JP5694969B2 - Main device of telephone system and operation method thereof - Google Patents

Main device of telephone system and operation method thereof Download PDF

Info

Publication number
JP5694969B2
JP5694969B2 JP2012018471A JP2012018471A JP5694969B2 JP 5694969 B2 JP5694969 B2 JP 5694969B2 JP 2012018471 A JP2012018471 A JP 2012018471A JP 2012018471 A JP2012018471 A JP 2012018471A JP 5694969 B2 JP5694969 B2 JP 5694969B2
Authority
JP
Japan
Prior art keywords
telephone
record
ssid
setting data
main
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
JP2012018471A
Other languages
Japanese (ja)
Other versions
JP2013157895A (en
Inventor
中西 徹
徹 中西
大畑 博敬
博敬 大畑
秦泉寺 浩史
浩史 秦泉寺
Original Assignee
日本電信電話株式会社
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 日本電信電話株式会社 filed Critical 日本電信電話株式会社
Priority to JP2012018471A priority Critical patent/JP5694969B2/en
Publication of JP2013157895A publication Critical patent/JP2013157895A/en
Application granted granted Critical
Publication of JP5694969B2 publication Critical patent/JP5694969B2/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Images

Description

  The present invention relates to a main device of a telephone system and an operation method thereof.

  A user (employee, etc.) of a telephone system laid in a company or the like belongs to a group (eg, a project) and performs business. In the telephone system, a group is set for each project, and calls are placed, held, and transferred within the group.

  In the example of FIG. 11, groups A, B, and C are set in the main apparatus 1A, and outgoing calls, incoming calls, hold calls, and transfers are performed within the group.

  For example, the main apparatus 1A first receives a call to the representative telephone 2100 of the group A and appropriately transfers it to another telephone 2α in the group. The main apparatus 1A first receives a call to the representative telephone 2200 of the group B, and appropriately transfers it to other telephones (not shown) in the group. The main apparatus 1A first arrives at the representative telephone 2300 of the group C and appropriately transfers it to other telephones (not shown) in the group.

  However, in recent years, an employee (user) often has a plurality of tasks and belongs to a plurality of groups (projects). For example, a user belonging to groups A, B, and C (hereinafter referred to as user U) simply logs in the telephone 2α used by the user to group A and sets incoming calls. Convenience is significantly reduced, such as suspension, inability to transfer.

  In addition, as shown in FIG. 12, in order for the user U to perform the work of the group B, the user 2 moves from the location of the group A to the location of the group B with the telephone 2α. When a call is made to the telephone, the telephone number “200” of the representative telephone 2200 is displayed on the other telephone that has received the call by displaying the calling number. Therefore, after that, when a user of another telephone makes a call with the user U again, there is no choice but to make a call to the representative telephone 2200 using the incoming call history. In this case, since the representative telephone 2200 rings, it is convenient if the user U can make a proxy response with the telephone 2α. However, since the telephone 2α can log in only to the group A, it cannot make a proxy response.

  Conventionally, there are a method (method 1) in which a plurality of telephone numbers are assigned to a telephone and used by switching (method 1), and a method in which a telephone is provided with a plurality of line buttons (method 2).

(Method 1)
FIG. 13 is a diagram for explaining the method 1. This method is disclosed in Patent Document 1.

  In the method 1, telephone numbers “101”, “102”, and “103” are assigned to the telephone 2β, and wireless LAN access points AP1 to AP3 are installed for each location used in a plurality of groups.

  The telephone 2β receives the SSID “SSID-A”, which is its identification code, from the access point AP1 at the location of the group A. In this case, the telephone 2β logs in to the group A and uses the telephone number “101”.

  The telephone 2β receives the SSID “SSID-B” from the access point AP2 at the location of the group B. In this case, the telephone 2β logs in to the group B and uses the telephone number “102”.

  The telephone 2β receives the SSID “SSID-C” from the access point AP2 at the location of the group C. In this case, the telephone 2β logs in to the group C and uses the telephone number “103”.

  For example, when the representative telephone 2200 receives an incoming call and the user U hears the ringing and operates the telephone 2β, a proxy response request signal including the telephone number “102” is transmitted from the telephone 2β to the main apparatus 1B. .

  Main apparatus 1B makes an incoming call to telephone 2β because telephone 2β is logged in to group B.

  However, in this method, a proxy response can be made. However, since the telephone 2β uses the telephone number “102” in the group B location, when the telephone 2β makes a call to another telephone, The telephone number “102” is displayed by the calling number display. At the location of group C, the telephone number “103” is displayed. Therefore, the telephone number to be displayed differs depending on the place, and the user of the other telephone does not know which telephone number should be dialed, which is not convenient. That is, when a plurality of telephone numbers are assigned to the same telephone, convenience may be impaired.

