JP2011107897A - Community forming computer, financial transaction computer, financial transaction support method and program for the same - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a community forming computer allowing an investor to utilize a system allowing proper acquisition of information from another investor or acquisition of technique. <P>SOLUTION: An FX trader server 10 automatically allocates private investors to a plurality of communities based on transaction instructions of private investor terminal devices 12. Each private investor can know the time frame of a chart by use of transaction histories, results and timing when performing the transaction instructions of the other private investors of the same community. The private investor having little experience can utilize the system allowing the proper acquisition of the information from the other private investor or the acquisition of the technique. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a financial transaction support method, a device thereof, and a program thereof that enable a transaction of a financial product considering a plurality of index values (indicators) simultaneously.

With the recent development of computer and communication technology, financial transactions such as exchange transactions (FX) are performed via networks such as the Internet.
In such a financial transaction, for example, a trader server held by a trader handling a financial transaction and a computer (terminal) of an individual investor perform the transaction while communicating.

Foreign exchange transactions are performed to obtain foreign exchange gains by buying and selling currency in a timely manner in accordance with exchange fluctuations.
Forex trading has many points that differ from other financial products such as stocks. For example, it is attracting attention as an investment product with higher flexibility and higher funding efficiency than foreign currency deposits.
For example, the foreign currency deposit is made by buying US dollars. In other words, if the US dollar is strong, profits will be generated, and if the US dollar is weak, losses will occur. On the other hand, in foreign exchange trading, if you expect the US dollar to decline, you can place an order of “US dollar selling / yen buying”.
In other words, in exchange trading, paying attention to the movement of the exchange rate, the currency gain will turn positive, such as “Bid” for the currency that will be higher and “Ask” for the currency that will be cheaper. It is possible to trade on the market, and the response to exchange rate fluctuations is extremely high.

By the way, in recent years, many new users have begun exchange transactions.
However, these users often do not have sufficient experience and knowledge, so they often fail to trade, lose their funds, and leave the exchange trading market.

  The present invention has been made in view of such circumstances, and its purpose is to form a community that enables investors to obtain information from other investors and to use techniques that allow them to learn techniques. It is to provide a computer, a financial transaction computer, a financial transaction support method, and a program thereof.

  In order to solve the above-described problems of the prior art and achieve the above-described object, the community forming computer according to the first aspect of the invention is configured such that a plurality of user computers trade with a trader computer that buys and sells financial transactions. A community generating computer used for giving an instruction, and receiving means for receiving, from the trader computer or the user computer, transaction instruction data indicating a content of the user's transaction instruction and a time when the transaction instruction is issued; Based on the received transaction instruction data, community generation means for grouping the plurality of users to generate a plurality of communities, and each community based on attributes of the plurality of communities generated by the community generation means The user computer of the user to which the user belongs And an information providing means for providing information associated with the community.

  The financial transaction computer according to the second aspect of the invention is a computer used for buying and selling for dealing with financial transactions, and the transaction instruction content of other users belonging to a predetermined community and the time when the transaction instruction is issued. Receiving means for receiving transaction instruction data, a memory for storing rate data indicating the transaction amount of the transaction object, and receiving the transaction instruction data of the other user, based on the rate data read from the memory And processing means for displaying an image showing the contents of the transaction instruction at a location corresponding to the time indicated by the transaction instruction data on the chart displayed on the screen.

  A financial transaction support method according to a third aspect of the invention includes a first step of transmitting rate data indicating a trading price of a financial transaction target to a plurality of user computers used for a user to perform a transaction instruction, and a financial transaction target A second step of transmitting transaction instruction data indicating the transaction instruction content of the user and the time when the transaction instruction is issued from the trader computer or the user computer that performs the buying and selling, and the community server, Based on the received transaction instruction data, a third step of grouping the plurality of users to generate a plurality of communities, and the community server includes attributes of the plurality of communities generated in the third step. Based on the user computer of the user belonging to each community And a fourth step of providing said transaction instruction data of the user attached response.

