KR20000063933A - Network based Stock Deal Scheduling System & Method - Google Patents

Abstract

PURPOSE: A network-based stock trade scheduling system and method is provided to carry out the stock exchange based on a plurality of reserved order information, and to order again according to a reserved stock price and a time when a first trade is not dealt. CONSTITUTION: A network-based stock scheduling system is composed of a manager server(100), a plurality of personal computers(105a-105n), a plurality of mobile communication terminals(110a-110n), an SMS(Short Message Service) server(115) and a computer operator server(120). The manager server(100) is a server operated by a securities company to execute the stock exchange. The SMS server(115) is a server operated by a mobile telecommunication company. When a securities company wants to transmit a character message service and a voice message service to the mobile communication terminals(110a-110n), the manager server transmits service information to the SMS server(115). The computer operator server(120) intermediates order details about the stock exchange received from the manager server(100) to complete a transaction.

Description

Network based Stock Deal Scheduling System ＆ Method}

The present invention relates to a network-based stock trading scheduling system and method for performing stock trading based on a plurality of reserved order information.

In the past, a stock investor made a single order for a stock trade or a sell trade, and then made a regular order based on the results of the trade and looked at the stock market. In addition, this reorder also took the action of re-acquiring the same or another order again in the stock market, if the transaction was not successful.

Therefore, according to the conventional method, general stock investors who are not able to respond to market changes with agility are inconvenient to place a buy order or sell order only after a change in the stock price.

In addition, due to the uncertainty of the establishment of trades according to orders, those who make diversified investments in consideration of stability and return rate are inconvenient to plan the portfolio strategy until the next order according to the stock price.

In addition, a stock trader who is moving or driving, there is a difficulty in accepting orders every time a different order according to the change in the stock market.

Accordingly, an object of the present invention to solve the above problems is to provide a network-based stock trading scheduling system and method for executing stock trading based on a plurality of reserved order information.

It is another object of the present invention to provide a stock trader with a network-based stock trading scheduling system that enables a user to automatically reorder by a reserved stock price and time slot when a transaction according to an initial order is not concluded through a plurality of reserved orders. will be.

Another object of the present invention is to provide a network-based method for predicting the stock market change and continuously providing different orders for stock trading by defining a plurality of reserved orders to cope with rapidly changing stock prices. It is to provide a stock trading scheduling system.

It is yet another object of the present invention to provide a network-based stock trading scheduling method that enables a stock trade to pre-determine a plurality of reserved orders in order to facilitate a portfolio strategy in stock investment.

Another object of the present invention is a network-based stock that allows a user to conveniently trade stock information by pre-determining a plurality of order information so that when a stock trader is difficult to place a new order, such as while moving or driving, It is to provide a sales scheduling method.

1 is a diagram showing the configuration of an entire system according to a preferred embodiment of the present invention.

2A and 2B illustrate a data processing procedure of a network-based stock trading scheduling system according to an exemplary embodiment of the present invention.

3 is a diagram illustrating a data processing procedure for email transmission when a transaction is established according to order information according to an exemplary embodiment of the present invention.

4 is a diagram illustrating a data processing procedure for transmitting a text message when a transaction is established according to order information according to another exemplary embodiment of the present invention.

5 is a diagram illustrating a data processing procedure for transmitting a voice message when a transaction is established according to order information according to another preferred embodiment of the present invention.

6 is a diagram illustrating repetitive order processing using continuous order time and a data processing procedure for sending an email when a transaction is established corresponding to the recurring order processing according to another preferred embodiment of the present invention.

7 is a diagram illustrating repetitive order processing using continuous order time and a data processing procedure for transmitting a text message when a transaction is established corresponding to the recurring order processing according to another preferred embodiment of the present invention.

8 is a diagram illustrating repetitive order processing using continuous order time and a data processing procedure for transmitting a voice message when a transaction is established corresponding to the recurring order processing according to another preferred embodiment of the present invention.

9 is a diagram illustrating repetitive order processing using non-contiguous order time and data processing procedure for email transmission when a transaction is established corresponding to the recurring order processing according to another preferred embodiment of the present invention.

10 is a diagram illustrating repetitive order processing using non-contiguous order times and a data processing procedure for transmitting a text message when a transaction is established corresponding to the recurring order processing according to another preferred embodiment of the present invention.

11 is a diagram illustrating repetitive order processing using non-contiguous order times and a data processing procedure for transmitting a voice message when a transaction is established corresponding to the recurring order processing according to another preferred embodiment of the present invention.

12 is an exemplary screen diagram of an email form shown to a user according to an exemplary embodiment of the present invention.

Figure 13 is an exemplary screen showing a text message form according to another embodiment of the present invention.

14 is a view showing an example of a voice message according to another preferred embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

100: manager server 105: terminal

110: mobile communication terminal 115: SMS server

120: computer server

In order to achieve the above objects, according to an aspect of the present invention, in a method of executing a stock sale using a plurality of reserved order information, corresponding to the plurality of transaction request time information and the transaction request time information from a user terminal Receives a plurality of order information including the order price information to store, and stores the received plurality of order information in the storage unit, (a) Searching the stored plurality of order information for each transaction request time zone and transmits to the computer server And (b) receiving a transaction result corresponding to the transmitted order information from the computer server, determining the received transaction result information, and real-time a corresponding transaction result established within a specified time among a plurality of reserved order information in real time. Send to the terminal, cancel the existing order information while there is no transaction within the specified time, Provided are a network-based stock trading scheduling method which repeatedly executes steps (a) and (b), and an apparatus and system corresponding to the method.

In order to achieve the above objects, according to another aspect of the present invention, in a method of repeatedly executing the stock trading using the order information, a plurality of transaction request time information from the user terminal and corresponding to the plurality of transaction request times Receives the order information including one order price information, stores the received order information in the storage unit, (a) retrieves the stored order information corresponding to the corresponding transaction request time and transmits to the computer server (b) Receiving a transaction result corresponding to the transmitted order information from a computer server, judging the received transaction result information, and the corresponding transaction result established within a specified time among a plurality of reserved order information to a user terminal in real time. Send, cancel existing order information as long as there is no transaction within the specified time, System (a), step (b) the recurring network-based scheduling method for stock exchange, corresponding apparatus and system are provided for.

In order to achieve the above object, according to another aspect of the present invention, by receiving a plurality of order information for one or more items from one user, and sequentially retrieve the plurality of order information for the received one or more items A network-based stock trading scheduling method for transmitting to a server and receiving a transaction result corresponding to the transmitted order information from a computer source server to a user terminal in real time, and an apparatus and system corresponding thereto are provided.

According to a preferred embodiment provided with a network-based stock trading scheduling method, the transmission may use a wired or wireless communication network, and the user terminal may use a computer or a mobile communication terminal.

According to another preferred embodiment provided with a network-based stock trading scheduling method, the order information may include buy order information or sell order information, and the order information may include at least one of a stock trader, an order item, and an order quantity. It may further include.

According to still another preferred embodiment of the present invention, a network-based stock trading scheduling method includes at least one of an email transmission method, a text message transmission method, and a voice message transmission method in transmitting the received transaction result information to a user terminal in real time. Applicable

According to another preferred embodiment provided with a network-based stock trading scheduling method, in using e-mail to deliver trading result information to a stock trader in real time, receiving transaction conclusion information according to a buy or sell order from a computer server, The received transaction result information is classified into a stock trader, an order item, an order quantity, a closing quantity, a closing amount, and a time, the classified items are formatted according to a predetermined email form, and the formatted email is transmitted to a user terminal. Can provide an email transmission method.

According to another preferred embodiment provided with a network-based stock trading scheduling method, in using a text message to deliver trading result information to a stock trader in real time, receiving transaction conclusion information according to a buy or sell order from a computer server; And classifying the received transaction result information into a stock trader, an order item, an order quantity, a closing quantity, a closing amount, and a time, and transmitting the classified item to a short message service server of a mobile communication service provider. can do.

According to another preferred embodiment provided with a network-based stock trading scheduling method, in using a voice message to deliver trading result information to a stock trader in real time, receiving transaction conclusion information according to a buy or sell order from a computer server; And classify the received transaction result information into a stock trader, an order item, an order quantity, an execution quantity, an execution amount, and a time, and classify the classified item into a short message service server of a mobile communication service using a voice message conversion function. A voice message transmission method may be provided.

