KR101815078B1 - Method of adjusting auto taking-out for tax refund, server implementing thereof - Google Patents

Abstract

The present invention relates to a method of adjusting an automatic withdrawal for a tax refund and a server for implementing the automatic withdrawal for tax refund, and a method of adjusting the range of an automatic withdrawal amount in order to flexibly select an article to be automatically withdrawn in a tax refund process, We present a server that adjusts and decides this.

Description

[0001] METHOD OF ADJUSTING AUTO TAKING-OUT FOR TAX REFUND, SERVER IMPLEMENTING THEREOF [0002]

The present invention relates to a method of adjusting an automatic withdrawal in a departure place in a post tax refund system and a server implementing the same. More particularly, the present invention relates to a method of controlling automatic withdrawal in a departure place, .

Recently, the number of foreign tourists has increased and the number of post-tax exempt sites has increased due to the necessity and diversity of various shopping spaces in addition to shopping at existing duty free shops. The exempt duty-free workplace enters information so that foreign tourists who have purchased certain items at duty-free business sites will be able to refund the taxes included in the commodity price when they leave the country, and the refund system will provide the information provided by the exempt duty- Use the information related to departure to proceed with the refund if certain conditions are met.

As the number of post-tax exempt sites increases and the refund system for them increases, foreign tourists are increasingly shopping at post-tax exempt sites associated with two or more refund systems. However, in order to receive a tax refund, it must be confirmed that the purchased goods are exported to overseas. It is necessary to automate the export when the tourists concentrate at a time. Therefore, it is necessary to develop a method of implementing automatic export according to the scale of tourists and post - tax exemption, and a server and a client to implement it.

The present invention intends to increase the speed of the refund processing in the refund service.

The present invention aims to reduce the time spent in the refund and departure process by flexibly adjusting the goods judged as automatic withdrawal from the refund service according to the external circumstances such as the number of tourists and the refund request situation.

The present invention intends to adjust the automatic withdrawal amount by collecting the number of refund request requests received in real time or predicted for a predetermined period and the schedule of the departure port, and keep the interval from the currently set automatic withdrawal amount within a certain range.

The problems to be solved by the present invention are not limited to the above-mentioned problems, and other problems not mentioned here can be understood by those skilled in the art from the following description.

A method for adjusting an automatic export for tax refund according to an embodiment of the present invention includes the steps of: an automatic export decision server receiving cumulative data of an electronic document or refund request data corresponding to refund request data from a refund server; The export decision server includes a step of determining a range of an amount of money that can be automatically extracted from the received data, and the automatic export decision server transmits information on a range of the determined automatically exportable amount to the refund server.

A method for adjusting automatic withdrawal for tax refund according to another embodiment of the present invention includes the steps of: an automatic export decision server receiving an outbound schedule of a first departure station from a schedule server of a first departure station; Checking whether the refund request area is included in the transit area or the final destination, checking whether the number of passengers or arriving passengers in the refund request area is higher than a preset reference in the schedule, And a step of transmitting information on the range of the adjusted automatic withdrawal amount of the first departure place to the customs agency server.

The automatic export decision server for adjusting automatic export for tax refund according to an embodiment of the present invention includes an interface unit for transmitting and receiving data with at least one of a customs office server, a refund server or a schedule server, ; And a control unit for determining a range of an amount of money that can be automatically carried out using the information stored in the storage unit.

The present invention provides an effect of increasing the speed of the refund processing in the refund service.

The present invention provides an effect of reducing the time in the refund and departure process by resiliently controlling the goods judged as automatic withdrawal in the refund service according to the external circumstances such as the number of tourists and the refund request situation.

The effects provided by the present invention are not limited to the effects mentioned above, and other effects not mentioned here will be clearly understood by those skilled in the art from the following description.

FIG. 1 is a view showing a process and a configuration of each server when a foreign tourist purchases at a duty free shop according to an embodiment of the present invention.
FIG. 2 is a diagram illustrating a configuration between a refund client and refund servers according to an exemplary embodiment of the present invention. Referring to FIG.
FIG. 3 is a diagram illustrating a process of requesting a return client to request an export according to an embodiment of the present invention.
4 is a diagram illustrating a process in which an automatic unloading process according to an embodiment of the present invention is applied in a context-aware manner.
5 is a view showing a process of determining an automatic exporting object price range of an article to be automatically exported and providing it to the refund servers according to an embodiment of the present invention.
FIG. 6 is a diagram illustrating a process in which a return server according to an embodiment of the present invention transmits export prediction data.
FIG. 7 is a diagram illustrating a configuration of export prediction data accumulated and accumulated by a refund server according to an embodiment of the present invention.
8 is a diagram illustrating a process in which an automatic export decision server according to an embodiment of the present invention adjusts an upper limit of an amount of automatic export allowable amount according to a generation area of refund request data.
FIG. 9 is a diagram illustrating a process in which automatic export of goods is determined for each departure place according to an embodiment of the present invention.
FIG. 10 is a diagram illustrating a process of adjusting the range of the automatic withdrawal amount according to the circumstances of each departure area according to an embodiment of the present invention.
11 is a diagram illustrating a configuration of an automatic export decision server according to an embodiment of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention, and the manner of achieving them, will be apparent from and elucidated with reference to the embodiments described hereinafter in conjunction with the accompanying drawings. It should be understood, however, that the invention is not limited to the disclosed embodiments, but is capable of many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, To fully disclose the scope of the invention to those skilled in the art, and the invention is only defined by the scope of the claims. Like reference numerals refer to like elements throughout the specification.

