JP5512445B2 - Intercom system for housing complex - Google Patents

Description

  The present invention relates to a collective housing intercom system having a function of managing shared facilities that require use reservation.

  Conventionally, in an apartment house such as a condominium, for example, a facility that is shared among residents such as a home delivery box may be installed.

  As a prior art for making such a shared facility more convenient, the following Patent Document 1 includes a delivery box for storing parcels to be delivered as a joint facility of an apartment house, An apartment housing automation having a function of notifying arrival is described in a notification destination registered in advance.

JP 2004-214937 A

  However, even though there is a system such as Patent Document 1, a system that can automatically manage shared facilities that require use reservation, such as a conference room and a car sharing key box, has not been provided so far.

  Accordingly, an object of the present invention is to add a function capable of setting an unlocking reservation for a shared facility to an intercom system for an apartment house.

  The intercom system for collective housing according to the present invention proposed to achieve the above object includes an authentication device having an authentication terminal attached to a common facility, and accepts an input operation with a dwelling unit intercom master unit of each dwelling unit. A management control device that performs predetermined information processing, and the management control device generates predetermined reservation setting information when an unlocking reservation operation of the shared equipment is performed through the dwelling unit intercom master unit. While transmitting and registering to the authentication device, the authentication device performs authentication based on the registered reservation setting information when the user code is input to the authentication terminal, and the electric lock of the shared equipment is obtained. It is configured to unlock.

The management control device transmits the reservation setting information to the authentication device every time it receives the reservation setting information .

  Alternatively, the management control device may store the reservation setting information every time it receives it, and sequentially transmit the stored reservation setting information at regular intervals of the authentication device.

  The reservation setting information only needs to include at least the user code and the unlocking reservation date / time of the shared facility.

  The authentication device may be configured to authenticate at least the user code input from the authentication terminal, the current date and time, and the registered reservation setting information.

  The user code may be a one-time code that is arbitrarily input through the dwelling unit intercom master.

  Alternatively, the user code may be a one-time code generated by the management control device and displayed on the dwelling unit intercom master.

  Alternatively, the user code may be used as a registration number of a card key possessed by a resident of an apartment house, and the authentication terminal may be configured as a reader for the card key.

  In addition, the dwelling unit intercom base unit and the management control device may be connected to a common intercom line.

  According to the present invention, it is possible to make a reservation for shared facilities from the dwelling unit intercom master unit. In addition, after the reservation is made, the electric lock is automatically unlocked after the authentication at the time of use, so that the resident's privacy is protected without human intervention.

It is a block diagram of the intercom system to which the present invention is applied. It is a functional block diagram of a management control apparatus. It is a functional block diagram of an authentication device. It is a functional block diagram of a dwelling unit intercom main unit. It is the flowchart which showed the basic operation | movement in the reservation management of a shared facility. It is an example of the reservation screen of a shared facility. It is an example of a user code selection screen.

  The intercom system 1 according to the present invention is shared by residents of an apartment house, but is intended for an apartment house equipped with a shared facility 2 that requires reservation for use. As such shared facilities 2, for example, a meeting room, a tennis court, a car sharing key box, and the like are conceivable.

  In the example shown in FIG. 1, the intercom system 1 includes a dwelling unit interphone master unit 11 installed in each dwelling unit, a lobby interphone 12 installed in a dwelling lobby, and a control device 13 that controls communication therebetween. The door intercom unit 14 is connected to the dwelling unit intercom base unit 11. The lobby interphone 12 is connected to a video camera 15 that captures a visitor video.

  The intercom system 1 is also configured as an alarm monitoring system. For this reason, a security sensor 16 such as a fire sensor, a gas sensor, a security sensor or the like is connected to the dwelling unit intercom base unit 11, and an alarm monitoring is performed to the control device 13. A board 17 is connected.

  And the management control apparatus 3 which receives the reservation setting information of the shared equipment 2 is provided as a feature of the present invention. The shared equipment 2 includes the authentication apparatus 5 provided with the authentication terminal 7 and the electricity for prohibiting unauthorized use. A lock 8 is attached.