  A program according to a fourth aspect of the invention is a program executed by a community generation computer used when a plurality of user computers issue a transaction instruction to a transaction computer that buys and sells financial transactions. Based on the reception procedure for receiving the transaction instruction data indicating the transaction instruction content of the user and the time when the transaction instruction is issued from the user computer, and the received transaction instruction data, the plurality of users are grouped and plural Based on the community generation procedure for generating the community and the attributes of the plurality of communities generated in the community generation procedure, information associated with the community is provided to the user computer of the user belonging to each community Communicating information provision procedures To be executed by the I generation computer.

  According to the present invention, a community formation computer, a financial transaction computer, a financial transaction support method, and a method thereof that enable an investor to obtain information from other investors and to use a mechanism that can acquire techniques can be used. A program can be provided.

FIG. 1 is an overall configuration diagram of an FX processing system according to an embodiment of the present invention. FIG. 2 is a diagram for explaining a data flow in the FX trader server shown in FIG. FIG. 3 is a block diagram of the FX trader server shown in FIG. FIG. 4 is a flowchart for explaining processing of the FX trader server shown in FIG. FIG. 5 is a block diagram of the individual investor terminal device shown in FIG. FIG. 6 is a block diagram of the community server shown in FIG. FIG. 7 is a functional block diagram of the community server shown in FIG. FIG. 8 is a diagram for explaining an example of a community generated by the community server shown in FIG. FIG. 9 is a diagram for explaining community attributes used in the embodiment of the present invention. FIG. 10 is a diagram for explaining the community generation processing of the community server shown in FIG. FIG. 11 is a view for explaining a user profile screen provided to the individual investor terminal device by the community server shown in FIG. 1. FIG. 12 is a diagram for explaining a trade information display screen provided by the community server shown in FIG. 1 to the individual investor terminal device. FIG. 13 is a flowchart for explaining processing when the community server shown in FIG. 1 provides transaction history data of another user in response to a request from the user. FIG. 14 is a diagram for explaining a trade information display screen according to the embodiment of the present invention. FIG. 15 is a diagram for explaining another example of the FX trader server according to the embodiment of the present invention. FIG. 16 is a diagram for explaining another example of the FX trader server according to the embodiment of the present invention.

Hereinafter, the case where this invention is applied to a foreign exchange transaction is illustrated.
<First Embodiment>
The FX processing system according to the embodiment of the present invention will be described below.
FIG. 1 is an overall configuration diagram of an FX processing system 1 according to an embodiment of the present invention.
As shown in FIG. 1, the FX processing system 1 includes, for example, an FX trader server 10, an individual investor terminal device 12, and a community server 14.

Hereinafter, the correspondence between the configuration of the present invention and the configuration of the present embodiment will be described.
The interface 231 of the community server 14 of the present embodiment is an example of the receiving means of the first invention, the community creation function module 74 is an example of the community generation means of the first invention, and the signal distribution function module 64 is the first. It is an example of the information provision means of invention of this invention.

[FX trader server 10]
For example, as shown in FIG. 2, the FX trader server 10 includes a transaction function unit 21 and a signal capture delivery function unit 23.
The transaction function unit 21 of the FX trader server 10 performs a currency pair transaction based on a buy or sell order specifying a currency pair from the individual investor terminal device 12.
The transaction function part 21 is comprised by the some FX transaction server which manages the sales transaction about a currency pair, for example. Each FX transaction server manages a sales transaction for a currency pair that it has jurisdiction over. The function of the FX transaction server may be inside or outside the FX transaction server 10.
Each FX transaction server generates rate data indicating the rate of a currency pair that it has jurisdiction over time.
The rate data generated by each FX transaction server is open to the public.