In order to clearly illustrate the present invention, parts not related to the description are omitted, and the same or similar components are denoted by the same reference numerals throughout the specification. Further, some embodiments of the present invention will be described in detail with reference to exemplary drawings. In the drawings, like reference numerals are used to denote like elements throughout the drawings, even if they are shown on different drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In describing the components of the present invention, terms such as first, second, A, B, (a), and (b) may be used. These terms are intended to distinguish the components from other components, and the terms do not limit the nature, order, order, or number of the components. When a component is described as being "connected", "coupled", or "connected" to another component, the component may be directly connected or connected to the other component, Quot; intervening "or that each component may be" connected, "" coupled, "or " connected" through other components.

FIG. 1 is a view showing a process and a configuration of each server when a foreign tourist purchases at a duty free shop according to an embodiment of the present invention.

1, various merchant point clients 11, 12, 18 and 19 are arranged (N is a natural number of 2 or more). These merchant clients 11, 12, 18 and 19 are terminal devices owned by the merchant. When foreign tourists purchase the goods, they generate purchase data including the purchased goods and the amount of money and the passport information of the foreign tourist And provides purchase data to the contract refund server side through the network 50 in advance.

The refund process can be controlled by various operating entities, and the servers constituting the refund system can operate as 80 and 100, respectively. Hereinafter, the present invention refers to a refund system in which the entire refund process is controlled and the features of the present invention are applied as a whole. On the other hand, a system that partially shares information with the above-mentioned company's refund system and implements the refund process independently is referred to as a third-party refund system. The two reimbursement systems can be operated independently of each other, and they are integrated to point to a heterogeneous reimbursement system.

And directs the servers constituting each of the refund systems to the first-party refund server 100 and the third-party refund server 80, respectively. Each server sends and receives information to and from each client device, and can also send and receive information between the refund servers as needed.

Referring again to FIG. 1, the merchant clients 11, 12, 18, and 19 may connect to the first-party refund server 100 or the third-party refund server 80 according to preset items to transmit purchase data.

Each of the merchant clients 11, 12, 18, and 19 can send and receive data to the first-party refund server 100 or the third-party refund server 80 according to a predetermined protocol, To each other. For example, it means that one merchant client can generate purchase data in a format suitable for each different refund system.

The refund server saves the amount of money and the purchased items purchased by the tourists to the refund server of the refund system to which each merchant client subscribes, as purchase data.

FIG. 2 is a diagram illustrating a configuration between a refund client and refund servers according to an exemplary embodiment of the present invention. Referring to FIG.

The refund clients 201, 202, 203, and 204 may be arranged in various spaces such as a departure hall or a space for a city refund, an affiliated shop, or the like (N is a natural number of 2 or more). This means that there are various places where the refund clients (201, 202, 203, 204) can be placed according to the diversity of the refund process that the KCS has jurisdiction.

The refund clients 201, 202, 203, and 204 may access the refund server operated by one refund service entity to provide a service for refund to the tourists, but the present invention is not limited thereto, It is possible to provide a service for refund to tourists by accessing various refund servers operated by the service entity.

The refund clients 201, 202, 203, and 204 may be connected to the refund server through a network, or may be connected through a separate private security network.

When the details of the refund are sent using the receipts and passports purchased by the tourists through the refund clients 201, 202, 203, and 204 of FIG. 2, the refund servers 100 and 80 of the refund systems Collaboratively or individually, and provides it to the customs office server 90 so that it can be exported. This is illustrated in FIG.

FIG. 3 is a diagram illustrating a process of requesting a return client to request an export according to an embodiment of the present invention. The exporting process involves mapping the identification information of the output purchase data such as the receipt to the personal identification information of the passport or the like before the departure of the tourist, and processing the refund server to process the request and request the export to the customs agency server.

(E.g., passport identification information, identification information that the user has subscribed to the refund system, etc.) through the reading unit of the first refoulement client 201, As a result, the first refoulement client 201 can read the identification information of the tourist (S301). In this process, when the identification information of the tourist is not the passport identification information, the first refund client 201 can acquire the passport identification information required by the customs service server 90 through communication with the refund server 100 have.

The tourists input the output purchase data such as the receipt or image file provided in the course of purchasing through the reading unit of the first refoulement client 201. The first reversion client 201 extracts the identification information included in the output purchase data through barcode reading or QR code reading, and maps the identification information to tourist identification information (S302, S303). That is, the first refund client 201 maps the passport information of the tourist and the identification information of the purchase data, and transmits the refund request data to the refund server 100 (S310).

The reimbursement server 100 confirms whether it is purchase data issued by the first-party reimbursement system or purchase data issued by the third-party reimbursement system using the identification information of the mapped purchase data, and proceeds to the step S311 or S331.