(Method 2)
FIG. 14 is a diagram for explaining the method 2. This method is disclosed in Patent Document 2.

  The representative telephones 2100, 2200, and 2300 each include line buttons BA, BB, and BC for receiving incoming calls. The telephone 2γ includes all the three line buttons BA, BB, and BC.

  The main apparatus 1C rings the telephones having line buttons BA, BB, and BC, respectively, when receiving an incoming call to the groups A, B, and C. Accordingly, the telephone 2γ can respond at any group location.

  However, for example, when the telephone 2γ receives an incoming call to the representative telephone 2100 of the group A, it rings even if it is used at the group B location, which is troublesome for the user of the telephone 2γ.

  Therefore, it is desirable to be able to make an incoming call only to a telephone that can designate a target user and that user can answer.

Japanese Patent No. 3520938 Japanese Examined Patent Publication No. 6-95708

  The present invention has been made in view of the above problems, and a first object of the present invention is to receive an incoming call to any telephone in a plurality of groups even if the telephone is assigned only one telephone number. It is an object of the present invention to provide a main device of a telephone system that can make a proxy response and an operation method thereof.

  A second object is to provide a main device of a telephone system capable of receiving an incoming call to a telephone to which the user can respond when a target user is designated, and an operation method thereof.

In order to solve the above-described problem, a first aspect of the present invention is a main unit of a telephone system connected to a plurality of telephones via a line, and a communication path for receiving an incoming call to a telephone having a designated telephone number A record including a unique telephone number assigned to the telephone and a group ID of the group for each of the control unit, one of one or more groups to which the telephone is logged in, and the combination of the telephone A setting data recording unit having a data table for storing the second telephone number, which is the only telephone number assigned to the second telephone from the second telephone. If a proxy response signal is transmitted, a unique telephone number assigned to the first telephone in the data table for the setting data recording unit When the group ID in the record including a certain first telephone number and the group ID in the record including the second telephone number are inquired and the answer is the same, the communication path control unit A function provision determining unit that instructs to make an incoming call to the second telephone, and each record of the data table is in a state where the corresponding telephone is logged out of the corresponding group or logged in The setting data recording unit stores a record including a group ID of the group and an SSID transmitted from a wireless access point belonging to the group for each of a plurality of groups. A group table, and each telephone receives the SSID and the SSID and the telephone The function provision determination unit reads out the group ID in the record including the SSID in the group table to the setting data recording unit, and transmits the group number in the data table. ID as well as solutions with a main unit of the telephone system and instructing to said Rukoto to switch the record including the telephone number from the logout state to the state of the login.

A second aspect of the present invention is an operation method of a main device of a telephone system connected to a plurality of telephones via lines, and the main device controls a call path for making an incoming call to a telephone having an instructed telephone number And a record including the unique telephone number assigned to the telephone and the group ID of the group for each of the combination of the telephone, the one of the one or more groups to which the telephone is logged in, and the telephone A setting data recording unit having a data table to be stored, wherein the function provision determining unit of the main device receives an incoming call from the first telephone and the second telephone from the second telephone If the proxy response signal including the second telephone number that is the only telephone number assigned to the mobile station is transmitted, the setting data recording unit is stored in the data table. Query whether the group ID in the record containing the first telephone number that is the only telephone number assigned to the first telephone is the same as the group ID in the record containing the second telephone number; If the same answer is obtained, the communication path control unit is instructed to make an incoming call to the second telephone , and each record in the data table indicates that the corresponding telephone is in the corresponding group. The setting data recording unit transmits each group from a group ID of the group and a wireless access point belonging to the group. A group table in which a record including the SSID to be stored is stored, and each telephone set receives the SSID. The function provision determining unit reads out the group ID in the record including the SSID in the group table to the setting data recording unit, and transmits the SSID and the telephone number of the telephone to the main device. In the data table, the record means including the group ID and the telephone number is instructed to switch from the logout state to the login state .

  According to the present invention, even if a telephone is assigned with only one telephone number, a proxy response can be made to an incoming call to any telephone in a plurality of groups. In addition, when a target user is designated, an incoming call can be made to a telephone that the user can answer.

