KR100782069B1 - System for controlling a futures/option trading process based on the online network - Google Patents

Abstract

A system for operating futures/options trading on the basis of an online network is provided to delay an overall data processing time by making a system of a futures/options trading perform an integrated process of data such that it can effectively solve illegal intervention possibility of the futures/options trading company or a problem of a client's losing an investment opportunity. A system for operating futures/options trading on the basis of an online network comprises an asking price data operating module(200) and a TCD(Trading Contracting Data) operating module(300). The asking price data operating module(200), connected to a system of a futures/options trading company, generates asking price data on the basis of each truster by using order information, and transmits the asking price data to the futures/options exchange via the asking price data operating module(200). The TCD operating module(300), connected to the futures/options exchange, generates the TCD on the basis of the truster by attaching a transaction contracting specification to the asking price data if the trading contracting regarding the asking price is completed, and transmits the TCD to a client, namely the truster, via the futures/options exchange and the futures/options trading company.

Description

System for controlling a futures / option trading process based on the online network}

1 is an exemplary diagram conceptually showing a futures / options trading operating system according to the prior art.

Figure 2 is an illustration conceptually showing the overall flow of the futures / options trading procedure according to the prior art.

Figure 3 is an exemplary diagram conceptually showing a futures / options trading operating system according to the present invention.

Figure 4 is an exemplary diagram conceptually showing the overall flow of the futures / options trading procedure according to the present invention.

5 is an exemplary diagram conceptually showing a detailed configuration of a call price data operation module according to the present invention.

6 is an exemplary view conceptually showing a detailed configuration of the TCD operation module according to the present invention.

The present invention relates to a system for operating a futures / options trading procedure based on an online network, and more particularly, all procedures related to futures / options trading (eg, quotations for submitting quotation data, conclusion of transactions for quotation data, By encouraging transaction execution notification procedures, etc.) to be conducted independently, under the consignor standard (e.g., by the quotation of the futures / option account number held by the consignor), rather than the futures / option trader standard, In addition, various problems associated with the integration and implementation of price / data and trading details on a futures / options trader basis (e.g., as the futures / options trading system integrates and processes data, the overall data processing time is delayed. , Consequently, the consignor misses momentary investment timing, and the likelihood of unfair intervention by futures / option traders increases. The present invention relates to a futures / option trading operation system based on an online network that can effectively solve the problem.

For convenience of description, terms related to the present invention to be described below are first defined as follows.

(1) Futures / Options: means futures or options as provided by the Korea Stock Exchange. (2) Consignor: means an individual or a legal entity entrusting a futures / options transaction to his / her futures / options trader. (3) Entrustor Client: Refers to an information processing device, such as a computer, a mobile communication terminal, used by a consignor. (4) Futures / Options Trader: A broker, such as a securities company or a futures company, that is licensed as a futures business under the Korea Securities and Futures Act, which means a member who meets certain financial requirements and has been approved by the Futures / Options Exchange Board. box. (5) Futures / Options Exchange: means the government agency that controls the futures / options trading market under the Korea Stock Exchange. (6) Order history: A statement of the willingness to sell / buy, quantity, price, etc. displayed when the consignor entrusts the futures / options transaction to the futures / options trader. (7) Price data: Refers to the data containing the intentions that the futures / options trader displays when submitting orders from the consignor to the futures / options exchange.

Recently, with the rapid development of information technology, the overall size of futures / option trading through the online network is also increasing.

As shown in Fig. 1, usually, under an online futures / option trading operating system system according to the prior art, the consignor connects to the online network 4, for example, the Internet network through the consignor client 1, In order to communicate with the futures / options trading system (2), a procedure of transferring and registering the desired order to the futures / options trading system (2) is performed.

In this situation, the futures / options trading system (2), for example, the account opening procedure for the consignor, the risk notification procedure of the futures / options transaction, the confirmation procedure for payment of the consignment margin, the procedure for storing the consignment margin, the order history Check the order details (e.g., futures / option account number held by the consignor, items that the consignor wishes to trade in futures / options, quantity, buy / sell, buy / sell price, etc.) Processing is performed to generate the quotation price data H as shown in FIG. 2 and to transmit the generated quotation price data H to the futures / options exchange system 3.

