JPH09200329A - Cordless telephone set - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a cordless telephone set with a means for sending out a password number and a remote control signal through a simple operation while eliminating necessity to store the password number when remotely operating connected opposite side terminal equipment from the cordless telephone set through a telephone line network. SOLUTION: At the cordless telephone set, the password number and the remote control signal are previously stored in a memory part 409 as data through the operation of an operating part 408 under the control of a control part 406. When a call is originated from the cordless telephone set and the opposite side terminal equipment responds to it, the data of password number and remote control signal stored in this memory part 409 are converted to a PB signal by a PB signal generating part 407 through an automatic or simple operation and sent out to the opposite side terminal equipment and the remote operation is enabled.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a cordless telephone, and more particularly to a cordless telephone having means for transmitting fixed data from a cordless telephone and remotely controlling a partner terminal device via a telephone network.

[0002]

2. Description of the Related Art Conventional telephones, that is, cordless telephones, analog telephones, and the like, try to call, for example, an answering machine from the telephone through a telephone line network to record and reproduce the answering machine. In this case, after answering with the answering machine, the personal identification number is sent from the telephone, and subsequently, recording / playback and other necessary operations are performed.

[0003]

According to the above-mentioned prior art, when a telephone is called from a telephone to a telephone answering machine for recording / playback, for example, if the password is forgotten, the telephone answering machine is passed through the telephone network. There is a problem that it cannot be operated remotely.

The present invention is proposed in order to solve this problem. It is not necessary to store a personal identification number when performing remote control of a partner terminal device connected through a telephone network, and it is complicated. It is an object to perform the above remote operation by a simple operation without performing various operations.

[0005]

In order to solve the above-mentioned problems, the invention as set forth in claim 1 uses a telephone line network when a called terminal device accommodated in the telephone line network responds to an incoming call. An invention in the case where a cordless telephone is accommodated in a telephone line network of a method of transmitting a response signal to a calling side terminal device,
Corresponds to a signal transmitted from the cordless telephone to the specific partner terminal device when the cordless telephone is connected to the specific partner terminal device via the telephone line network and the specific partner terminal device responds. A means for storing data in the cordless telephone, specifically, a memory is provided, and data corresponding to a signal to be sent to the specific partner terminal device is stored in the memory in advance, and the call is transmitted from the cordless telephone. When connecting to the specific partner terminal device via the line network and the specific partner terminal device responds,
When the cordless telephone receives the response signal transmitted from the telephone line network to the cordless telephone, it becomes a signal transmitted when the specific partner terminal device stored in the memory of the cordless telephone responds. The corresponding data is read, the data is converted into a signal suitable for the specific partner terminal device, and the signal is transmitted to the specific partner terminal device.

According to a second aspect of the present invention, in the cordless telephone set forth in the first aspect, data corresponding to a signal transmitted when a specific partner terminal device responds, personal identification number data, and rest time data. And the data corresponding to the signal for remotely controlling the partner terminal device (hereinafter, referred to as "code number and control signal data"), and during the down time, the specific partner terminal device receives the code number. The time from when the remote control signal is received until the remote control signal can be accepted is the rest time.
After the personal identification number data is converted from the cordless telephone into a signal suitable for the other terminal device and transmitted, the other terminal device receives the signal obtained by converting the personal identification number data and can receive the remote control signal. By converting the data of the remote control signal into a signal suitable for the partner terminal device and sending the signal after the rest time, the partner terminal device can be immediately remote-controlled.

According to the third aspect of the invention, when the called terminal equipment accommodated in the telephone line network responds to the incoming call,
In the invention in the case where a cordless telephone is accommodated in a telephone line network that does not send a response signal from the telephone line network to the calling terminal device, the telephone number data of the partner terminal device to communicate and the telephone number data are Continuously, the data of the telephone number of the communicating terminal device is converted into a dial signal, and the data of the pause time which estimates the time from the sending from the cordless telephone until the responding terminal device responds, and the pause. A means for storing, as a set of data, a data corresponding to a signal sent when the communicating terminal device responds, following the time data, specifically, a memory is provided,
In a cordless telephone having a function button corresponding to the set of data, the set of data is previously stored in a memory, and the function button corresponding to the set of data is operated on the cordless telephone. , The previously stored set of data is read from the memory, the data of the telephone number of the partner terminal device is converted into a dial signal from the set of data, and automatically transmitted to the telephone line network to dial the telephone number. After the signal is sent, the data corresponding to the signal sent when the other terminal device responds after a lapse of the time determined by the above-mentioned data of the rest time is converted into a signal suitable for the other terminal device and sent. It is something that is done.

