JPH064038A - Information flow display - Google Patents

Abstract

PURPOSE:To surely grasp information by changing the stop, restart, and speed of a flow of display information as necessary. CONSTITUTION:A flow display is made normally at a basic flow speed and when a key 72 of a remote controller 7 is pressed once, an interruption signal is sent out to the CPU 40 of a reception part 80 to interrupt a read of a video memory 43, so that the display enters a still state. The key 72 is pressed again and a read of the contents of the video memory 43 which are one bit ahead is restarted and one-bit shifting operation is restarted, so that the display returns to the original flow display state.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an information flow display device for displaying information such as stock prices and bond prices online in a circulating manner by using fluid characters.

[0002]

2. Description of the Related Art FIG. 25 shows the configuration of a conventional information flow display device which displays information such as stock prices and bond prices and is called a ticker board. In FIG. 25, the host computer 1 is connected to the communication line 2, and the communication line 2 is connected to the modem 3. The modem 3 is connected to the display unit 4 and is supplied with the demodulated signal.

The display unit 4 contains a CPU 40, a program memory 41, a code memory 42, a video memory 43, a character generator (CG) 44, a data shift register 45, an LED display element 46 and the like.

FIG. 26 shows the detailed structure of the display unit 4. Although only the circuit corresponding to 2 bits of the shift register is shown in FIG. 26, the gates, drivers, LEDs, etc. are actually connected corresponding to all the bits of the shift register.

Next, the operation of the above-mentioned conventional configuration will be described. The CPU 40 is supplied with information from the host computer 1 through the communication line 2 under the control of the program stored in the program memory 41, and stores this information in the code memory 42, organized by brand.

Next, the operation of this conventional information flow display device will be described. In FIG. 26, the CPU 40 executes the control program stored in the program memory 41, converts the code information into a bit pattern by the character generator 44, and stores the bit pattern in the video memory 43.

Further, the CPU 40 controls the writing to the P / S (serial / parallel) converter 51 by reading from the video memory 43. The contents are shifted by 1 bit by hardware and supplied to the data shift register 45,
The driver 47 corresponding to each bit drives the LED 46 and blinks according to the data to display.

[0008] Here, the information is displayed in flowing characters like lightning news, but this flowing speed is determined in advance by the operation of the device or software, and the time interval (cycle) for shifting by 1 bit is one. It is stored in the memory 41 as a constant. The CPU 40 constantly monitors the elapse of this time interval by the built-in timer, and when it elapses, the CPU 40
The numeral 40 reads the contents from the video memory 43 one bit ahead and displays them on the LED 46 in the same manner as above. By repeating this operation, the characters are displayed on the display as flowing characters.

In such a conventional information flow display device, since one display section 4 can be used in a circulating manner with various kinds of information, various kinds of information are displayed, and cost and space can be saved.

[0010]

However, in the above-described conventional information flow display device, since the flow display is automatically performed at a certain speed, it cannot be stopped and the display information disappears in an instant. Also, you cannot directly find the stock you want to see. Since it is a circular display, you need to wait until the information you want to see is displayed. Furthermore, the speed is constant, the color is single, the display character size, shape, and display position are also constant. Therefore, the information cannot be confirmed slowly and the information confirmation is delayed. Furthermore, it is difficult to confirm the new value of stocks and bonds, and their fluctuations,
There was a problem that it was difficult to understand the situation of price drops.

The present invention solves the problems in the prior art as described above, and stops the flow of information, restarts it, and changes the speed as necessary, so that the information can be reliably grasped and new information is obtained. It is an object of the present invention to provide an excellent information flow display device that can promptly display information, reduce delay in information confirmation, easily confirm changes in information, and can easily grasp the situation.

[0012]

In order to achieve the above-mentioned object, the information flow display device of the present invention corresponds to claim 1, and a display means for displaying information of characters and symbols, and a display means. Display control means for controlling the flow or stillness of the display information at, and a remotely operated or integrally configured operation means for performing an operation of stopping or resuming the flow or static display of the information at the display control means at any time. It is a configuration provided with.

According to the second aspect, display means for displaying character and symbol information, display control means for controlling the flow or standstill of the display information on the display means, and information for the display control means. Stop the flow or static display at any time,
The remote control or integrated operation means for performing the restart operation and the flow display speed setting change means for changing the flow speed of the flow display to high speed or low speed for each key operation on the operation means are provided.

According to a third aspect of the present invention, display means for displaying character and symbol information, display control means for controlling the flow or standstill of the display information on the display means, and display information in the display control means. Stop or stop the flow or rest at any time,
A remote operation type or an integrally configured operation means for performing a restart operation, and a flow display speed setting change means for setting and changing the flow speed of the flow display to high speed or low speed by continuously pressing a key operation on the operation means are provided. It is a composition.

According to a fourth aspect, display means for displaying character and symbol information, display control means for controlling the flow or standstill of the display information on the display means, and display information in the display control means. Stop or stop the flow or rest at any time,
Remote operation type or integrated operation means for performing restart operation, and information name initial letter designation fluidized display control for fluidizing display by designating desired information code or initial letter of information name by key operation on operation means And a means.

Corresponding to claim 5, display means for displaying information of characters and symbols, display control means for controlling flow or stop of display information on the display means, and new information content on the display means. It is configured to include a blinking flow display control means for performing a flow display while blinking only one.

Corresponding to claim 6, display means for displaying information of characters and symbols, display control means for controlling the flow or standstill of the display information on the display means, and the previous information. The display brightness change control means is configured to control the display means to change the display brightness of only the changed information content this time.

According to claim 7, display means for displaying information of characters and symbols, display control means for controlling the flow or standstill of the display information on the display means, and the previous information The configuration includes a reverse display control means for performing control to reversely display only the changed information content this time.

Corresponding to claim 8, display means for displaying information of characters and symbols, display control means for controlling the flow or stop of the display information on the display means, and the previous information The configuration includes a reverse display control unit that controls the display unit to change the flow velocity of only the changed information content this time.

Corresponding to claim 9, display means for displaying character and symbol information, display control means for controlling the flow or standstill of the display information on the display means, and the previous information The display character size change control means for controlling the display character and the symbol of the current information displayed by the changed display means is displayed.

According to the tenth aspect, display means for displaying character and symbol information, display control means for controlling the flow or stop of the display information on the display means, and the previous information The display character shape / type change control unit is configured to perform control to change and display the shape and type of the display character only for the current information content displayed by the changed display unit.

Corresponding to claim 11, display means for displaying information of characters and symbols, display control means for controlling the flow or standstill of the display information on the display means, and a change from the previous information. The display character color change control means for controlling the display characters and symbols of only the information content of this time displayed by the display means is changed.

According to the twelfth aspect, display means for displaying information of characters and symbols, display control means for controlling the flow or standstill of the display information on the display means, and the previous information The information display order change control means is configured to change the display order of only the information content of this time displayed by the changed display means.

According to the thirteenth aspect, display means for displaying character and symbol information, display control means for controlling the flow or standstill of the display information on the display means, and the previous information The information display cycle change control means is configured to change the display cycle of only the current information content displayed by the changed display means and display the information at a high frequency.

According to the fourteenth aspect, a display means for displaying information of characters and symbols, which comprises a plurality of display sections,
The display control means for controlling the flow or stop of the display information on the display means, and the display section for displaying only the information content of this time changed from the previous information of the control means for displaying the previous information of the display means. And a display unit step change control means for controlling the display on the unit.

According to the fifteenth aspect, display means for displaying information of characters and symbols, which comprises a plurality of stages of display portions,
It is a configuration including a display control means for controlling the flow or stillness of the display information on the display means, and a sound output control means for controlling the sound output only when the current information changed from the previous information is generated. .

In accordance with the sixteenth aspect, a display means for displaying information of characters and symbols, which comprises a plurality of display sections,
Display control means for controlling the flow or stillness of the display information on the display means, and sound output change control means for controlling the output by changing the number of times only when the current information changed from the previous information is generated. And a configuration including.

According to the seventeenth aspect, there is provided display means for displaying information of characters and symbols, the display means having a plurality of stages of display portions,
Display control means for controlling the flow or static of the display information on the display means, and acoustic frequency change control means for controlling the acoustic output by changing the frequency only when the current information changed from the previous information is generated. It is the structure provided with.

Corresponding to claim 18, display means for displaying information of characters and symbols, display control means for controlling the flow or standstill of the display information on the display means, and previous information The information display color change control means is provided for controlling the display color of the information characters and symbols on the display means only when the price of the information changes this time.
Corresponding to claim 19, display means for displaying information of characters and symbols, which is provided with a strip-shaped display portion above and / or below the information display portion, and control of flow or standstill of display information on the display means And a lighting control means for controlling lighting of the upper and / or lower strip-shaped display portions of the display means when the price in the current information fluctuates with respect to the previous information.

According to the twentieth aspect, a plurality of display means for displaying information of characters and symbols, a display control means for controlling the flow or standstill of the display information on the display means, and an increase in information. The name classification display control means for displaying the price name, the falling price name in the information, and the unchanged price name on a plurality of display means is displayed.

[0031]

With such a structure, the information flow display device of the present invention corresponds to claim 1, and is a remote operation for performing an operation of stopping or resuming the flow or static display of information in the display control means at an arbitrary time. Alternatively, the scanning means is integrally configured.

According to the second aspect, the flow speed of the flow display is set to high speed or low speed for each key operation on the operation means.

According to the third aspect, the flow speed of the flow display is set to a high speed or a low speed by continuously pressing the key operation of the operation means.

In accordance with the fourth aspect, the desired information code or the initials of the information name are designated by the key operation of the operation means and displayed in a fluidized manner.

According to the fifth aspect of the present invention, the display is controlled so that only the new information contents are blinked while the new information contents are blinked.

According to the sixth aspect, the display is performed by changing the display brightness of only the information content of this time, which is changed with respect to the information of the previous time.

In accordance with the seventh aspect, control is performed so that only the information content of this time, which has changed with respect to the information of the previous time, is inverted and displayed.

According to the eighth aspect, control is performed to change and display the flow velocity of only the information content of this time, which is changed with respect to the information of the previous time.

According to the ninth aspect, control is performed such that the display characters and symbols of the current information displayed by the display means changed from the previous information are changed in size.

In accordance with the tenth aspect, control is performed to change the shape and type of the display character of only the information content of this time displayed by the display means changed from the previous information.

In accordance with the eleventh aspect, control is performed to change the color of the display characters and symbols of only the information content of this time displayed by the display means changed from the previous information.

According to the twelfth aspect of the present invention, control is performed such that the display order of only the information content of this time displayed by the display means changed from the information of the previous time is changed and displayed.

