JP5840281B1 - Market transaction support device, market transaction support program, and market transaction support method - Google Patents

Abstract

[PROBLEMS] To improve the convenience of investors by improving an order function for a plurality of orders taking into account both when the market price is expected to rise more than expected and when the market price is expected to decline. A market transaction support server and an order generation unit, and when a current price matches a starting price, a mutual order is generated on condition that a high-priced first order and a first order are established. High-order combined orders including two second-order orders with different prices, and two second-order orders with different order prices generated on the condition that the low-order first-order order and the first-order order are established Order control means for causing the order generation means to generate a low-price combined order including the order of the high-order combined order and the low-price combined order when the first rank order is established in either one, Order processing means for canceling or temporarily suspending the first order. [Selection] Figure 1

Description

  The present invention relates to a market transaction support apparatus, a market transaction support program, and a market transaction support method for supporting market transactions such as buying and selling of products traded in a market such as financial products and financial derivatives.

  Conventionally, financial products such as stocks, foreign exchange, bonds, gold, or financial derivatives (hereinafter referred to as “financial products” includes “financial derivatives”) are known as products traded in the market. ing. In addition, computer systems and communication networks have been developed, and market transactions for financial products can be performed via the Internet. Among them, a computer system for automatically selecting a trade name, generating a trade order, and the like has been developed, and system trading using such a system is also widespread.

  Conventionally, in system trading, various functions such as market order, limit order, stop limit order, IFD order, OCO order, and IFDOCO order have been put into practical use in order to improve the convenience of those who participate in the transaction.

  Here, the market order is an order in a format that does not specify a price or a rate, and the limit order is an order in a format that specifies a price or a rate. IFD orders are also called ifdan orders. First and second orders that have priority in executing transactions are placed at the same time. When the first order is established, the second order is generated. This is an order of the form. An OCO order is an order in which two limit orders are placed simultaneously, and if one of them is established, the other is canceled. The IFDOCO order is an order in which the IFD order and the OCO order are combined, and the order in which the second rank order becomes an OCO order (also referred to as a combined order or an IFO order).

  For example, Patent Literature 1, Patent Literature 2, and Patent Literature 3 disclose technologies related to ordering functions for system trading. Patent Document 1 and Patent Document 2 disclose reducing the risk of a customer who uses an IFD order with respect to an IFD order. In addition, Patent Document 3 relates to a trail order in which a trail function is added to a stop order, and by setting the stop price from the trail width, it is not necessary to input two parameters of the stop price and the trail width, thereby facilitating the trail function. It is disclosed to make it available to

JP 2014-102859 A JP 2010-170544 A JP 2008-40689 A

  By the way, as a strategy for investors to increase profits through market trading using system trading, for example, the market price (for example, the price of stocks) of the target brand is expected for the target brand (also called the target brand). A strategy is to try to make a profit by placing an order that takes into account both the case where it is expected to rise more than the case and the case where it is expected to fall below expectations. When placing orders according to such a strategy, for example, when placing two OCO orders: IFDOCO orders where the market price is expected to rise higher than expected, and IFDOCO orders where the market price is expected to fall below expectations. Can be considered.

  However, in the system trading of the prior art, when placing the two IFDOCO orders as described above, the IFDOCO order has to be divided into two separate orders. Therefore, for example, when the market price of a target issue suddenly drops and then falls sharply, such as when it fluctuates in a short period of time, only one of the two orders needs to be established, and both may have been established. .

  Moreover, in the conventional OCO order and IFDOCO order, although a plurality of orders can be made, each of them is only an order with the same quantity, profit margin, or profit / loss amount for a specific brand. For this reason, when placing an order that anticipates a rise in the market, it was not possible to meet the need to place a larger quantity (or a larger profit margin) than an order that anticipated a decline.

  The present invention has been made to solve the above-described problems. In the market transaction support apparatus, the market transaction support program, and the market transaction support method, the market price is expected to rise more than expected, and the market price declines. The purpose is to improve the ordering function for multiple orders considering both cases, and to improve the convenience for investors.

In order to solve the above problems, the present invention is a market transaction support device for supporting market transactions of financial products, and an order generating means for generating a sales order according to order specification information for specifying a transaction order of financial products; A starting price setting means for setting a starting price for each financial product as a starting price when the order generating means generates a trading order, and a starting price record including the starting price set by the starting price setting means are stored. The starting price storage means and the current price of the financial product is a starting price record that matches the starting price included in the starting price record of the corresponding financial product among the starting price records stored in the starting price storage means. when satisfied, the financial instruments that became the subject of the origin price match, the order of the order price than its starting point price is high of the first rank and the second A high-order combined order including two second-order orders with different order prices generated on the condition that the order of the order is established, the first-order order whose order price is lower than the starting price, and the first order An order control means for causing the order generation means to generate both low-price combined orders including two second-order orders with different order prices that are generated on the condition that the first-order order is established, and the order control means Accordingly, it is data indicating a high-price combination order or a low-price combination order generated by the order generation means, and a high-low division for distinguishing between a high-price combination order and a low-price combination order, and the market transaction support device of the data order transaction data storage means and, high combination order and small amount unions storing order transaction data that includes a status code indicating the status of at For order, when the order of the first rank in either one has been established, the status code provided in order transaction data stored in the order transaction data storage means in the other, cancellation or execution order of the first order And a market transaction support apparatus having order processing means for setting a code indicating a temporary suspension of the transaction.

  In the above market transaction support device, an order that is associated with a high-price combination order and a low-price combination order is generated, and when one of them is established, the other is canceled or suspended, so both may be established. Absent.

Further, in the case of the market transaction support device, the order control means, after the establishment of the first rank order in the high price combination order and the low price combination order, one of the two second order orders is established, When the starting price coincidence is established, it is preferable that the high order combination order and the low price combination order are generated again in the order generating means.

Further, in the market transaction support device, the starting price setting means sets the first starting price and the second starting price lower than the first starting price as the starting price, and the starting price record Has a price code indicating whether the starting price is the first starting price or the second starting price, and the order control means converts the high price combination order and the low price combination order into a group order. The group order includes a first group order in which the first starting price is set as the starting price and a second group order in which the second starting price is set as the starting price. The order generating means generates the first group order and the second group when the starting price coincides with the current price and the first starting price or the second starting price. order Its origin price match among sets a code indicating a pause cancellation or execution in the status code provided in order transaction data in who not satisfied, and expensive combination orders towards its origin price matching is satisfied For the low-price combined order, when the first order in one of the orders is established , the first order is added to the status code provided in the order transaction data stored in the order transaction data storage means in the other It is preferable to set a code indicating cancellation of execution or suspension of execution .

In the market transaction support apparatus, a first mode in which the order generation means generates a high-price combination order and a low-price combination order, and a first mode in which the order generation means generates a first group order and a second group order. The transaction mode setting means for setting the transaction mode to one of the two modes, and the transaction mode storage means for storing the transaction mode set by the transaction mode setting means. According to the transaction mode stored in the storage means, either the high price combination order and the low price combination order or the first group order and the second group order are generated in the order generation means, and the transaction mode storage means when transaction mode stored is the second mode, included in each order and the second group orders the first group After one of the two second-order orders included in each of the first-order orders is established, the current price is between the first start price and the second start price. It is preferable to cause the order generation means to generate the first group order and the second group order again when it matches a certain third starting price.

Furthermore, in the market transaction support device, according to a settlement price that is a contract price when one of two second-order orders included in each of the first group order and the second group order is established. And a starting price changing means for changing the third starting price, wherein the order transaction data stored in the order transaction data storage means distinguishes between the first group order and the second group order. It is preferable to further have a cord .

  The order generating means further includes a number specifying means for specifying the number of times to repeat the generation of the high-price combined order and the low-price combined order by the control of the order control means, and the order control means is specified by the number specifying means. In accordance with the number of repetitions, it is preferable to cause the order generating means to generate a high price combination order and a low price combination order.