According to a fourth aspect of the invention, similarly to the second aspect, when the called side terminal equipment accommodated in the telephone line network responds to the incoming call, the telephone line network responds to the calling side terminal equipment. In another invention in the case where a cordless telephone is accommodated in a telephone line network that does not send a signal, data of a telephone number of a partner terminal device with which communication is to be made and data corresponding to a signal sent when the partner terminal device responds In a cordless telephone having a means for storing as a set of data, specifically a memory, and having a function button corresponding to the set of data, the set of data is stored in the memory in advance, and the cordless On the telephone set, the first operation of the function button corresponding to the set of data reads the set of data from the memory, and the data of the telephone number of the partner terminal device is read from the set of data. Converted to a digital signal, sent out, connected to the other terminal device via the telephone network, and after the other terminal device responds, by the operation of the function button corresponding to the above set of data on the cordless telephone again, The data corresponding to the signal transmitted when the partner terminal device responds out of the set of data is converted into a signal suitable for the partner terminal device and transmitted.

The invention according to claim 5 is the invention according to claims 3 and 4.
In the cordless telephone set forth in claim 1, the data corresponding to the signal sent when the other terminal device responds is the same as the means for solving the problem of the above-mentioned claim 2, and is the data of the personal identification number and the control signal. is there.

Control of storage of the data, reading of the data, conversion into a signal, transmission, etc. can be realized by software processing, and the software corresponding to claims 1 to 5 is different software. is there.

[0011]

1 is a system configuration diagram according to an embodiment of the present invention, FIG. 2 is a block diagram of a main part of a digital cordless telephone according to an embodiment of the present invention, and FIG. 3 is a memory stored in the digital cordless telephone. FIG. 4 is a block diagram of data to be processed, FIG. 4 is a flowchart of the system according to claims 1 and 2,
5 is a flowchart of the system according to claims 3 and 5, and FIG. 6 is a flowchart of the system according to claims 4 and 5.

In FIG. 1, 1 is a telephone line network (the telephone line network 1 has a system for transmitting a response signal and a system for not transmitting a response signal), 2 is an answering machine, and 3 is a digital cordless telephone. A base station (hereinafter referred to as "base station"), 4 is a digital cordless telephone (hereinafter referred to as "cordless telephone"), 5 is a wireless line, 6 is a bank service terminal device, and 7 is a seat reservation terminal device.

FIG. 1 shows an answering machine 2, a base station 3, and a cordless telephone 4 connected to the base station 3 via a wireless line 5, a bank service terminal device 6, and a seat as terminal devices connected to the telephone line network 1. The reservation terminal device 7 is shown, and the answering machine 2, the bank service terminal device 6, and the seat reservation terminal device 7 are targets of remote operation from the cordless phone 4 via the base station 3 and the telephone line network 1.

In FIG. 2, 401 is an antenna and 402
Is a radio unit that transmits and receives radio signals, 403 is a modulation / demodulation unit that modulates transmission signals and demodulates reception signals, and 404 is a digital transmission processing unit that performs transmission signal multiplexing and reception signal decoding (hereinafter referred to as “transmission”). A processing unit "), 405 performs analog / digital conversion of transmission signals (hereinafter referred to as" A / D conversion "), digital / analog conversion of reception signals (hereinafter referred to as" D / A conversion "), and the like. A voice processing unit to perform, 406 is a control unit that controls all cordless telephones,
Reference numeral 407 is a PB signal generation unit, 408 is an operation unit having dial buttons, function buttons and the like, 409 is a memory unit for storing software and data, 410 is a receiver and 411 is a transmitter.