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

1 is a view showing the configuration of an entire system according to a preferred embodiment of the present invention.

Referring to Figure 1, the overall components according to the present invention includes a manager server 100 operated by a securities company, computers (105a, 105b, ... 105n, hereinafter 105) as a user terminal and a mobile communication terminal (110a, 110b, .... 110n, hereinafter referred to as 110), the SMS server (Short Message Service Server) 115 of the mobile carrier and the computer server 120 of the Securities Computer Center, each of which is combined into a communication network have.

The manager server 100 is a server operated by the securities company in order to perform a task such as securities trading, the securities company is a task that helps companies and investors to securities through the issuance of securities in the securities market securities If the market wants to buy and sell securities, it does business of buying and selling securities on its behalf and buying and selling securities with the capital of the securities company.

The above-mentioned user terminal is a computer 105 or a mobile communication terminal 110, which is used by stock traders. Here the stock trader is a concept involving a stock investor. The investor is a person who purchases an income generating asset, and is distinguished from a speculator in that safety is an important consideration, and has a long term expected asset retention period compared to a speculator.

In addition, the SMS server 115 is a server operated by a mobile communication service provider. When the SMS server 115 wants to transmit a text message service and a voice message service to a user's mobile communication terminal, the manager server 100 transmits the SMS server 115 to the SMS server 115. Send service information.

The computer server server 120 receives certain order details regarding securities transactions from a plurality of securities companies, mediates the order details received from each manager server (stock server) 100, and establishes a transaction according to the order details. This is transmitted to the manager server 100 again.

2A and 2B are diagrams illustrating a data processing process of a network-based stock trading scheduling system according to an exemplary embodiment of the present invention.

For convenience of explanation, the following description will be made with reference to FIGS. 2A and 2B.

2A and 2B, in step 200, the manager server 100 receives a plurality of order information including an order item, an order price, an order quantity, an order time, and the like from a user terminal of a stock trader.

For example, as a plurality of purchase order information from stock trader A, 'One order information to buy 100 shares of Samsung Electronics shares at 50,000 won per share from 10 am to 11 am and Samsung shares at 51,000 won per share. Suppose you receive two orders of information to buy 100 shares from 11 am to 2 pm, and three orders of information to buy Samsung shares from 52,000 won per week for 100 shares from 2 pm to 3 pm. . In the above case, if the 'Samsung Electronics' stock in the stock market has a price of 51,000 won per share at about 11 am, according to the plurality of reserved order information, the first order will not be closed. Therefore, the purchase order of the stock trader will be applied at the purchase price of 51,000 won per share until 2 pm starting from 11 am. The new buy order, which applies 51,000 won per share, will allow stock traders to buy shares of Samsung Electronics. In the case of a sell order, the principles described above may also be applied.

In operation 205, the manager server 100 first transmits first order information among the plurality of order information received as described above to the computer server server 120.

Here, an order refers to a customer's instructions to buy or sell a security, and there are various order methods such as a stop order and a limit order.

The price-specified order refers to a method of ordering by setting an upper limit or a lower limit of a securities or merchandise sale, and in the case of selling, sets a lower limit and, in the case of purchase, sets an upper limit. And a limited order refers to an order that requests the sale of securities at a certain price or more.

The computer server server 120 compares the order information received from the plurality of manager servers 100, compares the purchase price of the stock buyer, the purchase quantity, and the purchase price of the stock seller, the quantity of purchase, and the like. The transaction is completed, and the transaction result information corresponding to the completed order information is transmitted to the manager server 100.

In operation 210, the manager server 100 receives transaction result information corresponding to the order information completed through the above process from the computer server 120.

Thereafter, in step 215, the manager server 100 determines whether or not the transaction result information has been received from the computer server server 120 within a predetermined time. Proceed to 220. At this time, the predetermined time is a time different from each other when the time is different, such as '10 am to 11 am, 11 am to 2 pm ', referring to the example mentioned above. By 11 o'clock, it is determined whether the first order is closed.

In addition, even if it is not determined by continuous time, it is the same as that of the above description.

However, in step 215, if the manager server 100 has not received the transaction result information as a result of the determination, the manager server 100 proceeds to step 250.

As described above, the manager server 100 transmits the received transaction result information to the user terminal of the stock trader according to a predetermined transmission method previously selected by the user.

Here, the predetermined transmission method is a method of providing transaction conclusion information according to the order information to the user terminal, a method using an email (step 220), a method using a short message (step 230), a method using a voice message (step 240), and the like. It includes.

Therefore, in step 220, the administrator server 100 determines whether an email transmission method is selected at the time of the first service request by the user, and if the email transmission method is selected, the transaction result information according to the order is sent through the user terminal. Is sent (step 225).

However, the manager server 100 transmits the received order transaction result information to the user terminal through the SMS server 115 of the mobile communication operator if the text message transmission method other than the email transmission method is selected by the user (step 230). (Step 235).

However, if the voice message transmission method other than the text message transmission method is selected by the user through the determination process (step 240), the manager server 100 uses the TTS (Text to Speech) function to voice the received transaction results Information is converted, and the converted voice information is transmitted to the user terminal through the SMS server 115 of the mobile communication provider (step 245). If the voice message transmission method is not selected, the above process is terminated.

The above-mentioned TTS function means analyzing the sentences, converting them into a series of basic units of speech, and determining information on rhymes such as high and low in accent and converting them into voice signals that can be heard by a person.

In operation 250, the manager server 100 does not establish a transaction for the first order information among a plurality of order information including an order item, an order price, an order quantity, an order time, and the like received in advance from the user terminal in step 215. Next, it is determined whether the specified time zone has been exceeded among the conditions of the pre-received order information. If the predetermined time zone has not exceeded, the process proceeds to step 255 afterwards.

However, if the predetermined order time period in step 250 has been exceeded, the transaction process according to the order information of the stock trader is terminated.

Here, the criterion for determining whether the predetermined time zone is exceeded means the time determined in the last order information. For example, when the order up to 3 o'clock is the last order, it means 3 o'clock. It can also be set by the market closing time of the stock market, which depends on how the order information is pre-conditioned.

In operation 255, the manager server 100 may refer to the next order among the plurality of order information previously designated by the user, that is, the example mentioned above. Generate second order information for not buying, and proceed back to step 205.

In this case, if the transaction is not established, the existing order information (ie, the order information transmitted to the computer server) may be canceled before the new order information is generated. The remaining unsent order information (ie, order information not transmitted to the computer server) among the plurality of order information may be deleted.

The present invention preferably differs from the above example, among the plurality of order information received from the user, the order price time is '10 to 12 o'clock, '12 to 2 o 'and 2 to 4 o' Instead of setting the unit of time as a series of time periods, the non-consecutive order times such as '10 to 11 o ',' 1 to 2 o 'and' 3 to 4 o ' You can also apply.

More preferably, the present invention may be applied to a case in which a plurality of items are selected from a user as well as the same item, and all transactions for the selected plurality of items are repeatedly performed for a specified time.

Also, more preferably, the order information may include a plurality of order times for the same item and one order price corresponding to the plurality of order times.

For example, a Samsung Electronics stock is sold at 50,000 won per share for 100 shares from 10 to 11 o'clock, 1 to 2 o'clock, and 3 to 4 o'clock. The price can be ordered repeatedly in different time zones. In this case, continuous time and non-continuous time can be applied.

In addition, the order information according to the present invention can be canceled, changed and modified at any time before the transaction is concluded by the user's selection, and the order information can be continued for one day or a certain period (for example, three days, one week, etc.). Can be applied.

In addition, since the essential information in the conventional stock trading, such as information about the stock trader is not a distinctive feature, for example, it is omitted in the description, and also below, information commonly included in stock trading, that is, stock trader Personal information, trading account, etc. are deemed to be included in the order information, of course, will be omitted and will be described.

3 is a diagram illustrating a data processing procedure for email transmission when a transaction is established according to order information according to an exemplary embodiment of the present invention.

Referring to FIG. 3, a stock trader transmits buy or sell order information including an order item, an order quantity, an order price, an order time, etc. to a manager server 100 coupled with a communication network using a user terminal (step 300). Done.