In the present embodiment, there are 28 FX transaction servers that respectively generate rate data RD indicating the rates of the following currency pairs in time series.
Each FX transaction server determines a currency pair rate based on selling / buying information from an investor or the like regarding the currency pair under its jurisdiction.
JPY / USD, GBP / USD, EUR / USD, Swiss franc / USD, Australian dollar / USD, NZ dollar / USD, Canadian dollar / USD, USD / JPY, GBP / JPY, EUR / JPY, Swiss franc / JPY, Australia USD / JPY, NZD / JPY, Canadian Dollar / JPY, USD /, British Pound, JPY / GBP, Euro / GBP, Swiss Franc / GBP, Australian Dollar / GBP, NZ $ / GBP, CAD / GBP, USD / EUR , Yen / Euro, British Pound / Euro, Swiss Franc / Euro, Australian Dollar / Euro, NZ Dollar / Euro, Canadian Dollar / Euro, US Dollar / Swiss Franc, Yen / Swiss Franc, British Pound / Swiss Franc, Euro / Swiss Franc, Australia Dollar / Swiss franc, NZ dollar / Swiss franc, Canadian dollar / Swiss franc, US dollar / Australian dollar, Yen / Australian dollar, UK / Australian dollar, Euro / Australian dollar, Swiss franc / Australian dollar, NZ dollar / Australian dollar, Canadian dollar / Australian dollar, US dollar / NZ dollar, Yen / NZ dollar, British pound / NZ dollar, Euro / NZ dollar, Swiss franc / NZ dollar, Australian dollar / NZ dollar, Canadian dollar / NZ dollar, US dollar / Canadian dollar, Yen / Canadian dollar, British pound / Canadian dollar, Euro / Canadian dollar, Swiss franc / Canadian dollar, Australian dollar / Canadian dollar, NZ dollar /Canadian Dollar

For example, the FX transaction server of the currency pair “US dollar / yen” generates rate data RD (US dollar / yen).
The rate data RD indicates, for example, a rate at a predetermined time interval, and is selectively displayed in a plurality of forms such as monthly, weekly, daily, and minute bars.

  In the present embodiment, the rate data RD of the currency pair “currency CXn / currency CYm” is indicated as “RD (CXn / CYm)”.

  In this case, the 28 FX transaction servers constituting the RD generation server group 10 generate rate data RD (CXn / CYm) of the following 28 currency pairs.

  Rate data RD (Yen / USD), RD (British pound / USD), RD (Euro / USD), RD (Swiss franc / USD), RD (Australian dollar / USD), RD (NZ dollar / USD), RD ( Canadian dollar / US dollar), RD (US dollar / yen), RD (British pound / yen), RD (euro / yen), RD (Swiss franc / yen), RD (Australian dollar / yen), RD (NZ dollar / yen) , RD (Canadian dollar / yen), RD (US dollar / GBP), RD (yen / GBP), RD (Euro / GBP), RD (Swiss franc / GBP), RD (AUD / GBP), RD (NZ dollar) / GBP), RD (Canadian dollar / GBP), RD (USD / EUR), RD (JPY / EUR), RD (GBP / EUR), RD (Swiss franc / EUR), RD (AUD / EUR), RD (NZ Le / Euro), RD (Canadian Dollar / Euro), RD (US Dollar / Swiss Franc), RD (Yen / Swiss Franc), RD (British Pound / Swiss Franc), RD (Euro / Swiss Franc), RD (Australian Dollar / Swiss franc), RD (NZ dollar / Swiss franc), RD (Canadian dollar / Swiss franc), RD (US dollar / Australian dollar), RD (Yen / Australian dollar), RD (British pound / Australian dollar), RD (Euro / Australian dollar), RD (Swiss franc / Australian dollar), RD (NZ dollar / Australian dollar), RD (Canadian dollar / Australian dollar), RD (US dollar / NZ dollar), RD (yen / NZ dollar), RD (British pound) / NZ dollar), RD (Euro / NZ dollar), RD (Swiss franc / NZ dollar), RD (Australian dollar / NZ dollar), RD (Canadian dollar / NZ dollar), RD (US dollar / Canadian dollar), RD ( Yen / mo Dadoru), RD (British Pound / Canadian Dollar), RD (Euro / Canadian dollar), RD (Swiss Franc / Canadian Dollar), RD (Australian dollar / Canadian dollar), RD (NZ Dollar / Canadian Dollar)

Transaction function unit 21 generates 1-minute, 5-minute, 15-minute, 30-minute, 1-hour, 4-hour, daily, weekly, and monthly-rate rate data RD (CXn / CYm). Then, this is output to the individual investor terminal device 12 and the community server 14 FX trader server 12 via the signal capture delivery function unit 23.
The rate data RD (CXn / CYm) of each hour bar indicates the opening price, the high price, the low price, and the closing price of the rate for each time in the time corresponding to the time bar.

Based on the buy or sell order specifying the currency pair from the individual investor terminal device 14, the transaction function unit 21 transmits the corresponding order to the FX transaction server.
The order shows the offer price (bit / offer) of the transaction.