FIG. 3A shows the data of the telephone number of the communicating terminal device and the time from when the telephone number of the communicating terminal device is sent from the cordless telephone until the responding terminal device responds. 3B shows a data structure in which the data of the estimated downtime and the data of the personal identification number (that is, the data corresponding to the signal sent when the partner terminal device responds) are set as a set, and FIG. , The data of the telephone number of the partner terminal device to communicate with and the data of the personal identification number (that is,
Data corresponding to the signal sent when the other terminal device responds. 3) shows the data structure as a set, and FIG.
Shows the structure of data used in place of the personal identification number data shown in FIGS. 3A and 3B. The personal identification number data, pause time data, and recording / playback Signal data (ie,
Remote control signal data), that is, the data structure composed of the above-mentioned "password and control signal data".

In FIG. 4, when the answering machine 2 (called side) accommodated in the telephone line network 1 responds to an incoming call, a response signal is sent from the telephone line network 1 to the cordless telephone 4 (calling side). FIG. 3C is a flow chart of the system when the cordless telephone 4 is accommodated in the telephone line network 1 of the above method. The flow chart in the dotted line shows the case where the data shown in FIG. Show.

In FIG. 5, when the answering machine 2 (called side) accommodated in the telephone line network 1 responds to an incoming call, a response signal is sent from the telephone line network 1 to the cordless telephone 4 (calling side). Cordless telephone 4 on telephone network 1
When the cordless telephone 4 sends the telephone number of the answering machine 2 by operating the function button in the cordless telephone 4, the personal identification number (that is,
Signal sent when the other terminal device responds. ) Is transmitted, the flowchart of the part shown by the dotted line is replaced with the data of the personal identification number, and FIG.
The case where the data shown in (C) is used is shown.

In FIG. 6, when the answering machine 2 (called side) accommodated in the telephone line network 1 responds to an incoming call, a response signal is sent from the telephone line network 1 to the cordless telephone 4 (calling side). In the case where a cordless telephone is accommodated in the telephone line network 1 of the non-use system, the cordless telephone 4 sends the telephone number of the answering machine 2 by the first operation of the function button, and the telephone number is sent to the answering machine 2 via the telephone line network 1. After connecting and confirming by the cordless telephone 4 that the answering machine 2 has responded to the incoming signal, by operating the function button again,
FIG. 3C shows a flowchart of another system in the case of sending out a personal identification number (that is, a signal to be sent when the partner terminal device responds). The flowchart of the part shown by the dotted line is shown in FIG. The case where data is used is shown. The operation of the cordless telephone 4 will be sequentially described with reference to FIGS. 1 and 2 according to the flowcharts of FIGS.

The operation of the cordless telephone 4 will be described with reference to the flowchart of FIG.

In the cordless telephone 4, personal identification number data (including a special signal transmitted prior to the personal identification number) is stored in the memory unit 409 by operating the operation unit 408 in advance. deep.

When a calling operation is performed on the cordless telephone 4, the calling information is sent from the operation unit 408 to the control unit 406, the control unit 406 receives the calling information, and the calling signal ( Signals necessary for control such as a calling signal are stored in the memory unit 409 as data.), And this is sent to the transmission processing unit 404, and the transmission processing unit 4
04 receives the calling signal, multiplexes it, and sends it to the modulation / demodulation unit 403. The modulation / demodulation unit 403 modulates the calling signal and sends it to the radio unit 402, and the radio unit 402 sends it. Is transmitted from the antenna 401 to the base station 3 via the wireless line 5 (step S1).

The base station 3 receives the calling signal, sets up the wireless line 5 with the cordless telephone 4, and activates the telephone line network 1 (step S2).

Next, when the telephone number of the other party's answering machine 2 is dialed by the cordless telephone 4 by operating the operation unit 408, the dial information is obtained from the operation unit 408.
The control unit 406 receives the dial information, sends a PB signal corresponding to the dial information to the voice processing unit 405 by controlling the PB signal generation unit 407, and outputs the voice processing unit 405.
Converts the PB dial signal into A / D, and the transmission processing unit 40
4, the modulation / demodulation unit 403 performs a modulation process and sends it to the radio unit 402, and the radio unit 402 transmits this as a radio signal from the antenna 401 to the base station 3 via the radio line 5 (step S3).