According to the thirteenth aspect, the control is performed such that the display cycle of only the information content of this time displayed by the display means changed from the information of the previous time is changed and displayed at high frequency.

According to the fourteenth aspect, control is performed to display only the information content of this time changed from the information of the previous time on a display section of a stage different from the display section for displaying the previous information of the display control means.

According to the fifteenth aspect, control is performed to output the sound only when the current information changed from the previous information is generated.

According to the sixteenth aspect, control is performed to change the number of times and output the sound only when the current information that has changed from the previous information is generated.

According to the seventeenth aspect, control is performed such that the frequency is changed and the sound is output only when the current information changed from the previous information is generated.

According to the eighteenth aspect, control is performed to change the display color of the characters and symbols of the information on the display means only when the price in the current information fluctuates with respect to the previous information.

In accordance with the nineteenth aspect, control is performed to turn on the strip-shaped display section above and / or below the display means when the price in the current information fluctuates with respect to the previous information.

According to claim 20, the name of the rising price in the information, the name of the falling price in the information, and the name of the unchanged price are displayed separately on a plurality of display means. To do.

[0051]

Embodiments of the information flow display device of the present invention will be described in detail below with reference to the drawings.

In the following text, in the drawings, the same components as those in the previous FIGS. 25 and 26 are designated by the same reference numerals. Further, here, a case will be described in which information such as stock prices and bond prices is supplied online and is displayed in a circulating manner using liquid characters.

First, the first embodiment will be described. The first embodiment corresponds to claim 1. In the first embodiment, the flow can be stopped and started at an arbitrary time by a key of a remote controller or an integrated controller, so that the displayed contents can be easily confirmed.

FIG. 1 shows the configuration of the first embodiment.
In FIG. 1, the display unit 4 is provided with a receiving unit 80.
In addition, the remote control remote controller 7 includes a transmitter 7
1, a key 72 is provided. Upon receiving the signal from the transmitter, the receiver 80 sends an interrupt signal to the CPU 40.

Next, the operation of the configuration of the first embodiment will be described. In the configuration of the first embodiment, the flow display is normally made at the basic flow velocity, but the key 72
When is pressed once, the signal is transmitted from the transmission unit 71 to the reception unit 80 of the display unit 4 by wireless transmission of light, ultrasonic waves, or the like or wired transmission. When the receiving unit 80 receives this, C
An interrupt signal is sent to the PU 40. With this interrupt signal, the CPU 40 stops the normal flow display and controls by the program so as to maintain the current display state.
That is, the reading from the video memory 43 is interrupted,
Next, by waiting for the key 72 in the remote controller 7 to be pressed, the 1-bit shift operation is stopped. Therefore, the display is stationary.

As a result, the operator can check the display information with sufficient time. When this confirmation is completed and the operator presses the key 72 again, this signal is transmitted from the transmission unit 71 to the reception unit 80 of the display unit 4 by wireless transmission of light, ultrasonic waves, or the like or wire transmission. The receiving unit 80
When this is received, an interrupt signal is sent to the CPU 40. By this interrupt signal, the CPU 40 resumes the stopped flow display and performs program control so as to return to the normal flow display. That is, the reading of the contents one bit ahead on the video memory 43 is restarted, the operation of 1-bit shift is restarted, and the original fluidized display state is restored.

By performing the key operation in this way, the flow of the display can be arbitrarily stopped and restarted.

In the first embodiment, the receiving unit 80 to C
Although the interrupt signal is transmitted to the PU 40, the CPU 40 may sense the status signal instead of the interrupt. Further, not only the program control by the CPU 40, but a part or the whole may be processed by the circuit configuration. Further, a switch or a key may be provided in a part of the display unit 4 without using the remote controller 7. In this case, at the time of operation, a person goes to the installation place of the display unit 4 to perform the operation. Further, although the LED is used as the display element in the description, other types of light emitting elements may be used.

Next, a second embodiment will be described. The second embodiment corresponds to claim 2. In the configuration of the second embodiment, the flow velocity can be set to a high speed or a low speed by a key of a remote controller or an integrated controller.

FIG. 2 shows the configuration of the second embodiment.
In FIG. 2, the display unit 4 is provided with a receiving unit 80, and the remote controller 7 for remote control is provided with a transmitting unit 71 and a key 72. Upon receiving the signal from the transmitter, the receiver 80 sends an interrupt signal to the CPU 40. Further, as the bid shift cycle, for example, two constants of a first (high speed) and a second (low speed) are stored in the memory.

Next, the operation of the configuration of the second embodiment will be described. Usually a first flow rate, eg,
The flow is displayed at high speed. That is, the control is performed using the first constant as the bit shift period. When the key 72 is pressed once here, the signal is transmitted from the transmitter 71 by wireless or wired transmission of light, ultrasonic waves, etc.
Is transmitted to the receiving unit 80. Upon receiving this, the receiving unit 80 sends an interrupt signal to the CPU 40. This interrupt signal causes the CPU 40 to perform program control,
The 1-bit shift cycle is changed from the first constant to the second constant. That is, the display changes from a first flow rate (eg, high speed) to a second flow rate (eg, low speed).

Therefore, the display is changed from the high-speed flow state to the low-speed flow state, and the operator can check the display information for a sufficient time.

After this confirmation is completed, the operator presses the key 7
By pressing the button 2 once again, the signal is transmitted from the transmitting unit 71 to the receiving unit 80 of the display unit 4 by wireless or wired transmission of light, ultrasonic waves, etc., similarly to the above. Upon receiving this, the receiving unit 80 sends an interrupt signal to the CPU 40. In response to this interrupt signal, the CPU 40 returns the 1-bit shift cycle from the second constant to the first constant and returns from the second flow speed to the first flow display under program control. That is, it returns to the first high-speed flow display state.

By performing the key operation in this way, it becomes possible to arbitrarily slow down or speed up the flow rate of the display.

Thus, in the second embodiment, since the display can be confirmed while flowing at a low speed, it is convenient to confirm the order of a plurality of brands.

In the second embodiment, the case where the interrupt signal is sent from the receiving unit 80 to the CPU 40 has been described, but the CPU 40 may sense a status signal instead of the interrupt. Further, although the processing is executed under the program control of the CPU 40, a part or the whole may be processed by the circuit. Furthermore, the remote controller 7
Instead of using, the terminal controller 3 or a part of the display unit 4 may be provided with a switch or a key that operates in the same manner. In this case, a person goes to the terminal controller 3 or the display unit 4 to perform the operation. Further, instead of the LED, another type of light emitting element may be used. Furthermore, although two high and low speeds are exemplified, three or more speeds may be used. In addition, the receiving unit 8
Although 0 is provided in the display unit 4, it may be provided in the terminal controller 3.
In this case, the terminal controller 3 sends a command or signal for changing the flow velocity to the display unit 4.

Next, a third embodiment will be described. The third embodiment corresponds to claim 3. In the configuration of the third embodiment, the flow velocity can be set to the high speed or the low velocity by the key of the remote controller or the integrated controller.

The overall structure of the third embodiment is similar to that of FIG. 1, and the operation of the third embodiment will be described next.

Usually, the flow is displayed at the first flow speed, for example, a high speed. That is, the control is performed using the first constant as the bit shift period. When the key 72 is pressed here, the signal is transmitted from the transmission unit 71 by wireless transmission means such as light or ultrasonic waves or by wired transmission to the reception unit 8 of the display unit 4.
0 is transmitted. When the receiving unit 80 receives this, the CP
Send an interrupt signal to U40. By this interrupt signal, the 1-bit shift cycle is changed from the first constant to the second constant under the program control of the CPU 40. That is, the display is from the first flow rate (eg, high speed)
Change to a second flow rate (eg, slow).

Therefore, the display is changed from the high speed flowing state to the low speed flowing state. Moreover, the CPU 40 is program-controlled so as to maintain the second flow velocity as long as the key depression state signal continues.

As described above, if the operator keeps pressing the key, the display information can be confirmed for a sufficient time. Next, when the confirmation is completed and the key 72 is no longer pressed, a status signal is transmitted from the transmission unit 71 to the reception unit 8 of the display unit 4.
It is not transmitted to 0. The CPU 40 detects this state and, by program control, returns the 1-bit shift cycle from the second constant to the first constant and from the second flow velocity to the first flow display. That is, it returns to the first high-speed flow display state.

As described above, the flow velocity changes only while the key is pressed, which is convenient when switching is frequently performed in a short time.

In the third embodiment, the interrupt signal is sent from the receiving unit 80 to the CPU 40, but the CPU 40 may sense the status signal instead of the interrupt. Further, part or all of the program control of the CPU 40 may be processed by the circuit configuration. Further, a switch or a key may be provided on a part of the terminal controller 3 or the display unit 4 without using the remote controller 7. In this case, a person goes to the terminal controller 3 or the display unit 4 to perform the operation. Further, as the display element, another type of light emitting element may be used instead of the LED. Also, although two high and low speeds are exemplified, three or more speeds may be used. Furthermore, as shown in FIG. 2, the terminal controller 3 and the display unit 4 may be separated. In this case, the receiving unit 80 is provided in the display unit 4, but it may be provided in the terminal controller 3. At this time, a command or signal for changing the flow velocity is sent from the terminal controller 3 to the display unit 4.

Next, a fourth embodiment will be described. The fourth embodiment corresponds to claim 4. In the configuration of the fourth embodiment, the code of the desired display brand or the initial letter of the brand name can be designated by the key of the remote or integrated controller in the flow display type display device, and the information of the brand can be directly displayed. This eliminates the need to wait until the desired brand is supplied.

The overall construction of the fourth embodiment is similar to that of FIG. 1. In FIG. 1, the display unit 4 is provided with a receiving unit 80. Further, the remote control remote controller 7 is provided with a transmitter 71 and a key 72. The key is configured so that the brand code (number) or brand name (Japanese syllabary or alphabet) can be designated.

Upon receiving the signal from the transmitter, the receiver 80 sends an interrupt signal to the CPU 40. Further, a display table 60 is provided in the memory 42. Figure 3
The contents of the display table 60 are shown, and a stock code storage area, a stock name storage area for each stock to be displayed,
It has a price information storage area. Further, on the display table 60, the respective brands are usually arranged in the order of display. This is usually in the ascending order of the issue codes, that is, in the ascending order, and this example will be described, but it can be easily realized in other cases.

Next, the operation of the fourth embodiment will be described. First, an embodiment in the case of designating by a brand code will be described. Normally, the information of the brands is read one by one and displayed according to the arrangement order of the display table 60, that is, the order of the brand codes. When the operator presses the key 72 and inputs the brand code at a certain point, the signal is transmitted from the transmitting unit 71 to the receiving unit 80 of the display unit 4 by wireless transmission of light, ultrasonic waves or the like or wired transmission.