It is a block diagram which shows schematic structure of the telephone system which concerns on this Embodiment. It is a figure which shows an example of a structure and data of the data table 1411 in the setting data recording part 141. It is a figure which shows an example of a structure and data of the group table 1412 in the setting data recording part 141. FIG. It is a figure which shows an example of a structure and data of the telephone number table 1413 in the setting data recording part 141. It is a figure which shows a mode that the telephone 2 (alpha) logs in to the groups A and B, and performs the setting which receives an incoming call in the group B place. It is a figure which shows another method for the telephone set 2α to log in to the group B and set to receive an incoming call at the group B location. It is a flowchart which shows operation | movement when the function provision determination part 143 receives the signal by the transmission from a telephone set. It is a flowchart which shows operation | movement when the function provision determination part 143 receives a proxy response request signal. FIG. 5 is a sequence diagram in the case where the user α logs in to the group B at the location of the group B and receives the incoming call of the group B by the method of the first embodiment, and makes a proxy response to the incoming call to the representative phone 2200 by the telephone 2α. is there. Sequence diagram in the case where the user α logs in to the group B at the location of the group B and sets the group B to receive the incoming call by the method of the second embodiment and makes a proxy response to the incoming call to the representative phone 2200 with the telephone number 2α It is. It is a figure which shows an example of the conventional telephone system. It is a figure for demonstrating the problem in the telephone system of FIG. It is a figure for demonstrating the method 1 which is a solution of the problem demonstrated in FIG. It is a figure for demonstrating the method 2 which is a solution of the problem demonstrated in FIG.

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

FIG. 1 is a block diagram showing a schematic configuration of a telephone system according to the present embodiment.
The telephone system includes a main device 1 and a plurality of telephones 2. The main apparatus 1 includes a line control unit 11 that accommodates a plurality of lines L (external lines), a telephone control unit 12 that accommodates lines (extensions) connected to each telephone 2, a speech path control unit 13, And a call control unit 14 that performs control for connection.

  Although not shown, a wireless LAN access point is arranged on a communication path connecting some telephones 2 and the main apparatus 1. That is, the telephone 2 is a portable telephone.

  The call control unit 14 performs various determinations with a setting data recording unit 141 that stores various setting data, a telephone state management unit 142 that manages the state of each telephone 2, and a line control unit based on the determination results 11 and a function provision determining unit 143 that controls the telephone control unit 12 and the speech path control unit 13.

  Each telephone set 2 is set (stored) with a unique telephone number assigned to the telephone set 2.

  The telephone system is used by a plurality of groups (projects in companies and the like). Here, as an example, it is assumed that there are three groups, groups A, B, and C. A plurality of users belong to each group. Each user may belong to only one group or may belong to two or more groups.

  Each telephone 2 can log in to the same group as the group to which the user using the telephone 2 belongs. The telephone 2 is used at a place used by a group to which a user who uses the telephone 2 belongs. Therefore, the telephones 2 of users belonging to a plurality of groups are used while moving from place to place.

  Further, in each group, one of the telephones 2 belonging to the group, for example, the telephone 2 used for a user (project leader) belonging to only that group is called a representative telephone, and the telephone number of the representative telephone is particularly designated. It is called a representative telephone number.

  FIG. 2 is a diagram illustrating an example of the configuration and data of the data table 1411 in the setting data recording unit 141.

  The data table 1411 includes a plurality of records, and each record includes a telephone number, a group ID, group incoming / outgoing information, and login status information.

  The telephone number “100” is the representative telephone number of the group A, the group ID in the record indicates “group A”, the group incoming / outgoing information indicates that the incoming call is always possible (Yes), and the login status information Indicates the login state (Yes).

  The telephone number “200” is the representative telephone number of the group B, the group ID in the record indicates “group B”, the group incoming / outgoing information indicates that the incoming call is always possible (Yes), and the login status information Indicates the login state (Yes).

  The telephone number “300” is a representative telephone number of the group C, the group ID in the record indicates “group C”, the group incoming / outgoing information indicates that the incoming call is always possible (Yes), and the login status information Indicates the login state (Yes).

  On the other hand, the telephone number “101” is a telephone number of a portable telephone 2 (referred to as a telephone 2α) used for users belonging to groups A, B, and C (referred to as user U). Therefore, there are three records including the telephone number “101”.

  The group ID in the first record indicates “group A”, the group incoming / outgoing information indicates that the incoming call is not possible (○ none), and the login status information indicates the logout state (○ no). . In other words, this record indicates that the user is not in a location used in group A.

  The group ID in the second record indicates “group B”, the group incoming / outgoing permission / inhibition information indicates that the incoming call can be received (Yes), and the login status information indicates the login state (Yes). In other words, this record indicates that the user is in a location used in group B.

  The group ID in the third record indicates “group C”, the group incoming / outgoing permission / inhibition information indicates that the incoming call is not possible (○ none), and the login status information indicates the logout state (not present). . That is, this record indicates that the user is not in a location used in group C.

  FIG. 3 is a diagram illustrating an example of the configuration and data of the group table 1412 in the setting data recording unit 141.

  The group table 1412 includes three records, and each record includes an SSID (Service Set Identifier: identifier of an access point) and a group ID.

  The SSID “SSID-A” is identification information indicating a wireless LAN access point corresponding to the group A, and the group ID in the record indicates “group A”. That is, this record indicates that when the telephone set 2 receives the SSID “SSID-A” from the access point, the telephone set 2 exists in the group A location.

