JPH01284045A - Electronic telephone set with incoming tone identification function - Google Patents

Abstract

PURPOSE:To allow the telephone set to whom a call arrives before the reply by ringing an incoming tone corresponding to an ID code to be registered and blinking an incoming lamp when a designated operator number is dialed from a caller in response to a message at an incoming call. CONSTITUTION:When a ringing signal is received by an incoming tome reception control section 7, the signal is controlled by a central control section 8 and a call is sent to a caller from a message sending section 5 and a message B requesting the transmission of the operator number of the operator designated by the caller is sent to an exchange. When the operator number is received, whether or not the operator number is registered in an ID code storage memory 17 is checked, an incoming sound source 121 corresponding to the ID code is connected switching to a speaker 13, and an incoming tone S1 is sounded from the speaker 13. Simultaneously, a relevant incoming lamp 21 is blinked. Thus, if plural persons use one telephone set, to whom the call arrives is recognized before the reply and the telephone calls are easily handled.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to an electronic telephone connected to a push-button signal line.

[Conventional technology]

Conventionally, this type of electronic telephone receives a ringing signal from the exchange and transmits the ringing signal to one of the telephones.
Two ringtone sources (electronic buzzers) were used to make the calls ring.

[Problem to be solved by the invention]

The conventional electronic telephones mentioned above have the disadvantage that when multiple people are using one telephone, the called party cannot confirm who the caller is calling unless he or she answers the call. be.

(Means for Solving Problem 1) The electronic telephone with a ringtone identification function of the present invention notifies the caller of an incoming call, and the electronic telephone is operated by a caller designated by the caller among the plurality of handlers of the electronic telephone. a message sending unit that sends a message requesting the sending of the operator's number, a plurality of ringing sound sources, an incoming call lamp compatible with the ringing sound source, an ID code registration key compatible with the ringing sound source, an ID code storage memory, and a built-in one of the high group frequency signals and one of the low group frequency signals.
The operator number, which is an analog signal consisting of a combination of Convert the operator number into a number, check whether the operator number converted into four digits is registered in the ID code storage memory, and if it is registered, output the operator number converted into a separate number as an ID code. an ID code receiving section; an ID code compatible lamp switching section that inputs an ID code from the ID code receiving section and blinks an incoming call lamp corresponding to the ID code; and an ID code compatible lamp switching section that inputs an ID code from the ID code receiving section. a ringtone reception control unit that switches and connects the ringtone source corresponding to this ID code to a speaker; and inputs information of the ringtone source connected by the ID code registration key from the ringtone reception control unit to receive the incoming call. A central control section stores a registration request code inputted from the ID code receiving section as an ID code in the ID code storage memory in correspondence with the sound source.

[Effect]

Register the ID code of the operator corresponding to each ringing sound source (incoming call lamp) in the ID code storage memory using the ID code registration key, and then register the operator ID code dialed by the caller ([).
code) is registered in the ID code registration key,
The corresponding incoming call tone will sound and the corresponding incoming call lamp will flash, so if multiple people are using one phone, you will know who the incoming call is for before you answer it, and you will be able to handle the call. It becomes easier to remove.

〔Example〕

Next, embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram showing an embodiment of an electronic telephone with a ringtone identification function according to the present invention, and FIG. 2 is an external view thereof.

This embodiment includes a handset 1 and a push button dial 3.
, the hook switch ID, the common ringing sound source 11, the speaker 13, the changeover switch 14-15, the message sending section 5, the ringtones S1 to 85, 'fi: ring' to the ringtones a121 to 125, and the I [)-]-Code registration key 41~
45, an ID code storage memory 17, an ID code receiving section 6, incoming call lamps 21 to 25, an ID code corresponding lamp switching section, a ring tone reception control section 7, and a center t, II suburban section 8. ing.

The message sending unit 5 notifies the caller of the incoming call and sends a message B requesting transmission of the operator number of the operator designated by the caller among the plurality of operators of the electronic telephone. Incoming call lamps 21-25 correspond to incoming call sound sources 121-125, respectively. ID code registration keys 41-45 correspond to ring tones N121-125, respectively. The ID code receiving unit 6 receives 31 operator numbers, which are analog signals dialed by a push-button dial 3 built into the telephone and consisting of a combination of one of the high group frequency signals and one of the low group frequency signals. and output it as registration request code C.
In addition, the operator number, which is the analog signal dialed by the caller's push button dial and input from the communication mR side, is digitized, and this digitized operator number is
It is checked whether or not it is registered in the D code storage memory 17, and if it is registered, this 4-digit operator number is output as an ID code. The IQ code corresponding lap switching section 9 receives the ID codes a1 to a4 or a5 from the ID code receiving section 6 and blinks the incoming call lamps 21 to 24 or 25 corresponding to the ID codes a1 to a4 or a5, respectively. The ringtone reception control unit 7 receives the I from the ID code reception unit 6.
Enter the D code a1 to a4 or a5, respectively.
Ringtone source 121~ compatible with D code a1~a4 or a5
124 or 125 are switched and connected to the speaker 13. The central control unit 8 controls the ringtone sources connected by the rD code registration keys 41 to 44 or 45 to 121 to 12, respectively.
4 or 125 from the ring tone reception control section 7, and the registration request code C input from the ID code reception section 6 is inputted into the ID codes a1 to 125 corresponding to the ring tone sources 121 to 124 or 126. It is stored in the ID code storage memory 17 as a4 or a5.

Next, the operation of this embodiment will be explained.

Now, assume that the ID code a1 is "1".