The present invention provides a market transaction support program for causing a computer to function as a market transaction support device for supporting market transactions of financial products, and the computer is used for buying and selling according to order specifying information for specifying a transaction order of financial products. An order generating means for generating an order, a starting price setting means for setting a starting price when the order generating means generates a trade order as a starting price for each financial product, and the starting price setting means The starting price storage control means for storing the starting price record including the starting price, and the current price of the financial product is the starting price record of the corresponding financial product among the starting price records stored by the starting price storage control means. Gold that is the target of the starting price match when a starting price match that matches the included starting price is established For goods, expensive sets the order price than its origin price includes an order for a high first rank order and mutually order price of two different second order generated the establishment of the order of the first order condition A low price that includes a combined order, a first order with a lower order price than the starting price, and two second orders with different order prices generated on the condition that the first order is established Order control means for generating both combined orders in the order generation means, and data indicating the high price combination order or the low price combination order generated by the order generation means in accordance with the order control means, the high price combination order Order transaction data including a high / low division for distinguishing between a low-price combination order and a status code indicating the status of the data in the market transaction support device. And ordering transaction data storage control means for, for high combination order and small amount combination order, when the order of the first rank in either one is satisfied, the order transaction stored by the order transaction data storage control means in the other Provided is a market transaction support program for functioning as an order processing means for setting a code indicating cancellation or execution suspension of a first order in a status code provided in data .

Furthermore, the present invention is an apparatus for supporting a market transaction of a financial product , which is a market transaction support method in a market transaction support apparatus having an order generation means, an origin price setting means, an origin price storage means, and an order transaction data storage means. Then, according to the order specification information for specifying the trading order of the financial product, the order generation means for generating the sales order generates the sales order, and the starting price when the order generation means generates the sales order is the starting price. The starting price is set by the starting price setting means, and the starting price record including the starting price set by the starting price setting means is stored in the starting price storage means, and the current price of the financial product is stored in the starting price storage. The starting price included in the starting price record of the corresponding financial product among the starting price records stored in the means If a starting price match that matches the starting price is established, the first ranking order with a higher order price than the starting price and the establishment of the first ranking order for the financial product subject to the starting price matching. A high-order combined order that includes two second-order orders with different order prices generated as a condition, the first-order order with a lower order price than the starting price, and the establishment of the first-order order The order generation means generates both the low-price combined orders including two second-order orders with different order prices that are generated on the condition of the order, and the order generation means generates the orders according to the order control. Data indicating a high-price combination order or a low-price combination order, and a high / low division that distinguishes a high-price combination order from a low-price combination order, The order transaction data is stored in order transaction data storage means for storing the order transaction data including the status code indicating the status of the first order in either one of the high price combination order and the low price combination order. Market transaction support for setting a code indicating cancellation or execution suspension of the first order in the status code provided in the order transaction data stored in the order transaction data storage means on the other side Provide a method.

  As described above in detail, according to the present invention, in the market transaction support device, the market transaction support program, and the market transaction support method, when the market price is expected to rise higher than expected and when the market price is expected to fall It is possible to improve the ordering function for a plurality of orders considering both of the above and improve the convenience for investors.

It is a system configuration figure of a market transaction support system concerning an embodiment of the invention. It is a block diagram which mainly shows the internal structure of a market transaction support server. It is a block diagram which mainly shows the internal structure of a user terminal device. It is a figure which shows the main structures of the market transaction support server which concerns on 1st Embodiment. It is a figure which shows the main structures of the market transaction support server which concerns on 2nd Embodiment. (A) is a figure which shows an example of the record layout of the present price TR memory | storage part, (b) is a figure which shows an example of the record layout of origin price DB. (A) is a figure which shows an example of the record layout of order specific information DB, (b) is a figure which shows an example of the record layout of contract TR memory | storage part and contract DB. (A) is a figure which shows an example of the record layout of a position management file. (A) is a figure which shows an example of the record layout of an order TR temporary storage part, (b) is a figure which shows an example of the record layout of another order TR temporary storage part. (A) is a figure which shows an example of the record layout of a trading order TR memory | storage part, (b) is a figure which shows an example of the record layout of repeat count DB. It is a flowchart which shows an example of the operation | movement procedure of a market transaction assistance process. It is a flowchart which shows an example of the operation | movement procedure of transaction initial stage input and a setting process. It is a flowchart which shows an example of the operation | movement procedure of a transaction support routine. It is a flowchart which shows an example of the operation | movement procedure of order generation / cancellation processing. It is a flowchart which shows an example of the operation | movement procedure following FIG. It is a flowchart which shows an example of the operation | movement procedure of another market transaction assistance process. It is a flowchart which shows an example of the operation | movement procedure of another transaction initial input and setting process. It is a flowchart which shows an example of the operation | movement procedure of another transaction assistance routine. It is a flowchart which shows an example of the operation | movement procedure of another order generation / cancellation process. 20 is a flowchart illustrating an example of an operation procedure following FIG. FIG. 20 is a flowchart showing an example of an operation procedure subsequent to FIG. 19 of another order generation / cancellation process. FIG. It is a figure which shows an example of the order pattern by the market transaction support server which concerns on 1st Embodiment. It is a figure which shows an example of the order pattern by the market transaction support server which concerns on 2nd Embodiment. It is a figure which shows the main structures of the market transaction support server which concerns on a modification. It is a figure which shows an example of the order pattern by the market transaction support server which concerns on a modification.

  Embodiments of the present invention will be described below with reference to the drawings. In addition, the same code | symbol is used for the same element and the overlapping description is abbreviate | omitted.

First embodiment
(Overall structure of market transaction support system)
First, the configuration of the market transaction support system 1 according to the first embodiment of the present invention will be described.

  FIG. 1 is a system configuration diagram of a market transaction support system 1 according to a first embodiment of the present invention. As shown in FIG. 1, the market transaction support system 1 includes a market transaction support server 10 and a plurality of user terminal devices 30 operated by a user (in FIG. 1, a fixed terminal device 30A and two mobile terminal devices 30B, 30C), and these are connected to each other via the Internet N1.

  The market transaction support server 10 performs data processing in accordance with a market transaction support program, and supports market transactions of financial products for which the user is the subject of the transaction. The user terminal device 30 receives or transmits data with the market transaction support server 10.

  In addition, the exchange server 50 is shown by FIG. The exchange server 50 is connected to the market transaction support server 10 via a dedicated line N2. The exchange server 50 is installed in a stock exchange or the like that performs market transactions of financial products such as stocks, accepts trading orders from the market transaction support server 10, and presents prices of financial products to the market transaction support server 10. And offer contract data.

  In the market transaction support system 1, when the market transaction support server 10 generates an associated IFO order to be described later, and when the first rank order is established in one of the high-value IFO order and the low-value IFO order, Cancel the first order on the other side. In the market trading support system 1, the above two IFO orders are made to be related IFO orders by associating a high-value IFO order that expects a rise in the market price with a low-value IFO order that expects a decline, so that Increases convenience.

  In the following description, a stock is taken as an example of a financial product, but the market transaction support server 10 can be applied to other financial products (for example, foreign exchange, futures transaction, etc.).

(Configuration of market transaction support server 10)
Next, the configuration of the market transaction support server 10 will be described with reference to FIG. FIG. 2 is a block diagram centering on the internal configuration of the market transaction support server 10. The market transaction support server 10 is a server operated by a specialized business operator that provides services related to trading of financial products, for example, a specialized business operator such as a securities company or a foreign exchange margin trading (also referred to as FX) trading company. It is.

  The market transaction support server 10 includes a CPU (Central Processing Unit) 11, a ROM (Read Only Memory) 12, and a RAM (Random Access Memory) 13. The CPU 11 operates in accordance with a program stored in the ROM 12 and inputs input data obtained by operation input of the keyboard 19 and the mouse 20 via the KBC (Key board controller) 17 via the main bus 19A. Input / output of signals to / from other components is performed to control the operation of the entire market transaction support server 10. The CPU 11 operates as an order generating unit 101, a number specifying unit 104, an order specifying information setting unit 105, a starting price setting unit 107, and the like described later according to a market transaction support program described later. The ROM 12 stores a control program executed by the CPU 11 such as a market transaction support program and permanent data. The RAM 13 stores data and programs used when the CPU 11 operates.

  In addition, the market transaction support server 10 includes a hard disk drive 14, a communication control unit 15, a communication processing unit 16, and a video controller 18.