In this case, the futures / options trading system 2 and the futures / options trading system 3 form a structure in which signals are interconnected through a dedicated online network 4, for example, a security network.

At this time, as shown in the figure, in the futures / options trading system 2, first, among the orders of various consignees being received (or received), consignors A and B whose order conditions are mutually matched. Take a step to selectively select the orders of C (J1, J2, J3), and then, in their quotation data (H), "the action of entering their membership number", "each consignor A, B, Aggregate and record the individual orders on C side into one consolidated quotation (eg, 20 contracts, 50 contracts, 30 contracts of A, B, C orders (J1, J2, J3) By taking measures to collect and list the quotations, the individual orders (J1, J2, J3) of each consignor A, B, and C will be quoted based on their own (i.e., futures / option trading). Incorporating within H), it leads to a series of closing procedures.

Through the above procedure, when the quotation / quote data (H) of the futures / options trader is transmitted and received, the futures / options exchange system (3) sets a series of trading principles such as, for example, price priority and reception time priority. On the basis of the above, the procedure of competing the quoted price data (H) based on the futures / options trader with the other quoted data (h2) is performed to see another quote data (h1) where various conditions such as price and quantity are met. The transaction (H) of the data (H) is determined as a counterparty, and afterwards, the transaction details (eg, whether the deal is concluded, the content of the deal, etc.) based on the futures / options trading company reflecting the decision are generated, and the generated transaction is generated. Actions will be taken to communicate the conclusions to the futures / options trading system (2).

In this way, when the transaction conclusion result based on the futures / options trader corresponding to the above quoted price data (H) is received and received from the futures / options exchange system 3, the futures / options trader system 2 receives, for example. , The process of subdividing and distributing the transaction conclusions of each consignor A, B, C in the transaction result based on the futures / options trader, and among the accumulated orders of the consignees, each consignor A, B A process for selectively checking the orders of C, matching the transaction execution results of each consignor A, B, and C with the orders (J1, J2, J3) of the selected consignors A, B, and C In addition, the client (1a, 1b, 1c) of the consignor A, B, C side, and further proceeds to notify the details of the conclusion of the transaction conclusion, each consignor A, B, C side corresponding to their orders You can check the online transaction results It is good.

However, under this conventional regime, as described above, the individual order history J1, J2, J3 of each consignor A, B, and C is integrated on the futures / options exchange, with the futures / options exchange system. As it is sent and received in (3) and undergoes a series of trading procedures, the futures / options trading system (2), before entering the futures / options market of quoted data, unless special measures are taken, Among the orders of the consignor being received (or received) by the self-system 2, the order details J1, J2, J3 of the consignors A, B, and C whose order conditions match each other are selectively selected. It is necessary to take complicated measures such as the selection of single items and the collection and listing of the individual orders (J1, J2, J3) of each consignor A, B, and C as one integrated quotation. ), For example, on a futures / options trader basis. In the results of the settlement, the action of subdividing and distributing the transaction conclusions of each consignor A, B, and C. Among the accumulated orders of the consignor, the orders of each consignor A, B, and C (J1, J2) , J3) to selectively check, and to match the transaction result of each consignor A, B, C with the order details (J1, J2, J3) of the selected consignor A, B, C, etc. Inevitably, each consignor A, B, and C will have no choice but to take the problem of delaying their time from submitting their order to recognizing the result of the transaction. .

In general, each consignor A, B, and C side expects minute market profits that depend on instantaneous investment timing, and generally participates in the futures / option trading market. After submitting the order of B and C, when the conclusion of the transaction of the order is notified to the consignor later, and the timing of participation in futures / options of the consignor A, B and C is greatly delayed, each consignor A, B and C In order to enjoy the fine market profits subordinate to the timing of investments, they will have great difficulty, and if they do not do so, they will suffer serious economic and mental losses, both intangible and intangible, even if they are not at their own risk. .

