Controls to output information to be blinked in synchronization with blinking of the illumination member 110,
(S2000) photographing the baggage receiving area (A) in the image photographing equipment (500) and generating and transmitting image information; (S2100) in the airport control center (600), storing image information transmitted from the image photographing equipment (500); (S2200) of checking whether the baggage (1) is detached from the baggage receiving area (A) based on the baggage transfer position coordinate information in the baggage contents application (201) of the passenger terminal (200); If it is confirmed that the baggage 1 has been detached from the baggage claim area A, the baggage claim appending program 201 of the passenger terminal 200 of the passenger bag 200, Generating and transmitting the generated signal (S2300); The airport control center 600 refers to the time at which the departure included in the baggage theft occurrence signal transmitted from the passenger terminal 200 is referred to and displays the theft image information as the image information corresponding to the departure time of the image information Extracting and transmitting (S2400); (S2500) of outputting the theft image information transmitted from the airport control center (600) through the information output unit (230) in the baggage contents application (201) of the passenger terminal (200) The method comprising:
The method according to claim 6,
The number of tag scanners (300, 300a, 300b) installed in the baggage receiving area (A) is three,
The baggage screening application 201 mounted on the passenger terminal 200 can display the position information of each of the three tag scanners 300, 300a and 300b on the basis of each position specific intensity measurement information among the information included in the three position specifying guide signals transmitted from the three tag scanners 300, So that baggage transportation position coordinate information indicating the position coordinates of the baggage (1) is generated.
The method according to claim 6,
The position coordinates RC of the baggage theft position, which is the positional coordinate of the tag 100 measured when the departure of the baggage 1 occurs at theft image information in the baggage contents application 201 of the passenger terminal 200, And displays the captured theft image information, which is a capture area to which the predetermined radius predicted to be positioned, is to be displayed, based on the position RC of the baggage theft occurrence position. How to receive your baggage. delete delete delete delete delete delete delete delete delete delete delete delete delete delete delete delete delete delete delete delete delete

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