When the control unit 406 receives the dial information from the operation unit 408, the control unit 406 controls the transmission of the PB dial signal and also stores the telephone number data of the answering machine, which is a specific partner terminal device, stored in the memory unit 409. Is read out and the data of the telephone number is compared with the dial information sent from the operation unit 408. If they match, the currently calling party is the answering machine 2, the telephone line network 1 to the base station 3, the wireless line. When a response signal comes to the cordless telephone 4 via 5, it is stored that it is a specific partner terminal device which sends out a personal identification number. The base station 3 receives the PB dial signal and sends it to the telephone line network 1, and the telephone line network 1 receives the PB dial signal (step S
4) The base station 3 and the answering machine 2 are connected via the telephone line network 1 (step S5), and an incoming signal is sent to the answering machine 2 (step S6).

When the answering machine 2 receives the incoming signal (step S7) and responds (step S8), the telephone line network 1 detects the response (step S9) and sends a response signal to the base station 3. (Step S10), the base station 3 receives the response signal and transmits it to the cordless telephone 4 via the wireless line 5.

The cordless telephone 4 receives the response signal from the antenna 401 by the radio section 402, sends it to the modulation / demodulation section 403, demodulates it, and sends it to the transmission processing section 404. The transmission processing section 404 decodes the response signal. Then, when the response signal is received (step S11), the control terminal 406 confirms that the partner terminal device is a partner to which the personal identification number is sent when the partner terminal device responds. Since it is stored, the personal identification number data stored in advance is read from the memory unit 409, and the PB signal corresponding to the personal identification number data (hereinafter referred to as “PB signal of personal identification number”) is read.
That. ) From the PB signal generator 407 to the voice processor 40
5 and thereafter, the PB signal of the personal identification number is transmitted to the antenna 40 in the same manner as in the case of transmitting the PB dial signal.
1 is transmitted to the base station 3 via the wireless line 5 (step S12), and the base station 3 receives the PB signal and sends it to the answering machine 2 via the telephone line network 1.

The answering machine 2 receives the PB signal of the above-mentioned personal identification number (step S13), and then sends out a signal sound indicating that it is possible to receive a signal for remote operation sent from the cordless telephone 4 thereafter. Yes (step S1
4).

In the explanation of the operation of the cordless telephone 4 according to the flow chart of FIG. 4, instead of the data of the personal identification number, the data of the personal identification number, the data of the rest time and the data of the recording / reproducing signal shown in FIG. By using
The operation after step S11 is as described below.

As described above, since the cordless telephone 4 stores the above-mentioned personal identification number and the partner terminal device which sends out the recording / playback when the partner terminal device responds, the memory section is continued from step S11. The data of the personal identification number, the pause time data, and the recording / reproducing signal data stored in advance are read from 409, and the personal identification number PB is read in the same manner as the operation of step S12.
A signal sound indicating that it becomes possible to send a signal and the answering machine 2 receives the PB signal of the personal identification number (step S13), and thereafter to receive a signal for remote operation sent from the cordless telephone 4. Is transmitted (step S1
4).

The cordless telephone 4 uses the P
After sending the B signal, the time until the answering machine 2 reaches the step S14 is waited by the pause time data (step S26), and after the pause time, the PB signal (corresponding to the data of the recording / playback signal ( Hereinafter, a "recording / playback PB signal" is transmitted (step S2).
7).

The answering machine 2 receives the above-mentioned PB signal for recording and reproduction and performs recording and reproduction.

When communication is completed and the call ends at the cordless telephone 4, the call end information is sent from the operation unit 408 to the control unit 406, and the control unit 406 receives the call end information and ends the call from the memory unit 409. The speech signal is read out, and the call termination signal is transmitted from the antenna 411 to the base station 3 via the wireless line 5 by the same operation as in the case of transmitting the calling signal.

The base station 3 receives the above-mentioned termination signal and opens the wireless line 5 with the cordless telephone 4,
The cordless telephone 4 returns to the normal state (step S1
5) Also, since the base station 3 releases the telephone line network 1, the telephone line network 1 returns to the normal state by the release information from the base station 3 (step S16), and the answering machine 2 also returns to the normal state (step S16). Step S17).

The operation of the cordless telephone 4 will be described with reference to the flowchart of FIG.