Furthermore, under the conventional regime, as described above, the individual orders (J1, J2, J3) of each consignor A, B, and C are integrated on the futures / options exchanger, and the futures / options exchange system ( 3) it is sent to and received, and it goes through a series of trading procedures, and the results of the trading are also notified to each consignor through the distribution process for each consignor under the direction of the futures / options trader. Even if a certain person in charge of a futures / options trader misbehaves or intrudes into a particular consignor's futures / options trading procedure and manipulates the result of the trade, Will not be able to grasp this at all, and unless consequently taken action, the consignees A, B, and C will not be able to respond, and they will be forced to bear the damage. do.

Therefore, the object of the present invention is to use the order history of each consignor as it is, without a separate complicated integration and processing procedure, and to use each consignor basis (for example, a gift held by each consignor, rather than a futures / option trading company). A computer module that can quickly generate independent quotes data for each quote / option account number and send it to the futures / options exchange system. For example, you may independently create trading contracting data (TCD) (hereinafter referred to as TCD) of the futures / option account number held by the consignor, Computer modules that can be sent and notified to the system, etc., through which all procedures related to futures / options trading (e.g. Unlike the prior art, the notification of the conclusion of the closing price, etc.) can be executed independently of the futures / options trading company under the consignor standard, so that the operation of the quotation price data and the trading details can be performed on the futures / option trading basis. Various problems associated with the integration and implementation of the related arts (for example, as the futures / options dealer system processes the data integrally, the overall data processing time is delayed, thereby causing the consignor to miss the instant investment timing. / Options, such as problems that increase the likelihood of unfair intervention of the option trading companies).

Other objects of the present invention will become more apparent from the following detailed description and the accompanying drawings.

In order to achieve the object described above, the present invention relates to a futures / options exchange system, the futures / options exchange system, and is associated with a futures / options transaction of each consignor transmitted from a consignment client connected through an online network. A futures / options trading operation system based on an online network including a futures / options trading system that processes order information, which is connected to the futures / options trading system and utilizes the ordering information, based on each consignor. A quotation data operation module for generating quotation price data of and transmitting the quotation price data based on the consignor to the future / option exchange system through the future / option trading system; Connected to the futures / options exchange system, and when the trading of the quoted price data is completed through the futures / options exchange system, attaching the transaction details to the quoted price data, and establishes a contracting data based on a consignor (TCD). Online network-based futures / options consisting of a combination of TCD operations modules that generate Trading Contracting Data and communicate the TCD via the futures / options exchange system and the futures / options trading system to notify the consignor client. Initiate a transaction management system.

Hereinafter, with reference to the accompanying drawings, it will be described in more detail the futures / options trading operating system based on the online network according to the present invention.

As shown in FIG. 3, under the present / option trading operation system 100 system according to the present invention, a consignor (means a person consigning a desired future / option transaction to a future / option trader) is a consignor client. Via 11, after connecting to an online network 14, for example, the Internet network, the present / option trading system 12 communicates with the gift / option trading system 12 to send a desired order. The transfer and registration process will proceed.

In this situation, in the futures / options trading system 12, which is signaled to each other via the futures / options exchange system 13 and a dedicated online network, for example, the securities network, the account opening procedure for the consignor, In the process of notifying the risk of futures / option transactions, the procedure for confirming the payment of the consignment margin, the procedure for receiving the consignment margin, and the procedure for checking the defects of the order, the order details of the consignor (eg, the gift / option account number held by the consignor, The consignor will proceed with the process of receiving items (items, quantities, buy / sell, buy / sell prices, etc.) that wish to trade futures / options.

Under this infrastructure, the futures / options trading operation system 100 of the present invention mutually interacts with the quotation / value data operation module 200 and the futures / options exchange system 13 which are connected to the futures / options trading system 12. The TCD operation module 300 connected to the signal is additionally arranged.

