JP4305395B2 - Telephone system and curled cordless telephone - Google Patents

Description

  The present invention relates to a telephone control technology, and more particularly to a handset registration processing technique for associating a base unit and a handset of a curled cordless telephone in a telephone system that shares a telephone line by a plurality of telephones including a curled cordless telephone.

In a telephone system consisting of a plurality of telephones and a control device that connects these telephones and accommodates one or more telephone lines, the telephone lines can be shared by these telephones by controlling the telephones of each telephone. is doing.
For example, in a button telephone device representing a telephone system, a telephone line such as an analog telephone line or an IP telephone line accommodated in a main device corresponding to the control device is shared by a plurality of extension telephones connected to the main device. It has become.

In this type of telephone system, a curled cordless telephone may be used as a telephone. A curled cordless telephone is a telephone in which a master unit having a call control function and a slave unit having a call function are connected via a wireless transmission line. In the telephone system, the master unit is connected to a control device via an extension transmission line. Is done.
In such a curled cordless telephone, when a wireless system capable of one-to-many connection such as Bluetooth (see Non-Patent Document 1, etc.) is used as a wireless interface that connects a parent device and a child device, individual curl It is necessary to distinguish the combination of the master unit and the slave unit with a cordless telephone.

  Conventionally, as a handset registration processing technique for associating a specific base unit with a handset in a curled cordless telephone, identification information called an ID code for each combination of the base unit and handset is provided between the base unit and the handset. A technique has been proposed in which wireless communication is performed only between a specific parent device and a slave device by exchanging data and registering them in a nonvolatile memory and confirming an ID code between the two devices during wireless communication (for example, patents) Reference 1 etc.).

The applicant has not yet found prior art documents related to the present invention by the time of filing other than the prior art documents specified by the prior art document information described in this specification.
JP-A-7-75169 www.bluetooth.org/spec/

However, in such a prior art, since the ID code is simply exchanged between the master unit and the slave unit during the registration process, if the registration process is performed in parallel with a plurality of curl cordless telephones, the ID code However, there is a possibility that a different parent device and child device are associated with each other, and the desired parent device and child device cannot be accurately associated with each other. In addition, many of the common curlless telephones do not have an operation input unit or display unit on the base unit. In such a case, the ID code is input from the base unit or the ID code is confirmed. The conventional technique cannot be applied as it is.
The present invention is for solving such problems, and easily and accurately associates a parent device and a child device of a curled cordless telephone even if the parent device is not provided with an operation input unit or a display unit. It is an object to provide a telephone system and curl cordless telephone that can be used.

  In order to achieve such an object, a telephone system according to the present invention includes a control device that connects a plurality of telephones and accommodates a telephone line. As the telephone, a slave unit and a master unit have a wireless transmission path. The control system includes a slave unit registration control means for notifying the master unit of a registration code unique to the slave unit registration process in the curl cordless phone. Is provided with a slave unit registration means for notifying the master unit of an authentication code generated based on the registration code inputted by the operation, and the master unit is based on the authentication code notified from the slave unit and the registration code notified from the control device. A slave unit registration processing unit is provided for determining that the slave unit is a valid slave unit in accordance with a match with the generated authentication code.

At this time, the slave unit registration control means controls any one of the phones other than the curl cordless phone that performs the slave unit registration process so that the registration code used in the master unit is visually displayed on the phone. Also good.
Alternatively, the control device may further be provided with a registration code generating means for generating a registration code.

  The curl cordless telephone according to the present invention is a telephone system including a control device that connects a plurality of telephones and accommodates a telephone line. The curlless telephone is used as the telephone, and the slave unit and the master unit are connected via a wireless transmission path. The connected cordless phone has a cordless cordless telephone, and the cordless handset is provided with cordless handset registration means for notifying the cordless handset of an authentication code generated based on an operation input registration code. There is provided a slave unit registration processing means for determining that the slave unit is a valid slave unit in accordance with a match between the code and the authentication code generated based on the registration code notified from the control device.