The cordless telephone 4 is connected to the answering machine 2 through the wireless line 5, the base station 3 and the telephone line network 1,
In the cordless telephone 4 in which the base station 3 is connected to the telephone line network 1 which does not send a response signal from the telephone line network 1 to the base station 3 (that is, the cordless telephone 4) when the answering machine 2 responds, as shown in FIG. ), The data of the telephone number of the answering machine 2, the data of the down time, and the data of the personal identification number are combined as a set of data,
The data of the down time, which is stored in the memory unit 409 in advance and provided between the data of the telephone number and the data of the personal identification number, is from when the telephone number is sent from the cordless telephone 4 until the answering machine 2 responds. The data of the estimated time is set in advance, and the cordless telephone 4 is provided with a function button corresponding to the set of data.

When making a call from the cordless telephone 4 when making a call from the cordless telephone 4 to the answering machine 2, the telephone line network 1 is activated by the same operation as described with reference to FIG. 4 (steps S1 and S2). When the function button corresponding to the telephone number data, the down time data, and the personal identification number data of the answering machine 2 is operated (step S2).
1), the operation information is sent from the operation unit 408 to the control unit 406, and the control unit 406 uses the operation information to store in the memory unit 40.
The telephone number data, the down time data, and the personal identification number data of the answering machine 2 are read from 9 and the PB signal corresponding to the telephone number data (hereinafter , "PB signal of telephone number" is transmitted (step S2).
2) When the response signal is received from the telephone line network 1 and the PB signal of the personal identification number is transmitted in the operation according to the flowchart of FIG. 4 after the lapse of the time according to the data of the pause time (step S23). The PB signal of the personal identification number is transmitted by the same operation as (step S12).

When the PB signal of the personal identification number is transmitted, the cordless telephone 4 sends the PB of the telephone number of the answering machine 2.
After the signal is sent (step S22), the PB signal is received by the telephone network 1 (step S4), the telephone line is connected to the answering machine 2 (step S5), and the incoming signal is sent to the answering machine 2 (step). In step S6, the answering machine 2 receives the incoming signal (step S7) and the answering machine 2 responds (step S8). In this state, the PB signal with the above-mentioned personal identification number can be received, so that it becomes possible to receive the PB signal with the personal identification number (step S13) to receive the signal of the remote operation. A signal sound indicating that is sent out (step S14).

In the explanation of the operation of the cordless telephone 4 according to the flow chart of FIG. 5, in the data structure shown in FIG.
By using the code number data, pause time data, and recording / playback signal data shown in (C), step S2
The operations after 3 are as described below.

In the cordless telephone 4, step S
When the PB signal of the personal identification number is sent out after 23 (step S12), the answering machine 2 receives the PB signal of the personal identification number (step S13), and then a signal for remote operation sent from the cordless telephone 4. A signal sound indicating a state capable of receiving is transmitted (step 14).

The cordless telephone 4 uses the P
After transmitting the B signal, the time until the answering machine 2 reaches the step S14 is waited in accordance with the pause time data (step S26), and after the pause time, a PB signal for recording and reproduction is transmitted (step S27). ). The answering machine 2 receives the PB signal of the recording / playback and performs the recording / playback. The end of the call is the same as the case of the operation according to the flowchart of FIG.

The operation of the cordless telephone 4 will be described with reference to the flowchart of FIG.

As in the case of FIG. 5, the answering machine 2
When the base station 3 is connected to the telephone line network 1 that does not send a response signal from the telephone line network 1 to the base station 3 (that is, the cordless telephone 4) when answering, As shown in the data structure of FIG. 3B, the memory unit 409 stores the telephone number data of the answering machine 2 and the personal identification number data as a set of data.
, And a function button corresponding to the above-mentioned set of data is provided.

