KR20010025153A - Application system of vending machine using ic card - Google Patents

Abstract

PURPOSE: An operating system for vending machine capable of controlling a plurality of vending machines using an IC card as a host through wire or wireless communications is provided, which effectively controls a plurality of vending machines without inconveniencing the use of a special terminal and has an effect on providing various services. CONSTITUTION: This operating system for vending machine comprises an IC card reader, a vending machine containing a transmitting section for transmitting a data read out at the IC card reader; a receiving section, a first storing section, an analyzing section for analyzing the truth and falsehood of the data stored at the first storing section, a plurality of storing sections for storing the data of the first storing section identified as the truth at the analyzing section by IC card issuing organs contained in the data; a host comprising a transmitting section for transmitting the data stored at the plurality of the second storing section to relevant IC card issuing organs.

Description

Vending machine application system using IC card {APPLICATION SYSTEM OF VENDING MACHINE USING IC CARD}

The present invention relates to a vending machine, and more particularly to an application system of the vending machine.

A vending machine is a device that is usually operated as an unmanned system and designed to purchase standardized goods using cash. Its types are beverages using cups, beverages using cans, newspapers and magazines, printing media and toothbrushes. Various types of products, such as daily necessities, and standardized foods such as cup ramen, are being expanded, and their application range is gradually expanding.

By the way, since the general vending machine has to use cash, there has been a problem that the vending machine operator has to collect and supplement the cash from time to time, but recently, a method of purchasing an item from the vending machine using an IC (Integrated Circuit) card has been proposed. .

However, such a system requires a device for collecting a purchase transaction record generated through an IC card, for example, a RAM PACK, and the vending machine operator collects the RAM pack to read a purchase transaction record in a terminal capable of reading the ram pack. It must be sent to the collection point. That is, in this system, a device such as a rampack is essential, and an operator needs to collect a rampack and use a terminal again.

The present invention was devised to solve the above problems of the vending machine, and an object of the present invention is to provide a vending machine that does not require an apparatus for collecting purchase records generated through an IC card such as a ram pack in a vending machine using an IC card. will be.

Another object of the present invention is to provide a vending machine that can expand the function of the vending machine.

Other objects of the present invention will be understood from the following detailed description and drawings.

1 is a schematic configuration diagram of a vending machine application system according to a preferred embodiment of the present invention

2 is an internal block diagram of a system for purchasing goods in an embodiment according to the present invention;

3 is a flow chart illustrating a method according to the embodiment of FIG.

4 is an internal block diagram of a system related to IC card charging in an embodiment according to the present invention;

5 is a flow chart illustrating a method according to the embodiment of FIG. 4.

6 is an internal block diagram of a system related to transfer transactions in an embodiment according to the present invention.

7 is a flow chart illustrating a method according to the embodiment of FIG. 6.

8 is an internal block diagram of a system that can find in the vending machine the goods requested to purchase in the Internet shopping mall according to an embodiment of the present invention

9 is a flow chart illustrating a method according to the embodiment of FIG. 8.

Explanation of symbols on the main parts of the drawings

10: vending machine 30: host

50: card issuer 3: IC card reader

In order to achieve the above object, the present invention provides a vending machine having an IC card reader and a transmitter for transmitting data read from the IC card reader; A receiving unit for receiving data transmitted from the transmitting unit of the vending machine, a first storage unit storing data transmitted from the vending machine received at the receiving unit, an analyzing unit analyzing the authenticity of the data stored in the first storage unit, A plurality of second storage units for storing data of the first storage unit analyzed by the analysis unit for each IC card issuer included in the data; and each IC corresponding to data stored in the plurality of second storage units. Provided is a vending machine operating system including a host having a transmitting unit for transmitting to a card issuer.

The IC card reader of the vending machine is preferably applicable to both contact and contactless cards.

Communication with the vending machine and the host may be wireless or wired.

Data generated by reading the IC card from the IC card reader includes card issuing agency information, vending machine operator information, card owner information, and transaction amount information.