At this time, the quoted data operation module 200 of the present invention, as shown in Figure 4, the futures / options trading system 12, through the consignor clients (1a, 1b, 1c), each consignor A, B When receiving and processing order information (J1, J2, J3) related to futures and options trading of C, each consignor's order details (J1, J2, J3) are used without any complicated integration and processing procedures. 4, independent quotes data of each consignor's A, B, C individual criterion (e.g., by the quote of the futures / option account number held by each consignor), rather than by the futures / options trader H1, H2, H3) are generated, and the independent and generated quotations data (H1, H2, H3) are transferred to the futures / options exchange system 13 through the futures / options trading system 12, respectively. (Transfer procedure of each call data H1, H2, H3, for example, the state suggested by consignor A, B, C. According to the order of receipt of the statement, it will proceed in order).

Of course, under such an implementation environment of the present invention, as described above, the quotation data (H1, H2, H3) is not a consolidated form of futures / options trading partner standard, but is based on each consignor basis, e.g. Once a separate pattern of "quotation by quote" of futures / options account numbers (of course, each consignor may carry multiple futures / options account numbers) is formed, the futures / options trading system system 12 will provide In the phase prior to entering the futures / options market of H1, H2, H3), for example, "Consignor A, whose order conditions match each other, among the orders of the consignees being accepted by (or receiving) the system, It will be possible to flexibly omit the "selective selection of orders of B and C" and "to collect and list the individual orders of each consignor A, B and C as a single integrated quotation." Overall, after all, without any problems The data processing procedure can be performed very quickly.

Through the above procedure, when the call price data of the futures / options trader is transmitted and received, as shown in FIG. 4, the futures / options exchange system 13 may, for example, price-priority principle, reception-time priority principle, and the like. On the basis of the same series of trading rules, the process of competing each price data (H1, H2, H3) with the other price data (h4) is carried out, so that the other price data (h3) with various conditions such as price and quantity are met. ) Is determined as the trading partner of the price data, for example, the price data (H1).

Of course, in this situation, the offer price data (H1, H2, H3) of the present invention corresponding to the individual orders (J1, J2, J3) of each consignor A, B, C are different from those of the prior art, based on futures / option trading partners. It is not a consolidated form of an account, but is based on the quotes of each account number held by each consignor, for example, <Account No. 311-411: a Futures-20 Contracts-100,000-Buy>, <Account No. 564-117: a Futures- Through a separate pattern of 50 contracts-100,000 won-buy> and <Account No. 191-762: a Futures-30 contracts-100,000 won-buy>, the company goes through a series of trade execution procedures.

Thus, through the futures / options exchange system 13, when the above-mentioned trading price of the price data (H1, H2, H3) is completed and the trading details corresponding to the corresponding price data (H1, H2, H3) are notified ( Of course, such a notification procedure can be variously modified depending on the situation), the TCD operation module 300 of the present invention, as shown in Fig. 4, in the quotation data (H1, H2, H3), the transaction described above Independent TCDs (K1, K2, K3) on a consignor basis (e.g., by quote of the account number held by the consignor), not on the futures / options trader, with the execution details attached, such as <Account No. 311-411 : a futures-20 contracts-100,000 won-purchase: transaction details>, <account number 564-117: a futures-50 contracts-100,000 won-purchase: transaction details>, <account number 191-762: a futures- After creating an independent TCD such as 30 contracts-100,000 won-Buy: Transaction details>, the independent / generated TCDs (K1, K2, K3) are transferred to the futures / options exchange system (13) and futures / options. Through the vendor system 12, a process of notifying each of the consignor clients 1a, 1b, and 1c is performed directly (the notification procedure of such a TCD is, for example, the transaction order of the quotation data H1, H2, H3). In this way, each consignor A, B, and C will be able to identify the transaction conclusions corresponding to their orders.

Of course, under this implementation environment of the present invention, as described above, the TCD (K1, K2, K3) is not an integrated form of futures / options trader standard, but each consignor A, B, C individual criterion (e.g., When the consignor forms an independent pattern of the account number of the account number possessed by the consignor, the futures / options trading system 12 may, for example, present a "gift" in the phase after the transaction of the corresponding price data (K1, K2, K3). In the transaction results based on the options trader, the process of subdividing and distributing the transaction results of each consignor A, B, C "," At the accumulated orders of the consignees, each consignor A, B Flexibly verifying the order details of C "," the process of matching the transaction results of each consignor A, B, C with the selected orders of consignees A, B, C " Can be omitted, and eventually, the overall data processing without any problems The reprocessing process can be carried out very quickly.

