JP2017038359A - Multiple dwelling house call management system and call management system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a multidwelling house call management system for enabling a call between a resident of a multidwelling house and a visitor, while reducing construction cost for installing the system.SOLUTION: A smartphone 3 includes a calling information transmission section 313 for transmitting calling information of each dwelling unit. A multidwelling house call management system 1 includes: a communication I/F section 72 for performing communication with smartphones 21, 3; an access information storage section 714 which stores the calling information and access information for accessing the smartphone 21 in association with each other; an access information acquisition section 711 for acquiring access information associated with received calling information by the access information storage section 714 when the calling information of one of the respective dwelling units is received by the communication I/F section 72 from the calling information transmission section 313 of the smartphone 3; and a call processing section 712 for enabling a call between the smartphones 21, 3 with the use of the access information.SELECTED DRAWING: Figure 1

Description

  The present invention provides a collective housing call management system for enabling communication between a resident of an apartment house and a visitor of the apartment house, and to enable a call between a called user and a calling user. Relates to a call management system.

  Conventionally, a telephone number reading means for reading a telephone number while connecting a mobile phone terminal to a front door apparatus installed at a front door of an apartment house with a cable while supplying power to the indoor apparatus in a room to be called. There is known an intercom system provided with (for example, see Patent Document 1). In this intercom system, an indoor device is installed in each room. Then, the indoor device authenticates the visitor by comparing the telephone number transmitted from the entrance device with the telephone directory database. When the indoor device is authenticated OK, the indoor device wirelessly connects with the mobile phone terminal of the resident in the room and relays the communication between the terminals with the mobile phone terminal connected to the entrance device. Built-in.

JP 2009-124394 A

  However, according to the above-described technique, it is necessary to install an entrance device at the entrance of an apartment house, and install an indoor device wired to the entrance device in each room. For this reason, installation of the entrance device and the indoor device and wiring work are required, and the construction cost for installing the intercom system increases.

  An object of the present invention is to provide a call management system for a collective housing that enables a call between a called user such as a resident of a collective housing and a calling user such as a visitor while reducing the installation cost of the system. And providing a call management system.

  The call management system for an apartment house according to the present invention includes a first wireless communication terminal for a resident corresponding to each of the apartment houses including a plurality of houses, and a second for a visitor who has visited the apartment house. A collective housing call management system for enabling communication with a wireless communication terminal, wherein the first and second wireless communication terminals are mobile communication terminal devices that can be connected to a mobile communication network by wireless communication. And the second wireless communication terminal includes a call information transmission unit that executes call information transmission processing for transmitting call information for calling each of the dwelling units, and the collective housing call management system includes the first and the second A communication unit that communicates with two wireless communication terminals, an access information storage unit that stores the call information and access information for accessing each first wireless communication terminal in association with each other, and the second wireless communication terminal The call Access information for acquiring access information associated with the received call information by the access information storage unit when the call information of any one of the dwelling units is received by the communication unit from the information transmission unit A call processing unit that executes a call enabling process for enabling a call between the first wireless communication terminal and the second wireless communication terminal using the access information acquired by the access information acquiring unit; Prepare.

  According to this configuration, when the visitor transmits the call information for calling the visited site by the call information transmission unit using the visitor's second wireless communication terminal, the call information is received by the communication unit, Access information associated with the received call information is acquired by the access information acquisition unit, and the call processing unit can make a call between the first wireless communication terminal and the second wireless communication terminal using the access information. The call enabling process is executed. Therefore, even if the visitor does not know the telephone number of the visited resident, the second wireless communication can be performed by transmitting the call information for calling the visited residence from the second wireless communication terminal for the visitor. The terminal and the first wireless communication terminal for the resident of the visited residence unit can be used in the same manner as the intercom. As a result, unlike the intercom system described in the background art, it is not necessary to install an entrance device at the entrance of an apartment house and install an indoor device wired to the entrance device in each dwelling unit. It is possible to make a call between a resident of a housing complex and a visitor while reducing the installation work cost for installation and wiring work.

  The second wireless communication terminal is preferably the mobile communication terminal device carried by the visitor.

  According to this configuration, the visitor can talk to the resident's first wireless communication terminal using the mobile communication terminal device owned by the visitor.

  Moreover, it is preferable that said 2nd radio | wireless communication terminal is arrange | positioned in the entrance vicinity of the said housing complex.

  According to this configuration, since it is only necessary to provide the second wireless communication terminal as a reception terminal device near the entrance, the reception terminal device is installed while reducing the installation work cost for wiring work. be able to.

  The second wireless communication terminal includes a touch panel display, and the collective housing call management system holds the second wireless communication terminal so that a user can operate the touch panel display and is fixed in the vicinity of the entrance. It is preferable to further include an attachment member for attachment.

  According to such an attachment member, it is easy to fixedly install a so-called smartphone having a touch panel display.

  The apartment house includes a shared gate shared by the plurality of dwelling units, and the call management system for the apartment house transmits an unlock request for unlocking the shared gate from the first wireless communication terminal. It is preferable that a gate unlocking part for unlocking the shared gate is further provided.

  According to this configuration, the resident of the apartment house talks with the visitor using the first wireless communication terminal, confirms the visitor, and then transmits an unlock request from the first wireless communication terminal. The common gate can be unlocked. As a result, the resident can unlock the shared gate using the first wireless communication terminal after confirming the visitor while securing the security by locking the shared gate during normal times. The convenience of pick-up is improved.

  The first wireless communication terminal is enabled to make a call with the second wireless communication terminal by the unlocking instruction receiving unit that receives an unlocking instruction for unlocking the shared gate from the user, and the call processing unit, And when the said unlocking instruction | indication part is received by the said unlocking instruction | indication part, it is preferable to provide the unlocking request | requirement part which transmits the said unlocking request to the said gate unlocking part.

  According to this configuration, the call processing unit can make a call with the second wireless communication terminal, and after the resident confirms the visitor by calling, the unlocking instruction receiving unit is used to input the unlocking instruction. Since the shared gate can be unlocked, the operability of unlocking the shared gate is improved while ensuring security.

  In addition, the first wireless communication terminal includes an operation key for receiving an input operation of numbers or symbols, and an input information transmission unit that transmits the input information received by the operation key in a state where the call is enabled. The gate unlocking unit determines that the unlocking request has been transmitted when the input information transmitted by the input information transmitting unit matches information preset as the unlocking request, and the shared gate Is preferably unlocked.

  According to this configuration, the resident can use, for example, a mobile phone called a so-called feature phone as the first wireless communication terminal, and unlock the shared gate by operating the key.

  The second wireless communication terminal further includes a terminal-side short-range communication unit capable of performing short-range wireless communication, and the communication unit is capable of performing wireless communication with the second wireless communication terminal through the short-range wireless communication. A short-range wireless communication section, wherein the short-range wireless communication section has a short-range communication area communicable by the short-range wireless communication in the vicinity of the entrance of the apartment house, and the call information transmission section The information is preferably transmitted to the short-range wireless communication unit by the terminal-side short-range communication unit.

  According to this configuration, since a short-range communication area is set near the entrance of the apartment house, a visitor possessing the second wireless communication terminal must be in the near-field communication area near the entrance of the apartment house. For example, the second wireless communication terminal and the first wireless communication terminal are not enabled to make a call.

  Therefore, if the owner of the second wireless communication terminal performs a room number input operation at a place away from the apartment house or at the entrance of an apartment house different from the apartment house, The wireless communication terminal and the first wireless communication terminal are not enabled to make a call. Furthermore, when the apartment house has a shared gate and the call management system for the apartment house has a gate unlocking unit, the owner of the second wireless communication terminal may be in a place away from the apartment house or mistakenly with the apartment house. When the unlocking request is made at the entrance of a different apartment house, it is prevented that the shared gate is accidentally unlocked. The risk of intrusion is reduced.

  In addition, the second wireless communication terminal further includes a position information acquisition unit that acquires position information indicating a current position of the own device, and the call information transmission unit uses the position information acquisition unit in the call information transmission process. The acquired location information is further transmitted, and the collective housing call management system is configured such that the location indicated by the location information transmitted from the call information transmitting unit is preset in the vicinity of the entrance of the collective housing. It is preferable to further include a call enabling prohibition processing unit that prohibits the execution of the call enabling process when it is outside the range of the area.

  According to this configuration, if the visitor possessing the second wireless communication terminal is not in the vicinity area near the entrance of the apartment house, the second wireless communication terminal and the first wireless communication terminal are allowed to talk. There is nothing to do. Furthermore, when the apartment house has a shared gate and the call management system for the apartment house has a gate unlocking section, as described above, the risk of a third party intruding into the apartment house due to an accidental unlocking of the shared gate is reduced. Is done.

  The first wireless communication terminal further includes a first program download processing unit that downloads a predetermined first program via the mobile communication network, and the first wireless communication terminal includes the first program download process. It is preferable that the first program downloaded by the unit is executable and functions as the unlock request unit by executing the downloaded first program.

  According to this configuration, the first program can be downloaded to the first wireless communication terminal by the first program download processing unit. The first wireless communication terminal functions as an unlock requesting unit by executing the downloaded first program, so that the first wireless communication terminal is first downloaded by downloading the first program to a general-purpose wireless communication terminal. It can be used as a wireless communication terminal.

  The second wireless communication terminal further includes a second program download processing unit that downloads a predetermined second program via the mobile communication network, and the second wireless communication terminal includes the second program download process. It is preferable that the second program downloaded by the unit is executable and functions as the call information transmission unit by executing the downloaded second program.

  According to this configuration, the second program can be downloaded to the second wireless communication terminal by the second program download processing unit. Since the second wireless communication terminal functions as a call information transmission unit by executing the downloaded second program, downloading the second program to a general-purpose wireless communication terminal changes the second wireless communication terminal to the second wireless communication terminal. It can be used as a wireless communication terminal.

  The communication unit includes a short-range wireless communication unit capable of wireless communication with the second wireless communication terminal by short-range wireless communication, and the short-range wireless communication unit is located near the entrance of the apartment house. A short-range communication area communicable by communication is set, and the second wireless communication terminal includes a terminal-side short-range communication unit capable of executing the short-range wireless communication and the short-range wireless by the terminal-side short-range communication unit A second program download processing unit for downloading a predetermined second program by communication, wherein the second wireless communication terminal is configured to be able to execute the second program downloaded by the second program download processing unit. It is preferable to function as the call information transmitting unit by executing the downloaded second program.

  According to this configuration, since the near field communication area is set near the entrance of the apartment house, a visitor holding the second wireless communication terminal visits the apartment house and performs near field communication near the entrance. By entering the area, the second program is downloaded to the second wireless communication terminal, and the second wireless communication terminal can function as a call information transmitting unit. As a result, the convenience for visitors is improved.

  In addition, the first wireless communication terminal is configured to set whether or not to restrict the second wireless communication terminal targeted for the call by the call processing unit to be allowed to make a call again. It is preferable to further include a setting instruction receiving unit that receives an instruction from a user and a setting instruction transmitting unit that transmits the setting instruction received by the setting instruction receiving unit.

  According to this configuration, the user can use the first wireless communication terminal to set whether to restrict the second wireless communication terminal from being able to talk again, and the setting instruction is set. It is transmitted by the instruction transmitter.

  In addition, the second wireless communication terminal may be any one of an indefinite setting that does not limit a period in which a call can be made with the first wireless communication terminal, and a period restriction setting that limits a period in which a call can be made with the first wireless communication terminal. Based on the setting instruction transmitted from the setting instruction transmission unit, either the indefinite setting or the period restriction setting is set as the restriction setting. In a case where the restriction setting unit stored in the restriction setting storage unit and the restriction setting stored in the restriction setting storage unit indicate the period restriction setting, the second program is downloaded in advance to the second wireless communication terminal. It is preferable to further include a call restriction processing unit for prohibiting a call between the first wireless communication terminal and the second wireless communication terminal when a set restriction period has elapsed.

  According to this configuration, when the resident desires to restrict the use of the second wireless communication terminal, the first wireless communication is performed when a preset time limit elapses after the second program is downloaded to the second wireless communication terminal. Since the call between the terminal and the second wireless communication terminal is prohibited, it is possible to prevent the visitor's second wireless communication terminal from being able to communicate with the resident's first wireless communication terminal indefinitely.

  Further, the second wireless communication terminal includes an unlimited number setting for unlimited number of calls with the first wireless communication terminal, and a limited number setting for limiting the number of calls with the first wireless communication terminal. Based on the setting instruction transmitted from the setting instruction transmission unit, the limit setting storage unit for storing either as the limit setting, and the limit setting, either the number of times unlimited setting or the number of times limit setting And when the limit setting stored in the limit setting storage unit and the limit setting stored in the limit setting storage unit indicate the number limit setting, after the second program is downloaded to the second wireless communication terminal When the number of calls between the first wireless communication terminal and the second wireless communication terminal exceeds a preset limit number, the subsequent first wireless communication terminal and the second wireless communication terminal It may further comprise a call restriction processing unit for prohibiting the call.

