JP4630687B2 - Apartment house intercom system - Google Patents

Description

  The present invention relates to a collective housing intercom system, and in particular, a set capable of transferring a call to a ward management room base unit to another ward management room base unit or a central control room base unit when a ward manager is absent. It relates to a residential intercom system.

The multi-compartment intercom system installed in multi-compartment housings has a building entrance door in each building that allows visitors to call the resident and make a call. A parent room for communicating with the manager is arranged, and a building management room parent for the manager to call with a visitor or a resident is installed in the manager room of each building. The central control room master unit is connected via a building control unit that controls the wing collective entrance unit, living room base unit, and building management room base unit, and further calls and calls to all the room base units. (For example, refer to Patent Document 1).
In such a system, if the ward manager's room is absent when a call is received, then the call notification is transferred to another ridge management room master unit, and the call notification is also sent to the central control room master unit. It was created and managed by the master unit of the management room where the manager was.
Further, in order to make it possible to call the manager at all times even when the manager is out of the manager room, a system including a wireless mobile management room master unit as disclosed in Patent Document 2 is proposed. Has been.

Japanese Patent Laid-Open No. 5-207167 JP-A-9-233202

However, in the conventional apartment house intercom system, a call is made even if there is no manager of the building, and an unnecessary call notification is made. Even if the call is transferred afterwards, it is necessary to monitor a certain period of time when the callee's control room main unit does not respond until the call is transferred. Had to hold.
In addition, in a system equipped with a wireless mobile management room main unit, it is a system for when the manager goes out for inspection or cleaning, etc. It was not something that could be handled when you were away.

  Therefore, in view of such a problem, the present invention is capable of promptly making a call with another manager even when the manager of the call destination is absent. It is another object of the present invention to provide a collective housing intercom system that can be viewed by an administrator who has been absent from the call history and can confirm the response result thereafter.

In order to solve the above-mentioned problems, the invention described in claim 1 is characterized in that a visitor calls a resident or a manager to make a call, and a wing collective entrance machine installed for each wing, and a resident visitor Or, a master unit for communication with the manager, a master unit for the building management room installed in each building for the manager to talk to the residents in each building, and a building entrance hall installed in each building , Living room master unit, building control room The building control unit that controls the master unit, centralized collective entrance for visitors to call and call the residents or managers of all the buildings, and the managers in all the buildings In the collective housing intercom system, which has a central control room main unit for calling with residents in the building and a central control unit for controlling each building control unit, centralized entrance hall and central control room main unit, The machine has a sleep setting function to enter a sleep state where the intercom function stops, The machine recognizes that the corresponding ridge management room master unit is in the sleep state, and when a call is made to the ridge management room base unit in the sleep state, calls the corresponding ward management room base unit. while have a transfer function of transferring to the other building control room master unit or centralized control room master unit without the calling information building control room master unit calls the wing control room master unit to the sleep state, and transfer The call information is added to the caller information with the information of the other ward management room master unit or central control room base unit responding to the call source information, while the ward management room base unit controls the wing when the sleep state is released. It has a call information receiving / displaying function for receiving and displaying caller information stored in the machine .
With this configuration, when there is no manager of the call destination, the other building management room master unit or the central control room master unit is called without waiting time, so it is possible to talk with any manager without waiting for the transfer time. Can be made more convenient.
Note that the sleep state is a state in which all functions other than the sleep release operation are stopped, and calling and telephone calls do not function.

Further, the manager who has been absent can see the call information displayed when canceling the sleep setting, know the caller, and then can take necessary actions.

Further, since the information on the transfer destination is stored, the manager who has been absent can ask the manager who has made the transfer response, and can take the necessary action smoothly thereafter.

The invention according to claim 2 is the invention according to claim 1 , wherein the building control unit has already responded to the call by the operation of another building management room base unit or centralized management room base unit that has been transferred and responded Or not is added to the call information and stored.
With this configuration, when the sleep setting is canceled from the building management room master unit or the central management room master unit, the response result by the other management room base unit can be confirmed for the call transferred contents during the sleep setting period. It is possible to take necessary measures for unsupported calls.

The invention according to claim 3 is the invention according to claim 2 , wherein the master unit of the building management room or the central control room master receives the sleep setting information of another master unit of the building management room from the building controller or the centralized controller. It is characterized by displaying.
With this configuration, it is possible to know the state of the other management room master unit, and it can be used for a response without delay to a call from a resident or the like.

