TW201516900A - Electronic identification code transaction device and transaction method thereof - Google Patents

Abstract

The present invention discloses an electronic identification code transaction device and a transaction method thereof, which is executed with a sale server that is loaded with electronic identification codes of a plurality of brand companies and is connected to a trust bank and which is connected to a transaction terminal. First, the server generates an associated electronic identification code according to purchase made by at least one user. Then, when the user starts to use, the transaction terminal reads an use code of the user to determine whether the use code and the electronic identification codes belonging to the user correspond to each other; if, yes, the transaction terminal transmits the electronic identification code corresponding to the user code to the server for liquidation, in order to obtain a liquidation result. In addition, the server transmits the liquidation result to a trust bank. The present invention helps expand the marketing channels of various brands, while avoiding the use of a lot of manpower to print, issue verification and clearing of paper gift certificates.

Description

Electronic identification code transaction device and transaction method thereof

The present invention relates to a transaction technique, and more particularly to an electronic identification code transaction device and a transaction method thereof.

Recently, various trades and vouchers are very popular in all walks of life in China. The main industries include department stores, hypermarkets, and even a wide range of vouchers for fashion, beauty, books, food, leisure travel, etc. to promote goods or services. Or the use of service vouchers is very common.

There are many types of currency vouchers in the market, although the names are different, such as cash coupons, sports coupons, merchandise coupons, delivery vouchers, car vouchers, book vouchers or other prepaid products, but they are all kinds of vouchers in nature. The buyer is charged money and then given to the consumer for a future use.

In general, if each brand manufacturer wants to print a gift certificate, it must give the bank a fund to print the gift certificate by means of performance guarantee or full trust. This can avoid the malicious collapse of the merchant’s gift to the customer. Consumers suffer heavy losses. When the consumer uses the coupon, the manufacturer must clear all the coupons used by the consumer to obtain the corresponding amount from the bank. In other words, manufacturers must spend a lot of manpower to convert gift certificates into cash. In addition, due to the large number of printed gift vouchers, paper waste is also caused. In addition, each brand can only sell gift certificates on their own planned channels, resulting in limited sales of gift certificates.

Therefore, the present invention is directed to the above-mentioned problems, and proposes an electronic identification code intersection. Easy devices and their trading methods to solve problems arising from conventional knowledge.

The main object of the present invention is to provide an electronic identification code transaction device and a transaction method thereof, which use a sales server to store electronic identification codes of a plurality of brand owners for use by users, thereby expanding marketing channels for various brands. At the same time, avoid using a lot of manpower to print, write off and clear the troubles of paper coupons.

To achieve the above objective, the present invention provides an electronic identification code transaction device, comprising a sales server, which is connected to a trust bank, the sales server stores an electronic identification code of a plurality of brand owners, and the sales server is based on at least A user's purchase generates an associated electronic identification code. The sales server is connected to a transaction end, which is used by the user to read one of the user's usage codes. When the transaction end determines that the usage code and the electronic identification code to which the user belongs, the transaction end uses the electronic code corresponding to the code. The identification code is transmitted to the sales server for clearing to obtain a clearing result, and the sales server transmits the clearing result to the trust bank.

The present invention also provides an electronic coupon number transaction method, which is implemented by using an electronic identification code of a plurality of brand owners and selling the server with one of the trust bank connections. First, the sales server generates an associated electronic identification code based on at least one user's purchase. Then, when the transaction terminal connected to the sales server is used by the user, one of the user usage codes is read to determine whether the usage code and the electronic identification code of the user belong to each other: if yes, the transaction terminal will use the code. The corresponding electronic identification code is transmitted to the sales server for clearing to obtain a clearing result, and the sales server transmits the clearing result to the trust bank; if not, the entire process is ended.

For a better understanding and understanding of the structural features and the achievable effects of the present invention, please refer to the preferred embodiment and the detailed description.

10‧‧‧Sales server

12‧‧‧trust bank

14‧‧‧Transaction side

16‧‧‧User computer

Figure 1 is a block diagram of a transaction device of the present invention.

Figure 2 is a flow chart showing the operation of one of the trading methods of the transaction device of the present invention.

Figure 3 is a flow chart showing another operation of the transaction method using the transaction device of the present invention.