The manager server 100 receives the buy or sell order information (step 305), and transmits the received buy or sell order information to the computer server 120 (step 310).

The computer server server 120 that receives the purchase or sell order information of the stock trader from the manager server 100 (step 315) receives the buy or sell order information from the server of each securities company in the same manner as described above, The sale will be closed according to the order information.

Computational server server 120 generates a certain processing result in the same manner as described above corresponding to the purchase or sell order information received from each securities company (step 320) transmits the transaction result information to the manager server 100 (step 325). Done.

In operation 330, the manager server 100 receives transaction result information corresponding to the buy or sell order information according to operation 325 from the computer server. In this case, the received transaction result information relates to the transaction details of a plurality of stock traders who have received the buy or sell order information from the manager server 100.

Accordingly, the transaction details of the plurality of stock traders are classified by certain items such as 'stock trader', 'order item', and 'order quantity' (step 335).

The transaction result is then formatted for each item (step 340) in accordance with a predetermined predetermined email form (illustrated in FIG. 6). At this time, the predetermined predetermined e-mail form includes at least items such as a recipient, an e-mail address, an order form such as a sell or a buy, a transaction closing time, an order item, a transaction amount, a transaction price, and the like.

The transaction result information formatted according to the predetermined e-mail form is transmitted to the user terminal to the e-mail address using the communication network (step 345), and the user terminal receives the processing result according to the transmitted contents, that is, the order (step 350). do.

4 is a diagram illustrating a data processing procedure for transmitting a text message when a transaction is established according to order information according to another exemplary embodiment of the present invention. Referring to FIG. 4, a stock trader transmits buy or sell order information including an order item, an order quantity, an order price, an order time, etc. to a manager server 100 coupled with a communication network using a user terminal (step 400). Done.

The manager server 100 receives the buy or sell order information (step 405), and transmits the received buy or sell order information to the computer server 120 (step 410).

The computer server server 120 having received the purchase or sell order information of the stock trader from the manager server 100 (step 415) receives the buy or sell order information from the server of each securities company in the same manner as described above. The sale will be closed according to the order information.

Computational server server 120 generates a predetermined processing result in the same manner as described above in response to the purchase or sell order information received from each securities company (step 420) transmits the transaction result information to the manager server 100 (step 425). do.

The manager server 100 receives a processing result corresponding to the buy or sell order information according to step 425 from the computer server 120 (step 430). The transaction result information received at this time relates to the buy or sell order information received by the manager server 100 from the user.

Therefore, the manager server 100 classifies the transaction details of the plurality of stock traders by a certain item such as 'stock trader', 'order item', 'order quantity', 'order time', etc. (step 435).

In step 435, the manager server 100 classifies the received transaction result information by a predetermined item, and transmits the classified content as text message information to the SMS (Short Message Service) server 115 of the mobile communication operator (step 440). do.

The SMS server 115 of the mobile communication operator receives the text message information transmitted in step 440 (step 445), and transmits the received information to the user's mobile communication terminal (step 450) through the base station / base station controller.

In operation 450, the user terminal receives transaction result information based on the purchase or sell order information of the user transmitted by the SMS server 115 using the computer 105 or the mobile communication terminal 110 (step 455).

5 is a diagram illustrating a data processing procedure for transmitting a voice message when a transaction is established according to order information according to another preferred embodiment of the present invention.

Referring to FIG. 5, a stock trader transmits buy or sell order information including a stock item, an order quantity, an order price, an order time, etc. to a manager server 100 coupled with a communication network using a user terminal (step 500). do.

The manager server 100 receives the buy or sell order information from the user terminal (step 505), and transmits the received buy or sell order information to the computer server 120 (step 510).

Receiving the buy or sell order information of the stock trader from the manager server 100 (515) receives the buy or sell order information from the server of each securities company in the same manner as described above, these buy or sell The transaction will be closed according to the order information.

Computational server server 120 generates a certain processing result in the same manner as described above according to the purchase or sell order information received from each securities company (step 520) transmits the transaction result information to the manager server 100 (step 525). do.

In operation 530, the manager server 100 receives transaction result information corresponding to the buy or sell order information from the computer server 120. The transaction result information received at this time is the buy or sell order information received by the manager server 100 from the user terminal and relates to the transaction details of a plurality of stock traders.

Accordingly, the manager server 100 classifies the transaction details of the plurality of stock traders by a certain item such as 'stock trader', 'order item', 'order quantity', and the like (step 535).

In operation 535, the manager server 100 transmits the items classified as described above to the SMS (Short Message Service) server of the mobile communication provider using a text to speech (TTS) function (operation 540).

Here, the TTS function refers to a function of analyzing sentences and converting them into a series of basic units of speech, determining information on rhythm such as high and low in accent, and converting them into voice signals that can be heard by a person.

The SMS server 115 of the mobile communication operator receives the voice message converted to voice in step 540 (step 545), and transmits the received content to the user's mobile communication terminal 110 through the base station / base station controller (step 550). )do.

In step 555, the user terminal receives transaction result information according to the buy or sell order information transmitted through the SMS server 115 in step 550.

6 is a diagram illustrating repetitive order processing using continuous order time and a data processing procedure for sending an email when a transaction is established corresponding to the recurring order processing according to another preferred embodiment of the present invention.

A part omitted below will be described with reference to FIG. 3. In the following description, a plurality of order price information and a plurality of order times corresponding to the plurality of order price information will be described as an example. In this case, the plurality of order times mean continuous order times. And a plurality of order information is not limited in number of times.

In other words, for example, the first order is to order 100 shares of Samsung Electronics shares at 50,000 won per share from 10:00 to 11 o'clock, and the shares of the company are paid at 51,000 won per share from 11:00 to 2 o'clock. FIG. 6 will be described with reference to an example in which a second order is placed in a second order, and the stock of the company is set as a third order in the order of 100 shares at 52,000 won per share from 2:00 to 4:00.

Referring to FIG. 6, in operation 635, the manager server 100 determines whether the transaction execution information corresponding to the user's order information is received from the computer server server 120, and if the established transaction execution information is received, the manager server ( 100 proceeds to step 665.

However, as a result of the determination in step 635, if the manager server 100 does not receive the transaction conclusion information corresponding to the user's order information from the computer server 120, this means that at least one of order information, that is, order time and order price If it is determined that the transaction is insufficient to close, the process proceeds to step 640.

In step 640, the manager server 100 continuously checks the time and proceeds to step 645.

In operation 645, the manager server 100 determines whether a predetermined time is reached. For example, the manager server 100 determines whether the end time of the first order mentioned above in the above example-10 o'clock to 11 o'clock is 11 o'clock, which is the end time of 100 shares-of 50,000 won per share.

The manager server 100 proceeds to step 650 if the determination result in step 645 reaches a predetermined time (for example, 11 o'clock). Otherwise, the manager server 100 proceeds to step 660.

In step 650, the manager server 100 has not concluded a transaction corresponding to the first order information (referring to the first order mentioned above) among the plurality of order information received from the user, so that the new order time and the corresponding new order are not concluded. The second order information including the order price is searched and extracted from the storage unit. For example, the extracted order information relates to an order to 'buy Samsung Electronics shares for 51,000 won per share for 100 shares from 1 pm to 2 pm'. In addition, a request for cancellation of the first order is generated, such as 'Cancellation of orders sent at 10:00 to purchase 100 shares of Samsung Electronics shares for 50,000 won per share'.

In operation 655, the manager server 100 retransmits the retrieved new order information (second order information) and the cancellation request information for the first order information to the computer server server 120. At this time, the transmission time of the new order information is 1 pm when quoting the above example.

In operation 660, the manager server 100 re-determines whether a predetermined time period has elapsed due to the condition of the plurality of order information received from the user terminal before placing the next order based on the transaction failure. If the specified time has elapsed, all the above processes are terminated.

For example, in step 660, the first order, the stock of the company from 11 o'clock to 20,000 won for 100 shares of Samsung Electronics' stock selected by the user under the pre-specified conditions from 10:00 to 11:00 If the second order is to order 100 shares at 51,000 won per share by the hour, and the third order is to order 100 shares at 52,000 won per share from 2:00 to 4 pm, At 4 o'clock, it is determined whether the time zone has elapsed.