  In this intercom system 1, the dwelling unit intercom base unit 11, the control device 13, and the management control device 3 are connected to a common intercom line 18. A unique interphone line address is assigned to the device connected to the interphone line 18. On the intercom line 18, communication data is transmitted by a packet of a predetermined protocol including a transmission destination address, a transmission source address, and the like. In this way, if the management control device 3 is directly connected to the intercom line, an adapter or the like is not necessary, so that costs can be reduced.

  The reservation setting information only needs to include at least the user code and the unlocking reservation date / time of the shared facility 2. Further, the reservation setting information may be generated by the dwelling unit intercom base unit 11 or by the management control device 3.

  The user code is preferably a one-time code arbitrarily input by the dwelling unit intercom base unit 11 or a one-time code generated by the management control device 3. In the latter case, the one-time code generated by the management control device 3 may be displayed on the dwelling unit intercom master unit 11 for notification. The one-time code is a code that can be used only once, so it can be reused even if it is stolen. The format of the user code is not particularly limited, and for example, a 4-digit number can be easily stored.

  As another configuration, the user code may be a registration number assigned to a common entrance card key possessed by a resident of the apartment house. In this case, the authentication terminal 7 is configured as a card key reading device. Further, for example, the management control device 3 identifies the communication unit dwelling unit intercom master unit 11 and the card key registration number possessed by the resident of the dwelling unit is used as the card key registration number. You may contact to obtain. The alarm monitoring board 17 often holds such information in order to control the electric lock and the like at the common entrance. If the registration number of the card key is used as the user code, the user code is forgotten and there is no possibility that the shared facility 2 cannot be used.

  The management control device 3 may be a computer device such as a workstation, for example, and may transmit and display the reservation screen configuration information to the dwelling unit intercom master unit 11. Alternatively, the reservation screen configuration information may be stored in advance in the dwelling unit intercom base unit 11. Further, every time the reservation control information is received, the management control device 3 stores the information every time the reservation setting information is received, and unlocks it from the stored reservation setting information. A configuration in which the reservation date and time has arrived may be sequentially transmitted to the authentication device 5. Further, the stored reservation setting information may be transmitted to the authentication device 5 in order at regular time intervals, for example, every 15 minutes.

  The management control device 3 illustrated in FIG. 2 includes a web server 3a that stores configuration information of a reservation screen, a communication unit 3b that communicates with the dwelling unit intercom base unit 11, and a database 3c that stores reservation setting information. . The communication unit 3b has a protocol conversion function for converting the interphone line protocol and the network protocol to each other.

The authentication device 5 illustrated in FIG. 3 includes a storage unit 5a that stores reservation setting information transmitted from the management control device 3, a clock 5b for acquiring the current date and time, an authentication unit 5c, and an electric lock control unit. 5d. When the user code is input on the authentication terminal 7, the authentication unit 5c performs authentication by at least comparing the user code, the current date and time, and the reservation setting information stored in the storage unit 5a. When the authentication is successful, the authentication unit 5 c causes the electric lock control unit 5 d to unlock the electric lock 8 and transmits the authentication information to the management control device 3. If this authentication information is stored in the database 3d of the management control device 3, the subsequent creation of billing information and the like is facilitated.
Note that the authentication terminal 7 includes a user code input unit for inputting a user code (not shown).

  The dwelling unit intercom base unit 11 illustrated in FIG. 4 includes a display unit 11a for displaying a reservation screen and an operation unit 11b for performing a reservation operation. When the configuration information of the reservation screen is provided from the web server 3a of the management control device 3, the dwelling unit intercom base unit 11 further includes a browser 11c for accessing the web server 3a. Communication between the web server 3a of the management control device 3 and the browser 11c of the dwelling interphone master unit 11 is performed using a network protocol such as TCP, but the communication packet of the network protocol is embedded in the communication packet of the interphone line and transmitted. That's fine.