  The hard disk device 14 is formed with various storage units or DBs (database) shown in FIG. 4 and other storage units or DBs necessary for the execution of the market transaction support program. The hard disk device 14 includes a current price transaction storage unit (current price TR storage unit) 141, a current price DB 142, a starting price DB 143, an order specification information DB 144, a contract transaction storage unit (contract TR storage unit) 145, A contract DB 146, a position management file 147, an order TR temporary storage unit 148, a trade order transaction storage unit (trade order TR storage unit) 150, and a repeat count DB 151 are formed. Each storage unit or DB will be described later.

  The communication control unit 15 operates in accordance with an instruction from the CPU 11 to control connection and disconnection of a line for performing communication with the user terminal device 30, the exchange server 50, and the like. The communication processing unit 16 operates according to an instruction from the communication control unit 15 and executes data transmission / reception performed via the Internet N1.

  The video controller 18 controls image display on a display device (not shown) to display a screen used for various settings.

  The various storage units or DBs of the hard disk device 14 will be described as follows. The current price TR storage unit 141 stores a current price transaction file (current price TR) of a financial product transmitted from the exchange server 50. For example, as shown in FIG. 6A, the current price TR storage unit 141 stores a record including a product code 141a unique to each financial product, an update date / time 141b, and a current price 141c. The current price DB 142 stores current price data of financial products that are sequentially updated using the current price TR, and records that include items common to the current price TR storage unit 141.

  The starting price DB 143 stores data including a starting price that is a starting point when the market transaction support server 10 generates a related IFO order.

  The starting price DB 143 stores a record including a customer code 143a, a price code 143b, a product code 141a, and a starting price 143d, as shown in FIG. 6B, for example. In FIG. 6B, “01”, “02”, and “03” are set as the price code 143b, but only “01” is used in the first embodiment. In a second embodiment to be described later, three of “01”, “02”, and “03” are used. Note that “01”, “02”, and “03” indicate that the starting price 143d is the first, second, and third starting prices, respectively.

  The order specification information DB 144 stores information used for specifying related IFO orders. For example, as shown in FIG. 7A, a record including a customer code 143a, a product code 141a, an order quantity 144a, first rank information 144b, second rank information 144e, and an HL division 144j. It is remembered. The first rank information 144b is information used for specifying the first rank order, and includes an order price 144c and a trade code 144d. The order price 144c is data of the order price when the first rank order is generated. The second rank information 144e is information used for specifying the second rank order, and includes first and second order prices (order price 1, order price 2) 144f and 144g, and a trade code 144h. It is. The first and second order prices 144f and 144g are data of the order price when the second rank order is generated, and the second order price 144g is set lower than the first order price 144f. The The HL section 144j is data for distinguishing whether the record stored in the order specifying information DB 144 is data for a high-priced IFO order or data for a low-priced IFO order, and is set to “H” or “L”. . “H” indicates a high-priced IFO order, and “L” indicates a low-priced IFO order.

  The contract TR storage unit 145 stores a transaction file (contract TR) indicating the contract result of the financial product transmitted from the exchange server 50. For example, as shown in FIG. 7B, a record including a customer code 143a, a product code 141a, a trade code 145a, a contract date and time 145b, a contract amount 145c, a contract price 145d and a contract price 145e is stored. . The sale code 145a may be, for example, “01” is a spot purchase of stock trading, “02” is a spot sale, “03” is a margin sale, and “04” is a margin purchase.

  The contract DB 146 stores contract data that is sequentially updated using the contract TR, and stores records having items in common with the contract TR storage unit 145.

  The position management file 147 stores data for specifying a position as a balance of financial products held based on the related IFO order by the market transaction support server 10. For example, as shown in FIG. 8, a record including a customer code 143a, a product code 141a, a trade code 145a, a possessed quantity 147a, and a contract storage unit 147b is stored. The contract storage unit 147b stores at least one contract constant amount and price data for each transaction when the same financial product is purchased and held multiple times.

  The order TR temporary storage unit 148 stores order transaction data (order TR) indicating the related IFO order generated by the order generation unit 101. Here, the related IFO order is an order unique to the present invention in which two IFO orders such as a high-value IFO order and a low-value IFO order are related as if they were one order, and the order TR temporary storage The part 148 stores an order TR indicating such a related IFO order.

  In the present invention, associating means that two orders having the same format and different conditions such as an order price are connected as if they were one order, such as two orders of a high price IFO order and a low price IFO order. In principle, when either one of them is established (or when the conditions to be established are satisfied), the other is canceled or temporarily stopped so that the establishment of both does not occur.

The order TR temporary storage unit 148 includes a record having an HL section 144j, a status 148a, a customer code 143a, a product code 141a, an order quantity 144a, first rank data 148e, and second rank data 148m. Is remembered. Data indicating the status of each record is stored in the status 148a. Here, the status refers to whether or not each record has been sent to the exchange server 50 (output has been completed), and each record in which the first rank order has been filled but the second rank order has not been filled. This is data indicating what kind of situation the transaction support server 10 is in. For example, “0”, “1”, “2”, “3”, “8”, “9” can be set as the status 148a. “0” is waiting for transmission to the exchange server 50 (waiting for output), “1” is transmission to the exchange server 50 (output is completed), “2” is the first order has been executed, “3” Indicates that the second-order order has been executed , “8” indicates that the execution of the order at the exchange server 50 is suspended, and “9” indicates that the order has been canceled.

  The first rank data 148e is data relating to the first rank order, and includes a status 148b, an order price 148c, and a trade code 148d. The second rank data 148m is data related to the second rank order, and includes a first status 148f, a first order price 148g, a second status 148h, a second order price 148j, and a sale code. 148k.

  The trading order TR storage unit 150 stores transaction data (trade order TR) indicating a trading order transmitted to the exchange server 50. For example, as shown in FIG. 10 (a), a record including a customer code 143a, a product code 141a, a trade code 145a, an order type code 150a, an order quantity 150b, and an order amount 150c is stored. .

  The number of repetitions DB 151 stores the number of times the market transaction support server 10 repeatedly generates related IFO orders, and includes a customer code 143a and the number of repetitions 151a as shown in FIG. 10B. ing.

(Configuration of the user terminal device 30)
As shown in FIG. 1, the user terminal device 30 includes a connection environment to the Internet N1 and can communicate with the market transaction support server 10. Of the user terminal devices 30, it is assumed that the user terminal device 30A is a stationary personal computer, the user terminal device 30B is a tablet terminal device, and the user terminal device 30C is a high-function mobile phone. Here, the user terminal device 30A will be described as an example.

  As illustrated in FIG. 3, the user terminal device 30 (30A) includes a CPU 31, a ROM 32, a RAM 33, a data storage unit 34, and a liquid crystal display unit 35. In addition, the user terminal device 30 includes a voice conversion processing unit 36, a communication control unit 37, a communication processing unit 38a, a wireless communication unit 38b, a speaker 39, and a microphone 40.

  The CPU 31 operates according to a program stored in the ROM 32 and controls operation of the entire user terminal device 30. The ROM 32 stores a program executed by the CPU 31, for example, a communication control program for performing data communication. The RAM 33 stores data necessary for the CPU 31 to execute the program.

  Various data are stored in the data storage unit 34. The liquid crystal display unit 35 includes an LCD (Liquid Crystal Display) and its driving unit, and is an image display unit that displays images of characters, figures, symbols, and the like. The voice conversion processing unit 36 decompresses the voice data and outputs it to the speaker 39, while converting and compressing the analog voice signal input from the microphone 40 into digital voice data and inputs the digital voice data to the communication processing unit 38a. The communication control unit 37 operates in response to an instruction from the CPU 31 and controls connection and disconnection of a line for performing data communication. The communication processing unit 38a operates according to an instruction from the communication control unit 37, and executes transmission / reception of data performed via the Internet N1. The wireless communication unit 38b is a wireless communication unit that performs wireless data transmission / reception under the control of the communication control unit 37. The speaker 39 is an audio output means for outputting audio, and the microphone 40 inputs audio such as the user's conversation content and converts it into an electrical signal.

