JP3050045B2 - Telephone equipment - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a telephone device provided with a display, for inputting an operated dial number and displaying the data as dial data on the display.

[0002]

2. Description of the Related Art A telephone device of this type is generally provided with a display having a one-line display area capable of displaying a dial number of about 16 digits. Numbers and time information are displayed.

[0003]

In such a telephone device, for example, a telephone service such as a ticket reservation for a Shinkansen can be received. That is, after transmitting a call to the reservation center, the user operates the dial key to transmit his / her telephone number, boarding date, train name, boarding station and getting off station as dial data to the reservation center to make a reservation. It has become something.

In such a case, since the operated dial numbers are sequentially displayed on the display, when the number of operated dial numbers increases, the display of the dial numbers which are operated and displayed first is displayed. The dial number operated later is displayed in the area, and as a result, the user cannot identify how far the dial operation has been performed, resulting in a problem that a reservation error is caused. Therefore, an object of the present invention is to make it possible to easily identify which digit has been operated when the number of digits of the dial number operated and displayed on the display area of the display device has increased.

[0005]

SUMMARY OF THE INVENTION The present invention in order to solve such a problem, the <br/> dial data corresponding to a dial key that is operated in a telephone device that displays the table示器,
Detecting means for detecting the end code from the dial data indicating a break between each dial data, depending on the detection of the next dial data after completion code detection, dialing data in Table <br/> in shown in sequence indicator And display control means for displaying the next dial data on a display device. In addition, a memory is provided, and registration means for registering dial data in the memory in advance and transmission means for reading dial data from the memory in accordance with a predetermined operation and transmitting it to the line are provided. Further, there are provided storage means for storing the transmitted dial data in the memory, and means for displaying the dial data stored in the memory on a display in response to a predetermined operation after the line is disconnected.

[0006]

[Operation] The end code is detected from the dial data,
When the input of the next dial data is detected after this end code, the display on the display is erased and the input dial data is displayed on the display sequentially from the next dial data.
As a result, when the number of digits of the dial number operated and displayed on the display area of the display increases, it is possible to easily identify how far the dial has been operated. Also, the dial data is registered in the memory in advance, and the dial data is read from the memory and transmitted according to a predetermined operation. As a result,
Dial data can be transmitted reliably, so that erroneous reservations can be prevented beforehand, for example, in telephone services such as Shinkansen ticket reservations. Further, the transmitted dial data is stored in the memory, and the dial data stored in the memory is displayed on the display in accordance with a predetermined operation after the line is disconnected. As a result, the transmitted dial data can be easily confirmed.

[0007]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to the drawings. FIG. 1 is a block diagram showing one embodiment of a telephone device according to the present invention. In FIG. 1, reference numeral 1 denotes a CPU that controls the entire apparatus. The CPU 1 includes a loop closing circuit 2 for closing a loop of a line L, a dial key unit 3, a function key unit 4, an indicator light 5, a memory, and the like. 6 are connected.

In addition, the CPU 1 includes an oscillator 7 for generating various tones, a display 8 for displaying one line of a dial number and the like, a dial signal generating circuit 9 for outputting a dial signal to the line L, and a switch circuit. 10 are connected.
In addition, 11 is a communication circuit, and 12 is an amplifier. Also, H
S is a handset, the loop of the line L is closed or opened by one contact HS1, and the other contact HS2 is input to the CPU1.

When making an outgoing call using such a telephone device, if the user goes off-hook, the loop of the line L is closed by the contact HS1. Thereafter, when each key of the dial key section 3 is operated, the CPU 1 inputs the operated dial, detects the state of the contact HS2 and confirms off-hook, and transmits the input dial data to a dial signal transmission circuit. 9 and the switch of the switch circuit 10 is closed. As a result, the operated dial is transmitted to the line L as a dial signal, and the other party is called. Then, a call is made in response to the other party's response.

[0010] Also, instead of off-hook, function key section 4
Are operated, the CPU 1 detects this and drives the loop closing circuit 2 to close the loop of the line L. Here, when each key of the dial key portion is operated, the operated dial is similarly output to the dial signal transmitting circuit 9 and transmitted to the line L as a dial signal.

[0011] Such a telephone device can receive a telephone service when, for example, purchasing a betting ticket or the like. That is, in this case, after transmitting to the center device and responding to the center device, a dial operation is performed according to the procedure shown in Table 1, for example.

[0012]

[Table 1]

[0013] That is, in Table 1, the horse race 5-16 of the three races
This is an example in which 1,000 yen and four horse races 13-16 are applied for 20,000 yen, respectively. If the display area of the display 8 for displaying the operated dial data has 15 digits and 1 line, “0” is initially set.
340516010 # 0 # 04 "is displayed on the display unit 8, and subsequently" 41316200 # 0 # 0 # 04 "is displayed. That is, “413” first displayed on the display 8
Since the dial data of “41316200 # 0 #” that is subsequently input is displayed in the display area of “16200 # 0 #” in an overwritten state, it is difficult to identify how far the dial operation has been performed.