  According to this configuration, when the resident desires to restrict the use of the second wireless communication terminal, a call between the first wireless communication terminal and the second wireless communication terminal after the second program is downloaded to the second wireless communication terminal When the number of times exceeds a preset limit, subsequent calls between the first wireless communication terminal and the second wireless communication terminal are prohibited, so that the visitor's second wireless communication terminal can reside any number of times. It is prevented that the user can still talk to the first wireless communication terminal.

  In addition, the second wireless communication terminal may be any one of an indefinite setting that does not limit a period in which a call can be made with the first wireless communication terminal, and a period restriction setting that limits a period in which a call can be made with the first wireless communication terminal Based on the setting instruction transmitted from the setting instruction transmission unit, either the indefinite setting or the period restriction setting is set as the restriction setting. A limit setting unit to be stored in the limit setting storage unit, and the second program download processing unit is configured such that when the limit setting stored in the limit setting storage unit indicates the period limit setting, the second program It is preferable to delete the second program when a preset time limit elapses after being downloaded to the second wireless communication terminal.

  According to this configuration, when the resident wants to restrict the use of the second wireless communication terminal, the second program is not used when a preset restriction period has elapsed since the second program was downloaded to the second wireless communication terminal. As a result, the second wireless communication terminal cannot function as the call information transmission unit, and thus the call information cannot be transmitted to the communication unit. It becomes impossible to make a call with a wireless communication terminal. As a result, the visitor's second wireless communication terminal is prevented from being able to communicate with the resident's first wireless communication terminal indefinitely.

  Further, the second wireless communication terminal includes an unlimited number setting for unlimited number of calls with the first wireless communication terminal, and a limited number setting for limiting the number of calls with the first wireless communication terminal. Based on the setting instruction transmitted from the setting instruction transmission unit, the limit setting storage unit for storing either as the limit setting, and the limit setting, either the number of times unlimited setting or the number of times limit setting A limit setting unit that is stored in the limit setting storage unit, and the second program download processing unit, when the limit setting stored in the limit setting storage unit indicates the number of times limit setting, Is downloaded to the second wireless communication terminal, the number of times the call information is transmitted by the second wireless communication terminal exceeds a preset limit number. It is also possible to erase the program.

  According to this configuration, when the resident wants to restrict the use of the second wireless communication terminal, the number of times the second wireless communication terminal transmits the call information is preset after the second program is downloaded to the second wireless communication terminal. The second program is erased when the specified limit is exceeded, and the second wireless communication terminal cannot function as the call information transmission unit, so that the call information cannot be transmitted to the communication unit. The second wireless communication terminal of the person cannot communicate with the first wireless communication terminal of the resident. As a result, the visitor's second wireless communication terminal is prevented from being able to communicate with the resident's first wireless communication terminal indefinitely.

  Further, the call processing unit, when the setting instruction transmitted from the setting instruction transmission unit indicates the restriction, the restriction set in advance after the second program is downloaded to the second wireless communication terminal It is preferable not to execute the call enabling process when the period has elapsed.

  According to this configuration, when the resident wants to restrict the use of the second wireless communication terminal, the call enabling process is performed after a preset time limit has elapsed since the second program was downloaded to the second wireless communication terminal. Is not executed, the visitor's second wireless communication terminal cannot communicate with the resident's first wireless communication terminal. As a result, the visitor's second wireless communication terminal is prevented from being able to communicate with the resident's first wireless communication terminal indefinitely.

  Further, the call processing unit, when the setting instruction transmitted from the setting instruction transmitting unit indicates the restriction, the second wireless communication after the second program is downloaded to the second wireless communication terminal. When the number of executions of the call enabling process executed for the terminal exceeds a preset limit number, the call enabling process may not be executed thereafter.

  According to this configuration, when the resident wants to restrict the use of the second wireless communication terminal, the telephone call that is executed for the second wireless communication terminal after the second program is downloaded to the second wireless communication terminal is enabled. When the number of executions of the process exceeds a preset limit number, the call enabling process is not executed after that, so the visitor's second wireless communication terminal should talk to the resident's first wireless communication terminal. Can not be. As a result, the visitor's second wireless communication terminal is prevented from being able to communicate with the resident's first wireless communication terminal indefinitely.

  In addition, the second wireless communication terminal uses the call information storage unit for storing the call information transmitted by the call information transmission process, and the call information transmitted last time by the call information transmission process, again as the call information. A retransmission instruction receiving unit that receives a retransmission instruction for requesting transmission by transmission processing, and the call information transmission unit transmits a call transmitted by the call information transmission processing when the call information transmission processing is executed. Information is stored in the call information storage unit, and when the retransmission instruction is received by the retransmission instruction reception unit, a recall process is performed to read and transmit the previously transmitted call information from the call information storage unit Is preferred.

  According to this configuration, after a visitor who has visited the apartment house talks with a resident using the first wireless communication terminal using the second wireless communication terminal at the entrance of the apartment house, for example, in front of the resident's dwelling unit By making a retransmission instruction to the second wireless communication terminal, it is possible to talk with the resident again using the second wireless communication terminal. As a result, the first wireless communication terminal and the second wireless communication terminal can be used in the same manner as the intercom of each dwelling unit.

  The second wireless communication terminal includes a touch panel display, and the call information transmission unit displays an icon as the retransmission instruction reception unit on the touch panel display when the call information transmission process is executed, and receives the retransmission instruction. It is preferable to execute the recall process when a part is touched.

  According to this configuration, a visitor who has visited an apartment house, for example, operates the icon displayed on the touch panel display in front of the visited dwelling unit. Since it is possible to make a phone call, convenience for visitors is improved.

  The call information is preferably a room number of the dwelling unit or a name of a resident of the dwelling unit.

  According to this configuration, the second wireless communication terminal and the resident of the visited dwelling unit are transmitted by transmitting from the second wireless communication terminal information that is easy to understand for the visitor, such as the room number of the dwelling unit and the name of the resident. Since the first wireless communication terminal can be used in the same manner as an interphone, convenience for visitors is improved.

  Moreover, it is preferable that the call management system for apartment houses includes the first and second wireless communication terminals. According to this configuration, the first and second wireless communication terminals are included in the collective housing call management system.

  The first and second wireless communication terminals are preferably smartphones. According to this structure, a resident and a visitor can use the smart phone which he owns as a 1st and 2nd radio | wireless communication terminal.

  The collective housing call management system having such a configuration can make a call between the resident and the visitor of the collective housing while reducing the installation cost of the system.

  Further, a plurality of the first wireless communication terminals are provided for each specific dwelling unit corresponding to at least one specific dwelling unit among the plurality of dwelling units, and the access information storage unit calls the specific dwelling unit. And a plurality of pieces of access information for accessing the plurality of first wireless communication terminals corresponding to the specific dwelling unit in association with each other, and the access information acquisition unit is configured to store the specific information by the communication unit. When the call information of the dwelling unit is received, the access information storage unit acquires a plurality of access information associated with the received call information, and the call processing unit is acquired by the access information acquisition unit The plurality of first wireless communication terminals are called using a plurality of access information, and the first wireless communication terminal of any one of the plurality of first wireless communication terminals When permission signal indicating that permits call is outputted from, it is preferable that the said the first wireless communication terminal outputs the permission signal the second wireless communication terminal in the call state.

  According to this configuration, a plurality of first wireless communication terminals corresponding to one family, for example, corresponding to a plurality of families are provided, and call information for calling the one house is transmitted from the second wireless communication terminal for visitors. In this case, the plurality of first wireless communication terminals can be called.

  In addition, the call processing unit responds to a first wireless communication terminal other than the first wireless communication terminal that outputs the permission signal among the plurality of first wireless communication terminals with another first wireless communication terminal. It is preferable to transmit a signal indicating that.

  According to this configuration, in the first wireless communication terminal other than the first wireless communication terminal that is in a call state by outputting a permission signal among the plurality of called first wireless communication terminals, the other first wireless communication terminal Since it is known that the response has been made, the convenience is improved.

  A user information storage unit that stores user information for identifying each user of the plurality of first wireless communication terminals; and a first wireless communication terminal other than the first wireless communication terminal that outputs the permission signal. It is preferable to further include a user notification unit that transmits user information of the user of the first wireless communication terminal that has output the permission signal.

  According to this configuration, it is possible to know who responded in the first wireless communication terminal other than the first wireless communication terminal that is in a call state by outputting a permission signal among the plurality of called first wireless communication terminals. , Improve convenience.

  In addition, the call processing unit outputs the plurality of first wireless communication terminals when a rejection signal indicating rejection of the call is output from any of the first wireless communication terminals that are called. It is preferable to prohibit calls between the wireless communication terminal and the second wireless communication terminal.

  According to this configuration, when an undesired visitor visits, one of the plurality of users corresponding to the plurality of first wireless communication terminals rejects, so that other users do not need to correspond with the visitor. So convenience is improved.

  The call management system according to the present invention is a call management system for enabling a call between a first wireless communication terminal and a second wireless communication terminal for calling the first wireless communication terminal. The first and second wireless communication terminals are mobile communication terminal apparatuses that can be connected to a mobile communication network by wireless communication, and the second wireless communication terminal provides call information for calling the first wireless communication terminal. A call information transmission unit for executing a call information transmission process to be transmitted, wherein the call management system includes: a communication unit that communicates with the first and second wireless communication terminals; and the call information and the first wireless communication terminal. When the call information is received by the communication unit from the access information storage unit that associates and stores access information for access and the call information transmission unit of the second wireless communication terminal, An access information acquisition unit that acquires access information associated with the received call information by the access information storage unit, and using the access information acquired by the access information acquisition unit, the first wireless communication terminal and the A call processing unit that executes a call enabling process for enabling a call with the second wireless communication terminal.

  According to this configuration, when the calling user transmits call information for calling a call destination by the call information transmitting unit using the second wireless communication terminal, the call information is received by the communication unit, and the access information Access information associated with the received call information is acquired by the acquisition unit, and the call processing unit enables a call between the first wireless communication terminal and the second wireless communication terminal using the access information. A call enabling process is executed. Therefore, even if the calling user does not know the telephone number of the user who wants to call, the second wireless communication terminal and the first wireless communication terminal are connected to the interphone by transmitting the call information from the second wireless communication terminal. Calls can be made in the same manner. As a result, there is no need for installation work like the intercom system described in the background art, and it is possible to make a call between the called user and the calling user while reducing the installation work cost for wiring work. be able to.

  A plurality of the first wireless communication terminals are provided, and the access information storage unit stores the call information and a plurality of access information for accessing the first wireless communication terminals in association with each other. When the call information is received by the communication unit, the access information acquisition unit acquires a plurality of access information associated with the received call information by the access information storage unit, and the call processing unit Calls the plurality of first wireless communication terminals using the plurality of access information acquired by the access information acquisition unit, and makes a call from any one of the plurality of first wireless communication terminals. When a permission signal indicating permission is output, it is preferable that the first wireless communication terminal that has output the permission signal and the second wireless communication terminal are in a call state.

  According to this configuration, when a plurality of first wireless communication terminals are provided and call information is transmitted from the calling second wireless communication terminal, the plurality of first wireless communication terminals can be called at a time. Become.

  In addition, the second wireless communication terminal includes a touch panel display, and the call management system holds the second wireless communication terminal and allows the user to operate the touch panel display in a fixed manner. It is preferable to further comprise.

  According to such an attachment member, it is easy to fixedly install a so-called smartphone having a touch panel display.

  The attachment member may further include an operation reception button having a facing portion that is disposed to face a predetermined setting area in the touch panel display, and a pressing portion that is behind the facing portion and can be pressed by the user. preferable.

  According to this configuration, since the setting area is touched by pressing the pressing portion of the operation reception button that is a three-dimensional pushbutton switch, the smartphone equipped with the touch panel display is maintained while maintaining good operability. It can be used as two wireless communication terminals.

  The call management system according to the present invention is a call management system for enabling a call between a first communication terminal and a second wireless communication terminal for calling the first communication terminal, wherein the second wireless communication terminal The communication terminal is a mobile communication terminal device that can be connected to a mobile communication network by wireless communication, and the second wireless communication terminal transmits call information for calling the first communication terminal. The call management system includes: a communication unit that communicates with the first and second wireless communication terminals; access information for accessing the call information and the first communication terminal; When the call information is received by the communication unit from the call information transmission unit of the second wireless communication terminal and the access information storage unit. The access information acquisition unit for acquiring the access information associated with the received call information, and the access information acquired by the access information acquisition unit, the first communication terminal and the second wireless communication terminal And a call processing unit that executes a call enabling process for enabling a call.

  According to this configuration, when the calling user transmits call information for calling a call destination by the call information transmitting unit using the second wireless communication terminal, the call information is received by the communication unit, and the access information The acquisition unit obtains access information associated with the received call information, and the call processing unit uses the access information to make a call between the first communication terminal and the second wireless communication terminal. The enabling process is executed. Therefore, even if the calling user does not know the telephone number of the user who wants to call, the second wireless communication terminal and the first communication terminal can be similar to the interphone by transmitting the call information from the second wireless communication terminal. Can be used to make calls. As a result, there is no need for installation work like the intercom system described in the background art, and it is possible to make a call between the called user and the calling user while reducing the installation work cost for wiring work. be able to.

