JPH0443747A - Telephone set with automatic pause registration function - Google Patents

Abstract

PURPOSE:To simplify the redialing in the case of redialing after a handset is once hooked off because of a busy called party or the like by storing an access number data, a pause data and a telephone number data of a destination to a storage section. CONSTITUTION:When the user operates a manual key at external line connection to enter an access number of external line acquisition, the number is sent to a PBX and stored in a storage section 10. When a second dial tone representing the acquisition of an external line is sent from the PBX, it is detected by a detection section 6 and its detection signal is led to a pause data output section 11e, and the pause data output section 11e outputs a pause data to stop the transmission of the data for a time required for the PBX to acquire an external line and stored in the storage section 10 in succession to the access number data. Then a telephone number data of the destination inputted from the manual key 7 is stored in the storage section 10 in succession to the pause data. Thus, the redialing by the redial key operation is attained.

Description

[Detailed Description of the Invention] (Industrial Application Field) The present invention relates to a multi-function telephone used as a PBX extension telephone. The present invention also relates to a telephone with an auto-pause registration function that simplifies the re-call operation when making a call again.

(Prior art) When a popular multi-function telephone is used as a PBX extension, the telephone first sends the number "0" to access the PBX by dialing with manual keys, and then the PBX connects the outside line. The system waits for a second dial tone to be sent to indicate that the caller has captured the caller, and then operates the manual key again to send out the callee's phone number.

(Problem to be Solved by the Invention) By the way, in the above-mentioned conventional telephone, when the other party hangs up and makes a re-dialing because the other party is on the phone, the repeater stored in the storage unit is used for the re-dialing. Dialing data usually includes information waiting for the arrival of a second dial tone (
(pause data), it is not possible to connect to an outside line by operating the redial key. For this reason, in order to be able to use the re-dial key, the bank must dial the PB number on the first call.
After sending the X access number "0", you have to wait for 3 seconds or more, for example, by pressing a Bose key etc. to send the call as pause data, and then you have to dial the other party's phone number, which is a hassle. It was very expensive.

The present invention has been made in view of the above-mentioned problems, and an object of the present invention is to provide an auto-pause function that simplifies the re-calling operation when the called party is busy on the phone, so the caller hangs up and then re-calls. The purpose of the present invention is to provide a telephone with a registration function.

(Means for Solving the Problems) In order to solve the above problems, the telephone with an auto-pause registration function of the present invention includes a memory circuit for storing the telephone number data of the other party inputted from the manual keys, and P equipped with a redial key that issues a command to read the latest stored telephone number data and send it to the telephone line.
When connecting an external line on a BX extension telephone, the PBX
A detection unit that detects a second dial tone indicating that an outside line has been captured, which is sent from The pose data output unit to output and the access number data for external line connection input from the manual key are set to the memory circuit number: Kimiji, and the pose data output from the pose data output unit is set to the access number. The present invention adopts a configuration including a control section that performs control to store data following the pause data, and to store telephone number data of the other party inputted from the manual key subsequent to the pause data.

(Function) When connecting an outside line, the user operates the manual key and first inputs an access number (for example, "O") for acquiring the outside line. This access number data is sent to the PBX and is also stored in the storage unit.

After that, the user waits for a second dial tone to be sent from the PBX indicating that the outside line has been captured, and then operates the manual keys again to enter the telephone number of the other party. The second dial tone detected by the PBX is detected by the detection unit, and the detection signal is guided to the pause data output unit. Based on this detection signal, the pause data output unit sends data for the time necessary for the PBX to acquire the outside line. This pause data is stored in the storage section following the access number data.After this, the other party's telephone number data input from the manual key is stored following the pause data. In other words, when the user performs an operation for connecting to an outside line, the storage section that stores the latest telephone number for re-dialing stores access number data, pause data, and the other party's telephone number. The number data is automatically stored, and it becomes possible to make a re-call operation by operating the re-dial key.

(Example) Hereinafter, one embodiment of the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram showing the electrical configuration of a telephone with an auto-pause registration function according to this embodiment.

A telephone line 3 connected to a PBX (not shown) is connected to a telephone line 1 via a hook switch 2, and a handset 4 having a built-in microphone and speaker is connected to the telephone line 1. Further, the output of the dial signal output circuit 5 is connected to the telephone line 1, and the output of the dial signal output circuit 5 is connected to the dial signal output circuit 5, which outputs a dial signal to the telephone line 3. It is connected to a second dial tone detection circuit 6 for detecting tones.

The control circuit 11 that controls the entire device also includes a manual dial key 7 for inputting the telephone number of the other party, and an automatic dial key 7 for transmitting the telephone number of the other party stored in advance in a memory circuit 10, which will be described later. 8 and the respective outputs of a re-dial key 9 for repeatedly sending out the latest dialed number are connected, and a storage circuit 10 for storing access number data, pause data and telephone number data is bidirectionally connected. ing.

The control circuit 11 includes a dial key operation detection section 11a, a dial detection section 11b, a second dial tone detection circuit control section 11c, a data recording/calling section lid, and a data analysis processing section 11e. The outputs of the re-dial key 9 and the automatic dial key 8 are guided to the dial detection section 11b via the dial key operation detection section 11a that detects the operation of each key, and the output of the manual dial key 7 is guided to the dial detection section 11b. 11b. Further, the output of the dial key operation detection section 11a is led to a second dial tone detection circuit control section 11c that controls the second dial tone detection circuit 6 in a 0N10FF manner. The output of the second dial tone detection circuit 6 and the output of the dial detection section 11b are guided to the data analysis processing section lie, and a command signal is sent from the data analysis processing section lie to the dial signal output circuit 5. . Further, the data analysis processing section lie and the data recording/calling section lid are bidirectionally connected, and the data recording/calling section lid and the storage circuit 10 are bidirectionally connected.