Please refer to Figure 1 below. The present invention includes a sales server 10 as one of the shopping platforms that is connected to a trust bank 12. The sales server 10 stores the electronic identification codes of a plurality of brand owners. Since the identification code of the brand is electronic, it is possible to avoid the trouble that the conventional technology uses a large amount of manpower to print, write off and liquidate the paper coupons. The sales server 10 generates an electronic identification code to which the user belongs according to the purchase of at least one user through the user computer 16, and deposits a trust amount to the trust bank 12. The sales server 10 as a shopping platform can cooperate with a plurality of distributors, and the sales server 10 is connected to at least one transaction terminal 14 belonging to at least one distributor, and the transaction terminal 14 reads one of the usage codes of the user when the user uses the transaction. . And when the transaction end 14 determines that the usage code and the electronic identification code to which the user belongs correspond to each other, the electronic identification code corresponding to the code is transmitted to the sales server 10 for clearing to obtain a clearing result, and the sales server 10 will again This clearing result is transmitted to the trust bank 12. Then, after the trust bank 12 obtains the liquidation result, the trust amount is split into two amounts, and respectively deposited in the account corresponding to the transaction terminal 14 of the sales server 10. Wherein, when the sales server 10 generates the electronic identification code to which the user belongs, the above-mentioned usage code may be provided to the user, such as a payment barcode or an ID card number, so that the electronic identification code and the usage code correspond to each other. Alternatively, the electronic identification code and the usage code may be the first electronic coupon number and the second electronic coupon number respectively. When both the electronic identification code and the usage code are the same electronic coupon number, the transaction terminal 14 determines that the electronic identification code and the usage code are Correspond to each other. However, when the electronic identification code and the usage code are not the same electronic ticket number, the transaction terminal 14 determines that the electronic identification code and the usage code cannot correspond to each other. The present invention centralizes the electronic identification codes of all brands in a sales server 10, and then searches for the transaction terminal 14 cooperating with the sales server 10. Foreign transactions. In this way, each brand dealer does not need to find a matching distributor to sell e-vouchers. Instead, he can entrust a third party with more distributors to sell the e-vouchers.

The following two operational procedures of the present invention will be described below. Please refer to FIG. 1 and FIG. 2 first. In this transaction terminal 14, a transaction server is taken as an example. First, as shown in step S10, at least one user purchases the sales server 10 as a shopping platform through the user computer 16, and causes the sales server 10 to generate an electronic identification code to which the user belongs, and simultaneously belongs to the user. The electronic identification code is transmitted to the transaction terminal 14, and a trust amount is deposited into the trust bank 12 corresponding to the electronic identification code. Then, as shown in step S12, when the user wants to use the electronic identification code, at the transaction end 14 belonging to the distributor, the transaction terminal 14 reads the user's usage code to determine the usage code and the electronicity to which the user belongs. Whether the identification codes correspond to each other. If yes, proceed to step S14, that is, the transaction terminal 14 transmits the electronic identification code corresponding to the use code to the sales server 10 for clearing to obtain a clearing result, and the sales server 10 transmits the clearing result to the trust bank 12. If there are multiple electronic identification codes transmitted to the sales server 10, the sales server 10 can perform liquidation every fixed period of time, such as 1 hour, to obtain a plurality of clearing results. Each clearing result indicates which electronic identification code was used. After the result is obtained, the sales server 10 transmits the clearing results to the trust bank 12 in batches. Then, as shown in step S16, the trust bank 12 splits the trust amount corresponding to the electronic identification code into two amounts according to the liquidation result, and deposits them in the accounts corresponding to the sales server 10 and the transaction terminal 14 respectively to complete the verification and transaction. If the usage code and the electronic identification code to which the user belongs do not correspond to each other, then in step S18, all processes are ended. The above clearing operation is performed by the sales server 10, and even if there are plural electronic identification codes corresponding to the code, the sales server 10 can be quickly and accurately calculated by the sales server 10 and the transaction terminal 14 in the process of transmitting to the trust bank 12. A total of how many electronic identification codes corresponding to the code are used for transmission, and the subsequent trust bank 12 performs the correct verification operation. In contrast, traditional technology must rely on human beings to calculate coupons one by one, which is not only slow, but also error-prone. It will also cause the follow-up trust bank to make mistakes in the process of writing off the vouchers, resulting in mistakes in the amount of transactions.

In the above process, step S16 may also be omitted, and the transaction may be completed in the same manner.