  The basic operation of the intercom system 1 is the same as the conventional one. That is, when a call specifying a dwelling unit number is made on the lobby intercom 12, the control device 13 specifies an intercom line address corresponding to the dwelling unit number and calls the dwelling unit intercom master unit 11. When a response operation is performed on the called interphone master unit 11, the control device 13 exclusively transmits an audio signal and a video signal between the dwelling unit interphone master unit 11 and the lobby interphone 12. As a result, a call only between the dwelling unit intercom base unit 11 and the lobby intercom 12 is allowed, and an image captured by the video camera 15 is displayed on the display unit 11 a of the dwelling unit intercom base unit 11.

  At this time, the control device 13 relays communication between the dwelling unit intercom base unit 11 and the lobby intercom 12, but the dwelling unit intercom base unit 11 and the control unit 13 communicate by designating a transmission destination. Exclusive control is possible. Since the communication between the control device 13 and the lobby interphone 12 is basically one-to-one communication, it may be performed in a format other than the interphone line protocol. In that case, the control device 13 performs protocol conversion and communication relay.

  Note that the call between the dwelling unit intercom base unit 11 and the lobby interphone 12 is terminated by the control device 13 when a termination operation is performed on the dwelling unit intercom base unit 11 or when a predetermined time has elapsed.

  The operation as an alarm monitoring system is the same as in the prior art. That is, when the dwelling unit intercom base unit 11 receives the abnormality detection signal from the security sensor 16, it outputs a warning message corresponding to the type of abnormality and outputs an alarm screen. Further, an abnormality detection signal is transmitted to the alarm monitoring panel 17 through the intercom line 18. Upon receiving the abnormality detection signal, the alarm monitoring panel 17 identifies the dwelling unit from the source intercom line address, outputs an alarm, and transmits an alarm command signal to the dwelling unit intercom master unit 11 of the surrounding dwelling unit. Performs processing such as outputting a message loudly. Furthermore, the occurrence of an abnormality may be transferred to a security company server device (not shown) through a telephone line or the like.

  The reservation management of the shared facility 2 is performed according to the basic procedure as shown in FIG. That is, when a start operation is performed in the dwelling unit intercom base unit 11, the dwelling unit intercom base unit 11 requests the configuration information of the reservation screen from the management control apparatus 3, and the management control apparatus 3 returns the requested information.

  Receiving the information, the dwelling unit intercom base unit 11 displays a reservation screen, receives designation of a time frame and selection of a user code on the screen, and transmits the information to the management control device 3.

  When the management control device 3 receives the designation of the time frame and the user transmitted from the dwelling intercom master unit 11, the management control device 3 generates reservation setting information that combines the unlocking reservation date and time and the user code to the authentication device 5. The data is transmitted and registered in the storage unit 5a of the authentication device 5.

  Thereafter, when the user code is input at the authentication terminal 7 after reaching the unlocking reservation date and time, the authentication device 5 causes the input user code, the current date and time, and the reservation registered in the storage unit 5a. Authentication is performed based on the setting information, and an unlock command is transmitted to the authentication terminal 7 to unlock the electric lock 8. The current date and time is obtained from the clock 5b.

  With such a configuration, the common facility 2 can be reserved only by an operation on the dwelling unit intercom master unit 11, so that it does not take time and is very convenient. In addition, after the reservation is made, the electric lock 8 is automatically unlocked after authentication at the time of use, so that the resident's privacy is protected without any manual intervention.

  It is desirable that the management control device 3 can be switched between a reservation management mode in which reservation management is performed and an emergency mode in which reservation management is interrupted by an operation on the own device or the alarm monitoring panel 17. The emergency mode is a mode for an emergency such as a fire or a suddenly ill person in the shared facility 2, and the electric lock 8 is forcibly opened while the mode is being executed. Even in the reservation management mode, the electric lock 8 may be unlocked by inputting a special user code (administrator code, master code) to the authentication terminal 7.