FIG. 3 is a configuration diagram of the FX trader server 10 shown in FIGS. 1 and 2.
As illustrated in FIG. 3, the FX trader server 10 includes, for example, an interface 31, an operation unit 33, a display 35, a memory 37, a work memory 39, and a processing circuit 41.
Here, the interface 31, the operation unit 33, the display 35, the memory 37, and the processing circuit 41 are connected via the internal bus 30.
The interface 31 transmits / receives data and requests to / from the individual investor terminal device 12 and the community server 14 via the network 9 such as the Internet, for example.
The operation unit 33 is a keyboard, a mouse, or the like.
The display 35 displays a screen corresponding to the display signal from the processing circuit 41.
The memory 37 stores programs and data used for processing of the processing circuit 41.
The work memory 39 stores intermediate data during the processing in the processing circuit 31.
The processing circuit 41 executes the program read from the memory 37.
The processing circuit 41 controls the processing of the FX trader server 10 in an integrated manner. Further, the processing of the processing circuit 41 is executed by appropriately storing the processing target and mid-processing data in the memory 37.

The processing circuit 41 executes the program to realize the functions of the transaction function unit 21 and the signal capture delivery function unit 23 shown in FIG.
FIG. 4 is a flowchart for explaining processing of the signal capture delivery function unit 23 shown in FIG.
The signal capture distribution function unit 23 receives the transaction instruction data indicating the buying / selling instruction of the individual investor received from the individual investor terminal device 12, and the time of the chart displayed on the screen by the individual investor at the timing when the transaction instruction is issued. Is received from the individual investor terminal device 12 and written in the memory 37. When a plurality of time charts are displayed at the timing when the transaction instruction is issued, the time bar data indicates all the time bars.
Here, the transaction instruction data indicates at least the time at which the transaction instruction is issued, either the passing pair or the sale that is the object of the transaction.
Further, the signal capture delivery function unit 23 selects transaction instruction data and hourly data of a user who uses a community-related service based on the user identification data included in these data (step ST11). It transmits to the community server 14 (step ST12).
That is, the signal capture delivery function unit 23 performs the above selection based on whether or not the user identification data included in the received data is in the list based on the list of user identification data of the user who registered the community-related service. .

Moreover, the signal capture delivery function part 23 will show the contract result regarding the user who is using the service related to a community among those, when the contract result data performed by the transaction process of the transaction function part 21 generate | occur | produce (step ST3). The contract result data is transmitted to the community server 14 (step ST4).
The contract result data includes at least the user identification data of the individual investor who is the subject of the contract, the passing pair that is the target of the contract, and the trade, and the contract time.

[Individual investor terminal device 12]
FIG. 5 is a configuration diagram of the individual investor terminal device 12 shown in FIG.
As illustrated in FIG. 5, the individual investor terminal device 12 includes, for example, an interface 131, an operation unit 133, a display 135, a memory 137, a work memory 139, and a processing circuit 141.
Here, the interface 131, the operation unit 133, the display 135, the memory 137, and the processing circuit 141 are connected via the internal bus 130.
The interface 131 exchanges data and requests with the FX trader server 10 via the network 9 such as the Internet, for example.
The operation unit 133 is a keyboard, a mouse, or the like operated by an individual investor.
The display 135 displays a screen corresponding to the display signal from the processing circuit 141.
The memory 137 stores programs and data used for processing of the processing circuit 141.
The work memory 139 stores intermediate data and the like being processed in the processing circuit 141.
The processing circuit 141 executes the program read from the memory 137.
The processing circuit 141 controls the overall processing of the individual investor terminal device 12. Further, the processing of the processing circuit 141 is executed by appropriately storing the processing target and data being processed in the memory 137.

  The individual investor terminal device 12 has 1-minute, 5-minute, 15-minute, 30-minute, 1-hour, 4-hour, daily, weekly, and monthly rate data RD (CXn / CYm). ) Is received from the FX trader server 10 via the interface 141, for example, and is written in the memory 47.

