JPH01183944A - Telephone set - Google Patents

Abstract

PURPOSE:To derive a secondary response only with a memory dial function by storing the respective types of data concerning information added to a dial and sent and sending the information with a prescribed key operation. CONSTITUTION:When a memory dial is registered, a telephone number obtained by adding the classification of a dial signal to a prescribed area corresponding to a one-touch key 13 of a memory 7, pose data, their time data, and a personal identification number added with the classification of the dial signal are registered. In addition, they are used at the time of one-touch dial transmission. Thus, the secondary response of an opposite party can be surely generated.

Description

[Detailed description of the invention] [Purpose of the invention] (Industrial application field) This invention relates to a telephone.

(Prior Art) Conventionally, the so-called speed dialing function or one-touch dialing stores the telephone number of the other party's telephone, and when a predetermined key operation is performed, a dialing signal is sent based on the memorized telephone number. 2. Description of the Related Art Telephones with a function (such a function is called a memory dial function) are known. According to such conventional telephones, what can be stored is a series of telephone numbers. However, in recent years, telephones have become known in which the other party does not respond or cannot receive certain services unless a password or extension number is sent in addition to the telephone number of the other party. In such telephones, the first response is made by the arrival of a calling signal based on the dial signal assigned to the telephone, and the second response is made by the PB double signal information that arrives after a certain period of time.
The following responses are common.

Therefore, if you try to make the other party's telephone answer or receive service from the other party's telephone with a conventional memory dial telephone, it is impossible to use the memory dial function because it can only memorize a series of telephone numbers. There was a problem that it could not be completely addressed. For example, you can memorize only the telephone number of the other party's phone, use the memory dial function to retrieve the first response from the other party's phone, and then operate the dial key to send the Pa signal to retrieve the second response. As such, cumbersome operations were required.

(Problems to be Solved by the Invention) As mentioned above, conventional telephones with memory dials can only store a series of telephone numbers, and the first response to a call signal corresponding to a telephone number arrives after a certain period of time. However, there is a problem in that the memory dial function alone cannot be used to cause the telephone to make a secondary response to the information of the Pa signal, and a complicated operation is required.

The present invention has been made in view of the problems of conventional telephones, and its purpose is to provide a telephone that can completely extract secondary responses from the other party using only the memory dial function.

[Structure of the Invention] (Means for Solving the Problems) In the present invention, the telephone number of the other party is memorized, and when a predetermined key operation is performed, a dial signal is generated based on the memorized telephone number. The transmitting telephone is provided with a storage section for storing data related to information to be transmitted in addition to the dial signal in association with each other, and an information transmitting means for transmitting information based on the data stored in the storage section, When a predetermined key operation is performed, a dial signal is sent based on the stored telephone number, and the information sending means sends out information based on the data stored corresponding to the phone number. did.

(Function) According to the above configuration, the storage section stores various data related to information to be sent in addition to the dial signal, and information is sent based on the data by operating a predetermined key, so that the secondary response can be used as a memory dial function. It turns out that it can be pulled out using only the hand.

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

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

In the figure, 1 is the CPLI that centrally controls this telephone.
shows. Programs are stored in the CPUI, and
Memory 7 that stores various data and functions as a storage unit
, timer 9, DP/PB switching key 14, dial key 4
, one-touch dial key 13, registration key 3, Bose key 8, and set key 11 are connected. Reference numeral 12 denotes a polarity reversal detecting section that detects a polarity reversal that occurs on the subscriber line and notifies the CPU 1, and 15 is a bell section that generates a bell sound based on a calling signal that arrives via the subscriber line. 2 indicates a hook switch, and the on/off data of hook switch 2 is C.
It can be taken into PU1. Reference numeral 5 indicates a DP signal transmitting section, and this DP signal transmitting section 5 transmits the DP signal based on the control of the CPLll.
Switch 6 is opened and closed to send out a DP double signal. 10 is Pa
This Pa signal transmitting unit 10 is a signal transmitting unit for the CPU 1.
A Pa signal is generated based on the control of the adder, and the Pa signal is sent from the adder to the subscriber line side. The DP switch 6 is normally closed when the Pa signal is sent out. 16 is a hybrid circuit, 17 is an amplifier, 18 is a transmitter, and 19 is a receiver.

In the telephone configured in this way, the CPU 1 operates based on the flowchart in FIG. 3 when registering the memory dial, and when making a call using the memory dial, the CPU 1
It operates based on the flowchart in the figure and functions as an information sending means. Next, the phone number of the other party's phone is "33".
-5555'', it takes 5 seconds from the first response to move on to data detection for the second response, and the PIN is l'-7777j, and the one-touch dial function is registered. explain. In this case, the operator operates the one-touch dial key 13 in the on-footer state to instruct the CPU 1 about the mode related to the one-touch dial key 13. Next, the operator performs registration by operating the registration key 3, dial key 4, pause key 8, dial key 4, and set key 11 as shown in FIG. In this case, the operation of registration key 3 is
pui detects, enters registration mode, and performs operations based on the flowchart of FIG. The CPU 1 detects whether the set key 11 has been operated (101), and if so, returns. Next, the CPLII detects whether the pause key 8 has been operated (102), and if it has not been operated, it detects whether the dial key 4 has been operated (103).

In the example shown in FIG. 2, the dial key 4 "3" is operated following the operation of the registration key 3, so the process branches to YES.