  The first communication terminal is preferably a fixed telephone.

  According to this configuration, the fixed telephone can be used as an interphone handset.

It is a block diagram for demonstrating an example of a structure of the call management system for apartment houses which concerns on 1st embodiment of this invention. It is a block diagram which shows an example of a structure of the smart phone shown in FIG. It is a block diagram which shows an example of a structure of the smart phone shown in FIG. It is a flowchart which shows an example of operation | movement of the call management system for apartment houses shown in FIG. It is a flowchart which shows an example of operation | movement of the call management system for apartment houses shown in FIG. It is explanatory drawing which shows an example of the call information input screen displayed on a touch panel display by call information reception processing. It is explanatory drawing which shows an example of an incoming call screen. It is explanatory drawing which shows an example of the screen during a call. It is structural drawing which shows an example of the structure of the attachment member for attaching a smart phone to a wall surface or a console. It is a block diagram which shows an example of a structure of the call management system for apartment houses which concerns on 2nd embodiment of this invention. It is structural drawing which shows an example of the structure of an attachment member. It is a flowchart which shows an example of operation | movement of the smart phone shown in FIG.

Embodiments according to the present invention will be described below with reference to the drawings. In addition, the structure which attached | subjected the same code | symbol in each figure shows that it is the same structure, The description is abbreviate | omitted.
(First embodiment)

  FIG. 1 is a block diagram for explaining an example of the configuration of a collective housing call management system 1 according to the first embodiment of the present invention.

  The call management system 1 for an apartment house shown in FIG. 1 is owned by smartphones 21 and 22 (first wireless communication terminals) owned by residents living in the apartment house and visitors to the apartment house. This is a system that allows a resident and a visitor to talk using a smart phone 3 (second wireless communication terminal) in place of a so-called intercom. The collective housing call management system 1 includes a management device 7 and a short-range wireless communication circuit 73.

  The management device 7 is connected to the network 4 and the shared gate 6. The network 4 is a communication network such as the Internet or a public communication line. A mobile communication base station 5 is connected to the network 4. The mobile communication base station 5 is a radio communication base station for mobile communication operated by a mobile communication carrier. Thereby, the management apparatus 7 can transmit and receive data to and from the smartphones 21, 22, and 3 via the network 4 and the mobile communication base station 5.

  The shared gate 6 is a door of an apartment house shared by a plurality of dwelling units, for example, an entrance door or a back door. An electric lock and a drive unit (not shown) are attached to the common gate 6. The electric lock locks and unlocks the shared gate 6 based on a control signal from the management device 7. The drive unit drives the shared gate 6 based on a control signal from the management device 7 and opens / closes the shared gate 6.

  The smartphone 21 is, for example, a smartphone owned by a resident of Room 101 (room number 101). The smartphone 22 is, for example, a smartphone owned by a resident of Room 102 (room number 102). In order to simplify the description, only the smartphones 21 and 22 corresponding to the room numbers 101 and 102 are shown in FIG. 1, but each resident owns a smartphone corresponding to each dwelling unit of the apartment house. doing.

  FIG. 2 is a block diagram showing an example of the configuration of the smartphone 21 shown in FIG. The smartphone 22 is configured in the same manner as the smartphone 21 except that the access information such as the assigned telephone number and address is different, and thus the description thereof is omitted. A smartphone 21 illustrated in FIG. 2 includes a control unit 201, a touch panel display 202, a speaker 203, a microphone 204, an out camera 205, an in camera 206, and a mobile wireless communication circuit 207.

  The touch panel display 202 includes, for example, a display device such as a liquid crystal display or an organic EL (ElectroLuminescence) display element and a touch panel that detects the touch position of the user.

  The out-camera 205 and the in-camera 206 are imaging devices configured using imaging elements such as a CCD (Charge Coupled Device) and a CMOS (Complementary Metal Oxide Semiconductor).

  The mobile wireless communication circuit 207 is a wireless communication circuit for communicating with the mobile communication base station 5 operated by a mobile communication carrier by wireless communication. Thereby, the smart phone 21 is connected to the mobile communication network operated by the mobile communication carrier by wireless communication, and is connected to the smart phone 3, the network 4, and the network 4 via the mobile communication base station 5. Data can be transmitted / received to / from the management apparatus 7. Hereinafter, in order to simplify the description, when communication is performed via the mobile communication base station 5 or the network 4, the description of the mobile communication base station 5 or the network 4 may be omitted. Moreover, although description is abbreviate | omitted below, when the smart phones 21, 22, 3 and the management apparatus 7 mutually communicate, the identification information for identifying each other is mutually transmitted / received.

  The control unit 201 includes, for example, a CPU (Central Processing Unit) that executes predetermined arithmetic processing, a RAM (Random Access Memory) that temporarily stores data, and a nonvolatile storage element such as a flash memory that stores predetermined programs. , An RTC (Real Time Clock), a timer circuit, and its peripheral circuits.

  The control unit 201 functions as a program download processing unit 216 (first program download processing unit) by executing a program stored in a non-volatile storage element such as a flash memory. In addition, the control unit 201 executes the first program downloaded as a so-called application by the program download processing unit 216, whereby the terminal processing unit 211, the unlocking instruction receiving unit 212, the unlocking requesting unit 213, and the setting instruction receiving Functions as the unit 214 and the setting instruction transmission unit 215.

  The terminal processing unit 211 controls the mobile radio communication circuit 207 to execute a communication process for communicating with the smartphone 3 and the management device 7 via the mobile communication base station 5. In addition, the terminal processing unit 211 outputs the voice transmitted from the visitor's smartphone 3 from the speaker 203 of the resident's smartphone 21 or the voice of the resident collected by the microphone 204 of the smartphone 21. It transmits to the smart phone 3, or displays the visitor image transmitted from the smart phone 3 of the visitor on the touch panel display 202 of the resident smart phone 21.

  The unlocking instruction receiving unit 212 causes the touch panel display 202 to display an unlocking instruction button for instructing unlocking of the shared gate 6 when the management device 7 enables the smartphone 21 to communicate with the smartphone 3. When the unlocking instruction button 212 is touched by the user, the unlocking instruction receiving unit 212 receives an unlocking instruction from the user (in this case, a resident in room 101).

  When the unlock instruction is received by the unlock instruction receiving unit 212, the unlock request unit 213 causes the mobile wireless communication circuit 207 to transmit an unlock request for requesting the unlocking of the shared gate 6 to the management device 7. . In this case, when the unlocking instruction is accepted by the unlocking instruction accepting unit 212, that is, because the smartphone 21 is enabled to communicate with the smartphone 3 by the management device 7, the unlocking requesting unit 213 has the management device 7 7, when the smartphone 21 can make a call with the smartphone 3 and the unlocking instruction receiving unit 212 receives the unlocking instruction, the unlocking request is transmitted.

  Note that the unlocking instruction receiving unit 212 is not limited to an example in which the unlocking instruction button is displayed on the touch panel display 202 when the smartphone 21 is enabled to communicate with the smartphone 3 by the management device 7. The unlocking instruction receiving unit 212 may display an unlocking instruction button on the touch panel display 202 in advance, or may include an unlocking instruction button as a hardware key. In this case, the unlock request unit 213 determines whether the smartphone 21 is enabled to make a call with the smartphone 3 by the management device 7, and when the call is enabled, the unlock instruction receiving unit 212 issues an unlock instruction. When accepted, an unlock request may be transmitted.

  Whether the setting instruction accepting unit 214 limits the period during which the smartphone 21 can make a call to the smartphone 3 again within a predetermined restriction period when the smartphone 21 is enabled to make a call to the smartphone 3 by the management device 7. A setting instruction for setting whether or not is received from the resident.

  Specifically, the setting instruction receiving unit 214 causes the touch panel display 202 to display an indefinite setting button for instructing that the period during which the call can be made again is not restricted within the restriction period. Then, the setting instruction receiving unit 214 receives a setting instruction for indefinite setting when the indefinite setting button is touched.

  The setting instruction transmission unit 215 transmits the setting instruction to the smartphone 3 when the setting instruction receiving unit 214 receives a setting instruction for indefinite setting.

  The program download processing unit 216 accesses a program download server in which the first program is stored in advance, and downloads the first program to the smartphone 21. As the program download server, for example, a server known by a name such as App Store (registered trademark) or Google PLAY (Google is a registered trademark) can be used. Thereby, a general-purpose so-called smartphone can be used as the smartphone 21.

  For example, the program download processing unit 216 causes the out-camera 205 to read the image information indicating the address of the program download server and the program (application) to be downloaded, so that the program indicated by the image information is read by the smartphone 21. Can be downloaded to. As the image information, for example, a two-dimensional barcode can be used.

  The resident can download the first program to the smartphone 21 by causing the out camera 205 to read, for example, a two-dimensional barcode passed from the manager of the apartment house. Thereby, the convenience of the user at the time of downloading a 1st program to the smart phone 21 improves.

  FIG. 3 is a block diagram showing an example of the configuration of the smartphone 3 shown in FIG. The smartphone 3 is different from the smartphones 21 and 22 in access information such as a given telephone number and address. The smartphone 3 is different from the smartphones 21 and 22 in that the short-range wireless communication circuit 302 (terminal-side short-range communication unit) is provided, and the configuration of the control unit 301 is different.

  The short-range wireless communication circuit 302 is a wireless communication circuit that performs short-range wireless communication with a communication distance of 10 m or less, more preferably 3 m or less, for example. As the short-range wireless communication circuit 302, various communication methods such as NFC (Near field radio communication: registered trademark), Bluetooth (registered trademark), IrDa (Infrared Data Association), Wi-Fi (Wireless Fidelity), etc. are used. Can do.

  The control unit 301 includes, for example, a CPU that executes predetermined arithmetic processing, a RAM that temporarily stores data, a nonvolatile storage unit such as a flash memory that stores predetermined programs and data, an RTC, a timer circuit, and the like A peripheral circuit is provided. The storage unit is also used as a restriction setting storage unit 317 and a call information storage unit 318.

  The control unit 301 functions as a program download processing unit 316 (second program download processing unit) by executing a program stored in a non-volatile storage element such as a flash memory, for example. The program download processing unit 316 is configured in the same manner as the program download processing unit 216, accesses the program download server in which the second program is stored in advance, and downloads the above-described second program to the smartphone 3 as a so-called application. . Thereby, a general-purpose so-called smartphone can be used as the smartphone 3.

  The control unit 301 functions as a terminal processing unit 311, a call information reception unit 312, a call information transmission unit 313, a restriction setting unit 314, and a call restriction processing unit 315 by executing the second program. Different from 201.

  For example, a two-dimensional bar code indicating the address of the program download server and the second program is posted outside the shared gate 6 of the apartment house, and the visitor reads the two-dimensional bar code with the out camera 205 of the smartphone 3. By doing so, the above-described second program can be downloaded to the smartphone 3. Thereby, it becomes easy for the visitor who visited the housing complex to download the second program to his / her smartphone and use it as the smartphone 3.

  The program download processing unit 316 causes the restriction setting storage unit 317 to store download date and time information indicating the date and time when the second program is downloaded to the smartphone 3. In other respects, the smartphone 3 is configured in the same manner as the smartphones 21 and 22, and thus description thereof is omitted.

  The terminal processing unit 311 controls the mobile wireless communication circuit 207 of the smartphone 3 and executes communication processing for communicating with the smartphones 21 and 22 and the management device 7 via the mobile communication base station 5. In addition, the terminal processing unit 311 controls the short-range wireless communication circuit 302 of the smartphone 3 and executes a communication process for communicating with the management device 7 via the short-range wireless communication circuit 73.

  In addition, the terminal processing unit 311 transmits the visitor's voice collected by the microphone 204 of the smartphone 3 to the resident's smartphone 21, or the voice transmitted from the resident's smartphone 21 is transmitted to the visitor's smartphone 3. The information is output from the speaker 203, or the visitor's image captured by the in-camera 206 of the smartphone 3 is transmitted to the resident's smartphone 21.

  The call information reception unit 312 executes a call information reception process for receiving call information for calling a visited dwelling unit from a visitor. As the call information, for example, the room number of the visited residence unit, the name of the resident of the visited residence unit, or the like can be used. The calling information may be any information that can be identified for calling the visited dwelling unit, and is not limited to the room number of the dwelling unit or the name of the resident. Hereinafter, an example in which the room number of a dwelling unit is used as call information will be described.

  As the call information reception process, the call information reception unit 312 displays, for example, a call information input screen for inputting a visited room number on the touch panel display 202 of the smartphone 3 (FIG. 6). Specifically, the call information reception unit 312 displays, for example, a numeric keypad K1 for inputting a room number and a call button B1 for calling a resident on the touch panel display 202 as a call information input screen G1. Then, as a call information reception process, the call information reception unit 312 touches the numeric keypad K1 to input a room number, and when the call button B1 is touched, the call information reception unit 312 displays the room number input by the numeric keypad K1 and the resident. The call instruction to be called is accepted.