The processing circuit 141 of the personal investor terminal device 12 displays a chart including a candlestick and an indicator on the display 135 based on the rate data stored in the memory 137 based on the RD.
The designation and setting are performed based on the operation of the operation unit 143 by an individual investor.
An individual investor operates the operation unit 143 to input a transaction instruction while looking at the chart displayed on the display 135. As a result, the processing circuit 141 transmits the transaction instruction data indicating the transaction instruction and the hourly data of the chart used when issuing the transaction instruction to the FX trader server 10 via the interface 131. .
The transaction instruction data includes at least data indicating the currency pair to be traded, sell / buy, and sell / buy time.

[Community server 14]
FIG. 6 is a block diagram of the community server 14 shown in FIG.
As illustrated in FIG. 6, the community server 14 includes, for example, an interface 231, an operation unit 233, a display 235, a memory 237, a work memory 239, and a processing circuit 241.
Here, the interface 231, the operation unit 233, the display 235, the memory 237, and the processing circuit 241 are connected via the internal bus 230.
The interface 231 transmits and receives data and requests to and from the FX trader server 10 and the individual investor terminal device 12 via the network 9 such as the Internet, for example.
The operation unit 233 is a keyboard, a mouse, or the like operated by a community administrator.
The display 235 displays a screen corresponding to the display signal from the processing circuit 241.
The memory 237 stores programs and data used for processing of the processing circuit 241.
The work memory 239 stores intermediate data and the like being processed in the processing circuit 231.
The processing circuit 241 executes the program read from the memory 237.
The processing circuit 241 controls the processing of the community server 14 in an integrated manner. The processing of the processing circuit 241 is executed by appropriately storing the processing target and data being processed in the memory 237.

FIG. 7 is a diagram for explaining a function executed by the processing circuit 241 of the community server 14 shown in FIG. 6 based on the program read from the memory 237.
The processing circuit 241 executes the above program, and implements an SNS community DB (Data Base) 51 and an FX trade history DB 53 while using the memory area of the memory 237.
In addition, the processing circuit 241 executes the above program, and performs the DB updater function module 61, the trade analysis function module 62, the trade tool module 63, the signal distribution function module 64, the behavior analysis function module 65, the authentication module function module 71, the profile. It has a function module 72, a friend search / registration function module 73, a community creation function module 74, a blog function module 75, and a traders league function module 76.

  The trade analysis function module 62 has, for example, a function for diagnosing individual investors' transactions. Analyzes and diagnoses the trade trends of registered individual investors using multiple types of analysis methods, and judges and analyzes the strengths and weaknesses of individual investors' qualifications.

It has functions such as a trade tool module 63, provision of a trade indicator called ISIndex (registered trademark), provision of a breakout signal, signal delivery from a specific trader, divergence signal delivery, weekly exchange rate forecast report delivery, and the like.
ISIndex is an indicator in which the strength of a single currency is indexed, and is used to display a table and a line graph in which the strengths of major 8 currencies are ordered in the numerical order of the index.
As other indicators, four types of trend (daily, 4-hour, 1-hour and 15-minute) for each major currency pair are represented by arrows and numerical values.
The breakout signal function recognizes the swing of the chart described above, and when a range is reached during trend formation by a unique program that recognizes the formation of the trend, the program sends a signal to break the range. To do.

The divergence signal function delivers a signal when divergence appears with an RSI of 1 hour and 15 minutes of the divergence of the oscillator, which is the only inversion leading indicator.
The weekly exchange forecast report distribution function is a function for distributing a weekly report that predicts daily patterns and price movements of the ceiling and bottom areas using daily charts using various ruled lines such as trend lines.

As shown in FIG. 8, the community creation function module 74 classifies the individual investors of the individual investor terminal device 12 into a plurality of communities CM1 to CM4.
Each individual investor terminal device 12 can belong to a plurality of communities CM1-4. The individual investor terminal device 12 may not belong to any community CM1-4.

For example, as shown in FIG. 9, the community creation function module 74 assigns a community based on predetermined community attribute items such as a passing pair, a position holding time, and a grade with which individual investors trade.
Specifically, the community creation function module 74 assigns at least one of the community attribute items, or individual investors who share a predetermined number to the same community.

