KR102295716B1 - System for submitting immigration report - Google Patents

Abstract

The present invention relates to an automatic entry notification system, wherein the internal connection module 25 of the airplane server 12 provides a connection means to the airplane server 12 by the user terminal 11 of the passenger on the airplane, and the airplane server ( 12) is connected from the user's terminal 11 of the passenger and provides the form for the immigration report to the user terminal 11, and the entry form written from the connected user terminal 11 is stored in the report DB 21, and there is an error The verification word generation module 24 generates an error verification word from the written declaration form and stores it together with the written entry form in the declaration DB 21. After arrival at the destination, the airplane server 12 transmits the report stored in the notification form DB 21 to the immigration control server 13 and stores it in the immigration report DB 28, and the error verification module 27 of the immigration control server 13 compares the short-distance identification data transmitted from the user terminal 11 passing through the immigration checkpoint with the error verification word and the data transmitted from the airplane server 12 and notifies the immigration server 13 if they do not match.

Description

Automatic immigration report system {SYSTEM FOR SUBMITTING IMMIGRATION REPORT}

The present invention relates to an automatic entry declaration system.

The present invention relates to an automatic entry notification system. If you are currently abroad for travel, business, study, etc. and come into Korea, if you are using a means of transportation such as a ship or airplane, you will need to fill out an immigration declaration form. must be submitted to the city. If you are involved in livestock, you must submit a separate report on livestock, and after the flight attendant distributes the report to passengers in the means of transport and fills it out by hand, the entrant goes through the immigration checkpoint provided at the airport that checks the immigration of travelers and submits it directly. . However, the effectiveness of immigration is highly questioned because the immigration checkpoint simply checks whether or not the immigration person submits the declaration form, and does not check whether the person who submitted the declaration is the actual author or whether the written content is consistent with the facts.

In fact, even in the case of a person suspected of having an infectious disease such as MERS, there are cases of entering Korea after filling out a false immigration declaration form. . Even though it was handled in such a formal way, there was the inconvenience of having to fill out the form by hand.

In the past, Korean Patent Application No. 10-2005-0065368, 'Method and system for providing immigration form preparation service in a mobile communication environment' has been applied. After loading and receiving the entry information to fill in the electronic immigration report on the loaded user interface, the entry point is transmitted to the immigration report server, and the result of processing the entry information is provided in the form of an SMS message. However, since this method can only be written after the web browser is started, it is inconvenient because it cannot be written in the aircraft, but must be written after getting off the plane. The paper declaration form on the plane is given first when there is time. I am busy getting off the plane, collecting my luggage and lining up for immigration. If you fill out and submit the form, you will feel very uncomfortable.

An object of the present invention is to provide a reporting system that can easily write and easily report in order to solve the above-described problems and identify the creator.

In order to achieve the above object, an automatic entry notification system is provided. The internal connection module 25 of the airplane server 12 allows the user terminal 11 of a passenger on the airplane to connect to the airplane server 12. The airplane server 12 is connected from the user's terminal 11 of the passenger to provide the form for the arrival report to the user terminal 11, and the arrival report written from the connected user terminal 11 is the report DB 21 The error verification word generation module 24 creates an error verification word from the written declaration form and stores it together with the entry form written in the declaration DB 21. 11) and after arrival at the destination, the airplane server 12 transmits the report stored in the notification form DB 21 to the immigration management server 13 and stores it in the immigration report DB 28, and the error of the immigration control server 13 The verification module 27 compares the personal identification data transmitted from the user terminal 11 passing through the immigration checkpoint in a short distance with the error verification word and the data transmitted from the airplane server 12 and if they do not match, the immigration control server 13 inform

When the error verification module 27 receives short-distance identification data and error verification words transmitted from the user terminal 11, a part of the phone number of the user terminal 11 is also transmitted and stored in the immigration form DB 28. .

