JP2006025368A - Cordless telephone system, and registration method of master unit and slave unit in the system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To enable an automatic registration setting only by connecting a master unit to a main device in a cordless telephone system. <P>SOLUTION: A cordless telephone main device 10 is provided with a controlling portion 11 requesting a calling code or the like from a master unit (calling code is provided) 30-1 connected to an extension, and the master unit 30-1 transmits the calling code to the main device in response to the request of the calling code or the like and stores master unit operation data in a storage portion 12 of the main device 10 and a master unit storage portion 32 of a master unit 30. On the other hand, when a master unit (calling code is not provided) 30-2 is connected, the calling code is provided, and the master unit operation data is stored in the storage portion 12 of the main device 10 and the master unit storage portion 32 of the master unit 30-2. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a method of registering a master unit and a slave unit in a cordless phone main unit in a cordless phone system composed of a base unit and a slave unit connected to the cordless phone main unit. That is, the present invention provides a cordless telephone in which a cordless telephone main unit connected to an external line and accommodates a plurality of extension circuits is connected to a cordless telephone main unit connected to the extension circuit of the cordless telephone main unit. The present invention relates to a system and a method for registering a cordless telephone master unit and a cordless telephone cordless handset in a cordless telephone main apparatus when the cordless telephone system is constructed.

  In the communication system, in order to perform communication between the parent device and the child device without interference, a registration operation for notifying and storing the ID numbers and the like of each of the parent device and the child device is performed. After this registration operation, when communicating, word connection is prevented by opening the communication path after confirming these ID numbers and the like. As a method of registration, (1) a method of performing a registration operation in advance using a special jig or the like when shipping from the factory, or (2) a specific number on the call button or dial key of the slave unit is pressed. There is a method of enabling communication between the slave unit and the master unit arbitrarily by performing a registration operation after a predetermined registration mode setting operation such as turning on the power. In addition, (3) a registration operation in use generally employs an erroneous registration prevention method in which a necessary password or the like is input while operating the parent device and the child device in parallel.

  In these methods, in the method (1), the device must be returned to the factory once and re-registered, and in the method (2), input means such as a call button or a dial key are provided in the slave unit. In the method (3), when the slave unit is connected to an information processing device that is separated from the master unit, the master unit and the slave unit are not connected. There is a problem that it is difficult to operate in parallel.

  In order to solve these problems, the user can freely set and reset the registration of the slave unit and the master unit, and further, input means necessary for the new setting and setting can be set as the slave unit, There has been proposed a communication system that eliminates the necessity of providing both the master unit and the master unit and the slave unit in parallel (see, for example, Patent Document 1).

  The registration method in this communication system is a registration process between a master unit connected to a public network and a slave unit composed of an information processing device, and includes a cordless telephone main unit connected to an external line, and a cordless telephone main unit In a cordless communication system consisting of a plurality of master units connected to an extension and a slave unit that communicates wirelessly with these master units, there is nothing about registering a master unit and a slave unit in a cordless telephone main unit. Not considered.

  Also, in a cordless telephone device, as a system for registering a slave unit to the master unit, when registering a slave unit by setting registration parameters from the service center, it is possible to easily register the slave unit even in a master unit without an input means. In a cordless phone device cordless handset registration system, a registration parameter setting / editing means for setting and editing registration parameters by a service center, a registration parameter notifying means for notifying the set registration parameters to the parent device, and a registration start A registration start notification means for notifying the machine, and a system including a slave registration start means for starting registration of the slave when the master is notified of the start of registration from the service center has been proposed, Registration was performed by transmitting data to other slave units from a registered master unit via a registered slave unit by a user operation.

That is, the slave unit registration method in the personal handy mode (PHS) of the private mode or home mode, which is a slave unit connected to the master unit, transmits registration parameters from the service center to the master unit via the telephone line network. Then, the registration parameter received by the master unit is transmitted to the slave unit, and registration setting is performed by executing a slave unit registration sequence with the slave unit (see, for example, Patent Document 2).
JP 2002-271485 A JP 2002-142259 A

  The present invention provides a cordless telephone system comprising a cordless telephone main unit, a plurality of cordless telephone master units accommodated in the main unit, and a cordless telephone slave unit connected wirelessly to the master unit. When a cordless telephone master unit to which a call code is assigned is automatically registered in the cordless telephone main unit by connecting the cordless telephone main unit to the cordless telephone main unit, and a cordless telephone master unit to which no calling code is assigned is connected to the cordless telephone main unit It is an object of the present invention to provide a registration method in which a call code is automatically assigned and registered in a cordless telephone main unit, and a cordless telephone cordless handset can be automatically registered via the cordless telephone master.

