JPH09305656A - Terminal equipment with market trading function - Google Patents

Abstract

(57) [Summary] [Problem] Predicting market fluctuations from analysis of past data and world affairs to enable actual transactions from terminal devices. SOLUTION: A terminal device 1 with a market transaction function creates a moving average line from market price information received by teletext broadcasting and predicts market price fluctuations by using Granhill's law or the like (S2).
10). Similarly, by searching the received world news with a keyword, the content of the news is understood and the fluctuation of the market price is predicted. When the timing of the transaction is judged from these predictions (S220), data for the transaction is created and transmitted based on the transaction conditions previously input by the user.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a terminal device capable of receiving market-related data and provided with a transaction timing judging means for judging the timing of a market transaction based on the received market-related data.

[0002]

2. Description of the Related Art For example, market price information such as stock quotes and exchange rates are transmitted using FM character multiplex broadcasting. In this way, the market price information such as the stock market price and the exchange market price which change every moment can be easily obtained by using the terminal device capable of receiving the market price information. For example, in the stock market information, updated stock price information is broadcast several times a day.

However, it has been difficult for an amateur to grasp a large flow of stock prices from such simple stock price information and make a decision on a transaction. Therefore, the conventional terminal device has a function of, for example, creating a chart of a candlestick or the like from a stock price information and analyzing the fluctuation of the stock price in the past, and calculating an average stock price in a specific period. In addition, a terminal device having a function of automatically receiving broadcast stock market information or determining the timing of a transaction on behalf of a user has also been considered.

[0004]

However, in the conventional terminal device, actual transactions cannot be performed from the terminal device. Therefore, even if the stock price fluctuation can be predicted by the function of the terminal device, there is a possibility that the timing of the transaction is actually missed.

The present invention has been made to solve the above problems, and an object of the present invention is to provide a terminal device with a market transaction function that can actually carry out a market transaction.

[0006]

Means for Solving the Problems and Effects of the Invention
The terminal device with a market transaction function described in (1) is a terminal device capable of receiving market related data and provided with a transaction timing determining means for determining the timing of the market transaction based on the received market related data. Transaction condition input means for inputting conditions, transaction condition storage means for storing the conditions for the market transaction input by the transaction condition input means, and the transaction timing determination means for timing the market transaction. When determining, the transaction data creating means for creating the data for the market transaction based on the condition for the market transaction stored in the transaction condition storing means and the market transaction created by the transaction data creating means. Transaction data transmitting means for transmitting data for transaction.

According to the terminal device with the market trading function of the present invention, when the user inputs the conditions for trading such as transaction classification such as selling or buying, the number of trading stocks, brands, etc., the conditions are stored in the trading condition storing means. Remembered. When the transaction timing determination means determines the timing for the market transaction,
The transaction data creating means creates data for the market transaction based on the stored conditions for the transaction. After that, the transaction data transmitting means transmits the data for the market transaction.

Thus, if the conditions for the market transaction are input, the data for the market transaction is created immediately after the timing of the market transaction is judged. Then, since the data can be transmitted, the user can promptly instruct a market transaction such as a stock market from the terminal device, and the timing of the transaction will not be missed extremely.

The "quote-related data" is not only direct information such as stock market information data and foreign exchange market information data, but also fluctuations in market prices such as world news as claimed in claim 3. It also includes possible indirect information.
Further, as described in claim 2, the transaction data transmitting means may automatically transmit the data for the market transaction.

For example, in the configuration described in claim 1, it may be considered that the transaction data transmitting means transmits the data for the market transaction after waiting the confirmation of the user. Such a configuration is advantageous in that part of the transaction content, or most of the transaction content can be changed on the screen, or the transaction can be stopped.

However, when the user is not near the terminal device, if the user waits for an instruction from the user and transmits the data for the market transaction, the timing for the market transaction may be missed. On the other hand, in the configuration of claim 2,
The transaction data transmission means automatically transmits the data for the market transaction. This allows users to automatically send data for market transactions even when they are far from the terminal device, and never miss the timing of market transactions.
Very effective.

The terminal device with a market transaction function according to a third aspect of the present invention is capable of inputting a keyword, and is provided with a keyword retrieval means for retrieving market related data received by the keyword, and the transaction timing determination means further comprises:
The feature is that it is possible to determine the timing for the market transaction based on the search result of the keyword search means.