The present invention also provides a vending machine operating system capable of charging an electronic wallet of an IC card issued to a card issuing institution for the purpose of extending the use range of the vending machine, which reads the IC card and requests the electronic wallet of the IC card. An IC card reader capable of charging an amount of money, an input device for inputting charging information, a communication unit for transmitting data to the outside and receiving external data, a display unit for displaying the data received from the communication unit; A vending machine having an instruction unit for causing the IC card reader to charge the electronic wallet of the IC card based on the data received from the communication unit; A first communication unit communicating with the communication unit of the vending machine, a storage unit storing data received by the first communication unit, a second communication unit communicating with the card issuing engine, and data received by the first communication unit To the card issuing institution through the second communication unit, to analyze the result information received through the second communication unit, and to associate the analyzed information with related information in the storage unit. A host including a control unit for recording and transmitting to the communication unit of the vending machine through the first communication unit; A communication unit communicating with the host and checking the account balance of the cardholder according to the data received from the host, performing a transfer transaction to another account if there is an account balance, and transmitting the confirmation and transfer transaction results to the communication unit. It provides a vending machine operating system including a card issuing engine server including a control unit.

The present invention also provides an vending machine operating system capable of making transfer transactions using an IC card, including: an IC card reader for reading an IC card, an input device for inputting transfer transaction information, and data transmission to the outside; A vending machine having a communication unit capable of receiving external data and a display unit displaying the data received by the communication unit; A first communication unit communicating with the communication unit of the vending machine, a storage unit storing data received by the first communication unit, a second communication unit communicating with the card issuing engine, and data received by the first communication unit To the card issuing institution through the second communication unit, to analyze the result information received through the second communication unit, and to associate the analyzed information with related information in the storage unit. A host including a control unit for recording and transmitting to the communication unit of the vending machine through the first communication unit; A communication unit communicating with the host and checking the account balance of the cardholder according to the data received from the host, performing a transfer transaction to another account if there is an account balance, and transmitting the confirmation and transfer transaction results to the communication unit. It provides a vending machine operating system including a card issuing engine server including a control unit.

The present invention also provides an IC card reader, an article storage unit for storing a plurality of articles, and an article outlet for finding the article, in order to provide a vending machine operating system that can find items requested for purchase in an internet shopping mall. And an input device for inputting related shopping mall information, a communication unit capable of transmitting and receiving to and from the outside, a display unit displaying data received from the communication unit, and data according to signals input from the input device and the card reader. A vending machine including a control unit for generating and sending the data to the communication unit and sending the article to the article outlet in the article storage unit according to the data received from the communication unit; A first communication unit communicating with the communication unit of the vending machine, a storage unit storing data received by the first communication unit, a second communication unit communicating with an internet shopping mall related to internet shopping mall information input through the input device of the vending machine; And storing the data received from the first communication unit in the storage unit, analyzing the data on whether to approve the transaction received in the second communication unit, recording the data in association with the data stored in the storage unit, and the first communication unit. A host including a control unit for transmitting to the vending machine through; A communication unit communicating with the host, a storage unit storing a list of items requested by a user, and a list of items in the storage unit according to data received from the host, and determining whether to approve a transaction and determining whether to approve a transaction. It provides a vending machine operating system including an internet shopping mall including a control unit to transmit data to the.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an overall configuration diagram of a vending machine operating system according to an embodiment of the present invention. As shown, the system of the present embodiment includes a plurality of vending machines 10 and a host 30 in communication with the vending machine 10. The host communicates with the card issuing company 50.

FIG. 2 is an internal block diagram of the vending machine 10 and the host 30 shown in FIG. 1, wherein the vending machine 10 includes an IC card reader 3 and an article storage unit 11 for storing a plurality of articles. And an article outlet 19 through which the article can be found, an input device 1 through which the user can select the article, a data storage section 9, a control section 7 and a transmitter section 13 Doing.

The vending machine further includes a timer, a display unit 15 for displaying the balance of the electronic wallet of the IC card, and a statement issuing unit 17 for outputting the specification.

The IC card reader 3 has an input unit 71 for recognizing an IC card, and an IC card control module 73 capable of reading the IC card and subtracting the amount of the electronic wallet of the IC card. It is preferable that the input unit can be applied to both a contactless or RF contactless card. Therefore, in this case, the input unit has both the contact module 91 and the RF module 93. The IC card control module is, for example, a SAM module.

The data storage unit 9 (hereinafter referred to as a storage unit) stores the transaction information, the vending machine operator information, etc., in which the goods are selected and traded.