Further, the community creation function module 74 calculates the transaction performance of individual investors belonging to each community based on the contract result data received from the FX trader server 10 and writes the transaction performance data to the FX trade history DB 53.
In addition, the community creation function module 74 transmits the transaction result data to the individual investor terminal device 12 of the individual investor who has the transaction result as requested.
The individual investor terminal device 12 creates a trade record using the trade book function based on the received transaction record data.

The individual investor terminal device 12 creates a trade record based on the transaction instruction data.
The trader's league function module 76h decides some of the best traders a month among registered individual investors, and presents prizes, prizes, etc. to the winners. At this time, the registration is made subject to disclosure of the transaction instructions of the individual investor.
As a result, the manner of trading (position information) of individual investors who conduct excellent transactions is disclosed in real time, and the probability of losing to other individual investors who referred to it can be reduced.

FIG. 10 is a flowchart for explaining the community creation operation by the community server 14.
Step ST21:
If the community creation function module 74 determines that the transaction instruction data and the hourly data or the contract result data has been received from the FX trader server 10 via the interface 231, the process proceeds to step ST22.

Step ST22:
Based on the transaction instruction data and hourly data or contract result data received in step ST21, the community creation function module 74 uses a community attribute item to create a new community To determine whether to belong to or leave the community.

Step ST23:
The community creation function module 74 transmits the content determined in step ST12 to the individual investor terminal device 12 of the individual investor involved in the community change via the interface 231.
Upon receiving notification of a new community candidate, the individual investor determines whether or not to join the community. If the individual investor determines to join, he / she operates the operation unit 133 to transmit a subscription instruction to the community server 14.
When the community creation function module 74 of the community server 14 receives the subscription instruction, the community creation function module 74 performs processing for allowing the individual investor to subscribe to the community.
At this time, the community creation function module 74 inquires of the individual investor whether to permit the contents of the transaction instruction of the individual investor to be disclosed to other individual investors of the community. When the community creation function module 74 receives an answer indicating permission, the community creation function module 74 publishes the contents of the transaction instruction in response to a request from another individual investor in the community.

FIG. 11 is a diagram for explaining a screen provided to the individual investor terminal device 12 by the profile function module 72 of the community server 14.
As shown in FIG. 11, the profile function module 72 displays icon images of other individual investors who have mutually agreed as friends in the friend list 81. The icon image has a link to the corresponding friend profile page.
As shown in FIG. 11, the profile function module 72 displays in the community list 83 an icon image of a community to which the individual investor belongs among the communities generated by the community creation function module 74. The icon image has a link to the corresponding community top page.
In the community list 83, an icon image of a community to which the individual investor has not joined may be displayed.

  FIG. 12 is an example of performance data (actual data) of each individual investor.

FIG. 12 is a diagram for explaining processing when the community server 14 receives from the individual investor terminal device 12 a request for trade history information of another specific individual investor in the community to which the individual investor belongs. is there.
Step ST21:
If the signal distribution function module 64 of the community server 14 determines that a request for trade history information specifying a specific individual investor has been received from the individual investor terminal device 12 via the interface 231, the process proceeds to step ST22.

Step ST22:
The signal distribution function module 64 reads the trade history information of the individual investor designated by the request received in step ST21 from the FX trade history DB 53, and interfaces with the individual investor terminal device 12 of the individual investor that has transmitted the request. 231 to transmit.
At this time, the trade history information includes, for example, ().

At this time, the individual investor terminal device 12 receives the rate data RD from the FX trader server 10 in advance from the FX trader server 10 and writes it in the memory 137.
The processing circuit 141 of the individual investor terminal device 12 uses the transaction instruction included in the received trade history information and the time data of the chart used when the transaction instruction is issued as the time data. A corresponding chart is displayed on the display 135.
Further, the processing circuit 141 performs a screen display on the chart displayed on the display 135 so that the point where the individual investor has issued a transaction instruction can be visually recognized.
The processing circuit 141 displays the chart as described above on the display 135 in a pop-up manner.
Individual investors who have seen this can find out what hour charts the other individual investors have given their trading instructions to be very helpful.
In addition, individual investors who see this can see the transaction modes and results of other individual investors, which is a very good reference when conducting their own transactions.