  FIG. 6 shows an example of a reservation screen in a table format. The configuration of the reservation screen is not particularly limited, but it may be configured from a plurality of pages in consideration of the display size and the like. For example, if a reservation can be made up to one month ahead, four reservation tables for one week may be prepared and displayed for switching. In the illustrated reservation table, one hour frames from 9:00 to 18:00 are arranged vertically, with one day as a column. Here, the reserved time frame means that the time frame has already been reserved, and an empty time frame is the target of the reservation operation. Also, at the bottom of the screen, "Prior equipment", "Next equipment" equipment selection keys, "Previous page", "Next page" page feed keys, "Reserve", "Cancel", "End" actions The key is placed.

  The equipment selection keys for “previous equipment” and “next equipment” are used to select a table corresponding to a desired equipment type from a plurality of equipment reservation tables prepared in advance. Switched. Page feed keys of “Previous page” and “Next page” are used to select a table of a desired period from the same type of equipment reservation table, and the period to be reserved is switched to the previous week or the next week according to the operation. The “reservation” key is a key for reserving the currently selected time frame in the equipment reservation table as the unlocking reservation date and time. The “Cancel” key is a key for canceling a reservation, and when operated, the page is switched to a page for canceling the reservation. The “end” key is a key for canceling the selection operation. The time frame is selected by touching an unreserved frame. The selected time frame may be made conspicuous by, for example, blinking.

  FIG. 7 shows a user code selection screen, which is displayed when the “reservation” key is touched on the reservation screen. Here, a 4-digit number is the user code. The screen includes a 4-digit user code display frame, a numeric keypad for selecting a desired number, a “random” key for automatically generating a random 4-digit number, and a “return” key. , “End” key is arranged. If the “random” key is operated, a random 4-digit number generated by the management control device 3 is displayed in the user code display frame. If you do not like the automatically generated numbers, you can either operate the “random” key again to generate four-digit numbers again, or enter the desired numbers from the numeric keypad. The “return” key is operated to cancel the reservation, and can return to the reservation screen. The “end” key is a key for operating after the user code has been selected and completing the reservation operation.

DESCRIPTION OF SYMBOLS 1 Intercom system 2 Shared equipment 3 Management control device 4 Memory | storage part 5 Authentication apparatus 7 Authentication terminal 8 Electric lock 11 Dwelling unit intercom main unit

Claims (7)

An authentication device having an authentication terminal is attached to a shared facility, and an input control operation is accepted between the dwelling unit intercom master unit of each dwelling unit, and a management control device that performs predetermined information processing is provided,
The management control device generates predetermined reservation setting information when the unlocking reservation operation of the shared equipment is performed through the dwelling unit intercom master unit, transmits the reservation setting information to the authentication device, and registers the authentication device. When the user code is input to the authentication terminal, authentication is performed based on the registered reservation setting information, and the electric lock of the shared equipment is unlocked.
The management control device stores the reservation setting information every time it receives the reservation setting information, and sequentially transmits the stored reservation setting information to the authentication device at regular intervals . In claim 1 ,
The intercom system for collective housing, wherein the reservation setting information includes at least a user code and an unlock reservation date / time of a common facility. In claim 1 or 2 ,
The intercom system for collective housing, wherein the authentication device performs authentication by at least comparing a user code input from the authentication terminal, a current date and time, and registered reservation setting information. In any one of Claims 1-3 ,
The intercom system for collective housing, wherein the user code is a one-time code that is arbitrarily input by the dwelling unit intercom master. In any one of Claims 1-3 ,
The user code is a one-time code generated by the management control device, and is displayed on the dwelling unit intercom master unit. In any one of Claims 1-3 ,
The user code is a registration number of a card key possessed by a resident of an apartment house,
The intercom system for collective housing, wherein the authentication terminal is configured as a reader for the card key. In any one of Claims 1-6 ,
The dwelling unit intercom base unit and the management control device are an intercom system for collective housing in which a common intercom line is connected.

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