The control unit 7 causes the storage unit 9 to store information of the IC card read through the IC card reader 3 and stores the storage unit 9 according to the article selected by the input device 1. The control module 73 of the IC card reader 3 to subtract the amount of the IC card wallet, store the transaction details in the storage unit 9 by the transaction price stored in Discharge through the article outlet 19, if the user's request is issued through the specification issuance unit 17, and displays the necessary information during the process on the display unit 15, The stored data is transmitted to the outside during the processing.

The data transmitted at this time is data generated by reading the IC card from the IC card reader 3 and includes card issuing organization information, vending machine operator information, card owner information, and transaction amount information. The card generating agency information and the cardholder information are obtained from the IC card reader 3, the vending machine operator information is grasped through the information previously stored in the storage unit 9 of the vending machine 10, and the transaction amount information is The IC card owner grasps the goods transaction using the IC card, that is, the amount information subtracted from the electronic wallet of the IC card, and grasps the information in the storage unit 9 after the transaction.

On the other hand, the host 30 is the receiving unit 31 for receiving the data transmitted from the transmitting unit 13 of the plurality of vending machines, and the data transmitted from the plurality of vending machine 10 received by the receiving unit 31 for each vending machine The first storage unit 33 to store, the analysis unit 35 for analyzing the authenticity of the data stored in the first storage unit, and the first storage unit 33 analyzed by the truth in the analysis unit 35 A plurality of second storages 37 for storing the data of each IC card issuing institution included in the data, and each of the IC card issuing agencies 50 corresponding to the data stored in the plurality of second storages 37. And a transmission unit 39 for transmitting the data.

The transmitting unit 13 of the vending machine transmits data to the receiving unit 31 of the host 30 by wireless or wired. In this case, when the wire is used, the installation cost is excessive and there is difficulty in management. Preferably, the wireless bar is used, for example, a method such as a wireless telephone can be applied.

On the other hand, in the vending machine 10, the timer 5 is not essential, but the timer 5 is to check the time in transmitting data temporarily stored in the storage unit 9 to the host 30 at a predetermined time interval. This is unnecessary when transmitting in real time.

FIG. 3 is a flow chart showing the method according to the embodiment of FIG. 2, illustrating the contact type IC card reader 3 as an example. First, when the user inserts the IC card into the IC card reader 3 (S100), when the IC card reader 3 reads the IC card (S102) and selects an item type (S104), the transaction amount of the selected item It is determined whether the payment can be made with the electronic wallet of the IC card (S106), and if the balance of the IC card electronic wallet is insufficient, it is possible to purchase goods on the vending machine. For example, "lack of balance" and the like are displayed (S108). Subtract the amount corresponding to the item type selected in the control module 73 (e.g. SAM module) inside the IC card reader 3 from the IC card (S110) and store the transaction value information in the storage unit 9 at the same time. (S112), the article storage unit 11 to be discharged to the article outlet 19 (S114). At this time, the card owner can go to the card (S122), if necessary (S116) may output the specification (S118), the transaction history is displayed through the display unit 15 (S120).

Next, the cardholder information and the card issuing agency information are taken from the IC card reader 3, and the transaction amount information and the vending machine operator information are taken from the storage unit 9, and the data is stored again in the storage unit 9. (S112) )

Thereafter, the data-formed information is transmitted to the host 30 through the transmitter 13, that is, the wireless module unit, in real time or at a predetermined time interval (S124).

The data received by the receiver 31 of the host 30 is separately stored in the first storage unit 33 based on the vending machine operator information among the data (S126). The data is analyzed by the analysis unit 35 (S128) to determine the authenticity, and stores only authentic data in the second storage unit 37, which is a storage unit for each card issuing company (S130). The card issuing company 50 is transmitted to the card issuing company 50 at a predetermined time interval or in real time (S132), so that the card issuing company 50 can perform the necessary work, for example, transfer the transaction amount to the vending machine's account.

On the other hand, in the case of using a non-contact card, after the user selects an item, when the IC card is brought close to the card reader 3 having the RF module 93, the transaction amount is subtracted from the IC card. The method is as described above.