When making a call from the cordless telephone 4 to the answering machine 2, a call operation is performed on the cordless telephone 4 (step S1), and the telephone line network 1 is activated by the same operation as described with reference to FIG. 4 (step S1). S2), by the first operation of the function button corresponding to the set of data (step S24), the operation information is transferred from the operation unit 408 to the control unit 4
06, the control unit 406 receives the operation information, reads the set of data from the memory unit 409,
The PB signal of the telephone number is transmitted by the same operation as the case of transmitting the dial signal by the manual operation according to the telephone number data among the data (step S22), and is transmitted to the answering machine 2 via the telephone line network 1. Connect (Step S
4, S5), an incoming signal is sent to the answering machine 2 (step S6). By receiving the incoming signal at the answering machine 2 (step S7), responding (step S8), confirming the response at the cordless telephone 4, and then operating the function button corresponding to the set of data again. (Step S25), the re-operation information is sent from the operation unit 408 to the control unit 406, and the re-operation information causes the control unit 406 to perform the manual operation by the personal identification number data of the set of data. The PB signal of the personal identification number is transmitted to the answering machine 2 by the same operation as in the case of transmitting the dial signal (step S12).

When the answering machine 2 receives the PB signal of the personal identification number (step S13), the answering machine 2 sends out a signal sound indicating that it is possible to receive a signal of the subsequent remote operation (step S13). S14).

In the above description of the operation, in the data structure shown in FIG. 3B, the code number data is replaced by the code number data shown in FIG. 3C, the pause time data, and the recording / reproduction signal. By using the data of step S
The operations after 25 are as described below.

In the cordless telephone 4, step S
When the PB signal of the personal identification number is transmitted after 25 (step S12), the answering machine 2 receives the PB signal of the personal identification number (step S13), and a signal for remote operation transmitted from the cordless telephone 4 thereafter. A signal sound indicating a state capable of receiving is transmitted (step 14).

The cordless telephone 4 uses the P
After transmitting the B signal, the time until the answering machine 2 reaches step S14 is waited according to the pause time data (step S26), and after the pause time, the PB signal for recording and reproduction is transmitted (step S27). ). The answering machine 2 receives the PB signal of the recording / playback and performs the recording / playback.

The end of the call is the same as the case of the operation according to the flow chart shown in FIG.

In the explanation of the operation of the cordless telephone 4 according to the flow chart of FIG. 6, one function button corresponding to the data having a set of the telephone number and the personal identification number is used, but the data of the telephone number and the personal identification number are used. It is also possible to individually provide a plurality of function buttons corresponding to each of the data of
It is also possible to separately store the telephone number data and the personal identification number data in the memory unit 409, and these methods can be realized by changing the software settings.

In the above description, the cordless telephone 4
Has a PB signal generation unit 407, which converts a personal identification number, dial information and the like into PB signals corresponding to respective data and sends the PB signals to the base station 3 via the wireless line 5. Without providing the PB signal generation unit 407, the base station 3 is provided with the same function as the PB signal generation unit 407, and the above-mentioned personal identification number, recording and reproduction from the cordless telephone 4 are performed.
When sending data for remote operation such as recording deletion and dial information, the data read out from the memory unit 409 remains as data from the control unit 406 to the transmission processing unit 404.
To the base station 3 via the wireless line 5 from the antenna 401 as a wireless signal in the wireless unit 402.
Alternatively, the base station 3 can receive the data, convert the data into a PB signal corresponding to the data, and send the PB signal to the telephone network 1.

The above description is for the case where the cordless telephone 4 is connected to the answering machine 2 via the wireless line 5, the base station 3 and the telephone line network 1 in FIG. For the connected bank service terminal device 6, seat reservation terminal device 7, etc., the data corresponding to each service or terminal device is also supplied to the cordless telephone 4.
By providing a function button corresponding to the data in the cordless telephone 4, it is possible to send a personal identification number for banking service, seat reservation, etc. and to perform remote control, as in the operation for the answering machine 2.

[0052]

As described above, the present invention calls the answering machine from the cordless telephone through the telephone line network, and when the answering machine answers, the response signal sent from the telephone line network is transmitted through the base station. A cordless telephone automatically receives a personal identification number or a pause after the personal identification number is sent, and then a remote control signal is continuously sent from the cordless telephone to an answering machine, or when the above answering machine responds, the telephone line If the response signal is not sent from the network, the time from sending the telephone number of the answering machine by operating the function button on the cordless telephone until the answering machine responds is estimated. To send a remote control signal continuously from the cordless telephone to the answering machine with a pause after sending the PIN or PIN. , Or after sending the telephone number of the answering machine by operating the function button on the cordless telephone, confirming the response of the answering machine, and then operating the function button again, the password or the pause time after sending the password to the answering machine. Therefore, according to the present invention, it is possible to perform remote operation by a simple operation without the need to store a personal identification number, such as bank service, seat reservation, etc. The effect that it can also be used for various services via the telephone network is obtained.