  The call information transmission unit 313 executes a call information transmission process for transmitting the room number received by the call information reception unit 312 and the call instruction from the short-range wireless communication circuit 302 to the management device 7. Further, when executing the call information transmission process, the call information transmission unit 313 stores the call information transmitted by the call information transmission process in the call information storage unit 318, and the recall button is displayed on the touch panel display 202 of the smartphone 3. Display the icon. When the recall button is touched, the call information transmission unit 313 executes a recall process for reading and transmitting the previously transmitted call information from the call information storage unit 318. In this case, the recall button corresponds to an example of a retransmission instruction receiving unit.

  Note that the retransmission instruction accepting unit is not necessarily an icon on the touch panel display, and may be a fixed operation switch. Further, the call information transmission unit 313 does not necessarily need to execute the recall process, and the call information storage unit 318 may not be provided.

  Based on the setting instruction transmitted from the setting instruction transmission unit 215, the restriction setting unit 314 is configured to have an indefinite setting for allowing the resident to call the resident's smartphone indefinitely for the visitor's smartphone 3. One of the period restriction settings for restricting the period during which a call can be made with the resident's smartphone is stored in the restriction setting storage unit 317 as the restriction setting.

  Specifically, the restriction setting unit 314 restricts the period restriction setting (period restriction mode) that restricts the period during which a call can be made to the resident's smartphone to, for example, the same day that the second program is downloaded. Is stored in the limit setting storage unit 317 as an initial value. Further, the limit setting unit 314 changes the limit setting stored in the limit setting storage unit 317 to the indefinite setting (indefinite mode) when the smartphone 3 receives the setting instruction for the indefinite setting.

  The setting instruction receiving unit 214 receives a setting instruction for indefinite setting, and the limit setting unit 314 stores the period limit setting in advance as an initial value of the limit setting, and changes the setting to the indefinite setting according to the setting instruction. Thus, although the example in which either the indefinite setting or the period restriction setting is stored in the restriction setting storage unit 317 has been shown, the following may be performed.

  For example, the setting instruction receiving unit 214 receives a setting instruction for the period limit setting, and the limit setting unit 314 stores an indefinite setting in advance as an initial value of the limit setting, and changes to the period limit setting according to the setting instruction. Thus, either the indefinite setting or the period restriction setting may be stored in the restriction setting storage unit 317. Alternatively, the setting instruction receiving unit 214 selectively receives either the period limit setting or the indefinite setting, and the limit setting unit 314 determines either the period limit setting or the indefinite setting according to the setting instruction. You may memorize | store in 317.

  When the restriction setting stored in the restriction setting storage unit 317 indicates the period restriction setting, the call restriction processing unit 315 performs the smartphone 21 when a preset restriction period elapses after the second program is downloaded to the smartphone 3. And calling with smartphone 3 are prohibited. “When the restriction setting indicates the period restriction setting” is not necessarily limited to the case where the period restriction setting is stored in the restriction setting storage unit 317. For example, if no limit setting is stored in the limit setting storage unit 317, the limit setting may indicate a period limit setting.

  Specifically, when the restriction setting stored in the restriction setting storage unit 317 is a period restriction setting, the call restriction processing unit 315 is obtained by the download date and time information stored in the restriction setting storage unit 317 and the RTC. With reference to the current date and time, when the current date and time does not pass a preset time limit from the date and time indicated by the download date and time information, the call between the smartphone 21 and the smartphone 3 is not prohibited. On the other hand, the call restriction processing unit 315 prohibits the call between the smartphone 21 and the smartphone 3 if the current date and time has passed from the date and time indicated by the download date and time information. As the restriction period, for example, a period having the same date as the date indicated by the download date information can be set.

  As a means for prohibiting a call between the smartphone 21 and the smartphone 3, the call restriction processing unit 315 includes, for example, prohibiting the call information receiving unit 312 from executing the above call information receiving process. In this case, the room number is not accepted by the call information accepting unit 312 if the current date and time has passed from the date and time indicated by the download date and time information. Therefore, the call information sending unit 313 Since the call information transmission process is not executed, the call processing unit 712, which will be described later, does not execute the call enabling process, and the call between the smartphone 21 and the smartphone 3 is prohibited.

  Referring to FIG. 1, short-range wireless communication circuit 73 and shared gate 6 are connected to management device 7. The short-range wireless communication circuit 73 is a wireless communication circuit that performs short-range wireless communication with the short-range wireless communication circuit 302 of the smartphone 3, and is a wireless communication circuit of a short-range wireless communication system similar to the short-range wireless communication circuit 302. . The near field communication circuit 73 includes an antenna 731 for near field communication.

  The antenna 731 of the short-range wireless communication circuit 73 is disposed near the entrance of the apartment house, for example, outside the shared gate 6. As a result, a near field communication area in which the near field communication circuit 73 and the near field communication circuit 302 can communicate by near field communication is set near the outside of the shared gate 6. More specifically, the short-range communication area is an area where the distance from the shared gate 6 is 10 m or less, more preferably 3 m or less, by appropriately setting the output intensity and reception sensitivity of the short-range wireless communication circuit 73, for example. Has been.

  Alternatively, the communication distance of the short-range wireless communication circuit 73 is, for example, about 10 cm or less, the antenna 731 is installed at a position where the visitor can touch the smartphone 3 with the antenna 731, and the antenna is arranged near the antenna 731 to the visitor. A guidance display that prompts the user to touch the smartphone 3 may be installed at 731.

  The management device 7 is configured using a server device, for example. The management device 7 includes a control unit 71 and a communication I / F unit 72. The communication I / F unit 72 is a communication interface circuit that can be connected to the network 4, for example.

  The control unit 71 includes, for example, a CPU that executes predetermined arithmetic processing, a RAM that temporarily stores data, a non-volatile storage unit such as an HDD (Hard Disk Drive) and a flash memory that stores predetermined programs and data, An RTC, a timer circuit, and its peripheral circuits are provided. The storage unit described above also functions as the access information storage unit 714. The control unit 71 functions as an access information acquisition unit 711, a call processing unit 712, and a gate unlocking unit 713 by executing a program stored in advance in the storage unit.

  The access information storage unit 714 has a lookup table that associates calling information such as the room number of each dwelling unit of the apartment house with access information for accessing the first wireless communication terminal owned by the resident of each room in advance. It is remembered.

  The access information acquisition unit 711 stores the access information storage unit 714 in the access information storage unit 714 when the short-range wireless communication circuit 73 receives the call information of any one of the apartment units from the call information transmission unit 313 of the smartphone 3. The access information associated with the received call information is obtained by the look-up table.

  The call processing unit 712 uses the access information acquired by the access information acquisition unit 711 to execute a call enabling process that enables the smartphone 21 and the smartphone 3 to make a call. Specifically, the call processing unit 712 is, for example, SIP (Session Initiation Protocol) standardized by IETF (Internet Engineering Task Force) or H.264 standardized by ITU-T (International Telecommunication Union Telecommunication Standardization Sector). The call enabling process can be executed using a protocol such as H.323. Note that, for example, a communication protocol server device such as a SIP server that executes a protocol such as SIP is provided separately from the management device 7, and the call processing unit 712 accesses the communication protocol server device to enable the call enabling process. May be executed.

  In addition, when the smart phone 21 and the smart phone 3 perform a telephone call or data transmission / reception by the call enabling process, a management device 7 or a server device that performs processing for communication between the smart phone 21 and the smart phone 3 may be interposed. In the following description, in order to simplify the description, the smartphone 21 (22, 23) and the smartphone 3 may simply be described as performing communication, transmission / reception, a telephone call, and the like.

  When the communication I / F unit 72 receives a request for unlocking the shared gate 6 from the smartphones 21 and 22, the gate unlocking unit 713 receives a control signal from the electric lock and driving unit of the shared gate 6. Is output, the electric lock is unlocked, the common gate 6 is driven by the drive unit, the common gate 6 is opened for a predetermined time, for example, 10 seconds, then the common gate 6 is closed, and the electric lock is further locked. Let

  The shared gate 6 may not include a drive unit, and the gate unlocking unit 713 may be configured to open and close the shared gate 6 by only unlocking the electric lock. Further, the locking is not necessarily limited to an example in which the shared gate 6 is locked with an electric lock. For example, it is included in the mode of locking not to provide the electric lock and to prevent the common gate 6 from being opened by setting the drive unit to the stop state. In this case, the gate unlocking unit 713 may be configured to cause the common gate 6 to be locked, unlocked, and opened / closed by the driving unit. In other words, the shared gate 6 may be an automatic door, in which case the state where the automatic door is closed means locking, and the state where the automatic door is open means unlocking. Good. Further, the common gate 6 may be a manual door. In that case, the unlocking and locking of the common gate 6 may be unlocking and locking of a lock attached to the common gate 6.

  Next, the operation of the collective housing call management system 1 configured as described above will be described. The first program is downloaded in advance to the resident smartphones 21 and 22, and the smartphones 21 and 22 function as the terminal processing unit 211, the unlock instruction receiving unit 212, and the unlock request unit 213. ing.

  The smart phone 3 owned by the visitor who visited the apartment house is not initially downloaded with the second program. Therefore, the smart phone 3 is initially in the terminal processing unit 311, the call information receiving unit 312, And does not function as the call information transmission unit 313.

  Therefore, the manager of the apartment house, for example, outside the apartment gate 6 of the apartment house, the two-dimensional bar code indicating the address of the program download server and the second program and the two-dimensional bar code so that it can be easily seen by the visitor. A guidance display for guiding the user to capture the code with the out camera 205 of the smartphone 3 and download the second program is posted. By displaying such a guidance display in the above-mentioned short-range communication area, it is possible to guide visitors to the short-range communication area.

  Note that the present invention is not necessarily limited to an example in which a two-dimensional barcode is captured by the smartphone 3 and the second program is downloaded. For example, the second program may be automatically transmitted from the short-range wireless communication circuit 73 to the smartphone 3 possessed by the visitor when the visitor enters the short-range communication area. For example, the second program may be transmitted by push notification from the short-range wireless communication circuit 73 to the smartphone 3 in the short-range communication area.

  It is preferable that the second program corresponds to each apartment house and is accessible only to the dwelling unit of the apartment house where the second program is downloaded. For example, it is preferable that the second program downloaded in the apartment house A can be called only by the dwelling unit of the apartment house A, and the second program downloaded by the apartment house B can be called only by the dwelling unit of the apartment house B. .

  Next, when a visitor images the two-dimensional barcode with the out camera 205 of the smartphone 3 in accordance with the guidance display, the program download processing unit 316 downloads the second program to the smartphone 3. As a result, the smartphone 3 can operate as the terminal processing unit 311, the call information reception unit 312, and the call information transmission unit 313. When the second program is downloaded, the program download processing unit 316 stores the date and time when the second program is downloaded in the restriction setting storage unit 317 as download date and time information, and displays, for example, an icon indicating a calling application for calling a resident on the smartphone 3. Displayed on the touch panel display 202.

  4 and 5 are flowcharts showing an example of the operation of the collective housing call management system 1 shown in FIG. In the following flowchart, the same process is denoted by the same step number, and the description thereof is omitted.

  First, in the smartphone 3, the call restriction processing unit 315 refers to the restriction setting storage unit 317 and confirms the restriction setting (step S301). If the period limit setting is stored as the limit setting, that is, if the indefinite setting is not stored (NO in step S301), the process proceeds to step S302 to check whether or not the current period is within the limit period. On the other hand, if the indefinite setting is stored as the restriction setting (YES in step S301), the process proceeds to the call information reception process in step S303 without executing step S302.

  In step S302, the call restriction processing unit 315 refers to the download date / time information stored in the restriction setting storage unit 317 and the current date / time obtained by the RTC, and the current date / time is restricted with respect to the date indicated by the download date / time information. If it is within the period, for example, if it is equal to the current date (YES in step S302), the process proceeds to step S303. In step S303, call information reception processing is executed by the call information reception unit 312. When the current date and time is outside the limit period with respect to the date indicated by the download date and time information (NO in step S302), call information reception processing is performed. The process ends without being executed.

  In this case, when the current date / time is outside the time limit for the date indicated by the download date / time information (NO in step S302), the call time limit processing unit 315 elapses after the second program is downloaded. When this is done, the call information acceptance process (step S303) is not executed, and therefore no call is executed, so that the call is prohibited.

  FIG. 6 is an explanatory diagram showing an example of a call information input screen displayed on the touch panel display 202 in the call information reception process. The call information input screen G1 shown in FIG. 6 includes a call information input field G11 for displaying the input room number, a numeric keypad K1 for a visitor to input the room number, and a call button B1. .