FIG. 4 is an internal block diagram showing a second embodiment of the vending machine operating system according to the present invention. The same parts as those described in FIG. 2 are designated by the same reference numerals, and detailed description thereof will be omitted. This embodiment differs from the first embodiment in that the host 30 performs two-way communication with the card issuing engine 50 and the vending machine 10 also transmits and receives with the host 30.

This embodiment is a system for charging the electronic wallet of the IC card in real time through the vending machine. As shown in FIG. 4, a vending machine 10 capable of reading the IC card and charging the electronic wallet is provided. And a host 30 for communicating with the vending machine 10 and a card issuing engine 50 for communicating with the host 30 and approving the charging of the electronic wallet of the IC card owner.

The vending machine 10 reads the IC card, allows the IC card electronic wallet to charge the requested amount of money, an IC card reader 3, an input device 1 for inputting charging information, and data to the outside. A communication unit 21 capable of transmitting and receiving external data, a data storage unit 9, a display unit 15 displaying data received from the communication unit, and a control unit 7 controlling the components Has)

The IC card reader 3 has a card input unit 71 and a control module 73 similar to that described in the first embodiment, and in this embodiment, the control module 73 can charge the electronic wallet of the card. There is a difference in what can be done.

The input device 1 is an input device having a shape such as a keyboard, and the storage unit 9 stores vending machine owner information and information input from the input device 1 and the card input unit 71 of the IC card. Doing.

The control unit 7 converts the information of the storage unit 9 into data, sends data to the host 30 through the communication unit 21, and based on the data received from the communication unit 21, the IC card reader ( 3) charges the electronic wallet of the IC card, and also displays the necessary information via the display unit 15.

The vending machine 10 and the host 30 are preferably wirelessly communicated as in the first embodiment, and data transmitted from the vending machine 10 to the host 30 includes cardholder information, card issuing organization information, and the like. There is charging information input through the input device 1, vending machine owner information. The cardholder information may include the owner's account number information.

The host 30 receives the first communication unit 41 in communication with the communication unit 21 of the vending machine 10, the second communication unit 47 in communication with the card issuing engine, and the first and second communication units. And a storage unit 45 for storing the data, and a control unit 43.

The control unit 43 stores the data received from the vending machine 10 in the storage unit 45 and at the same time the card issuing engine 50 through the second communication unit 47 based on the card issuing engine information. Request a charge approval, and analyzes the result information received through the second communication unit 47, records the analyzed information in association with the relevant information in the storage unit 45 and at the same time the first communication unit 41 Is transmitted to the communication unit 21 of the vending machine.

On the other hand, the card issuing agency 50 checks the account holder of the cardholder according to the communication unit 51 and the host 30 and the data received from the host 30, and if there is an account balance, the other account And a control unit 53 for performing a transfer transaction and transmitting the confirmation and transfer transaction result to the communication unit.

In this case, the other account refers to the account that manages the electronic wallet of the card issued by the company, that is, the account that stores the amount to be paid to the object or service provider when the user purchases or receives the service using the electronic wallet. it means.

Fig. 5 is a flowchart explaining the operation relationship of the second embodiment according to the present invention having the above-described configuration, which will also be described with reference to a contact IC card.

First, when the user inserts the IC card into the IC card reader 3 (S140), the IC card reader 3 reads the IC card (S142), and the user inputs the charging information through the input device 1 such as a keyboard. When inputting (S144), necessary information such as input charging information and information obtained from the card is stored in the storage unit (9) (S146) and at the same time the host 30 through the communication unit together with data such as vending machine information recorded in the storage unit. (S148)

The host 30 stores the data in the storage unit and transmits the data to the card issuing engine 50 (S150).

The card issuing agency 50 performs the necessary account verification and account transfer based on this data. First, the account issuance (S154) is performed. In the normal case, the necessary account transfer is performed (S156). It is determined that the electronic wallet is inadequate for charging, and the normal case and the inappropriate case are distinguished, and the result is converted into data and transmitted back to the host 30 (S158) (S166), and the host 30 is associated with this data. The data is retrieved from the storage unit and the results are linked and recorded and transmitted to the vending machine 10 (S160).

If the result is normal, the vending machine 10 charges the IC card and displays the contents of normal completion (S162), and if it is abnormal, displays the contents of inappropriateness (S170).

After that, the user can return the IC card. (S164)

Thereafter, the host 30 may receive a fee, etc. determined by the card issuing institution 50 based on the data normally processed in the storage 45.