Further, the processing circuit 141 of the individual investor terminal device 12 receives the individual investor or other individual investor received from the community creation function module 74, the transaction result data, or the transaction result data calculated by the processing circuit 141, For example, as shown in FIG. 13, the screen is displayed as a trade performance.
By looking at the screen shown in FIG. 13, the individual investors can easily know the trade performance of themselves or other individual investors.
Moreover, as shown in FIG. 14, the transaction instruction history of others can be displayed to other users in the same community. As a result, the users of other communities can see which hourly chart the excellent user saw to buy and sell, and the learning effect is enhanced.

  In the FX processing system 1 described above, it is possible to use a mechanism in which an individual investor with little experience can appropriately obtain information from other individual investors or learn a technique.

  All the transaction history data such as the transaction instruction made in the individual investor terminal device 12 and the contract result in the FX trader server 10 are stored in the FX trade history DB 53 of the community server 14 shown in FIG. Therefore, transaction history can be sorted based on transaction attributes, time, etc., and transaction characteristics can be analyzed in advance.

  In the FX trader server 10, the individual investor terminal device 12 simply sends a normal trade (buying and selling) instruction to the FX trader server 10, and the signal capture delivery function unit 23 of the FX trader server 10 gives the trade instruction. Automatically transmitted to the community server 14. Therefore, the individual investor terminal device 12 can use a normal program (deal book), and the individual investor can continue to use the trade environment prepared by the deal book used by the individual investor terminal device 12.

The present invention is not limited to the embodiment described above.
That is, those skilled in the art may make various modifications, combinations, subcombinations, and alternatives regarding the components of the above-described embodiments within the technical scope of the present invention or an equivalent scope thereof.
For example, in the embodiment described above, the exchange is exemplified as the financial transaction target of the present invention, but other financial transaction targets such as stocks may be used.

  The functions of the FX trader server 10 and the community server 14 described in the above-described embodiment may be realized by one server, or may be realized by three or more servers.

Further, according to the present invention, as shown in FIG. 15, the operation instruction data and hourly data of the individual investor terminal device 12 are transmitted to the community server 14, and the operation instruction data is transmitted from the community server 14 to the FX trader server 10. You may make it do.
Further, as shown in FIG. 16, the individual investor terminal device 12 may transmit the operation instruction data to the FX trader server 10 and the community server 14, and transmit the hourly data to the community server 14.

Further, the FX trader server 10 dynamically generates a community or a community candidate based on price data (rate data) targeted for financial transactions or current data that affects the price data, You may be automatically dissolved.
For example, the FX trader server 10 classifies a plurality of rate data change patterns in advance, and automatically generates a community associated with the change pattern when a predetermined change pattern occurs in the actual rate data. To do.
At this time, among the members of the community, members who disclose the transaction instruction data to other members of the community are determined in advance. As members to be disclosed, members who have excellent results in the past in the change pattern are selected.
The selected member may be, for example, a leader in the community, and the higher the number of users belonging to the community, the higher authority may be given as the leader.
In addition, when current news having a predetermined attribute that affects rate data occurs among some current news, a community corresponding to the news may be automatically generated.

Further, the FX trader server 10 performs statistical processing based on the transaction instruction data received from the plurality of individual investor terminal devices 12, and based on the result of the statistical processing, an index that serves as a reference for the trading of the financial transaction target Data may be generated and the index data may be distributed to the individual investor terminal device 12.
Further, the FX trader server 10 may perform a behavior diagnosis in the user's transaction based on the transaction instruction data from the individual investor terminal device 12.

  The present invention is applicable to a system for trading a financial transaction object.

DESCRIPTION OF SYMBOLS 1 ... FX processing system 10 ... FX trader server 12 ... Individual investor terminal device 14 ... Community server 31,131,231 ... Interface 33,133,233 ... Operation part 35,135,235 ... Display 39,139,239 ... Work memory 41, 141, 241 ... processing circuit

Claims (14)