In this case, the occurrence of the event causing the market price fluctuation is promptly judged, the market price fluctuation is predicted, and the data for the market transaction is created. The method is to search for world news, which is one of the market-related data. Enter the keywords related to each of them in order to determine the occurrence of serious news that causes fluctuations in market prices such as unemployment rate, war, and earthquake. Then, the keyword search means searches the received world news teletext for whether or not there is an input keyword. As a result of the search, when it is determined that there is a keyword input in the world news at a predetermined ratio or more, it is determined that an event corresponding to the keyword has occurred, and data for market transaction is created.

This makes it possible to predict not only market fluctuations by analyzing past data as in the past, but also real-time world trends. And
Based on that prediction, quick market transactions can be realized. Further, as shown in claim 4, it may be configured to be portable.

With this, the user can grasp the fluctuation of the market price at any place where the market related data can be received. In addition, it is possible to confirm the created data for the market transaction and perform the actual market transaction.

[0016]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings. FIG. 1 is an external view of the terminal device 1 with a market trading function, and FIG. 2 is a block diagram showing its configuration. The terminal device 1 with the market trading function is PH
It is premised on S communication, and has a normal call function. In addition, this embodiment demonstrates the case where the terminal device 1 with a main market trading function is applied to a stock market price.

The terminal device 1 with a market transaction function is provided with a hinge 3 and is structured to be compactly folded in two and portable. FIG. 1A shows a folded state, and FIG. 1B shows a state opened at the time of operation. The terminal device 1 with a market transaction function has an LED 5 and an antenna 7.
LED 9, liquid crystal color display 11, speaker 13, dial key 15, function key 17, microphone 19, screen adjustment dial 21, earphone terminal 23, MOD connection terminal 25, and power switch 27. Is equipped with. In addition, the control device 29
It has.

The LED 5 is provided outside so that the user can be notified of the fluctuation of the market price even when the terminal device 1 with the market price judgment is closed. The antenna 7 has a structure that can be stored in the main body, and the antenna 7 is extended by pulling the head of the antenna 7 outward from the main body during communication to improve the reception sensitivity. The LED 9 is for notifying the user when there is a market price change or important news during use.

The liquid crystal color display 11 displays characters such as news, a graph of stock market information, a setting screen, and a trading screen. The operation status and control status are also displayed. Similar to the LED 9, the speaker 13 uses voice to notify the user of price fluctuations and important news, and also can hear the voice of the other party during a normal call. The dial key 15 is a dial key button provided on an ordinary telephone and is composed of a push-type switch.

From the function keys 17, "conditions for market transaction" can be entered. . Function key 1
Details of 7 will be described later. The microphone 19 transmits the voice of the user to the other party when the normal call function is used. The screen adjustment dial 21 is used when adjusting the screen of the liquid crystal color display, and can adjust the brightness and contrast.

The earphone terminal 23 is used when the voice from the speaker 13 is heard using the earphone. The switch of the earphone terminal is turned on when the earphone is connected to the terminal, and the switch of the speaker 13 is turned on at the same time.
It becomes FF. The MOD connection terminal 25 is for connecting and using the MOD when backing up the contents of the internal memory provided inside the main body to the MOD. The power switch 27 turns the power on and off.

FIG. 2 is a block diagram of the terminal device 1 with market price judgment, which shows a control device 29 provided inside the main body. The control device 29 includes a central processing unit 31, a memory interface 33, a memory device 35, an external storage device interface 37, a notification device 39, a transceiver 41, a modulator / demodulator 43, an input / output interface 45, and a transmission / reception device. The receiving unit 47, the operation button group 49, the display device 51,
And a display card 53.

The central processing unit 31 includes a CPU 31a and an R
It has an OM 31b and a RAM 31c. The central processing unit 31 determines the timing of the market transaction, creates data for the market transaction, transmits data for the market transaction, based on a program stored in advance.
For example, it searches the world news received with a keyword input as a condition for the market transaction, for example, a keyword that appears in news such as war or earthquake that causes fluctuations in the market price. The central processing unit 31
Is "market price judgment means", "trade data creation means",
It corresponds to “transaction data transmitting means” and “keyword search means”.

The memory device 35 corresponds to "transaction condition storage means", and stores, for example, conditions for market transactions such as a brand, a target stock price, the number of shares to be traded, conditions for trading, and classification of transactions.
The received market related data is also stored in the memory device 35. Note that the memory device 35 is a non-volatile memory device, and the stored contents are not lost when the power is cut off.
The memory device 35 stores conditions for market transactions and market related data via the memory interface 33.