(Operation details of the market transaction support system)
Next, the operation content of the market transaction support process by the market transaction support server 10 will be described with reference to FIGS. 11 to 15 together with FIG.

  Here, FIG. 4 is a diagram illustrating a main configuration of the market transaction support server 10 that realizes the market transaction support processing. In the market transaction support server 10, the CPU 11 accesses various files and DBs such as the current price DB 142 and the starting price DB 143 according to the market transaction support program, while order generation unit 101, number of times specification unit 104, order specification information setting unit 105. Then, the operation as the starting price setting unit 107 is performed. Thereby, market transaction support processing is executed. The market transaction support program is a program for causing the market transaction support server 10 to function as the order generating unit 101, the number specifying unit 104, the order specifying information setting unit 105, the starting price setting unit 107, and the like.

  When the market transaction support server 10 performs the market transaction support process, the CPU 11 performs an operation according to the flowchart shown in FIG. 11 according to the market transaction support program. FIG. 11 is a flowchart showing an example of the operation procedure of the market transaction support process of the CPU 11 according to the market transaction support program. In FIG. 11, FIG. 12, etc., “S” is an abbreviation for step.

  When the CPU 11 starts an operation according to the market transaction support program, the CPU 11 proceeds to step 1 and performs a user authentication process. Here, the user authentication process is performed by confirming the user ID and password input by the user using the user terminal device 30. Next, the CPU 11 proceeds to step 2 and performs transaction initial input / setting processing. In the transaction initial input / setting process, the CPU 11 operates according to the flowchart shown in FIG. 12 and sets the order specifying information, the starting price, and the number of repetitions according to the user's operation input using the user terminal device 30.

  Then, when starting the transaction initial input / setting process, the CPU 11 proceeds to step 21 and performs the order specifying information input / setting process. Here, the CPU 11 performs an operation as the order specifying information setting unit 105. In this case, the CPU 11 generates image data constituting a screen for performing an input operation necessary for setting the order specifying information, instructs the communication control unit 15 to transmit the image data to the communication processing unit 16. . When the CPU 11 receives the data input using each input screen from the user terminal device 30, the CPU 11 updates the order specifying information DB 144 using the received data.

  Subsequently, the CPU 11 proceeds to step 22 to perform starting price input / setting processing. Here, the CPU 11 performs an operation as the starting price setting unit 107. In this case, the CPU 11 generates image data constituting a screen for performing an input operation necessary for setting the starting price, instructs the communication control unit 15 to transmit the image data to the communication processing unit 16. When the CPU 11 receives data input using each input screen from the user terminal device 30, the CPU 11 updates the starting price DB 143 using the received data.

  Further, the CPU 11 proceeds to step 23 and performs a repeat count input / setting process. Here, the CPU 11 performs an operation as the number specifying unit 104. In this case, the CPU 11 generates image data constituting a screen for performing an input operation necessary for setting the number of repetitions, instructs the communication control unit 15 to transmit the image data to the communication processing unit 16. . When the CPU 11 receives data input using each input screen from the user terminal device 30, the CPU 11 updates the repeat count DB 151 using the received data.

  When step 23 ends, the transaction initial input / setting process ends, returning to FIG. 11, and the CPU 11 advances the process to step 3. In step 3, the CPU 11 performs a payment confirmation process. Here, the CPU 11 confirms whether or not money necessary for the market transaction of the financial product is received from the user by referring to the user's transaction account.

  Subsequently, the CPU 11 proceeds to step 4 to set “0” in the number counter. Here, the number counter is data indicating the number of times the market transaction support server 10 has executed the related IFO order. The number of times the market transaction support server 10 has executed the related IFO order is “0” at the start of the market transaction support process, so “0” is set in the number counter in step 4.

  After executing Step 4, the CPU 11 proceeds to Step 5 and determines whether or not a condition for continuation of the transaction is satisfied. Here, the CPU 11 proceeds to step 6 when the condition for continuation of the transaction is established, but proceeds to step 7 otherwise. When the CPU 11 proceeds to step 6, it executes a transaction support routine to be described later, but when it proceeds to step 7, it executes a transaction end process and ends the market transaction support process for the user. By doing in this way, as long as the conditions for continuation of transactions are satisfied, the market transaction support process is automatically and continuously executed.

  And when CPU11 progresses to step 6, it performs the operation | movement as an order control means, and performs a transaction support routine along the flowchart shown in FIG. When starting the transaction support routine, the CPU 11 proceeds to step 31 and determines whether or not “0” is set in the number counter. Here, when “0” is set in the number counter, the process proceeds to step 32; otherwise, the transaction support routine ends.

  In step 32, the CPU 11 accesses the current price DB 142 and acquires the current price of the corresponding financial product. In the following step 33, the CPU 11 reads the starting price 143d for the record whose price code 143b of the corresponding financial product is “01” among the records stored in the starting price DB 143, and matches the current price. It is determined whether or not. If the current price matches the starting price 143d, the process proceeds to step 34. If not, the transaction support routine ends.

  When the processing proceeds to step 34, the CPU 11 executes order generation / cancellation processing according to the flowcharts shown in FIGS. When executing the order generation / cancellation process, the CPU 11 operates as an order control unit and an order processing unit in the present invention.

  When starting the order generation / cancellation process, the CPU 11 advances the process to step 51 to determine whether or not “1” is set in the ordered flag. The CPU 11 proceeds to step 52 if “1” is not set in the ordered flag, but proceeds to step 61 when “1” is set in the ordered flag.

  Then, the CPU 11 performs an operation as the order processing unit 101 in steps 52 and 53 to generate an order TR. In step 52, an order TR for a high-value IFO order is generated, and in step 53, an order TR for a low-value IFO order is generated. The order TR generated in steps 52 and 53 is stored in the order TR temporary storage unit 148. “H” and “L” are set in the HL section 144j for each order TR of the high-priced IFO order and the low-priced IFO order. Further, “0” is set in the statuses 148a, 148b, 148f, and 148h, respectively. As other data, data stored in the order specifying information DB 144 is used.

  In subsequent steps 54 and 55, the CPU 11 operates as an order control unit to operate the order generation unit 101. In step 54, the order generation unit 101 generates a first order trading order TR using the order TR of the high-priced IFO order stored in the order TR temporary storage unit 148, and stores it in the trading order TR storage unit 150. Let In step 55, the first order trading order TR is generated using the order TR of the low-cost IFO order, and stored in the trading order TR storage unit 150. The order TR is stored in the trading order TR storage unit 150 and then transmitted to the exchange server 50.

  Further, when the processing proceeds to step 56, the CPU 11 adds “1” to the number counter, and in step 57, “1” is set to the order completion flag. Thereafter, as shown in FIG. 15, the CPU 11 advances the process to step 61. Here, the CPU 11 accesses the contract TR storage unit 145 and waits until receiving the contract TR of the product that is the target of the related IFO order, and proceeds to step 62 when receiving this.

  Then, when the process proceeds to step 62, the CPU 11 determines whether or not the first rank order of the high-priced IFO order is established based on the execution TR received in step 61, and when it is established. Advances the process to step 64; otherwise, the process advances to step 63. In step 64, the CPU 11 performs an operation as an order processing means, and performs a cancellation process for the low-cost IFO order. In this case, the CPU 11 transmits cancellation instruction data for canceling the low-priced IFO order for the same product as the established high-priced IFO order to the exchange server 50. In addition, among records stored in the order TR temporary storage unit 148, “9” is set in the status 148a for the corresponding low-priced IFO order record, and “2” is set in the status 148a for the high-priced IFO order record. set. The corresponding record can be, for example, a record in which the customer code 143a and the product code 141a coincide with the record of the established high price IFO order.

  In Step 65 following Step 64, the CPU 11 generates the second order TR using the second order data 148m of the established high-priced IFO order, and stores it in the trade order TR storage unit 150. It is transmitted to the exchange server 50. Thereafter, the process proceeds to step 68.