FIG. 6 is an internal block diagram illustrating a third embodiment of the vending machine operating system according to the present invention. In FIG. 6, the same parts as those described in FIG. 4 are denoted by the same reference numerals, and detailed description thereof will be omitted. This embodiment differs from the second embodiment in that it is possible to transfer the account by another party using an IC card.

In this embodiment, as shown in FIG. 6, a card issuing machine, which communicates with the host 30, the host 30 communicating with the vending machine 10, and the host 30, and executes a user's account transfer. It consists of an engine (50).

The vending machine 10 includes an IC card reader 3 for reading an IC card, an input device 1 for inputting bank transfer information, and a communication unit 21 capable of transmitting data externally and receiving external data. ), A data storage unit 9, a display unit 15 for displaying the data received from the communication unit 21, and a control unit 7 for controlling the components.

The IC card reader 3 has a card input unit 71 and a control module 73 similarly to those described in the first embodiment.

The input device 1 is an input device having a shape such as a keyboard, and the storage unit 9 stores vending machine owner information, information read by the input device 1 and the IC card reader 3, have.

The control unit 7 converts information of the storage unit into data, sends data to the host 30 through the communication unit, and displays necessary information on the display unit 15 based on the data received from the communication unit 21. .

The vending machine 10 and the host 30 are preferably wirelessly communicated as in the first embodiment, and data transmitted from the vending machine 10 to the host 30 includes cardholder information, card issuing organization information, and the like. There are account transfer information and vending machine owner information input through the input device (1). It is preferable that the owner's account number information is included in the cardholder information, but it may not be necessary when the card issuer 50 can process a service such as an account transfer using only the cardholder information.

The host 30 receives the first communication unit 41 in communication with the communication unit 21 of the vending machine, the second communication unit 47 in communication with the card issuing engine 50, and the first and second communication units. And a storage unit 45 for storing the data, and a control unit 43.

The control unit 43 stores the data received from the vending machine 10 in the storage unit 45 and at the same time through the second communication unit 47 based on the card issuing engine information 50. Request an account transfer to 50, analyze the result information received through the second communication unit 47, record the analyzed information in association with the relevant information of the storage unit 45 and at the same time the first The communication unit 41 transmits the data to the communication unit 21 of the vending machine.

Meanwhile, the card issuing institution 50 represented by the financial institution checks the account holder of the card owner according to the communication unit 51 communicating with the host 30 and the data received from the host 30, and the account balance. If there is a transfer transaction to the other account requested, and the control unit 53 for transmitting the confirmation and transfer transaction results to the communication unit.

Here, the other account means the account requested by the cardholder, that is, the account of the owner or another person, and the transfer is not the core of the present invention if the transfer is performed in the same manner as that currently being performed at the ATM. do.

Fig. 7 is a flowchart illustrating the operation relationship of the second embodiment according to the present invention having the above-described configuration, which is also described on the basis of a contact IC card, and the contactless type is applied in the same manner as described in the first embodiment. .

First, when a user inserts the IC card into the IC card reader 3 (S180), the IC card reader 3 reads the IC card (S182), and the user includes a password through an input device 1 such as a keyboard. When inputting the account transfer information (S184), the necessary information such as the input bank transfer information and the information obtained from the card is stored in the storage unit (9) (S186) and at the same time with the data such as the vending machine operator information recorded in the storage unit It is sent to the host 30 via the communication unit 21. (S188)

The host 30 stores the data in the storage unit 45 (S190) and transmits the data to the card issuing engine 50 (S192).

The card issuing agency 50 performs the necessary account verification and account transfer on the basis of this data. First, the account issuance (S194) (S196) is performed in the normal case, and the necessary account transfer is performed (S198). If it is insufficient or if it is inappropriate to perform other account transfers, such as a password error (S200), it is determined that it is not suitable (S200), distinguish the normal case and inappropriate cases and the data is sent back to the host 30 (S202), the host In operation 30, data related to the data is found in the storage unit, the results are linked and recorded, and the data is transmitted to the vending machine 10 (S204).

The vending machine 10 displays the processing result of the card issuing engine 50. (S206)

The vending machine 10 then returns the IC card. (S208)

8 is an internal block diagram showing a fourth embodiment according to the present invention, and this embodiment provides a vending machine operating system in which the product applied for purchase in the Internet shopping mall 60 can be found in the vending machine 10.

