JP5292010B2 - Condominium management system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a condominium management system that is provided at a low system cost and a low operational cost. <P>SOLUTION: The condominium management system includes a controller 1 which outputs a door opening command signal by identifying authentication data read with a card reader 2, and a door unit which has an electric lock unlocked with the door opening command signal. The controller 1 updates the authentication data from a data center C remotely connected via a communication line B. The data center C includes a power failure recognition means SBl for recognizing a power failure in an apartment house A, and a schedule setting device 7 which sets and transmits the updating schedule of the authentication data to each controller 1 of the apartment house A which recognizes the power failure with the power failure recognition means SBl. <P>COPYRIGHT: (C)2010,JPO&amp;INPIT

Description

  The present invention relates to a condominium management system, and more particularly, to a condominium management system suitable for update processing after a power outage.

Conventionally, apartment buildings such as condominiums have been equipped with automatic doors and doors with an auto-lock function that can be unlocked only by a key including a resident and a resident-specific card at the entrance of the building and the entrance of each living room. Security systems are also installed to prevent unnecessary visitors by restricting the number of people who can enter the room. In addition to the common entrance with auto-lock at the entrance of the building, a system that considers double security with a common entrance with auto-lock function on each floor is also disclosed.
Japanese Patent Laid-Open No. 07-133683

Condominiums that employ double security as described above are for large-scale high-rise condominiums. The equipment is large and each controller is equipped with a secondary power source for power backup in the event of a power failure. There was a problem that the cost was high, and there was a problem that the cost of operation was high, such as having to make an administrator resident in order to operate the system.

  The objective of this invention is providing the apartment management system which can provide the expense and operation | movement of a system at low cost.

In order to achieve the above object, the present invention provides a card reader that reads authentication data recorded on a card carried by a resident at each entrance of an apartment house such as a condominium, and the recorded authentication data and card reader. A door device comprising a controller that identifies the read authentication data and outputs a door opening command signal and an electric lock that is unlocked by the door opening command signal from the controller, the controller via a communication line In a condominium management system in which the corresponding authentication data is updated from a remotely connected data center, the data center is allowed to recognize a power outage recognition means for recognizing the power outage of the apartment house, and the authentication data update request and scheduling device for scheduling a time data, by the scheduling device It is determined whether a schedule to be constant has been created, if it is created schedule set by the scheduling apparatus, each controller of the apartment recognized power failure by the power failure recognition means, said schedule transmits a set schedule with setting device, outputs an instruction of erasing the schedule set in the schedule setting device, if it is not created by erasing the schedule set by the scheduling device, the And a communication control device that transmits the authentication data in response to update requests sequentially transmitted from the controllers based on a schedule .

  Since this is done, when the data center recognizes a power failure in a housing complex, the analysis schedule of authentication data is set and transmitted to each controller, so even if the authentication data in the controller disappears due to a power failure, the data Since backup is performed at the center, it is not necessary to install a secondary power source for power backup, and an update request is generated from each controller based on the update schedule, so that the communication load can be suppressed and troubles are unlikely to occur.

  According to the present invention, the data center that recognizes the power failure of the apartment sets the update schedule of the authentication data of each controller and transmits it to each controller, so the communication load can be suppressed and the number of managed units increases. Even if there is no influence, it can be handled.

  Hereinafter, embodiments for carrying out the present invention will be described with reference to the drawings.

  FIG. 1 is a block diagram showing the configuration of the main part of an embodiment of the present invention, and FIG. 2 is a flowchart for explaining the operation of the embodiment.

  In the figure, at the entrance of each room of the condominium A, the card reader 2 that reads authentication data recorded on a card (not shown) carried by the resident, and the authentication data recorded on the card (not shown) and the card reader 2 read. There are provided a door control device 1 which is a controller for discriminating authentication data and outputting a door open command signal, and an electric lock 3 which is unlocked by a door open command signal from the door control device 1.

  In addition, when updating the recorded authentication data, the door control device 1 makes an authentication data request to the data center C remotely connected via the Internet B, which is a communication line, and updates the latest authentication data. In order to acquire data, the communication device 4 is activated to communicate with the data center C.