  In the call information reception process of step S303, the call information reception unit 312 displays a call information input screen G1 on the touch panel display 202 of the smartphone 3 and receives an input of a room number (step S303). When the visitor touches the numeric keypad K1 to enter the room number and touches the call button B1 (YES in step S304), the call information receiving unit 312 calls the room number entered with the numeric keypad K1 and the resident Accept instructions. Then, the call information transmission unit 313 performs call information transmission processing for transmitting the call information indicating the room number received by the call information reception unit 312 and the call instruction from the short-range wireless communication circuit 302 to the management device 7. (Step S305). In the call information transmission process (step S305), it is not always necessary to transmit a call instruction separately from the room number, and the room number may be transmitted as a call instruction.

  On the other hand, in the management device 7, the access information acquisition unit 711 checks whether or not the call information and the call instruction are received by the short-range wireless communication circuit 73 (step S701). When the call information and the call instruction are received (YES in step S701), the access information acquisition unit 711 refers to the access information storage unit 714 and acquires the access information associated with the call information ( Step S702).

  Next, the call processing unit 712 executes a call enabling process using, for example, SIP (step S703). Accordingly, a call is made between the visitor's smartphone 3 and the visitor's resident smartphone 21, or the visitor's image data captured by the in-camera 206 of the smartphone 3 is transmitted to the smartphone 21 and displayed. For example, the data can be transmitted and received with each other.

  The call processing unit 712 can make a call (data transmission / reception) between the smartphone 3 and the smartphone 21 via the mobile wireless communication circuit 207 of the smartphone 3, the mobile communication base station 5, and the mobile wireless communication circuit 207 of the smartphone 21. It may be. In addition, for example, the smartphone 21 includes a wireless communication circuit such as WiFi in addition to the mobile wireless communication circuit 207, a wireless router device for the wireless communication circuit is connected to the network 4, and the call processing unit 712 is connected to the smartphone 3. The smartphone 3 and the smartphone 21 are connected via the short-range wireless communication circuit 302, the short-range wireless communication circuit 73, the communication I / F unit 72, the network 4, the above-described wireless router device, and the above-described wireless communication circuit of the smartphone 21. A telephone call (data transmission / reception) may be enabled.

  Next, with reference to FIG. 5, in the smartphone 3, the terminal processing unit 311 transmits imaging data indicating a visitor image captured by the in-camera 206 to the smartphone 21 (step S <b> 311).

  Next, when imaging data is received by the smartphone 21, the incoming call screen G2 is displayed on the touch panel display 202 by the terminal processing unit 211 and the setting instruction receiving unit 214 (step S201). FIG. 7 is an explanatory diagram illustrating an example of an incoming call screen. The incoming screen G2 illustrated in FIG. 7 includes a captured image G21 transmitted from the smartphone 21, a reject button B2, a response button B3, and an indefinite setting button B4.

  Next, the setting instruction receiving unit 214 checks whether or not the indefinite setting button B4 has been touched (step S202). When the indefinite setting button B4 is touched (YES in step S202), the setting instruction receiving unit 214 receives an indefinite setting setting instruction, and the setting instruction transmitting unit 215 sends an indefinite setting setting instruction to the smartphone 3. It is transmitted (step S203). On the other hand, if the indefinite setting button B4 is not touched (NO in step S202), the process proceeds to step S204 without transmitting an indefinite setting setting instruction.

  When the setting instruction for the indefinite setting is received in the smartphone 3, the limit setting unit 314 changes the limit setting stored in the limit setting storage unit 317 to the indefinite setting (indefinite mode) (step S312). .

  On smartphone 21,

  On the other hand, when response button B3 is touched (YES in step S204), terminal processing unit 211 causes touch panel display 202 to display call-in-progress screen G3 shown in FIG. 8 (step S206). The on-call screen G3 includes a captured image G21, an end button B5, an unlock button B6, and an indefinite setting button B4.

  Next, the terminal processing unit 211 converts the voice of the resident collected by the microphone 204 into voice data and transmits the voice data to the smartphone 3, and the smartphone 3 outputs the voice data from the speaker 203 of the smartphone 3, The voice of the visitor collected by the microphone 204 of the smartphone 3 is converted into voice data and transmitted to the smartphone 21, and the smartphone 21 outputs the voice data from the speaker 203 of the smartphone 3 (steps S207 and S313). Thereby, the resident and the visitor of an apartment house can talk using the smart phone 3 and the smart phone 21.

  Next, in steps S208, S209, and S314, the same processing as in steps S202, S203, and S312 is executed, and when the indefinite setting button B4 is touched (YES in step S208), the restriction setting storage unit 317 of the smartphone 3 is set. The limit setting stored in is changed to the indefinite setting (indefinite mode) (step S314).

  Next, whether or not the unlock button B6 has been touched is confirmed by the unlock instruction receiving unit 212 (step S210). When unlock button B6 is touched (YES in step S210), the unlock instruction accepting unit 212 accepts the unlock instruction. When the unlocking instruction receiving unit 212 receives the unlocking instruction, the unlocking requesting unit 213 causes the mobile wireless communication circuit 207 to transmit the unlocking request for unlocking the shared gate 6 to the management device 7. (Step S211), the process proceeds to Step S212.

  On the other hand, when the unlocking request from the smartphone 21 is received by the communication I / F unit 72, the management device 7 outputs a control signal to the electric lock and drive unit of the common gate 6 to unlock the electric lock. Then, the common gate 6 is driven by the drive unit, and after the common gate 6 is opened for a predetermined time, for example, 10 seconds, the common gate 6 is closed and the electric lock is further locked (step S711).

  On the other hand, if the unlock button B6 is not touched (NO in step S210), the unlocking request is not transmitted and the process proceeds to step S212.

  In step S212, the terminal processing unit 211 confirms whether or not the end button B5 is touched (step S212). If the end button B5 is not touched (NO in step S212), steps S208 to S211 are repeated, and if the end button B5 is touched (YES in step S212), the terminal processing unit 211 determines that the smartphone 21 and the visitor's smartphone The call and communication with 3 are interrupted, and the process is terminated.

  As described above, according to steps S303 to S305, S701 to S703, S207, and S313, the visitor of the apartment house inputs the room number of the visited dwelling unit to his / her smartphone 3, and thus the smartphone of the resident of the dwelling unit. 21 and his / her smartphone 3 can be used in the same manner as an interphone.

  In this case, unlike the intercom system described in the background art, there is no need to install an entrance device at the entrance of the apartment building and install an indoor device wired to the entrance device in each dwelling unit. Since installation and wiring work are not required, it is possible to make calls between the residents of the housing complex and visitors while reducing the cost of system installation work.

  In addition, since it is not necessary to provide an entrance device that allows a visitor to input a room number of a visit destination or to capture an image of the visitor with a camera, the cost of the entrance device is reduced. Moreover, since it is not necessary to install the indoor apparatus wiredly connected with the entrance apparatus in each dwelling unit, the cost of the indoor apparatus for the number of dwelling units is reduced.

  Further, according to steps S201, S206, S207, S210, S211, and S711, the resident of the visited dwelling unit confirms the image of the visitor with his / her smartphone 21 (step S201) and visits with his / her smartphone 21. By making a call with the person (step S207), the shared gate 6 can be unlocked and opened / closed after confirming the visitor (steps S210, S211, and S711). While reducing the installation cost of the indoor device, it is possible to reduce the possibility that visitors who do not want the resident enter the apartment house.

  In steps S701 to S703, when call information and a call instruction are received by the short-range wireless communication circuit 73, a call enabling process is executed. Here, the smartphone 3 includes the short-range wireless communication circuit 302, the antenna 731 of the short-range wireless communication circuit 73 is disposed outside the common gate 6, and a short-range communication region is set near the outside of the common gate 6. Therefore, if the visitor possessing the smartphone 3 is not in the short-range communication area near the shared gate 6, the smartphone 3 and the smartphone 21 are not enabled to make a call.

  Therefore, when the owner of the smartphone 3 performs an input operation of a room number at a place away from the apartment house or at the entrance of an apartment house different from the apartment house, the smartphone 3 and the smartphone 21 Is not enabled, and therefore the shared gate 6 is not unlocked by the unlock requesting unit 213.

  As a result, if the owner of the smartphone 3 inputs a room number at a place away from the apartment house or at the entrance of an apartment house different from the apartment house, the common gate 6 is mistakenly displayed. Is prevented from being unlocked, so that the possibility that the shared gate 6 is accidentally unlocked and a third party enters the apartment house is reduced.

  Note that the call information may include information for identifying the apartment house. For example, when there is an apartment house A and an apartment house B, the call information receiving unit 312 identifies information identifying the apartment house, such as room 101 of the apartment house A, and each dwelling unit in the apartment house. You may make it receive the input of the call information containing information. The access information acquisition unit 711 acquires access information based on such call information, thereby reducing the possibility that a visitor will talk to an unintentional resident of an apartment house.

  Further, according to steps S202, S203, S312, S208, S209, S314, S301, and S302, the resident confirms the visitor by viewing the photographed image G21 of the visitor displayed on the incoming call screen G2, and visitor Is a relative or an acquaintance, the limit setting of the visitor's smartphone 3 can be set to indefinite by touching the indefinite setting button B4 (YES in step S202 or S208). If the limit setting of the smartphone 3 is set to the indefinite setting, the indefinite setting is stored in step S301 (YES in step S301), so that it relates to the elapsed time since the second program is downloaded to the smartphone 3. In addition, the resident's smartphone 21 can be called from the smartphone 3 to make a call. As a result, the smartphone 3 set for an indefinite period by the resident's intention can call and call the resident's smartphone 21 without downloading the second program in subsequent visits. Convenience is improved.

  Further, the call information transmission unit 313 is not limited to the example of transmitting the call information to the management device 7 via the short-range wireless communication circuits 302 and 73 in the call information transmission process. The call information transmission unit 313 may be configured to transmit the call information to the management device 7 via the mobile wireless communication circuit 207 in the call information transmission process, for example. Alternatively, for example, the short-range wireless communication circuit, for example, the Wi-Fi router and the short-range wireless communication circuit 302 which are disposed in the visitor's home and connected to the network 4 perform wireless communication, so that the call information transmission unit 313 is In the call information transmission process, the call information may be transmitted to the management device 7 via the short-range wireless communication circuit 302, the Wi-Fi router, and the network 4.

  According to the collective housing call management system 1 configured as described above, the name and room of the collective housing are displayed on the call information input screen of the smartphone 3 at a place where the user is away from the visited housing complex, for example, the user's home. By entering call information such as a number, it is possible to make a call with a resident of an apartment house. At this time, not only the sound but also the image captured by the in-camera 206 of the smartphone 21 is transmitted and displayed on the touch panel display 202 of the smartphone 3, and the image captured by the in-camera 206 of the smartphone 3 is transmitted and transmitted by the smartphone 21. By displaying on the touch panel display 202, the smartphone 3 and the smartphone 21 can be used as a videophone. Thereby, the convenience of the resident of the apartment house provided with the call management system 1 for the apartment house and the visitor is improved.

  In addition, when the photographed image G21 of the visitor displayed on the incoming call screen G2 is a visitor who is not an acquaintance, such as a courier delivery company, the resident touches the indefinite setting button B4. If no response is made (NO in steps S202 and S208) and the response button B3, the reject button B2 or the end button B5 is touched, the indefinite setting request is not transmitted to the smartphone 3. Therefore, the period limit setting remains stored in the limit setting storage unit 317 of the smartphone 3. As a result, since the indefinite setting is not stored (NO in step S301), the call with the resident using the visitor's smartphone 3 can be made only within a limited period (for example, only on the current day).

  This prevents a temporary visitor's smartphone such as a merchant from permanently remaining in a state where it can talk to a resident.

  In addition, in the limit setting storage unit 317, instead of the indefinite setting and the period limit setting, the smartphone 21 and the smartphone 3 can make a call and the smartphone 21 and the smartphone 3 can make a call with no limit on the number of times the smartphone 21 and the smartphone 3 can make a call. One of the number-of-times limiting settings for limiting the number of times may be stored as the limit setting. In addition, the limit setting unit 314, based on the setting instruction transmitted from the setting instruction transmission unit 215, instead of storing either the indefinite setting or the period limitation setting as the limitation setting in the limitation setting storage unit 317. It is good also as a structure memorize | stored in a restriction | limiting setting memory | storage part as a restriction | limiting setting either among a frequency | count unlimited setting or a frequency | count limitation setting. The call restriction processing unit 315 then downloads the second program to the smartphone 3 when the limit setting stored in the limit setting storage unit 317 indicates the number limit setting based on the number limit setting instead of the period limit setting. After that, the number of calls between the smartphone 21 and the smartphone 3 may be counted, and when the number of calls exceeds a preset limit number, subsequent calls between the smartphone 21 and the smartphone 3 may be prohibited. . The limit number of times may be, for example, once or may be two or more times. What is necessary is just to set the frequency | count of a limit suitably according to the security level which the resident and the manager of a housing complex desire.

  Further, the program download processing unit 316, when the limit setting stored in the limit setting storage unit 317 indicates the period limit setting, when a preset limit period has elapsed since the second program was downloaded to the smartphone 3. A configuration may be adopted in which the second program is erased and cannot be executed.