Let's look at the S311 process in more detail. If the refund request data transmitted from the refund server 100 includes the refund request data issued by the refund system, the refund server 100 returns the refund request data and the information necessary for refunding (S315), and transmits the generated electronic document to the customs office server 90 to receive export approval data from the customs office server 90 (S320). In more detail, in step S320, the customs office server 90 confirms the received electronic document and transmits the export approval data to the refund server 100. The first-party refund server 100 stores in the database that the approval of the purchase of the relevant purchase data has occurred (S325), and transmits the refund result data including the information on the refund to the first refund client 201 (S330 ).

Let's take a closer look at the S331 process. If the refund request data transmitted in step S310 includes the purchase data issued by the third party refund system, the first refund server 100 checks whether the corresponding purchase data is issued by the third party refund system, And transmits the refund request data to the server 80 (S340). There are two embodiments in this process. In one embodiment, the first refund client 201 transmits the refund request data including the identification information of the third party refund system in the reading process 302 and the mapping process S303. In another embodiment, The client 201 transmits the refund request data including only the identification information of the purchase data without discriminating whether the refund system is the third party or the third party in the reading process 302 and the mapping process S303. In the latter case, the first-party refund server 100 can confirm the third-party refund system using the identification information of the purchase data. If not, the identification information of the purchase data is transmitted to the servers of the third- Or by transmitting the identification information of the purchase data to the customs office server 90. The third party refund server 80 generates an electronic document using the received refund request data in step S345 and transmits the electronic document to the customs office server 90. In step S320, 90) (S350). In more detail, in step S350, the customs service server 80 can confirm the received electronic document and transmit the export approval data to the third party refund server 90. [ The third-party refund server 80 stores in the database that the approval of the export of the relevant purchase data has occurred (S355), and transmits the refund result data including the refund information to the first-party refund server 100 (S360) . The first-party refund server 100 may selectively store the refund result data, and then the first-refund client 201 transmits the refund result data, which is also received by the first-party refund server 100, to the first refund client 201 (S365).

In FIG. 3, the return result data may include information on the export approval and information on automatic export. That is, among the items contained in the purchase data, the articles corresponding to a certain condition may be set to be automatically exported at the same time or at the same time as the export approval, and such items are exported without confirming the export through customs.

That is, through the process of FIG. 3, the customs service server 90 approves the export of the goods corresponding to the specific purchase data, and when the export of the goods is confirmed, the process of refunding the tax proceeds. For this purpose, there is a process of confirming the export of the goods. In this process, automatic export can be applied.

The automatic export can reduce the stagnation that occurs in the process of confirming the goods in such a manner that the goods of a certain value or less are taken out without confirming the separate export. However, since the tax refund should be made only for the goods that are not exhausted in Korea but exported to foreign countries, the automatic withdrawal will be automatically carried out for a fixed amount (for example, 100,000 won) or less. Process.

Hereinafter, in the present invention, automatic release of goods from an airport is not fixed to a specific amount, and context-awareness is applied so that the amount or item of the goods to be automatically exported can be determined according to a certain situation.

4 is a diagram illustrating a process in which an automatic unloading process according to an embodiment of the present invention is applied in a context-aware manner. More specifically, FIG. 4 shows that some of the products are set as automatic exporting in the process of generating the electronic document and receiving the export approval data (S320, S350) by the servers of the respective refund systems according to the embodiment of the present invention. The subject merchandise is a diagram showing the process of changing the situation according to the amount of money. Selection of the automatic export objects is not necessarily performed by the customs office server, but there may be a server that cumulatively checks whether or not the automatic export is performed. Hereinafter, an operation of an automatic export decision server that receives an electronic document from a plurality of refund systems and determines an amount of an article that can be automatically exported based on the received status information will be described.

The automatic export decision server receives an electronic document from a plurality of refund servers (S410). The received electronic document includes a document code, which is identification information of the electronic document, a business code of a refund window operating as identification information of the refund system, and a serial number, which is identification information of the purchase data. The sales date, And information on the item to be sold. In addition, the nationality of the purchaser may be included. If the received electronic document is separately stored in the automatic export decision server and requests for a later refund, the electronic document is refunded based on the stored electronic document.

The automatic export decision server accumulates and stores the information on the sales amount and the sales article, and selects the specific price range or specific article from the sales amount accumulated in the predetermined period and the sales article. That is, the range of the price that can be approved by automatic export is determined (S420). One embodiment of the range includes an upper limit of the price. This allows the automatic export to be linked to the sale of the goods and to combine situational awareness with the departure of tourists. In the past, the upper limit of the sales price of automatic export goods is 30,000 won. However, if the sales items accumulated through electronic documents are mapped from 31,000 won to 32,00 won, the sales price of automatic export goods can be set at 33,000 won have. This can guarantee the validity of the tax return while increasing the automatic export speed when the sales value of the auto-exported goods is increased or decreased in conjunction with the purchase pattern of the tourists or the value of the goods that the tourists buy.

The automatic export decision server determines the range of the sale price of the automatic exported article and then sets the automatic export approval for the electronic documents corresponding to the range of the sales price determined in the range of the previously stored electronic documents and transmits the same to the refund server (S430). (S440) whether or not the sale price of the electronic document is an object of automatic export approval to the refund servers for sending the electronic document to the automatic export decision server.

If the KCS server provides the function of the automatic export decision server, it can determine the selling price of the automatic export goods in the process of receiving the electronic document.