  The SSID “SSID-B” is identification information indicating a wireless LAN access point corresponding to the group B, and the group ID in the record indicates “group B”. That is, this record indicates that when the telephone set 2 receives the SSID “SSID-B” from the access point, the telephone set 2 exists in the group B location.

  The SSID “SSID-C” is identification information indicating a wireless LAN access point corresponding to the group C, and the group ID in the record indicates “group C”. That is, this record indicates that the telephone set 2 exists at the location of the group C when the telephone set 2 receives the SSID “SSID-C” from the access point.

  FIG. 4 is a diagram showing an example of the configuration and data of the telephone number table 1413 in the setting data recording unit 141.

  The telephone number table 1413 includes a plurality of records, and each record includes a user ID and a telephone number.

  The record including the telephone number “101” of the telephone 2α includes the user ID “α” indicating the user U. That is, the telephone α indicates that it is one of the telephones 2 used for the user U.

  Further, since the user U belongs to the group A, the telephone number table 1413 includes a record including the telephone number “100” which is the representative telephone number of the group A and the user ID “α”.

  Further, since the user U belongs to the group B, the telephone number table 1413 includes a record including the telephone number “200” that is the representative telephone number of the group B and the user ID “α”.

  Further, since the user U belongs to the group C, the telephone number table 1413 includes a record including the telephone number “300” that is the representative telephone number of the group C and the user ID “α”.

Example 1
FIG. 5 is a diagram illustrating a state in which the telephone 2α logs in to the groups A and B and performs setting for receiving an incoming call at the group B location.

  For example, when the user α works for the groups A and B but works on the day when the group C does not work, the user α inputs the login information of the groups A and B to the telephone 2α. For example, the user α selects groups A and B on the screen of the telephone 2α.

  As a result, the telephone 2α transmits the login information of the groups A and B and the telephone number “101” to the main apparatus 1 via the access point AP1 of the group A, for example.

  In the main device 1, the function provision determining unit 143 instructs the setting data recording unit 141 to log out the login status information of the record including the group ID of the group A and the telephone number “101” in the data table 1411 (none. ) To login status (Yes).

  The function provision determination unit 143 also instructs the setting data recording unit 141 to log in the log-in status information of the record including the group ID of the group B and the telephone number “101” in the data table 1411 from the logout state (none). Change to state (Yes).

  When the user α moves to the location of the group B, the user α inputs, for example, the group ID of the group B to the telephone 2α. The user α selects the group B on the screen of the telephone 2α.

  As a result, the telephone set 2α transmits the group B group ID and the telephone number “101” to the main apparatus 1 via the group B access point AP2.

  In the main apparatus 1, the function provision determining unit 143 instructs the setting data recording unit 141 to receive the group incoming / outgoing information of the record including the group ID of the group B and the telephone number “101” in the data table 1411 ( Change from "No" to "Receivable" (Yes).

(Example 2)
FIG. 6 is a diagram illustrating another method in which the telephone set 2α logs in to the group B and receives the incoming call at the group B location.

  The access point AP1 at the group A location transmits its own SSID “SSID-A”, and the SSID can be received at the group A location.

  The access point AP2 at the group B location transmits its own SSID “SSID-B”, and the SSID can be received at the group B location.

  The access point AP3 at the location of the group C transmits its own SSID “SSID-C”, and this SSID can be received at the location of the group C.

  For example, when the telephone 2α moves to the location of the group B together with the user α and receives the SSID “SSID-B”, the telephone 2α sends the SSID “SSID-B” and the telephone number “101” via the access point AP2. Transmit to device 1.

  In the main apparatus 1, the function provision determination unit 143 instructs the setting data recording unit 141, and in the data table 1411, the login status information of the record including the group ID of the group B and the telephone number “101” is logged out (none ) To login status (Yes).

  The function provision determination unit 143 also instructs the setting data recording unit 141 to read out the group ID of the group B from the record including the SSID “SSID-B” in the group table 1412, and read the group B read out in the data table 1411. The group incoming / outgoing information on the record including the group ID and the telephone number “101” is changed from “unavailable” (no) to “available” (good).

  FIG. 7 is a flowchart showing an operation when the function provision determination unit 143 receives a signal transmitted from the telephone.

  For example, when a user who uses a representative phone of group A (referred to as a representative phone 2100) (such as a project leader of group A) operates the representative phone 2100 to make a call with a user α in the group B location, A signal including the telephone number “100” and the user ID “α” is transmitted from the telephone 2100 to the function provision determining unit 143.

  When the function provision determination unit 143 receives such a signal, the function provision determination unit 143 inquires of the setting data recording unit 141 about the telephone number in the record that includes the user ID “α” and does not include the telephone number “100” in the telephone number table 1413. (S1).

  If there is a record that includes the user ID “α” and does not include the telephone number “100” from the telephone number table 1413, the setting data recording unit 141 stores the telephone number from the record, for example, the telephone numbers “101” and “200”. "," 300 "are read out.