  The present invention relates to a parent of a cordless telephone system comprising a cordless telephone main unit, a plurality of cordless telephone main units accommodated in the cordless telephone main unit, and a cordless telephone sub unit connected wirelessly to the cordless telephone main unit. The purpose of the registration of the machine is to automatically perform the registration setting only by connecting the cordless telephone master unit to the cordless telephone main apparatus without operating other telephones.

  In order to solve the above-described problems, the present invention provides a cordless telephone main unit, a plurality of cordless telephone main units accommodated in the cordless telephone main unit, and a cordless telephone sub unit connected wirelessly to the cordless telephone main unit. In the cordless telephone system, the cordless telephone main unit is provided with a control unit that requests a calling code to the cordless telephone main unit (calling code assignment) connected to the extension of the main unit. (Calling code grant) is configured to be able to process a request such as a call code. Furthermore, it has a function of storing necessary data in the storage unit of the cordless telephone main apparatus and the parent unit storage unit of the cordless telephone master unit (calling code assignment). Further, a cordless telephone master unit to which a call code is not assigned (a call code is not assigned) is also provided with a function of storing necessary data in the base unit storage unit.

  In order to solve the above-mentioned problems, the present invention connects a plurality of cordless telephone master units to a cordless telephone main unit that is connected to an external line and accommodates a plurality of extension circuits, and wirelessly connects to these cordless telephone master units. In the cordless telephone system comprising the cordless telephone slave unit, when the cordless telephone master unit has a calling code, the cordless telephone master device detects that the cordless telephone master unit is connected, When a call code is sent from the cordless telephone base unit, the call code is stored together with the accommodation number data of the cordless telephone base unit and stored in the cordless telephone base unit. When the number data is transmitted and the storage number data storage completion notification is received, the registration of the calling code is terminated.

  In the cordless telephone system, when the cordless telephone base unit does not have a calling code, the cordless telephone main unit transmits the calling code to the cordless telephone base unit when detecting that the cordless telephone base unit is connected. When the notification without the call code is received from the cordless telephone master unit, the already acquired call code is sent to the cordless telephone master unit and the call code storage completion notification is received from the cordless telephone master unit. Then, the calling code is stored together with the accommodation number data of the cordless telephone master unit, the accommodation number data is transmitted to the cordless telephone master unit, and when the notification of the accommodation number data storage completion is received, the registration of the calling code is terminated.

  In the above cordless telephone system, when registering a cordless telephone cordless handset to the cordless telephone master unit, set the cordless telephone master unit connected to the cordless telephone master unit to the cordless phone master unit and set the registration mode from the cordless phone master unit. Is sent to the cordless telephone main unit, and the cordless telephone base unit receiving the terminal code from the slave unit to be registered sends the terminal code to the cordless telephone main unit. The cordless telephone main unit stores the terminal code of the cordless telephone cordless handset, and sends the calling code of this system to the parent machine. This call code is transferred from the cordless telephone master to the cordless telephone slave, and the cordless telephone slave stores the received call code. After that, the cordless telephone cordless handset sends the extension number input from the input means such as a dial button to the cordless telephone main device via the parent device, and the cordless telephone main device stores the extension number corresponding to the terminal code. Complete the setting of the handset.

  That is, the present invention provides a cordless telephone main unit that is connected to an external line and accommodates a plurality of extension circuits, a cordless telephone main unit that is connected to the extension circuit in the cordless telephone main unit, and the cordless telephone main unit. In a cordless telephone system consisting of cordless telephone cordless handsets that communicate wirelessly, the cordless telephone main unit is connected to the connected cordless telephone parent machine when the system is constructed and the cordless telephone parent device is connected to the extension circuit. A function for requesting a call code, a function for storing the obtained call code in correspondence with the accommodation number data of the extension circuit unit, and the call code when the connected cordless telephone master does not have a call code. The cordless phone master unit that does not have the call code obtained from the cordless phone master unit that has The cordless master unit has master unit operation data in which the accommodation number data and the call code data are registered, and the call code from the cordless telephone main unit when the call code data is given. A function of notifying a call code in response to a request, and a function of storing accommodation number data and call code data sent from a cordless telephone main unit when call code data is not given as master unit operation data .

