JPS62245836A - Information system for multiple dwelling house - Google Patents

Abstract

PURPOSE:To save the trouble generating a housing number table at each master set by generating the housenumber table to one set of ROM of the master set and transferring and copying the table to other master sets at application or power or at reset. CONSTITUTION:In applying power to a multiple gate door set 2, a CPU of the multiple gate door set 2 calls a supervisor master set 3. In receiving an affirmative reply, the house number table in the ROM area is read and sent to the supervisor master set 3. The supervisor master set 3 stores the reception data in the house number table area in its RAM area. In applying power to the master set 3, a CPU of the supervisor master set 3 sends a house number table data transmissin request to the multiple gate door set 2. The multiple gate door set 2 reads the house number table in the ROM area, sends it to the master set 3 and the supervisor master set 3 stores the data in the house number table area in the its RAM area.

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to a housing complex information system consisting of a plurality of housing unit terminals and a plurality of base units that have a transmission function and intelligence and perform distributed processing, and particularly relates to The present invention relates to an information system for an apartment complex in which only one ROM is required for the unit number and address terminal device installed in the machine.

[Prior Art] Recently, in apartment complexes such as condominiums, in order to provide a safe, comfortable, and convenient living environment for each unit and 11 residents, and to perform rational and appropriate maintenance of the apartment complex, etc. Various housing management systems have been adopted.

In this system, various devices are installed, such as a manager main unit in the manager's room or monitoring center, a housing unit terminal (home controller or housing information panel) for each housing unit, and a collective entrance unit at the collective entrance. In addition, each of these devices is connected with a 2-wire communication line, 2-wire transmission line, etc., and has an intercom function that allows calls to be made between each dwelling unit terminal device and the collective entrance device or the manager's master device. , a function to unlock or IWII5T the door of the collective entrance via the collective entrance device based on a command from the residential unit terminal, a fire sensor for temperature, smoke, etc., and a gas leak sensor installed in each dwelling unit and connected to this residential unit terminal. , a security function that generates an alarm in response to signals from sensors such as the emergency button J3 and security switches, and displays the type of alarm and the dwelling unit where the alarm occurred on the manager's base unit, as well as one or more requests from the manager. It has various functions, such as a broadcasting function that specifies residential unit terminals and performs various broadcasts such as emergency or service announcements.

In such a housing management system, that is, an information system for housing complexes, transmission is performed using pinary data.
The housing unit number is 1 for the convenience of residents, managers, visitors, etc.
It is designed to be displayed and input in decimal numbers. For this reason, if you try to match the address of the dwelling unit number and the terminal unit by dividing the address of the dwelling unit terminal into 3-bit units, the number of digits to display the dwelling unit number will be On the other hand, if the address is divided into 4-bit units, the number of terminals that can be connected to one system increases because terminal addresses containing A-F (decimal numbers 10 to 15) cannot be used in hexadecimal representation. This causes an inconvenience in that the amount decreases. Therefore, in conventional apartment complex information systems, in general, the address of the dwelling unit number and the dwelling unit terminal device is not corresponded arbitrarily, and the dwelling unit number to dwelling unit terminal address table (
A residential unit number table (hereinafter referred to as a residential unit number table) is written, and the residential unit number input in decimal notation by a manager or visitor is converted using this table to call up a desired residential unit terminal.

[Problems to be Solved by the Invention] By the way, the above table must be created in accordance with each apartment complex in which the apartment complex information system is to be installed. In the conventional system, it was necessary to create exactly the same dwelling unit number table on the ROM of the collective entrance machine and on the ROM of the manager's main machine, which was time-consuming and could lead to writing errors.

In view of the above-mentioned problems in the conventional example, the present invention provides an information system for an apartment complex consisting of a plurality of housing unit terminals and a plurality of master machines that have a transmission function and intelligence and perform distributed processing. The purpose is to save the trouble of creating a table and reduce the number of mistakes made.

[Means for Solving the Problems] In order to achieve the above object, the present invention provides an information system for an apartment complex consisting of a plurality of housing unit terminals and a plurality of base units having a transmission function and intelligence and performing distributed processing. , the residential unit number table is first created using the RO of one main unit.
This table is created on M and is transferred and copied to other master devices when the power is turned on or reset.