Perhaps of course, in this situation, the entire data processing process is rapidly operated, and each consignor A, B, and C side greatly reduces the time from the submission of the order to the recognition of the result of the transaction. As a result, the instant investment timing of futures / options trading can be more smoothly managed, thereby effectively enjoying the subtle market profits.

Under such a system of the present invention, as illustrated in FIG. 5, the price / value data operation module 200 may include a price / value data operation control unit 201 and an order information receiving unit collectively controlled by the price / value data operation control unit 201. 203), the quotation price data generation unit 204, the quotation price data output unit 205, the quotation price data collection unit 208, the TCD collection unit 209, and the trading company management quotation / tradition history check unit 210, etc. A tightly combined configuration is taken.

In this case, the quotation price data operation control unit 201 forms a series of signal connection relationships with the futures / option trading system 12 via the interface unit 202, while receiving the order information and generating the quotation price data. In addition, the call plays a role in controlling the output procedure of the data.

At this time, the order information receiving unit 203 controlled by the call price data operation control unit 201 forms a series of signal connection relationships with the futures / option trading system 12 via the interface unit 202, Through the option trading system (12), the order of the consignor's side (e.g., the futures / option account number held by the consignor, the item the consignor wishes to trade in futures / options, quantity, buy / sell, buy / sell) Price, etc.), a communication with the futures / options trading system 12 is performed to receive individual order information of each consignor and store and manage the received individual order information in the processing buffer 206. do.

In addition, the quotation data generation unit 204 controlled by the quotation data operation control unit 201 receives the individual order information of each consignor by the order information receiving unit 203 mentioned above, and the individual order information is processed into a processing buffer. When the storage is completed in 206, the order data of each consignor is utilized and duplicated as it is without any complicated integration and processing procedure, and a basic data packet including basic elements such as a header is generated, and then stored in the basic data packet. Attach a set of futures / options trading information, for example, futures / options trader membership number, country code, order number, quote type, order entry time, transaction type, encapsulate it into one frame, A will be created to generate the independent quotation price data (H1) of the individual criteria, <Account No. 311-411: a Futures-20 Contracts-100,000 Won-Buy>.

In this situation, the call price data collecting unit 208 controlled by the call price data operation control unit 201 executes the function of the above-described quote price data generation unit 204, and the account number 311-411: a present-20 contract When the quotation price data H1 having the format of -100,000 won-number of pieces> is generated, the quotation price data H1 is collected, and the role is reliably stored and managed in the information storage D / B 207.

In this way, when the quotation price data generation unit 204 generates the independent quotation price data (H1), <Account No. 311-411: a Futures-20 Contracts-100,000 Won-Buy>, on the basis of the consignor A individual criteria, the quotation price data operation control unit ( The quoted data output unit 205, controlled by 201), communicates with the futures / options trading system 12, and asks for the quoted price data H1, <Account No. 311-411: Wire A-20 Contract-10. 10,000 won-buy> via the futures / options trading system 12, and transmits and receives to the futures / options trading system (13), and finally, the price data (H1), <account number 311- 411: a Futures-20 Contracts-$ 100,000-Buy> is not a consolidated format based on futures / options trading partners As an independent pattern, a series of trade conclusions are passed.

Later, after the conclusion of the transaction of the above-mentioned quotation price data (H1), <Account No. 311-411: a Futures-20 Contracts-100,000 Won-Buy>, the corresponding TCD (K1), for example, <Account No. 311- 411: a Futures-20 contracts-100,000 won-Purchase: Transaction details> TCD (K1) in the form of TCD operation module 300, futures / options exchange system (13), futures / options trading system (12 When notified to the client 1a of the consignor A, etc., the TCD collection unit 209 controlled by the call price data operation control unit 201 communicates with the futures / option trading system 12, Collect TCD (K1), <Account No. 311-411: a Futures-20 Contract-100,000 Won-Buy: Transaction Details>, and stably store the collected TCD (K1) in the information storage D / B 207 It will play the role of managing.