  Further, the present invention provides a cordless telephone main unit connected to an external line and accommodating a plurality of extension circuits, a cordless telephone main unit connected to the extension circuit in the cordless telephone main unit, and the cordless telephone main unit. In a cordless telephone system consisting of a cordless telephone cordless handset that communicates wirelessly, the cordless telephone main unit passes through the cordless telephone master set in the handset registration mode when the cordless telephone master set in the handset registration mode is connected. Terminal code data of the slave unit to be sent sent from the slave unit to be registered, call code data notified to the cordless phone slave unit via the cordless phone master unit, and registration via the cordless phone master unit Corresponding to the extension number sent from the cordless telephone cordless handset has a function to store as cordless phone operation data, End has a code data, the call code data, a function of storing as a slave unit operational data comprising a telephone extension data.

  The present invention relates to a wireless communication between a cordless telephone main apparatus connected to an external line and accommodating a plurality of extension circuits, a cordless telephone main unit connected to the extension circuit in the cordless telephone main apparatus, and the cordless telephone main unit. When a system is constructed, the cordless telephone main unit monitors that the cordless telephone master unit is connected to the extension circuit and the cordless telephone master unit is connected to the extension circuit. When the machine is connected, a call code is requested from the cordless telephone master unit, and the call code acquired from the cordless telephone master unit is stored in correspondence with the accommodation number data of the extension circuit unit.

  In the base unit registration method of the cordless telephone system, when the connected cordless telephone base unit does not have a call code, the call code acquired from the cordless telephone base unit having the call code has the call code. Notify the cordless phone base unit that is not.

  The present invention relates to a wireless communication between a cordless telephone main apparatus connected to an external line and accommodating a plurality of extension circuits, a cordless telephone main unit connected to the extension circuit in the cordless telephone main apparatus, and the cordless telephone main unit. In the cordless phone system cordless phone system comprising the cordless phone cordless cordless handset, the cordless phone master device is connected to the cordless phone master in the cordless phone registration mode when the cordless phone master cord in the cordless phone registration mode is connected. Register the terminal code data of the slave unit to be registered sent from the cordless telephone slave unit registered via the mobile phone, notify the call code data to the cordless telephone slave unit via the cordless telephone master unit, and The extension number sent from the cordless telephone slave registered via the telephone master is associated and stored as the slave operation data.

  In the registration of the cordless telephone master unit, the registration setting can be automatically performed only by connecting the cordless telephone master unit to the cordless telephone main unit without operating other telephones.

  In addition, the cordless telephone cordless handset performs registration setting by inputting and transmitting the extension number from the cordless telephone cordless handset with one cordless telephone base phone set to the registration mode without operating other telephones. be able to.

  It exchanges data such as calling codes with the registration mode slave unit wirelessly through the extension of the cordless telephone main unit and the slave unit registration mode setting master unit. The cordless telephone cordless handset has a function of storing a necessary data in the cordless handset storage section having a cordless handset control section that can process a request for a calling code and the like.

  According to the present invention, it takes a long time to set up the system construction work, and there is a case where a person makes a mistake because it is manually input. However, according to the present invention, the setting time is shortened and an accurate setting without any mistake is made. Registration can be possible.

  The configuration of a cordless telephone system to which the parent device registration method and the child device registration method of the present invention are applied will be described with reference to FIG. The cordless telephone system is a cordless telephone main apparatus (hereinafter referred to as a private telephone exchange apparatus) having an extension port P-1 to P-n that is connected to at least one external line 71 and accommodates a plurality of extension circuits 72-1 to 72-n. , Which may also be simply referred to as a main device), a plurality of cordless telephone master units (hereinafter also simply referred to as master units) 30-1 to 30-n are connected to these base units wirelessly. Cordless telephone cordless handsets (hereinafter also simply called cordless handsets) 50-1 to 50-n to be connected.

  This cordless telephone system is usually given a call code unique to the system, and the call code is registered in only one of a plurality of cordless telephone master units at the time of shipment from the factory. The code is shipped without being registered. The call code includes, for example, a 9-digit unique code and a 4-digit additional ID. The additional ID is an ID assigned to each device constituting the system when the system is constructed.

  When registering the master unit 30 in the main apparatus 10 using these call codes, conventionally, using the registered master unit already registered by the operation from the user, the data is transmitted to other master units and registered. I was going.

  The present invention connects a cordless telephone master unit to which a call code is assigned to the cordless telephone main unit, so that the registration operation is not performed from other master units or the like and automatically without using another master unit. In this method, the call code of the cordless telephone master is read and registered in the cordless telephone main apparatus. At that time, necessary accommodation number data (for example, the extension port number of the extension circuit unit) and the like can be stored in the master unit.