[Brief description of drawings]

FIG. 1 is a system diagram showing an embodiment of the present invention.

FIG. 2 is a block diagram of essential parts of a digital cordless telephone.

FIG. 3 is a configuration diagram of data stored in a digital cordless telephone.

FIG. 4 is a flowchart of the system according to claim 1.

FIG. 5 is a flowchart of a system according to claim 2.

FIG. 6 is a flowchart of the system according to claim 3;

[Explanation of symbols]

1 ... Telephone line network 2 ... Answering machine 3 ... Digital cordless telephone base station 4 ... Digital cordless telephone 5 ... Wireless line 6 ... Bank service terminal equipment 7 ... Seat reservation terminal equipment 401 ... Antenna 402 ... Radio section 403 ... Modulation / demodulation section 404 ... Digital transmission processing unit 405 ... Voice processing unit 406 ... Control unit 407 ... PB signal generation unit 408 ... Operation unit 409 ... Memory unit 410 ... Handset 411 ... Transmitter

Claims (6)

[Claims] 1. A cordless telephone is originated and connected to a specific partner terminal device via a telephone line network, and when the specific partner terminal device responds, the cordless phone is sent to the specific partner terminal device. In a cordless telephone having means for storing the data corresponding to the signal in the cordless telephone, the data corresponding to the signal transmitted when the specific partner terminal device responds is stored in advance in the cordless telephone, When calling from the cordless telephone and connecting to the specific partner terminal device via the telephone line network and the specific partner terminal device responds,
When the cordless telephone receives the response signal transmitted from the telephone line network to the cordless telephone, it corresponds to the signal which is stored in the cordless telephone in advance and which is transmitted when the specific partner terminal device responds. A cordless telephone having means for converting data into a signal suitable for the specified partner terminal device and automatically sending the signal to the specified partner terminal device. 2. The cordless telephone according to claim 1, wherein data corresponding to a signal sent when a specific partner terminal device responds is a secret code data, a pause time data, and a remote terminal device remote. A cordless telephone composed of data corresponding to signals to be controlled. 3. The partner terminal device responds after the telephone number data of the partner terminal device to communicate and the telephone number of the partner terminal device to communicate subsequent to the data of the telephone number are transmitted from the cordless telephone. And a means for storing, as a set of data, a pause time data for estimating the time until, and a data corresponding to a signal sent when the partner terminal device responds, following the pause time data, In a cordless telephone having a function button corresponding to a set of data, by previously storing the one set of data in the cordless telephone and operating the function button corresponding to the one set of data on the cordless telephone. , Converting the telephone number data of the partner terminal device from the previously stored data set into a dial signal and automatically sending it to the telephone line network, After transmitting the signal, the data corresponding to the signal sent when the other terminal device responds after a lapse of time according to the above-mentioned pause time data is converted into a signal that is compatible with the other terminal device, and continuously. A cordless telephone having means for transmitting. 4. A means for storing, as a set of data, a telephone number data of a communication partner terminal device and data corresponding to a signal transmitted when the partner terminal device responds.
In a cordless telephone having a function button corresponding to the set of data, the set of data is stored in advance in the cordless telephone, and the function button corresponding to the set of data is operated by the cordless telephone. By doing so, out of the set of data, the data of the telephone number of the communicating terminal device is read, converted into a dial signal and automatically sent to the telephone line network, and then transmitted through the telephone line network. After connecting to the partner terminal device and the partner terminal device responding, by operating the function button corresponding to the set of data again on the cordless telephone, the partner terminal device of the set of data is Convert the data corresponding to the signal sent when responding to a signal compatible with the other terminal device,
A cordless telephone having means for transmitting to a partner terminal device. 5. The cordless telephone according to claim 3 or 4, wherein the data corresponding to the signal transmitted when the partner terminal device responds is personal identification number data, downtime data, and remote partner device remote data. A cordless telephone composed of data corresponding to signals to be controlled. 6. The cordless telephone according to claim 1, wherein the cordless telephone is a digital cordless telephone.