  On the other hand, when the process proceeds to step 63, the CPU 11 determines whether or not the first rank order of the low-priced IFO order is established based on the contract TR received in step 61, and when it is established. Advances the process to step 66; otherwise, the order generation / cancellation process is terminated. In step 66, the CPU 11 performs an operation as an order processing means, and performs a cancellation process for the high-priced IFO. In this case, the CPU 11 transmits to the exchange server 50 cancellation instruction data for canceling the high-priced IFO order for the same product as the established low-priced IFO order. Further, among the records stored in the order TR temporary storage unit 148, “9” is set in the status 148a for the corresponding high-priced IFO order record, and “2” is set in the status 148a for the low-priced IFO order record. set.

  Further, when proceeding to step 67 following step 66, the CPU 11 generates the second rank order TR using the second rank data 148 m of the established low-value IFO order and stores it in the trade order TR storage unit 150. To the exchange server 50. Thereafter, the process proceeds to step 68.

  In step 68, the CPU 11 stands by until it receives a contract TR for the product subject to the related IFO order as in step 61. When this is received, the process proceeds to step 69, and it is determined based on the contract TR received in step 68 whether or not the second rank order has been established. If the second rank order has been established, the process proceeds to step 70; otherwise, the order generation / cancellation process ends.

  In step 70, an unsuccessful second order TR is canceled. There are two orders TR of the second order, the order TR with the first order price 148g and the order TR with the second order price 148j. When one of them is established, the other is canceled. For example, when the order TR with the first order price 148g is established, “9” is set in the status 148h of the order TR temporary storage unit 148 for the order TR with the second order price 148j, and the second order order. Cancel instruction data for canceling TR is transmitted to the exchange server 50. In the following step 71, the ordered flag is cleared (a space is set).

  Thereafter, the process proceeds to step 72 where it is determined whether or not the current price matches the starting price. Here, when the current price matches the starting price, the CPU 11 performs the operation as the order control means and returns the processing to step 52, and again generates and cancels the high price IFO order and the low price IFO order as described above. . Otherwise, the order generation / cancellation process ends.

  When the order generation / cancellation process is completed, the process returns to FIG. 13 and the process proceeds to step 35. The CPU 11 accesses the repetition number DB 151 and acquires the repetition number 151a. Subsequently, when the process proceeds to step 36, the CPU 11 determines whether or not the number counter is equal to or greater than the number of repetitions. If the number counter is equal to or greater than the number of repetitions, the process proceeds to step 37, and the transaction support routine ends after the number counter is cleared.・ Execute cancellation processing. Since the number counter is incremented by “1” every time Step 52 to Step 55 are executed, the order generation / cancellation process is repeatedly executed in the market transaction support server 10 until the number of repetitions 151 a is exceeded.

  Next, an example of market transaction support processing by the market transaction support server 10 will be described with reference to FIG. FIG. 22 is a diagram schematically showing a stock price, an order price of a high-value IFO order and a low-value IFO order, and the like when buying and selling stocks of a specific brand in a spot transaction using related IFO orders.

  As shown in FIG. 22, it is assumed here that the starting price SV is set to 1500 yen and a related IFO order in which a high-value IFO order H10 and a low-value IFO order L10 are associated is generated. Since the starting price SV is set to 1500 yen, when the current price of the specific brand matches 1500 yen, a related IFO order is generated.

  The high-priced IFO order H10 includes a first order H1 in which the order price is set to 1600 yen, and a first and second order H2 in the second order in which the order prices are set to 1650 yen and 1550 yen, respectively. , H3. The high-priced IFO order H10 generates the first order H2 or the second order H3 of the second order when the order H1 of the first order is established (for example, when a stock of a specific brand is purchased at 1600 yen). An order to settle the position held in the order H1 (for example, sell a stock of a specific brand at 1650 yen or sell it at 1550 yen (loss cut)).

  Further, the low-priced IFO order L10 includes the first order L1 in which the order price is set to 1400 yen, and the first and second orders L2 in the second order in which the order prices are set to 1450 yen and 1350 yen, respectively. , L3. The low-value IFO order L10 generates the first order L2 or the second order L3 of the second order when the order L1 of the first order is established (for example, when stocks of a specific brand are purchased at 1400 yen). An order to settle the position held in the order L1 (for example, sell a stock of a specific brand at 1450 yen or sell it at 1350 yen (loss cut)).

  The high-priced IFO order H10 and the low-priced IFO order L10 are related IFO orders associated with each other, and when one of the first rank orders is established, the other is canceled (or suspended). Therefore, for example, when the first order H1 of the high price IFO order H10 is established, the first order L1 of the low price IFO order L10 is canceled. Therefore, the high-priced IFO order H10 and the low-priced IFO order L10 are not both established, and funds can be used effectively.

  In addition, after the first or second order of the second rank is established and settled (for example, when the first order H2 of the second rank is established), the current price of the specific brand is again set to 1500 yen. Then, as shown in FIG. 22, the same high price IFO order H20 as the high price IFO order H10 and the same low price IFO order L20 as the low price IFO order L10 are generated. Further, after the high price IFO order H20 or the low price IFO order L20 is settled, when the current price of the specified stock again becomes 1500 yen, the same high price IFO order H30 as the high price IFO order H10 and the same low price IFO order as the low price IFO order L10 L30 occurs. Therefore, the market transaction support server 10 does not miss the opportunity for the user to secure profits, and can support the user's market transaction more effectively.

  As described above, in the market transaction support system 1 according to the embodiment of the present invention, the market transaction support server 10 generates a related IFO order in which a high-priced IFO order and a low-priced IFO order are associated with each other. When the first rank order is established in any one of the IFO orders, the first rank order in the other is canceled. Therefore, in the market transaction support system 1, when the user wants to generate a high-priced IFO order and a low-priced IFO order, it is not necessary to generate them as separate orders, and it is only necessary to generate a related IFO order once. Therefore, the user's order procedure can be simplified and the convenience in the market transaction can be improved.

  In addition, even if the price of the target stock suddenly drops and then fluctuates significantly, such as when it fluctuates in a short period of time, only one of the high-value IFO order and low-value IFO order can be established, and both can be established. Absent. For this reason, the execution is limited to only one of the orders that have been established earlier. Therefore, it is not necessary for the user to prepare the fund by dividing it into two for preparation of the IFO order for each of the high price and the low price, and the user can effectively use the money.

  Further, the order TR is generated as if the high-priced IFO order and the low-priced IFO order are associated with each other but are independent of each other. The brand of each order, quantity, price (first order price), price range (difference between first order price and second order price), etc. are different in the order specification information input / setting process. Can be specified. In this case, for example, the order quantity 144a and the order price 144c may be changed depending on whether “H” is input to the HL section 144J or “L” is input in Step 21 described above.

  For this reason, it is possible to associate different stocks with the same stock when ordering an increase in market prices and an order with a decline in market prices, and this will increase the convenience for the user. Yes. In addition, it is possible to meet the detailed needs of customers who want to place orders when the market price is higher than when it is falling.

  Furthermore, after the settlement of the high-order or low-value IFO order is established when the order of the second rank is established, if the current price matches the starting price, the same related IFO order is automatically reissued again without giving an instruction to generate the order. Occurs (steps 69-72 in FIG. 15). Then, for example, when a certain brand moves in the same price as in the case where the market price is in the box range, orders with the same order price and quantity are automatically generated repeatedly. Therefore, for example, if there is a transaction that has yielded a certain profit by buying and selling, the transaction in common with it is automatically repeated. Therefore, since the user does not miss the opportunity to secure profits, the user's market transactions can be supported more effectively.

  In addition, since the number of repetitions can be freely set by the user by the number specifying unit 104, the convenience for the user is high. On the other hand, if the same related IFO order is repeated more than necessary, the user's funds may be compressed, but the market transaction support server 10 does not have such a fear. Therefore, in the market transaction support server 10, the user can effectively use the funds.

Second Embodiment Next, a market transaction support server 200 according to a second embodiment will be described with reference to FIG. FIG. 5 is a diagram illustrating a main configuration of the market transaction support server 200.

  The market transaction support server 200 is different from the market transaction support server 10 described above in that it has a transaction mode setting unit 112 and a transaction mode DB 152. The market transaction support server 200 is different from the market transaction support server 10 in that it includes an order TR temporary storage unit 248 instead of the order TR temporary storage unit 148.