5 is a view showing a process of determining an automatic exporting object price range of an article to be automatically exported and providing it to the refund servers according to an embodiment of the present invention.

The automatic export decision server 500 includes an electronic document newly constructed by extracting only some information from data or an electronic document composed of an electronic document for a refund request transmitted by the first refund server 511 and the second refund server 512 Lt; / RTI > Hereinafter, this data is referred to as export prediction data. The expected export data includes the price of the item requesting the tax refund, the quantity of the item, the nationality of the purchaser, and the purchase time information. In addition, information on the urgency of the refund can be received together. This is because it is difficult to predict the departure time when a tourist requests a refund from the city center. However, when a refund request is made from a refund client located in the departure area, And it is also possible to predict that the export of the goods will be performed in a short period of time. The details will be described below.

The reimbursement servers 511 and 512 of different reimbursement systems generate an electronic document based on the refund request data transmitted by the respective refund clients, and transmit the export expected data therefrom. As described above, the export prediction data may include the electronic document as it is, or extract only some information from the electronic document. Also, although the refund request data is mapped to the purchase data and the identification information of the tourists, the expected export data is not limited to this, but may be a result of collecting a plurality of purchase data of a tourist, It could be a result.

The automatic export decision server 500 arranges the purchase amount for each purchase item from the received export prediction data to determine the range of the purchase amount that can be automatically carried out. In one embodiment, a certain range of the lower amount can be determined as the range of the amount of the automatic export by sorting in the order of the purchase amount. If the ordered amount of purchased items received within a certain reference time is sorted out, the result is that if 10,000 items are less than 30,000 won, and 1,000 items are 30,000 won or more, 30,000 won is determined as the upper limit or range of automatic exporting .

In another embodiment, an average is calculated by adding all the expected export data transmitted by a plurality of refund servers during a predetermined period, and then the amount is determined as the upper limit of the amount of automatic export as it is, or the upper limit of the amount of automatic export is determined . For example, if an amount of 10,000 items has been received and the average amount of those items is 60,000 won, 60% of the total amount of 36,000 won can be determined as the upper limit of automatic export.

In addition, it can be changed in conjunction with the upper limit of the previous automatic export to prevent the upper limit of the automatic export from changing due to the abnormal increase of specific articles. For example, if the upper limit of a previously determined automatic export is 50,000 won and the allowable width is 30%, the upper limit of automatic export calculated by the new standard may be determined to be 65,000 won, even if it is 100,000 won.

The automatic export decision server 500 transmits the information on the range of the automatic exporting determined in the step S525, for example, the information on the upper limit to each of the refund servers 511 and 512 (S531 and S532). The refund servers 511 and 512 may store the purchase data belonging to the range from the previously stored export approval data in accordance with the range of the received automatic export (S541, S542).

In another embodiment of the present invention, the refund servers 511 and 512 do not apply the changed range of the automatic withdrawal amount to the previously stored export approval data, but classify the refund request data transmitted by the refund clients as automatic export Can be set.

In addition, when the automatic export decision server 500 is separated from the customs service server 90, the automatic export decision server 500 transmits a range of the purchase amount that can be automatically carried out to the customs service server 90, You can instruct them to proceed.

The range of the automatically removable purchase amount determined in FIG. 5 may be changed in real time or may be changed with a predetermined time interval. For example, a range of amounts that can be automatically exported can be determined using data collected on a daily basis or on a weekly basis. When collecting data on a constant time basis, the reimbursement server does not need to transmit expected release data in real time.

FIG. 6 is a diagram illustrating a process in which a return server according to an embodiment of the present invention transmits export prediction data. In FIG. 6, the refund server provides an embodiment in which the expected export data for automatic export can be collected at a predetermined time interval. And the time unit for changing the upper limit of the automatic unloading is one day.

In the process of generating and processing the refund request data sent by the refund client during the one-day unit of the change time, the refund server accumulates the amount of the commodity per item and stores it as the expected export data (S610). Since the amount of the item varies, it can be accumulated only by the amount per item. In another embodiment, it can be accumulated within a certain amount of money. For example, if the currently set auto-export upper limit is A, the price range below A may be divided into sections, and the price range of A or more may be divided into sections to count the amount of each article by the number of articles in the section. When the amount of all goods is transferred to the automatic export decision server, it may take a long time for the automatic export decision server to process the data.

Thereafter, in step S620, it is transmitted to the automatic export decision server in step S610 at a predetermined time, in step S620.

FIG. 7 is a diagram illustrating a configuration of export prediction data accumulated and accumulated by a refund server according to an embodiment of the present invention. Returns information stored in the database maintained by the refund server.

Hereinafter, for the sake of convenience of explanation, the range of the amount of the article is indicated by Auto_TO as the upper limit of the currently set automatic export amount.

Price_Coverage means that the value of the goods is divided into a certain range. Product_Count is the number of items included in the purchase data that belongs to the scope and requested the refund.

When you divide the Price_Coverage again, it can be divided into Under_Half, Under_TO, Upper_Half, Upper_Twice, Upper_Tripple, and Upper_Unlimit. This range of distinctions can be categorized according to the Auto_TO and the refund and automatic export process.

Under_Half indicates a price that is less than half the price of Auto_TO, and the number of products corresponding to it is accumulated in Product_Count.