The invention of claim 4 includes a building entrance hall installed in each building for a visitor to call a resident or a manager and make a call, and a room parent for a resident to talk to a visitor or a manager. And a building management room master unit installed in each building so that the manager can communicate with residents in each building, and a building collective entrance unit, living room base unit, building management room base unit installed in each building The building control machine that controls the building, the centralized entrance door for the visitor to call the residents or managers of all the buildings, and multiple units for the manager to talk to the residents of all the buildings In a collective housing intercom system equipped with a central control room master unit of each building and a central control unit that controls each building control unit, centralized entrance hall unit and central control room base unit, the building control room base unit and one specific unit Except for the central control room main unit, the sleep setting function that enters the sleep state where the intercom function stops The building control machine recognizes that the corresponding building management room master unit or central control room master unit is in the sleep state, and the central control unit recognizes that the central control room master unit is in the sleep state, When the wing control unit receives a call from the wing collective entrance unit or living room base unit to the sleeping ward management unit base unit, the call is transferred to the central control unit base unit. Calls are transferred to at least one central control unit master that is not set to sleep, and when all the central control units that have a sleep function are in a sleep state, the central control unit is a specific unit. It is transferred to the base unit.
With this configuration, when there is no manager of the call destination, the other building management room master unit or the central control room master unit is called without waiting time, so it is possible to talk with any manager without waiting for the transfer time. Can be made more convenient.
In addition, since one management room base unit (central management room base unit) is always able to respond, even if all sleep setting control unit base units are set to sleep, You can always talk.

According to a fifth aspect of the present invention, in the invention according to any one of the first to fourth aspects, the ward controller controls the sleep state when a ward management room master unit that is not set to sleep does not respond for a predetermined time. It is characterized by performing.
With this configuration, even if the setting manager is forgotten to be in the sleep state and the ward manager is absent, the sleep state is automatically entered, so that unnecessary transfer time does not occur.

The invention according to claim 6 is the invention according to claim 4 , wherein the central control unit performs control to set the sleep state when the central control room main unit which is not set to sleep does not respond for a predetermined time. And
With this configuration, even if the person who forgets to set the sleep state and the manager of the central control room is absent, the sleep state is automatically entered, so that unnecessary transfer time does not occur.

As described above, according to the present invention, even when the manager of the call destination is absent, it is possible to quickly make a call with another manager, improve convenience for residents, etc. Good service can be provided.
Further, since the manager who has been absent can know the call history, it is possible to take necessary actions thereafter.

  DESCRIPTION OF EXEMPLARY EMBODIMENTS Hereinafter, embodiments of the invention will be described in detail with reference to the drawings. FIG. 1 is a block diagram showing an example of an embodiment of an apartment house intercom system according to the present invention, and shows a system installed in an apartment house consisting of two buildings, A building and B building. In FIG. 1, reference numeral 1 is a building entrance hall installed in each building for a visitor to call a resident or a manager to make a call, and 2 is a room parent for a resident to call a visitor or a manager. 3 is a building management room master unit installed in each building for an administrator to talk with visitors or residents, 4 is installed in each building and the building entrance door unit, the living room master unit, The building control unit for controlling the master unit in the building management room, 5 is a centralized collective entrance for calling and calling the living room master unit 2 in all the buildings, and 6 (6a, 6b) are the living room master units 2 in all the buildings. Is a central control room that can communicate with each other, 7 is a central control machine that controls each building control unit 4, centralized entrance door 5 and central management room base unit 6, and the building management room base unit 3 is installed in the A building. Two units, one building management room base unit 3 is installed in building B, and two central management unit base units 6 are provided.

  Reference numeral 10 denotes a camera that captures a visitor. A management room master such as the living room master 2, the building management room master 3, and the central management room master 6 includes a monitor 11 that displays the captured image. It has been. In addition, the operation of the building management room base unit 3 and the centralized management room base unit 6 is configured to be performed by the touch panel 12 provided on the monitor 11.

  2 shows a circuit block diagram of the building controller 4 and the building management room master unit 3 in FIG. 1. The building controller 4 has a communication circuit 14 for communicating with each connected device, and a building for controlling communication. It has a controller control circuit 15 and a controller memory 16 for storing control history such as information on the devices set to sleep, caller information, and callee information. The building management room master unit 3 includes a monitor 11 serving as a display unit, a touch panel 12 serving as an operation unit provided on the monitor 11, a communication circuit 18 for communicating with the building control unit 4, a handset, and the like. And a building management room parent device control circuit 22 for controlling the building management room parent device 3.