[Operations and Effects] According to the present invention configured as described above, it is only necessary to create one set of dwelling unit number tables, and the effort of creating the table can be saved. In addition, the dwelling unit corresponding to the dwelling unit number (
If a dwelling unit terminal (dwelling unit terminal) does not exist, the broadcast let time can be reduced by identifying it and informing the visitor that the called dwelling unit does not exist, or by skipping transmission of the broadcast set command to the non-existing dwelling unit terminal. It is also possible to make it shorter.

[Explanation of Examples] Hereinafter, the present invention will be explained in detail using the drawings.

FIG. 1 is a connection diagram of a housing complex management system according to an embodiment of the present invention. The system shown in the figure is a management system that manages all residential unit terminals 1 through a residential unit terminal (housing information board) 1 installed in each residential unit, a collective entrance 1 machine 2 installed at the collective entrance, and a collective entrance 1112. It is comprised of a base unit 3, a telephone line 4, a multiplex transmission line 5, a broadcast line 6, etc. that connect these devices.

The residential unit terminal 1 includes a handset 11 for intercom calls, a speaker 12 for public address broadcasting, and these handsets 11 and speakers 12 are connected to a telephone line 4, respectively.
Relays 13 and 14 to cut off, transmission terminal section 15 etc. for transmitting data between the collective entrance machine 2 or the manager's base machine 3, etc., and an intercom function for making calls with the collective entrance machine 2. In addition, there is a function to unlock or open the door 7 of the collective entrance via the collective entrance device 2, and sensors such as a fire sensor, gas leak sensor, and security switch installed in each dwelling unit and connected to this dwelling unit terminal 1. It has various functions such as a security function such as issuing an alarm in response to a signal from a similar device. Each of these functions is realized under the control of a transmission terminal section 15 equipped with a CPU such as a microprocessor and a memory.

The collective entrance machine 2 includes a panel section 26 equipped with a microphone 21, a speaker 22, a numeric keypad 23 for selecting a called dwelling unit, a key display device 24, a call button 25, etc., and a control section 27 that controls the operation of the collective entrance machine 2. The visitor, etc. selects the called house using the numeric keypad 23 and displays it on the display device 24.
By confirming iv and pressing the call button 25,
It is possible to communicate with the called dwelling unit via the microphone 21 and speaker 22. When J3 is in the called dwelling unit, he/she confirms the other party by talking to the visitor at the collective entrance via the handset 11, and presses the unlock or door button (not shown).This press information is transmitted to the transmission terminal unit 15 and Multiplex transmission line 5
The signal is transmitted to the control section 27 of the collective entrance machine 2 via the control section 27, and the collective entrance door 7 is driven by the control section 27 to unlock or open the door.

The control unit 27 of the collective entrance machine 2 is composed of a CPU such as a microprocessor and a mailbox.

The CPU controls the operation of this collective entrance @2 and the manager parent n3.
It also controls data transmission between the terminals 1 and each residential unit 1. The memory includes a ROMI rear and a CPU that store a CPU control program and a housing unit number table, which is a feature of the present invention.
A RAM area is provided to temporarily store various data generated when the PU executes a control program.

Manager\Alfi3 also consists of a CPU, memory, and the like. The CPU controls the operation of the manager y4 machine 3 and data transmission with the collective entrance 8!2 and each dwelling unit terminal device 1. The memory includes a ROM area J3 that stores the CPU control program and a RAM that temporarily stores various data generated when the CPU executes the control program.
area. The RAM area is further provided with a table area for storing a housing unit number table, which is a feature of the present invention. In the case of a housing complex consisting of one building, the manager master unit 3 is placed, for example, in a management center, and in the case of a housing complex consisting of a plurality of buildings, it is placed, for example, in a separate management center. This manager base unit 3 is used by the manager, etc. to make intercom calls with residents of each dwelling unit, visitors to the collective entrance, etc., and to receive data sent from each dwelling unit terminal 1 and collective entrance unit 2. This is for displaying the contents on the management sky, etc., or for the manager or the like to designate all or part of the residential unit terminal 1 and the collective entrance 11m2 to broadcast an emergency or service.