  The setting data recording unit 141 determines, for each telephone number, whether or not there is a record in the data table 1411 that includes the telephone number and the group incoming / outgoing permission / inhibition information can be received (Yes). If there is a corresponding record, the setting data recording unit 141 notifies the function provision determining unit 143 of the corresponding telephone number.

  If the telephone number is not notified from the setting data recording unit 141 (S1: NO), the function provision determining unit 143 generates an error signal indicating that a call with the user with the user ID “α” cannot be made, with the telephone number “100”. Is transmitted to the telephone 2 (S3), and the process ends.

  On the other hand, if the function provision determination unit 143 receives, for example, telephone numbers “101”, “200”, and “300” from the setting data recording unit 141 (S1: YES), the function provision determination unit 143 Instructing the telephone 2 to receive the telephone number (S5), the process ends.

  As a result, for example, an incoming call is made to the telephone 2α, the representative telephone 2200 of the group B (the telephone 2 having the telephone number “200”) and the representative telephone 2300 of the group C (the telephone 2 having the telephone number “300”). For example, the user α can answer with the representative phone 2200 and talk with the project leader of the group A or the like.

  FIG. 8 is a flowchart illustrating an operation when the function provision determination unit 143 receives a proxy response request signal.

  For example, when an external user operates his / her own telephone to talk to the group B project leader, a signal including the external line number assigned to group B is transmitted from the telephone to the function provision determining unit 143. .

  When the function provision determination unit 143 receives such a signal, the function provision determination unit 143 instructs the speech path control unit 13 to make an incoming call to the representative telephone 2200 and ends the process. As a result, the call path control unit 13 makes an incoming call to the representative telephone 2200.

  In this state, the function provision determination unit 143 may receive, for example, a proxy response request signal for the telephone 2α to make a response (proxy response) instead of the representative telephone 2200. That is, when the user α listens to the ringing of the representative telephone 2200 and operates the telephone 2α, a proxy response request signal including the telephone number “101” is transmitted from the telephone 2α to the function provision determining unit 143.

  When the function provision determination unit 143 receives the proxy response request signal, the function provision determination unit 143 sends a record including the group ID and the telephone number “101” in the record including the telephone number “200” in the data table 1411 to the setting data recording unit 141. An inquiry is made as to whether or not the group ID is the same (S11).

  The setting data recording unit 141 searches the data table 1411 for a record including the telephone number “200” and a record including the telephone number “101”, reads the group ID from each record, and determines whether each group ID is the same. The function providing determination unit 143 is answered. For example, the setting data recording unit 141 confirms that the group incoming / outgoing information of the record including the telephone number “101” indicates that the incoming call can be received, and that the login information indicates the login state. Answer whether they are the same.

  If the function provision determination unit 143 obtains a reply that the group IDs are not the same (S11: NO), the function provision determination unit 143 transmits an error signal not permitting the proxy response to the telephone set 2 that has transmitted the proxy response request signal. (S13), the process ends.

  On the other hand, if the function provision determination unit 143 obtains a reply that the group IDs are the same (S11: YES), the function provision determination unit 143 sends the telephone number in the proxy response request signal to the telephone set 2 to the speech path control unit 13. An instruction is given to make an incoming call (S9), and the process ends.

  Thereby, the speech path control unit 13 makes an incoming call to the telephone 2 of the telephone number in the proxy response request signal (the telephone 2 that transmitted the proxy response request signal).

  FIG. 9 illustrates a case where the user α logs in to the group B at the location of the group B and sets the group B to receive the incoming call by the method of the first embodiment, and makes a proxy response to the incoming call to the representative phone 2200 by the telephone 2α. FIG.

  For example, when the user α works for the groups A and B but works on the day when the group C does not work, the user α inputs the login information of the groups A and B to the telephone 2α (T1). As a result, the telephone 2α transmits the login information of the groups A and B and the telephone number “101” to the main apparatus 1 via the access point AP1 of the group A, for example (T2).

  In the main device 1, the function provision determining unit 143 instructs the setting data recording unit 141 to log out the login status information of the record including the group ID of the group A and the telephone number “101” in the data table 1411 (none. ) To login status (Yes).

  The function provision determination unit 143 also instructs the setting data recording unit 141 to log in the log-in status information of the record including the group ID of the group B and the telephone number “101” in the data table 1411 from the logout state (none). Change to state (Yes).

  When the user α moves to the location of the group B, for example, the group ID of the group B is input to the telephone 2α (T3). As a result, the telephone set 2α transmits the group B group ID and the telephone number “101” to the main apparatus 1 via the group B access point AP2 (T4).

  In the main apparatus 1, the function provision determining unit 143 instructs the setting data recording unit 141 to receive the group incoming / outgoing information of the record including the group ID of the group B and the telephone number “101” in the data table 1411 ( Change from "No" to "Receivable" (Yes).