As described above, for example, the time zone determined by the manager server 100 in step 660 may be previously selected by the user. Therefore, the pre-determined time period may be the market closing time of the stock market, and the time of the last order may be determined by the stock traders who are aggressively buying and selling the day trading order repeatedly. It may be determined differently.

In operation 665, the manager server 100 classifies the received processing result into fixed items such as stock trader, stock item, contract amount, contract amount, and contract time. In operation 670, the manager server 100 formats the items classified in operation 665 according to a predetermined form. Thereafter, the flow proceeds to step 675.

In step 675, the manager server 100 transmits the processed result according to the order by email to the user.

In step 680, the stock trader receives the processing result according to the order through the user terminal.

In the description of FIG. 6, the first order is to order 100 shares of Samsung Electronics' shares at 50,000 won per share from 10:00 to 11 o'clock, and 100 shares of the company's shares at 51,000 won per share from 11 to 2 o'clock. The second order and the company's stock for 100 shares at 52,000 won per share from 2:00 to 4:00 as the third order. The example of the case where the order information to receive from a stock trader was demonstrated.

However, it is preferable to order 100 shares of Samsung Electronics at 50,000 won per share from 10:00 to 11 o'clock, and 100 shares of the company's shares at 50,000 won per share from 11:00 to 2:00. 2 orders, the same order for the same item in the order of plural orders and all of the plural orders for the same item, as in the case of the third order to order 100 shares at 50,000 won per share from 2:00 to 4:00 Only one order price that is applied may be received from the stock trader, and in this case, the same may be applied as described above with reference to FIG. 6.

More preferably, it can be easily applied to a buy order as well as a buy order by those skilled in the art, and the following description can also be applied equally.

7 is a diagram illustrating repetitive order processing using a continuous order time and a data processing procedure for transmitting a text message when a transaction is established corresponding to the recurring order processing according to another preferred embodiment of the present invention.

A part omitted below will be described with reference to FIG. 4. In the following description, a plurality of order price information and a plurality of order times corresponding to the plurality of order price information will be described as an example. In this case, the plurality of order times mean continuous order times. And a plurality of order information is not limited in number of times.

In other words, for example, the first order is to order 100 shares of Samsung Electronics shares at 50,000 won per share from 10:00 to 11 o'clock, and the shares of the company are paid at 51,000 won per share from 11:00 to 2 o'clock. 7 will be described with reference to an example in which a 100-order order is placed in a second order, and the stock of the company is set as a third order for a 100-week order at 52,000 won per share from 2 to 4 pm.

Referring to FIG. 7, in operation 735, the manager server 100 determines whether the transaction execution information corresponding to the order information of the user is received from the computer server server 120, and if the established transaction execution information is received, the manager server ( 100 proceeds to step 765.

However, as a result of the determination in step 735, if the manager server 100 does not receive the transaction conclusion information corresponding to the order information of the user from the computer server 120, this means that at least one of the order information, that is, order time, order price If it is determined that the transaction is insufficient to close, the process proceeds to step 740.

In step 740, the manager server 100 continuously checks the time and proceeds to step 745.

In operation 745, the manager server 100 determines whether a predetermined time is reached. For example, the manager server 100 determines whether the end time of the first order mentioned in the above example-the purchase of 100 shares of Samsung Electronics' stock for 50,000 won per share from 10:00 to 11:00 is reached at 11:00.

The manager server 100 proceeds to step 750 if the determination result in step 745 reaches a predetermined time (for example, 11 o'clock). Otherwise, the manager server 100 proceeds to step 760.

In operation 750, the manager server 100 has not concluded a transaction corresponding to the first order information (referring to the first order mentioned above) among the plurality of order information received from the user. The second order information including the order price is searched and extracted from the storage unit. For example, the extracted order information relates to an order including 'Buy Samsung Electronics Stock for 51,000 won per share for 100 shares from 1 pm to 2 pm'. In addition, a request for cancellation of the first order is generated, such as 'Cancellation of orders sent at 10:00 to purchase 100 shares of Samsung Electronics shares for 50,000 won per share'.

In operation 755, the manager server 100 retransmits the retrieved new order information (second order information) and the cancellation request information for the first order information to the computer server server 120. At this time, the transmission time of the new order information is 1 pm when quoting the above example.

In operation 760, the manager server 100 determines whether a predetermined time period has elapsed in accordance with the condition of the plurality of order information received from the user terminal before placing the next order based on a transaction failure. If the specified time has elapsed, all the above processes are terminated.

For example, in step 760, the first order, the stock of the company from 11 o'clock, to 100 shares of Samsung Electronics' stock selected by the user under the pre-specified conditions from 10 to 11 o'clock to 50,000 won per share, is displayed. If the second order is to order 100 shares at 51,000 won per share by the hour, and the third order is to order 100 shares at 52,000 won per share from 2:00 to 4 pm, At 4 o'clock, it is determined whether the time zone has elapsed.

As described above, for example, the time zone determined by the manager server 100 in operation 760 may be previously selected by the user. Therefore, the pre-determined time period may be the market closing time of the stock market, and the time of the last order may be determined by the stock traders who are aggressively buying and selling the day trading order repeatedly. It may be determined differently.

In operation 765, the manager server 100 classifies the received processing result into fixed items such as stock trader, stock item, contract amount, contract amount, and contract time.

In operation 770, the manager server 100 transmits the classified information as text message information to the SMS (short message service) server 115 of the mobile communication operator, and the SMS server 115 of the mobile communication operator transmits the text message information. And transmit the received information to the user terminal through the base station / base station controller.

In operation 775, the user receives transaction result information according to the order information using the computer 105 or the mobile communication terminal 110.

8 is a diagram illustrating repetitive order processing using a continuous order time and a data processing procedure for transmitting a voice message when a transaction is established corresponding to the recurring order processing according to another preferred embodiment of the present invention.

8 is a diagram illustrating repetitive order processing using a continuous order time and a data processing procedure for transmitting a text message when a transaction is established corresponding to the recurring order processing according to another preferred embodiment of the present invention.

Portions omitted below will be described with reference to FIG. 5. In the following description, a plurality of order price information and a plurality of order times corresponding to the plurality of order price information will be described as an example. In this case, the plurality of order times mean continuous order times.

In other words, for example, the first order is to order 100 shares of Samsung Electronics shares at 50,000 won per share from 10:00 to 11 o'clock, and the shares of the company are paid at 51,000 won per share from 11:00 to 2 o'clock. FIG. 8 will be described with reference to the example in which a second order is placed for 100 shares and a third order is placed for the stock of the company for 52,000 won from 2:00 to 4:00.

Referring to FIG. 8, in operation 835, the manager server 100 determines whether the transaction execution information corresponding to the order information of the user is received from the computer server server 120, and if the established transaction execution information is received, the manager server ( 100 proceeds to step 865.

However, as a result of the determination in step 835, if the manager server 100 does not receive the transaction conclusion information corresponding to the user's order information from the computer server 120, this means that at least one of the order information, that is, the order time and the order price is determined. It is determined that a condition is insufficient to close the transaction, and the flow proceeds to step 840.

In step 840, the manager server 100 continuously checks the time and proceeds to step 845.

In operation 845, the manager server 100 determines whether a predetermined time is reached. For example, the manager server 100 determines whether the end time of the first order mentioned in the above example-the purchase of 100 shares of Samsung Electronics' stock for 50,000 won per share from 10:00 to 11:00 is reached at 11:00.

The manager server 100 proceeds to step 850 if the determination result in step 845 is a predetermined time (for example, 11 o'clock), otherwise proceeds to step 860.

In step 850, the manager server 100 has not concluded a transaction corresponding to the first order information (referring to the first order mentioned above) among the plurality of order information received from the user, so that the new order time and the corresponding new order are not concluded. The second order information including the order price is searched and extracted from the storage unit. For example, the extracted order information relates to an order to purchase Samsung Electronics shares for 51,000 won per share for 100 shares from 1 pm to 2 pm. In addition, a request for cancellation of the first order is generated, such as 'Cancellation of orders sent at 10:00 to purchase 100 shares of Samsung Electronics shares for 50,000 won per share'.