The system configured as described above operates as follows. First, the basic operation as an intercom will be briefly described. When a visitor enters the central entrance, which is a centralized collective entrance, and operates the centralized collective entrance 5 provided to call the room master 2 of the desired dwelling unit, the called room master 2 is notified of a ringing tone. At the same time, the video of the visitor captured by the camera 10 of the centralized collective entrance 5 is displayed on the monitor 11. The resident who has confirmed this can make a call with the visitor and make a call such as guiding to the building where his / her residence is located.
Thereafter, when the visitor moves to the corresponding building, the call is performed again using the building collective entrance 1 as necessary. The resident confirms with the living room master unit 2, and for example, an operation such as unlocking an automatic door is performed.

  These controls are performed by the central controller 7 and the building controller 4. In addition, when calling from the centralized collective entrance 5 or the building collective entrance 1 to the central control room master 6 or the building management room main unit 3, the basic operation flow is the same as the operation of the room base 2. It is. Furthermore, the ridge management room master unit 3, the central control room master unit 6, and the living room master units 2 can normally call and talk to each other.

Next, an operation when the ward manager returns home at night or the like and the ward management room master unit 3 is not used will be described. First, the central management room master unit 6a excluding all the building management room base units 3 and one specific central management room base unit 6b has a function of setting the sleep state. With this sleep setting, all the functions other than the sleep canceling operation are stopped in the set management room master units 3 and 6a, and the calling and telephone calls do not function. This sleep setting is set, for example, by turning on the provided sleep button, and when set, the screen shown in FIG. 3 is displayed on the monitor 11 of the management room master units 3 and 6.
When the building management room master unit 3 is set to sleep, a sleep signal is transmitted to the building control unit 4 and stored in the control unit memory 16 as status information of the building management room base unit 3. If there is a central control room master unit 6 set to sleep, the information is stored in the central control unit 7.

In this state, the operation when the ward management room base unit 3 is called from the living room base unit 2 will be described. For example, when a call is made to one of the two building management room master units 3 from the room master unit 2 of the A building, and the one building management room base unit 3 is in the sleep state, the operation is as follows. To do.
In response to a call from the room master unit 2, the building control unit 4 recognizes that one of the building management unit base units 3 to be called is in a sleep state, and causes the corresponding building management unit base unit 3 to perform a call operation. Without calling the other building management room main unit 3. Alternatively, when the other building management room base unit 3 is also in the sleep state, it is directly transferred to the central control room base unit 6 and called. At this time, the building controller 4 stores the caller from the caller information in the controller memory 16.
When the building management room master unit 3 in the building A is in the sleep state in the calling of the building A, it may be transferred first to the building B without being transferred directly to the central management unit base unit 6. After that, if the building management room master unit 3 in the B building does not respond, it may be transferred to the central management unit base unit 6.

When a call is made from the room master unit 2 of the B building to the building management unit base unit 3, the building control unit 4 is in the sleep state when the building control unit 4 is to be called in response to a call from the room unit master unit 2. If there is, it is transferred to the central control room base unit 6 and called directly without calling the base unit 3 of the building management room. At this time, the building controller 4 stores the caller from the caller information in the controller memory 16.
In this case as well, as in the operation of the A building, the data may be transferred to the A building first without being transferred directly to the central control room master unit 6. After that, if the building management room base unit 3 in the A building does not respond, it may be transferred to the central management room base unit 6.

  In this way, when the manager of the call destination is absent, the waiting time required for the transfer is made because the other building management room master unit or the central control room master unit is called without performing the calling operation of the absent building management room base unit. This makes it possible to make a quick call with any manager and increase convenience.

  When the ward management room master 3 responds to the call out of the management room masters 3 and 6 that are transferred and called, the information of the received ward management room master 3 is sent to the wing controller 4. The call information that is transmitted and the response destination information is added to the stored call source information is stored. Further, when the responding building management room master unit 3 inputs response information as to whether or not it has responded to the inquiry of the caller such as the living room base unit 2 by a predetermined operation, the information is also transmitted to the building control unit 4 And added to the call information and stored. This input operation can be easily performed by operating the touch panel 12.