  Alternatively, when the limit setting stored in the limit setting storage unit 317 indicates the number limit setting, the program download processing unit 316 determines that the number of transmissions of the call information by the smartphone 3 in advance after the second program is downloaded to the smartphone 3. The configuration may be such that the second program is deleted and cannot be executed when the set limit number of times is exceeded.

  In addition, the setting instruction transmission unit 215 of the smartphone 21 transmits a setting instruction to the management device 7, and the program download processing unit 316 of the smartphone 3 downloads the date or date when the second program is downloaded to the smartphone 3. The information is transmitted to the management device 7, and the management device 7 obtains, for example, the identification information of the smartphone 3 that transmitted the download date information and the download date information (or the elapsed time from the date and time indicated by the download date information). You may make it match and memorize | store in a memory | storage part. Then, the call processing unit 712 of the management apparatus 7 downloads the second program to the smartphone 3 based on the download date information or the elapsed time when the setting instruction transmitted from the setting instruction transmitting unit 215 indicates that the setting instruction is limited. Then, it may be determined whether or not a preset time limit has elapsed since the start of the call, and the call enabling process is not executed when the time has elapsed.

  Alternatively, the setting instruction transmission unit 215 of the smartphone 21 transmits a setting instruction to the management device 7, and when the second program is downloaded to the smartphone 3, the program download processing unit 316 of the smartphone 3 Download information indicating that the download has been made is transmitted to the management device 7, and the management device 7 can call the smartphone 3 after receiving the download information in association with the identification information of the smartphone 3 that transmitted the download information. The number of times of performing the digitizing process may be counted.

  When the setting instruction transmitted from the setting instruction transmission unit 215 indicates that the setting instruction is limited, the call processing unit 712 of the management device 7 is executed on the smartphone 3 after the second program is downloaded to the smartphone 3. When the number of executions of the call enabling process exceeds a preset limit number, the call enabling process may not be executed thereafter.

  Even in these configurations, while improving the convenience of visitors who have a smartphone 3 that is set indefinitely or unlimitedly set by the resident's intention, the smartphone of a temporary visitor such as a contractor, It is possible to prevent the user from remaining in a state where the call can be made with the resident.

  The smartphone 21 may be configured not to include the setting instruction receiving unit 214 and the setting instruction transmitting unit 215. The smartphone 3 may continuously execute the second program. Or it is good also as a structure which restrict | limits the period and frequency | count that the smart phone 3 can perform a 2nd program irrespective of a resident's intention.

  Returning to FIG. 4, after executing the call information transmission process in step S305, the call information transmission unit 313 stores the room number transmitted in the call information transmission process in the call information storage unit 318 as the call information (step S306). ).

  Next, the call information transmission unit 313 displays a “recall button” on the touch panel display 202 of the smartphone 3 (step S307). The “recall button” displayed on the touch panel display 202 is displayed as an icon on a standby screen, for example. The “recall button” displayed on the touch panel display 202 may be temporarily hidden, for example, on the call screen in step S313. Alternatively, the “recall button” may be displayed on the touch panel display 202 after the call in step S313 is completed.

  A visitor talks with a resident in step S313, and when the shared gate 6 opens in step S711, the visitor enters the apartment house through the shared gate 6 and heads for the visited dwelling unit. When arriving at the visited dwelling unit, the visitor needs to have the resident open the entrance door of the dwelling unit.

  Therefore, when a visitor arriving in front of the visited residence touches the “recall button” (YES in step S308), the call information transmission unit 313 reads out the call information transmitted last time from the call information storage unit 318. The recall process to be transmitted is executed (step S309). Thereafter, the processing after step S701 is executed in the same manner as described above.

  As a result, as described above, in steps S207 and S313, the visiting resident and the visitor make a call using the smartphone 21 and the smartphone 3, and the visitor has the resident's dwelling unit door open. Can do.

  That is, the smartphone 21 and the smartphone 3 can be used as an intercom for each dwelling unit. In this case, since the visitor can touch the resident using his / her smartphone 3 like an interphone simply by touching the “recall button”, the convenience of the visitor is improved.

  Moreover, since the smart phone 21 and the smart phone 3 can be used as an intercom of each dwelling unit, it is not necessary to provide a separate intercom at the entrance of each dwelling unit. As a result, the facility cost of the housing complex can be reduced.

  The smartphone 21 may not include the program download processing unit 216. The smartphone 21 is not limited to functioning as the smartphone 21 by downloading the first program, and the first program may be stored in advance in a nonvolatile storage element or the like.

  Further, the smartphone 3 may not include the program download processing unit 316. The smartphone 3 is not limited to the one that functions as the smartphone 3 by downloading the second program, and the second program may be stored in advance in a nonvolatile storage element or the like.

  Further, the smartphone 3 does not necessarily include the short-range wireless communication circuit 302, the collective housing call management system 1 does not need to include the short-range wireless communication circuit 73, and the management device 7 The room number may be received from the smartphone 3 via the body radio communication circuit 207 and the mobile communication base station 5.

  The smartphone 3 may further include a position information acquisition unit that acquires position information indicating the current position of the own device. As the position information acquisition unit, for example, a GPS (Global Positioning System) can be used. Then, the call information transmission unit 313 transmits the position information acquired by the position information acquisition unit together with the call information to the management device 7 via the mobile wireless communication circuit 207 or the short-range wireless communication circuit 302 in the call information transmission process. You may make it transmit. And the control part 71 is the case where the position shown by the positional information transmitted from the call information transmission part 313 is outside the range of the vicinity area preset near the entrance of the apartment house, for example, outside the common gate 6 A call enabling prohibition processing unit that prohibits execution of the call enabling process by the call processing unit 712 may be further provided.

  If the position indicated by the position information is outside the range of the neighboring area, the call enabling prohibition processing unit may prohibit the call enabling process from being executed by the call processing unit 712 and prohibit the execution of the call enabling process. It is also possible to prohibit the execution of the call enabling process by preventing the access information acquisition unit 711 from acquiring access information.

  As a result, if the owner of the smartphone 3 performs a room number input operation at a location away from the apartment house or at the entrance of an apartment house different from the apartment house, the smartphone 3 and the smartphone Accordingly, the common gate 6 is not unlocked by the unlock requesting unit 213.

  Further, the smartphone 21 may be configured not to include the unlocking instruction receiving unit 212 and the unlocking request unit 213. Moreover, the gate unlocking part 713 does not need to be provided. Furthermore, the management device 7 is not limited to an example in which the management device 7 is configured integrally, and each unit may be configured and arranged in a distributed manner.

  In addition, a wireless router device that performs short-range wireless communication such as WiFi is connected to the network 4, and the smartphones 3, 21, and 22 are connected to the wireless router device and short-range wireless communication separately from the mobile wireless communication circuit 207. May be provided. And the smart phone 3,21,22 is good also as a structure which communicates with the management apparatus 7 and the other smart phones 3,21,22 via the short-distance wireless communication circuit and the network 4. FIG.

  In addition, the smart phone 3 which is the 2nd wireless | radio communication terminal for visitors is not necessarily restricted to the example which a visitor owns. The smartphone 3 may be fixedly arranged so that a visitor can operate, for example, in the vicinity of the entrance of the housing complex, specifically, on a wall surface or an operation console outside the shared gate 6. In this case, the second program may be stored in the smartphone 3 in advance.

  FIG. 9 is a structural diagram illustrating an example of a structure of an attachment member for attaching the smartphone 3 to a wall surface or an operation console. FIG. 9A is a front view, and FIG. 9B is a side view.

  The mounting member 8 shown in FIG. 9 includes a flat, substantially box-shaped housing 510 that accommodates the smartphone 3, and an operation reception button B 0 disposed on the housing 510. On the touch panel display 202, the numeric keypad K2 is displayed by the terminal processing unit 311. An opening 511 is formed in the housing 510 at a position corresponding to at least a part of the display screen of the touch panel display 202 including the display of the numeric keypad K2. The setting area A is set on the touch panel display 202 by the terminal processing unit 311.

  An operation acceptance button B0 is disposed at a position facing the setting area A. The operation reception button B0 includes a facing portion B7 that is disposed to face the setting area A, and a pressing portion B8 that is behind the facing portion B7 and can be pressed by the user. The facing portion B7 is made of an elastic member such as rubber, for example. Thereby, when the opposing part B7 contacts the touch panel display 202, the touch panel display 202 is not damaged. Further, by configuring the facing portion B7 with conductive rubber having conductivity, the capacitive touch panel display 202 can be used. In the case of a pressure-sensitive touch panel, the facing portion B7 may not have conductivity.

  The operation reception button B0 is held by the leaf springs 512 and 512, for example, with the facing portion B7 separated from the touch panel display 202. When the user presses the pressing portion B8 against the elastic force of the leaf springs 512 and 512, the facing portion B7 comes into contact with the touch panel display 202, and it is detected that the setting area A is touched on the touch panel display 202. It has become. The setting area A is the same as the call button B1 described above. When it is detected that the setting area A is touched on the touch panel display 202, the call information receiving unit 312 receives the room number and the call instruction. It has become.

According to the attachment member 8 shown in FIG. 9, since the setting area A is touched by pressing the operation reception button B0 that is a three-dimensional pushbutton switch, the smartphone 3 is fixed while maintaining good operability. It can arrange | position and use it. And by arranging the smartphone 3 as a reception device for visitors in the vicinity of the entrance of the apartment, the design and manufacturing costs can be reduced compared to the case where the reception device for visitors is designed and manufactured exclusively. It becomes possible to reduce.
(Second embodiment)

  Next, the collective housing call management system 1a according to the second embodiment of the present invention will be described. FIG. 10 is a block diagram showing an example of the configuration of a collective housing call management system 1a according to the second embodiment of the present invention. The collective housing call management system 1a shown in FIG. 10 and the collective housing call management system 1 shown in FIG. 1 are different in the following points.

  The collective housing call management system 1a corresponds to a specific dwelling unit having a plurality of first wireless communication terminals corresponding to one dwelling unit. FIG. 10 illustrates the case where there are smartphones 21, 22 and 23 corresponding to the dwelling unit with the room number 101. Description of dwelling units other than the room number 101 is omitted. A plurality of first wireless communication terminals do not need to be associated with all the dwelling units, and a plurality of first wireless communication terminals are associated with a specific dwelling unit that is at least one of the dwelling units of the apartment house. Just do it.

  The smartphones 21, 22, and 23 correspond to the family living in the dwelling unit with the room number 101, such as a father, mother, and child smartphone.

  The management device 7a is different from the management device 7 in the configuration of the control unit 71a. The control unit 71a is different from the control unit 71 in that it further includes a user notification unit 715 and a user information storage unit 716. The access information storage unit 714 also includes a room number, which is an example of call information, for a specific dwelling unit, and a plurality of access information for accessing a plurality of smartphones (for example, the smartphones 21, 22, 23) of the specific dwelling unit. Are stored in association with each other.

  When the call information of the specific dwelling unit is received, the access information acquisition unit 711 acquires a plurality of access information associated with the received call information by the access information storage unit 714.

  The call processing unit 712a calls a plurality of smartphones (for example, smartphones 21, 22, and 23) using the plurality of access information acquired by the access information acquisition unit 711, and makes a call from any one of the plurality of smartphones. When a permission signal indicating permission is output, the smartphone that has output the permission signal and the smartphone 3 are placed in a call state.

  In addition, the call processing unit 712a transmits a signal indicating that the other smartphone has responded to a smartphone other than the smartphone that has output the permission signal among the plurality of smartphones (for example, the smartphones 21, 22, and 23), End the call to those smartphones.

  The call processing unit 712a outputs a plurality of smartphones (for example, smartphones 21, 22) when a rejection signal indicating that the call is rejected from any of the plurality of smartphones (for example, smartphones 21, 22, 23) is output. 22 and 23) is terminated, and calls between a plurality of smartphones (for example, the smartphones 21, 22, and 23) and the smartphone 3 are prohibited.

  Similar to the access information storage unit 714, the user information storage unit 716 is configured by a nonvolatile storage unit such as an HDD or a flash memory. The user information storage unit 716 stores in advance user information (for example, names) for identifying each user of smartphones (for example, the smartphones 21, 22, and 23) that are a plurality of first wireless communication terminals.

  The user notification unit 715 transmits user information of the user of the smartphone that has output the permission signal to a smartphone other than the smartphone that has output the permission signal among the smartphones 21, 22, and 23.

  The other configuration of the collective housing call management system 1a is the same as that of the collective housing call management system 1 shown in FIG. 1, and the smartphones 21, 22, and 23 are configured in substantially the same manner as the smartphone 21 shown in FIG. Since the configuration is substantially the same as that of the smartphone 3 shown in FIG.

  First, the smartphone 3 executes the same processing as steps S301 to S314 shown in FIG. 4, and after step S305 is executed, the management device 7a executes the same processing as step S701 shown in FIG. Next, in step S702, the access information acquisition unit 711 of the management device 7a associates the access information of the plurality of smartphones 21, 22, and 23 with the call information of the room number 101. , 23 is acquired. In step S703, the call processing unit 712a executes a call enabling process between the smartphones 21, 22, 23 and the smartphone 3, and transmits and receives data between the smartphones 21, 22, 23 and the smartphone 3. to enable.