First, when the ID code registration key 41 is closed, the ringtone S1 of the corresponding ringtone source 121 is sounded on the speaker 13, and information indicating the incoming call g121 is transmitted to the ID code storage memory 17 under the control of the central control unit 8. is memorized. Next, when the "1n" button on the push button dial 3 is pressed, the hook switch ID is released and the dialed operator number is confirmed to be the operator number dialed by the built-in push button dial. is detected by a detection circuit (not shown) built into the ID code receiving unit 6. After this detection, the operator number, which is a dialed analog signal, is detected. 1'' is digitized by the ID code receiving unit 6, and this digitized operator number as the registration request code C (=“1゛°) is sent to the central control unit 8, and is controlled by the central control unit 8. ID code a1 corresponding to the ringtone source 121
(="1") and is registered in the ID code storage memory 17. After that, when the board of the electronic telephone presses the "#" button, information indicating the completion of registration of the ID code a1 is sent to the central control unit 8, the changeover switch 15 is opened, and the ID code corresponding to the ringtone a121 is Code a1 (=“”
1”) registration is completed.

Further, when first clearing the ID code in the ID code storage memory 17, such as when changing a registered ID code, it is sufficient to press the "°#" button at the same time as the "4" button is pressed.

After completing the IQ code registration of the ring tone source, when there is an incoming call and a ringing signal is received by the ring tone reception control section 7, the changeover switches 14 and 15 are closed by the central control section 8.
Under the control of the central control section 8, the message sending section 5 sends a message B to the exchange side, informing the caller of the incoming call and requesting transmission of the operator number of the operator designated by the caller.

After that, when the operator number is received within a predetermined period of time, for example 8 seconds, the hook switch ID is closed to confirm that this operator number is the operator number input from the exchange side. Accordingly, it is detected by a detection circuit built in the ID code receiving section 6.

As a result of this detection, the ID code receiving unit 6 recognizes that the operator number has been input from the switchboard, and the ID code receiving unit 6 converts the operator number into a 4-digit number, e.g. 1''.
is checked to see if it is registered in the ID code storage memory 17, and since it is registered, the digitized operator number P1'' is sent to the ID code receiving unit 6 as [Dl-doat (="1")]. The ringtone m121 corresponding to the ID code "1" is output from the speaker 13 and input to the ringtone reception control unit 7, and the ringtone m121 corresponding to the ID code "1" is switched and connected to the speaker 13, and the ringtone S1 is output from the speaker 13.
sounds. At the same time, the ID code "1" is input from the ID code receiving section 6 to the LD code corresponding lamp switching section 9, and the incoming call lamp 21 corresponding to the ID code "1" blinks.

When the telephone iii! .15 is released and becomes a talking state.

If the operator number is not received from the exchange within 8 seconds after sending message B, a ringtone S6 generated by the common ringtone source 11 is sounded from the speaker 13. Further, when the ID code of the ringing sound source is not registered, when the ringing signal is received by the ringing tone reception control section 7, the ringing tone S6 generated by the common ringing sound source 11 is sounded from the speaker 13. When the telephone operator asks for the ring tone S6 and takes the handset 1 off the hook,
The hook switch ID is closed and the changeover switch 14°15
is released and becomes a talking state.

〔Effect of the invention〕

As explained above, the present invention specifies the ringing sound source using the ID code registration key, designates the operator number using the push-button dial, and then inputs the operator number corresponding to the ringing sound source using the I/O.
It is registered as a D code, and when the caller dials the designated operator number in response to the message received at the time of an incoming call, the ring tone corresponding to the registered ID: j-do will sound and the incoming call lamp will flash. By doing so, when multiple people are using one telephone, it is possible to know who the incoming call is addressed to before answering, making it easier to handle the telephone.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing an embodiment of an electronic telephone with a ringtone identification function according to the present invention, and FIG. 2 is an external view thereof. 1...Handset, 21-25...Incoming call lamp, 3...Push button dial, 41-45...ID code registration key, 5...Message sending section, 6...ID" - code receiving section, 7... Ringing tone reception control section, 8... Central control section, 9... ID code compatible lamp switching section, ID... Hook switch, 11... Common ringing tone source, 121 ~125...Ring sound source, 13...Speaker, 14.15...Select switch, 17...ID code storage memory, a1-a5...ID code, B...Message, C...・Registration request code, 81-S6...Ring tone.

Claims (1)

[Scope of Claims] 1. In an electronic telephone connected to a push-button signal line, an incoming call is notified to a caller, and a handler designated by the caller among a plurality of handlers of the electronic telephone is handled. A message sending unit that sends a message requesting the sending of a call number, multiple ringing sound sources, an incoming call lamp that is compatible with the ringing sound source, an ID code registration key that is compatible with the ringing sound source, an ID code storage memory, and a built-in push button. dialed by a button dial, one of the high group frequency signals and one of the low group frequency signals
The operator number, which is an analog signal consisting of a combination of two numbers, is digitized and output as a registration request code. an ID code receiving unit that digitizes the number, checks whether the digitized operator number is registered in the ID code storage memory, and outputs the digitized operator number as an ID code if it is registered; and input the ID code from the ID code receiving section to receive the corresponding ID.
an ID code compatible lamp switching unit that blinks an incoming call lamp compatible with the D code, and an ID code is input from the ID code receiving unit to receive the corresponding ID code.
a ringtone reception control unit that switches and connects a D-code compatible ringtone source to the speaker; and a ringtone reception control unit that inputs information about the ringtone source connected by the ID code registration key from the ringtone reception control unit to correspond to the ringtone source. and a central control section that stores a registration request code inputted from the ID code receiving section as an ID code in the ID code storage memory.