  Similarly, when the central management room master unit 6 among the management room base units 3 and 6 that has been transferred receives a call and responds, the information of the corresponding central management unit base unit 6 is also stored in the central control unit 7. The call information is transmitted to the building control device 4 via the communication information and the response destination information is added to the stored call source information. When the responding central control room master 6 inputs response information as to whether or not it has responded to the inquiry of the caller such as the living room master 2 by a predetermined operation, the information is also transmitted to the building controller 4 And added to the call information and stored.

When the sleep state of the building management room master unit 3 is released in the state where the call information is stored in the building control unit 4, the release information is transmitted to the building control unit 4 so that the building control unit 4 is in the sleep state. The call information received and stored at this time is read out and transmitted to the ward management room master unit 3. The building management room base unit 3 receives this call information and displays the contents of the call information on the monitor 11 in a list as shown in FIG. In FIG. 4, the responding time, the caller's room number, the responding management room master units 3 and 6 are displayed with the names of their installation locations, and the corresponding results are also displayed. M1 indicates caller information, and M2 indicates call information.
By this display, it is possible to know whether the request of the caller has been processed or not yet supported. When processing is not supported, a call button for calling the room master unit 2 that has made the call is displayed on the touch panel. 12 and the room master unit 2 can be called by a predetermined operation (touch panel operation).

In addition, from the building management room master unit 3 and the central management unit master unit 6 which have not been set for sleep, the sleep setting status of the other management room master units 3 and 6 is monitored by a touch panel operation as shown in FIG. 11 can be confirmed. In FIG. 5, the installation location name is displayed as the name of the management room master units 3 and 6, and the presence / absence of sleep setting and the sleep setting start time are displayed.
Further, the wing controller 4 and the central controller 7 perform control to consider that the wing management room master unit 3 that is not set to sleep or the central control unit base unit 6a that can be set to sleep does not respond for a predetermined time. Is configured to do.

As described above, the manager who has been absent can know the caller by looking at the call information displayed when the sleep setting is canceled, and can smoothly take necessary actions thereafter. In addition, it is possible to confirm the forwarding destination information and the response result by the forwarding destination control room master unit, and if necessary, can ask the manager who made the forwarding reply, and take necessary actions for unsupported calls. Can be taken.
Further, the sleep state of the other management room master unit can be known from the management room base unit, which can be used for a response without delay to a call from a resident or the like.
Further, even if the user forgets to set the sleep state and is absent, the sleep state is automatically entered, so that unnecessary transfer time does not occur.

  The case where the ward management room base unit 3 is set to sleep has been described above, but the case where the central control room base unit 6 is set to sleep will be described next. In the embodiment of FIG. 1, as described above, the other one of the two central control room master units 6 is a specific central control room base unit 6b, and cannot be set to sleep. In this configuration, when there is a call from the living room master unit 2 when another central control unit base unit 6a other than the specific central control unit base unit 6b is in the sleep state, only the specific central control unit base unit 6b is called. Informed. In other words, the specific central control room master unit 6b includes all the control room base units 3 and 6 related to the control room base unit (the building control room base unit 3 and the central control room base unit 6a) that should be called. Is operated only when it is in a sleep state, and in other cases, any one of the management room master units 3 and 6 can respond.

In this way, since one central control room master unit can always respond, even if all sleep setting control unit base units are set to sleep, be sure to talk to any administrator. Can do.
In addition, even if all the management room master units that can be set to sleep are set to sleep, they are promptly transferred to the central management room master unit that does not have a sleep function, so that no waiting time is caused by the transfer.

In addition, when there is only one central control room master unit, it is desirable to use one that does not have a sleep setting function for this reason, so that one unit can always answer calls from the home base unit. It is desirable to configure.
Also, in the current setting, when there are three or more centralized control room master units 6, if there is a centralized control room base unit 6a in a normal state other than one specific unit 6b, a call from the living room base unit 3 (Assuming that all the building management room master units are in the sleep state), even if there is the central control room base unit 6a set to the sleep state, the call is only made in the other central control room base unit 6a in the normal state. The setting is made so that the specific central control room master unit 6b is not called, but may be set to call together.