  Then, the call processing unit 712a transmits a call signal indicating a call to the smartphones 21, 22, and 23. As a result, the smartphones 21, 22, and 23 are in an incoming state. Similarly to step S <b> 311 of FIG. 5, in the smartphone 3, the terminal processing unit 311 transmits imaging data indicating a visitor image captured by the in-camera 206 to the smartphones 21, 22, and 23.

  FIG. 12 is a flowchart illustrating an example of the operation of the smartphones 21, 22, and 23 illustrated in FIG. When the image pickup data is received in the incoming state, the incoming call screen G2 is displayed on the touch panel display 202 by the terminal processing unit 211 in the smartphones 21, 22, and 23 (step S201). In the following description, steps S202, S203, S208, and S209 are omitted, but steps S202, S203, S208, and S209 may be executed.

  Next, in step S221, it is confirmed whether or not the response button B3 is touched by the terminal processing unit 211 of the smartphones 21, 22, and 23 (step S221). When the response button B3 is touched (YES in step S221), the terminal processing unit 211 transmits a permission signal for permitting a call to the management device 7a (step S222), and thereafter, steps S206, S207, S210 to S212 are performed. Processing is executed. As a result, of the smartphones 21, 22, and 23, the smartphone touched with the response button B 3 and the smartphone 3 are in a call state (steps S 207 and S 313), and the shared gate 6 is released from the smartphone with the response button B 3 touched. It can be locked.

  As a result, if any of the users of the smartphones 21, 22, and 23 can respond, it is possible to talk with a visitor or unlock the shared gate 6, so that only one smartphone 21 responds per household. Convenience improves compared to the case where it is impossible.

  When the smartphone to which the response button B3 is touched, that is, the smartphone that transmitted the permission signal is the smartphone 21, for example, the management device 7a operates as follows.

  When the management device 7a receives the permission signal from the smartphone 21 transmitted in step S222, the management device 7a transmits to the other smartphones 22 and 23 a signal indicating that the response has been made from another terminal. The operations of the smartphones 22 and 23 that have received a signal indicating that another terminal has responded will be described in later-described steps S226 and S227. At this time, the user notification unit 715 preferably refers to the user information storage unit 716 and transmits user information such as a name for identifying the user of the smartphone 21 to the smartphones 22 and 23.

  If the response button B3 is not touched in step S221 (NO in step S221), it is confirmed in step S224 whether or not the reject button B2 is further touched by the terminal processing unit 211 (step S224). When the reject button B2 is touched (YES in step S224), the terminal processing unit 211 transmits a reject signal for rejecting the call to the management device 7a (step S225), without performing a call with the smartphone 3. The process ends.

  When the smartphone to which the reject button B2 is touched, that is, the smartphone that transmitted the rejection signal is, for example, the smartphone 21, the management device 7a operates as follows.

  When the management apparatus 7a receives the rejection signal from the smartphone 21 transmitted in step S225, the management apparatus 7a transmits a signal indicating that the rejection has been made by another terminal to the other smartphones 22 and 23. The operations of the smartphones 22 and 23 that have received the signal indicating that they have been rejected by other terminals will be described later in steps S228 and S229. At this time, the user notification unit 715 preferably refers to the user information storage unit 716 and transmits user information such as a name for identifying the user of the smartphone 21 to the smartphones 22 and 23.

  If the reject button B2 is not touched in step S224 (NO in step S224), in step S226, whether or not a signal indicating that a response has been received from another terminal from the management device 7a is received by the terminal processing unit 211. Confirmation is made (step S226). If the smartphone that transmitted the permission signal is, for example, the smartphone 21, a signal indicating that the smartphone 22 or 23 responded at another terminal is received (YES in step S 226), and the terminal processing unit 211 of the smartphone 22 or 23 A message to the effect that another terminal has responded is displayed on the touch panel display 202 (step S227), and the process ends without making a call with the smartphone 3. The message indicating that the call has been answered at another terminal is, for example, a message such as “The call was answered by another smartphone in the same room”. Furthermore, when user information is received, it is more preferable to display a message such as “Mr. X has responded” together with the name X of the user who responded.

  Thereby, since the user of the smartphones 22 and 23 knows that someone else has responded even if he / she does not respond, a sense of security is obtained and convenience is improved. If the name of the responding user is known, the convenience is further improved.

  If a signal indicating that the response has been received by another terminal is not received in step S226 (NO in step S226), a signal indicating that the terminal processing unit 211 has further rejected the other terminal from the management device 7a in step S228. Is received or not (step S228). If the smartphone that transmitted the rejection signal is, for example, the smartphone 21, a signal indicating that the smartphone 22 or 23 has rejected the other terminal is received (YES in step S228), and the terminal processing unit 211 of the smartphone 22 or 23 A message indicating that it has been rejected by another terminal is displayed on the touch panel display 202 (step S229), and the process is terminated without making a call with the smartphone 3. The message indicating that the call has been rejected by another terminal is, for example, a message such as “Call rejected by another smartphone in the same room”. Furthermore, when user information is received, it is more preferable to display a message such as “Mr. X has rejected” together with the name X of the rejected user.

  Thereby, since the user of the smartphones 22 and 23 knows that someone else refused even if he / she did not refuse, a sense of security is obtained and convenience is improved. If the name of the rejected user is known, the convenience is further improved.

  In step S228, if a signal indicating rejection is not received by another terminal (NO in step S228), steps S221 to S229 are repeated again.

  In addition, when neither the reject button B2 nor the response button B3 is touched on the smartphones 21, 22, and 23 and the state in which steps S221 to S229 are repeated continues for a preset time, for example, 20 seconds, the smartphone 3 The management device 7a or the smartphone 3 may record and store the visitor's voice obtained by the above. Then, it is preferable that the smartphones 21, 22, 23 later access the management device 7 a or the smartphone 3 so that the recorded voice can be heard on the smartphones 21, 22, 23. In this case, even if none of the users of the smartphones 21, 22, and 23 can respond, it becomes possible to confirm the visitor later.

  The first wireless communication terminal is not limited to a so-called smartphone. The first wireless communication terminal receives, for example, an operation key such as a so-called feature phone, such as a numeric keypad for accepting an input operation of numbers or symbols, and input information received by the operation key in a state where communication is possible. A mobile phone including an input information transmission unit for transmission may be used. In this case, the key for receiving functions as the response button B3.

  The input information transmission unit transmits input information indicating an operation key pressed by the user, for example, by a tone signal (or push signal) based on DTMF (Dual-Tone Multi-Frequency). Key operations corresponding to unlocking instructions and unlocking requests are predetermined. For example, when “98” is defined as a key operation indicating an unlocking instruction and an unlocking request, the input information transmission unit indicates “98” when the user presses “98” of the operation key in a call state. A tone signal is transmitted to the management devices 7 and 7a or the smartphone 3 as input information.

  The gate unlocking unit 713 of the management devices 7 and 7a unlocks the shared gate 6 when receiving the “98” tone signal indicating the unlocking request. Alternatively, when the smartphone 3 receives a “98” tone signal indicating an unlocking request, the unlocking request is transmitted to the control device having a function equivalent to the management devices 7 and 7a or the gate unlocking unit 713 by short-range wireless communication. The shared gate 6 may be unlocked by transmission.

  As a result, even a resident who uses a feature phone instead of a so-called smartphone can make a call with the visitor's smartphone 3 and unlock the shared gate 6.

  A fixed telephone connected to a wired telephone line may be used instead of the first wireless communication terminal. The fixed telephone corresponds to an example of the first communication terminal. And the management apparatuses 7 and 7a can connect the fixed telephone and the smart phone 3 so that a telephone call is possible by a communication service provided by a telephone company, for example, a so-called IP telephone service.

  Since the fixed telephone has the same operation keys and input information transmission unit as the above-mentioned feature phone, even a resident who uses the fixed telephone can make a call with the smartphone 3 for visitors and share it The gate 6 can be unlocked.

  Further, the collective housing call management systems 1 and 1a applied to the collective housing have been described. However, the call management system having the same configuration as the collective housing call management systems 1 and 1a is applied to uses other than the collective housing. May be. For example, in FIGS. 1 and 10, the smartphone 21, 22, 23 (first wireless communication terminal) may be called, and the smartphone 3 (second wireless communication terminal) may be used as the calling terminal device.

  For example, the call management system is applied to a shopping center, the smartphone 3 is attached to the shopping center in front of the security room by the mounting member 8, and a plurality of, for example, three security guards carry the smartphones 21, 22, and 23. Also good. In this case, even if all the guards are out of the security room and are in other places in the shopping center, the person who wants to call the security guard operates the smartphone 3 in front of the security room, It becomes possible to call 22 and 23 and call a security guard. In this case, it is possible to call a specific security guard by inputting the name of the security guard to the smartphone 3 as the call information.

  Further, the call information may not be information specifying a room number or an individual. The call information may be information set in advance as information simply requesting a call. For example, in the call management system having the same configuration as the collective housing call management system 1a, as shown in FIG. 11, the smartphone 3 is arranged in front of the security room by the attachment member 8 without displaying the numeric keypad K2 on the smartphone 3. May be. The access information storage unit 714 stores the preset call information and the access information for accessing the smartphones 21, 22, 23 in association with each other, and calls the operation information when the operation reception button B 0 is pressed. The call instruction may be received by the information reception unit 312 and the call information transmission process may be executed by the call information transmission unit 313.

  Thereby, a person who wants to call a security guard can call a plurality of security guards carrying the smartphones 21, 22, and 23 only by pressing the operation reception button B 0. As a result, even if a security guard is not always resident in the security room, the security guard can be called at any time.

  Moreover, you may attach the smart phone 3 with the attachment member 8 to toilets, such as a shopping center, for example. In this case, when there are a plurality of toilets, the smartphone 3 may be attached to each toilet by the attachment member 8. As described above, a plurality of calling-side smartphones 3 (second wireless communication terminals) are called by the call management system configured in the same manner as the collective housing call management system 1, and the called smartphone 21 (first wireless communication terminal) is called. One or a plurality of calling smartphones 3 (second wireless communication terminals) may be called by a call management system configured in the same manner as the collective housing call management system 1a. , 23 (second wireless communication terminals).

1,1a Apartment management call management system 3 Smartphone (second wireless communication terminal)
4 Network 5 Mobile communication base station 6 Common gate 7, 7a Management device 8 Mounting member 21, 22, 23 Smartphone (first wireless communication terminal)
71, 71a Control unit 72 Communication I / F unit (communication unit)
73 Short-range wireless communication circuit (communication unit)
201 Control Unit 202 Touch Panel Display 203 Speaker 204 Microphone 205 Out Camera 206 In Camera 207 Mobile Radio Communication Circuit 211 Terminal Processing Unit 212 Unlocking Instruction Receiving Unit 213 Unlocking Requesting Unit 214 Setting Instruction Receiving Unit 215 Setting Instruction Transmitting Unit 216 Download Program Processing unit (first program download processing unit)
301 Control Unit 302 Near Field Communication Circuit (Terminal Side Near Field Communication Unit)
311 Terminal processing unit 312 Call information receiving unit 313 Call information transmitting unit 314 Restriction setting unit 315 Call restriction processing unit 316 Program download processing unit (second program download processing unit)
317 Restriction setting storage unit 318 Call information storage unit 510 Housing 511 Opening 512, 512 Leaf spring 711 Access information acquisition unit 712, 712a Call processing unit 713 Gate unlocking unit 714 Access information storage unit 715 User notification unit 716 User information storage Section 731 Antenna A Setting area B0 Operation acceptance button B1 Call button B2 Reject button B3 Response button B4 Indefinite setting button B5 End button B6 Unlock button B7 Opposing section B8 Press section G1 Call information input screen G11 Call information input field G2 Incoming screen G21 Captured image G3 Call screen K1, K2 Numeric keypad

Claims (34)