Thus, within the information storage D / B 207, for example, <Account No. 311-411: a Future-20 Contracts-100,000 Won-Buy>, <Account No. 564-117: a Future-50 Contracts-100,000 Won-Buy >, <Account No. 191-762: a Futures-30 Contracts-100,000 Won-Purchase>, etc., quoted data (H1, H2, H3) and <Account No. 311-411: a Futures-20 Contracts- 100,000 won-Buy: Transaction details>, <Account No. 564-117: a futures -50 contracts -100,000 won -Buy: Transaction agreement details>, <Account No. 191-762: a Futures -30 contracts-100,000 won-Buy When the TCDs (K1, K2, K3) forming an independent pattern, such as: <trade transaction details>, have been accumulated and stored, the quotation / trade agreement details checker for managing a trading company controlled by the quotation data operation control unit 201 ( 210 determines whether a predetermined reference time point (of course, this time point can be varied depending on the situation) is reached, and if it is determined that the reference time point is reached, the information storage D / B (207) is determined. ), Who The matching status of the stored quotations (H1, H2, H3) and TCD (K1, K2, K3) is compared (e.g., account number matching, quotation price matching, transaction conclusion match) Checks, etc.), and informs the futures / options trading system (12).

Of course, under such a situation in which call data (H1, H2, H3) and TCDs (K1, K2, K3) each of which forms an independent pattern are closely checked and notified one-to-one (of course, as described below, The verification process is also carried out by the TCD operation module 300), and a specific person in charge of the futures / options trader maliciously and illegally intervenes in the futures / options trading procedure of a specific consignor to manipulate the conclusion of the transaction. The likelihood of deterring will be greatly reduced, and consequently, each consignee will be able to effectively avoid the consequences.

On the other hand, as shown in Figure 6, the TCD operation module 300 of the present invention is the TCD operation control unit 301, the call price data receiving unit 303, the transaction conclusion details collectively controlled by the TCD operation control unit 301 The reception unit 304, the TCD generation unit 305, the TCD output unit 306, the quotation price data collection unit 309, the TCD collection unit 310, and the exchange management / tradition history check unit 311 are closely connected. It will take a combination.

In this case, the TCD operation control unit 301 forms a series of signal connection relations with the futures / options exchange system 13 via the interface unit 302, and receives the procedure of receiving the quotation price data H1, H2, H3, It performs overall control of the acceptance process of transaction conclusion, TCD (K1, K2, K3) generation process, TCD (K1, K2, K3) output process, etc.

At this time, the quote data receiving unit 303 controlled by the TCD operation control unit 301 forms a series of signal connection relationships with the futures / options exchange system 13 via the interface unit 302, while trading the futures / options. Through the store system 13, when the quotation number data H1 having a pattern of <Account No. 311-411: a Futures -20 Contracts -100,000 Won -Buy> is received, a communication with the futures / options exchange system 13 is made. And accepts it, and serves to stably store and manage the received quotation price data H1, <Account No. 311-411: a Futures-20 Contracts-100,000 Won-Buy> in the processing buffer 307.

In addition, the price data collection unit 310 controlled by the TCD operation control unit 301 performs the function of the price data receiving unit 303 described above. <Account No. 311-411: a Gift -20 Contract -100,000 Won- When the quotation price data H1 having the form &quot; number of copies &gt; is received, the relevant quotation price data H1 is collected and stably stored and managed in the information storage D / B 308 (of course, depending on the situation). The function of the call price data collection unit may be performed by the call price data receiving unit.

In this situation, the transaction execution history reception unit 304 controlled by the TCD operation control unit 301 may later perform the function of the futures / options exchange system 13 to provide the above-mentioned quotation price data H1 and <account number. 311-411: a When the trading of the futures -20 contracts-100,000 won-buy is completed, it communicates with the futures / options exchange system 13, and asks for the quotation data (H1), <account number 311-411: a Receives the transaction details (for example, whether or not the transaction, the contents of the transaction, etc.) corresponding to the futures-20 contracts-100,000 won-buy>, and stably stores and manages the received individual transaction details in the processing buffer 307 It will play a role.