  The transaction mode setting unit 112 sets a transaction mode in accordance with a user operation input. In the market transaction support server 200, two types of transaction modes, a first mode and a second mode, are prepared. The first mode corresponds to a market transaction that generates an associated IFO order similar to the market transaction support server 10. The second mode corresponds to a market transaction for generating a related group order described later. The transaction mode is stored in the transaction mode DB 152. In the transaction mode, “1” indicating the first mode and “2” indicating the second mode are set.

  Here, the related group order is an order peculiar to the present invention in which the first group order and the second group order are associated as if they were one order, and the order TR temporary storage unit 248. Stores an order TR indicating such a related group order. The first and second group orders are orders including the above-described high-value IFO order and low-value IFO order, respectively.

  In the market transaction support server 10, there is only one type of starting price, but in the market transaction support server 200, three types of starting prices are set: first, second, and third. The first starting price is the starting price used in the first group order described later, the second starting price is the starting price used in the second group order described later, and the third starting price is the first, second This is used when a first group order and a second group order are generated at a starting price in the middle of the starting price. As described above, in the starting price DB 143, “01”, “02”, and “03” are set as the price code 143b, which respectively indicate the first, second, and third starting prices. ing.

  The order TR temporary storage unit 248 is different from the order TR temporary storage unit 148 in that it has a group code (GL code) 248a as shown in FIG. 9B. The group code 248a is data for distinguishing between the order TR of the first group order and the order TR of the second group order, and is set to “01” indicating the former and “02” indicating the latter. ing.

  And the market transaction support server 200 performs a market transaction support process according to the flowchart shown in FIG. The market transaction support process shown in FIG. 16 is different from the market transaction support process shown in FIG. 11 in that step 12 is executed instead of step 2, and steps 5, 8, 6 are used instead of steps 5, 6. , 9 is different.

  In step 12, the CPU 11 performs transaction initial input / setting processing according to the flowchart shown in FIG. FIG. 17 differs from FIG. 12 in that step 24 is executed following step 23. In step 24, image data constituting a screen for performing an input operation necessary for setting the transaction mode is generated, and the communication control unit 15 is instructed to transmit the image data to the communication processing unit 16. When the CPU 11 receives data input using each input screen from the user terminal device 30, the CPU 11 performs an operation as the transaction mode setting unit 112 and updates the transaction mode DB 152 using the received data.

  After the transaction initial input / setting process is completed, the process returns to FIG. 16, and when the CPU 11 determines whether or not the transaction continuation condition is satisfied in step 5, the process proceeds to step 8 if the transaction continuation condition is satisfied. If not, go to Step 7.

  When the CPU 11 proceeds to step 8, the CPU 11 accesses the transaction mode DB 152 to determine whether or not the set transaction mode is “1”. If the transaction mode is “1”, the CPU 11 proceeds to step 6. Otherwise, go to Step 9. In step 6, the first transaction support routine is executed, and in step 9, the second transaction support routine is executed.

  The first transaction support routine is the same processing as the transaction support routine described above by the market transaction support server 10. The second transaction support routine is a transaction support routine unique to the market transaction support server 200. The second transaction support routine is executed according to the flowchart shown in FIG. FIG. 18 differs from the flowchart shown in FIG. 13 in that the determination in step 33 is different and that step 38 is executed instead of step 34.

  In step 33, the starting price 143d of the record whose price code 143b is “03” is read from the starting price DB 143 (in this case, the starting price is the above-mentioned third starting price), and whether it matches the current price. It is determined whether or not. That is, it is determined whether or not the current price matches the third starting price. If they match, the process proceeds to step 38. If they do not match, the second transaction support routine ends.

  The CPU 11 executes the order generation / cancellation process in step 38 in accordance with the flowcharts shown in FIGS. As shown in FIG. 19, after starting the process, the CPU 11 executes step 51 in the same manner as in FIG. 14. If “1” is not set in the ordered flag, the process proceeds to step 82. If “1” is set in the flag, the process proceeds to step 91.

  The CPU 11 operates as the order processing unit 101 in steps 82 and 83 to generate an order TR. In step 82, the order TR of the first group order is generated, and in the subsequent step 83, the order TR of the second group order is generated. The order TR generated in steps 82 and 83 is stored in the order TR temporary storage unit 248. Since the order TR temporary storage unit 248 includes the group code 248a, “01” and “02” are set in the group code 248a in steps 82 and 83, respectively. Further, “0” is set in the statuses 148a, 148b, 148f, and 148h, respectively. As other data, data stored in the order specifying information DB 144 is used.

  In subsequent steps 84 and 85, the CPU 11 operates as an order control means to operate the order generation unit 101. In step 84, using the order TR of the first group order stored in the order TR temporary storage unit 248, the order generating unit 101 uses the first rank order in both the high price and low price IFO orders of the first group order. A trade order TR is generated and stored in the trade order TR storage unit 150. In step 85, the first order trading order TR in both the high price and low price IFO orders of the second group order is generated and stored in the trading order TR storage unit 150. The order TR is stored in the trading order TR storage unit 150 and then transmitted to the exchange server 50.

  In step 91, it is determined whether or not the starting price coincidence is established for the first starting price. The starting price match means that the starting price matches the current price. In step 91, the starting price 143d of the record whose price code 143b is “01” is read from the starting price DB 143, and it is determined whether or not the starting price coincidence is established for the first starting price. If the starting price coincidence is not established, the process proceeds to step 92, and if established, the process proceeds to step 93. In step 92, it is determined whether or not the starting price match is established for the second starting price. If the starting price match is not established, the process proceeds to step 61. If established, the process proceeds to step 94.

  Then, as shown in FIG. 20, the process from step 61 to step 72 is executed in the same manner as the flowchart of FIG. 15 in the first embodiment. However, in step 72 of FIG. 20, the CPU 11 determines whether or not the current price matches the third starting price. In this case, when the current price matches the third starting price, the CPU 11 performs the operation as the order control means and returns the process to step 82, and again the first group order and the second group as described above. Generate and cancel group orders. Otherwise, the order generation / cancellation process ends.

  On the other hand, in steps 93 and 94, the CPU 11 performs an operation as an order processing means, and cancels the one in which the starting price coincidence is not established as a result of the determination in steps 91 and 92, respectively. That is, the CPU 11 performs a second group order canceling process in step 93, and in step 94 performs a first group order canceling process. In this case, cancellation instruction data for canceling the first and second group orders is transmitted to the exchange server 50 in accordance with the instruction of the CPU 11. Further, among the records stored in the order TR temporary storage unit 148, “9” is set in the status 148a for the corresponding first and second group order records.

  As described above, the steps 91 to 94 are executed, so that the first group order and the second group order are generated when the current price matches the third starting price. Those who do not agree are canceled.

  The market transaction support server 200 associates the first group order and the second group order, and cancels the other when the conditions for satisfying one of them are satisfied (when the starting price match is established). Thereby, in the market transaction support server 200, the situation where both the 1st and 2nd group orders are materialized is avoided. Since steps 61 to 72 are executed in substantially the same manner as in the first embodiment, the same as the market transaction support server 10 for the one where the starting price match is established among the first and second group orders. In addition, after the first rank order of one of the high price and low price IFO orders is established, the other first rank order is canceled.

  Next, an example of market transaction support processing by the market transaction support server 200 will be described with reference to FIG. FIG. 23 is a diagram schematically illustrating a stock price, an order price of a related group order, and the like in the case where a stock of a specific brand is bought and sold using a related group order. The first and second group orders include a high-value IFO order and a low-value IFO order, respectively, and are associated with each other. Here, as shown in FIG. 23, a case is considered where a first group order G10 and a second group order G10A are generated.

  The first group order G10 is a related IFO order that includes a high-value IFO order H10 and a low-value IFO order L10 and is associated therewith. As in the case of FIG. 22, the high-priced IFO order H10 includes the first order H1 (order price is 1600 yen) and the first and second orders H2 and H3 (second order price is 1650 yen each). , 1550 yen). The low-priced IFO order L10 includes the first order L1 (order price is 1400 yen) and the first and second orders L2 and L3 (order prices are 1450 yen and 1350 yen, respectively). Yes.

