KR20020031517A - Network systems that adopt valuable quatient as settlement of accounts, or exchange it, useing real time broadcasting, database service, or probability game rule. - Google Patents

Abstract

PURPOSE: A network system for exchanging a valuable index or introducing the valuable index as a paying unit is provided to increase an opportunity of a property value enlargement by obtaining many valuable indexes, thereby actualizing a provisional expectation profit and to enhance an economic use by inserting a valuable index into an object economy. CONSTITUTION: An infra of a network is constructed based on the Internet of a wire or wireless method. A two-way communication is achieved between a participator system(100) and a vendor system(200), and between the vendor system(200) and a financial institution system(300). The participator system(100) transmits data related to a member registration with respect to the vendor system(200), a vendor system connection as a participator, and response input as execution data with respect to a question of the vendor system(200)(110). The vendor system(200) transmits data related to a member joining approval with respect to the participator system(100) and a question transmission as a participator(120). The vendor system(200) transmits the final allotment record created as a result of a predetermined process with respect to the financial institution system(300)(210). The financial institution system(300) transmits data for confirming a receipt of the data(220).

Description

Network systems that adopt valuable quatient as settlement of accounts, or exchange it, useing real time broadcasting, database service, or probability game rule.}

The present invention relates to a network system in which an economically valuable oil price index is introduced as a payment means or a payment means.

The oil price index in the present invention refers to an index of edema which is economically valuable, such as mileage, bonus points, cyber money, and the like. This price index gives a certain price index to consumers according to their transactions with the company or the use of the service in order to directly promote transactions or secure consumers, such as cash or credit cards. The index is competitively granting the benefit of providing additional goods or services, and oil price indexes are a major driver of today's consumption or expansion. However, from the point of view of the consumer, in order to enjoy the gains from the acquisition of the price index, the cumulative value of the price index must reach a certain point set by the provider, so that the price index below this means more than the provisional and preliminary expected gain. Will not have Therefore, there is a problem that the cumulative oil price index dies without any benefit or repeats unnecessary consumption in order to obtain less points.

An object of the present invention is to provide a novel system using the oil price index as an active payment means on the network.

It is established between the participant system, the financial institution system, and the vendor system that arbitrates the participant system and the financial institution system, and the vendor system receives the index data sent by the participant and performs a predetermined process based on the execution data input by the participant. Determining and distributing the price index of participants in the market, and sending the result to the financial institution system. Bidirectional data transfer is made between the participant system and the vendor system.

Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings as an example of a case where a vendor system introduces a game.

Fig. 1 is an overall configuration diagram of a network system incorporating the oil price index of the present invention, Fig. 2 is a configuration diagram of a vendor system, and Fig. 3 is a configuration diagram showing an example of a database structure to be processed by the vendor system.

1, the network system of the present invention is composed of a participant side system 100, a vendor system 200, and a financial institution system 300. The network infrastructure is built on the wired or wireless Internet. Bi-directional communication is performed between the participant side system 100 and the vendor system 200, and the vendor system 200 and the financial institution system 300. Participant side system 100 transmits data related to membership registration, vendor system connection as a participant, input of response as execution data to questions of vendor system, etc. to vendor system 200 (110). The server 100 transmits data related to the approval of membership, the transmission of the question to the participants, and the like, to the participant system 100 (120). The vendor system 200 transmits the final dividend record generated as a result of a predetermined process to the financial institution system 300 (210), and the financial institution system 300 transmits data confirming receipt of this data. (200).

The vendor system of Fig. 2 is constructed based on a database of a central processing unit, memory, OS, application programs and a member DB, a participant DB, a problem DB or a temporary allotment DB of a game and executes a predetermined process described below.

The database model of Figure 3 shows an example of the database structure of the present invention. The member DB is composed of a member information field 211 and a price index information field 212. In the member information field 211, personal information such as a member's name, resident registration number, member ID, and the likeness index information field 212, a mileage index, bonus points, cyber money, etc. held by the member are recorded. You can fill in with the index and the code of the financial institution that manages it, or write the code of the financial institution in a separate table and access the table according to the unique number of the card entered by the member. The code may be read automatically.