In operation 855, the manager server 100 retransmits the retrieved new order information (second order information) and the cancellation request information for the first order information to the computer server server 120. At this time, the transmission time of the new order information is 1 pm when quoting the above example.

In operation 860, the manager server 100 determines again whether a predetermined time period has elapsed due to the condition of the plurality of order information received from the user terminal before placing the next order based on a transaction failure. If the specified time has elapsed, all the above processes are terminated.

Referring to step 860 as an example, the first order, the company's stock from 11 to 2, is placed in order of 100 shares of Samsung Electronics' stock selected by the user under the pre-specified conditions from 10 to 11 for 50,000 won per share. If the second order is to order 100 shares at 51,000 won per share by the hour, and the third order is to order 100 shares at 52,000 won per share from 2:00 to 4 pm, At 4 o'clock, it is determined whether the time zone has elapsed.

As described above, for example, the time zone determined by the manager server 100 in operation 860 may be previously selected by the user. Therefore, the pre-determined time period may be the market closing time of the stock market, and the time of the last order may be determined by the stock traders who are aggressively buying and selling the day trading order repeatedly. It may be determined differently.

In operation 865, the manager server 100 classifies the received processing result into fixed items such as stock trader, stock item, contract amount, contract quantity, and contract time.

In operation 870, the manager server 100 may classify the items classified in operation 865.

By using the TTS function is transmitted to the user terminal through the SMS server 115 of the mobile carrier.

Here, the TTS function analyzes sentences and converts them into a series of basic units of speech, determines information about rhymes such as high and low, and converts them into voice signals that can be heard by humans.

In step 875, the stock trader receives transaction conclusion information corresponding to the order information from the manager server 100 using the computer 105 or the mobile communication terminal 110.

More preferably, it can be easily determined by those skilled in the art within the spirit of the present invention that the present invention can be applied to not only a buy order but also a sell order.

9 is a diagram illustrating repetitive order processing using non-contiguous order times and a data processing procedure for email transmission when a transaction is established corresponding to the recurring order processing according to another preferred embodiment of the present invention.

9, in operation 900, the stock trader transmits a buy order or sell order to the manager server 100 using a user terminal. The order information here is in the form of order information including non-contiguous order times.

For example, the first order is to order 100 shares of Samsung Electronics' shares at 50,000 won per share from 10:00 to 11 o'clock, and 100 shares at the order of 51,000 won per share from 1:00 to 2 o'clock. 2 orders, ordering 100 shares of the company's shares at 52,000 won per week from 3:00 to 4:00 can be sent to the administrator server 100, such as 'third order', in which case the order time is Various choices can be made.

In operation 905, the manager server 100 receives the order information transmitted by the stock trader using the user terminal and stores the order information in the storage unit.

In operation 910, the manager server 100 computes order information corresponding to 'run 100 shares of Samsung Electronics' stock for 50,000 won per share from 10:00 to 11:00, corresponding to the first order, from the received order information. Send to server 120.

In step 915, the computer server 120 receives the order information transmitted from the manager server 100, and in step 920 compares the order information received from the plurality of securities server 100 to generate constant transaction result information.

In operation 925, the computer server 120 transmits the generated transaction result information to the manager server 100, and in operation 930, the manager server 100 receives the transaction result information transmitted from the computer server server 120.

Based on the transaction result information received in step 935, it is determined whether a transaction corresponding to the order information is concluded within a specified time.

For example, in step 935, a user ordered 100 shares of Samsung Electronics' shares at 50,000 won per share from 10:00 to 11 o'clock. If the second order to order 100 won in the order, and the third order to order 100 shares at 52,000 won per share from 3:00 to 4:00 a third order ', the manager server 100 is the computer server server 120 It is determined whether the order has been concluded by the designated order time, ie, 11 o'clock, for the first order transmitted to.

Thereafter, if a transaction corresponding to the order information is concluded according to the result determined in step 935, the process proceeds to step 940, and if the transaction is not concluded, proceeds to step 960.

In operation 940, the manager server 100 classifies the transaction result information of the received stock traders by certain items such as 'stock trader', 'order item', 'order quantity', 'closing time' and the like.

In operation 945, the manager server 100 formats the transaction result for each item in accordance with a predetermined email form. At this time, the pre-specified e-mail form includes items such as a recipient, an e-mail address, an order form such as a sell or a buy, a closing time, an order item, a trading amount, a transaction price, and the like.

In step 950, the transaction result information formatted according to the predetermined e-mail form is transmitted to the user terminal to the e-mail address using a communication network. In step 955, the user terminal receives the transmitted contents, that is, the processing result according to the order.

In step 960, the manager server 100 requests cancellation of the order information transmitted in step 910 to the computer server server 120 when the transaction is not concluded within the designated time corresponding to the order information of the stock trader. Do it.

For example, in the above-mentioned example, the first order, that is, a request for cancellation of the first order at 11 o'clock for the Samsung Electronics shares from 100 to 100 won at 50,000 won per share from 10:00 to 11:00.

In step 965, the manager server 100 continuously checks the time, and then proceeds to step 970.

In step 970, the manager server 100 determines whether the predetermined time (for example, 1 o'clock of the second order time) is reached based on the time check performed in step 965 after the request for canceling the order information in step 960. If the specified time is reached, step 910 is reached.

However, if it is determined in step 970 that the designated time (for example, 1 o'clock of the second order time) is reached, step 975 is reached.

In step 975, the manager server 100 determines again whether the specified time has elapsed, and proceeds to step 965 if the specified time has not yet elapsed, and ends the process.

For example, in step 975, the first order, the stock of the company from 1 o'clock to 2 o'clock, is placed at 50,000 won per share from 10:00 to 11 o'clock. If the second order is to order 100 shares at 51,000 won per share by the hour, and the third order is to order 100 shares at 52,000 won per share from 3:00 to 4:00, At 4 o'clock, it is determined whether the time zone has elapsed.

As described above, for example, the time zone determined by the manager server 100 in step 975 may be previously selected by the user. Therefore, the pre-determined time period may be determined differently depending on the market closing time of the stock market or the day-to-day aggressive buying, or the stock trader who performs the date trading that repeatedly executes the selling order. .

If a transaction is not concluded corresponding to the order information, the manager server 100 repeatedly performs the above process until a designated time period (for example, 4:00, the last time of the third order) is exceeded.

Referring to the example described above, if the first order is sent at 10 am, and no information is received that the transaction is concluded even after 11 am, the manager server 100 is 1 o'clock, 3 o'clock, which is a predetermined time zone. The second order, the third order, and the like are repeatedly transmitted to the computer server server 120 until the transaction is established.

More preferably, it can be easily determined by those skilled in the art within the spirit of the present invention that the present invention can be applied to not only a buy order but also a sell order.

10 is a diagram illustrating repetitive order processing using non-contiguous order times and a data processing procedure for transmitting a text message when a transaction is established corresponding to the recurring order processing according to another preferred embodiment of the present invention.

Referring to FIG. 10, in step 1000, the stock trader transmits a buy order or sell order to the manager server 100 using a user terminal. The order information here is in the form of order information including non-contiguous order times.

For example, the first order is to order 100 shares of Samsung Electronics' shares at 50,000 won per share from 10:00 to 11 o'clock, and 100 shares at the order of 51,000 won per share from 1:00 to 2 o'clock. 2 orders, ordering 100 shares of the company's shares at 52,000 won per week from 3:00 to 4:00 can be sent to the administrator server 100, such as 'third order', in which case the order time is Various choices can be made.

In step 1005, the manager server 100 receives the order information sent by the stock trader using the user terminal and stores it in the storage unit.

In step 1010, the manager server 100 computerized the order information corresponding to 'run the 100 shares of Samsung Electronics shares for 50,000 won per share from 10:00 to 11:00' corresponding to the first order from the received order information Send to server 120.

The computer server 120 receives the order information transmitted from the manager server 100 in step 1015, and generates constant transaction result information by comparing the order information received from the plurality of securities servers 100 in step 1020.

In operation 1025, the computer server 120 transmits the generated transaction result information to the manager server 100, and in step 1030, the manager server 100 receives the transaction result information transmitted from the computer server server 120.