The external storage interface 37 is provided to connect an external storage device 55 such as a magneto-optical disk device. The input / output interface 45 is received by the transceiver 41 from the antenna 7 and is used by the modulation / demodulation device 4
The market-related data demodulated by 3 is input, or conversely, when the transaction data transmitting means transmits the data for the market transaction, the data is output to the modulator / demodulator 43. The data for the market transaction modulated by the modulator / demodulator 43 is transmitted from the antenna 7 by the transceiver 41. The notification device 39 is connected to the input / output interface 45, and notifies the timing of the market transaction to the outside by the output from the input / output interface 45. The notification device 39 corresponds to the LED 5, the LED 9, and the speaker 13 in FIG. The operation button group 49 corresponds to the dial key 15, the function key 17, the screen adjustment dial 21 and the power switch 27 in FIG.

The transmitting / receiving unit 47 enables a normal telephone function. The display device 51 is connected via a display card 53 and displays conditions for market transactions, data for market transactions, and the like. Next, FIG.
The function key 17 will be described based on the external view of FIG. The function key 17 is mainly used when inputting conditions for market transactions or when modifying data for market transactions. The function key 17 is provided with an arrow key 71, a correction key 73, a confirmation key 75, and a transaction condition input key 65 for inputting conditions for a market transaction. The input method is performed by a selectable menu. For example, in the case of entering a stock issue, the first letter of the issue is entered. The input method is "a" to "n" on the liquid crystal color display 11.
It is conceivable that all the kana characters are displayed, the cursor is placed on one of the characters, and the confirmation key 75 is pressed. As a result, a list of stock issues starting with the entered characters is displayed. Then, one brand is selected from the list display again using the arrow keys 71 and the confirmation key 75.
When the selection is incorrect, the correction key 73 is pressed to cancel the selection. In this way, the arrow keys 71, the confirmation key 75, and the correction key 73 can be operated to perform all inputs. As a condition for the market transaction, when inputting a plurality of words related to the unemployment rate, earthquake, war, etc., that is, words appearing in the news that cause fluctuations in the market price, the same method is used. By pressing the transaction condition input key 65 for inputting the condition for the market transaction, the condition for the market transaction can be input.

Next, the manner in which the terminal device 1 with the market price judging function is used will be described with reference to the explanatory view of FIG. The user 100 can receive the information data 110 for 24 hours when using the terminal device 1 with a market transaction function and within the radio range of the information providing base 130. When the transaction data creating means of the terminal device 1 with market price judgment creates the data 120 for the market transaction, the user 100 further uses the terminal device 1 with the market transaction function to transfer the data 120 for the market transaction. The information is transmitted to the information providing base 130. After receiving the trading data, the information providing base 130 conducts actual trading through members of the stock exchange.

Next, the processing in the terminal device 1 with a market transaction function will be roughly described with reference to FIG. First, in the first step S100, market related data is received. The terminal device 1 with a market transaction function automatically and regularly receives market related data. The exchange rate data, stock prices, world news, etc., can be cited as market-related data.

Next, in S110, the market related data received in S100 is stored. This is the memory device 35
To memorize. Transaction timing determination processing is performed in S120, and keyword search processing is performed in S130. The keyword search process is a process of searching the world news or the like as market-related data with a keyword stored in the memory device 35, and as a result, predicting fluctuations in the market price and creating data for the market transaction. .

Next, the transaction timing determination process will be described with reference to the flowchart of FIG. First, in the first step S200, the market-related data stored in the memory device 35 in S110 in FIG. 5 is input. Then, the fluctuation prediction process is performed based on the input market-related data.
In the fluctuation prediction process, fluctuations in the stock market are predicted using, for example, golden cross or dead cross using a moving average line, or Granhill's law for judging from movements in the moving average line and stock prices. In S220, it is determined from the result of the processing in S210 whether it is the timing of the transaction. The determination processing in S210 and S220 will be described later. When it is determined that it is the transaction timing (S220: Y
ES) proceeds to S230 and performs transaction processing. When it is not determined that it is the timing of the transaction (S220:
NO) ends the process.

Here, the fluctuation prediction and determination of transaction timing in S210 and S220 will be specifically described. First, simple symbols will be described with reference to FIGS. 9 and 10. FIG. 9 is a special graph for showing fluctuations in stock prices called candlesticks. The terminal device 1 with a market trading function stores the stock price change in the memory device 35 by automatically and periodically receiving the stock market information as market-related data. Let s be the opening price s, the stock price at the end of the week be the closing price e, the highest stock price throughout the week be the high price h, and conversely the lowest stock price low l throughout the week, and the diagram shown in FIG. 9 can be drawn. . When the closing price e becomes higher than the opening price s, the figure is called a positive line and is shown in FIG. 9 (a). On the contrary, when the closing price e becomes lower than the opening price s, it is called a hidden line.
It shows with (b).