In the above embodiment, the building controller 4 stores the call information. However, the calling information may be stored in the sleeper building management unit main unit 3 itself or in the centralized controller 7. Further, the same operation is performed not only when calling from the parent room 2 but also when calling from the entrance hall or the like.
Furthermore, the number of buildings and the number of other terminals (collective entrance machine, living room parent machine, management room parent machine, etc.) are not limited to the number in the above embodiment, and security information is sent not only by calling. It is natural that the information is transferred, the history, and the correspondence result are stored.
In the above embodiment, the display contents of the call information are the time, the caller, the response destination, and the response result. However, it is sufficiently effective to store only the caller information and the time when the call is received and display it. Available to:

It is a block diagram which shows an example of embodiment of the apartment house intercom system which concerns on this invention. FIG. 2 is a circuit block diagram of a building control machine and a building management room parent machine of FIG. 1. It is the monitor screen figure which displayed that it is a sleep setting state. It is the monitor screen figure which displayed the call information on the ridge management room main unit. It is the monitor screen figure which displayed sleep setting information.

Explanation of symbols

  1 ・ ・ Building entrance door, 2 ・ ・ Home base unit 3 ・ ・ Building control room base unit 4 ・ ・ Building control unit 5 ・ ・ Centralized entrance door unit 6 (6a, 6b) ・ ・ Central control room Master unit, 7 .... Centralized control unit, 12 .... Touch panel (operation unit), 16 .... Control unit memory.

Claims (6)

Each building has a building entrance door to be installed in each building so that visitors can call the resident or manager to make a call, a living room parent unit for the resident to talk to the visitor or manager, and a manager A building management room master set installed in each building for calling with the resident of the building, and a building set up for each building to control the building entrance door unit, the living room base unit, and the building management room base unit A control unit, a centralized entrance for a visitor to call a resident or manager in all buildings, and a central control room parent for a manager to talk to residents in all buildings In a multi-dwelling house intercom system equipped with a control unit for controlling each building control unit, centralized collective entrance unit and central control room master unit,
The ridge management room base unit has a sleep setting function to enter a sleep state in which the intercom function stops,
The building control unit recognizes that the corresponding building management room master unit is in the sleep state, and when a call is made to the sleeping building management unit base unit, the call is sent to the corresponding building management room. while have a transfer function of transferring to the other building control room master unit or the centralized control room master unit without invoking the master unit, the building control room master unit calls the wing control room master unit to the sleep state While storing the caller information and the call information obtained by adding the information of the other building management room parent device or the centralized management room parent device that has been transferred and responded to the caller information,
The apartment building intercom system having a call information reception / display function for receiving and displaying the caller information stored in the building controller when the sleep state is canceled . The building control unit stores information indicating whether or not the call has been handled by the operation of another building management room master unit or the centralized management room base unit that has been transferred and responded to the call information. The collective housing intercom system according to claim 1 . The building control room master unit or the centralized control room master unit according to claim 2, wherein the receive and display sleep setting information of another building control room master unit from the building controller or the central control unit The apartment housing intercom system described. Each building has a building entrance door to be installed in each building so that visitors can call the resident or manager to make a call, a living room parent unit for the resident to talk to the visitor or manager, and a manager A building management room master set installed in each building for calling with the resident of the building, and a building set up for each building to control the building entrance door unit, the living room base unit, and the building management room base unit Controllers, centralized entrances for visitors to call and call residents or managers in all buildings, and multiple centralized control rooms for managers to talk to residents in all buildings In a collective housing intercom system equipped with a master unit and a centralized controller that controls each building controller, centralized entrance hall and central control room master unit,
The central management room base unit excluding the ridge management room base unit and a specific unit has a sleep setting function to enter a sleep state in which the intercom function stops,
The building control unit recognizes that the corresponding building management room master unit or the central control room base unit is in a sleep state, and the central control unit recognizes that the central control room base unit is in a sleep state,
When the ward controller receives a call from the wing collective entrance machine or the living room base unit to the wing management room base unit in a sleep state, the call is transferred to the central control room base unit,
The central control unit transfers the call to at least one of the central control unit base units that are not set to sleep among the central control unit base units, and all of the central control unit base units having the sleep function are in a sleep state. If it is, the collective housing intercom system is characterized in that the call is forwarded to the specific central control room master unit. 5. The building control device according to any one of claims 1 to 4 , wherein the building control unit performs a control to enter a sleep state when the building management room base unit that is not set to sleep does not respond for a predetermined time. The apartment housing intercom system described. 5. The collective housing intercom system according to claim 4 , wherein the central control unit performs control to set a sleep state when the central control room base unit that is not set to sleep does not respond for a predetermined time.

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