Under_TO indicates the price below Auto_TO and below Auto_TO, and the number of goods corresponding to it is accumulated in Product_Count.

Upper_Half is more than Auto_TO, indicating the price less than 1.5 times of Auto_TO, and the number of products corresponding to it is accumulated in Product_Count.

Upper_Twice indicates a price that is more than 1.5 times that of Auto_TO and less than twice that of Auto_TO, and the number of products corresponding to this is accumulated in Product_Count.

Upper_Tripple indicates a price that is more than 2 times Auto_TO and less than 3 times Auto_TO, and the number of products corresponding to it is accumulated in Product_Count.

Upper_Unlimit indicates the price that is more than three times the price of Auto_TO, and the number of products corresponding to it is accumulated in Product_Count.

In Fig. 7, the number of articles is accumulated according to each price range. This can be stored and maintained by the refund server. In addition, since the automatic export decision server 500 provides Auto_TO in step S532 of FIG. 5, the Under_Half, Under_TO, Upper_Half, Upper_Twice, Upper_Tripple, and Upper_Unlimit calculated by the refund server are the same for each unit time. Therefore, even if the cumulative export prediction data as shown in FIG. 7 is provided in a plurality of the refund servers, the automatic export decision server 500 can easily collect the estimated export data and determine the range of the purchase amount that can be automatically exported.

For example, if Auto_TO is 100,000 won, Under_Half, Under_TO, Upper_Half, Upper_Twice, and Upper_Tripple mean 50,000 won, 100,000 won, 150,000 won, 200,000 won and 300,000 won respectively, and Upper_Unlimit means more money.

As shown in FIG. 7, the data accumulated for a predetermined period can be generated as one data packet and transmitted once to the automatic export decision server 500, thereby preventing a load on the network.

The automatic export decision server 500 can determine the upper limit of the appropriate auto-exportable amount in the collected data. The data of the structure shown in FIG. 7 is received for each refund server, and the collected data is determined so that the automatic export can be performed for the articles within a specific range.

8 is a diagram illustrating a process in which an automatic export decision server according to an embodiment of the present invention adjusts an upper limit of an amount of automatic export allowable amount according to a generation area of refund request data.

Tourists can use a refund client located in the city center or a refund client located at the departure point. If tourists use a refund client placed in the departure hall, there is a high possibility that they will be asked to leave in a short period of time because they are scheduled to depart soon. Accordingly, each of the refund servers 511 and 512 may set the number of times of the refund request data, which is likely to be carried out in a short period of time, in real time or at a predetermined time interval according to the location of the refund client requesting refund, Lt; / RTI >

The automatic export decision server 500 confirms whether or not the automatic export is performed according to the Auto_TO, which is the information on the automatic export which has been determined previously. If the number of occurrences of the refund request data generated at the first departure station is higher than a preset reference at the first refund server 511 and the second refund server 512, the refund request data or the automatic The upper limit amount of the export can be lowered. For example, when the number of departing persons on a first departure day is 1000, and the number of times of occurrence of refund request data that can be generated based on the number of persons is set to 1500, the refund client of the first refund system And the refund clients of the second refund system transmit the refund request data and the number of times of the refund request data cumulatively provided by the first refund server 511 and the second refund server 512 is 4000 , It can be seen that an excessive number of people or a large number of items they have purchased request a refund. In this case, the automatic export decision server 500 temporarily adjusts the amount of the goods that can be automatically taken out, and transmits the adjusted amount to the customs office 90 and the refund servers 511 and 512.

The refund servers 511 and 512 may store the purchase data belonging to the range from the previously stored export approval data in accordance with the range of the received automatic export (S831, S832). As a result, more goods can be automatically exported, and the goods can be smoothly taken out so that tourists can leave the country quickly.

In the above-described embodiment, the automatic export decision server 500 can change the amount of the goods that can be automatically taken out in consideration of the value of the sold goods or the congestion at a certain departure place, and the range of the changed amount, Can be transmitted to the refund servers and the customs office servers.

The embodiments of FIGS. 4 to 8 are summarized as follows.

The automatic export decision server receives cumulative data of the electronic document or the refund request data corresponding to the refund request data from the refund server in order to adjust the automatic export for tax refund, Determine the scope of the amount. In this process, the amount that can be automatically exported is set to be within a certain difference based on the previously set automatically exportable amount, so that the validity of the tax refund can be guaranteed. Then, the automatic export decision server transmits information on the range of the automatically exportable amount determined above to the refund server.

Here, as shown in FIG. 4, the automatic export decision value can be determined by collecting information received by the automatic export decision server. More specifically, the automatic export decision server receives all or a part of the information of the electronic document corresponding to the refund request data from the refund server, and automatically outputs the goods calculated by accumulating the price per item in all or a part of the received electronic document The upper limit of the new automatic withdrawal amount can be determined according to the ratio of the automatic withdrawal representative value to the upper limit of the currently set automatic withdrawal amount. The automatic export representative value is a representative value that can be automatically exported, and an average value, a mode value, and the like can be applied. In addition, the price of the most occurring or average goods within the range of the maximum allowable amount of automatic export can be selected as the automatic export representative value. For example, if the maximum amount of auto-exportable amount set by the customs office is 150,000 won, and the amount of money currently applied by the automatic export decision server is 120,000 won, it is readjusted to 130,000 won or 140,000 won .