Next, the operations of the collective entrance machine 2 J3 and the manager base machine 3 in the collective housing management system shown in FIG. 1 will be explained.

When the collective entrance machine 2 is powered on, the CPU of the collective entrance machine 2 first performs initial settings, and then calls the manager base machine 3 (for example, sends an ENQ signal). and,
An affirmative response to this call from the administrator parent R3 (80K
), the residential unit number table in the ROM area is read out and transmitted to the manager base unit 3. The manager base unit 3 stores this received data in the housing unit number table area within its own RAM area.

The same operation occurs when the gate switch (not shown) is operated in the collective entrance machine 2.

When the manager's main unit 3 is powered on, the CI (CI) U of the manager's main unit 3 first performs initial settings, and then sends a request to the home entrance unit 2 to transmit the unit number table data. When the collective entrance machine 2 receives this transmission request, it reads out the dwelling unit number table in the ROM area and transmits it to the manager base machine 3. J5 in the manager base unit 3 stores this received data in the housing unit number table area in its own RAM area.

The same operation occurs when the reset switch (not shown) is operated by J3 in the manager parent 83.

When the transmission of these dwelling unit number table data is completed normally, the collective entrance machine 2 and the manager master machine 3 enter the normal operation mode similar to the conventional one.

In the normal operation mode, when the housing unit number is input using the numeric keypad 23 at the collective entrance 11[2, the CPU
refers to the dwelling unit number table and reads out the dwelling unit terminal address corresponding to the dwelling unit number. When the call button is pressed, the above address is specified and a call signal is sent out. In the addressed dwelling unit terminal 1,
In response to this ringing signal, operations such as generating a ringing tone are performed.

By the way, if the dwelling unit terminal address corresponding to the dwelling unit number entered using the numeric keypad 23 is, for example, FFH (hexadecimal display), this means that the corresponding dwelling unit (terminal) does not exist or is a vacant dwelling unit. It means that. In this case, the CPU of the collective entrance notifies that the called dwelling unit does not exist. This notification may be made, for example, by displaying on the display 24, or may be made by a buzzer from the speaker 22 or by sound from a voice synthesizer.

When one of the residential unit terminals 1 is selected from the manager fi 3 to make a call, the operation is exactly the same except that the residential unit number table is in the RAM.

When broadcasting from the manager's parent unit 3, a broadcast setting signal is sequentially sent to each dwelling unit terminal device 1 designated by the parent device, and each terminal device 1 is set to broadcast mode.

In this case, if a non-existent dwelling unit number is specified, the corresponding address value is, for example, FFH to address F.
By skipping the transmission with Fl-1, the number of addresses to be transmitted can be minimized and the time used for broadcasting can be shortened.

[Brief explanation of drawings]

FIG. 1 is a connection diagram of a housing complex management system according to an embodiment of the present invention. DESCRIPTION OF SYMBOLS 1...Dwelling unit terminal device, 2...Collective entrance device, 3...Manager base unit, 4...Talking line, 5...Multiple transmission line, 15...
- Transmission terminal section, 27...control section.

Claims (1)

[Claims] 1. A housing complex information system consisting of a plurality of dwelling unit terminals and a plurality of base units having a transmission function and intelligence and performing distributed processing, in which any one of the base units inputs a housing unit number. has read-only memory with registered tables;
The other base unit has a rewritable memory in which a table area for registering the housing unit number is set, and when the power is turned on or reset, the first base unit sends the data of the housing unit number table, and the other base unit each of which receives this data and stores it in the table area. 2. The apartment complex information system according to claim 1, wherein the first base unit is a collective entrance unit, and the other base unit is a manager base unit. 3. The apartment complex information system according to claim 1 or 2, wherein the dwelling unit number table converts the dwelling unit number into an address of the dwelling unit terminal installed in the dwelling unit having the number. 4. The housing complex information system according to claim 1 or 2, wherein the housing unit number table is a table in which an identification code indicating no housing unit number is written in correspondence with the number of a housing unit that does not exist.