The participant DB is a file temporarily generated during execution of the process and includes a participant information field 221, an input oil price index field 222, and an execution data array field 223. The same content as the member information field 211 is recorded in the participant information field 221. The index index field 222 records the index index data that the participant who accesses the vendor system 200 enters into the game. In the execution data arrangement field 223, data entered by the participant about a quiz or a game method is sequentially recorded. If the participant inputs the selected character code or the selected numeric code to be recorded immediately, and it is matched with the problem database or game format reference data described below, it may be determined that the problem is solved, or the final judgment result, that is, Only the execution data may be recorded in the execution data array field 223.

The problem database or game format consists of difficulty, field, content, and correct answer fields (231-234). The difficulty level is for selecting problems of various layers according to the progress of the game, and the field is a code indicating a field to which the problem to be provided belongs. The content field 233 contains the specific content of the problem and the selection items, all of which are sent to the participant system and displayed on the display device. In the correct answer field 234, the correct answer code of the corresponding question is recorded, and it is the reference data for comparing and determining whether the execution data input by the participant corresponds to the correct answer.

Like the participant DB, the dividend DB is a file temporarily generated during execution of the process, and includes a participant information field 241 and a final index index field 242 in which the final index obtained by the game result participant is recorded. When the game ends, the data of the price index information field 212 of the member DB is updated according to the data of the last price index field 242, and the data refers to the participant information field 241 (and the financial institution table). Is transmitted to the financial institution system (300).

Next, the specific process which characterizes this invention is demonstrated. First, FIG. 4 shows a flow for presenting a problem sequentially in multiple steps and obtaining a price index in relation thereto. Here, it is assumed that the preliminary procedure such as the member registration process, the game type selection process, etc. of the participant to the vendor system 200 has already been completed.

The participant inputs a price index to be paid by the participant system 100 (410). Then, for example, data of the oil price index indicating the A airline mileage 100 point is recorded in the input oil price index field 222 of the vendor system 200. Subsequently, the vendor system 200 presents to the participant the first stage problem selected from the problem DB or game format (420), and waits for input of execution data from the participant. Execution data entered by the participant is compared with the correct answer field 234 of the above-described problem DB or game format (430). Subsequently, both data match, i.e., the participant solves the first step problem, determines if the participant wants to proceed to the next step (440) and if both conditions are met, present the next step problem (450). If the participant returns to the flow of (430), but the participant does not want to enter an incorrect answer or proceed to the next step, the participant obtained by that time is calculated (460), and the result is the final oil price of the dividend DB. It is recorded in the exponent field 242. Here, it is preferable to process the calculation of the acquired value of the oil price index of the participant as follows. In other words, according to the progress of the problem, the calculated price multiplied by a predetermined magnification multiplied by the participant inputted by the participant, and the price of the oil to finally obtain the calculated value of the index corresponding to the step of the problem reached by the participant It is determined by the index. For example, in the above example, if the magnification of each step is 0.5, 1, 2, 5, 10, and the participant has answered 3 questions, the final price index is 100 * 2 = 200, indicating that the data representing 200 points of A flight mileage It is recorded in the dividend DB. Alternatively, the cumulative calculation of the sum of the price indexes to give more oil price indexes may be performed to make the value as the final decision amount, that is, 100 * (0.5 + 1 + 2) = 350 in the above example. In the above process, when the vendor system 200 reaches the last level of the problem (450), in step 460, the participant calculates the final index to obtain the index of the highest magnification.

Here, in order to increase the chance of obtaining a price index, it is desirable to allow the participant to input additional price indexes before the problem presentation process after the second step. In this case, the participant may input a price index of 500 points of S company card in addition to 100 points of A flight mileage, for example, in the second step. In this case, in the calculation of the latter oil price index, it is preferable to apply the magnification corresponding to the problem of entering with the former oil price index as it is. Otherwise, the participant has no advantage over the latter in terms of starting the game from scratch.

Next, FIG. 5 shows a flow in which a plurality of participants repeat the steps of solving the same problem and give the remaining participants the indexes of all participants. The basic flow is similar to that of Fig. 4, but a competition scheme is introduced in which a large number of participants enter the index (510), and the next level of problem is provided only to participants who have corrected the problem provided by the vendor system 200 (560). It is different in that it is. In order to give the final winner's index to all the participants, it is determined whether the selected participant is one after step 540 (550), and if YES, the index of all participants is added to the final contestant (570). ).