The airplane server 12 may be characterized in that it accesses the immigration control server 13 of the destination before flight and receives the entry form provided to the user terminal 11 and a key for encryption.

The encryption module 23 may encrypt the report and store it in the report DB 21 .

The identity identification data may include any one or more of a name, a passport number, and an address.

The error verification word may be one of a checksum and a unique number generated for each user terminal.

When the error verification module 27 checks the error verification word, it is possible to display on the user terminal 11 a verification design for easily confirming the match and the inconsistency from the outside.

The immigration review module 29 may review the report stored in the immigration report DB 28 to display an error when a passenger with a problem passes through immigration.

The report DB 21 of the airplane server may cause all data to be destroyed by itself after a certain period of time has elapsed.

Reporting is possible easily by the configuration as described above, and it has the effect of facilitating the identification of the author.

1 is a view showing an embodiment according to the present invention;

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. The automatic entry report system according to the present invention can be filled out even when the terminal is offline, so when the server is in an online state that can be accessed, it connects to the immigration management server and submits a pre-written immigration report. By marking the completion of submission and making it easy to check from outside, instead of submitting a paper declaration form, you can pass through immigration just by holding the terminal close to you.

To this end, the present invention allows a user to autonomously fill out an immigration form after boarding an airplane. The user terminal 11 downloads the form for the arrival report from the airplane server 12 or provides the necessary entry form from the airplane server 12. Please fill out according to the report form. The immigration form includes information including the user's personal information (name, passport number), departure and destination information, and the flight number of the means of transport, and may contain additional information such as health status questionnaire and customs declaration form.

The airplane server 12 connects to the immigration control server 13 of the destination country before flight and receives the form of the entry form that the passenger must submit and the key required for encryption from the immigration control server 13, which is input by the user. It is used to encrypt one piece of information, and the immigration control server 13 uses this key to decrypt and store it or decrypt it whenever necessary.

The passenger connects to the airplane server 12 using the user terminal 11 and fills out an immigration form. The departure point and destination information are received from the airplane server 12 and automatically filled in, and their personal information, questionnaire, and report form. etc. can be written by directly checking or inputting. At this time, the airplane server 12 is connected through the internal connection module 25 connected to the airplane server 12, and the internal connection module 25 can use short-distance communication such as Bluetooth and wifi. The user, who has completed the preparation, uses the panel of the user terminal 11 to sign the report, so that the user himself/herself confirms that the report is written.

In addition, the airplane server 12 causes the encryption module 23 to encrypt the notification form using the key previously received from the immigration control server 13 and stores it in the notification form DB 21 connected to the airplane server 12 .

At this time, the error verification word generation module 24 selects any one of the data before or after encryption to generate an error verification word and adds it to the report DB 21 and stores it. In addition, simple information such as error verification words, flight number, passport number, and name is stored in the examination pass information DB 22 of the user terminal. The error verification word can be simply used, such as checksum. The checksum is one of the total error detection methods used to check the accuracy of data. Usually, it is used to check whether there is an error in data input or transmission. It means sending the sum of all data. Alternatively, the error verification word may generate a unique number for each flight passenger.

In the present invention, after the passenger writes his/her entry form, an error verification word is generated. The error verification word is created with a few digits or letters, and is stored in the screening pass information DB 22. The contents of the screening pass information DB 22 of the user terminal 11, in which the flight number, passport number, error verification word, etc. are stored, and the contents of the immigration report DB 29 transmitted from the airplane server to the immigration control server 13 are compared. The error verification module 27 compares the error verification words. Since the error-verification word consists of several digits or letters, comparison is possible in a short time, showing that there is no additional change in the data of the immigration form after the user has written it. That is, if the passport number stored in the user terminal and the error verification word and the error verification word match the passport number stored in the immigration report DB 28 of the immigration control server through the report DB 21, it can be confirmed that the passenger wrote it himself. can In addition, the error verification module receives the last four digits of the mobile phone that the passenger touches when passing through the immigration and stores it in the immigration form DB 28 . In addition, in the case of using the error verification word, if the passenger passes through the immigration checkpoint or a certain period of time elapses, the contents of the immigration form are destroyed in the airplane server 12. Not only is it proven that it is a report written by the user on board, but the content remains only in the immigration report DB 28, thereby reducing the possibility of data leakage.