Thus, by performing the functions of the call price data receiving unit 303, the transaction execution history receiving unit 304, and the like, in the processing buffer 307, <Account No. 311-411: a Future-20 Contract -100,000 Won-Buy> and When the corresponding transaction conclusion is stored, the TCD generation unit 305 controlled by the TCD operation control unit 301 utilizes and duplicates the description of the quotation price data H1 and includes basic elements such as a header. After generating the basic data packet, attaching the transaction details to the basic data packet, and encapsulating it into one frame, the independent TCD (K1) of the consignor A individual criteria, such as <Account No. 311-411: a Futures> It will play a role of generating TCD (K1) which takes the form of -20 contracts-100,000 won-buy: details.

In this situation, the TCD collecting unit 310 controlled by the TCD operation control unit 301 performs the function of the TCD generating unit 305 described above. When a TCD (K1) having a format of "Buy: Transaction Conclusion" is generated, the TCD (K1) is collected, and the SCD (K1) is stably stored and managed in the information storage D / B 308.

Through the above-mentioned procedure, when an independent TCD (K1) of Consignor A's individual criteria is generated, for example, <Account No. 311-411: a Futures-20 Contract-100,000-Buy: Transaction Details>, the TCD operation control The TCD output unit 306 controlled by 301 communicates with the futures / options trading system 12, and the corresponding TCD (K1), <Account No. 311-411: a Futures-20 Contracts -100,000 Won- Purchase: The transaction details> are sent via the futures / options exchange system 13, the futures / options trader system 12, etc. to the client 1a on the consignor A's side. The consignor A can check the transaction details corresponding to his order very quickly.

On the other hand, as described above, in the information storage D / B 308, for example, <Account No. 311-411: a Futures-20 Contracts-100,000 Won-Buy>, <Account No. 564-117: a Futures-50 Contracts> Purchase price data (H1, H2, H3) and <Account number 311-411: a> Futures-20 contracts-100,000 won-Buy: Transaction details>, <Account No. 564-117: a Futures-50 Contracts-100,000 won-Buy: Transaction details>, <Account No. 191-762: a Futures-30 contracts -100 thousand won-Buy: Transaction details> The bid price / trade details for the exchange management controlled by the TCD operation control unit 301 when the TCDs (K1, K2, K3) forming an independent pattern have been accumulated and stored. The collation unit 311 determines whether a predetermined collation point has arrived, and if it is determined that the collation point has been reached, the collation unit 311 approaches the information storage D / B 308 and accumulates and stores the stored price data H1, Matching H2, H3) and TCD (K1, K2, K3) Check the status of the account (e.g., match account numbers, check quotes, check trade agreements, etc.), and notify the futures / options exchange system 13 of the result of the check. do.

Of course, the price data H1, H2, H3 and TCD (K1, K2, K3), each of which forms an independent pattern, are closely collated one-to-one, and the result is periodically notified to the futures / options exchange side. Under certain circumstances (as described above, of course, this collation procedure is also conducted by the quoted data operation module 200), a particular representative of the futures / options trader is inadvertently involved in the futures / options trading process of a particular consignor. The probability of committing misconduct, such as fraudulent and intervening and manipulating the results of a trade conclusion, can not but be greatly reduced, so that the consignee can effectively avoid the damage.

As described in detail above, in the present invention, "without the separate complicated integration and processing procedure, each consignor standard (for example, each consignor is not used as a futures / option trading company standard) by utilizing the order history of each consignor as it is. A computer module that can quickly generate independent quotations data for each futures / options account number) and send it to the futures / options exchange system separately. Independently generate trading data (TCD: called "TCD") on a consignor basis (e.g., quoted by the consignor's futures / option account number). Computer modules that can be sent and notified to the option trading system are interlocked with each other. Through this, all procedures related to futures / option trading (e.g., quote data submission procedure, quote price) Data trading and transaction details, etc.) can be conducted independently of each other on the basis of the consignor and not on the futures / options trader basis. Various problems associated with the integration / implementation on the basis of the option trader (for example, as the futures / option trader system integrates and processes the data, the overall data processing time is delayed, so that the consignor can make instant investment timing. Problems that are missed, and the likelihood of future intervention by the futures / options trader to increase effectively.