When the receiving section 80 receives this, the CPU 4
Send an interrupt signal to 0. In response to this interrupt signal, the CPU 40 executes program control to read the input code, searches the display table 60 for the corresponding code, and when found, displays the price information of that brand.

Here, when the corresponding code is searched on the display table 60, the table is in code order, and the CPU 4
It can be easily processed by 0 program control. Therefore, it is possible to immediately display the information of the code issue entered at any time.

Next, the case of designating the initials of the brand name will be described. Here, a name table 61 is provided. FIG. 4 shows the contents of the name table 61. In the name table 61, a brand name area and a code area are provided, and the brand names are arranged in order in the table.

Normally, the information of the brands is read one by one according to the arrangement order of the display table 60, that is, the order of the brand codes, and the information is displayed.

At some point, when the operator presses the key 72 to input the brand name, the signal is transmitted from the transmitting section 71 to the receiving section 80 of the display section 4 by wireless transmission of light, ultrasonic waves or the like or wire transmission. To be done. When the receiving unit 80 receives this, C
An interrupt signal is sent to the PU 40. In response to this interrupt signal, the CPU 40 reads the entered brand name under program control, searches for the corresponding name on the name table 61, and when it finds it, it obtains the brand code corresponding to that brand. Further, when this brand code is searched and found on the display table 60, the price information of the brand is displayed.

Here, in the search for the corresponding name on the name table 61, the table is in the order of the table, and the CPU 4
It can be easily realized by the program processing of 0. The same applies to the ABC order instead of the AIUEO order. Therefore, it becomes possible to immediately display the information of the brand name input at any time.

As described above, in the fourth embodiment, when the brand code or the brand name to be displayed is input at any point of the cyclic display, the information of the brand is displayed immediately, so that the user wants to see it. You don't have to wait until the information comes out,
It is a device with good responsiveness and easy to use. The status signal may be monitored instead of the interrupt. Further, even when the display table is not in code order, it is easy to search for the designated code. In this case, it is possible to reduce the search time by providing a table that associates the codes with the display order. Further, the display table 60 and the name table 61 may be unified.

Next, a fifth embodiment will be described. The fifth embodiment corresponds to claim 5. In the configuration of the fifth embodiment, information such as the name and price of a brand with a new value is displayed while blinking on the display device of the fluid display type to facilitate the identification of the brand with a new value. .

The overall structure of the fifth embodiment is similar to that of FIG. 1, and in FIG. 1, a display table is provided in the memory 42.

FIG. 5 shows the contents of the display table 60. The display table 60 has a price information storage area and a new value flag area to be displayed for each issue to be displayed.

Further, as shown in FIG. 6, the display unit 4 has a data shift register 45, an LED 46, and a driver 4
7, AND gate 49a, NAND 49b, resistor 5
0, blink control flip-flop 52, blink control shift register 53, and blink timer 54 are provided. Gate 49
The output of the data shift register 45 and the output of the gate 49b are connected to the input of a. The input of the gate 49b is the output of the blink control shift register 53 and the blink timer 5
4 outputs are connected. The output of the blink control flip-flop 52 is connected to the input of the blink control shift register,
The blinking control flip-flop 52 can be set to 1 or 0 by the CPU 40 at an arbitrary timing.
The blinking timer 54 constantly repeats 1 and 0 in a blinking cycle such as 0.5 second on and 0.5 second off.

Although only the circuit for one bit of the shift register is shown in FIG. 6, the gate, driver, LED, etc. are actually connected corresponding to all the bits of the shift register. In this case, the flashing control flip-flop 52, the flashing control shift register 53, the flashing timer 54 and the like may be provided in only one set.

Next, the operation of the structure of the fifth embodiment will be described. Prior to the start of the transaction, the new value flags and flashing control flip-flops 52 of all the brands in the display table 60 of FIG. 5 are reset to 0. Then, when the control unit is supplied with the stock price information from the exchange and analyzes the content of the electronic message and determines that the price information is new, the CPU 40 sets the new value flag of the corresponding issue in the display table 60 to 1.

The CPU 40 sequentially reads the contents of the display table 60 for each brand and writes the contents in the data shift register 45. Further, the output is the driver 4
The LED 46 is driven by 7 to display the contents of the table 60.

When the new flag of the brand read out here is 0, the CPU 40 judges that the new flag is 0, and the blink control flip-flop 52 remains 0. Therefore, the content of the blink control shift register 53 becomes 0, the output of the NAND gate 49b becomes 1, and 49a is permitted. Therefore, if the bit of the data shift register 45 is 1, the driver 47 operates and the LED 46 lights up.

When the new flag of the read brand is 1,
As a result of the determination, the CPU 40 sets the blinking control flip-flop 52 to 1. By this setting, 1 is written in the blink control shift register 53, and this is shifted in synchronization with the data shift register 45. Therefore, as shown in FIG. 7, only the bit corresponding to the brand information to be displayed this time has the output of the blink control shift register 53 being 1, and the output of the timer 54 and the N at the gate 49b.
ANDed, the output of the data shift register 45 is prohibited at 49a according to the timer period, and the driver 4
7 is turned on and off, and the display of the LED 46 blinks. When the writing of the relevant brand data into the data shift register 45 is completed, the CPU 40 causes the blink control flip-flop 5 to operate.
Reset 2 to 0. Further, when the next issue is displayed, if the new value flag of the display table 60 for this issue is 0, the blinking control flip-flop 52 is also kept at 0, and the display portion 4 minutes of this issue does not blink and continues. When the new value flag is 1, it is displayed in a lit state and is also displayed while blinking.

In this way, it is possible to display a blinking expression in the case of a brand with a new price and to display a floating display while continuously lighting other brands.

Next, a sixth embodiment will be described. The sixth embodiment corresponds to claim 6. In the configuration of the sixth embodiment, the information such as the name and price of the brand with a new value is displayed by changing the display brightness with respect to the information of the brand that does not change from the previous time, and the brand with the new price is displayed. It is easy to identify. The overall configuration of the sixth embodiment is similar to that of FIG. 1, and in FIG. 1, the display table 60 shown in FIG. 5 is provided in the memory 42. The display table 60 has a price information storage area to be displayed and a new value flag for each issue to be displayed. Further, as shown in FIG. 8, the display unit 4 has a data shift register 45, an LED 46, drivers 47a and 47b, an AND gate 49, and a resistor 50.
a, 50b, a high brightness control flip-flop 52, and a high brightness control shift register 53 are provided. The input of the gate 49 is connected to the output of the data shift register 45 and the output of the high brightness control shift register 53. The output of the high brightness control flip-flop 52 is connected to the input of the high brightness control shift register 53, and the high brightness control flip-flop 52 can be set to 1 or 0 by the CPU 40 at any timing.

Next, the operation of the structure of the sixth embodiment will be described. Prior to the start of the transaction, the new value flags and high-intensity control flip-flops 52 of all the brands in the display table 60 of FIG. 5 are reset to 0. Then, when the control unit is supplied with the new stock price information from the exchange and analyzes the content of the electronic message and determines that it is the new price information, the CPU 40 sets the new value flag of the corresponding stock in the display table 60 to 1.

The CPU 40 sequentially reads the contents of the display table 60 for each brand and writes the contents in the data shift register 45, and the output thereof is the driver 4.
The LED 46 is driven by 7a and 47b to display the contents of the display table 60.

When the new flag of the brand read out here is 0, the high brightness control flip-flop 52 remains 0 as a result of the judgment by the CPU 40. Therefore AND
Since the gate 49 is prohibited and the driver 47b does not operate, the drive current of the LED 46 is supplied only by the driver 47a. In this case, if the power supply voltage is E, the current I
Is approximately I = E / R1, and the LED 46 is a low-luminance display.

When the new flag of the read brand is 1,
As a result of the determination by the CPU 40, the high brightness control flip-flop 52 is set to 1. 5th by this set
In this case, the high-intensity control shift register 53 is used as in the embodiment.
1 is written into the data shift register 45 and the data is shifted in synchronization with the display data in the data shift register 45.

As a result, the gate 49 is permitted, and the driver 47b operates in addition to the driver 47a.
The drive current of 46 increases because it is the total current of the two drivers 47a and 47b. This rate of increase can be freely set by the value of the resistor 50. In this case, L
The ED 46 has a high brightness display.

Data shift register 4 for relevant brand data
When the writing to 5 is completed, the CPU 40 resets the high-intensity control flip-flop 52 to 0.

Further, when the next brand is displayed, if the new value flag of the display table 60 is 0, the high brightness control flip-flop 52 is written with 0 in the same manner as above to display the low brightness. Further, if the new value flag of the display table 60 is 1, the high brightness control flip-flop 52 is similarly set.
By writing 1 to, high-luminance display is performed.

In this way, the display brightness can be changed depending on whether the brand is a new value brand or not. In addition, in the sixth embodiment, the processing is performed by the program control of the CPU 40.
A part or the whole may be processed by the circuit configuration. Also, LE
Instead of D, another type of light emitting element may be used.

Next, a seventh embodiment will be described. The seventh embodiment corresponds to claim 7. In the configuration of the seventh embodiment, the information such as the name and price of the brand with the new value is displayed by inverting the display dot with respect to the brand information having no change from the previous time, and the new value is added. It makes it easy to identify the brand.

The overall construction of the seventh embodiment is similar to that of FIG. 1, and in FIG. 1, the display table 60 shown in FIG. 5 is provided in the memory 42. The display table 60 has a price information storage area to be displayed and a new value flag for each issue to be displayed. Further, as shown in FIG. 9, the display unit 4 has a data shift register 45, an LED 4
6, driver 47, AND / OR gate 49a, inverter 49b, resistor 50, inversion control flip-flop 5
2. An inversion control shift register 53 is provided. The output of the data shift register 45 and the output of the inversion control shift register 53 are connected to the input of the gate (49), and depending on the output of the inversion control shift register 53 being 0 or 1, the output of the data shift register 45 or its inversion. I am trying to select the output. The output of the inversion control flip-flop 52 is connected to the input of the inversion control shift register 53. The inversion control flip-flop 52 is CP
U40 can be set to 1 or 0 at any timing.

The inverted output of the data shift register 45, as shown in FIG.
May be output from the positive output through the inverter 49b, or if the data shift register 45 has an inverted output, the data may be output from here. In the seventh embodiment, at the start of trading, the new value flag of the previous issue and the inversion control flip-flop 52 in the display table 60 of FIG. 5 are reset to zero. Then, when the CPU 40 is supplied with the new stock price information from the exchange and analyzes the content of the electronic message and determines that it is the new price information, the CPU 40 sets the new value flag of the corresponding issue in the display table 60 to 1. The CPU 40 sequentially reads the contents of the display table 60 one by one for each brand,
The data is written in the data shift register 45, and the output thereof drives the LED 46 by the driver 47, and the contents of the display table 60 are displayed.

When the new value flag of the brand read out here is 0, the CPU 40 judges that it has left the inversion control flip-flop 52 at 0. Therefore, the output of the inversion control shift register 53 becomes zero. Therefore, in the gate 49a, the gate 49a (1) on the side to which the inverted output of the inversion control shift register 53 is connected is permitted, and the positive output of the data shift register 45 is permitted, so that each dot is displayed with the original brightness. . That is, the dot of data 1 is turned on, and the dot of data 0 is not turned on. Next, when the new value flag of the displayed issue is 1, the CPU
40 sets the inversion control flip-flop 52 to 1. 1 is written in the high brightness control shift register 53,
This is shifted in synchronization with the display data in the data shift register 45. Therefore, the gate 49a (2)
In, the inversion signal of the data shift register 45 is permitted and the dot which is 1 is turned on. That is, in the output of the data shift register 45, the dot of data 1 does not light, but the dot of data 0 lights. Therefore, the reverse display is performed.

In this way, the normal display and the reverse display can be changed depending on whether or not the brand is a new price brand.

In the seventh embodiment, the CPU 40
Although the processing is performed by the program control described above, some or all of the processing may be performed by the circuit configuration. Other types of light emitting elements may be used instead of the LEDs.

Next, an eighth embodiment will be described. The sixth embodiment corresponds to claim 8. In the structure of the eighth embodiment, the information such as the name and price of a brand with a new value is displayed by changing the flow speed with respect to the information of the brand that does not change from the previous time, and the brand with the new price is displayed. Makes it easy to identify.

The overall construction of the eighth embodiment is similar to that of FIG. 1, and in FIG. 1, the display table 60 shown in FIG. 5 is provided in the memory 42. The display table 60 has a price information storage area to be displayed and a new value flag for each issue to be displayed. Further, the memory 41 is provided with a timer area for storing two bit shift period constants.

Next, the operation of the structure of the eighth embodiment will be described. Before the transaction starts, the new value flag of the previous issue in the display table 60 of FIG. 5 is reset to 0. In addition, in the initial state, the flow display uses the first constant as the bit shift period. For example, this is a fast flow display. Then, when the control unit is supplied with the new stock price information from the exchange and analyzes the content of the electronic message and determines that it is the new price information, the CPU 40 sets the new value flag of the corresponding stock in the display table 60 to 1. The CPU 40 sequentially reads the contents of the display table 60 one by one, and writes the contents in the data shift register 45. Further, the output drives the LED 46 by the driver 47, and the contents of the display table 60 are displayed. If the new value flag of the brand read here is 0, the CPU 40 determines that the new value flag is 0, and as a result, the first constant is used as the bit shift period and the value is not changed from the conventional value. Therefore, the flow display is performed at the first flow speed, for example, the high speed. Next, when the flag of the display brand is 1, the CPU 40 changes the 1-bit shift cycle from the first constant to the second constant by program control. That is, the displayed flow velocity changes from the first flow velocity to the second flow velocity (for example, low speed). Therefore, the display changes from a fast flowing state to a slow flowing state. This allows the operator to clearly identify the brand with the new price.

Further, when the next brand is displayed, if the new value flag of the display table 60 is 0, the same high speed display is performed, and if it is 1, the same low speed display is performed. In this way, it becomes possible to slow down or speed up the flow speed of the display depending on whether it is a new price stock or not.

Although the processing is performed by the program control of the CPU 40 in the eighth embodiment, a part or the whole may be processed by the circuit configuration. Further, instead of the LED, another type of light emitting element may be used.

Next, a ninth embodiment will be described. The ninth embodiment corresponds to claim 9. In the ninth embodiment, information such as the name and price of a brand with a new value is added to the other brand information that has not changed from the previous time, and the dimensions such as the height and width of the displayed characters are set. It is changed and displayed to make it easy to identify stocks with new prices.

The ninth embodiment is similar to that of FIG. 1, and in FIG. 1, the display table 60 shown in FIG. 5 is provided in the code memory 42. The display table 60 has a price information storage area to be displayed and a new value flag for each issue to be displayed.

As shown in FIG. 10, the display unit 4 has a code memory 42, a video memory 43, a character generator (C
G) 44, data shift register 45, LED 46,
A driver 47, a gate 49, a resistor 50, a double angle control flip-flop 52, and a P / S converter 51 are provided. P / is applied to the data input SIN of the data shift register 45.
The serial output of the S converter 51 is input, and the output of the gate 49 is input to the shift clock input T2.
A clock pulse of frequency f is input to the shift clock input T1 of the P / S converter 51, and the parallel LOA
A DLOAD signal is separately input to the D input. Gate 4
The output of the double angle control flip-flop 52 is input to the input of 9, and f or 2f is selected as the shift clock T2 of the data shift register 45 depending on whether the output is 0 or 1. Double angle control flip-flop 5
2 can be set to 1 or 0 at any timing by the CPU 40.

Next, the operation of the structure of the ninth embodiment will be described. Prior to the start of trading, the new value flags and double angle control flip-flops 52 of all the brands in the display table 60 of FIG. 5 are reset to zero. Then, the CPU 40 is supplied with the new stock price information from the exchange and analyzes the content of the electronic message,
When it is determined that the price information is new, the CPU 40 sets the new value flag of the corresponding issue in the display table 60 to 1.

The CPU 40 sequentially reads the contents of the display table 60 one by one for each brand, and uses a character font corresponding to each character code as a dot image in the character generator (C
G) Read out from 44 and store the dot image in the video memory 43.

After that, the CPU 40 reads the data 8 bits at a time in parallel, loads it to the P / S converter 51, reads it serially, and writes it in the data shift register 45. Further, its output is sent to the LED 47 by the driver 47.
46 is driven to display the contents of the table 60.

When the new value flag of the brand read out here is 0, the CPU 40 judges that it has left the double angle control flip-flop 52 as 0. Therefore, the output of the double angle control flip-flop 52 becomes 0, and the gate 4
9, the f clock is permitted, and the shift clock T2 of the data shift register 45 becomes f. Therefore, since the P / S converter 51 and the data shift register 45 perform the shift operation at the same frequency f, 1 bit of data corresponds to 1 dot of the display as shown in FIG. Will be displayed.

Next, when the new value flag of the read display issue is 1, the CPU 40 causes the double angle control flip-flop 52
Set to 1. Therefore, the output of the double angle control flip-flop 52 becomes 1, the 2f clock is permitted in the gate 49, and the shift clock T2 of the data shift register 45 is 2f, that is, twice the shift clock T1 of the P / S converter 51. Because of the speed, one bit of data output of the P / S converter 51 corresponds to two bits in the content of the data shift register 45 as shown in FIG. That is, 1 bit of data corresponds to 2 dots on the display, and the width of the character is doubled as compared with the case of normal display. In an actual character font, the number of dots in the horizontal direction is doubled as shown in FIG. Also, the width of a character can be tripled or more by the same method.

As described above, the width of the character can be changed depending on whether the display target is the new value brand. Further, although the change in the width of the character has been described, the change in the vertical drive frequency is also applied to the change in the vertical dimension.

In this way, the character size can be changed depending on whether or not it is a new value brand.

Next, a tenth embodiment will be described. In addition,
This tenth embodiment corresponds to claim 10. This first
In the example of 0, the information such as the name and price of the brand with a new value is displayed by changing the shape (font) of the displayed character with respect to the information of the brand that does not change from the previous time, and the new value is added. It is easy to identify the stocks

The overall construction of the tenth embodiment is similar to that of FIG. 1, and in FIG. 1, the display table 60 shown in FIG. 5 is provided in the memory 42. The display table 60 has a price information storage area to be displayed and a new value flag for each issue to be displayed. Further, as shown in FIG. 13, the display unit 4 includes a data shift register 45, an LED.
46, driver 47, gate 49, resistor 50, font control flip-flop 52 and two character generators 44.
a and 44b are provided. These two character generators 44
As a and 44b, for example, a combination of fonts such as Mincho font and Gothic font, or fonts with thin line width and font with thick line width, which are easily distinguishable from each other, is used. Further, the font control flip-flop can be set to 1 or 0 by the CPU 40 at an arbitrary timing.

Before the start of trading, the new value flags of all the issues in the display table 60 of FIG. 5 are reset to zero. And CP
When U40 is supplied with the new stock price information from the exchange and analyzes the content of the electronic message and determines that it is the new price information, C
The PU 40 sets the new value flag of the relevant issue in the display table 60 to 1.

Next, the operation of the structure of the tenth embodiment will be described. CPU 40 is a display table 60
The contents are sequentially read one by one for each brand, the character font corresponding to each character code is read as a dot image from the character generator (CG) 44a or 44b, and the dot image is expanded and stored in the video memory 43.
After that, the CPU 40 reads this in parallel 8 bits at a time, loads it to the P / S converter 51, reads it serially, and writes it to the data shift register 45. Further, the output drives the LED 46 by the driver 47 to display the contents of the table 60.

When the new value flag of the brand read out here is 0, the CPU 40 judges this, and as a result, the character generator 4
Select 4a. Therefore, the display data is displayed in the first character shape (font). When the new value flag of the brand read here is 1, the CPU 40 causes the character generator 44
Select b. Therefore, the display data is displayed in the second character shape (font).

In this way, one of the two character generators 44a and 44b is selected depending on whether the displayed brand is a new value brand, and the character shape can be changed.

Next, an eleventh embodiment will be described. In addition,
This eleventh embodiment corresponds to claim 11. This first
In the first embodiment, the information such as the name and price of the brand with a new value is displayed by changing the color of the display character for the information of the brand that does not change from the previous time, and the information of the brand with the new price is displayed. It makes identification easy.

The overall structure of the eleventh embodiment is the same as that of FIG. 1, and in FIG. 1, the display table 60 shown in FIG. 5 is provided in the memory 42. The display table 60 has a price information storage area to be displayed and a new value flag for each issue to be displayed. As shown in FIG. 14, the display unit 4 has a data shift register 45 and a green LE.
D46a, red LED 46b, drivers 47a, 47
b, gates 49a and 49b, a resistor 50, a character color control flip-flop 52, and a character color control shift register 53 are provided. LED display 1 dot is green LED 46
It is assumed to be composed of two types of chips, a and a red LED 46b.