Furthermore, the present invention is characterized by relaying the above-described game process to the participants in real time. The present invention provides a so-called video chat service and internet broadcasting service combined with video and chat (conversation) for this purpose. The moving picture data and the interactive data are transmitted to the vendor system 20 through the participant system 10, and the vendor system 20 transmits these data to all the participant systems 200 in real time. In addition, even if the participant who does not directly participate in the game can be connected to the vendor system 20 as a spectator and can transmit interactive data, more liveliness can be added. 6 shows an example of a screen where a video chat and a spectator are displayed on the participant system 10. It may also be possible to parallel the process of FIG. 5 with a process for giving a spectator an opportunity to vote for his / her index or to address a problem that the participant did not fit.

(1) The features of the business aspect of the present invention are as follows.

The present invention increases the economic utility by increasing the opportunity for property value proliferation and the oil price index into the real economy without allowing the consumer to acquire more price index to realize the potential expected profit.

Consumers who access vendor systems on the network are given the opportunity to obtain equity indexes at their own discretion and accountability. The operation loop for granting this opportunity may be in the form of a game or a game providing a problem and determining a noon according to an example of the preferred embodiment of the present invention. It doesn't happen.

In terms of games, for example, the commercial service of a representative site (URL address: www.quizquiz.naver.com ) collects monthly membership fee as a payment method and pays a small amount of cash or prizes to participants who have settled the title . It does, but excludes the use of oil price index as a means of payment to create economic value. Therefore, there is a problem that entertainment is excessively highlighted and meandering is great.

The present invention is characterized by providing an educational and cultural content while avoiding such a problem to increase the value creation of the oil price index to provide the consumer with the opportunity to increase the property value.

(2) The characteristics of the process surface of this invention are as follows.

The wired and wireless Internet-based network of the present invention is established between a participant system, a financial institution system, and a vendor system that arbitrates the participant system and the financial institution system.

The vendor system receives the price index data sent by the participant, determines and distributes the price index of each participant through a predetermined process based on the execution data input by the participant, and transmits the result to the financial institution system.

Bidirectional data transfer is made between the participant system and the vendor system. For example, if the predetermined process is a game such as a quiz, the Bende side is the questioner and the participant is the answerer. The answer to the quiz entered by the participant is the execution data entered by the participant and sent to the vendor system. In this case, since the execution data input by the participant is a response to each step problem provided by the vendor system, the execution data is transmitted in sequence with a predetermined time interval to form an array of time series.

Another aspect of the present invention resides in a specific process for processing participant performance data, the preferred aspect of which is as follows.

(1) At least one or more judgments are made as to whether the execution data input by the participant matches the reference data in the vendor system, and the second and subsequent repetition executions are based on the last execution data entered by the participant in the vendor system. If it matches the data and the condition for repetitive execution is determined to be "YES", it is to be performed on subsequent execution data entered by the participant. In this case, it is preferable that the distribution amount of the oil price index is multiplied by the oil price index at least by a predetermined progressive rate at each step of the repetitive execution, and determined by the sum of the calculated oil price indexes according to the number of times of repeated executions. Therefore, if the execution data entered by the participant does not match the predetermined data in the vendor system, or if the condition for repetitive execution is determined to be "NO", the index obtained by the participant is summed up the cumulative index calculated up to that point. Is computed to be In this case, if the additional index is input from the participant at each step of the repetition, and the same processing is performed for the added index, the width and opportunity of obtaining the index can be expanded.

② Next, the price index data of two or more participants and subsequent execution data are received and the price index of each participant is determined and distributed through a predetermined competition process. Here, the competition process is repeated at least one or more times to determine whether the execution data input from the participant matches the reference data in the vendor system, and the second and subsequent repetitions are judged to match the reference data in the vendor system. It is preferable to perform on the subsequent execution data only for the previous execution data. In this case, it is determined whether the execution data input from the participants match the reference data in the vendor system, and only the participants who transmit the data matching the data are entitled to send subsequent execution data. In other words, a kind of competition principle has been introduced. In the distribution of the price index, the competition process can be processed to give the sum of all participants' price indexes to the distribution index of the price index, with respect to one piece of execution data finally remaining as a result of the repetitive execution. Alternatively, the number of repetitive executions may be counted with respect to each execution data, and the data having the highest number may be selected in turn, and the sum of all participants' indexes may be processed as an allocation of the indexes. Alternatively, each of the execution data may be selected in turn to count all the number of visits, and the data having the highest number may be selected in turn, and the sum of the participants' indexes multiplied by a certain ratio may be processed to deduct the indexes. . Also, in the present invention, the vendor system receives the index data sent by the participant and / or determines and distributes the index of each participant through a predetermined process based on the execution data input by the participant. It is characterized by receiving video data from a video data transmission device of a participant side system and transmitting the data in real time to the participant and other participant systems. The moving picture data is preferably image data recorded by photographing a participant's face or upper body.