On the other hand, if it is currently 120,000 won, but many items are distributed under 80,000 won, the upper limit of the amount that can be automatically exported can be adjusted to 90,000 won.

In another embodiment, as shown in FIG. 5, the automatic export decision server may receive the export prediction data, which is accumulated data of the refund request data, from the refund server. At this time, The upper limit of the new automatic withdrawal amount can be determined according to the ratio of the automatic withdrawal representative range and the upper limit of the set automatic withdrawal amount. As shown in FIG. 7, the representative range is automatically determined based on the upper limit of the current automatic unloadable amount, and the quantity of the goods corresponding to the interval and requested to be refunded can be accumulated. In another embodiment of the present invention, the number of articles may be accumulated without changing the predetermined representative range. This can be applied variously according to the embodiment.

Meanwhile, the above-described automatic export decision server is included in the customs service server, and the customs service server can provide all the functions of the automatic export decision server described above. Alternatively, the automatic export decision server may transmit information on the range of the amount of money that can be automatically exported to the customs office server. In this case, the automatic export decision server can operate independently of the customs office server.

FIG. 9 is a diagram illustrating a process in which automatic export of goods is determined for each departure place according to an embodiment of the present invention. In FIG. 8, when the refund is expected at the first departure hall, the first departure hall monitors the refund request status and temporarily adjusts the amount of the automatic withdrawal if there is a large amount of refund request data.

When the first return server 511 changes the range of the automatic leaving of the departure place sent to the automatic leaving decision server 500 in the structure in which the refund request is received from the refund clients of various departure places, . The first reversion server 511 transmits a list of the export approval data changed to the automatic export to the customs office server 90 so as to synchronize the information stored in the customs agency server 90 with the information stored in the reversion server 511 Can be achieved. The details will be described below.

8, the automatic export decision server 500 may adjust the upper limit amount of the automatic export when the number of times of the refund request data generated in the first departure hall is higher than the standard (S910). Then, the information of the amount range of the adjusted automatic unloading upper limit at the first departure hall is transmitted to the first reversion server 511 (S915). The first return server 511 can change the export approval data stored in the first departure hall to the automatic export (S920). In addition, a list of modified export approval data is transmitted to the customs service server 90. That is, the change of the first departure date occurrence acceptance permission data is transmitted (S925). For example, the identification information of the electronic document corresponding to the purchase data of the article temporarily changed to the automatic export destination can be transmitted, although the automatic withdrawal was not performed at the time of the refund request, and the customs office server 90 transmits it to the automatic export decision server 500, and can be updated in real time. As a result, during the process of passing through customs at the first departure station, the goods to be automatically exported shall be allowed to leave without any confirmation.

Meanwhile, the first refund server 511 has the refund clients disposed in the second departure location, and provides the number of times of the refund request data received through the refund request data to the automatic export decision server 500 as shown in S801 and S802 of FIG. 8 The automatic export decision server 500 may adjust the upper limit amount of the automatic export when the number of times of the refund request data generated for the second departure hall is higher than the standard (S930). Then, the information on the amount range of the adjusted automatic unloading upper limit at the second departure hall is transmitted to the first reversion server 511 (S935). The first return server 511 can change the export approval data stored in the second departure hall to the automatic export (S940). In addition, a list of modified export approval data is transmitted to the customs service server 90. That is, the change of the second departure date occurrence acceptance permission data is transmitted (S945). For example, the identification information of the electronic document corresponding to the purchase data of the article temporarily changed to the automatic export destination can be transmitted, although the automatic withdrawal was not performed at the time of the refund request, and the customs office server 90 transmits it to the automatic export decision server 500, and can be updated in real time. As a result, during the process of passing through customs at the 2nd departure station, the goods to be automatically exported shall be allowed to leave without any confirmation.

9, when the automatic export decision server 500 receives the number of times of the refund request data generated at the first departure hall and the number of times of the refund request data generated at the first departure hall is higher than the preset reference, It is decided to lower the upper limit of the possible amount so that the automatic departure can be adjusted so that congestion can be avoided in the process of departing a large number of persons at a time at the first departure hall. In addition, the refund server 511 can change the previously-stored export approval data after receiving the information on the range of the automatically exportable amount transmitted by the automatic export decision server, and the refund server 511 can change To the customs office server 90.

FIG. 10 is a diagram illustrating a process of adjusting the range of the automatic withdrawal amount according to the circumstances of each departure area according to an embodiment of the present invention.

The first departure location schedule server 1010 transmits the departure schedule within the specific period of the first departure place to the automatic export decision server 500 (S1015). A specific period means sharing a predetermined schedule. For example, the first departure location scheduling server 1010 may transmit the next day schedule of the first departure place to the automatic export decision server 500 at 10:00 pm the day before. In another embodiment, the schedule for the next three days of the first departure hall can be transmitted to the automatic export decision server 500.

At this time, the schedule information may be the arrival area of the departing aircraft or the nationality of a plurality of passengers of the aircraft. It includes information on the pattern of refund request for a specific area, for example, whether a number of tourists who are nationals of country A are leaving.