  Next, the data center C communicates with the door control device 1 via the communication device 4 provided in the Internet B and the apartment A, and the authentication data sent from the door control device 1 of the apartment A. Schedule setting device 7 for setting a schedule, storage device 8 for storing at least authentication data stored in all door control devices 1 of the apartment managed by data center C, communication control of communication device 5, and schedule setting device 7 and at least the communication control device 6 that performs control of setting and setting, and reading and reading commands to the storage device 8.

  Next, the operation of the present embodiment will be described using the flowchart of FIG.

  First, when a power failure occurs in the condominium A (step SAl), a power failure notification is transmitted to the data center C connected via the Internet B (step SA2).

  The communication control device 6 in the data center C recognizes that a power failure has occurred in the condominium A, and when the communication device 5 receives the power failure notification (step SBl), the door of the power outage of the condominium A In order to update the authentication data stored in the control device 1, an instruction is given to set a transmission schedule (step SB2), and the schedule setting device 7 sets a schedule for updating the authentication data of each door control device 1 in the apartment A. Here, the scheduling of authentication data is set so as to be performed for each door control device 1 in, for example, 3 minutes. In addition, when the power failure of the condominium A is restored (step SA3) and an authentication data update request is transmitted from the door control device 1 to the data center C (step SA4), the data center C receives the authentication data update request. (Step SB4).

  It is determined whether the update request at step SB4 has a schedule created at step SB3 (step SB5), and if created, the communication control device 6 sends authentication data via the communication device 5 and the Internet and the communication device 4. For example, time data that is a schedule to be updated is transmitted to the door control device 1 and the schedule of the apartment A is deleted (step SB6).

  If the schedule is not created in step SB5, the communication control device 6 distributes the authentication data to the door control device 1.

Next, when the door control device 1 receives the update time data as a schedule from the data center C in step SA5 (step SA5), the door control device 1 waits until a time when an authentication data transmission request can be made (step SA6). If it is, the process returns to step SA4, and an authentication data update request is transmitted to the data center C. Through the flow described above, the process proceeds to step SA8, and the authentication data is received, so that no load is imposed on the communication of the data center C. Regarding those who created the update schedule, stepping on procedure of Step SB4- step SB5- step SB7- step SA 8, since the authentication data of the respective door control device 1 is updated, the communication of the data center C There is no load.

  Moreover, when the update request | requirement in step SB4 is the same apartment, for example, five cases are transmitted in 10 minutes, you may judge that the power failure generate | occur | produced in the said apartment.

It is a block diagram which shows the principal part structure of one Embodiment of this invention. It is a flowchart explaining operation | movement of one Embodiment.

Explanation of symbols

A Mansion B Internet C Data center 1 Door control device 2 Card reader 3 Electric lock 4,5 Communication device 6 Communication control device 7 Schedule setting device 8 Storage device

Claims (2)

Identify the card reader that reads the authentication data recorded on the card brought by the resident, and the authentication data that is read by the card reader at the entrance of each apartment in a condominium, etc., and open the door It is equipped with a door device composed of a controller that outputs a signal and an electric lock that is unlocked by a door opening command signal from the controller, and the controller is certified by a data center that is remotely connected via a communication line. In the condominium management system that updates data,
In the data center,
A power failure recognition means for recognizing a power failure in the housing complex;
A schedule setting device that sets a schedule that is time data that permits an update request for the authentication data;
It is determined whether or not a schedule set by the schedule setting device is created, and if the schedule set by the schedule setting device is created , each of the apartment houses that has recognized a power failure by the power failure recognition means the controller, transmits a schedule set by the scheduling device, outputs an instruction of erasing the schedule set in the schedule setting unit, a schedule set by the scheduling device is created by erasing If not, a condominium management system comprising: a communication control device that transmits the authentication data in response to update requests sequentially transmitted from the controllers based on the schedule . In the apartment management system according to claim 1,
The power failure recognition of the power failure recognition means is at least when an output signal of a power failure detection device provided in the apartment house and an update request from the controller provided in the apartment house exceeds a predetermined number within a predetermined time. A condominium management system characterized by being one side.

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