  On the other hand, for example, when an external user operates the telephone used by the user to talk to the project leader of group B, a signal is transmitted from the telephone to the function provision determining unit 143 via the line control unit 11 ( T11). The function provision determination unit 143 instructs the telephone state management unit 142 to change the representative telephone 2200 assigned the external line number included in the signal to the incoming state (T13). Thereby, the telephone state management unit 142 changes the representative telephone 2200 to the incoming state (T15).

  In addition, the function provision determination unit 143 instructs the speech path control unit 13 to make an incoming call to the representative telephone 2200. The communication path control unit 13 makes an incoming call to the representative telephone 2200 (T17). As a result, the representative telephone 2200 is receiving a call (T19).

  For example, when the user α hears the ringing of the representative telephone 2200 and operates the telephone 2α, a proxy response request signal including the telephone number “101” is transmitted from the telephone 2α to the function provision determination unit 143 ( T21).

  When the function provision determination unit 143 receives the proxy response request signal, the function provision determination unit 143 sends a record including the group ID and the telephone number “101” in the record including the telephone number “200” in the data table 1411 to the setting data recording unit 141. An inquiry is made as to whether or not the group ID is the same (T23).

  The setting data recording unit 141 searches the data table 1411 for a record including the telephone number “200” and a record including the telephone number “101”, reads the group ID from each record, and the group IDs are the same. To the function provision determination unit 143 (T25).

  Since the function provision determination unit 143 has obtained a reply that the group IDs are the same, the function provision determination unit 143 instructs the communication path control unit 13 to make an incoming call to the telephone 2α of the telephone number in the proxy response request signal ( T27).

  Further, the function provision determining unit 143 instructs the telephone state management unit 142 to change the telephone 2 (telephone 2α) having the telephone number “101” to the incoming state (T29). Thereby, the telephone state management unit 142 changes the telephone 2 having the telephone number “101” to the incoming state (T31).

  The speech path control unit 13 makes an incoming call to the telephone 2α according to the instruction in step T27 (T33). As a result, the telephone 2α is receiving a call (T35) and rings.

  For example, when the user α performs an off-hook operation on the telephone 2α, a call between the external user and the user α becomes possible.

  FIG. 10 shows that the user α logs in to the group B at the location of the group B and sets the group B to receive the incoming call by the method of the second embodiment, and responds to the incoming call to the representative phone 2200 with the telephone number 2α. FIG.

  For example, when the telephone set 2α moves to the location of the group B together with the user α and receives the SSID “SSID-B” from the access point AP2 at the location of the group B (T41), the SSID “SSID-B” and the telephone number “ 101 "is transmitted to the main apparatus 1 via the access point AP2 (T43).

  In the main apparatus 1, the function provision determination unit 143 logs out the login status information of the record including the group ID of the group B and the telephone number “101” in the data table 1411 to the setting data recording unit 141 in the logout state (none). Is instructed to change to a login state (Yes) (T45). Thereby, the setting data recording unit 141 changes the login status information of the record including the group ID of the group B and the telephone number “101” in the data table 1411 from the logout state (O) to the login state (O). .

  Further, the function provision determination unit 143 reads the group ID of the group B from the record including the SSID “SSID-B” in the group table 1412 with respect to the setting data recording unit 141, and reads the group B of the group B read out in the data table 1411. It is instructed to change the group incoming / outgoing information of the record including the group ID and the telephone number “101” from incoming impossible (no) to incoming (good) (T45). As a result, the setting data recording unit 141 changes the group incoming / outgoing information of the record including the group ID of the group B and the telephone number “101” from unacceptable (no) to available (good).

  Hereinafter, the sequence for performing a proxy response with the telephone number 2α in response to an incoming call to the representative telephone 2200 is the same as that in FIG.

  As described above, the main device 1 is a main device of a telephone system that is connected to a plurality of telephones 2 via lines, and a communication path control unit 13 that receives incoming calls to a telephone with an instructed telephone number; A record including the unique telephone number “101” assigned to the telephone 2 and the group ID of the group for each of one of the one or more groups A to C to which the telephone 2α is logged in and the combination of the telephone 2α. For example, the representative telephone 2200 shown in FIG. 9 or the like receives an incoming call (T17), and the telephone number 2101 is assigned to the telephone 2α from the telephone 2α. If the proxy response signal including the response is transmitted (T21), the representative telephone 22 in the data table 1411 is sent to the setting data recording unit 141. An inquiry is made as to whether the group ID in the record containing the telephone number “200” of 0 and the group ID in the record containing the telephone number “101” are the same (T23), and if the answer is the same (T25) And the function provision determining unit 143 that instructs the telephone path control unit 13 to make an incoming call to the telephone set 2α. Therefore, even if the telephone set 2α is assigned with only one telephone number, a plurality of groups A to A proxy response can be made to an incoming call to any telephone of C. Therefore, it is not necessary to assign a plurality of telephone numbers to the telephone 2α as in the method 1 shown in FIG. That is, the telephone number of the telephone 2α displayed by the calling number display does not differ depending on the group (depending on the location). As a result, the other party of the telephone only needs to make a call to the telephone number “101” of the telephone 2α, and convenience is improved.