The automatic export decision server 500 collects schedules in which the multi-refund request area is the stop route or the final destination in the departure schedule within the corresponding period received in step S1015 (S1020), and predicts whether the occurrence of the refund request will increase. As a result, the range of the automatic withdrawal amount is adjusted at the first departure place (S1030). In one embodiment, when a number of flights having a final destination of station A are scheduled, a number of items frequently purchased by tourists of country A are a certain amount, for example, 110,000 won, and the currently set automatic export amount is 100,000 won , The upper limit of automatic withdrawal amount can be raised to 110,000 won on the day to avoid the congestion of the first departure place. In this process, it is also possible to set the automatic withdrawal amount to 110,000 won for the goods purchased by tourists of a specific nationality.

The automatic export decision server 500 can transmit to the customs agency server 90 a range of the automatic export amount adjusted at the first departure hall. Examples of the kind of the information to be transmitted may be the identification information of the first departure place, the upper limit of the automatic withdrawal amount, nationality to be applied, and the like. The customs service server 90 uses the received information, and the customs service server 90 proceeds with S320 and S350 with the refund servers 100 and 80 as shown in FIG. More specifically, the electronic document is received from the refund server, and the automatic withdrawal approval data is determined according to the range of the automatic withdrawal amount applicable to the period, and the export approval data is transmitted to the refund server (S1040). As a result, it is possible to speed up the departure process at the first departure hall by confirming the changed automatic withdrawal status more quickly at the refund client.

10, the automatic export decision server receives the departure schedule of the first departure place from the schedule server of the first departure place (S1015). In the schedule of the received first departure place, the multi-referee request area is included in the stop or final destination (S1020), it is possible to check whether the number of passengers passing through the multi-refund request area is higher than a preset reference, and to adjust the range of the automatic withdrawal amount at the first departure point by reflecting the confirmed result (S1030 ). Then, the information on the range of the adjusted automatic withdrawal amount of the first departure hall can be transmitted to the KCS (S1035).

In the process of FIG. 10, the adjustment of the automatic export is applied only for a specific period of the specific departure area, and the automatic export is applied according to the range of the originally set outgoing amount for the other departure or another period.

11 is a diagram illustrating a configuration of an automatic export decision server according to an embodiment of the present invention. The automatic export decision server 500 for adjusting automatic export for tax refund comprises an interface unit 1110, a storage unit 1120, and a control unit 1130. The interface unit 1110 transmits and receives data to one or more of a customs office server, a refund server, or a schedule server. The storage unit 1120 stores information received by the interface unit. The controller 1130 determines the range of the amount of money that can be automatically exported using the information stored in the storage unit 1120.

4 to 7, the interface unit 1110 receives all or part of the electronic document corresponding to the refund request data from the refund server, and the control unit 1130 receives the electronic document corresponding to the refund request data, The upper limit of the new automatic withdrawal amount can be determined according to the ratio of the automatic withdrawal representative value and the upper limit of the currently set automatic withdrawal amount by selecting the representative value of the automatic withdrawal of the article which is calculated by accumulating the value per item in the whole or part thereof.

5 to 7, the interface unit 1110 receives the export prediction data, which is accumulated data of the request data for the refund, from the refund server, and the control unit 1130 extracts, from the received export prediction data, The upper limit of the new automatic withdrawal amount can be determined according to the ratio of the automatic withdrawal representative range and the upper limit of the set automatic withdrawal amount by selecting the range.

8, the interface unit 1110 receives the number of occurrences of the refund request data generated at the first departure hall, and the control unit 1130 determines whether the number of occurrences of the refund request data generated at the first departure hall exceeds a preset reference It is possible to decide to lower the upper limit of the amount of the automatically exportable amount.

10, when the interface unit 1110 receives the departure schedule of the first departure place from the schedule server of the first departure place, the control unit 1130 judges whether or not the schedule of the first departure place Check whether the request area is included in the stop route or the final destination and confirm whether the number of passengers passing by or the number of arriving passengers in the request area is higher than the predetermined standard in the schedule received previously and then, Can be adjusted. In addition, the interface unit 1110 can transmit information on the range of the adjusted automatic withdrawal amount of the first departure hall to the customs agency server.

In addition, the controller 1130 may include the number of passengers passing through the multi-referee request area or the number of arriving passengers by nationality in the confirmed result so as to adjust the objects that can be automatically unloaded by nationality differently, The range of the amount of the export can be adjusted differently.

Although the present invention has been described with reference to an amount of an article as a standard for automatic exporting, the present invention is not limited thereto. When an item of goods for automatic export is determined, the item of the item can be determined in the same way as the method of determining the amount of information. For example, if the total amount of the items to be refunded is equal to or greater than a certain percentage, the automatic withdrawal may be temporarily determined for the article, which may be determined through the process of FIGS. 4 to 10, Information can be provided to the refund server and the customs office server.

When the present invention is applied, the refund processing speed can be increased in the refund service. In particular, the automatic export decision server according to the embodiment of the present invention can flexibly adjust the article determined as the automatic export in the refund service according to the external circumstances such as the number of tourists, the refund request situation, and the like. As a result, time in the refund and departure process can be reduced.

The automatic export decision server according to an embodiment of the present invention adjusts the automatic export amount by collecting the number of refund request requests received in real time or predicted for a predetermined period and the schedule of the departure place, The congestion of the departure hall due to the automatic export can be controlled based on the situation recognition data.