A community generating computer used when a plurality of user computers issue a transaction instruction to a transaction computer that performs trading of a financial transaction object,
Receiving means for receiving transaction instruction data indicating the transaction instruction content of the user and the time when the transaction instruction is issued from the trader computer or the user computer;
Based on the received transaction instruction data, community generating means for grouping the plurality of users to generate a plurality of communities;
A community forming computer comprising: information providing means for providing information associated with the community to the user computer of the user belonging to each community based on attributes of a plurality of communities generated by the community generating means. The receiving means receives time-leg data indicating a time-leg of a chart relating to the transaction price of the financial transaction target that was displayed on the screen at the timing when the transaction instruction was issued from the user computer,
The information providing means associates the received transaction instruction data with the hourly data and transmits it to the user computer of another user belonging to a community associated with the user who transmitted the transaction instruction data. The community formation computer according to 1. The receiving means receives execution data indicating a result of execution of the transaction instruction,
The community forming computer according to claim 2, wherein the information providing means transmits the transaction instruction, the hourly data corresponding to the transaction instruction, and the contract data corresponding to the transaction instruction to the user computer. A memory for storing the execution data received by the receiving means and indicating at least a passing pair, a buy / sell, and a buy / sell traded by the user;
The community formation computer according to claim 3, wherein the community generation unit calculates a transaction result of the user based on the contract data read from the memory, and generates the community based on the transaction result. The receiving means receives an information request instruction designating a specific user from the user computer,
The information providing means reads from the memory the transaction instruction data, the hourly data, and the contract data of the user specified by the information request instruction received by the receiving means, and transmits the read data to the user The community forming computer according to claim 4. Further comprising a procedure processing means for communicating with the user computer and performing a procedure process to the effect that the user agrees to disclose the user's transaction instructions;
The community forming computer according to claim 2, wherein the information providing unit transmits the transaction instruction data and the hourly data of the agreed user to the other user. The community generation means includes
The community formation computer according to any one of claims 1 to 6, wherein the community is dynamically generated based on price data of the financial transaction target or current data that affects the price data. Statistical processing is performed based on the transaction instruction data of the plurality of user computers, index data to be used as reference for trading of the financial transaction target is generated based on a result of the statistical processing, and the index data is used as the plurality of users. The community forming computer according to any one of claims 1 to 7, further comprising index providing means for transmitting to a computer. The community formation computer according to any one of claims 1 to 8, further comprising: a diagnosis unit that performs behavior diagnosis in a user transaction based on the transaction instruction data of the plurality of user computers. The community formation according to claim 2, wherein the community generation unit generates the community based on the combination when there are a plurality of displayed time bars based on the time bar data received by the reception unit. Computer. A financial transaction computer used for trading in dealing with financial transactions,
Receiving means for receiving transaction instruction data of other users belonging to a predetermined community and transaction instruction data indicating the time when the transaction instruction is issued;
A memory for storing rate data indicating the transaction amount of the transaction object;
When receiving the other user's transaction instruction data, an image showing the contents of the transaction instruction at a location corresponding to the time indicated by the transaction instruction data on the chart displayed on the screen based on the rate data read from the memory And a processing means for displaying the financial transaction computer. A first step of transmitting rate data indicating a trading price of a financial transaction target to a plurality of user computers used by a user to issue a transaction instruction;
A second step of transmitting transaction instruction data indicating a transaction instruction content of the user and a time when the transaction instruction is issued to a community server from a trader computer or a user computer performing trading of a financial transaction object;
A third step in which the community server generates a plurality of communities by grouping the plurality of users based on the received transaction instruction data;
Based on the attributes of a plurality of communities generated in the third step, the community server sends the transaction instruction data of the user associated with the community to the user computer of the user belonging to each community. A financial transaction support method comprising: providing a fourth step. A fifth step in which the user computer receives the transaction instruction data of another user;
The other user's transaction instruction data received in the fifth step on the chart displayed on the screen by the user computer based on the rate data indicating the transaction amount of the transaction object received in the first step The financial transaction support method according to claim 13, further comprising a sixth step of displaying an image indicating the contents of the transaction instruction at a location corresponding to the time indicated by. A program that is executed by a community generation computer that is used when a plurality of user computers give a transaction instruction to a trader computer that buys and sells financial transactions.
A receiving procedure for receiving transaction instruction data indicating the transaction instruction content of the user and the time when the transaction instruction is issued from the trader computer or the user computer;
Based on the received transaction instruction data, a community generation procedure for grouping the plurality of users to generate a plurality of communities,
Based on the attributes of a plurality of communities generated in the community generation procedure, an information provision procedure for providing information associated with the community to the user computer of the user belonging to each community is executed on the community generation computer Program to make.