For this reason, in this embodiment, when there are a plurality of display lines, the data of the dial key "#" is used as a line feed code. In the above example, "0340516010 #" is displayed on the first display line, and then ""0#" is displayed on the next display line so that it can be identified. Also,
The dial data may be sequentially displayed on the display line, these displays may be deleted after the dial key “#” is input, and the dial data to be input next may be displayed on the same display line.

When only one display line is displayed, "03
40516010 # "is displayed on the display 8, and then the display is erased by the next input dial data" 0 ".
"0 #" is displayed. As described above, the dial key "#" is used as a line feed code, and before and after the display is divided and displayed on the display 8 based on the line feed code. Therefore, identification of the operated dial on the display 8 is facilitated. Dial can be prevented. The reservation data transmitted to such a center is stored in the memory 6 and can be displayed on the display 8 and confirmed by a predetermined confirmation operation after the line is disconnected.

FIG. 2 is a flow chart showing the operation of the main part of such a telephone apparatus. The CPU 1 displays each dial data input from the dial key unit 3 on the display 8.
It shows the operation of. That is, after performing the initial setting process in step ST1, in a case where a call is made to the center device to receive the telephone service and the dial data input to the center device is transmitted, the "display process execution?" It is determined as “Y”. In this case, the CPU 1 inputs a dial key operated on the dial key section 3 in step ST3, and displays this on the display 8 in step ST4. The dial keys operated in this manner are sequentially decremented by one until a determination in step ST5 described later becomes “Y”.
Each digit is displayed on the display 8.

Here, in step ST5, it is determined whether or not there is a dial key input following the input of the dial key "#" which is the end code of each dial data displayed on the display 8, and the dial key "#" is previously set. If a dial key is entered followed by another dial key, this is determined to be "Y".
In this case, the CPU 1 executes a line feed process of deleting all the display on the display 8 and displaying the dial key input following the dial key "#" on the display 8 in step ST6. The dial keys input thereafter are sequentially displayed on the display 8 until the same conditions as described above are satisfied and “Y” is determined in step ST5. When the above-mentioned telephone service is terminated due to on-hook or the like and the determination in step ST7 becomes "Y", other telephone processing is performed in step ST8, and the process returns to step ST2.

As described above, the line feed is displayed on the display 8 by the key input following the dial key "#", so that it is possible to identify at a glance how far the dial has been operated. Next, such a plurality of digits of dial data for receiving a telephone service can be registered in the memory 6 as fixed data in advance, read out and transmitted to the center device. FIG. 3 is a flowchart showing the operation of the CPU 1 for performing the above-described fixed data transmission and registration processing.

That is, initial settings are made in step ST11.
After transmission to the center device, when a predetermined key of the function key unit 4 is operated to transmit fixed data to the center device,
The CPU 1 determines “fixed data transmission?” In step ST12 as “Y”. When a call key based on a combination of each key in the dial key unit 3 is operated, the CPU
1 reads the fixed data n specified by the call key from the memory 6 in step ST13.

The read data is analyzed one digit at a time, and it is determined in step ST14 whether or not the data is a telephone number, for example, "-" (hyphen) indicating a division between a city code and a local code. If the judgment is "Y", the process proceeds to step ST16 without transmitting data. On the other hand, if the read data is not "-", then step S
At T15, this one-digit data is transmitted to the center device.

Next, in step ST17, the end of the transmission of the fixed data is determined by detecting the operation of the dial key "#" of the dial key unit 3, and when the operation of the dial key "#" is detected, this data is determined. While transmitting to the center device,
The process proceeds to step ST17 to determine "there is next fixed data". If there is next fixed data to be transmitted to the center device, the process returns to step ST13, where the next fixed data specified by operating the call key is selected from the memory 6 and similarly transmitted to the center device digit by digit. . Then, there is no fixed data to be transmitted to the center device, and step S
When the determination in T17 becomes “N”, the telephone service processing ends.

Next, when each of the above-mentioned fixed data is registered in the memory 6, when the registration key of the function key section 4 is operated,
The CPU 1 determines “Registration?” In step ST18 to be “Y”. In this case, the CPU 1 detects a selection key based on a combination of each key of the dial key unit 3 and selects an area of the memory 6 for registering fixed data in step ST19. If the operation of the dial key is detected here, the CPU
1 inputs this one-digit dial in step ST20. When the dial keys operated in this manner are input digit by digit and, for example, the end of step ST21 is determined to be “Y” by detecting the dial key “#”, the dial input before the detection of the dial key “#” is determined. Is registered in the designated area of the memory 6 in step ST22.