The output of the character color control shift register 53 is connected to the input of the gate 49 so that either 0 or 1 selects either green or red as a display color by driving the drivers 47a and 47b corresponding to each color. I have to.

The output of the character color control flip-flop 52 is connected to the character color control shift register 53, and the character color control flip-flop 52 can be set to 1 or 0 by the CPU 40 at any timing.

The contents of the character color control shift register 53 are shifted in synchronization with the display data in the data shift register 45.

The operation of the eleventh embodiment will be described below. Prior to the start of the transaction, the new value flags and the character color control flip-flops 52 of all the brands in the display table 60 of FIG. 5 are reset to zero. And CPU4
When 0 is supplied with the new stock price information from the exchange and analyzes the contents of the electronic message and determines that the price information is new, the CPU
40 sets the new value flag of the relevant issue in the display table 60 to 1.

The CPU 40 sequentially reads the contents of the display table 60 one by one for each brand and writes the contents in the data shift register 45, and the output thereof drives the LED by the driver to display the contents of the table.

When the new value flag of the brand read out here is 0, the CPU 40 judges that the new value flag is 0, and the character color control flip-flop 52 remains 0. Therefore, the content of the character color control shift register 53 becomes 0, the gate 49a to which the inverted signal is connected is permitted, and the driver 47a is selected, so that, for example, the green LED 46a is turned on. If the new value flag of the brand read next is 1, the CPU 40 sets the character color control flip-flop 52 to 1
Set to. Therefore, the content of the character color control shift register 53 becomes 1 in synchronization with the display data, the gate 49b to which the output signal is connected is enabled, and the driver 4
Since 7b is selected, for example, the red LED 46b lights up.

In this way, the color of the displayed character can be changed by selecting the LED that emits different colors depending on whether the displayed brand is the new value brand.

The time for changing the color may be only once at the first time when it is newly supplied, or may be changed a certain number of times or for a certain time after being newly supplied. Moreover, you may make it switchable. There are also some possible timings for resetting the new value flag.

Next, a twelfth embodiment will be described. In addition,
This twelfth embodiment corresponds to claim 12. This first
In the second embodiment, information such as the name and price of a brand with a new value is displayed by changing the display order with respect to other brand information that has not changed from the previous time, thereby displaying the new price. Information of brands with a mark can be identified quickly.
The overall configuration of the twelfth embodiment is similar to that of FIG. 1, and in FIG. 1, a display table 60 shown in FIG. 15 is provided in the memory 42. The display table 60 has a price information storage area to be displayed and a new value flag for each issue to be displayed. Further, a priority display table 61 shown in FIG. 16 is provided. Like the display table 60, the priority display table 61 has areas for brand code, brand name, and price information. Next, the operation of the structure of the twelfth embodiment will be described.

Before the start of trading, the new value flags of all issues in the display table 60 of FIG. 15 are reset to 0, and the contents of the priority display table 61 of FIG. 16 are cleared.

The CPU 40 determines the brand to be displayed.
First, it is checked whether or not there is a brand registered in the priority display table 61, and if there is no brand, one of the contents of the display table 60 is read and written in the data shift register 45. Further, the output is displayed by driving the LED by the driver. That is, unless the brands registered in the priority display table 61 occur, they are displayed in the order shown in the display table 60.

Next, for example, when the CPU 40 is supplied with the new stock price information from the exchange while displaying the Nth stock on the table and analyzes the content of the electronic message, and determines that the price information is new, the CPU 40 Updates the price data of the relevant issue in the display table 60, sets the new value flag to 1, and writes information such as issue code, issue name, and price in the priority display table 61. Then, the display of the brand currently in display operation is completed, and it is checked whether or not there is a brand registered in the priority display table 61 in the next brand search.
Since there is a brand registered this time, the brand to be displayed next is not the N + 1th brand in the display table 60, but the brand registered in the priority display table 61 this time. The brand name, price, etc. of this brand are read out and written in the data shift register 45 to be displayed. Therefore, the brand with the new price is displayed in order of priority.

When this display ends, the brand is deleted from the priority display table 61, and the next display brand search is carried out. During this priority display, if the CPU 40 further determines that new stock price information from the exchange is supplied and a new value is attached, the CPU 40 writes information such as brand name and price in the priority display table 61 in the same manner as above. This issue will be displayed next. A plurality of brands may be registered in the priority display table 61. On the contrary, if there is no supply, there is no registered brand in the priority display table 61, and the CPU 40 returns to the display table 60 again to read and display the N + 1th brand.

In this way, at the time of supplying a new value brand,
The brand can be displayed preferentially, and when there is no supply, the brand can be displayed according to a predetermined order of the display table 60. Therefore, new information can be displayed quickly without delay. In the twelfth embodiment, the CPU 40
Although the processing is performed by the program control of, part or all may be processed by the circuit configuration.

Next, a thirteenth embodiment will be described. In addition,
This thirteenth embodiment corresponds to claim 13. This first
In the third embodiment, information such as the name and price of a brand with a new value is displayed by changing the display cycle with respect to the brand information having no change from the previous time. That is,
It is displayed with a high display frequency for the purpose of making it easy to identify when a new-value brand is supplied.

In the thirteenth embodiment, for example, the information of 300 brands in total is cyclically displayed, and once the new price brand is supplied, it is displayed once, and then the other 10 brands are displayed and then displayed again. The case of repeating the operation is described as an example.

The overall structure of the thirteenth embodiment is similar to that of FIG. 1, and in FIG. 1, the display table 60 shown in FIG. 15 is provided in the memory 42. This display table 60
Has a price information storage area and a new value flag to be displayed for each issue to be displayed. Also, display table 6
As in the case of 0, a priority display table 61 having the area for the brand code, brand name, and price information shown in FIG. 16 is provided.

Further, as shown in FIG. 17, the display counter 6
2. A priority display counter 63 is provided. The display counter 62 counts from 1 to a maximum of 10 with an initial value of 0. The priority display counter 63 counts from 1 to a maximum of 3 with an initial value of 20.

Next, the operation of the structure of the thirteenth embodiment will be described. Before the transaction starts,
The new value flags of all the brands in the display table 60 of FIG. 17 are reset to 0, and the priority display table 61 and the display counter 6 are displayed.
2. The priority display counter 63 is cleared.

The CPU 40 determines the display brand by
First, looking at whether or not there is a brand registered in the priority display table 61, one of the contents of the display table 60 is read and written in the data shift register 45,
Further, the output is displayed by driving the LED by the driver. That is, unless the brand registered in the priority display table 61 is generated, the display is performed in the order shown in the display table 60.

Next, the CPU 40, for example, N on the table.
When the new stock price information is supplied from the exchange while displaying the th issue and the content of the electronic message is analyzed and it is determined that the price information is new, the CPU 40 updates the price data of the issue in the display table 60, The new value flag is set to 1, and information such as the brand code, brand name, and price is written in the priority display table 61. Then, the display of the brand currently in display operation ends, and the priority display table 6 is displayed in the next brand search.
Going to see if there is a brand registered in No. 1, there is a brand registered this time, and the brand to be displayed next is registered in the priority display table 61 this time without being the N + 1th brand in the display table 60. It is a brand. The brand name, price, etc. of this brand are read, and the data shift register 45
Write to and display. Therefore, the brand with the new price is displayed in order of priority. When this display ends, the priority display counter 63 is incremented by one, and the display table 60 is moved to the next display stock search.
Are displayed in order from the N + 1th issue. Then, the display counter 62 is incremented every time one brand display is performed in accordance with the order of the display table 60, and is reset at the time when it reaches 10. Next, the new price brand is displayed for the second time and the priority is given. The display counter 63 is incremented by one.

After repeating this processing a total of three times, the new value brand is deleted from the priority display table 61 and the display counter 62 and the priority display counter 63 are cleared.

In this way, when a new-value brand is supplied, it is displayed once, then the other 10 brands are displayed, and then displayed again, and this is repeated three times in total.

During this priority display, when the CPU 40 further determines that the new stock price information from the exchange has been supplied and a new value has been attached, the CPU 40 adds information such as the brand name and the price to the priority display table 61. However, this brand will be the next priority display target.

If there is no next supply, the priority display table 61
The registered brands disappear, and the CPU 40 again reads one of the contents of the display table 60 and displays it.

In this way, when a new-value brand is supplied, that brand can be displayed with priority, and can be displayed more frequently than once, not only once, but also as other brands. If not, a predetermined display table 60
You will be able to display in the order of.

Although the thirteenth embodiment has been described with respect to the case where the new-value brand is displayed again as a display interval for each brand, this interval can be set arbitrarily, and, for example, can be consecutively set a plurality of times. You may display it.

Next, a fourteenth embodiment will be described. In addition,
This fourteenth embodiment corresponds to claim 14. This first
In the fourth embodiment, by providing a plurality of display units and displaying the information such as the name and price of the brand with the new value at a position different from that of the other brand information that has not changed from the previous time, the new value is displayed. We make it easy to identify the brands with a mark.

The overall structure of the fourteenth embodiment is similar to that shown in FIG. In FIG. 25, the code memory 4
2 is provided with a display table 60 shown in FIG. The display table 60 has a price information storage area to be displayed and a new value flag for each issue to be displayed. Further, as shown in FIG. 18, a code memory 42,
A video memory 43 and a character generator (CG) 44 are provided,
Furthermore, two indicators 53a and 53b are provided, and LED4
6a, 46b, drivers 47a, 47b, gate 49
a, 49b, resistor 50, position control flip-flop 5
2. A P / S converter 51 is provided. Two indicators 53
a shift register 44a for data corresponding to a, 53b,
45b are provided, and gates 4 are provided for their data inputs SIN.
The serial output of the P / S converter 51 is connected through 9a and 49b.

The outputs of the position control flip-flops 52 are connected to the inputs of the gates 49a and 49b, and the output of the P / S converter 51 depends on which of the data shift registers 45a and 45b, depending on whether the output is 0 or 1. To switch to input. Therefore, the upper stage or the lower stage is selected as the display position. As the two display positions, for example,
New price issues are placed in the upper row, and other items are placed in the lower row.

Further, the position control flip-flop 52 is C
The PU 40 can be set to 1 or 0 at any timing.

Next, the operation of the structure of the fourteenth embodiment will be described. Prior to the start of trading, the new value flags and position control flip-flops 52 of all the stocks in the display table 60 of FIG. 5 are reset to zero. When the CPU 40 receives the new stock price information from the exchange, it analyzes the content of the electronic message and determines that the price information is new, the CPU 4
0 is set to the new value flag 1 of the relevant issue in the display table 60.

The CPU 40 sequentially reads the contents of the display table 60 one by one for each brand and writes the contents in the data shift register 45. Further, the output drives the LEDs by the driver to display the contents of the table.