While specific embodiments of the invention have been described and illustrated above, it will be apparent that the invention may be embodied in various modifications by those skilled in the art.

Such modified embodiments should not be understood individually from the technical spirit or point of view of the present invention and such modified embodiments should fall within the scope of the appended claims of the present invention.

Claims (6)

Futures / options exchange system, Based on an online network connected to the futures / options exchange system and including a futures / options trader system that processes order information related to futures / options transactions of each consignor transmitted from a consignment client connected through an online network. In futures / option trading operation system, Connected to the futures / options trading system, utilizing the order information, to generate the price data of each consignor basis, and to send the quotes data of the consignor basis via the futures / option trading system, A call price data operation module for transmitting to the exchange system; It is connected to the futures / options exchange system, and when the trading of the price data is completed through the futures / options exchange system, by attaching the transaction details to the price data, the trading data based on the consignor (TCD) And a TCD operation module for generating contracting data and notifying the consignor client via the futures / options exchange system and the futures / options trader system. Options trading operating system. The method of claim 1, wherein the call price data operation module A call price data operation control unit which collectively controls the generation and transmission of call price data; An order information receiving unit which is controlled by the data operation control unit and which communicates with the futures / option trading system and receives individual order information of each consignor; When the call price is controlled by the data operation control unit and the individual order information of each consignor is received by the order information receiving unit, information on futures / option transactions is attached to the respective order information, and the quote price data of each consignor standard is added. A call price data generation unit to generate; The call price data is controlled by the call price data operation control unit, and when the call price data is generated by the call price data generation unit, the call price data is received by the present / option trading system via the present / option trading system. Futures / options trading operating system based on the online network, characterized in that it comprises an output. The method of claim 2, wherein the call price data operation module A call price data collecting unit configured to control the call price by the data operation control unit, and to collect and store the call price data in the information storage D / B when the call price data is generated by the call price data generating unit; A TCD collector configured to control the call by a data operation controller and collect and store the TCD in the information storage D / B; When the call is controlled by the data operation control unit and a predetermined contrast point arrives, the information storage D / B is approached, and the matching state of the stored call price data and TCD is collated and the matching is performed. A futures / options transaction management system based on an online network, further comprising a trading price management / tradition details checker for managing the trading company to notify a result of the futures / options trading system. The method of claim 1, wherein the TCD operation module A TCD operation control unit which collectively controls the generation and transmission procedures of the TCD; A transaction execution history reception unit controlled by the TCD operation control unit, which communicates with the futures / options exchange system and receives individual transaction details corresponding to the consignor-based call price data; Controlled by the TCD operation control unit, when the transaction conclusion details corresponding to the call price data is received by the transaction conclusion history reception unit, attaching the transaction conclusion details to the corresponding quotation price data, generating a TCD based on the consignor Wealth; When the TCD is controlled by the TCD operation control unit and the TCD is generated by the TCD generation unit, the TCD is communicated with the futures / options exchange system, and the TCD is transferred to the consignor client via the futures / options trading system. The futures / options trading operating system based on the online network, characterized in that it comprises a TCD output unit for transmitting. The method of claim 4, wherein the TCD operation module A call price data collection unit controlled by the TCD operation control unit and configured to collect and store the call price data in the information storage D / B when the call price data is received by the futures / options exchange system; A TCD collection unit controlled by the TCD operation control unit and configured to collect and store the TCD in the information storage D / B when the TCD is generated by the TCD generation unit; Controlled by the TCD operation control unit, when a predetermined matching point arrives, the information storage D / B is accessed, and the matching state of the stored call price data and the TCD is accumulated and the matching result is displayed in the present / An online network-based futures / option trading operation system, characterized in that it further comprises a quote management / quote history for trading management to notify the option exchange system. The futures / options transaction management system based on the online network according to claim 1, wherein the entrustor's criterion is a criterion for each quote of a futures / option account number held by the entrustor.

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