Based on the detection signal from the second dial tone detection circuit 6, the data analysis processing unit lie sends pause data to the data recording call unit lid, which causes the PBX to stop sending data for the time necessary for acquiring an outside line. .

In addition, the data recording calling unit lid is the data analysis processing unit 1
The access number data, pause data, and latest telephone number data from 1e are stored in the storage circuit 10, and each data is called up and sent to the data analysis processing section lie.

Next, the operation when the telephone with the above configuration is connected to a PBX will be described.

First, when the user picks up the handset 4 to make a call, the hook switch 2 is activated and the phone is turned off. Along with this, P connected to telephone line 3
After confirming that the first dial tone is sent from the BX, the user performs a dial operation.

Here, when attempting to connect to an outside line telephone, the access number "0" for the outside line connection is input using the manual dial key 7. Then, dial data (access number data) is sent to the data analysis processing unit lie via the dial detection unit 11b. Data analysis processing unit li
Upon receiving this access number data, the terminal e sends a command signal to the dial signal output circuit 1I15, and sends an access number "0" for an outside line connection to the telephone line 3 via the telephone communication circuit 1. On the other hand, this access number data is also sent to the storage circuit 10 from the data analysis processing section lie via the data recording and calling section lid. The storage circuit 10 stores this access number data as dial information.

After this, the PBX that received the dialed access number "0"
After capturing the outside line, it sends a second dial tone indicating this to the handset 4 and the second dial tone detection circuit 6 via the communication circuit 1.

The second dial tone detection circuit WII6 detects the second dial tone from the PBX and sends the detection information to the data analysis processing section lie. Data analysis processing unit li
Based on the detection information of this second dial tone, the data recording/calling unit l generates pause data for making the transmission of the dial key wait for 3 seconds or more, which is one of the dial information.
id, and sends it to the storage circuit 10 via the data record calling unit lid. As a result, this pause data is stored in the storage circuit 10 following the previously stored access number data.

On the other hand, after confirming this second dial tone, the user inputs the telephone number of the other party by operating the manual dial key 7.

This telephone number data of the other party is stored in the dial detection unit 11b.
The data is sent to the data analysis processing unit lie via. The data analysis processing unit lie receives this telephone number data, sends a command signal to the dial signal output circuit 5, and transmits the telephone number of the other party to the telephone line 3 via the telephone communication circuit 1. on the other hand,
This telephone number data is also sent to the storage circuit 10 from the data analysis processing section 11e via the data recording and calling section 11d. Memory episode! 310 stores this telephone number data following the previously stored access number data and pause data. That is, the pause data is automatically stored in the storage circuit 10 following the access number data by the user simply making a call to the other party.

Therefore, when the user hangs up the call because the telephone of the other party is busy and wants to make a call again, the user operates the redial key 9 to memorize the information in the memory circuit 10. The latest data can be called up and sent automatically. That is, in the memory circuit 10,
After the access number "0" for connecting the PBX to an outside line, pause data corresponding to the time required to acquire the outside line of the PBX is stored, and then the telephone number data of the other party is stored. It can automatically wait for a second dial tone and then dial the outside line.

In addition, when making a call using automatic dial key 8,
Normally, after registering the access number "0" followed by "pause" information in the memory circuit 10, the telephone number of the other party is registered, so the above operation does not work. That is, in the case of a call using the automatic dial key 8, the dial key operation detection section 11a detects the operation of the automatic dial key 8, and issues a command signal to the second dial tone detection circuit control section 11c, and then starts the second dial. The configuration is such that the tone detection circuit 6 is controlled so as not to function. Further, in the case of a call using the re-dial key 9 in which "pause" information for waiting for a second dial tone is registered as described above, the second dial tone detection circuit 6 is similarly controlled so as not to function.

(Effects of the Invention) The telephone with an auto-pause registration function according to the present invention has a PB
When making an outside line connection from a telephone connected to X,
After inputting the PBχ access number "0" for an outside line connection, the user can re-dial even if he/she enters the destination phone number only by checking the second dial tone without performing any operations such as the pause key to wait for the second dial tone. The memory circuit for the system is configured so that the pause data is automatically stored after the access number "0", making it possible to re-send by operating the re-dial key, making it extremely convenient. be.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing the electrical configuration of a telephone with an auto-pause registration function according to an embodiment of the present invention. l...Telephone call circuit 6...Second dial tone detection circuit 7...Manual dial key 8...Auto dial key 9...Re-dial key 10...Memory circuit 11...Control circuit lie.・Data analysis processing section

Claims (1)

[Claims] 1) A memory circuit that stores the telephone number data of the other party inputted from the manual key, and a command to read out the latest telephone number data stored in this memory circuit and send it to the person looking at the telephone. A telephone for a PBX extension equipped with a re-dial key includes a detection unit that detects a second dial tone indicating that an external line sent from the PBX has been captured when an external line is connected, and a second dial tone detected by the detection unit. a pause data output unit that outputs pause data for stopping data transmission for a time necessary for acquiring an outside line based on the detection; and storing access number data for connecting an outside line input from the manual key in the storage circuit. At the same time, control is performed to store pause data outputted from the pause data output section following the access number data, and then to store telephone number data of the other party input from the manual key following the pause data. A telephone with an auto-pause registration function, characterized by comprising a control section.