  The setting data recording unit 141 also includes the user U's user ID “α” and the one telephone for each combination of the user U who can respond with the telephone 2α or the representative telephone 2200 and the one or more telephones. When the target user is designated, the function provision determination unit 143 instructs the setting data recording unit 141 to store the user ID of the user in the phone number table 1413. The telephone number in the record including the telephone number is inquired (FIG. 7: S1), and when the telephone number is notified, the communication path control unit 13 is instructed to receive the telephone number of the telephone number (S5). An incoming call can be made to a telephone that the user can answer.

  Each record in the data table 1411 can be switched to a state in which the corresponding telephone is logged out or logged in from the corresponding group (FIG. 2), and the setting data recording unit 141 includes a plurality of records. Each of the groups A to C includes a group table 1412 in which a record including a group ID of the group and an SSID transmitted from a wireless access point belonging to the group is stored, and each telephone set 2 receives the SSID. Then, the SSID and the telephone number of the telephone are transmitted to the main device 1, and the function provision determining unit 143 reads the group ID in the record including the SSID in the group table 1412 to the setting data recording unit 141, and the data table In 1411, the group ID is In addition, since it is instructed to switch the record including the telephone number from the logout state to the login state (T45), it is not necessary to input login information to the telephone 2 (FIG. 9: T1), and convenience is improved. .

  In the present embodiment, groups A to C have been described, but the number of groups is not limited to three. Further, the telephone number, SSID, and user ID are not limited to those in the above example.

  A computer program for causing a computer to function as the main device 1 can be recorded on a computer-readable recording medium such as a semiconductor memory, a magnetic disk, an optical disk, a magneto-optical disk, and a magnetic tape, and a communication network such as the Internet can be used. And can be widely distributed.

DESCRIPTION OF SYMBOLS 1 Main apparatus 2, 2 (alpha) telephone AP1-AP3 Access point 11 Line control part 12 Telephone control part 13 Call path control part 14 Call control part 141 Setting data recording part 142 Telephone state management part 143 Function provision determination part 1411 Data table 1412 Group table 1413 Telephone number table 2100, 2200, 2300 Representative telephone

Claims (2)

  1. A main device of a telephone system connected to a plurality of telephones via a line,
    A call path control unit for receiving an incoming call to the specified telephone number;
    Data storing a record including a unique telephone number assigned to the telephone and a group ID of the group for each of the one or more groups to which the telephone is logged in and the combination of the telephones. A setting data recording unit having a table;
    If there is an incoming call at the first telephone and a proxy response signal including a second telephone number, which is the only telephone number assigned to the second telephone, is transmitted from the second telephone, the setting data For the recording unit, a group ID in a record including a first telephone number, which is the only telephone number assigned to the first telephone in the data table, and a group ID in a record including the second telephone number And a function provision determining unit that instructs the call path control unit to make an incoming call to the second telephone if the same answer is obtained .
    Each record of the data table can be switched to a state where the corresponding telephone is logged out or logged in from the corresponding group,
    The setting data recording unit
    For each of the plurality of groups, a group table in which a record including a group ID of the group and an SSID transmitted from a wireless access point belonging to the group is stored,
    Each of the telephones
    If the SSID is received, the SSID and the telephone number of the telephone are transmitted to the main device,
    The function provision determination unit
    The setting data recording unit reads the group ID in the record including the SSID in the group table, and switches the record including the group ID and the telephone number from the logout state to the login state in the data table. the main unit of the telephone system, wherein you instructions.
  2. A method of operating a main device of a telephone system connected to a plurality of telephones via a line,
    The main unit is
    A call path control unit for receiving an incoming call to the specified telephone number;
    Data storing a record including a unique telephone number assigned to the telephone and a group ID of the group for each of the one or more groups to which the telephone is logged in and the combination of the telephones. A setting data recording unit having a table,
    The operation method is as follows:
    The function provision determination unit of the main device is
    If there is an incoming call at the first telephone and a proxy response signal including a second telephone number, which is the only telephone number assigned to the second telephone, is transmitted from the second telephone, the setting data For the recording unit, a group ID in a record including a first telephone number, which is the only telephone number assigned to the first telephone in the data table, and a group ID in a record including the second telephone number And if the same answer is obtained, the call path control unit is instructed to make an incoming call to the second telephone ,
    Each record of the data table can be switched to a state where the corresponding telephone is logged out or logged in from the corresponding group,
    The setting data recording unit
    For each of the plurality of groups, a group table in which a record including a group ID of the group and an SSID transmitted from a wireless access point belonging to the group is stored,
    Each of the telephones
    If the SSID is received, the SSID and the telephone number of the telephone are transmitted to the main device,
    The function provision determination unit
    The setting data recording unit reads the group ID in the record including the SSID in the group table, and switches the record including the group ID and the telephone number from the logout state to the login state in the data table. method of operating a main apparatus of a telephone system, characterized by instructions.
JP2012018471A 2012-01-31 2012-01-31 Main device of telephone system and operation method thereof Active JP5694969B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2012018471A JP5694969B2 (en) 2012-01-31 2012-01-31 Main device of telephone system and operation method thereof