A set for enabling communication between a first wireless communication terminal for residents corresponding to each of the housing units of the housing complex including a plurality of housing units and a second wireless communication terminal for visitors who visited the housing complex. A residential call management system,
The first and second wireless communication terminals are mobile communication terminal devices that can be connected to a mobile communication network by wireless communication,
The second wireless communication terminal includes a call information transmission unit that executes call information transmission processing for transmitting call information for calling each dwelling unit,
The collective housing call management system includes:
A communication unit for communicating with the first and second wireless communication terminals;
An access information storage unit that stores the call information and access information for accessing each first wireless communication terminal in association with each other;
When the call information of any one of the dwelling units is received by the communication unit from the call information transmission unit of the second wireless communication terminal, the access information storage unit associates with the received call information An access information acquisition unit for acquiring the received access information;
For a housing complex comprising a call processing unit for executing a call enabling process for enabling a call between the first wireless communication terminal and the second wireless communication terminal using the access information acquired by the access information acquiring unit Call management system.   The collective housing call management system according to claim 1, wherein the second wireless communication terminal is the mobile communication terminal device carried by the visitor.   The collective housing call management system according to claim 1, wherein the second wireless communication terminal is disposed near an entrance of the collective housing. The second wireless communication terminal includes a touch panel display,
The collective housing according to claim 3, wherein the collective housing call management system further includes an attachment member for holding the second wireless communication terminal so that a user can operate the touch panel display and fixing the touch panel display in the vicinity of the entrance. Call management system. The apartment house includes a common gate shared by the plurality of dwelling units,
The call management system for collective housing further includes a gate unlocking unit that unlocks the shared gate when an unlock request for unlocking the shared gate is transmitted from the first wireless communication terminal. The call management system for collective housing according to any one of 1 to 4. The first wireless communication terminal is
An unlocking instruction receiving unit for receiving an unlocking instruction for unlocking the shared gate from a user;
When the call processing unit enables communication with the second wireless communication terminal and the unlocking instruction receiving unit receives the unlocking instruction, the unlocking request is transmitted to the gate unlocking unit. The collective housing call management system according to claim 5, further comprising a request unit. The first wireless communication terminal is
An operation key for accepting an input operation of numbers or symbols,
An input information transmitting unit that transmits input information received by the operation key in a state where the call is enabled;
The gate unlocking unit determines that the unlocking request has been transmitted when the input information transmitted by the input information transmitting unit matches information preset as the unlocking request, and unlocks the shared gate. 6. The collective housing call management system according to claim 5, which is locked. The second wireless communication terminal further includes a terminal side short-range communication unit capable of performing short-range wireless communication,
The communication unit includes a short-range wireless communication unit capable of wireless communication with the second wireless communication terminal by the short-range wireless communication,
In the short-range wireless communication unit, a short-range communication area capable of communicating by the short-range wireless communication is set near the entrance of the apartment house,
The call management system for collective housing according to any one of claims 1 to 7, wherein the call information transmission unit transmits the call information to the short-range wireless communication unit by the terminal-side short-range communication unit. The second wireless communication terminal further includes a position information acquisition unit that acquires position information indicating a current position of the own device,
The call information transmission unit further transmits the position information acquired by the position information acquisition unit in the call information transmission process,
When the location indicated by the location information transmitted from the call information transmission unit is outside the range of a neighborhood set in advance near the entrance of the apartment, the call management system for apartment buildings The collective housing call management system according to any one of claims 1 to 8, further comprising a call enabling prohibition processing unit that prohibits execution of the enabling process. The first wireless communication terminal further includes a first program download processing unit that downloads a predetermined first program via the mobile communication network,
The first wireless communication terminal is configured to execute the first program downloaded by the first program download processing unit, and functions as the unlock request unit by executing the downloaded first program. The call management system for an apartment house according to claim 6. The second wireless communication terminal further includes a second program download processing unit that downloads a predetermined second program via the mobile communication network,
The second wireless communication terminal can execute the second program downloaded by the second program download processing unit, and functions as the call information transmission unit by executing the downloaded second program The call management system for collective housing according to any one of claims 1 to 10. The communication unit includes a short-range wireless communication unit capable of wireless communication with the second wireless communication terminal by short-range wireless communication,
In the short-range wireless communication unit, a short-range communication area capable of communicating by the short-range wireless communication is set near the entrance of the apartment house,
The second wireless communication terminal is
A terminal-side short-range communication unit capable of performing the short-range wireless communication;
A second program download processing unit that downloads a predetermined second program by the short-range wireless communication by the terminal-side short-range communication unit;
The second wireless communication terminal can execute the second program downloaded by the second program download processing unit, and functions as the call information transmission unit by executing the downloaded second program The call management system for apartment houses according to any one of claims 1 to 11. The first wireless communication terminal is
A setting instruction accepting unit that accepts a setting instruction for setting whether or not to restrict a call to the second wireless communication terminal that has been made callable by the call processing unit from a user; ,
The collective housing call management system according to claim 11 or 12, further comprising: a setting instruction transmission unit that transmits the setting instruction received by the setting instruction reception unit. The second wireless communication terminal is
Limit for storing as a limit setting any one of an indefinite setting that does not limit a period during which a call can be made with the first wireless communication terminal and a period limit setting that limits a period during which a call can be made with the first wireless communication terminal A setting storage unit;
Based on the setting instruction transmitted from the setting instruction transmission unit, a restriction setting unit that stores either the indefinite setting or the period restriction setting in the restriction setting storage unit as the restriction setting;
When the limit setting stored in the limit setting storage unit indicates the period limit setting, the first limit is set when a preset limit period has elapsed since the second program was downloaded to the second wireless communication terminal. The collective housing call management system according to claim 13, further comprising a call restriction processing unit that prohibits a call between the wireless communication terminal and the second wireless communication terminal. The second wireless communication terminal is
For storing any one of an unlimited number of times the phone can communicate with the first wireless communication terminal as a restriction setting and an unlimited number setting that restricts the number of times the phone can communicate with the first wireless communication terminal A limit setting storage unit;
Based on the setting instruction transmitted from the setting instruction transmission unit, a limit setting unit that stores either the number-of-times unlimited setting or the number-of-times limit setting as the limit setting in the limit setting storage unit;
When the limit setting stored in the limit setting storage unit indicates the number limit setting, the first wireless communication terminal and the second wireless communication terminal after the second program is downloaded to the second wireless communication terminal 14. A call restriction processing unit for prohibiting a subsequent call between the first wireless communication terminal and the second wireless communication terminal when the number of calls with the number exceeds a preset limit number. Call management system for multiple dwelling houses. The second wireless communication terminal is
Limit for storing as a limit setting any one of an indefinite setting that does not limit a period during which a call can be made with the first wireless communication terminal and a period limit setting that limits a period during which a call can be made with the first wireless communication terminal A setting storage unit;
Based on the setting instruction transmitted from the setting instruction transmitting unit, a restriction setting unit that stores either the indefinite setting or the period restriction setting as the restriction setting in the restriction setting storage unit ,
The second program download processing unit
When the limit setting stored in the limit setting storage unit indicates the period limit setting, the second limit is set when a preset limit period has elapsed since the second program was downloaded to the second wireless communication terminal. 14. The collective housing call management system according to claim 13, wherein the program is deleted. The second wireless communication terminal is
For storing any one of an unlimited number of times the phone can communicate with the first wireless communication terminal as a restriction setting and an unlimited number setting that restricts the number of times the phone can communicate with the first wireless communication terminal A limit setting storage unit;
Based on the setting instruction transmitted from the setting instruction transmitting unit, a limit setting unit is further provided that stores either the unrestricted number of times setting or the number of times limit setting as the limit setting in the limit setting storage unit. ,
The second program download processing unit
When the limit setting stored in the limit setting storage unit indicates the number limit setting, the number of times the call information is transmitted by the second radio communication terminal after the second program is downloaded to the second radio communication terminal is The collective housing call management system according to claim 13, wherein the second program is deleted when a preset number of times is exceeded.   When the setting instruction transmitted from the setting instruction transmitting unit indicates that the restriction is to be performed, the call processing unit has a restriction period set in advance after the second program is downloaded to the second wireless communication terminal. The collective housing call management system according to claim 13, wherein the call enabling process is not executed when the time has elapsed.   When the setting instruction transmitted from the setting instruction transmitting unit indicates the restriction, the call processing unit transmits the second program to the second wireless communication terminal after the second program is downloaded to the second wireless communication terminal. 14. The collective housing call management system according to claim 13, wherein when the number of executions of the call enabling process executed for a number exceeds a preset limit number, the call enabling process is not executed thereafter. The second wireless communication terminal is
A call information storage unit for storing the call information transmitted by the call information transmission process;
A retransmission instruction accepting unit that accepts a retransmission instruction for requesting that the call information previously transmitted by the call information transmission process is transmitted again by the call information transmission process;
The call information transmitting unit
When the call information transmission process is executed, the call information transmitted by the call information transmission process is stored in the call information storage unit,
20. When the retransmission instruction is accepted by the retransmission instruction accepting unit, a recall process for reading and transmitting the previously transmitted call information from the call information storage unit is performed. Call management system for multiple dwelling houses. The second wireless communication terminal includes a touch panel display,
The call information transmitting unit
When the call information transmission process is executed, an icon is displayed as the retransmission instruction receiving unit on the touch panel display,
The collective housing call management system according to claim 20, wherein the recall process is executed when the retransmission instruction receiving unit is touched.   The collective housing call management system according to any one of claims 1 to 21, wherein the call information is a room number of the dwelling unit or a name of a resident of the dwelling unit.   The collective housing call management system according to any one of claims 1 to 22, comprising the first and second wireless communication terminals.   The collective housing call management system according to any one of claims 1 to 23, wherein the first and second wireless communication terminals are smartphones. A plurality of the first wireless communication terminals are provided for each specific dwelling unit corresponding to at least one specific dwelling unit among the plurality of dwelling units,
The access information storage unit stores call information for calling the specific dwelling unit and a plurality of access information for accessing each of the plurality of first wireless communication terminals corresponding to the specific dwelling unit,
The access information acquisition unit acquires a plurality of access information associated with the received call information by the access information storage unit when the communication unit receives the call information of the specific dwelling unit,
The call processing unit calls the plurality of first wireless communication terminals using the plurality of access information acquired by the access information acquisition unit, and the first wireless communication of any one of the plurality of first wireless communication terminals 25. When a permission signal for permitting a call is output from a terminal, the first wireless communication terminal that has output the permission signal and the second wireless communication terminal are placed in a call state. Call management system for collective housing as described in.   The call processing unit responds to the first wireless communication terminal other than the first wireless communication terminal that has output the permission signal among the plurality of first wireless communication terminals with another first wireless communication terminal. 26. The call management system for an apartment house according to claim 25, which transmits a signal to indicate. A user information storage unit for storing user information for identifying each user of the plurality of first wireless communication terminals;
A user notification unit that transmits user information of a user of the first wireless communication terminal that has output the permission signal to a first wireless communication terminal other than the first wireless communication terminal that has output the permission signal. 26. The call management system for collective housing according to 26.   The call processing unit is configured to output the plurality of first wireless communication when a rejection signal indicating that the call is rejected is output from any one of the plurality of called first wireless communication terminals. The collective housing call management system according to any one of claims 25 to 27, wherein a call between the terminal and the second wireless communication terminal is prohibited. A call management system for enabling a call between a first wireless communication terminal and a second wireless communication terminal for calling the first wireless communication terminal,
The first and second wireless communication terminals are mobile communication terminal devices that can be connected to a mobile communication network by wireless communication,
The second wireless communication terminal includes a call information transmission unit that executes call information transmission processing for transmitting call information for calling the first wireless communication terminal,
The call management system includes:
A communication unit for communicating with the first and second wireless communication terminals;
An access information storage unit that stores the call information and access information for accessing the first wireless communication terminal in association with each other;
When the call information is received by the communication unit from the call information transmission unit of the second wireless communication terminal, the access information storage unit acquires access information associated with the received call information An information acquisition unit;
A call management system comprising: a call processing unit that executes a call enabling process for enabling a call between the first wireless communication terminal and the second wireless communication terminal using the access information acquired by the access information acquisition unit . A plurality of the first wireless communication terminals are provided,
The access information storage unit stores the call information and a plurality of access information for accessing the plurality of first wireless communication terminals in association with each other,
The access information acquisition unit, when the call information is received by the communication unit, acquires a plurality of access information associated with the received call information by the access information storage unit,
The call processing unit calls the plurality of first wireless communication terminals using the plurality of access information acquired by the access information acquisition unit, and the first wireless communication of any one of the plurality of first wireless communication terminals 30. The call management system according to claim 29, wherein when a permission signal for permitting a call is output from a terminal, the first wireless communication terminal that has output the permission signal and the second wireless communication terminal are placed in a call state. The second wireless communication terminal includes a touch panel display,
31. The call management system according to claim 29 or 30, further comprising an attachment member for holding the second wireless communication terminal so that a user can operate the touch panel display and fixedly disposing the second touch panel display.   The said attachment member is further equipped with the operation reception button which has the opposing part arrange | positioned facing the predetermined setting area | region in the said touch panel display, and the press part which a user can press on the back side of the said opposing part. Call management system. A call management system for enabling a call between a first communication terminal and a second wireless communication terminal for calling the first communication terminal,
The second wireless communication terminal is a mobile communication terminal device that can be connected to a mobile communication network by wireless communication,
The second wireless communication terminal includes a call information transmission unit that executes call information transmission processing for transmitting call information for calling the first communication terminal,
The call management system includes:
A communication unit for communicating with the first and second wireless communication terminals;
An access information storage unit for storing the call information and access information for accessing the first communication terminal in association with each other;
When the call information is received by the communication unit from the call information transmission unit of the second wireless communication terminal, the access information storage unit acquires access information associated with the received call information An information acquisition unit;
A call management system comprising: a call processing unit that executes a call enabling process for enabling a call between the first communication terminal and the second wireless communication terminal using the access information acquired by the access information acquisition unit.   The call management system according to claim 33, wherein the first communication terminal is a fixed telephone.

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