  According to the present invention, a registration code unique to a slave unit registration process in a desired curled cordless telephone is notified from the control device to a master unit that is a target of the slave unit registration process, and is also a target of the slave unit registration process. The authentication code generated based on the registration code input from the slave unit is notified to the master unit, and the authentication code notified from the slave unit matches the authentication code generated based on the registration code notified from the control unit. Accordingly, since the master unit determines that the slave unit is a valid slave unit, even if the master unit is not provided with an operation input unit or a display unit, the master unit and the slave unit of the curl cordless telephone are connected. Can be easily and accurately related.

Next, embodiments of the present invention will be described with reference to the drawings.
[First Embodiment]
First, a telephone system according to a first embodiment of the present invention will be described with reference to FIG. FIG. 1 is a block diagram showing the configuration of the telephone system according to the first embodiment of the present invention.
The telephone system 10 includes a plurality of telephones 3 and 3A, and the telephones 3 and 3A connected via extension transmission lines 6A and 6B and at least one telephone line 7 including an analog telephone line or an IP telephone line. It is comprised from the control apparatus 4 to accommodate.

  Among these, the telephone 3A is a curl cordless telephone composed of a curl cordless master unit (hereinafter referred to as a master unit) 1 and a curl cordless slave unit (hereinafter referred to as a slave unit) 2. The curl cordless telephone 3A is a telephone in which a base unit 1 having a call control function and a handset 2 having a call function are connected via a wireless transmission path 5, and the base unit 1 is connected via an extension transmission path 6A. It is connected to the control device 4.

  In the present embodiment, a registration code unique to the slave unit registration process in the desired curled cordless telephone 3A is notified from the control device 4 to the master unit 1, and is generated based on the registration code input by operation on the slave unit 2 The master device 1 is notified of the authentication code, and the master device 2 is connected to the master device 1 in accordance with a match between the authentication code notified from the slave device 2 and the authentication code generated based on the registration code notified from the control device 4. This is a legitimate handset.

Hereinafter, in the curled cordless telephone 3A, a case where a Bluetooth wireless system capable of one-to-many connection (see Non-Patent Document 1 or the like) is used as an example of a wireless interface that connects a parent device and a child device will be described. However, the present invention is not limited to this.
The telephone 3 is a telephone having a display function for displaying various types of information notified from the control device 4 and is a known telephone used in a telephone system such as a button telephone device, and detailed description thereof is omitted.

[Curl cordless phone]
Next, with reference to FIG. 2 and FIG. 3, the configuration of the parent device and the child device of the curl cordless telephone used in the telephone system according to the first embodiment of the present invention will be described in detail. FIG. 2 is a block diagram showing a configuration of the curl cordless base unit used in the telephone system according to the first embodiment of the present invention. FIG. 3 is a block diagram showing a configuration of the curl cordless handset used in the telephone system according to the first embodiment of the present invention.

  As shown in FIG. 2, the base unit 1 is a telephone having a call control function and a wireless communication function, and includes a transmission interface unit (hereinafter referred to as a transmission I / F unit) 11, a wireless interface unit (hereinafter referred to as a wireless I / F). A master unit storage unit 13 and a master unit control unit 14 are provided.

The transmission I / F unit 11 includes a circuit unit that performs data transmission with the control device 4 via the extension transmission path 6A, and has a function of exchanging various data such as control commands and voice data with the control device 4. is doing.
The wireless I / F unit 12 includes a circuit unit that performs data transmission with the slave unit 2 via the wireless transmission path 5, and is connected to the slave unit 2 that has been authenticated based on the authentication data registered in the slave unit registration process. It has a function of exchanging various data such as control commands and voice data between them.

The base unit storage unit 13 includes a storage device such as a volatile memory and a non-volatile memory, and has a function of storing various processing information and programs 13P used for call control processing and handset registration processing in the base unit control unit 14. is doing.
The program 13P is written to the base unit storage unit 13 from another device when the base unit 1 is manufactured, or is connected to an external device or a recording medium via an input / output interface provided in the base unit 1 such as the transmission I / F unit 11. To the base unit storage unit 13.

Main processing information stored in the parent device storage unit 13 includes a fixed code 13A, a registration code 13B, and an authentication code 13C.
The fixed code 13A includes identification information unique to the telephone system, and is written into the base unit storage unit 13 from another device at the time of manufacture or shipment. The registration code 13B includes identification information unique to the slave unit registration process in the curl cordless telephone 3A, is notified from the control device 4, and is written into the base unit storage unit 13 by the base unit control unit 14.

The authentication code 13C consists of identification information used for the slave unit registration process between the master unit 1 and the slave unit 2 and the authentication during the subsequent wireless communication. The master unit control unit 14 determines from the fixed code 13A and the registration code 13B. It is generated and written into the parent device storage unit 13.
The authentication code 13C is separately provided in a dedicated non-volatile memory, registered by the parent device control unit 14 in response to the success of the child device registration process with the child device 2, and during wireless communication with the child device 2, If necessary, the wireless I / F unit 12 may be able to refer to the authentication code in the nonvolatile memory as needed.

The base unit control unit 14 has a microprocessor such as a CPU and its peripheral circuits, and reads and executes the program 13P of the base unit storage unit 13 to cooperate the hardware and the program 13P with various functions. It is a functional unit that realizes the means.
As main functional means realized by the parent device control unit 14, there are a call control means 14A and a slave device registration processing means 14B.

  The call control means 14A has a function of receiving various control commands from the control device 4 via the extension transmission path 6A and the transmission I / F section 11, and the wireless I / F section 12 and the wireless transmission path 5 based on these control commands. A function of controlling the operation of the child device 2 by transmitting a control command to the child device 2 via the wireless communication path 5, a function of receiving operation information from the child device 2 via the wireless transmission path 5 and the wireless I / F unit 12, It has a function of transmitting the operation information to the control device 4 via the transmission I / F unit 11 and the extension transmission line 6A.

  The slave unit registration processing unit 14B stores the registration code 13B included in the slave unit registration instruction received from the control device 4 by the call control unit 14A in the master unit storage unit 13, and the fixed code 13A of the master unit storage unit 13 And a registration code 13B, a function for generating an authentication code (for example, a Bluetooth PIN code) unique to the slave unit registration process, and a comparison between the generated authentication code and the authentication code notified from the slave unit 2 A function for checking the registration code match and confirming the success or failure of the slave unit registration process according to the mismatch or mismatch, a function for notifying the slave unit 2 of the success or failure of the slave unit registration process, and corresponding to the success of the slave unit registration It has a function of registering the authentication code as a valid authentication code 13C in the parent device storage unit 13 and a function of notifying the control device 4 of the success or failure of the child device registration process as a result of the child device registration.

  On the other hand, as shown in FIG. 3, the handset 2 is a portable telephone having a call function and a wireless communication function, and includes a wireless interface unit (hereinafter referred to as a wireless I / F unit) 21, an audio processing unit 22, A display unit 23, an operation input unit 24, a slave unit storage unit 25, and a slave unit control unit 26 are provided.

The wireless I / F unit 21 includes a circuit unit that performs data transmission with the parent device 1 via the wireless transmission path 5, and is connected to the parent device 1 that has been authenticated based on the authentication data registered in the child device registration process. It has a function of exchanging various data such as control commands and voice data between them.
The voice processing unit 22 has a function of outputting a voice signal generated from voice data received by the wireless I / F unit 21 from a speaker (not shown), and a voice signal input from a microphone (not shown) as voice data. And transmitting from the wireless I / F unit 21 and a function of outputting various sound signals such as a ringing tone, an alarm sound, a voice message, and music from a speaker.

The display unit 23 includes a display device such as an LED or an LCD, and has a function of visually displaying various information according to an instruction from the slave unit control unit 26.
The operation input unit 24 includes operation detection elements such as keys, buttons, and switches, and has a function of outputting the detected user operation to the child device control unit 26.

The slave unit storage unit 25 includes a storage device such as a volatile memory and a nonvolatile memory, and has a function of storing various processing information and programs 25P used for call control processing and slave unit registration processing in the slave unit control unit 26. is doing.
The program 25P is written from another device to the child device storage unit 25 when the parent device 1 is manufactured, or is connected to an external device or a recording medium via an input / output interface provided in the child device 2 such as the wireless I / F unit 21. To the child device storage unit 25.

The main processing information stored in the child device storage unit 25 includes a fixed code 25A, a registration code 25B, and an authentication code 25C.
The fixed code 25A includes identification information unique to the telephone system, and is written into the child device storage unit 25 from another device at the time of manufacture or shipment. The registration code 25B includes identification information unique to the slave unit registration process in the curl cordless telephone 3A, and is input from the operation input unit 24 and written into the slave unit storage unit 25 by the slave unit control unit 26.

The authentication code 25C consists of identification information used for the slave unit registration process between the master unit 1 and the slave unit 2 and the authentication during the subsequent wireless communication. The slave unit control unit 26 determines from the fixed code 25A and the registration code 25B. It is generated and written into the slave unit storage unit 25 in accordance with the success of the slave unit registration process with the master unit 1.
The authentication code 25C is separately provided in a dedicated non-volatile memory, registered by the slave unit control unit 26 in response to the success of the slave unit registration process with the master unit 1, and during wireless communication with the master unit 1, The wireless I / F unit 21 may refer to the authentication code in the nonvolatile memory as needed.

The slave unit control unit 26 has a microprocessor such as a CPU and its peripheral circuits, and reads and executes the program 25P of the slave unit storage unit 25, thereby causing the hardware and the program 25P to cooperate with each other. It is a functional unit that realizes the means.
The main functional means realized by the handset controller 26 include a call control means 26A and a handset registration means 26B.

  The call control means 26A has a function of receiving various control commands from the base unit 1 via the wireless transmission path 5 and the wireless I / F unit 21, and a function of controlling the voice processing unit 22 and the display unit 23 based on these control commands. And a function of transmitting operation information corresponding to the output from the operation input unit 24 to the base unit 1 via the wireless I / F unit 21 and the wireless transmission path 5.

  The slave unit registration means 26B registers the slave unit from the function of storing the registration code 25B input from the operation input unit 24 in the slave unit storage unit 25, and the fixed code 25A and registration code 25B of the slave unit storage unit 25. A function for generating an authentication code unique to the process (for example, a Bluetooth PIN code), a function for performing a slave unit registration process by notifying the master unit 1 of the authentication code, and a response to the success of the slave unit registration process The authentication code is registered as a valid authentication code 25C in the child device storage unit 25.

[Control device]
Next, the configuration of the control device used in the telephone system according to the first embodiment of the present invention will be described in detail with reference to FIG. FIG. 4 is a block diagram showing a configuration of a control device used in the telephone system according to the first embodiment of the present invention.

  As shown in FIG. 4, the control device 4 is an information processing device such as a computer having a communication function, and includes a line interface unit (hereinafter referred to as a line I / F unit) 41, a transmission interface unit (hereinafter referred to as a transmission I / F). 42), a switch unit 43, a storage unit 44, and a control unit 45.

The line I / F unit 41 is composed of a circuit unit that connects the telephone line 7 of the telephone network 8, and performs line control such as incoming call detection, outgoing call, and telephone conversation by controlling the termination of the telephone line 7 based on a predetermined protocol. It has a function.
The transmission I / F unit 42 includes a circuit unit that performs data transmission with the base unit 1 of the telephone 3 or the curl cordless telephone 3A via the extension transmission paths 6A and 6B. And a function of exchanging various data such as voice data.
The switch unit 43 includes a circuit unit that switches a call path between the line I / F 41 and the transmission I / F unit 42. The switch unit 43 switches the call path based on an instruction from the control unit 45, thereby The cordless telephone 3 </ b> A and the telephone line 7 are arbitrarily exchanged and connected.

The storage unit 44 includes a storage device such as a memory or a hard disk, and has a function of storing various processing information and programs 44P used for call control processing and slave unit registration processing in the control unit 45.
The program 44P is written to the storage unit 44 from another device when the control device 4 is manufactured, or stored from an external device or a recording medium via an input / output interface such as the line I / F unit 41 provided in the control device 4. Written to the unit 44.
The main processing information stored in the storage unit 44 is call control information 44A. The call control information 44A includes state information indicating the states of the telephone line 7, the telephone 3, and the curl cordless telephone 3A, and setting information indicating various setting contents. The call control information 44A is referred to by the control unit 45 and used as necessary. Updated.

The control unit 45 has a microprocessor such as a CPU and its peripheral circuits, and reads and executes the program 44P of the storage unit 44, thereby realizing various functional means by cooperating the hardware and the program 44P. It is a functional part.
As main functional means realized by the control unit 45, there are a call control means 45A, a slave unit registration control means 45B, and a registration code generation means 45C.

  The call control means 45A exchanges various data with the telephone network 8 and further with the other party telephone (not shown) via the line I / F unit 41 and the call line 7, thereby connecting the call path using the call line 7. Control of telephone 3 and curl cordless telephone 3A by exchanging various control commands and operation information with telephone 3 and curl cordless telephone 3A via transmission I / F unit 42 and extension transmission paths 6A and 6B The telephone 3 or the curled cordless telephone 3A and the telephone line 7 can be arbitrarily exchanged by switching the telephone path between the line I / F 41 and the transmission I / F part 42 by controlling the switch unit 43 and the switching unit 43. Has a function to connect.

  The slave unit registration control means 45B has a function of detecting the master unit 1 to be subjected to slave unit registration processing in response to a slave unit registration instruction from the telephone set 3 received via the transmission I / F unit 42, and a registration code generation A function of transmitting a slave unit registration instruction including a registration code unique to the slave unit registration process generated by the means 45C to the master unit 1 to be processed via the transmission I / F unit 42, and the registration code The function of transmitting via the transmission I / F unit 42 to the telephone set 3 that is the instruction source of the slave unit registration instruction, and the slave unit registration result from the master unit 1 to be processed received via the transmission I / F unit 42 Is transmitted to the telephone set 3 that is the instruction source of the slave unit registration instruction via the transmission I / F unit 42.

[Operation of First Embodiment]
Next, a slave unit registration operation of the telephone system according to the first embodiment of the present invention will be described in detail with reference to FIG. FIG. 5 is a sequence diagram showing a slave unit registration operation of the telephone system according to the first embodiment of the present invention.
In the following, when adding the curled cordless telephone 3A to the telephone system 10 or when exchanging the base unit 1 or the handset 2 of the curled cordless telephone 3A, an operator performs a handset registration instruction operation performed on the telephone 3 by the operator. Accordingly, a case where a slave unit registration process is performed between the master unit 1 and the slave unit 2 of the curled cordless telephone 3A will be described as an example.

When a predetermined slave unit registration instruction operation is performed by an operator on the telephone set 3 connected in advance to the control device 4 via the extension transmission line 6B (step 100), the slave unit registration instruction is controlled from the telephone set 3 It is transmitted to the device 4 (step 101).
When receiving the slave unit registration instruction via the transmission I / F unit 42, the control unit 45 of the control device 4 uses the slave unit registration control unit 45B to identify the master unit 1 that is the target of the slave unit registration process. Then, waiting for activation of the target parent device is started (step 102).

Thereafter, when the parent device 1 and the control device 4 to be subjected to the child device registration process are connected via the extension transmission line 6A and the power supply to the parent device 1 is started (step 103), the parent device 1 The base unit control unit 14 starts a control operation, and transmits an activation notification indicating the start of the control operation to the control device 4 via the transmission I / F unit 11 and the extension transmission path 6A (step 104).
The control unit 45 of the control device 4 receives the activation notification from the parent device 1 via the transmission I / F unit 42, and the child device registration control unit 45 </ b> B receives the child device registration target according to the activation notification from the parent device 1. The master unit 1 is detected as (step 105).

Subsequently, the slave unit registration control unit 45B uses the registration code generation unit 45C to generate a registration code unique to the slave unit registration process consisting of a 4-digit number using, for example, a random number (step 106). A slave unit registration instruction including a code is transmitted from the transmission I / F unit 42 to the master unit 1 via the extension transmission path 6A (step 110).
In response to the slave unit registration instruction from the control device 4 received via the transmission I / F unit 11, the master unit control unit 14 of the master unit 1 fixes the master unit storage unit 13 by the slave unit registration processing unit 14B. From the code 13A and the registration code 13B, a registration code specific to the slave unit registration process in the curl cordless telephone 3A is generated (step 111), and standby for the slave unit registration process with the slave unit 2 is started (step 112). .

Further, the slave unit registration control unit 45B of the control device 4 transmits the registration code generated by the registration code generation unit 45C from the transmission I / F unit 42 to the instruction source telephone 3 via the extension transmission path 6B (step S3). 113).
The telephone 3 receives the registration code from the control device 4 and visually displays the registration code on a display unit such as an LCD of the own device (step 114). As a result, the operator is notified of the registration code used for slave unit registration in the curled cordless telephone 3A.

On the other hand, when a predetermined slave unit registration start operation is performed by the operator in the slave unit 2 (step 120), the slave unit control unit 26 detects the slave unit registration start operation from the operation input unit 24, and registers the slave unit. The means 26B starts waiting for an operation input of a registration code (step 121).
Thereafter, when the registration code is operated and input by the operator in the slave unit 2 (step 122), the slave unit registration means 26B receives the registration code 25B from the operation input unit 24 and stores it in the slave unit storage unit 25. From the fixed code 25A and the registration code 25B in the machine storage unit 25, an authentication code unique to the slave unit registration process in the curl cordless telephone 3A is generated (step 123).

Next, the slave unit registration means 26B transmits a slave unit registration request including the generated authentication code to the master unit 1 via the wireless I / F unit 21 and the wireless transmission path 5 (step 124). Thereby, the slave unit registration process is started between the slave unit 2 and the master unit 1.
The base unit control unit 14 of the base unit 1 matches the registration code by comparing the authentication code included in the control command received from the handset 2 with the authentication code generated by the handset registration processing means 14B. Inspect (step 125).

At this time, if the authentication code matches, the slave unit registration processing means 14B determines that the registration codes of both match and the slave unit registration process from the regular slave unit 2, and the slave unit registration is successful. A message to this effect is sent to the handset 2 (step 126). As a result, the slave unit registration processing unit 14B of the master unit 1 registers the authentication code as a valid authentication code 13C in the master unit storage unit 13, and the slave unit registration unit 26B of the slave unit 2 stores the authentication code. A valid authentication code 25C is registered in the child device storage unit 25 (step 127).
On the other hand, if the authentication codes do not match, it is determined that the registration codes of the two do not match and the slave unit registration process with the desired slave unit 2 has failed, and registration of the authentication codes in the master unit 1 and the slave unit 2 Is not done.

Thereafter, the slave unit registration processing means 14B of the master unit 1 notifies the control device 4 of the success or failure of the slave unit registration process via the transmission I / F unit and the extension transmission line 6A as a slave unit registration result (step 130).
The slave unit registration control means 45B of the control device 4 receives the slave unit registration result from the master unit 1 via the transmission I / F unit 42, and sends the slave unit registration result to the transmission I / F unit 42 and the extension transmission path 6B. Is sent to the telephone set 3 which is an instruction source for handset registration (step 131). As a result, the success or failure of the slave unit registration process is visually displayed on the telephone 3 (step 132), and the operator is notified of the success or failure of the slave unit registration process.

As described above, in the present embodiment, the control device 4 notifies the master unit 1 of a registration code unique to the slave unit registration process in the desired curled cordless telephone 3A, and the registration input by operation of the slave unit 2 The base unit 1 notifies the base unit 1 of the authentication code generated based on the code, and the base unit 1 responds to a match between the authentication code notified from the handset 2 and the authentication code generated based on the registration code notified from the control device 4. Since the child device 2 is determined as a valid child device, the parent device and the child device of the curl cordless telephone can be easily and accurately associated with each other.
In addition, many of the common curlless telephones do not have an operation input unit or display unit on the base unit. In such a case, the ID code is input from the base unit or the ID code is confirmed. However, according to the present embodiment, even if the base unit is not provided with the operation input unit or the display unit, the base unit of the curl cordless telephone can be easily associated with the handset.

  Further, the handset registration control means 45B of the control device 4 controls the telephone 3 other than the curl cordless telephone that performs the handset registration processing, and a registration code for operation input by the handset 2 is visually displayed on the telephone 3. Thus, even if the control device 4 or the master unit 1 does not have a display function, an arbitrary registration code can be easily notified to the operator.

In addition, since the registration code generation means 45C is provided in the control device 4 so that the registration code specific to the slave unit registration process in the curl cordless telephone 3A is automatically generated, the operator generates the registration code or prepares it in advance. There is no need to keep it.
Note that the registration code generation method is not limited to the above-described random number, and different values may be sequentially generated based on a predetermined mathematical expression. For example, the registration code may be generated based on time information such as date and time. Alternatively, registration information is generated based on identification information unique to the curl cordless telephone 3A to be subjected to slave unit registration processing, for example, an extension number or terminal number, or an IP address or MAC address when the extension transmission paths 6A and 6B are LANs. May be.

  Further, in the master unit 1 and the slave unit 2, the authentication code is generated from the registration code unique to the slave unit registration process and the fixed code unique to the telephone system. Thus, it is possible not only to distinguish from the handset registration process in the other curl cordless telephone 3A, but also to distinguish the registration process performed by a device other than the telephone system, thereby realizing an accurate handset registration process.

  In addition, in the control device 4, in response to a slave unit registration instruction from the telephone 3, the standby of the master unit 1 is started, and thereafter, in response to a startup notification notified from any master unit 1, the master unit 1 Since 1 is detected as the target of the slave unit registration process, the master unit 1 that is the target of the slave unit registration process can be identified very easily.

  Note that the slave unit registration start operation in the slave unit 2 in step 120 of FIG. 5 and the registration code standby start in step 121 may be performed until the registration code operation input in step 122 is performed. There is no particular limitation on the timing of processing in the control device 4 or the base unit 1.

[Second Embodiment]
Next, a telephone system according to a second embodiment of the present invention is described.
In the first embodiment described above, the case where the control device 4 generates the registration code has been described as an example. However, in the present embodiment, a case where the operator inputs the registration code from the telephone 3 will be described.

In this case, in the handset registration instruction operation on the telephone 3 (FIG. 5: step 100), an operation input of a registration code may be accepted and a handset registration instruction including the registration code may be transmitted to the control device 4. Further, the registration code included in the handset registration instruction from the telephone 3 may be extracted by the registration code generation means 45C of the control device 4.
Other configurations and slave unit registration operations are the same as those in the first embodiment described above, and a detailed description thereof is omitted here.

  As described above, in the present embodiment, the registration code input by the handset registration instruction operation on the telephone 3 is extracted and used by the control device 4, so that any registration code that is easy for the operator to understand, for example, a curl Registration codes such as extension numbers and terminal management numbers assigned to cordless telephones can be used. Compared to remembering and entering atrandom registration codes generated by random numbers, etc. The burden can be reduced. Further, it is not necessary for the control device 4 to generate a registration code using a random number or the like.

[Extended embodiment]
In each of the above embodiments, the configuration of the above-described telephone system of FIG. 1 has been described as an example. However, the number of telephones 3 and curl cordless telephones 3A is not limited to the above, and more telephones 3 Even in a telephone system to which the curled cordless telephone 3A is connected, each embodiment can be applied in the same manner as described above, and the same effects as described above can be obtained.

  Further, in each of the embodiments described above, the case where the slave unit registration process is performed only by one curl cordless telephone 3A has been described, but the slave unit registration process can also be performed in parallel by a plurality of curl cordless telephones 3A. is there.

For example, in the first embodiment, every time the control device 4 detects the base unit 1 to be processed (FIG. 5: step 105), a registration code unique to the slave unit registration process is sequentially generated ( FIG. 5: Step 106), the master unit 1 may be notified (FIG. 5: Step 107).
Further, in the second embodiment, a serial number registration code used for the slave unit registration process, for example, an initial value and the number are input from the telephone 3 (FIG. 5: step 100) and notified to the control device 4 ( FIG. 5: Step 101) Each time the control device 4 detects the base unit 1 to be processed (FIG. 5: Step 105), sequential registration codes are sequentially generated (FIG. 5: Step 106). What is necessary is just to notify to the main | base station 1 (FIG. 5: step 107).

Further, in each of the embodiments described above, in response to a slave unit registration instruction from the telephone 3 (FIG. 5: step 101), the control unit 4 activates the master unit 1 in order to detect the master unit 1 to be processed. The standby period may be limited to a specified time length by using the timer function of the control unit 45 of the control device 4 (step 102 in FIG. 5).
Similarly, with respect to the standby period for the slave unit registration in the master unit 1 (FIG. 5: Step 112) and the standby period for the registration code in the slave unit 2 (FIG. 5: Step 121), the master unit control unit 14 and the slave unit The standby period may be limited to a specified time length by using the timer function of the machine control unit 26.

It is a block diagram which shows the structure of the telephone system concerning the 1st Embodiment of this invention. It is a block diagram which shows the structure of the curl cordless main | base station used with the telephone system concerning the 1st Embodiment of this invention. It is a block diagram which shows the structure of the curl cordless cordless handset used with the telephone system concerning the 1st Embodiment of this invention. It is a block diagram which shows the structure of the control apparatus used with the telephone system concerning the 1st Embodiment of this invention. It is a sequence diagram which shows the subunit | mobile_unit registration operation | movement of the telephone system concerning the 1st Embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 ... Telephone system, 1 ... Base unit, 11 ... Transmission I / F unit, 12 ... Wireless I / F unit, 13 ... Base unit storage unit, 13A ... Fixed code, 13B ... Registration code, 13C ... Authentication code, 13P ... Program, 14 ... Base unit control unit, 14A ... Call control unit, 14B ... Slave unit registration processing unit, 2 ... Slave unit, 21 ... Wireless I / F unit, 22 ... Audio processing unit, 23 ... Display unit, 24 ... Operation Input unit 25 ... Slave unit storage unit 25A ... Fixed code, 25B ... Registration code, 25C ... Authentication code, 25P ... Program, 26 ... Slave unit control unit, 26A ... Call control means, 26B ... Slave unit registration means, 3 ... telephone, 3A ... curl cordless telephone, 4 ... control device, 5 ... wireless transmission path, 6A, 6B ... extension transmission path, 7 ... call line, 8 ... phone network.

Claims (4)

A telephone system comprising a control device for connecting a plurality of telephones and accommodating a telephone line, the telephone system comprising a curled cordless telephone to which a slave unit and a master unit are connected via a wireless transmission line,
The control device includes a slave unit registration control means for notifying the master unit of a registration code unique to a slave unit registration process in the curl cordless telephone,
The slave unit includes a slave unit registration means for notifying the master unit of an authentication code generated based on an operation input registration code,
The master unit registers a slave unit that determines the slave unit as a valid slave unit according to a match between an authentication code notified from the slave unit and an authentication code generated based on a registration code notified from the control device A telephone system comprising a processing means. The telephone system according to claim 1,
The slave unit registration control means controls any one of the phones other than the curl cordless phone that performs the slave unit registration process, and visually displays a registration code used in the master unit on the phone. A featured telephone system. The telephone system according to claim 1,
The telephone system, wherein the control device further comprises a registration code generating means for generating the registration code. A telephone system comprising a control device that connects a plurality of telephones and accommodates a telephone line, is used as the telephone, and is a curled cordless telephone in which a handset and a base are connected via a wireless transmission path,
The slave unit includes a slave unit registration means for notifying the master unit of an authentication code generated based on an operation-input registration code,
The master unit registers a slave unit that determines the slave unit as a valid slave unit according to a match between an authentication code notified from the slave unit and an authentication code generated based on a registration code notified from the control device A curl cordless telephone comprising a processing means.

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