  When a master unit having no call code is connected to the main device 10, the call code, accommodation data, and the like can be automatically sent from the cordless telephone main device and stored in the master device.

  Also, when registering a slave unit in the main unit, one master unit is set to the slave unit registration mode, the slave unit to be registered is turned on, and an extension number is input from the slave unit and transmitted. The main unit receives and stores the terminal number and extension number of the slave unit, and the slave unit receives and stores data such as a call code. According to the present invention, it is possible to easily register the slave unit with only one slave unit that is desired to be registered via the master unit registered in the main apparatus.

  A first embodiment of the present invention will be described with reference to FIGS. In this embodiment, a cordless telephone master unit to which a call code is assigned (call code assignment) and a cordless telephone master unit to which a call code is not assigned (call code not assigned) are registered in the cordless telephone main apparatus. That is, in this embodiment, a master unit (calling code assigned) 30-1 and a master unit (calling code not assigned) 30-2 are connected to the main unit 10 and each master unit is registered in the main unit 10. This is an example.

  As shown in FIG. 2, the cordless telephone main apparatus 10 includes a control unit 11, a storage unit 12, a speech path circuit unit 13, an extension circuit unit 14, and an outside line circuit unit 15.

  The control unit 11 performs data control with the parent device and the child device and control of the storage unit.

  The storage unit 12 stores data from the parent device and the child device and data of the main device. The storage unit 12 stores an operation table.

  The communication path circuit unit 13 is a transmission / reception circuit unit for a voice communication path.

  The extension circuit unit 14 is a data transfer unit between the master unit and the slave unit.

  The external line circuit unit 15 is a connection circuit unit with a public line or the like.

  The cordless telephone base unit 30 includes a base unit control unit 31, a base unit storage unit 32, a data transmission / reception unit 33, a display unit 34, a base unit radio unit 35, and an antenna 36.

  The parent device control unit 31 performs data control with the main device and the child device and control of the parent device storage unit.

  The base unit storage unit 32 stores data from the main unit and base unit data.

  The data transmission / reception unit 33 exchanges data with the main device.

  The display unit 34 displays the status of the master unit.

  The base unit radio unit 35 communicates with the slave unit wirelessly.

  The antenna 36 transmits and receives wireless data to the slave unit.

  The storage status of the master unit operation data provided in the storage unit 12 of the main apparatus 10 and the master unit operation data provided in the master unit storage unit 32 of the master unit (calling code assignment) 30-1 will be described with reference to FIG. To do. The upper row shows the storage status of the base unit operation data before registration, and the lower row shows the storage state of the base unit operation data after registration. Before the registration process, the storage unit 12 of the main apparatus 10 stores A: accommodation number data (data indicating a line accommodation port in the extension circuit unit), B: country code data, etc. ID, etc.), C: call code (call code data: unregistered), D: presence / absence (none) of parent device registration corresponding to the accommodation number is stored corresponding to the accommodation number. Here, A and B are preset. In the storage unit 32 of the parent device (calling code assignment) 30-1, as operation data 321, A: accommodation number data (none), B: country code data, etc. (none), C: call code (call code data registration) ) Is stored.

  After the registration processing, A: accommodation number data (data indicating a line accommodation port in the extension circuit unit), B: country code data, etc. ID, etc.), C: call code (call code data: registration), D: presence / absence of parent device registration corresponding to the accommodation number (parent device registration completion) is stored corresponding to the accommodation number. On the other hand, the operation data 321 is stored in the storage unit 32 of the parent device (calling code assignment) 30-1 as A: accommodation number data (accommodation number data: registration), B: country code data, etc. (ID assigned for each country) Etc .: Registration), C: Call code (call code data) is stored.

  With reference to FIG. 4, the registration process of the master unit (calling code assignment) in the first embodiment will be described. The main apparatus 10 monitors whether the master unit is connected to the extension port from the state of the extension circuit unit 14 (S1). When it is detected that the parent device (calling code provision) 30-1 is connected to the main device 10, the main device shifts to the parent device registration mode (S2). The main device 10 notifies the parent device (calling code assignment) 30-1 of the “calling code sending request” via the extension circuit unit 14 from the control unit 11 (S3).