In this manner, each fixed data can be registered in each designated area of the memory 6. When all the registration processes are completed, the process proceeds to step ST23 to execute other telephone processes, and thereafter returns to step ST12. in this way,
Each fixed data consisting of a plurality of digits is registered in the memory 6 and can be automatically transmitted to the center device.

Next, such a series of fixed data to be transmitted to the center device can be registered in the memory 6 in the transmission order in advance, and can be transmitted with the dial key "#" added thereto.
Table 2 shows an example of a series of reservation procedures when a Shinkansen ticket is reserved. A series of fixed data indicating such reservation data can be registered in the memory 6.

[0025]

[Table 2]

That is, by operating the registration key and the dial key of the telephone device, a telephone number, a signal, a boarding date,
Information such as a train number, a boarding station, and a drop-off station is registered in a predetermined order. When the call key is operated by transmitting a call to the center device and responding by the center device, the telephone number stored in the memory 6 is read out and displayed on the display 8. Here, when the dial key "#" is operated, the telephone number displayed on the display 8 is transmitted to the center device, and subsequently, the dial "#" data is transmitted. At this time, the signaling information registered next to the telephone number is stored in the memory 6.
Is read out and displayed on the display 8.

Subsequently, when the dial key "#" is operated in response to a voice message from the center device, the signaling information displayed on the display 8 and the operated dial "#"
The data is transmitted to the center device, and the next boarding date information is read out from the memory 6 and displayed on the display 8. In this way, the reservation information stored in the memory 6 is sequentially displayed on the display unit 8, and this display data is transmitted to the center device together with the dial "#" data by operating the dial key "#". Is performed. As a result, it is possible to reliably prevent a reservation error due to an erroneous operation.

When the reservation data is displayed on the display 8, auxiliary data such as "telephone" and "eyes" can be displayed, so that erroneous operation can be reliably prevented.
The reservation data transmitted to the center device in this way is stored in a separate area of the memory 6. If the corresponding data is not registered in the memory 6 at the time of transmitting the reservation information, only the auxiliary data is displayed on the display 8. In this case, after operating the dial key and dialing the corresponding data, Is transmitted by operating the dial key "#". The dial data transmitted in this manner is also sequentially stored in a separate area of the memory 6.

When the confirmation key is operated after the reservation is completed and the line is disconnected, the own telephone number stored in a separate area of the memory 6 and transmitted to the center device is read out and displayed on the display 8. At the same time, each time the confirmation key is operated, the signal information, the boarding date, and the train number are sequentially read from the memory 6 and displayed on the display 8. As a result, the reservation data transmitted to the center device can be easily confirmed. In this embodiment, the dial "#" data is not registered in the memory 6, but the "#" data may also be registered in the memory 6 and transmitted by operating a predetermined key.

[0030]

As described above, according to the present invention, when the end code is detected from the dial data and the input of the next dial data is detected after the end code, the display on the display is erased and Since the input dial data is displayed on the display sequentially from the next dial data above, if the number of digits of the dial number displayed and operated by operating on the display area of the display increases, It can be easily identified whether the operation has been performed. In addition, since the dial data is registered in the memory in advance, and the dial data is read from the memory and transmitted according to a predetermined operation, the dial data can be reliably transmitted, and thus, for example, in the case of a telephone service such as a Shinkansen ticket reservation. Erroneous reservation can be prevented beforehand. Further, the transmitted dial data is stored in the memory, and the dial data stored in the memory is displayed on the display in accordance with a predetermined operation after the line disconnection, so that the transmitted dial data can be easily confirmed. .

[Brief description of the drawings]

FIG. 1 is a block diagram showing one embodiment of the present invention.

FIG. 2 is a flowchart showing an operation of the apparatus in the embodiment.

FIG. 3 is a flowchart showing an operation of the apparatus in the embodiment.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... CPU, 2 ... Loop closing circuit, 3 ... Dial key part, 4 ... Function key part, 6 ... Memory, 8 ... Display.

──────────────────────────────────────────────────続 き Continued on front page (58) Field surveyed (Int.Cl. ⁷ , DB name) H04M 1/56

Claims (3)

(57) [Claims] The method according to claim 1] die <br/> Yarudeta corresponding to the dial key that is operated in a telephone apparatus which displays in Table示器, detection for detecting the end code indicating a break between the dial data from the dial data Means for sequentially erasing the dial data being displayed on the display unit in response to the detection of the next dial data after detecting the end code, and displaying the next dial data on the display unit from the next dial data. A telephone device comprising a display control means. 2. The method of claim 1, provided with a memory, and registering means for registering said dial data in advance the memory, and transmitting means for transmitting reading the dial data corresponding to a predetermined operation from said memory to the line Telephone device. 3. The storage device according to claim 2 , wherein the storage unit stores the transmitted dial data in the memory, and the dial unit displays the dial data stored in the memory in response to a predetermined operation after disconnecting the line. A telephone device comprising: