JPH05176072A - Set house information system - Google Patents

Abstract

PURPOSE:To utilize an existent private branch exchange and a private line as they are by reporting the absence information of each house through a telephone line, and display it at a managing part device. CONSTITUTION:In a house part device (a), an input part 1 input the 'presence' and 'absence' of a resident by a card or the like at the time of going out and returning to home, a timer 2 is set based on the input of the 'absence' to the input part 1, and the timer 2 counts the set time, and outputs a signal. And also, an automatic transmitting part 5 outputs a dial signal every period of a prescribed time and connects a communication line through a private branch exchange 7 to a managing part device (b), based on the input of the 'absence' to the input part 1 and the signal from the timer 2. Then, in the managing part device (b), a memory 11 reads out time data from a clock part 10, and stores it, corresponding to a house code transmitted from the house part device (a) of the 'absence', and a judging part 12 checks the time data corresponding to the house code, and a display part 13 display the 'presence' and 'absence' of each house based on the data of the memory 11.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a housing complex information system, and relates to presence / absence management of each dwelling unit.

[0002]

2. Description of the Related Art Conventionally, as a collective housing system that centrally manages the presence / absence of each dwelling unit in a management room, etc., each transmission unit leads a transmission line to the management room to set the presence / absence of each dwelling unit (switch ON / OFF). There was a star connection system that displayed on the display device in the control room based on (OFF). This method has a problem that the cost of the terminal is low, but the cost of laying the transmission line is high. Also, each dwelling unit is connected to the control room by a bus line, and the presence / absence is checked by polling from the device in the control room, or a system that sends the presence / absence data from each dwelling unit to the control room together with the dwelling unit code. There is also. However, this system has a problem that the system cost including the terminal device becomes high. Each of these systems requires a dedicated transmission line, and it was particularly difficult to install them in an existing housing complex. In the dormitory of employees, it is necessary to know the presence / absence of residents in the management room, and there was a demand for a system that could be installed with existing equipment.

[0003]

SUMMARY OF THE INVENTION The present invention has been made in view of the above point, and automatically manages the management unit device using an existing private line based on the presence / absence setting when going out or coming home. It is intended to provide an apartment house information system capable of centrally managing presence / absence by making a report and displaying it on a management unit device.

[0004]

SUMMARY OF THE INVENTION In order to solve the above problems, the present invention is directed to a residential complex equipped with a private branch exchange or the like, in which the residential unit and the control room can communicate with each other through a private line. An input unit for inputting the absence, a timer for counting a predetermined time based on the absence setting, a storage unit for storing data such as a dwelling unit code, and a PB signal (D
A PB signal sending unit for converting to TMF signal and outputting, and an automatic sending unit for sending dial signal and sending automatically are provided, and data such as dwelling unit code is automatically set based on absence setting or output from the timer. And a dwelling unit device configured to report to the management unit device at predetermined time intervals via a private line,
An automatic incoming call unit that automatically receives a call from the dwelling unit device, a PB signal detection unit that detects a PB signal, a clock unit that outputs time data, and data such as the time corresponding to the dwelling unit code is stored. The present invention provides a housing complex information system including a memory and a display unit for displaying the data based on the data of the memory, and a management unit device for displaying the presence / absence of each dwelling unit on the display unit. ..

[0005]

With the above-described structure, in the collective housing information system according to the present invention, when the resident is out, a card or the like is set to absent, and the management unit device is automatically set based on this setting. A code or the like is reported every predetermined time, and the presence / absence of each dwelling unit is displayed on the management unit device.

[0006]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of an apartment house information system according to the present invention will be described in detail below with reference to the drawings. FIG. 1 is a block diagram of essential parts of an embodiment of an apartment house information system according to the present invention. In the figure, a is a housing unit device that also uses a telephone, and b is a management unit device, which are connected via a private branch exchange / private line. Reference numeral 1 denotes an input unit for inputting "resident" or "absent" of a dwelling person, for example, with a card when going out or returning home. Reference numeral 2 is a timer, which is set on the basis of "absence" input to the input unit 1, measures the set time, and outputs a signal. A storage unit 3 stores data such as a dwelling unit code and a dial number of the management unit device B. Reference numeral 4 denotes a PB signal sending unit which converts data such as a dwelling unit code into a PB signal and sends it. An automatic transmission unit 5 outputs a dial signal at predetermined time intervals based on the "absence" input to the input unit 1 and a signal from the timer 2 to connect the communication line with the management unit device b. A control unit 6 controls each unit of the apparatus.

In the management unit b, 7 is a private branch exchange, which exchanges and connects a communication line with each dwelling unit a. Reference numeral 8 denotes an automatic call receiving section, which detects a call signal from the private branch exchange 7 and automatically receives a call to establish a call state. A PB signal detector 9 detects and outputs a PB signal from the dwelling unit device B. 10 is the clock section,
Output the current time data. 11 is memory, "absent"
Corresponding to the dwelling unit code sent from the dwelling unit device B, the time data is read from the clock unit 10 and stored. 12 is a discriminating unit that checks the time data corresponding to the dwelling unit code. A display unit 13 displays the presence / absence of each dwelling unit based on the data in the memory 11. A control unit 14 controls each unit of the device.