FIG. 10 is a diagram showing a moving average line.
The terminal device 1 with a market trading function stores the change in stock price in the memory device 35 by automatically and periodically receiving the stock market information as market related data. A moving average line is created from the change in stock price stored in the memory device 35. 13-week average, 26-week average, and 5
There are weekly average line, 6-day average line and so on. 13-week average line is 13
It is calculated by dividing the total of the weekly weekend stock price by 13, and connecting it by a line for each week. Other average lines can be created in a similar manner. The 13-week average line represents the medium-term trend of stock prices, and the 26-week average line represents the long-term trend. The 5-week average line and the 6-day average line are used as short-term trends. Further, the moving average line is averaged every week and is written on the graph, so that a continuous line is not formed. Therefore, when it is necessary to obtain the rising state of the average line by calculation, it is possible to interpolate the calculated points using an appropriate method. FIG. 10 (b) shows a continuous curve obtained by interpolating FIG. 10 (a).

Next, FIGS. 11 to 14 show a method of determining transaction timing. This is S220 in FIG. 6 described above.
This is an example of the case of making an affirmative judgment in. FIG. 11 shows a method of determining the timing of the market transaction from the candlestick. Here, we will use weekly feet. The state shown in FIG. 11A is a selling signal called window opening. At this time, you can compare the high price of last week with the low price of this week. When it is judged that the low price of this week exceeds the high price of last week, the terminal device 1 with a market trading function makes an affirmative judgment in S220.

FIG. 11 (b) is an implication of the bottom price and the ceiling, which is called the tangling line. As for the judgment method, in the case of the positive line, the high price of last week is lower than the closing price of this week and the low price of last week is higher than the opening price of this week. The low price of the above should exceed the closing price of this week. Especially in the high-priced area, the Taiyo Line Tsutsumi Line is a signal that the ceiling is close, and is a selling signal. The tsunami line of the Great Yin line in the bottom price zone is a signal that the bottom prices are close, and is a buy signal. Then, when the situation as described above occurs, the terminal device 1 with a market transaction function makes a positive determination in S220 in FIG.

FIG. 11 (c) shows a buy / sell signal called a cross line. The sell signal is a pattern in which a hidden line appears when the stock price rises. This is when the continuous curve obtained by interpolating the 5-week average line by an appropriate method is used, when the derivative of this continuous curve is greater than 0, and the opening price exceeds the closing price. The terminal device 1 makes a positive determination in S220 in FIG. The buy signal is a pattern in which a positive line appears when the stock price declines. This is when the above-mentioned derivative of the continuous curve is smaller than 0 and the opening price falls below the closing price. Similarly, the terminal device 1 with a market trading function makes an affirmative judgment in S220 in FIG.

Further, the terminal device 1 with a market price judgment function has a built-in judgment pattern (not shown). For example, it includes a signal of stock price shortage called a Harami line. At this time, a positive determination is not made in S220 in FIG. 6, but it is possible to display on the liquid crystal color display by the terminal device 1 with the market trading function.

FIG. 12 shows a method of judging the timing of market transactions from the 13-week average line and the 26-week average line. FIG.
(A) is what is called a golden cross and is used as a buying signal. This is when the 13-week average line penetrates the 26-week average line from bottom to top. When the magnitude relationship between the 13-week average and the 26-week average is reversed, the terminal device 1 with a market trading function makes an affirmative judgment in S220, and proceeds to the trading process of S230.

FIG. 12B shows what is called a dead cross, which is a selling signal. This is the 26 week average line is rising,
Or, it is the time when the 13-week average line penetrates from the top to the bottom when it is almost flat. This is judged from the magnitude relationship between the 13-week average and the 26-week average when the derivative of the continuous curve obtained by interpolating the 26-week average line by an appropriate method is larger than 0 or almost equal to 0. The terminal device 1 with a transaction function makes an affirmative determination in S220, and proceeds to the transaction processing of S230.