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2012018471A JP5694969B2 (en) 2012-01-31 2012-01-31 Main device of telephone system and operation method thereof

Publications (2)

Publication Number Publication Date
JP2013157895A JP2013157895A (en) 2013-08-15
JP5694969B2 true JP5694969B2 (en) 2015-04-01

Family

ID=49052667

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2012018471A Active JP5694969B2 (en) 2012-01-31 2012-01-31 Main device of telephone system and operation method thereof

Country Status (1)

Country Link
JP (1) JP5694969B2 (en)

Family Cites Families (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6195560B1 (en) * 1998-09-29 2001-02-27 Lucent Technologies Inc. Dynamic associative group pickup
US6292672B1 (en) * 1998-10-29 2001-09-18 Avaya Technology Corp. Call pickup group controlled by wireless terminals
JP3789374B2 (en) * 2002-03-22 2006-06-21 Necインフロンティア株式会社 Telephone system
JP2008187224A (en) * 2007-01-26 2008-08-14 Hitachi Ltd Ip extension telephone system and server device
JP2010273075A (en) * 2009-05-21 2010-12-02 Hitachi Ltd Communication system and server

Also Published As

Publication number Publication date
JP2013157895A (en) 2013-08-15

Similar Documents

Publication Publication Date Title
US9294985B2 (en) Bridge line appearance for location-aware mobile devices
KR101863314B1 (en) Apparatas and method of having a dual sim card in a portable terminal
US7647045B2 (en) Environment aware message delivery
JP3272717B2 (en) Auxiliary call management device
JP4885350B2 (en) Method and system for enabling access to wireless terminal profile information over a network
EP2775743B1 (en) Communication processing method and device, and terminal
US9239999B2 (en) System and method for random voice communications through a social network
JP6456391B2 (en) Tunneling VOIP call control in cellular networks
US8428656B2 (en) Multi-mode terminal device
CN1199426C (en) Data record system for memory of telephone calling content of interphone and mobile phone
US20050117531A1 (en) Wireless communication techniques
US9521262B2 (en) Method and apparatus for calling terminal to join conference
JP4632735B2 (en) Call recording system, call recording method, and computer program
JP4944415B2 (en) Communication system, presence server, and communication method used for them
KR20070088655A (en) Unified call log
JP6268824B2 (en) Communication system, communication method, and information processing apparatus
KR20040049805A (en) Web access providing system
JP4227917B2 (en) cti system
KR101104451B1 (en) Mobile telephone, telephone number managing server, telephone number changing system, telephone number requesting method, and computer-readable recording medium recording telephone number requesting program
CN102892094A (en) Systems and methods for determining a network relationship between mobile devices
JP5929501B2 (en) Information processing apparatus, information processing method, and program
US8644836B2 (en) IP phone routing and call initiation based on location information
KR920005907B1 (en) Method for controlling cordless telephone
CN103249018A (en) Switching method for multi-party call and terminal equipment
US20070123224A1 (en) Information processing method and system for preventing leakage of information from mobile phone

Legal Events

Date Code Title Description
A621 Written request for application examination

Free format text: JAPANESE INTERMEDIATE CODE: A621

Effective date: 20140116

A977 Report on retrieval

Free format text: JAPANESE INTERMEDIATE CODE: A971007

Effective date: 20140716

A131 Notification of reasons for refusal

Free format text: JAPANESE INTERMEDIATE CODE: A131

Effective date: 20140812

A521 Written amendment

Free format text: JAPANESE INTERMEDIATE CODE: A523

Effective date: 20140911

TRDD Decision of grant or rejection written
A01 Written decision to grant a patent or to grant a registration (utility model)

Free format text: JAPANESE INTERMEDIATE CODE: A01

Effective date: 20150203

A61 First payment of annual fees (during grant procedure)

Free format text: JAPANESE INTERMEDIATE CODE: A61

Effective date: 20150205

R150 Certificate of patent or registration of utility model

Ref document number: 5694969

Country of ref document: JP

Free format text: JAPANESE INTERMEDIATE CODE: R150