Based on the transaction result information received in step 1035, it is determined whether a transaction corresponding to the order information is concluded within a specified time.

For example, in step 1035, a user orders a 100-week order of Samsung Electronics shares at 50,000 won per share from 10:00 to 11 o'clock, and the company's stock is 51,000 from 1 to 2 o'clock. If the second order to order 100 won in the order, and the third order to order 100 shares at 52,000 won per share from 3:00 to 4:00 a third order ', the manager server 100 is the computer server server 120 It is determined whether the order has been concluded by the designated order time, ie, 11 o'clock, for the first order transmitted to.

Thereafter, if a transaction corresponding to the order information is concluded according to the result determined in step 1035, the process proceeds to step 1040. If the transaction is not concluded, the process proceeds to step 1055.

In step 1040, the manager server 100 classifies the transaction result information of the received stock traders by certain items such as 'stock trader', 'order item', 'order quantity', 'closing time'.

In operation 1045, the manager server 100 transmits the items separated in operation 1040 to the user terminal through the SMS server 115.

In step 1050, the user terminal receives the transmitted content, that is, the processing result according to the order.

In step 1055, the manager server 100 requests the cancellation of the order information transmitted in step 1010 to the computer server server 120 when the transaction is not concluded within the designated time corresponding to the order information of the stock trader. Do it.

For example, referring to step 1055, the first order, that is, requesting to cancel the first order at 11 o'clock for the first order, ie, 100 shares of Samsung Electronics shares at 50,000 won per share from 10:00 to 11:00. will be.

In step 1060, the manager server 100 continuously checks the time, and then proceeds to step 1065.

In step 1065, the manager server 100 determines whether the predetermined time (for example, 1 o'clock of the second order time) is reached based on the time check performed in step 1060 after the request for canceling the order information in step 1055. If the specified time is reached, the process proceeds to step 1010.

However, if it is determined in step 1065 that the designated time (for example, 1 o'clock of the second order time) is reached, step 1070 is performed.

In step 1070, the manager server 100 determines again whether the specified time has elapsed. If the specified time has not yet elapsed, the manager server 100 proceeds to step 1060, and if so, the process ends.

For example, in step 1070, the first order, the stock of the company from 1 o'clock to 2 o'clock, is placed at 50,000 won per share from 10:00 to 11 o'clock. If the second order is to order 100 shares at 51,000 won per share by the hour, and the third order is to order 100 shares at 52,000 won per share from 3:00 to 4:00, At 4 o'clock, it is determined whether the time zone has elapsed.

As described above, for example, the time zone determined by the manager server 100 in step 1070 may be previously selected by the user. Therefore, the pre-determined time period may be determined differently depending on the market closing time of the stock market or the day-to-day aggressive buying, or the stock trader who performs the date trading that repeatedly executes the selling order. .

If a transaction is not concluded corresponding to the order information, the manager server 100 repeatedly performs the above process until a designated time period (for example, 4:00, the last time of the third order) is exceeded.

Referring to the example described above, if the first order is sent at 10 am, and no information is received that the transaction is concluded even after 11 am, the manager server 100 is 1 o'clock, 3 o'clock, which is a predetermined time zone. The second order, the third order, and the like are repeatedly transmitted to the computer server server 120 until the transaction is established.

11 is a diagram illustrating repetitive order processing using non-contiguous order times and a data processing procedure for transmitting a voice message when a transaction is established corresponding to the recurring order processing according to another preferred embodiment of the present invention.

Referring to FIG. 11, in step 1100, the stock trader transmits a buy order or sell order to the manager server 100 using a user terminal. The order information here is in the form of order information including non-contiguous order times.

For example, the first order is to order 100 shares of Samsung Electronics' shares at 50,000 won per share from 10:00 to 11 o'clock, and 100 shares at the order of 51,000 won per share from 1:00 to 2 o'clock. 2 orders, ordering 100 shares of the company's shares at 52,000 won per week from 3:00 to 4:00 can be sent to the administrator server 100, such as 'third order', in which case the order time is Various choices can be made.

In operation 1105, the manager server 100 receives the order information transmitted by the stock trader using the user terminal and stores the order information in the storage unit.

In step 1110, the manager server 100 computes the order information corresponding to 'run 100 shares of Samsung Electronics shares for 50,000 won per share for 10 to 11 o'clock' corresponding to the first order from the received order information. Send to server 120.

The computer server 120 receives the order information transmitted from the manager server 100 in step 1115, and generates constant transaction result information by comparing the order information received from the plurality of securities servers 100 in step 1120.

In operation 1125, the computer source server 120 transmits the generated transaction result information to the manager server 100, and in step 1130, the manager server 100 receives the transaction result information transmitted from the computer source server 120.

On the basis of the transaction result information received in step 1135, it is determined whether a transaction corresponding to the order information is concluded within a specified time.

For example, in step 1135, a user orders' 100 orders of Samsung Electronics shares at 50,000 won per share from 10:00 to 11 o'clock, and 51,000 per share from 1 to 2 o'clock. If the second order to order 100 won in the order, and the third order to order 100 shares at 52,000 won per share from 3:00 to 4:00 a third order ', the manager server 100 is the computer server server 120 It is determined whether the order has been concluded by the designated order time, ie, 11 o'clock, for the first order transmitted to.

Thereafter, if a transaction corresponding to the order information is concluded according to the result determined in step 1135, the process proceeds to step 1140. If the transaction is not concluded, the process proceeds to step 1155.

In operation 1140, the manager server 100 classifies the received transaction result information of the stock traders by certain items such as 'stock trader', 'order item', 'order quantity', and 'closing time'.

In operation 1145, the manager server 100 transmits the items separated in operation 1140 to the user terminal through the SMS server 115.

In operation 1150, the user terminal receives the transmitted contents, that is, the processing result according to the order.

In step 1155, the manager server 100 requests cancellation of the order information transmitted in step 1110 to the computer server server 120 when the transaction is not concluded within the designated time corresponding to the order information of the stock trader. Do it.

For example, referring to step 1155, the first order, that is, requesting to cancel the first order at 11 o'clock for the first order, '100 shares ordered at 50,000 won per share from 10:00 to 11 o'clock' will be.

In step 1160, the manager server 100 continuously checks the time, and then proceeds to step 1165.

In step 1165, the manager server 100 determines whether the predetermined time (for example, 1 o'clock of the second order time) is reached based on the time check performed in step 1160 after the request for canceling the order information in step 1055. If the specified time is reached, the process proceeds to step 1110.

However, if it is determined in step 1165 that the designated time (for example, 1 o'clock of the second order time) does not correspond to step 1170.

In step 1170, the manager server 100 determines again whether the specified time has elapsed. If the specified time has not yet elapsed, the manager server 100 proceeds to step 1160, and if so, the process ends.

For example, in step 1170, the first order, the stock of the company from 1 o'clock to 2 o'clock, is placed at 50,000 won per share from 10:00 to 11 o'clock. If the second order is to order 100 shares at 51,000 won per share by the hour, and the third order is to order 100 shares at 52,000 won per share from 3:00 to 4:00, At 4 o'clock, it is determined whether the time zone has elapsed.

As described above, for example, the time zone determined by the manager server 100 in step 1170 may be previously selected by the user. Therefore, the pre-determined time period may be determined differently depending on the market closing time of the stock market or the day-to-day aggressive buying, or the stock trader who performs the date trading that repeatedly executes the selling order. .

If a transaction is not concluded corresponding to the order information, the manager server 100 repeatedly performs the above process until a designated time period (for example, 4:00, the last time of the third order) is exceeded.

Referring to the example described above, if the first order is sent at 10 am, and no information is received that the transaction is concluded even after 11 am, the manager server 100 is 1 o'clock, 3 o'clock, which is a predetermined time zone. The second order, the third order, and the like are repeatedly transmitted to the computer server server 120 until the transaction is established.

12 is an exemplary view of a screen of an email form shown to a user according to an exemplary embodiment of the present invention.

Referring to FIG. 12, an e-mail form 1200 includes at least a recipient, a buy or sell order form, a transaction execution time, an order item, an order quantity, a transaction execution amount, and the like.