In the present invention, the vendor system receives the interactive text data from the participant, and transmits the text data in real time to the system of the participant and the other participant, and displays the text data on a part of the display means of the participant system. When such a configuration is combined with the transmission of the above-mentioned moving picture data, so-called video chat is implemented in the participant's system.

The vendor system of the present invention further includes receiving interactive text data from a participant who has not sent index data, and displaying the text data on a part of the display means of the participant side system in real time. For example, in the case of games, these participants become spectators or supporters.

(Preferred embodiment)

Claims (16)

Mediate the participant system, the financial institution system and the participant system and the financial institution system A network system incorporating an oil price index composed of a vendor system as a payment means, wherein the vendor system Receiving the index data sent by the participant Determining and distributing a price index of each participant through a predetermined process based on at least one piece of execution data input by the participant; and Transmitting the distribution result to a financial institution system. Network system characterized in that the participant is divided into spectators and the participants participate in the game and distribute the index index through the process, and the spectator can distribute the index index through the process through support for each participant. Network system, characterized in that the relay so that both participants and observers can intervene in real time Network system, characterized in that the exchange rate index can be exchanged between the participants through direct competition or competition between participants. The type of data provided to the participant or spectator is a network system, characterized in that it provides text, still image, graphic, video, audio, etc. in real time by combining one or each type Network system, characterized in that for all or part of the participant to view the process in real time or after the fact 2. The network system of claim 1, wherein the execution data has a time series distribution. The method according to claim 1 or 2, wherein the predetermined process is repeated at least one or more times to determine whether the execution data input from the participant matches the reference data in the vendor system. And if the last execution data entered by the participant matches the reference data in the vendor system and is determined to be YES for the repeat execution, the network system according to the execution data transmitted after the execution data. The method according to claim 3, wherein the predetermined process multiplies the oil price index by a predetermined magnification at each step of the repetitive execution, and determines the distribution amount of the oil price index by the oil price index multiplied by the magnification corresponding to the number of times of the repeated executions. Network system characterized in that 4. The network system of claim 3, wherein each step of the repeat execution after the second time is executed subject to receiving additional index data from a participant. The method according to claim 1 or 2, wherein the network system comprises the step of receiving index data and performance data of at least two participants and determining and distributing the index of each participant through a predetermined competition process. Featured network system The method of claim 6, wherein the contention process repeats at least one or more determinations as to whether execution data input from each participant matches reference data in a vendor system, and wherein the second and subsequent executions are repeated within the vendor system. A network system characterized in that for subsequent execution data of a participant who sent the previous execution data determined to match the reference data of 8. The network system according to claim 7, wherein the competition process determines a sum of all participants' price indexes as an apportionment of price indexes for the consumer who has transmitted the last remaining execution data as a result of the repetitive execution. The participant and other participant system according to claim 1 or 2, wherein the vendor system receives the video and graphics, the still image, or the text data separately or in combination from the data transmission apparatus of the host system. Network system, characterized in that the transmission in real time The network system of claim 1 or 2, wherein the vendor system receives interactive text data from a participant and transmits the data in real time to the participant and other participant systems. The network system of claim 1, wherein the vendor system receives interactive text data from a participant who has not sent index data and transmits the data in real time to the participant and other participant systems. The network system of claim 1, wherein the oil price index is any one, some, or all of economically valuable mileage, bonus points, and cyber money. A game system on an internet-based network that uses a price index as a payment method, wherein the system sets a ratio of the payment amount to the winner in each game stage as a percentage of the first payment method that the gain participant pays, and proceeds each game. If the participant succeeds in the step, the game system characterized by granting the participant the accumulated payment means up to that point. A game system on an Internet-based network that uses the price index as a payment method, wherein the system is operated until a number of participants participate in the game and the last one is left. Game system characterized by granting all payment means 15. The method according to claim 13 or 14, wherein the game server of the system provides a game progress method and a correct answer input method using real-time video, graphics, images, texts, and the like, and participants use the input device to input correct answers according to the correct answer input method. Game system, characterized in that input The game system according to claim 13 or 14, wherein the participants who do not directly participate in the game can watch the progress of the game and invest their own means of investment in the game participant or have a live conversation.