When the new value flag of the brand read out here is 0, the CPU 40 judges that it has left the position control flip-flop 52 at 0. Therefore, Q *
The gate 49a to which the output is connected is permitted, the output of the P / S converter 51 is input to the data shift register 45a, and as a result, the display unit 53a is selected, so that the display data is displayed in the lower row.

Next, when the new value flag of the read-out brand is 1, the CPU 40 judges that it has set the position control flip-flop 52 to 1. Therefore, the gate 49b to which the Q output is connected is enabled, the output of the P / S converter 51 is input to the data shift register 45b, and as a result, the display unit 53b is selected, so that the display data is displayed in the upper stage. To be done.

In this way, one of the upper and lower display portions is selected depending on whether the displayed brand is a new price brand, and the display position can be changed.
It is easy to identify the brand with the new price.

Next, a fifteenth embodiment will be described. In addition,
This fifteenth embodiment corresponds to claim 15. This first
In the fifth embodiment, when information such as the name and price of a brand with a new price is supplied, a sound that can be identified by listening to a buzzer, chime, melody, etc. is generated.

The overall structure of the fifteenth embodiment is similar to that shown in FIG. In FIG. 25, in the memory 42
The display table 60 shown in FIG. The display table 60 has a price information storage area to be displayed and a new value flag for each issue to be displayed. Further, as shown in FIG. 19, the data shift register 4 is displayed on the display unit 4.
5, the LED 46, the driver 47, and the sound generator 52 are provided.

The sound generator 52 generates a sound such as a buzzer or chime once each time a command from the CPU 40 is received. An example is shown in FIG.

In FIG. 20, the sound generator 52 includes a mono-multi (MM) 151 that determines a sound generation duration, an oscillator (OSC) 152 that generates sound, a gate 153, an amplifier (AMP) 154, a speaker or a buzzer 155. Become. The oscillator 152 is always oscillating, but its output is allowed to go to the amplifier 154 only when the output of the monomulti 151 is 1 by the gate 153.

When one pulse is input from the CPU 40 to the monomulti 151, the output of the oscillator 152 is permitted at the gate 153 for a fixed time determined by the time constant of the monomulti, for example, 1 second or 2 seconds, and the amplifier is amplified. Speaker or buzzer 1 after being amplified to the required power by 154
It is generated as an actual sound from 55.

Next, the operation of the structure of the fifteenth embodiment will be described. Prior to the start of trading, the new value flags of all the issues in the display table 60 of FIG. 5 are reset to zero. Then, when the CPU 40 is supplied with the new stock price information from the exchange and analyzes the content of the electronic message and determines that it is the new price information, the CPU 40 sets the new value flag of the corresponding stock in the display table 60 to 1.

The CPU 40 sequentially reads the contents of the display table 60 one by one and writes the contents in the data shift register 45, and the output thereof drives the LED by the driver to display the contents of the table.

When the new value flag of the brand read out here is 0, the CPU 40 judges as a result, and as a result, the sound generator 5
No sound is generated because no command is issued to No.2. Next, when the new value flag of the read brand is 1, the CPU 40 issues a command to the sound generator 52 once. Therefore, the buzzer or chime sound is generated once.

In this way, a buzzer or chime sound is displayed when displaying a new-value brand, and no sound is displayed when displaying other brands, so that the person does not always pay attention to the display surface. Can also be judged by listening to the fact that the new value has been attached, so it is only necessary to confirm with this listening and then pay attention to the board display surface.

Therefore, it becomes possible to know the movement of the market while performing other work, and the work efficiency is improved.

Next, a sixteenth embodiment will be described. In addition,
This sixteenth embodiment corresponds to claim 16. This first
In the sixth embodiment, when information such as the name and price of a brand with a new price is supplied, a sound that can be identified by listening to a buzzer, a chime, etc. is generated, and the price rises compared to the previous day. The number of times the sound is generated changes depending on the fall.

The overall construction of the 16th embodiment is similar to that shown in FIG. In FIG. 25, the control unit is provided with a new value brand determination part, and the display table 60 shown in FIG. 5 is provided in the memory. The display table 60 has a price information storage area, a new price flag, a closing price area on the previous day, and an increase / decrease area on the previous day, which should be displayed for each issue to be displayed. The previous day's closing price is stored in the previous day's closing price area, and the CPU 40 stores this new price information in the price information storage area each time new price information for today is supplied.
At the same time as writing 1 to the new value flag, the previous day's closing price is compared with the size, and if today is greater than the previous day, for example, 2 is written, if it is decreased, 1 is written, and if it is “no change”, 0 is written in the increase / decrease area compared to the previous day. Further, as shown in FIG. 10, the display unit 4 is provided with a data shift register 45, an LED 46, a driver 47, a gate 49, a resistor 50, and a sound generator 52. The sound generator 52 generates a sound such as a buzzer or a chime once each time it receives a command from the CPU 40, and can generate the sound with a conventional configuration, which is the same as the fifteenth embodiment.

Next, the operation of the structure of the sixteenth embodiment will be described. Prior to the start of trading, the new value flags of all the issues in the display table 60 of FIG. 5 are reset to zero. When the stock price information is supplied from the exchange and the CPU 40 analyzes the electronic content of the stock price information to determine that the price information is new price information, the control unit sets the new value flag of the stock in the display table 60 to 1. Programmatically control to do so.

The CPU 40 sequentially reads the contents of the display table 60 one by one and writes the contents in the data shift register 45, and the output drives the LED through the driver to display the contents of the table.

When the new value flag of the brand read out here is 0, the CPU 40 judges that the new value flag is 0, and as a result, the sound generator 5
No command is issued to 2. Therefore, no sound is generated.

When the new value flag of the read-out brand is 1, the CPU 40 refers to the increase / decrease area compared to the previous day, and when the content is 2, that is, the price increase, the sound generator 52.
Command is sent three times to generate a buzzer or chime sound three times. If the content is 1, that is, if the price has dropped, the sound generator 52 is instructed twice. Therefore,
Buzzer or chime sound is generated twice. Content is 0,
That is, in the case of "no change", the command is issued once to the sound generator 52, and the buzzer or chime sound is generated once.

In this way, the sound of the buzzer or the chime is generated when displaying the new value brand, and the sound is increased three times when the increase compared with the previous day, twice when the decrease is made, and the sound is changed when it does not change. Since it occurs only once, the price increase and decrease can be easily determined only by listening to the person. Also, when a brand other than the new value is displayed, no sound is generated, so it is possible to judge by hearing the new value even if the person is not paying attention to the display surface at all times. It will be good if you pay attention.

Therefore, it becomes possible to know the market fluctuation while continuing other work, and the work efficiency is improved.
Note that the increase / decrease compared to the previous day and the number of sounds may be different. Further, the same processing can be performed in the case of comparison with the latest price instead of the increase / decrease of the previous day.

Next, a seventeenth embodiment will be described. In addition,
This seventeenth embodiment corresponds to claim 17. This first
In the seventh embodiment, when information such as the name and price of a brand with a new price is supplied, a sound that can be identified by listening to a buzzer, a chime, etc. is generated, and the price of the price is changed compared to the previous day. The frequency of the sound is changed by going up and down.

The overall structure of the seventeenth embodiment is similar to that shown in FIG. In FIG. 25, the control unit is provided with a new value brand determination part, and the display table 60 shown in FIG. 5 is provided in the memory. The display table 60 has a price information storage area, a new price flag, a closing price area on the previous day, and an increase / decrease area on the previous day, which should be displayed for each issue to be displayed. The previous day's closing price is stored in the previous day's closing price area, and the CPU 40 stores this new price information in the price information storage area each time new price information for today is supplied.
At the same time that 1 is written in the new value flag, the previous day's closing price is compared with the size, and if today is greater than the previous day, for example, 2 is written, if it is decreased, 1 is written, and if it is "no change", 0 is written in the increase / decrease area compared to the previous day.

As shown in FIG. 19, the display unit 4 has a data shift register 45, an LED 46, a driver 4
7, a gate 49, a resistor 50, and a sound generator 52 capable of generating three kinds of sounds having different frequencies. As shown in FIG. 21, the sound generator 52 includes three types of oscillators 152a (treble), 152b (medium tone), and 15
2c (bass) and corresponding mono multi (MM)
151a, 151b, 152c, gates 153a, 15
3b and 153c are provided, and three types of sounds having different frequencies are generated depending on which mono-multi (MM) 151a, 151b, and 152c the CPU 40 selects. The selection method of the mono-multi (MM) 151a, 151b, 152c is performed by changing the conventional IO address.

Next, the operation of the structure of the seventeenth embodiment will be described. Prior to the start of trading, the new value flags of all issues in the display table 60 of FIG. 5 are reset to zero. Then, the stock price information is supplied from the exchange to the control unit, and when the CPU 40 analyzes the electronic message contents and determines that the price information is new price information, the program is executed to set the new value flag of the corresponding stock in the display table 60 to 1. Execute control.

The CPU 40 sequentially reads the contents of the display table 60 one by one and writes them in the data shift register 45, and outputs the output to the L level by the driver.
The ED is driven to display the table contents.

When the new value flag of the brand read out here is 0, the CPU 40 judges that the new value flag is 0, and as a result, the sound generator 5
No command is sent to 2. Therefore, no sound is generated. If the new value flag of the next read issue is 1, then CP
U40 refers to the increase / decrease area compared to the previous day, and if the content is 2, that is, if the price increases, the monomulti 15 of the sound generator 52
A command is sent once to 1a to generate a high tone with a buzzer or chime.

If the content is 1, that is, if the price drops, a command is sent once to the monomulti 151b to generate a middle tone of a buzzer or a chime. Alternatively, if the content is 0, that is, “no change”, the mono-multi 151
A command is sent to c once to generate a low tone of a buzzer or a chime.

In this way, a buzzer or chime sound is generated when a new value brand is displayed, and a high tone is generated when the price is increased from the previous day, a middle tone is generated when the price is decreased, and a low tone is generated when there is no change. Therefore, the price increase and decrease can be easily found only by listening. Also, when a brand other than the new price is displayed, no sound is generated, so even if a person does not always pay attention to the display surface, it can be judged only by listening that the new price has been attached. It is good to pay attention to the board display surface. Therefore, it becomes possible to know the market fluctuation while continuing other work, and the work efficiency is improved.

Note that the increase / decrease compared to the previous day and the sound may be treated differently. Further, the same processing can be performed in the case of comparison with the latest price instead of the increase / decrease of the previous day.