It is to be understood that the above-described embodiments are to be considered in all respects as illustrative and not restrictive, and the scope of the present invention will be indicated by the appended claims rather than by the foregoing detailed description. It is intended that all changes and modifications that come within the meaning and range of equivalency of the claims are to be embraced within their scope.

11, 12, 18, 19: Merchant client
80, 100, 511, 512: the refund server
201, 202, 203, 204: refund client
90: Customs Service
500: Automatic export decision server

Claims (13)

The automatic export decision server receiving cumulative data of the electronic document or the refund request data corresponding to the refund request data from the refund server;
Receiving the departure schedule of the first departure station from the schedule server of the first departure station;
The automatic export decision server confirms whether the multi-refund request area is included in the stop route or the final destination in the schedule of the received first departure address, and checks whether the number of passengers or arriving passengers in the multi-refund request area is higher than a preset reference Adjusting the range of the amount of money that can be automatically taken out at the first departure hall to reflect the confirmed result;
Wherein the automatic export decision server determines a range of the adjusted automatic export amount; And
And the automatic export decision server includes a step of transmitting information on a range of the determined automatically unloadable amount to the refund server.
The method according to claim 1,
The receiving step
The automatic export decision server receiving all or some information of the electronic document corresponding to the refund request data from the refund server,
The step of determining
Selecting an automatic export representative value of the article calculated by accumulating the price per item in all or part of the received electronic document; And
Determining the upper limit of the new automatic withdrawal amount according to the ratio of the automatic withdrawal representative value to the upper limit of the currently set automatic withdrawal amount.
The method according to claim 1,
The receiving step
Wherein the automatic export decision server includes receiving, from the refund server, export estimation data, which is accumulated data of the refund request data,
The step of determining
Selecting an automatic export representative range from the received export prediction data; And
Determining an upper limit of the new automatic withdrawal amount according to the ratio of the automatic withdrawal representative range to the upper limit of the set automatic withdrawal amount.
The method according to claim 1,
Wherein the automatic export decision server further comprises transmitting information on a range of the automatically exportable amount to the customs office server or the customs office server in the customs service server.
The method according to claim 1,
The receiving step
And receiving the number of occurrences of the refund request data generated in the first departure hall by the automatic export decision server,
The step of determining
Determining to lower the upper limit of the amount of the automatically deliverable amount when the number of times of the occurrence of the refund request data generated at the first departure station is higher than a preset reference,
Wherein the refund server further comprises a step of changing the export approval data previously stored after receiving the information on the range of the automatically exportable amount transmitted by the automatic export decision server and adjusting the automatic export for tax refund Way.
The automatic export decision server receiving the departure schedule of the first departure station from the schedule server of the first departure station;
Confirming whether the multi-refund request area is included in the stop route or the final destination in the schedule of the received first departure area;
Confirming whether the number of passengers or passengers passing through the multi-refund request area is higher than a preset reference in the schedule;
Adjusting the range of the automatic withdrawal amount at the first departure hall to reflect the confirmed result; And
And transmitting to the customs office server information on a range of the adjusted automatic withdrawal amount of the first departure hall.
The method according to claim 6,
The method of adjusting automatic export for tax refund to include the number of passengers passing through the multi-refund request area or the number of passengers by nationality in the confirmed result.
An interface unit for transmitting and receiving data with any one or more of a customs office server, a refund server, or a schedule server;
A storage unit for storing information received by the interface unit; And
And a controller for determining a range of an amount of money that can be automatically carried out using the stored information,
When the interface unit receives the departure schedule of the first departure place from the schedule server of the first departure place,
The control unit checks whether the number of the passengers or departure passengers in the multi-refund request area is higher than a preset reference in the schedule by checking whether the multi-refund request area is included in the stop route or the final destination in the schedule of the received first departure area, Adjust the range of the automatic exit amount of the first departure gate to reflect the result,
And the interface unit transmits information on a range of the adjusted automatic withdrawal amount of the first departure hall to the customs office server, the automatic withdrawal determination server adjusting the automatic withdrawal for tax refund.
9. The method of claim 8,
The interface unit receives all or part of the electronic document corresponding to the refund request data from the refund server,
The control unit selects a representative value of automatic export of the article calculated by accumulating the value of each article in all or a part of the received electronic document, and selects a new automatic export / import representative value according to the ratio of the automatic export representative value to the upper limit of the currently set automatic export amount Automatic export decision server that adjusts automatic export for tax refund, which determines the upper limit of the amount.
10. The method of claim 9,
The interface unit receives the export prediction data, which is accumulated data of the refund request data, from the refund server,
The control unit selects an automatic export representative range from the received export forecast data and determines an upper limit of a new automatic export amount according to a ratio of the automatic export representative range to the upper limit of the set automatic export amount, Automatic export decision server to adjust.
9. The method of claim 8,
The interface unit receives the number of occurrences of the refund request data generated at the first departure hall,
Wherein the controller determines to lower the upper limit of the automatically exportable amount when the number of times of the refund request data generated at the first departure hall is higher than a preset reference, and adjusts automatic export for tax refund.
delete 9. The method of claim 8,
Wherein the control unit includes the number of passengers passing through the multi-refund request area or the number of passengers by nationality in the confirmed result, and adjusts the automatic export for tax refund.

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