FIG. 13 shows a buy signal for Granhill. Here, the moving average line refers to the 26-week average line. FIG. 13 (a)
Represents the first signal, which is when the stock price exceeds this when the moving average moves down and then rises or levels off. This is based on the size relationship between the stock price and the 26-week average after the derivative of the continuous curve obtained from the 26-week average has changed from negative to positive or has become equal to almost 0 from negative The terminal device 1 is shown in FIG.
A positive determination is made in S220.

FIG. 13 (b) shows the second signal, when the stock price once falls below the 26-week average line when the 26-week average line is rising, and then immediately rebounds. This can be determined from the size relationship between the stock price and the 26-week average when the derivative of the continuous curve obtained from the 26-week average is greater than 0, and the terminal device with a market trading function 1 makes an affirmative determination in S220 in FIG. Further, the judgment of repulsion is made by comparing the derivative of the continuous curve obtained from the stock price with a certain constant, and similarly, the terminal device 1 with a market trading function makes an affirmative judgment in S220 in FIG.

FIG. 13 (c) shows the third signal, when the stock price approaches the 26-week average line when the 26-week average line is rising, and then immediately rebounds. This is 2
When the derivative of the continuous curve obtained from the 6-week average line is larger than 0, it can be judged from the magnitude relationship between the stock price and the 26-week average, and the terminal device with a market trading function 1 makes an affirmative judgment in S220 in FIG. Further, the judgment of repulsion is made by comparing the derivative of the continuous curve obtained from the stock price with a certain constant, and the terminal device 1 with a market trading function makes an affirmative judgment in S220 in FIG.

FIG. 13 (d) shows the fourth signal, which is when the 26-week average line is falling and the stock price has dropped sharply and separated from the 26-week average line. When the derivative of the continuous curve obtained from the 26-week average is smaller than 0, the minus value of the stock price is calculated, and it is judged by comparing with the value obtained from the experience so far. Makes a positive determination in S220 in FIG. It should be noted that 20 is a standard for the value of minus curve.

FIG. 14 shows a sale signal of Granhill. Here, the moving average line refers to the 26-week average line. FIG. 14 (a)
Represents the signal of the first sell, which is when the stock price falls below this while the moving average is rising or nearly flat. This is to judge the magnitude relationship between the stock price and the moving average when the derivative of the continuous curve interpolating the moving average is greater than 0 or substantially equal to 0, and the terminal device with a market trading function 1 in FIG. A positive determination is made in S220.

FIG. 14B shows the second sell signal,
This is the time when the stock price rebounded slightly above the moving average while the moving average was falling and then immediately fell back. This is because when the derivative of the continuous curve interpolating the moving average line is smaller than 0, the size relationship between the stock price and the moving average is judged, and the terminal device 1 with a market trading function is S in FIG.
An affirmative decision is made at 220. Further, the judgment of rebound or rebound is made by comparing the derivative of the continuous curve obtained by interpolating the stock price with a certain constant, and if the derivative is smaller than a certain constant, the terminal device with a market trading function 1 An affirmative decision is made in S220 of 6.

FIG. 14C shows the third sell signal,
This is the time when the stock price rebounded toward the moving average line when the moving average line was declining, and fell back without breaking above. When the derivative of the continuous curve interpolating the moving average line is smaller than 0, the size relationship between the stock price and the moving average line is judged, and the terminal device with a market trading function 1 makes an affirmative judgment in S220 in FIG. In addition, the judgment of rebound and rebound is made by comparing the derivative of the continuous curve obtained by interpolating the stock price with a certain constant,
If the value of the derivative is smaller than a certain constant,
The terminal device 1 with a market transaction function makes an affirmative judgment in S220 in FIG.

FIG. 14D shows the fourth sell signal,
This is when the stock price is above the moving average when the moving average is rising, and the stock has shown a sharp change.
Calculate Pula Skyli and compare it with what you can see from your experience. This value is said to be 30 for large stocks and 50 for small stocks. This shape is also a signal of an opportunity to buy more after the fall. When such a state occurs, the terminal device 1 with a market transaction function makes an affirmative judgment in S220 in FIG.

When the condition as in the above example is satisfied,
The terminal device 1 with a market transaction function makes an affirmative decision in S220 in FIG. 6, and proceeds to the transaction process (S230). next,
The data matching process will be described with reference to the flowchart of FIG. First, in the first step S300, market related data is input. This is performed by reading out the market-related terminal device 1 with the market transaction function, which stores the market-related data received automatically and periodically in the memory device 35. Then, the market-related data is news data that causes fluctuations in market prices as represented by global news. In S310, this data is collated by the data collating means with a plurality of keywords as conditions for the market transaction entered by the user from the function key 17.