When the immigration control server 13 receives the arrival notification form, the entry review module 29 reviews the contents of the entry notification form and prepares a list of entrants with problems so that they can be checked when passing through the screening desk. Passengers bringing in undeclared items will be able to conduct an in-depth search.

At this time, if only the passport number is checked, the passport number may be entered incorrectly or another number may be entered arbitrarily, so it is very difficult to find out who made such an attempt. Because it is generated, if the above two items match, it is possible to confirm that the person who wrote the problematic immigration form is correct. Therefore, if you fill out the immigration form falsely, you can go through the immigration checkpoint as it is, but if you use the passport number and error verification word, you can confirm that you have filled out the immigration form even later, and additionally the last 4 digits of the mobile phone In the case of future problems, it is easy to find out if a false entry form is written, and it is easy to prove it.

In addition, passengers can fill out the immigration form at a leisurely time on the plane, and even when passing through immigration, they can easily submit the immigration form by simply touching their terminal.

In addition, the agency that handles immigration can easily specify the person who writes the immigration form, and in particular, because the last 4 digits of the mobile phone information is stored, it becomes easier to identify the person who actually passed the immigration checkpoint.

11: User terminal 12: Airplane server
13: Immigration server
21: Report DB 22: Examination Pass Information DB
23: encryption module 24: error verification word generation module
25: internal connection module 26: external connection module
27: Error verification module 28: Immigration report DB
29: Immigration Review Module

Claims (9)

As an automatic entry notification system,
In the internal connection module 25 of the airplane server 12, the user terminal 11 of the passenger on the airplane provides a connection means to the airplane server 12, and the airplane server 12 is connected from the user terminal 11 of the passenger. It is connected and provides a form for immigration notification to the user terminal 11.
The entry form written from the connected user terminal 11 is stored in the declaration form DB 21, and the error verification word generation module 24 generates an error verification word from the written declaration form, and the entry form written in the declaration form DB 21 save with
Identification data and error verification words in the immigration form are stored in the user terminal 11
After arrival at the destination, the airplane server 12 transmits the report stored in the report DB 21 to the immigration management server 13 and stores it in the immigration report DB 28.
The error verification module 27 of the immigration control server 13 compares the personal identification data transmitted from the user terminal 11 passing through the immigration checkpoint at a short distance and the error verification word with the data transmitted from the airplane server 12 and does not match. In this case, the immigration control server (13) is notified
The error verification module 27 also receives a part of the phone number of the user terminal 11 when receiving short-distance identification data and error verification words transmitted from the user terminal 11 and stores it in the immigration form DB 28,
The error verification word is a unique number generated for each user terminal.
The immigration review module 29 examines the report stored in the immigration report DB 28 and displays an error when a passenger with a problem passes through immigration.
The report DB 21 of the airplane server causes all data to be destroyed by itself after a certain period of time has elapsed.
The self-identification data, characterized in that it includes any one or more of name, passport number, and address, automatic entry notification system
delete According to claim 1, wherein the airplane server (12) connects to the immigration control server (13) of the destination before flight, characterized in that it receives the entry form provided to the user terminal (11) and a key for encryption, characterized in that, Immigration system

4. The method of claim 3,
The encryption module 23 encrypts the declaration form and stores it in the declaration form DB 21, an automatic entry notification system

delete delete [Claim 5] The automatic entry notification system according to claim 4, wherein when the error verification module 27 checks the error verification word, a verification design for easily confirming the match and inconsistency from the outside is displayed on the user terminal (11).
delete delete

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