This embodiment includes a plurality of vending machines 10, a host 30 for communicating with each of the vending machines 10, and an internet shopping mall 60 for communicating with the host 30.

Each vending machine 10 has an IC card reader 3, an article storage unit 11 storing a plurality of articles, an article outlet 19 where the articles can be found, and a shopping mall 60 information. An input device (1) for inputting a signal, a communication unit (21) capable of transmitting and receiving to and from the outside, a display unit (15) for displaying data received from the communication unit (21), and the input device (1) and Data is generated according to the signal input from the card reader 3 and sent to the communication unit 21, and the article storage unit 11 sends the article to the article outlet according to the data received from the communication unit 21. A control unit 7 sent to 19).

The goods stored in the article storage unit 11 of this embodiment are generally small and standardized products handled by the Internet shopping mall 60. For example, cassette tapes, video tapes, CDs, books, etc. There is this.

The input device 1 is a keyboard or a touch screen, and selects the shopping mall 60. The shopping mall 60 applied to this embodiment is a shopping mall that has previously contracted with a supplier managing the system of this embodiment. 60), it is possible to take the form of a select button or to input a predetermined code.

The data transmitted from the vending machine 10 to the host 30 includes cardholder information, vending machine operator information, and shopping mall information.If the vending machine has several kinds of goods, the item selection information may be included. The selection information may be input via the input device 1. The cardholder information may be a card number and a password.

The host 30 includes a first communication unit 41 for communicating with the communication unit 21 of the vending machine, a storage unit 9 for storing data received by the first communication unit 41, and an input device of the vending machine. The second communication unit 47 communicating with the Internet shopping mall 60 associated with the Internet shopping mall information input through the (1) and the data received from the first communication unit 41 is stored in the storage unit 45 Analyze and record the data of the transaction approval received from the second communication unit 47 in association with the data stored in the storage unit 45 and through the first communication unit 41 to the vending machine 10. The control part 43 which makes it transmit is included.

The shopping mall 60 may include a communication unit 61 communicating with the host 30, a storage unit 65 storing a list of items requested by a user, and the storage unit according to data received from the host 30. The control unit 63 checks the item list of 65, determines whether to approve a transaction, and transmits data to the host 30 through the communication unit 61.

The storage unit 65 is a list for expressing the intention that the user has already paid for the goods in the shopping mall 60 and receives the goods through the vending machine.

Fig. 9 is a flowchart showing the operation relationship of the fourth embodiment, taking a contact card as an example.

First, when the cardholder inserts the IC card (S220) and selects the shopping mall information (S222), the cardholder information, the shopping mall information, and the vending machine operator information are transmitted to the host 30 (S224), and the host 30 does this. After recording (S226), the data is transmitted to the shopping mall 60. (S228)

The shopping mall 60 analyzes this data to find out whether the cardholder has indicated the intention to receive the goods from the vending machine, and checks the list of goods in the storage unit 65 (S230). Send back to. The result is divided into approved or disapproved. (S232)

The host 30 receives the result data and records it in association with related data (S234) and sends it to the vending machine 10 (S236).

According to this result, the vending machine 10 discharges the corresponding article from the article storage unit 11 to the article outlet 19 in case of approval (S240), and displays the result in case of non-approval. S242)

The user can then recover the card. (S244)

While some embodiments of the present invention have been described above, these are merely examples, and various changes and modifications may be made without departing from the spirit of the present invention. However, it can be seen from the appended claims that such changes and modifications fall within the scope of the present invention.

According to the present invention, when a user purchases an item in a vending machine using an IC card, a purchase record is stored in the vending machine, and the stored purchase details are transmitted to and controlled by a central host through a communication unit. As in this case, a device for collecting purchase records is mandatory, and the vending machine operator collects the collection device one by one, thereby efficiently managing a plurality of vending machines without the inconvenience of using a separate terminal capable of reading the collection device. to provide.

In addition, the present invention has an effect of providing a variety of services by providing a vending machine that can extend the function of the vending machine.