Next, an eighteenth embodiment will be described. In addition,
This eighteenth embodiment corresponds to claim 18. This first
In the eighth embodiment, the display color is changed depending on the price increase / decrease compared to the previous day, thereby making it easy to identify the price fluctuation.

The overall structure of the eighteenth embodiment is similar to that shown in FIG. In FIG. 25, the display table 60 shown in FIG. 5 is provided in the memory 42. This display table 60 has a price information storage area to be displayed, a closing price area on the previous day, and an increase / decrease area on the previous day for each issue to be displayed.

The previous day's closing price area stores the previous day's closing price, and the CPU 40 stores this new price information in the price information storing area every time the new price information of today is supplied. If today is increased from the previous day, for example, 2, if decreased, 1 is written; if not changed, 0 is written in the increase / decrease area compared to the previous day.

Further, as shown in FIG. 22, the display unit 4 has a data shift register 45, a green LED 46a, and a red L.
ED 46b, drivers 47a and 47b, AND gate 4
9a and 49b, a resistor 50, and character color control flip-flops 52a and 52b are provided. One dot of the LED display is composed of a two-color chip of a green LED 46a and a red LED 46b, and a current is passed through one of the chips to display in green, red, or a composite orange color.

The outputs of the character color control flip-flops 52a and 52b are connected to the inputs of the AND gates 49a and 49b, and the driver 47 corresponding to each color is either 0 or 1.
a and 47b are selected. The character color control flip-flop can be set to 1 or 0 at any timing by the CPU 40.

Next, the operation of the structure of the eighteenth embodiment will be described. CPU 40 is a display table 60
The contents are sequentially read one by one for each brand and written in the data shift register 45. This output drives the LED through the driver to display the contents of the table. At this time, the CPU 40 refers to the increase / decrease area compared with the previous day, and if the contents are 2, that is, the price increases, the character color control flip-flop 52a is set to 1. The character color control flip-flop 52b remains set to 0. As a result, since the gate 49a and the driver 47a are permitted, only the green LED 46a is turned on and the display color becomes green.

When the content of the increase / decrease area compared to the previous day is 1, that is, when the price drops, the character color control flip-flop 52
b is set to 1, and the character color control flip-flop 52a is left at 0. As a result, since the gate 49b and the driver 47b are permitted, only the red LED 46b is turned on and the display color is green.

When the content of the area for increasing / decreasing from the previous day is 0, that is, when it does not change, the CPU 40 sets 1 for both the character color control flip-flops 52a and 52b. As a result, both the gates 49a, 49b drivers 47a, 47b are enabled and the green LED 46a and the red LED 46b are enabled.
Both are lit, and the display color is the combined orange color.

In this way, the display character color is changed by selecting LEDs having different light emission colors, such as red if the price to be displayed increases from the previous day, red if it decreases, and orange if it does not change. You can Therefore, the increase or decrease in price can be seen at a glance. It should be noted that any combination of increase / decrease compared to the previous day and correspondence of colors may be used.

The same processing can be performed by providing an area for storing the latest price even when comparing with the latest price instead of the increase / decrease compared to the previous day.

Next, a nineteenth embodiment will be described. In addition,
This nineteenth embodiment corresponds to claim 19. This first
In the ninth embodiment, the price fluctuation is easily identified by lighting the upper side or the lower side of the strip-shaped display portions provided above and below the data display portion depending on whether the price is rising or falling.

The overall structure of the nineteenth embodiment is similar to that shown in FIG. In FIG. 25, the display table 60 shown in FIG. 5 is provided in the memory 42. The display table 60 has a price information storage area to be displayed, a closing price area on the previous day, and an increase / decrease area on the previous day for each issue to be displayed.

The previous day's closing price area stores the previous day's closing price of each stock. Whenever the CPU 40 receives today's new price information, this new price information is stored in the price information storing area. If today is increased from the previous day, for example, 2, if decreased, 1 is written; if not changed, 0 is written in the increase / decrease area compared to the previous day.

Further, as shown in FIG. 23, the data display portion 59 is provided on the display portion 4, and the strip-shaped display portions 55a (upper) are provided above and below the data display portion 59, respectively.
55b (bottom) is provided. The data display 59 is an LED
46, a driver 47, a gate 49, and a resistor 50, but the configuration is the same as that shown in FIG.

Further, the strip-shaped display portion is formed by arranging display elements each having one dot or a plurality of dots in the vertical direction in the same number as the number of dots in the data display portion 59 in the horizontal direction. While it is necessary to do, it suffices if it can simply blink. Furthermore, the lights may be lit in different colors.

Bar display unit drivers 57a and 57b (not shown) and bar display shift registers 56a and 56b are connected to the band-shaped display units 55a and 55b, and the dots of the band-shaped display units 55a and 55b are connected to each other. The dot corresponding to each bit of the display shift registers 56a and 56b is configured to light up. Therefore, the lighting position is selected depending on which of the upper and lower bar display shift registers the data is written to. Further, the bar display shift registers 56a and 56b are designed so that the CPU 40 can write data at arbitrary timing.

By turning on one of the band-shaped display portions 55a and 55b, a price increase or a price decrease is displayed. For example, the combination may be such that the price increase is in the upper stage, the price decrease is in the lower stage, and there is no change, the upper and lower sides are not lit.

Next, the operation of the structure of the nineteenth embodiment will be described. CPU 40 is a display table 60
The contents are sequentially read one by one for each brand and written in the data shift register 45. With this output, the LED is driven through the driver to display the contents of the table on the data display unit 59. At that time, the CPU 40 refers to the increase / decrease area compared to the previous day, and if the content is 2, that is, the price increases, for the bar display. Write 1 to the shift register 56a. Since this one signal is shifted in synchronization with the display data in the data shift register 45, the data display unit 5
The upper strip-shaped display portion 55a lights up in accordance with the flow of data on 9 to display the upper value of this brand. If the content of the increase / decrease area compared to the previous day is 1, that is, if the price has decreased, 1 is written in the bar display shift register 56b. As a result, similarly, the lower strip-shaped display portion 55b is turned on in synchronization with the display data, and the lower price of the brand is displayed. Further, if the content of the increase / decrease area compared to the previous day is 0, 1 is not written in any of the bar display shift registers. As a result, the upper and lower band-shaped display portions do not light up, and it is displayed that the brand is “no change”.

In this way, if the price to be displayed increases from the previous day, the upper strip-shaped display portion lights up, and if it decreases, the lower strip-shaped display portion lights up,
In addition, if the price does not change, neither of them lights up, and the lighting position changes, so that the price fluctuation can be easily determined.

The correspondence between the increase and decrease from the previous day and the lighting position is not limited. Further, the same processing can be performed by providing the area for storing the latest price even when comparing with the latest price instead of the increase / decrease compared to the previous day.

Next, a twentieth embodiment will be described. In addition,
This twentieth embodiment corresponds to claim 20. This second
In the embodiment of No. 0, a plurality of display units are provided, and the brand whose price is rising displays the information such as its name and price in the first display position, and the brand whose price is falling is displayed in the second display position. indicate. In addition, the brand that does not change is displayed at the third display position.

The overall structure of the twentieth embodiment is similar to that shown in FIG. 25. In FIG. 25, the display table 60 shown in FIG. This display table 60 has a price information storage area to be displayed, a closing price area on the previous day, and an increase / decrease area on the previous day for each issue to be displayed.

The previous day's closing price area stores the previous day's closing price of each issue. Whenever the new price information of today is supplied, the CPU 40 stores the new price information in the price information storage area and at the same time sets the previous day's closing price and the size. Compare, if today is more than yesterday, for example, 2, decrease 1; 0 if "no change"
Is written in the increase / decrease area compared to the previous day.

As shown in FIG. 24, the data display portions 53a (upper row), 53b (middle row), 53c (lower row) are shown.
Is provided.

Each data display section has an LED 46, L
Although it is composed of the ED driver 47, the gate 49, and the resistor 50, it is similar to the structure shown in FIG. In addition, each data display section 53a, 53b, 53
Data shift registers 45a, 45b, and
Since the output of 45c is connected to display the contents of each data shift register, the display position is selected depending on which data shift register the data is written to. Further, the data shift register is a serial-to-parallel converter 51.
Data can be written at any timing by the CPU 40 through a, 51b, and 51c.

With the change in the position of the data display portion, it is intended to display a price increase or price decrease. For example, the price increase is displayed in the upper stage, the price decrease is displayed in the lower stage, and “no change” is displayed in the middle stage. Next, the operation in the configuration of the twentieth embodiment will be described.

At the start of transaction, the new value flags of all the issues in the display table 60 of FIG. 5 are reset to 0. The CPU 40 sequentially reads the contents of the display table 60 one by one for each brand, writes the contents in the data shift register 45, and outputs the output by driving a LED to display the contents of the table.

When the content read out here is the area of increase / decrease compared to the previous day, if the content is 2, that is, if the price has increased, the CPU 40 transfers the display data to the data shift register 4
Write to 5a. Therefore, the brand data is displayed in the upper row.

[0224] If the content of the area for increasing / decreasing the day-to-day change of the read brand is 1, that is, if the price has dropped, the CPU 40
Writes the display data into the data shift register 45c. Therefore, the data of this brand is displayed in the lower row. Further, if the content of the read / decrease area of the issue is 0, that is, "no change", the CPU 40 writes the display data in the data shift register 45b.
Therefore, the data of this brand is displayed in the middle row.

In this way, the price change status can be displayed in the upper row if the stock price to be displayed is higher, in the lower row if the stock price is lower, and in the middle row if the stock price is "no change". Can be easily determined at a glance.
Note that the increase / decrease compared to the previous day and the display position may be different. Further, the same processing can be performed by providing the area for storing the latest price even when comparing with the latest price instead of the increase / decrease compared to the previous day.

[0226]

As is apparent from the above description, the information flow display device of the present invention has the following effects.

According to the first aspect, since the operation of stopping or resuming the flow or static display of information in the display control means at any time is performed by a remote operation type or an integrated configuration, This has an effect that the display content can be easily confirmed.

According to the second aspect, since the flow speed of the flow display is set to high speed or low speed for each key operation of the operating means, the flow speed is switched when the flow speed is not frequently switched. This has an effect that the display content can be easily confirmed.

According to the third aspect, since the flow speed of the flow display is set to high speed or low speed by continuously pressing the key operation of the operating means, the flow speed is changed when the flow speed is frequently switched. There is an effect that the display contents can be easily checked while switching between.

According to the fourth aspect, since the desired information code or the initials of the information name are designated and displayed in a fluidized manner by the key operation of the operating means, the process waits until the desired information is supplied. It has the effect of eliminating the need.

According to the fifth aspect, since the control is performed so that only the new information content is blinked and displayed on the display means, the new information content can be easily identified.