Next, CPLll detects whether the pause key 8 has been operated (104), and if the pause key 8 has not been operated, the process proceeds to step 105. In step 105, the CPU
I takes in the data of the DP/PB switching key 14, detects whether or not it has been switched to the DP signal sending instruction, and if it has been switched to the DP signal sending instruction, the dial key 4
Add data indicating that it is a DP to the input number and store it in a predetermined area of the memory 7 (106).
If the instruction has been switched to the PB signal transmission instruction, data indicating that the PB signal is input is added to the number input using the dial key 4, and the data is stored in a predetermined area of the memory 7 (1
07). Next, the CPU 1 returns to step 101, and the six-digit telephone number "33-5555" is registered in the same manner. Next, the pause key 8 is operated, so the CP
Lll detects this and proceeds to step 108. Here, the CPU 1 waits for input of pause time data (in this case, a single digit from O to 9) by operating the dial key 4 (108), and when input is received, adds the time data to the pause data. Store in a predetermined area of memory 7 (10
9). Next, the CPU 1 executes step 1 from step 101.
Proceed to step 03 and receive a password. In this case, the CPU 1 that has proceeded from step 103 to step 104 branches to YES because the pause key 8 has already been operated.
Data indicating that the number is PB is added to the number entered using the dial key 4, and the resultant number is stored in a predetermined area of the memory 7 (107). Next, the process returns to step 101 of the CPU 1, and the same process as above is performed to enter the 4-line password "7777J".
Register. Next, since the set key 11 is operated, the CPU 1 detects this (101), ends the registration mode, and returns. As a result, as shown in FIG. 5, a predetermined area corresponding to the one-touch key 13 of the memory 7 contains a telephone number with the dial signal type (DP/PB distinction), pause data, and its time data. and,
A password to which the type of dial signal is added is registered.

Next, the case of making a call using the one-touch dial function will be explained. For example, if you lift the handset to put it in an off-footer state and operate the one-touch key 13, the fourth
The program shown in the flowchart shown in the figure is started. First of all,
CPtJl detects whether there is data in the memory area corresponding to the one-touch key 13 of the memory 7 (201)
, if there is data, it is detected whether the first digit is pose data (202). In the above, since the telephone number to which the type of dial signal is added is registered, the process branches to No, and the CPU 1 detects whether the type of dial signal is DP (203), and if it is DP, the DP signal sending unit 5 to send out a 1-digit dial signal corresponding to the 1-digit registered number 204), and in the case of PB, control the Pa signal sending unit 10 to send out the 1-digit dial signal corresponding to the 1-digit registered number 204). A digit dialing signal is sent (205), and the process returns to step 201. Thereafter, the CPU 1 performs the same processing as above for the 6-digit telephone number, sends out a dial signal, and then detects pause data (202). At this time, the other party's telephone is called and makes a primary response, which causes a polarity reversal on the subscriber line. The polarity reversal detection unit 12 detects this and notifies the CPJJI. CPU
1 detects polarity reversal (206) and waits for the registered pause time (207). After this pause time has passed,
In steps 203 to 205, the CPU 1 proceeds to send the password.

In this way, in this embodiment, together with the telephone number of the other party's telephone, the type of the dialing signal, the pause data and time data regarding the PIN number added to the dialing signal and the time data, and the type data of the dialing signal that transmits the PIN number are stored. It is registered and used when making one-touch dial calls. Therefore, it is possible to accurately generate a secondary response from the other party.

In this embodiment, the pause time is set using the one-digit dial key 4.
I set it with , but it can be 2 digits or more. In this case, the delimiter between the pause time and subsequent information (such as a password) is input by some key operation. Further, after the pause, the PB signal is registered as low regardless of the DP/PB switching key 14, but the setting data from the DP/PB switching key 14 may be imported and registration based on this data may be performed. Furthermore, the information is not limited to a personal identification number, but may be any other information such as a code for requesting a certain service.

[Effects of the Invention] - As explained above, according to the present invention, various data related to information to be added to a dial signal and transmitted are stored in the storage section, and information can be transmitted based on the data by operating a predetermined key. Since the second response can be retrieved using only the memory dial function, the operability is good. For this reason,
This is extremely effective when extracting various services from the other device.

[Brief explanation of the drawing]

FIG. 1 is a block diagram of an embodiment of the present invention, FIG. 2 is a diagram showing a key operation procedure for information registration according to this embodiment, and FIGS. 3 and 4 are operations of an embodiment of the present invention. FIG. 5 is a flowchart for explaining the process, and is a diagram showing a memory map of registered telephone numbers, information, and data. 1...CPU 2...Hook switch 3.
...Registration key 4...Dial key 5...DP
Signal sending unit 6...DP switch 7...Memory
8...Pause key 9...Timer 10.
...PB signal sending unit 11...Set key 12...
・Polarity reversal detection unit 13...One-touch key 14...
・DP/PB switching key 15...Bell part 16・
...Hybrid circuit 17...Amplifier 18...
Transmitter 19...Receiver agent Patent attorney Book 1)
Takashi Fig. 1 1 Kozue @ 2 Maki 13th technique --- 1 --- Fig. 5

Claims (1)

[Claims] In a telephone that stores a telephone number of the other party and transmits a dial signal based on the stored telephone number when a predetermined key operation is performed, data regarding information to be transmitted in addition to the dial signal is provided. A storage section that stores data in correspondence with each other and an information sending means that sends out information based on the data stored in the storage section are provided, and when a predetermined key operation is performed, a dial signal is generated based on the stored telephone number. 1. A telephone set, wherein the information sending means sends out the information based on data stored in correspondence with the telephone number.