Here, the contents entered in the e-mail form is the processing result corresponding to the buy or sell order information received from the computer server, the processing result is a certain item such as 'stock trader', 'order item', etc. The results of the transaction are formatted by item to fit a predetermined email format.

Figure 13 is an exemplary screen showing a text message form according to another embodiment of the present invention.

Referring to FIG. 13, the text message form 1300 includes an order trader, an order item, a trading amount, a closing amount, a closing amount, and the like. The order item refers to the stock of a specific company presented by the order trader, and the closing quantity refers to the quantity of the transaction concluded among the volume of transactions requested by the ordering trader, and the closing amount refers to the unit price and the total amount of the corresponding item.

14 is a diagram illustrating an example of a voice message according to another preferred embodiment of the present invention.

Referring to FIG. 14, the voice message 1400 includes an order trader, an order item, an order quantity execution quantity, an execution amount, and the like. For example, if the stock trader 'Hong Gil-dong' sends purchase order information for '100 shares' to Samsung Electronics' stock for 1,000,000 won per share through the user terminal, and the transaction is concluded according to the purchase order information, Accordingly, the purchase order result information is transmitted to the user terminal, that is, the computer or the mobile communication terminal.

The voice message sent to the user's terminal of the order trader is 'To Hong Gil-dong, according to your purchase order, the transaction was concluded at 12 o'clock on June 2, 2000, and the amount is 100,000,000 won.' It can be done in the form of

The present invention is not limited to the above embodiments, and many variations are possible by those skilled in the art within the spirit of the present invention.

Therefore, the network-based stock trading scheduling system according to the present invention can automatically continue reordering for each stock price and time zone in the stock trading.

And stock traders can continue to reorder using multiple booked orders, allowing them to respond appropriately to rapid stock market changes.

It is also possible to trade stocks using multiple scheduled orders, allowing stock traders to plan an appropriate portfolio strategy for investing in stocks.

In addition, even if a stock trader is difficult to place a new order, such as moving or driving, a plurality of reserved orders can be set in advance to facilitate stock trading.

Claims (44)