  The parent device (calling code assignment) 30-1 that has received the “call code transmission request” by the data transmitting / receiving unit 33 reads the data by the parent device control unit 31 (S4), and the parent device control unit 31 stores the parent device storage unit. The 32 call code data is read out, and its own “call code” is sent via the data transmitting / receiving unit 33 (S5).

  The main device 10 that has received the “call code” from the parent device (calling code assignment) 30-1 via the extension circuit unit 14 reads the data with the control unit 11, and the operation data accommodation number provided in the storage unit 12. "Calling code data" is stored corresponding to (S6).

  The "accommodation number data" corresponding to the extension port to which the master unit (calling code assignment) 30-1 is connected is sent from the control unit 11 of the main apparatus 10 (S7). The parent device (calling code assignment) 30-1 receives the “accommodation number data” by the data transmission / reception unit 33, reads it by the parent device control unit 31, and stores the “accommodation number data” in the parent device storage unit 22 (S8). Then, “accommodation number data storage completion” indicating that the storage of the accommodation number data has been completed is transmitted from the parent device control unit 31 via the data transmission / reception unit 33 (S9).

In the main apparatus 10, “accommodation number data storage completion” is read by the control unit 11 via the extension circuit unit 14. The control unit 11 reads the base unit operation data 121 of the storage unit 12 (S9), and the “country code data etc.” via the extension circuit unit 14
Is sent out (S10).

  In the base unit (calling code assignment) 30-1, “country code data” is received by the data transmission / reception unit 33, read by the base unit control unit 31 and stored in the base unit storage unit 32 (S 11). “Country code data storage completed” indicating that the country code data storage process has been completed is transmitted via the data transmitter / receiver 33 (S12).

  When the main device 10 receives “country code data storage complete” via the extension circuit unit 14 and is read by the control unit 11, it sends a “setting completion signal” from the control unit 11 via the extension circuit unit 14. (S13).

  The parent device (calling code assignment) 30-1 receives the “setting completion signal” by the data transmission / reception unit 33, reads it by the parent device control unit 31, and shifts to a standby state (S13). The display unit 34 displays whether it is in the registration mode or in standby by the control of the parent device control unit 31.

  In this way, by connecting the parent device (calling code assignment) to the main device, the parent device can be automatically registered in the main device.

  With reference to FIG. 5, the storage status of the operational data provided in the storage unit 12 of the main apparatus 10 and the operational data provided in the parent device storage unit 32 of the parent device (call code unassigned) 30-2 will be described. The upper row shows the operational data storage status before registration, and the lower row shows the operational data storage status after registration. Before the registration process, the storage unit 12 of the main apparatus 10 stores A: accommodation number data (data indicating a line accommodation port in the extension circuit unit), B: country code data, etc. ID, etc.), C: call code (call code data: unregistered), D: presence / absence (none) of parent device registration corresponding to the accommodation number is stored corresponding to the accommodation number. Here, A and B are preset. In the storage unit 32 of the parent device (call code not assigned) 30-2, A: accommodation number data (none), B: country code data, etc. (none), and C: call code (none) are stored as operation data 321. Stored.

  After the registration processing, A: accommodation number data (data indicating a line accommodation port in the extension circuit unit), B: country code data, etc. ID, etc.), C: call code (call code data: registration), D: presence / absence of parent device registration corresponding to the accommodation number (parent device registration completion) is stored corresponding to the accommodation number. On the other hand, A: accommodation number data (accommodation number data: registration), B: country number data, etc. (provided for each country) as operation data 321 in the storage unit 32 of the parent device (call code not assigned) 30-2. ID, etc .: registration), C: call code (call code data) is stored.

  With reference to FIG. 6, the registration process of the parent device (call code not assigned) 30-2 in the first embodiment will be described. The main apparatus 10 monitors whether the master unit is connected to the extension port from the state of the extension circuit unit 14 (S21). When it is detected that the parent device (calling code not assigned) 30-2 is connected to the main device 10, the main device transmits a “parent device status request” (S22).

  The parent device (call code unassigned) 30-2 sends out a “parent device state” indicating its own state (S23). The main device 10 that has received the “parent device status” sends out a “registration mode request” requesting that the parent device (calling code not assigned) 30-2 be set to the registration mode (S24). Receiving the “registration mode request”, the parent device (call code not assigned) 30-2 shifts to the registration mode (S25). The parent device (calling code not assigned) 30-2 sends "registration mode complete" (S26).

  When the main device 10 knows that the parent device (call code not assigned) 30-2 has entered the registration mode, the main device 10 (call code unassigned) 30-2 from the control unit 11 via the extension circuit unit 14 Is notified of "calling code transmission request" (S27).

  The base unit (call code unassigned) 30-2 that has received the “call code transmission request” by the data transmitting / receiving unit 33 reads the data by the base unit control unit 31, and the base unit control unit 31 stores the data in the base unit storage unit 32. The call code data is read, but since the call code is not assigned, “no call code” is sent via the data transmitter / receiver 33 (S28).

  The main device 10 that has received “no call code” from the master unit (calling code not assigned) 30-2 via the extension circuit unit 14 reads the data by the control unit 11 and stores the operation data provided in the storage unit 12. Corresponding to the accommodation number, the call code of the parent machine (call code obtained by adding identification data unique to the parent machine 30-2 to the call code unique to the cordless telephone system) is set and stored in the operation data ( S29), "calling code" is sent (S30).

  Receiving the “call code”, the base unit (call code not assigned) 30-2 stores the call code in the base unit storage unit 32 (S31), and then sends “call code storage complete” (S32).

  The “accommodation number data” corresponding to the extension port to which the master unit (calling code not assigned) 30-2 is connected is sent from the control unit 11 of the main apparatus 10 (S33). The parent device (calling code assignment) 30-1 receives the “accommodation number data” by the data transmission / reception unit 33, reads it by the parent device control unit 31, and stores the “accommodation number data” in the parent device storage unit 22 (S34). Then, “accommodation number data storage completion” indicating that the storage of the accommodation number data has been completed is transmitted from the parent device control section 31 via the data transmission / reception section 33 (S35).

  In the main apparatus 10, “accommodation number data storage completion” is read by the control unit 11 via the extension circuit unit 14. The control unit 11 reads the data in the storage unit 12 (S36), and sends "country code data etc." via the extension circuit unit 14 (S37).

  In the parent device (calling code assignment) 30-1, the “country code data” is received by the data transmission / reception unit 33, read by the parent device control unit 31, and stored in the parent device storage unit 22 (S38). “Country code data storage completed” indicating that the country code data storage processing has been completed is transmitted via the data transmitter / receiver 33 (S39).

  When the main device 10 receives “country code data storage complete” via the extension circuit unit 14 and is read by the control unit 11, it sends a setting completion signal from the control unit 11 via the extension circuit unit 14 (S40). ).

  The parent device (call code unassigned) 30-2 receives the “setting completion signal” by the data transmitter / receiver 33, reads it by the parent device controller 31, and shifts to a standby state (S41). The display unit 34 displays whether it is in the registration mode or in standby by the control of the parent device control unit 31.

  In this way, by connecting the parent device (call code not assigned) to the main device, it is possible to automatically assign the call code to the parent device and register the parent device in the main device.

  A second embodiment of the present invention will be described with reference to FIGS. This embodiment is an example in which a cordless telephone handset is registered in a cordless telephone main unit via a cordless telephone base in the handset registration mode.

  In this embodiment, the cordless telephone 10 is the same as that of the first embodiment, except that the cordless telephone master unit 30-3 is registered in the main unit 10 and set in the slave unit registration mode. Since it is the same as the first embodiment, its description is omitted.

  As shown in FIG. 7, the cordless telephone handset 50 includes a handset controller 51, a handset storage section 52, a display section 53, a key section 54, a handset radio section 55, and an antenna 36. Configured.

  The slave unit control unit 51 performs data control with the master unit and control of the slave unit storage unit.

  The subunit | mobile_unit memory | storage part 52 memorize | stores the data from a main apparatus, and the data of a subunit | mobile_unit.

  Display unit 53 displays the status of the slave unit.

  The key unit 54 is a key such as a dial of the slave unit.

  The slave unit wireless unit 55 communicates with the master unit wirelessly.

  The antenna 36 transmits and receives wireless data to the master unit.

  The storage status of the operation data provided in the storage unit 12 of the main apparatus 10 and the operation data provided in the parent device storage unit 52 of the slave unit (registration mode) 50 will be described with reference to FIG. The upper row shows the operational data storage status before registration, and the lower row shows the operational data storage status after registration. Before the registration processing, the storage unit 12 of the main apparatus 10 stores A: terminal code data (none), B: call code, etc. (call code, etc.), C: extension number data ( Extension number data of the slave unit: not registered), D: presence / absence (none) of the slave unit registration corresponding to the terminal number is stored corresponding to the terminal code. Here, B is set in advance. In the storage unit 52 of the slave unit (registration mode) 50, A: terminal code data (registration), B: call code data and the like (none), and C: extension number data (registration) are stored as the slave unit operation data 521. Is done.

  After the registration processing, A: terminal code data (terminal code: registration), B: call code, etc. (call code, etc.), C: extension number data, as slave unit operation data 122, in the storage unit 12 of the main apparatus 10 (Extension number data of slave unit: registration), D: Presence / absence (completion) of slave unit registration corresponding to the terminal code is stored corresponding to the terminal code. On the other hand, in the storage unit 52 of the slave unit (registration mode) 50, A: terminal code data (registration), B: call code data, etc. (registration), C: extension number data (registration), as slave unit operation data 521 Is stored.

Using the slave unit 50 set in the registration mode having such a configuration, the process of registering the slave unit in the main apparatus 10 via the master unit 30-3 set in the slave unit registration mode is shown in FIG. Will be described. The master unit 30-1 in the slave unit registration mode setting state is connected to the main apparatus 10 (S51). The parent device (slave device registration mode setting) 30-3 is “registered mode setting” via the data transmission / reception unit 33 from the parent device control unit 31.
Is received by the control unit 11.

  On the other hand, when the power of the slave unit (registration mode) 50 is turned on, the registration mode is automatically set (S53), and the “registration mode state” is displayed on the display unit 53 by the slave unit control unit 51. When an arbitrary extension number is input from the key unit 54 and transmitted (S54), a "terminal code signal" is transmitted as a radio signal from the slave unit control unit 51 through the slave unit radio unit 55 and the antenna 56 (S55).

  The base unit (slave unit registration mode) 39-3 reads the “terminal code signal” via the antenna 36 and the base unit radio unit 35 by the base unit control unit 31 and sends the “terminal code signal” from the data transmission / reception unit 33. (S56).

  The main apparatus 10 reads the “terminal code signal” via the extension circuit unit 44 by the control unit 41 and stores the terminal code in the storage unit 12 (S57). The main apparatus 10 sends “calling code etc.” from the control unit 11 via the extension circuit unit 14 (S58), and the master unit (slave unit registration mode) 30-3 receives the “data transmission / reception unit 33”. The “calling code or the like” is read by the parent device control unit 31 and “calling code or the like” is transmitted via the parent device radio unit 35 and the antenna 36 (59).

  In the slave unit (registration mode) 50, the “calling code or the like” received via the antenna 56 and the slave unit wireless unit 55 is read by the slave unit control unit 51 and stored in the slave unit storage unit 52 (S60).

  When the "extension number" is input by operating the key unit 54, the slave unit (registration mode) 50 transmits the "extension number" from the slave unit control unit 51 via the slave unit radio unit 55 and the antenna 56 ( S61). The base unit (slave unit registration mode setting) 30-3 receives the “extension number” via the antenna 36 and the base unit radio unit 35, reads it by the base unit control unit 31, and receives the “extension number” from the data transmission / reception unit 33. Is sent out (S62).

  The main device 10 reads the “extension number” by the control unit 11 via the extension circuit unit 14 and stores it in the storage unit 12 (S63). Next, the main apparatus 10 sends “setting complete” from the control unit 11 via the extension circuit unit 14 (S64).

  The parent device (slave device registration mode setting) 30-3 reads “setting completed” received by the data transmission / reception unit 33 by the parent device control unit 31, and “set complete” via the parent device wireless unit 35 and the antenna 36. Is transmitted (S65).

  The slave unit (registration mode) 50 reads the “setting completed” received by the antenna 56 and the slave unit radio unit 55 by the slave unit control unit 51 and puts it into a standby state (S 66). The inside is displayed under the control of the handset controller 51.

Diagram explaining the concept of cordless telephone system The figure explaining the structure of the cordless telephone main apparatus and the cordless telephone master which comprise the cordless telephone system concerning a 1st Example The figure explaining the main unit operation data storage situation of the main unit (calling code assignment) and the main unit The figure explaining the flow of processing of a main machine (calling code grant) The figure explaining the main unit operation data storage status of the main unit (call code not assigned) and main unit The figure explaining the flow of processing of a main machine (call code unassigned) The figure explaining the structure of the cordless telephone main apparatus, the cordless telephone main unit, and the cordless telephone cordless handset constituting the cordless telephone system according to the second embodiment. Diagram explaining the storage status of master unit operation data for the slave unit to be registered and the main unit Diagram explaining the processing flow of the slave unit to be registered

Explanation of symbols

10 Cordless telephone main unit (main unit)
DESCRIPTION OF SYMBOLS 11 Control part 12 Memory | storage part 121 Parent | base station operation data 122 Slave | child machine operation data 13 Communication circuit part 14 Extension circuit part 15 Outside line circuit part 30 Cordless telephone main | base station (master)
30-1 Cordless telephone base phone (calling code attached)
30-2 Cordless phone base unit (call code not assigned)
30-3 Cordless phone master unit (Slave unit registration mode setting)
31 Base Unit Control Unit 32 Base Unit Storage Unit 321 Base Unit Operation Data 33 Data Transmission / Reception Unit 34 Display Unit 35 Base Unit Radio Unit 36 Antenna 50 Cordless Telephone Slave Unit (Slave Unit)
51 slave unit control unit 52 slave unit storage unit 521 slave unit operation data 53 display unit 54 key unit 55 slave unit radio unit 56 antenna 71 external line 72 extension circuit

Claims (5)

A cordless telephone main unit connected to an outside line and accommodating a plurality of extension circuits, a cordless telephone main unit connected to the cordless telephone main unit to the extension circuit, and a cordless telephone unit that performs wireless communication between the cordless telephone main unit In a cordless phone system consisting of
The cordless telephone main unit has a function for requesting a call code to the connected cordless telephone base unit when the cordless telephone base unit is connected to the extension circuit at the time of system construction, and the acquired call code is an extension. The function of storing corresponding to the accommodation number data of the circuit unit, and when the connected cordless telephone master does not have a call code, the call code acquired from the cordless telephone master having the call code, With a function to notify the cordless telephone master unit that does not have a call code,
The cordless telephone master unit has master unit operation data in which the accommodation number data and the call code data are registered, and when the call code data is given, the call code is issued in response to the call code request from the cordless telephone main unit. A cordless telephone characterized by having a function of notifying and a function of storing accommodation number data and call code data sent from the cordless telephone main unit when call code data is not given as master unit operation data system. A cordless telephone main unit connected to an outside line and accommodating a plurality of extension circuits, a cordless telephone main unit connected to the cordless telephone main unit to the extension circuit, and a cordless telephone unit that performs wireless communication between the cordless telephone main unit In a cordless phone system consisting of
When the cordless telephone master unit in the slave unit registration mode is connected, the cordless telephone main unit is a slave unit to be registered that is sent from the slave unit that is registered via the cordless telephone master unit in the slave unit registration mode. Terminal code data, call code data notified to the slave unit via the cordless telephone master unit, and the extension number sent from the slave unit registered via the cordless telephone master unit are associated with each other to operate the slave unit It has a function to store as data,
The cordless telephone cordless handset has a function of storing as cordless handset operating data including terminal code data, call code data, and extension telephone number data. A cordless telephone main unit connected to an outside line and accommodating a plurality of extension circuits, a cordless telephone main unit connected to the cordless telephone main unit to the extension circuit, and a cordless telephone unit that performs wireless communication between the cordless telephone main unit In the base unit registration method of the cordless telephone system consisting of
At the time of system construction, the cordless telephone main unit monitors the connection of the cordless telephone master unit to the extension circuit. When the cordless telephone master unit is connected to the extension circuit, a call code is sent to the cordless telephone master unit. A base unit registration method for a cordless telephone system, characterized in that the call code requested and stored from the cordless telephone base unit is stored in correspondence with the accommodation number data of the extension circuit unit. The base unit registration method of the cordless telephone system according to claim 3,
When the connected cordless telephone master does not have a call code, the call code obtained from the cordless telephone master having the call code is notified to the cordless telephone master that does not have the call code. A method for registering a base of a cordless telephone system. A cordless telephone main unit connected to an outside line and accommodating a plurality of extension circuits, a cordless telephone main unit connected to the cordless telephone main unit to the extension circuit, and a cordless telephone unit that performs wireless communication between the cordless telephone main unit In the cordless phone system cordless phone system registration method consisting of
When the cordless telephone master unit in the slave unit registration mode is connected, the cordless telephone main unit is a slave unit to be registered that is sent from the slave unit that is registered via the cordless telephone master unit in the slave unit registration mode. Terminal code data is registered, the call code data is notified to the slave unit via the cordless telephone master unit, and the extension number sent from the slave unit registered via the cordless telephone master unit is associated with each other. A cordless telephone system cordless phone registration method for storing cordless phone system data as cordless phone operation data.

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