For example, a user can purchase an item from a vending machine using an IC card without having to have a separate change, recharge an IC card through the present invention, and use the bank's direct debit transaction through the present invention. Can be. In addition, when purchasing the goods using the shopping mall 60, it usually takes about 2-3 days to reach the goods, if the user wants to receive the goods through the vending machine, the user who finished the transaction in the shopping mall You will be able to receive your item immediately.

Claims (6)

A vending machine operating system that purchases goods using an IC card, A vending machine having an IC card reader for reading an IC card, and a transmitting unit for transmitting data read from the IC card reader; A receiving unit for receiving data transmitted from the transmitting unit of the vending machine, a first storage unit storing data transmitted from the vending machine received at the receiving unit, an analyzing unit analyzing the authenticity of the data stored in the first storage unit, A plurality of second storage units for storing data of the first storage unit analyzed by the analysis unit for each IC card issuer included in the data; and each IC corresponding to data stored in the plurality of second storage units. Host with sender to send to card issuer Vending machine operating system comprising a. The method according to claim 1, The IC card read by the IC card reader includes a vending machine operating system including both a contact type and a non-contact type. The method according to claim 1, The vending machine and host communication system, characterized in that the communication by wire or wireless It is a vending machine operation system that can charge the electronic wallet of IC card issued to the card issuer. An IC card reader capable of reading an IC card and charging the requested amount of money in the electronic wallet of the IC card, an input device for inputting charging information, and a communication unit capable of transmitting data externally and receiving external data. A vending unit having a display unit for displaying data received by the communication unit and an instruction unit for causing the IC card reader to charge the electronic wallet of the IC card based on the data received at the communication unit; A first communication unit communicating with the communication unit of the vending machine, a storage unit storing data received by the first communication unit, a second communication unit communicating with the card issuing engine, and data received by the first communication unit To the card issuing institution through the second communication unit, to analyze the result information received through the second communication unit, and to associate the analyzed information with related information in the storage unit. A host including a control unit for recording and transmitting to the communication unit of the vending machine through the first communication unit; A communication unit communicating with the host and checking the account balance of the cardholder according to the data received from the host, performing a transfer transaction to another account if there is an account balance, and transmitting the confirmation and transfer transaction results to the communication unit. Card issuing agency server comprising a control unit Vending machine operating system including As a vending machine operating system that can transfer transactions using an IC card, An IC card reader for reading an IC card, an input device for inputting transfer transaction information, a communication unit capable of transmitting data to the outside and receiving external data, and a display unit displaying data received from the communication unit. Vending machine; A first communication unit communicating with the communication unit of the vending machine, a storage unit storing data received by the first communication unit, a second communication unit communicating with the card issuing engine, and data received by the first communication unit To the card issuing institution through the second communication unit, to analyze the result information received through the second communication unit, and to associate the analyzed information with related information in the storage unit. A host including a control unit for recording and transmitting to the communication unit of the vending machine through the first communication unit; A communication unit communicating with the host and checking the account balance of the cardholder according to the data received from the host, performing a transfer transaction to another account if there is an account balance, and transmitting the confirmation and transfer transaction results to the communication unit. Card issuing agency server comprising a control unit Provides a vending machine operating system comprising a. As a vending machine operating system, you can find the items you applied for in the Internet shopping mall on the vending machine. An IC card reader, an article storage unit for storing a plurality of articles, an entry device for finding the article, an input device for inputting related shopping mall information, a communication section for sending and receiving to and from the outside, and the communication section A display unit for displaying the data received from and generating data to the communication unit according to the signals input from the input device and the card reader, and storing the article in the article storage unit according to the data received from the communication unit. A vending machine including a control unit for sending an article outlet; A first communication unit communicating with the communication unit of the vending machine, a storage unit storing data received by the first communication unit, a second communication unit communicating with an internet shopping mall related to internet shopping mall information input through the input device of the vending machine; And storing the data received from the first communication unit in the storage unit, analyzing the data on whether to approve the transaction received in the second communication unit, recording the data in association with the data stored in the storage unit, and the first communication unit. A host including a control unit for transmitting to the vending machine through; A communication unit communicating with the host, a storage unit storing a list of items requested by a user, and a list of items in the storage unit according to data received from the host, and determining whether to approve a transaction and determining whether to approve a transaction. Internet shopping mall including a control unit for transmitting data to the Vending machine operating system including