According to claim 6, since the display brightness of only the information content of this time, which is changed from the previous information, is changed and displayed, it is easy to identify only the new information content. Have an effect.

According to claim 7, since the control is performed so that only the information content of this time changed from the information of the previous time is displayed in an inverted manner, it is easy to identify only the new information content. Have.

According to the eighth aspect, the control is performed to change and display the flow velocity of only the information content of this time, which is changed with respect to the information of the previous time, so that it is easy to identify only the new information content. Has the effect.

According to the ninth aspect, since the control is performed such that the display characters and symbols of the current information displayed by the display means changed from the previous information are changed and displayed.
This has the effect of making it easy to identify only the new information content.

According to the tenth aspect, since the control is performed by changing the shape and type of the display character of only the information content of this time displayed by the display means changed from the previous information, the new control is performed. This has the effect of making it easy to identify only the information content.

According to the eleventh aspect, since the control is performed by changing the color of the display character and the symbol of only the information content of this time displayed by the display means changed from the previous information, the new control is performed. This has the effect of making it easy to identify only the information content.

According to the twelfth aspect of the present invention, since the display order of only the information content of this time displayed by the display means changed from the previous information is changed and displayed, only the new information content is displayed. It has the effect of enabling quick confirmation.

According to the thirteenth aspect, since the display cycle of only the information content of this time displayed on the display means changed with respect to the previous information is changed and the high-frequency display is performed, the new information is displayed. This has the effect of making it easy to identify only the content.

According to the fourteenth aspect, control is performed to display only the information content of this time changed from the information of the previous time on the display section of the display control means different from the display section for displaying the previous information. Therefore, it is easy to identify only the new information content.

According to the fifteenth aspect, since the control is performed so that the sound is output only when the current information that has changed from the previous information is generated, it is possible to easily identify only the new information content. .

According to the sixteenth aspect, since the control is performed to change the number of times and output the sound only when the current information changed from the previous information is generated, only the new information content is identified and This has the effect that changes can be easily confirmed.

According to the seventeenth aspect, the control is performed such that the frequency is changed and the sound is output only when the current information changed from the previous information is generated. Therefore, only the new information content is identified and the change is made. Has an effect that can be easily confirmed.

According to the eighteenth aspect, the control for changing the display color of the characters and symbols of the information on the display means is performed only when the price in the current information fluctuates with respect to the previous information. This has the effect that changes in information content can be easily confirmed.

Corresponding to claim 19, the new information is controlled because the strip-shaped display section above and / or below the display means is turned on when the price in the current information fluctuates with respect to the previous information. This has the effect that changes in content can be easily confirmed.

Corresponding to claim 20, the name of the rising price in the information, the name of the falling price in the information, and the name of the unchanged price are displayed separately on a plurality of display means. Therefore, there is an effect that a change in new information content can be easily confirmed.

[Brief description of drawings]

FIG. 1 is a block diagram showing the configuration of a first embodiment of an information flow display device of the present invention.

FIG. 2 is a block diagram showing a configuration of a second embodiment of the information flow display device of the present invention.

FIG. 3 is a diagram showing the contents of a display table used for explaining the third embodiment.

FIG. 4 is a diagram showing the contents of a name table used for explaining a fourth embodiment.

FIG. 5 is a diagram showing the contents of a display table used for explaining a fifth embodiment.

FIG. 6 is a block diagram showing a configuration of a display unit in a fifth embodiment.

FIG. 7 is a diagram for explaining a blink control shift register and a data shift register of a fifth embodiment.

FIG. 8 is a block diagram showing a configuration of a display unit in a sixth embodiment.

FIG. 9 is a block diagram showing a configuration of a display unit in a seventh embodiment.

FIG. 10 is a block diagram showing a configuration of a display unit in a ninth embodiment.

FIG. 11 is an output waveform diagram of a P / S converter and the like provided for explaining the operation of the ninth embodiment.

FIG. 12 is a diagram showing a character font used for explaining the operation of the ninth embodiment.

FIG. 13 is a block diagram showing a configuration of a display unit in a tenth embodiment.

FIG. 14 is a block diagram showing a configuration of a display unit in an eleventh embodiment.

FIG. 15 is a diagram showing the contents of a display table used for explaining the twelfth embodiment.

FIG. 16 is a diagram showing the contents of a priority display table used for explaining the twelfth embodiment.

FIG. 17 is a diagram for explaining a display counter and a priority display counter in the thirteenth embodiment.

FIG. 18 is a block diagram showing a configuration of a display unit in a fourteenth embodiment.

FIG. 19 is a block diagram showing a configuration of a display section in a fifteenth embodiment.

FIG. 20 is a block diagram showing a detailed configuration of a sound generator in a fifteenth embodiment.

FIG. 21 is a block diagram showing a detailed configuration of a sound generator in a seventeenth embodiment.

FIG. 22 is a block diagram showing the configuration of a display unit in the eighteenth embodiment.

FIG. 23 is a block diagram showing the configuration of a display unit in the nineteenth embodiment.

FIG. 24 is a block diagram showing a configuration of a display section in a twentieth embodiment.

FIG. 25 is a block diagram showing the configuration of a conventional information flow display device.

FIG. 26 is a block diagram showing a configuration of a display unit in a conventional example.

[Explanation of symbols]

 4 Display 7 Remote Controller 40 CPU 43 Video Memory 71 Transmitter 72 Key 80 Receiver

Claims (20)

[Claims] 1. A display means for displaying information of characters and symbols, a display control means for controlling the flow or standstill of display information on the display means, and a flow or standstill display of information in the display control means. An information flow display device comprising a remote control type or an integrally configured operation means for performing an operation of stopping and resuming at any time. 2. Display means for displaying information of characters and symbols, display control means for controlling the flow or static of display information on the display means, and flow or static display of information in the display control means. Remotely operated or integrally configured operation means for stopping and restarting the flow display at any time, and changing the flow display speed setting for changing the flow speed of the flow display to high speed or low speed for each key operation of the operation means. An information flow display device comprising: 3. Display means for displaying information of characters and symbols, display control means for controlling the flow or standstill of the display information on the display means, and flow or standstill of the display information in the display control means. A remote-operated or integrated operation means for performing an operation to stop and restart at any time,
An information flow display device, comprising: a flow display speed setting changing means for changing the flow speed of the flow display to a high speed or a low speed by continuously pressing a key operation on the operation means. 4. Display means for displaying information of characters and symbols, display control means for controlling the flow or standstill of the display information on the display means, and flow or standstill of the display information in the display control means. A remote-operated or integrated operation means for performing an operation to stop and restart at any time,
An information flow display device comprising: an information name initial letter designation fluidized display control means for performing fluid display by designating a desired information code or an initial letter of an information name by a key operation of the operating means. 5. A display means for displaying information of characters and symbols, a display control means for controlling the flow or standstill of the display information on the display means, and a blinking of only new information content on the display means. An information flow display device including a blinking flow display control means for performing flow display control while performing the flow display. 6. A display means for displaying information of characters and symbols, a display control means for controlling the flow or standstill of the display information on the display means, and the current information changed from the previous information. An information flow display device comprising: a display brightness change control means for controlling display on the display means by changing display brightness of only contents. 7. A display means for displaying information of characters and symbols, a display control means for controlling the flow or standstill of the display information on the display means, and the current information changed from the previous information. An information flow display device comprising: a reverse display control means for controlling to display only the contents in a reversed manner. 8. A display means for displaying information of characters and symbols, a display control means for controlling the flow or standstill of the display information on the display means, and the current information changed from the previous information. An information flow display device comprising: a reverse display control means for controlling the display on the display means by changing the flow speed of only the content. 9. Display means for displaying information of characters and symbols, display control means for controlling the flow or stop of display information on the display means, and the display means changed from the previous information. An information flow display device comprising display character size change control means for controlling the display characters and symbols of the current information to be displayed by changing the size. 10. Display means for displaying information of characters and symbols, display control means for controlling the flow or stop of display information on the display means, and the display means changed from the previous information. An information flow display device comprising: a display character shape / type change control means for controlling the display character shape and type by changing the display character shape and type of only the information content of this time displayed. 11. A display means for displaying character and symbol information, a display control means for controlling the flow or standstill of the display information on the display means, and the display means changed from the previous information. An information flow display device comprising: a display character color change control means for controlling display by changing the color of a display character or symbol only for the current information content to be displayed. 12. Display means for displaying information of characters and symbols, display control means for controlling the flow or stop of display information on the display means, and the display means changed from the previous information. An information flow display device comprising: an information display order change control means for performing control to change and display the display order of only the current information content displayed by. 13. A display means for displaying information of characters and symbols, a display control means for controlling the flow or standstill of the display information on the display means, and the display means changed from the previous information. An information flow display device comprising: an information display cycle change control means for controlling display of a high frequency by changing the display cycle of only the current information content displayed by. 14. A display unit for displaying information of characters and symbols, which is provided with a plurality of stages of display units, a display control unit for controlling flow or standstill of the display information on the display unit, and previous information. An information flow display device comprising: a display unit step change control unit for performing control to display only the changed information content of this time on the display unit of the display control unit that displays the previous information. 15. A display means for displaying information of characters and symbols having a plurality of stages of display parts, a display control means for controlling the flow or standstill of the display information on the display means, and the previous information. And an audio output control unit that controls to output an audio only when the changed current information is generated. 16. A display means for displaying information of characters and symbols, which is provided with a plurality of display parts, a display control means for controlling flow or stop of display information on the display means, and previous information. And an audio output change control unit that controls the output by changing the number of times only when the changed current information is generated. 17. A display unit having a plurality of display units for displaying information of characters and symbols, a display control unit for controlling the flow or standstill of the display information on the display unit, and the previous information. And an audio frequency change control unit that controls the audio output by changing the frequency only when the changed current information is generated. 18. A display means for displaying information of characters and symbols, a display control means for controlling the flow or standstill of the display information on the display means, and a price in the current information with respect to the previous information. An information flow display device comprising an information display color change control means for controlling the display color of information characters and symbols on the display means only when the display means changes. 19. A display unit for displaying information of characters and symbols, which is provided with a band-shaped display unit on the upper and / or lower portion of the information display unit, and controls the flow or standstill of the display information on the display unit. An information flow display device comprising display control means and lighting control means for controlling lighting of the upper and / or lower strip-shaped display portions of the display means when the price in the current information fluctuates with respect to the previous information. 20. A plurality of display means for displaying information of characters and symbols, a display control means for controlling the flow or standstill of the display information on the display means, and a name of a rising price in the information. An information flow display device comprising: a name division display control means for displaying a falling price name in information and a unchanged price name on the plurality of display means.