Another operational flow of the present invention is described below. Please refer to Figure 1 and Figure 3 first. First, as shown in step S20, at least one user purchases the sales server 10 as a shopping platform through the user computer 16, and causes the sales server 10 to generate an electronic identification code to which the user belongs, and simultaneously corresponds to the electronic identification code. Deposit a trust amount to the trust bank 12. Then, as shown in step S22, when the user wants to use the electronic identification code, it is connected to the transaction terminal 14 of the distributor, and is immediately connected with the sales server 10, and reads the user's usage code to determine. Whether the usage code and the electronic identification code to which the user belongs correspond to each other. If yes, proceed to step S24, that is, the transaction terminal 14 transmits the electronic identification code corresponding to the use code to the sales server 10 for clearing to obtain a clearing result, and the sales server 10 transmits the clearing result to the trust bank 12. Similarly, if there are a plurality of electronic identification codes transmitted to the sales server 10, the sales server 10 can perform liquidation every other fixed period of time, such as one hour, to obtain a plurality of clearing results. Each clearing result indicates which electronic identification code was used. After the result is obtained, the sales server 10 transmits the clearing results to the trust bank 12 in batches. Then, as shown in step S26, the trust bank 12 splits the trust amount corresponding to the electronic identification code into two amounts according to the liquidation result, and stores them in the accounts corresponding to the sales server 10 and the transaction terminal 14 respectively to complete the verification and transaction. If the usage code and the electronic identification code to which the user belongs do not correspond to each other, then in step S28, all processes are ended. Similarly, since the above clearing operation is also performed by the sales server 10, the sales server 10 can quickly and accurately calculate how many electronic identification codes corresponding to the usage codes are transmitted, and enable the subsequent trust bank 12 to perform the correct core. Pin action.

In the above process, step S26 may also be omitted, and the transaction may be completed in the same manner.

In summary, the present invention expands the marketing channel for various brands and at the same time avoids the trouble of using a large amount of manpower.

The above is only the preferred embodiment of the present invention and is not intended to be limiting. The scope of the present invention is intended to be included within the scope of the invention as defined by the appended claims.

10‧‧‧Sales server

12‧‧‧trust bank

14‧‧‧Transaction side

16‧‧‧User computer

Claims (12)

An electronic identification code transaction device comprises: a sales server connected to a trust bank, the sales server storing an electronic identification code of a plurality of brand owners, the sales server generating the belonging according to the purchase of at least one user The electronic identification code; and at least one transaction terminal, connected to the sales server, and when the user uses, reads a usage code of the user, and the transaction end determines the usage code and the user belongs to the When the electronic identification code is corresponding to each other, the electronic identification code corresponding to the use code is transmitted to the sales server for clearing to obtain a clearing result, and the sales server transmits the clearing result to the trust bank. The electronic identification code transaction device of claim 1, wherein when the sales server generates the electronic identification code to which the user belongs, a trust amount is deposited into the trust bank. The electronic identification code transaction device of claim 2, wherein after the liquidation result is transmitted to the trust bank, the trust bank divides the trust amount into two amounts according to the liquidation result, and respectively deposits the money into the sales server and The account corresponding to the transaction end. The electronic identification code transaction device of claim 1, wherein the transaction terminal is immediately connected to the sales server to determine that the usage code and the electronic identification code to which the user belongs correspond to each other. The electronic identification code transaction device of claim 1, wherein the sales server transmits the electronic identification code to which the user belongs to the transaction terminal, so that the transaction terminal determines the usage code and the user belongs to The electronic identification codes correspond to each other. The electronic identification code transaction device of claim 1, wherein the electronic identification code and the usage code are a first electronic coupon number and a second electronic coupon number, respectively. The electronic identification code transaction device of claim 1, wherein the usage code is provided by the sales server to the user according to the electronic identification code to which the user belongs. An electronic identification code transaction method, which utilizes an electronic identification code of a plurality of brand owners Executing with a sales server connected by a trust bank, the electronic identification code transaction method comprises the following steps: the sales server generates the electronic identification code according to the purchase of at least one user; and at least one connects the sales servo The transaction end of the device reads the usage code of the user when the user uses the device to determine whether the usage code and the electronic identification code to which the user belongs correspond to each other: if yes, the transaction terminal uses the code Correspondingly, the electronic identification code is transmitted to the sales server for clearing to obtain a clearing result, and the sales server transmits the clearing result to the trust bank; and if not, ends. The electronic identification code transaction method of claim 8, wherein in the step of the sales server generating the electronic identification code to which the user belongs, the sales server generates the electronic identification code to which the user belongs, and concurrently stores Enter a trust amount to the trust bank. The electronic identification code transaction method according to claim 8, wherein after the sales server transmits the liquidation result to the trust bank, the trust bank divides the trust amount into two amounts according to the liquidation result, and separately saves Enter the account corresponding to the transaction terminal of the sales server. The electronic identification code transaction method of claim 8, wherein in the step of determining, by the transaction end, whether the usage code and the electronic identification code correspond to each other, the transaction end is immediately connected with the sales server to determine the Whether the usage code and the electronic identification code to which the user belongs correspond to each other. The electronic identification code transaction method of claim 8, wherein in the step of the sales server generating the electronic identification code, the sales server generates the electronic identification code and simultaneously transmits the electronic identification code to which the user belongs. And to the transaction end, for determining whether the usage code and the electronic identification code to which the user belongs correspond to each other.