As a result, in S320, it is determined whether or not there is a match of a predetermined level. When there is a match of a predetermined level (S330: YES), the transaction process proceeds to S330. If there is no match at the predetermined level (S330: NO), the process ends. At this time, the keywords input as conditions for the market price judgment are data that cause fluctuations in the market price such as war, earthquake, and unemployment rate. Such news can cause stock prices to plummet and exchange rates to fluctuate significantly. With regard to exchange rate fluctuations, the setting is such that when bad news is received, yen is sold, and when good news is received, yen is bought.

Next, based on the flowchart of FIG.
The transaction process will be described. First, in the first step S400, transaction data creating means creates data for a transaction. The data for this transaction is created based on the conditions for the transaction stored in the memory device 35.

At S410, it is confirmed whether or not data may be transmitted. Here, it is possible to correct the created data for the market transaction, and the user can correct the number of trading shares, for example. Then, when the user selects data transfer start from the screen (S410: Y
ES) and S420, and data transfer for the market transaction is performed. Here, if the user selects the data transfer stop on the screen (S410: NO), the process ends.

The present invention is not limited to the above-described embodiment, and can be implemented in various forms without departing from the gist of the invention. For example, in the above-described embodiment, the example is applied to the determination of the stock market and the transaction, but it may be applied to the exchange market and the bond transaction. For example, in the case of exchange rates, the exchange rate is constantly monitored, and when the target rate is reached, it is possible to make a transaction, or
As described above, it is also possible to search the world news and predict fluctuations in the exchange rate.

[Brief description of drawings]

FIG. 1 is an external view of a terminal device with a market transaction function according to the present embodiment.

FIG. 2 is a block diagram of a terminal device with a market transaction function according to the present embodiment.

FIG. 3 is an external view of a function key 17.

FIG. 4 is a schematic diagram of a market transaction using the terminal device with a market transaction function of the present embodiment.

FIG. 5 is a flowchart showing main processing of a terminal device with a market transaction function.

FIG. 6 is a flowchart showing a transaction timing determination process.

FIG. 7 is a flowchart showing a data matching process.

FIG. 8 is a flowchart showing a transaction process.

FIG. 9 is an explanatory view of a candlestick, (a) shows a positive line, and (b) shows a hidden line.

FIG. 10 is a graph showing a moving average line.

FIG. 11A is an explanatory diagram showing window opening,
(B) is an explanatory view showing a slash line, and (c) is an explanatory view showing a strike line.

12A is a diagram showing a golden cross, and FIG. 12B is a diagram showing a dead cross.

FIG. 13 is a graph showing a buying signal of Granhill.

FIG. 14 is a graph showing a sell signal of Granhill.

[Explanation of symbols]

 1 ... Terminal device with market transaction function 5 ... LED 7 ... Antenna 9 ... LED 11 ... Liquid crystal color display 13 ... Speaker 15 ... Dial key 17 ... Function key 29 ... Control device 31 ... Central processing unit 33 ... Memory interface 35 ... Memory device 39 ... Notification device 41 ... Transceiver 43 ... Modulation / demodulation device 45 ... Input / output interface 49 ... Operation button group 51 ... Display device 53 ... Display card 65 ... Transaction condition input key 71 ... Arrow key 73 ... Correction key 75 ... Confirmation key 100 ... User 110 ... Information data 120 ... Market transaction data 130 ... Information base

Claims (4)

[Claims] 1. A terminal device capable of receiving market-related data and having a transaction timing determining means for determining the timing of market transaction based on the received market-related data, wherein a transaction for inputting conditions for market transaction is entered. Condition input means, a transaction condition storage means for storing the condition for the market transaction input by the transaction condition input means, and the transaction condition storage when the transaction timing determination means determines the timing of the market transaction Transaction data creating means for creating data for the market transaction based on the conditions for the market transaction stored in the means, and transaction data for transmitting the data for the market transaction created by the transaction data creating means. A terminal device with a market transaction function, comprising: a transmission means. 2. The terminal device with a market transaction function according to claim 1, wherein the transaction data transmission means automatically transmits data for a market transaction. 3. A keyword input means is provided, which is capable of inputting a keyword, and which searches the received market-related data by the keyword, wherein the transaction timing determination means further includes a market transaction based on a search result of the keyword search means. The terminal device with a market transaction function according to claim 1 or 2, which is capable of determining the timing for. 4. The terminal device with a market transaction function according to claim 1, 2 or 3, which is a portable type configured to be portable.