  The second group order G10A is a related IFO order with which a high-value IFO order H10A and a low-value IFO order L10A are associated. The high-priced IFO order H10A includes the first rank order H1A (order price is 1200 yen) and the second rank first and second orders H2A and H3A (order prices are 1250 yen and 1150 yen, respectively). Yes. The low-priced IFO order L10A includes the first order L1A (order price is 1000 yen) and the first and second orders L2A and L3A (order prices are 1050 yen and 950 yen, respectively). Yes.

  In the first group order G10, the first starting price SV1 (here, 1500 yen) is set as the starting price. In the second group order G10A, the second starting price SV2 (here, 1100 yen) is set as the starting price. Such first and second group orders G10 and G10A are associated with each other as if they were the high-value IFO order H10 and the low-value IFO order L10 described above, and the starting price (the third starting point) Price) SV3 is set to 1250 yen.

  Then, in the market transaction support server 200, when the transaction mode is set to “2”, when the current price becomes the third starting price SV3, the associated first and second group orders G10, G10A Both occur. After that, when the current price becomes the first starting price SV1, the second group order G10A is canceled (steps 91 and 93 described above), and when the current price becomes the second starting price SV2, the first group order G10. Is canceled (steps 92 and 94 described above).

  As described above, although both the first and second group orders G10 and G10A are generated, either one is canceled later, and the valid orders among the first and second group orders G10 and G10A are canceled. Only one side remains. Accordingly, thereafter, as with the market transaction support server 10, only the first order of either the high-value IFO order or the low-value IFO order remaining as a valid order is established, and the other is not established. . Therefore, the user can effectively use the funds.

  In this way, the market transaction support server 200 can generate trading orders in a form that is distributed in a wider price range than the market transaction support server 10, and therefore the price movement is larger than that of the market transaction support server 10. It is particularly suitable when accurate prediction is difficult.

  In addition, for either the first group order G10 or the second group order G10A, the current price is set to the third starting price after the settlement of the high-order IFO order or the low-order IFO order is established with the establishment of the second-order order. If they match, the first and second group orders G10 and G10A are automatically associated with each other again without giving an order generation instruction (the process returns from step 102 to step 82).

  In FIG. 23, the first and second group orders G20 and G20A are generated for the second time, and G30 and G30A are generated for the third time, both of which are the same as the first time. Therefore, when a certain brand moves in the same manner, orders with the same order price and quantity are automatically generated repeatedly. Therefore, since the user does not miss the opportunity to secure profits, it is possible to more effectively support the user's market transactions.

(Modification)
Next, a market transaction support server 210 according to a modification will be described with reference to FIG. FIG. 24 is a diagram showing a main configuration of the market transaction support server 210. As shown in FIG. 24, the market transaction support server 210 according to the modified example has a point having the starting price shift unit 111 and the starting price DB 143 by the starting price shift unit 111 as compared with the market transaction support server 200 described above. It is different from the update point.

  The starting price shift unit 111 is a starting price changing unit in the present invention, and performs a starting price shift for changing the first, second, and third starting prices according to the settlement price. As will be described in detail later, the settlement price corresponds to a contract price when one of the two second-order orders included in each of the first group order and the second group order is established. .

  Then, in the market transaction support server 210, the CPU 11 executes the order generation / cancellation process in step 38 described above as in the market transaction support server 200. Compared to the market transaction support server 200, the market transaction support server 210 executes order generation / cancellation processing according to the flowchart shown in FIG. 21 instead of the flowchart shown in FIG.

  The flowchart shown in FIG. 21 is different from the flowchart shown in FIG. 20 in that step 102 is executed instead of step 72 and step 103 is further executed.

  In step 102, the CPU 11 determines whether or not the current price matches the third starting price. In this case, if the current price matches the third starting price, the process proceeds to step 103. If not, the order generation / cancellation process ends.

  In step 103, the starting price shift unit 111 reads the contract price 145d as the settlement price from the contract TR 145, and shifts the third starting price to change the third starting price according to the contract price 145d. For example, as will be described later, when the third starting price was originally 1250 yen but the settlement price was 1150 yen, the third starting price is changed to 1150 yen. In addition, the first and second starting prices are also shifted in the same way (for example, the value ranges to be shifted are the same). After step 103 is executed, the process returns to step 82.

  An example of market transaction support processing by the market transaction support server 210 will be described with reference to FIG.

  Under the same conditions as in the case of the market transaction support server 200, after the first and second group orders G10 and G10A are generated, the current price matches the second starting price, and the higher IFO order H10A is established. To do. Thereafter, it is assumed that the second order H3A in the second order is established. In this case, the settlement price is the order price (1150 yen) of the second order H3A. Therefore, a third starting price shift is performed to change the third starting price from 1250 yen to 1150 yen, and similarly, the first and second starting prices are also changed (1400 yen, It will be changed to 1000 yen). In FIG. 25, the order prices of the first and second group orders G10 and G10A are also changed along with the shift of the third starting price.

  Thereafter, if the high-priced IFO order H20A of the second group order G20A is established, and then the second order H3A of the second rank is established, the third starting price shift, the order price, as described above Changes are made. In FIG. 25, the third starting price is changed from 1150 yen to 1100 yen.

  As described above, in the market transaction support server 210, the third starting price is shifted according to the transaction result, and the starting price and the order price are changed according to the change in the product price. For this reason, for example, when there is a large trend in market transactions, such as when the stock price is in an uptrend or a downtrend, market transactions on that trend become possible and Orders are automatically generated. Therefore, it is possible to support the user's market transaction more effectively.

(Other variations)
In the embodiment described above, a case where the market transaction support server 10, 200, 210 functions as a market transaction support device by installing the market transaction support program in the market transaction support server 10, 200, 210 is taken as an example. Explains. In addition, the present invention is also applicable to the case where the user terminal device 30 functions as a market transaction support device. In this case, the market transaction support program is changed according to at least the following changes 1), 2) and 3), and the market transaction support program after the change is transferred from the market transaction support server 10, 200, 210 to the user. What is necessary is just to download to the terminal device 30 and to install in the user terminal device 30.

Modification 1) The user terminal device 30 without transmitting image data for performing an input operation necessary for setting the starting price, order specifying information, and transaction mode from the market transaction support servers 10, 200, 210 to the user terminal device 30. To display.
Modification 2) The data received from the user terminal device 30 is used instead of setting the starting price, order identification information, and transaction mode using the data received from the user terminal device 30 via the Internet N1. To set.
Modification 3) The user terminal is not executed to receive the current price TR and the contract TR from the exchange server 50 via the dedicated line N2 and to send the trading order TR to the exchange server 50. The device 30 receives the current price TR and the contract TR from the market transaction support servers 10, 200, 210, and transmits the sales order TR to the market transaction support servers 10, 200, 210.

  In the above embodiment, when the first rank order in either one of the high price IFO order and the low price IFO order is established, the other first rank order is set by setting “9” in the status 148a. Although it is cancelled, it may be paused. For example, “8” indicating a temporary stop of order execution may be set in the status 148a. Then, after the temporary stop, the suspended order may be resumed when a specific condition such as when the user approves within a certain period is satisfied.

  Further, in addition to the high price IFO order and the low price IFO order, the high price IFD order and the low price IFD order may be generated.

  Further, the case where a related IFO order is generated by the market transaction support server 10, 200, 210 is described as an example. In addition, on the condition that there is an instruction from the user, the market transaction support server 10, 200, 210 may cancel the association between the high-priced IFO order and the low-priced IFO order and make them independent orders.

  For example, a market transaction support server 10, 200, a release instruction data setting unit (release instruction data setting unit) used for releasing association and a release instruction data storage unit for storing release instruction data set by the setting unit 210 (both not shown). Then, when the release instruction data is stored in the release instruction data storage unit, the CPU 11 may release the association between the high price IFO order and the low price IFO order.

  In addition to this, money or the like deposited in an account designated by the user may be added to the order amount. Although the above description mainly assumes spot stock transactions, the present invention is also applicable to stock credit transactions. In addition, the market transaction support program according to the embodiment of the present invention can be applied to a computer program used when a securities company or the like operates an investment trust.