A method of executing a stock sale using a plurality of reserved order information, Receiving a plurality of order information including a plurality of transaction request time information and order price information corresponding to the transaction request time information from a user terminal; Storing the received plurality of order information in a storage unit; (a) retrieving order information corresponding to a corresponding transaction request time among the stored plurality of order information and transmitting the same to the computer server; (b) receiving a transaction result corresponding to the transmitted order information from a computer source server; Determining the received transaction result information, and transmits the corresponding transaction result established within a specified time from the plurality of reserved order information to the user terminal in real time. If there is no transaction established within the designated time, cancel the existing order information and Repeating steps (a) and (b) Network-based stock trading scheduling method comprising a. The method of claim 1, The transmission uses at least one of a wired communication network and a wireless communication network. Network-based stock trading scheduling method characterized in that. The method of claim 1, The user terminal uses at least one of a computer and a mobile communication terminal Network-based stock trading scheduling method characterized in that. The method of claim 1, The order information is at least one of buy order information, sell order information Network-based stock trading scheduling method characterized in that. The method of claim 1, The order information further includes at least one of at least one of stock traders, order items, and order quantities. Network-based stock trading scheduling method characterized in that. The method of claim 1, At least one of an email transmission method, a text message transmission method, and a voice message transmission method in transmitting the received transaction result information to a user terminal in real time. Network-based stock trading scheduling method characterized in that. The method of claim 6, In order to deliver the closing information to stock traders in real time, Receiving transaction conclusion information according to a buy or sell order from a computer source server; Classifying the received transaction execution information into a stock trader, an order item, an order quantity, an execution quantity, an execution amount, and a time; Formatting the classified items according to a predetermined email form; Transmitting the formatted email to a user terminal Network-based stock trading scheduling method comprising a. The method of claim 6, In order to deliver the information of the closing of the transaction to the stock trader in real time, Receiving transaction conclusion information according to a buy or sell order from a computer source server; Classifying the received transaction execution information into a stock trader, an order item, an order quantity, an execution quantity, an execution amount, and a time; Transmitting the classified item to a short message service server of a mobile communication service provider. Network-based stock trading scheduling method comprising a. The method of claim 6, The voice message transmission method is to deliver the trading conclusion information to stock traders in real time. Receiving transaction conclusion information according to a buy or sell order from a computer source server; Classifying the received transaction execution information into a stock trader, an order item, an order quantity, an execution quantity, an execution amount, and a time; Transmitting the classified items to a short message service server of a mobile communication operator using a voice message conversion function. Network-based stock trading scheduling method comprising a. A memory in which a program is stored; A processor stored in the memory to execute the program Including but not limited to: The processor corresponds to the program, A method of executing a stock sale using a plurality of reserved order information, Receiving a plurality of order information including a plurality of transaction request time information and order price information corresponding to the transaction request time information from a user terminal; Storing the received plurality of order information in a storage unit; (a) checking the time of the stored plurality of order information by searching for each transaction request time zone and transmitting the time to the computer server; (b) receiving a transaction result corresponding to the transmitted order information from a computer source server; Determining the received transaction result information and transmitting the corresponding transaction result, which is established within a specified time, to a user terminal in real time among a plurality of reserved order information; repeating step b) Network-based stock trading scheduling device, characterized in that for executing. In a system for executing a stock sale using a plurality of reserved order information, A receiving unit which receives a plurality of order information including a plurality of transaction request time information and order price information corresponding to the transaction request time information from a user terminal; A storage unit which stores the received plurality of order information; A searcher for searching the stored plurality of order information for each transaction request time period; A transmission unit which transmits the searched order information for each transaction request time zone to a computer source server; A determination unit determining whether a transaction is established by using the received transaction result information, The receiver further receives a transaction result corresponding to the transmitted order information and repeatedly transmitted order information from the computer server, If the search unit does not establish a transaction as a result of the determination through the determination unit, the search unit further retrieves the next order information reserved from the storage unit, The transmitting unit further transmits a transaction result of the corresponding transaction among the received transaction results to the user terminal. Network based stock trading scheduling system comprising a. In the method of executing the stock sale repeatedly using the order information, Receiving order information including a plurality of transaction request time information and one order price information corresponding to the plurality of transaction request times from a user terminal; Storing the received order information in a storage unit; (a) retrieving order information corresponding to the corresponding transaction request time from the stored order information and transmitting the same to the computer server; (b) receiving a transaction result corresponding to the transmitted order information from a computer source server; Determining the received transaction result information and transmitting the corresponding transaction result established in a designated time to the user terminal in real time; if there is no transaction established within the designated time, canceling the existing order information; repeating (b) Network-based stock trading scheduling method comprising a. The method of claim 12, The transmission uses at least one of a wired communication network and a wireless communication network. Network-based stock trading scheduling method characterized in that. The method of claim 12, The user terminal uses at least one of a computer and a mobile communication terminal Network-based stock trading scheduling method characterized in that. The method of claim 12, The order information is at least one of buy order information, sell order information Network-based stock trading scheduling method characterized in that. The method of claim 12, The order information further includes at least one of at least one of stock traders, order items, and order quantities. Network-based stock trading scheduling method characterized in that. The method of claim 12, At least one of an email transmission method, a text message transmission method, and a voice message transmission method in transmitting the received transaction result information to a user terminal in real time. Network-based stock trading scheduling method characterized in that. The method of claim 17, In order to deliver the closing information to stock traders in real time, Receiving transaction conclusion information according to a buy or sell order from a computer source server; Classifying the received transaction execution information into a stock trader, an order item, an order quantity, an execution quantity, an execution amount, and a time; Formatting the classified items according to a predetermined email form; Transmitting the formatted email to a user terminal Network-based stock trading scheduling method comprising a. The method of claim 17, In order to deliver the information of the closing of the transaction to the stock trader in real time, Receiving transaction conclusion information according to a buy or sell order from a computer source server; Classifying the received transaction execution information into a stock trader, an order item, an order quantity, an execution quantity, an execution amount, and a time; Transmitting the classified item to a short message service server of a mobile communication service provider. Network-based stock trading scheduling method comprising a. The method of claim 17, The voice message transmission method is to deliver the trading conclusion information to stock traders in real time. Receiving transaction conclusion information according to a buy or sell order from a computer source server; Classifying the received transaction execution information into a stock trader, an order item, an order quantity, an execution quantity, an execution amount, and a time; Transmitting the classified items to a short message service server of a mobile communication operator using a voice message conversion function. Network-based stock trading scheduling method comprising a. A memory in which a program is stored; A processor stored in the memory to execute the program Including but not limited to: The processor corresponds to the program, In recurring stock trading using the same order information, Receiving order information including a plurality of transaction request time information and one order price information corresponding to the plurality of transaction request times from a user terminal; Storing the received order information in a storage unit; (a) retrieving order information corresponding to the corresponding transaction request time from the stored order information and transmitting the same to the computer server; (b) receiving a transaction result corresponding to the transmitted order information from a computer source server; Determining the received transaction result information, and transmits the corresponding transaction result established within a specified time from the plurality of reserved order information to the user terminal in real time. If there is no transaction established within the designated time, cancel the existing order information and Repeating steps (a) and (b) Network-based stock trading scheduling device, characterized in that for executing. In the system that executes the stock sales repeatedly using the order information, A receiving unit for receiving order information including a plurality of transaction request time information and one order price information corresponding to the plurality of transaction request times from a user terminal; A storage unit for storing the received order information; A search unit for searching the stored order information for each transaction request time period; A transmission unit which transmits order information corresponding to the searched corresponding transaction request time to a computer source server; A determination unit determining whether a transaction is established by using the received transaction result information, The receiver further receives a transaction result corresponding to the transmitted order information and repeatedly transmitted order information from the computer server, If the transaction is not established as a result of the determination through the determination unit, the search unit further retrieves the cancellation request information and the reserved next order information from the storage unit, The transmitting unit further transmits a transaction result of the corresponding transaction among the received transaction results to the user terminal. Network based stock trading scheduling system comprising a. Receiving a plurality of order information for one or more items from one user; Sequentially searching a plurality of order information regarding the received one or more items and transmitting the same to the computer server; Receiving a transaction result corresponding to the transmitted order information from a computer source server and transmitting to a user terminal in real time Network-based stock trading scheduling method comprising a. The method of claim 23, wherein The plurality of order information is that at least one of the order price, order time is specified in plurality Network-based stock trading scheduling method characterized in that. The method of claim 23, wherein The plurality of order information is at least one of buy order information, sell order information Network-based stock trading scheduling method characterized in that. The method of claim 25, The weekly order information includes at least one of stock trader, order item, order quantity, order price, order time Network-based stock trading scheduling method characterized in that. The method of claim 23, wherein The sequential search is to search in the order of the order included in the plurality of order information Network-based stock trading scheduling method characterized in that. The method of claim 23, wherein The transaction result transmitted to the user terminal is a established transaction result corresponding to the order information. Network-based stock trading scheduling method characterized in that. The method of claim 23, wherein In transmitting the transaction result to the user terminal, Determining whether a transaction is concluded based on a transaction result received from the computer server; As a result of the determination, if a transaction is not established for a specified time corresponding to the order information, canceling the order information previously transmitted to the computer server and searching for new order information Network-based stock trading scheduling method further comprising. The method of claim 29, Deleting all remaining order information when a transaction corresponding to the order information is established as a result of the determination; Network-based stock trading scheduling method further comprising. The method of claim 23, wherein The user terminal is at least one of a computer and a mobile communication terminal Network-based stock trading scheduling method characterized in that. The method of claim 23, wherein In transmitting the transaction result to the user terminal in real time, At least one of an email transmission method, a text message transmission method and a voice message transmission method Network-based stock trading scheduling method characterized in that. 33. The method of claim 32, In order to deliver the closing information to stock traders in real time, Receiving transaction conclusion information according to a buy or sell order from a computer source server; Classifying the received transaction execution information into a stock trader, an order item, an order quantity, an execution quantity, an execution amount, and a time; Formatting the classified items according to a predetermined email form; Transmitting the formatted email to a user terminal Network-based stock trading scheduling method comprising a. 33. The method of claim 32, In order to deliver the information of the closing of the transaction to the stock trader in real time, Receiving transaction conclusion information according to a buy or sell order from a computer source server; Classifying the received transaction execution information into a stock trader, an order item, an order quantity, an execution quantity, an execution amount, and a time; Transmitting the classified item to a short message service server of a mobile communication service provider. Network-based stock trading scheduling method comprising a. 33. The method of claim 32, The voice message transmission method is to deliver the trading conclusion information to stock traders in real time. Receiving transaction conclusion information according to a buy or sell order from a computer source server; Classifying the received transaction execution information into a stock trader, an order item, an order quantity, an execution quantity, an execution amount, and a time; Transmitting the classified items to a short message service server of a mobile communication operator using a voice message conversion function. Network-based stock trading scheduling method comprising a. A memory in which a program is stored; A processor stored in the memory to execute the program Including but not limited to: The processor corresponds to the program, Receiving a plurality of order information from a user; Sequentially searching for the received plurality of order information and transmitting the received order information to a computer source server; Receiving a transaction result corresponding to the transmitted order information from a computer source server and transmitting to a user terminal in real time Network-based stock trading scheduling device, characterized in that for executing. Receiving unit for receiving a plurality of order information from the user; A search unit for sequentially searching the received plurality of order information; A transmission unit for transmitting the retrieved order information to a computer source server; The transmission unit receives a transaction result corresponding to the transmitted order information from the computer source server to further transmit to the user terminal in real time Network based stock trading scheduling system comprising a. The method of claim 37, In transmitting the transaction result to the user terminal, A determination unit determining whether a transaction is concluded based on a transaction result received from the computer server; The search unit cancels the order information previously transmitted to the computer server when the transaction is not established for a specified time corresponding to the order information, and further searches for new order information. Network-based stock trading scheduling system further comprising a. A method of executing a stock sale using a plurality of reserved order information, Receiving and storing a plurality of order information including a plurality of transaction request time information and order price information corresponding to the transaction request time information from a user terminal; (a) retrieving order information corresponding to a corresponding transaction request time among the plurality of received order information and transmitting the order information to a computer server; (b) receiving a transaction result corresponding to the transmitted order information from a computer source server; Determining the received transaction result information and transmitting the transaction result to a user terminal Network-based stock trading scheduling method comprising a. The method of claim 39, In determining the received transaction result information and transmitting the transaction result to the user terminal, Determining the received transaction result information, and transmits the corresponding transaction result established within a specified time from the plurality of reserved order information to the user terminal in real time. If there is no transaction established within the designated time, cancel the existing order information and Repeating steps (a) and (b) Network-based stock trading scheduling method comprising a. The method of claim 40, When there is transaction conclusion information corresponding to the order information within the designated time, deleting all the order information not transmitted to the computer server among the received plurality of order information. Network-based stock trading scheduling method characterized in that. A memory in which a program is stored; A processor stored in the memory to execute the program Including but not limited to: The processor corresponds to the program, A method of executing a stock sale using a plurality of reserved order information, Receiving and storing a plurality of order information including a plurality of transaction request time information and order price information corresponding to the transaction request time information from a user terminal; (a) retrieving order information corresponding to a corresponding transaction request time among the plurality of received order information and transmitting the order information to a computer server; (b) receiving a transaction result corresponding to the transmitted order information from a computer source server; Determining the received transaction result information and transmitting the transaction result to a user terminal Network-based stock trading scheduling device, characterized in that for executing. In a system for executing a stock sale using a plurality of reserved order information, A receiver configured to receive and store a plurality of order information including a plurality of transaction request time information and order price information corresponding to the transaction request time information from a user terminal; Transmission unit for retrieving the order information corresponding to the corresponding transaction request time of the plurality of received order information transmitted to the computer server Provided with The receiving unit further receives a transaction result corresponding to the transmitted order information from the computer source server, The transmission unit determines the transaction result information to further transmit the transaction result to the user terminal Network based stock trading scheduling system comprising a. The method of claim 43, In determining the received transaction result information and transmitting the transaction result to the user terminal, Determining the received transaction result information, and transmits the corresponding transaction result established within a specified time from the plurality of reserved order information to the user terminal in real time. Execution unit repeatedly executing steps (a) and (b) Network-based stock trading scheduling system further comprises.