Next, the operation of the housing complex information system according to the present invention will be described with reference to FIG. FIG. 2 is a flowchart explaining the operation of the housing complex information system of the present invention. When the resident goes out, he / she inputs "absence" into the input unit 1 by using a setting button or a card. The control unit 6 is performing an absence monitoring operation (ST1). When the "absence" input is confirmed (ST2), the timer 2 is checked (ST3) and 0
If so, set timer 2 (ST4). The timer 2 indicates the time until the next notification is made. For example,
It is set to 30 minutes and becomes 0 when 30 minutes have passed. Next, the control unit 6 reads out the telephone number data of the management unit device B from the storage unit 3 and instructs the automatic transmission unit 5 to send a dial signal (ST5). After confirming the connection (ST6) by the response signal from the management unit device B, the control unit 6 instructs the PB signal transmission unit 4 to convert the dwelling unit code stored in the storage unit 3 into a PB signal and sends it to the management unit device B. (ST7) Then, when transmission is completed, the line is released. If "absent", the control unit 6 checks whether or not the timer 2 is 0 (ST3), and if it is not 0, the checking is continued. Send the dwelling unit code to. In this way, the management unit device (b) is automatically notified of the dwelling unit code of "absent" every 30 minutes while the dwelling unit is absent. When the dweller returns home and the "absence" setting is canceled (ST2), the control unit 6 returns to the absence monitoring operation (ST1).

On the other hand, the management device B detects the call signal from the private branch exchange 7 by the automatic receiving part 8 and automatically receives the call (ST8).
Then, the call is made to the dwelling unit device B of the calling source. The PB signal detector 9 detects the dwelling unit code consisting of the received PB signal (ST
9) is done. The discrimination unit 12 checks the memory 11 whether there is time data corresponding to the detected dwelling unit code (ST10).
If there is no time data, the time data is read from the clock unit 10 and written in the memory 11 (ST11) for storage.
If there is corresponding time data, the time data is updated to the current time (ST12). The control unit 14 monitors the memory 11 and sequentially checks the time data corresponding to each dwelling unit code (ST
13) Then, the dwelling unit number corresponding to the dwelling unit code having no time data is displayed on the display unit 13 as "at home" (ST17). Next, for the dwelling unit code having time data, the determination unit 12 is instructed to check the stored time data (ST14). The value obtained by adding 30 minutes to the stored time data and the current time of the clock unit 10 are compared, and if the value obtained by adding 30 minutes is large, it is determined as “absent”, and the corresponding dwelling unit number is displayed on the display unit 13. "Absent" is displayed (ST15). If the current time exceeds the value obtained by adding 30 minutes and, for example, 5 minutes including the error of the redial or the timer elapse, it is judged that he / she has come home, and the data stored in the memory 11 is cleared (ST16) and the corresponding Display the house number as "at home" (ST17). The display unit 13 is arranged on the display board so that the dwelling unit number or the like can be seen at a glance, and displays either "at home" or "absent" by lighting a lamp or the like.

There is a housing complex system in which a key is used to open and close the front door key when entering or leaving the room. In this case, the presence / absence management system can be configured so that the presence / absence input setting according to the present invention is also used for opening / closing the key of the entrance door by using a card.

[0011]

As described above, in the collective housing information system according to the present invention, since the absence information of each dwelling unit is notified via the telephone line and displayed by the management unit device, it is possible to use the existing system. Private branch exchanges and private lines can be used as they are. In addition, in an apartment house system that uses a card to open and close the entrance door key, if the presence / absence input setting is also used for opening and closing the entrance door key with a card, the presence / absence is entered again. There is no annoyance to do, and there is an effect that a presence / absence management system that can be naturally accepted by residents without any resistance can be configured.

[Brief description of drawings]

FIG. 1 is a block diagram of essential parts of an embodiment of an apartment house information system according to the present invention.

FIG. 2 is a flow chart for explaining the operation of the housing complex information system according to the present invention.

[Explanation of symbols]

 B Housing unit device B Management device 1 Input unit 2 Timer 3 Storage unit 4 PB signal transmission unit 5 Automatic transmission unit 6 Control unit 7 Private branch exchange 8 Automatic incoming call unit 9 PB signal detection unit 10 Clock unit 11 Memory 12 Discrimination unit 13 Display Part 14 Control part

Claims (1)

[Claims] 1. In an apartment house equipped with a private branch exchange, etc., in which calls can be made between the dwelling unit and the control room via a private line,
An input unit for inputting the presence / absence of a dwelling person, a timer for counting a predetermined time based on the absence setting, a storage unit for storing data such as a dwelling unit code, and conversion of the data in the storage unit into a PB signal for output. A PB signal transmission unit and an automatic transmission unit that transmits a dial signal to automatically transmit are provided, and the management unit automatically transmits data such as a dwelling unit code based on the absence setting or the output from the timer through the premises line. A dwelling unit device that notifies the device at predetermined time intervals, an automatic incoming call unit that automatically receives a call from the dwelling unit device, a PB signal detection unit that detects a PB signal, and a clock that outputs time data. Management unit, a memory for storing data such as time corresponding to the dwelling unit code, and a display unit for displaying based on the data in the memory, and the presence / absence of each dwelling unit is displayed on the display unit. Equipment Housing information system, characterized in that it was constructed in.