  The above description is the description of the embodiment of the present invention, and does not limit the apparatus and method of the present invention, and various modifications can be easily implemented. In addition, an apparatus or method configured by appropriately combining components, functions, features, or method steps in each embodiment is also included in the present invention.

  For example, the user terminal device may be a notebook computer or a PDA instead of a high-function mobile phone or a tablet-type terminal device. The market transaction support program executed by the CPU 11 can be recorded on various recording media such as a magnetic recording medium, a CD-ROM, and a DVD, and can also be downloaded from a server (not shown) via a network.

  By applying the present invention, it is possible to improve the order function for multiple orders taking into account both the case where the market price is expected to rise more than expected and the case where the market price is expected to decline, thereby improving the convenience of investors. Can be increased. The present invention can be used in the fields of a market transaction support apparatus, a market transaction support program, and a market transaction support method.

  DESCRIPTION OF SYMBOLS 1 ... Market transaction support system 10, 200, 219 ... Market transaction support server, 11, 31 ... CPU, 30 ... User terminal device, 101 ... Order generation part, 104 ... Count specification part, 105 ... Order information setting part, 106 ... Current price update unit, 107 ... Start price setting unit, 111 ... Start price shift unit, 112 ... Transaction mode setting unit, 143 ... Start price DB, 144 ... Order specification information DB, 148 ... Order TR temporary storage unit, 151 ... Repeat count DB, 152... Transaction mode DB.

Claims (8)

A market transaction support device for supporting market transactions of financial products,
Order generating means for generating a buy / sell order according to order specifying information for specifying a trading order of the financial product;
Starting price setting means for setting, as the starting price for each financial product, a starting price when the order generating means generates the buy and sell order;
Starting price storage means for storing a starting price record including the starting price set by the starting price setting means;
A starting price match is established in which the current price of the financial product matches the starting price included in the starting price record of the corresponding financial product among the starting price records stored in the starting price storage means. Sometimes, with respect to the financial products subject to the matching of the starting prices, mutual orders are generated on the condition that the first ranking order having a higher order price than the starting price and the establishment of the first ranking order. A high-order combined order including two second-order orders with different prices, a first-order order whose order price is lower than the starting price, and a mutual order generated on the condition that the first-order order is established Order control means for causing the order generation means to generate both low-price combined orders including two second-order orders with different order prices;
Data indicating the high price combination order or the low price combination order generated by the order generation means according to the order control means, and a high / low classification for distinguishing the high price combination order from the low price combination order; Order transaction data storage means for storing order transaction data comprising a status code indicating the status of the data in the market transaction support device;
For the high-price combination order and the low-price combination order, the order transaction data stored in the order transaction data storage means on the other side when the first rank order is established on either side is provided A market transaction support apparatus comprising order processing means for setting a code indicating cancellation or execution suspension of the first order in the status code . The order control means determines whether the starting price coincidence is established after one of the two second orders is established in accordance with the establishment of the first order in the high price combination order and the low price combination order. 2. The market transaction support apparatus according to claim 1, wherein , when established, the order generating means generates the high price combination order and the low price combination order again. The starting price setting means sets two as the starting price, a first starting price and a second starting price lower than the first starting price ,
The starting price record has a price code indicating whether the starting price is the first starting price or the second starting price;
When the high order combined order and the low price combined order are set as a group order, the order control means is configured such that the first starting price is set to the starting price as the group order. Generating a group order and a second group order in which the second starting price is set to the starting price, one by one in the order generating means,
The order processing means, when the starting price coincides with the current price and the first starting price or the second starting price , the first group order and the second group order A code indicating suspension or cancellation of execution is set in the status code provided in the order transaction data in the case where the starting price coincidence is not established, and the high amount in which the starting price coincidence is established Regarding the combined order and the low-price combined order, when the first rank order is established in one of the orders, the status provided in the order transaction data stored in the order transaction data storage means in the other The code is set to indicate the cancellation or execution suspension of the first order. Market transaction support apparatus according to claim 1 or 2, wherein. A first mode in which the order generation means generates the high price combination order and the low price combination order; and a second mode in which the order generation means generates the first group order and the second group order. A transaction mode setting means for setting the transaction mode to any of the above,
Transaction mode storage means for storing the transaction mode set by the transaction mode setting means,
The order control means is either the high-price combination order and the low-price combination order according to the trading mode stored in the trading mode storage means, or the first group order and the second group order. When the transaction mode stored in the transaction mode storage unit is the second mode, the first group order and the second group order are respectively After one of the two second-order orders included in each of the first-order orders included is satisfied, the current price becomes the first starting price and the second order price. The order generation means generates the first group order and the second group order again when the third starting price matches the third starting price in the middle of the starting price. Market transaction support apparatus according to claim 3. The third starting point according to a settlement price that is a contract price when one of the two second order orders included in each of the first group order and the second group order is established. It further has a starting price changing means for changing the price ,
5. The market transaction support apparatus according to claim 4, wherein the order transaction data stored in the order transaction data storage unit further includes a group code for distinguishing between the first group order and the second group order . The order generating means further includes a number specifying means for specifying the number of times to repeat the generation of the high price combined order and the low price combined order by the control of the order control means,
6. The order control unit causes the order generation unit to generate the high price combination order and the low price combination order according to the number of repetitions specified by the frequency specification means. Market transaction support equipment. A market transaction support program for causing a computer to function as a market transaction support device for supporting a market transaction of a financial product, wherein the computer generates an order for buying and selling according to order specifying information for specifying a transaction order of the financial product Generating means;
Starting price setting means for setting, as the starting price for each financial product, a starting price when the order generating means generates the buy and sell order;
Starting price storage control means for storing a starting price record including the starting price set by the starting price setting means;
A starting price match is established in which the current price of the financial product matches the starting price included in the starting price record of the corresponding financial product among the starting price records stored by the starting price storage control means. when, for said financial instrument is the object of the standing point price match, mutually order price than the standing point prices are generated, subject to satisfaction of the order of expensive first rank order and first order A high-order combined order including two second-order orders with different order prices, a first-order order whose order price is lower than the starting price, and a mutual order generated on the condition that the first-order order is established Order control means for causing the order generation means to generate both low-price combined orders including two second-order orders with different order prices;
Data indicating the high price combination order or the low price combination order generated by the order generation means according to the order control means, and a high / low classification for distinguishing the high price combination order from the low price combination order; Order transaction data storage control means for storing order transaction data comprising a status code indicating the status of the data in the market transaction support device;
For the high-price combination order and the low-price combination order, when the first rank order is established in either one, the order transaction data stored by the order transaction data storage control unit in the other is provided A market transaction support program for functioning as an order processing means for setting a code indicating cancellation or execution suspension of the first order in the status code . An apparatus for supporting market transactions of financial products , comprising: an order generation means, an origin price setting means, an origin price storage means, and an order transaction data storage means in a market transaction support method,
To generate the buy and sell orders by the order generating means for generating a buy and sell order in accordance with the order specific information to identify the trading orders of the financial product,
Set the standing point price by the origin price setting means for setting the price as a starting point when the order generating means generates the trading orders starting price,
The origin price record containing the origin prices set by the standing point pricing means is stored in the origin price storing means,
A starting price match is established in which the current price of the financial product matches the starting price included in the starting price record of the corresponding financial product among the starting price records stored in the starting price storage means. Sometimes, with respect to the financial products subject to the matching of the starting prices, mutual orders are generated on the condition that the first ranking order having a higher order price than the starting price and the establishment of the first ranking order. A high-order combined order including two second-order orders with different prices, a first-order order whose order price is lower than the starting price, and a mutual order generated on the condition that the first-order order is established Order control for causing the order generation means to generate both low-price combined orders including two second-order orders with different order prices;
Data indicating the high-price combined order or the low-price combined order generated by the order generation means according to the order control, wherein the high-low division for distinguishing the high-price combined order from the low-price combined order; is stored the order transaction data in the order transaction data storage means for storing the order transaction data that includes a status code indicating the status of in the market transaction support apparatus of the data,
For the high-price combination order and the low-price combination order, the order transaction data stored in the order transaction data storage means on the other side when the first rank order is established on either side is provided A market transaction support method for setting a code indicating cancellation or execution suspension of the first order in the status code.