JP2004135126A - Device of monitoring housing information panel - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a device of monitoring a housing information panel, which makes registration of the housing information panel possible to be performed many times and by which registration is easily performed to a housing information panel which is not registered. <P>SOLUTION: A microcomputer 12 confirms, when automatic registration by an operation of an operating part 11 is detected, an operating state as to whether the housing information panels of each home is being operated by accessing them and writes information about the operating state in a second memory 14, reads the information about the operating state in the second memory 14 when write of the operating state is terminated, and stores the information in a first memory 13 as the registration data of a housing information panel to be monitored. When the information about the operating state of the housing information panel set by the operating part 11 is confirmed after detecting manual registration by an operation of the operating part 11, the microcomputer 12 registers the information in the first memory 13 as the registration data. <P>COPYRIGHT: (C)2004,JPO

Description

[0001]
TECHNICAL FIELD OF THE INVENTION
The present invention relates to, for example, a monitoring device that registers and monitors a house information panel having a GP type third-class reception function installed in each dwelling unit of an apartment house.
[0002]
[Prior art]
Conventionally, registration of a house information panel installed in each dwelling unit has been performed by inputting a ten key provided on a centralized monitoring device installed in a management room or the like. In this centralized monitoring device, among the dwelling unit numbers given to each dwelling unit, the dwelling unit number of the unoccupied dwelling unit is input with the numeric keypad and the unoccupied registration switch is operated to store and register the dwelling unit number in the memory. (For example, see Patent Document 1).
[0003]
[Patent Document 1]
JP-A-7-129874 (pages 2 to 3, FIG. 1)
[0004]
[Problems to be solved by the invention]
However, in the above-described conventional registration of the house information panel, in the case of a condominium with a large number of dwelling units, it is necessary to input the number with ten keys for each dwelling unit, which takes a lot of time and labor. In addition, since the above-mentioned conventional registration is registration based on unoccupied / existing occupancy, even if all dwelling units are not occupied yet before handing over to the owner, for example, during firefighting inspection of disaster prevention equipment, the disaster prevention equipment is not registered. All of them had to be installed, and all of the GP-3 class receivers, one of those disaster prevention facilities, that is, the house information panel had to be registered, and the registration required a great deal of time and effort. Also, for example, in a system in which all the house information panels of the first and second buildings of a condominium are monitored by one centralized monitoring device, the first building has already been occupied and the second building is under construction to be added later. In the case of, all the house information panels of the second building had to be registered as unoccupied, and upon completion, all the house information panels of the second building had to be deleted from the unoccupied registration.
[0005]
The present invention has been made in order to solve such a problem, and enables registration of a housing information panel many times, and enables easy registration of a housing information panel that has not been registered. A monitoring device capable of setting a registered house information panel to a temporary unregistered state, re-registering the unregistered house information panel, and ignoring a warning from the temporary unregistered house information panel. The purpose is to provide.
[0006]
[Means for Solving the Problems]
(1) A monitoring apparatus for a house information panel according to the present invention temporarily stores first storage means for storing registration data of a house information panel to be monitored, and information on an operation state of the house information panel. A second storage unit for detecting an automatic registration by an external operation to check an operation state as to whether or not the home information panel is operating, and to store information on the operation state in the second storage unit. Automatic state information obtaining means for writing to the storage means, and operation state information written to the second storage means when the writing by the automatic state information obtaining means is completed, and as the registered data of the monitored house information panel Registration data storage means for storing the information in the first storage means, wherein the automatic state information acquisition means confirms the operation state of the house information panel every time automatic registration by external operation is detected, and stores the information in the second storage means. Writing on means It is obtained by writing way.
[0007]
(2) In the housing information panel monitoring device according to the present invention, in (1), after detecting manual registration by an external operation, when confirming information on an operation state of the housing information panel set by the external operation, There is provided a manual state information acquisition means for storing the information as registration data in the first storage means.
[0008]
(3) A monitoring device for a house information panel according to the present invention, wherein in (1) or (2), a third storage means for storing registration data of a house information panel not to be monitored, When the information of the house information panel to be set is input, the non-monitoring setting means for writing the registration data of the information in the third storage means, the house information panel is accessed to check the operation state, and It is determined whether or not the information on the operation state of the house information panel matches the registration data of the house information panel written in the first storage means. And a device state discriminating means for retrieving whether or not the data exists in the third storage means and invalidating the abnormality of the house information panel when the registered data is present in the third storage means.
[0009]
(4) In the housing information panel monitoring device according to the present invention, in the item (3), the device state determining means may include information on an operation state of the house information panel and the information on the house information panel written in the third storage means. When the registered data matches, the registered data is deleted from the third storage means, and the house information panel is set as a monitoring target.
[0010]
(5) In the monitoring device for a house information panel according to the present invention, in (3) or (4), when a notification signal from the house information panel is input, the registration data of the house information panel is stored in a third storage. It is provided with an invalid signal discriminating means for retrieving whether or not the stored data is stored in the means and invalidating the processing for the notification signal when the registered data is detected.
[0011]
BEST MODE FOR CARRYING OUT THE INVENTION
Embodiment 1 FIG.
FIG. 1 is a schematic system diagram for explaining Embodiment 1 of the present invention, and FIG. 2 is a block diagram showing a schematic configuration of a house building receiver provided with a monitoring device for a house information panel according to Embodiment 1. .
In the figure, reference numeral 1 denotes an R type receiver having an audio alarm device, for example, which is provided in a management room of an apartment house and is connected to a housing information panel 3 in each dwelling unit via a data transmission line 2. Although not shown, it is connected to a fire detector or a speaker provided in a common part, a machine room, or the like, directly or via a relay (not shown).
[0012]
The housing information panel 3 has a communication function with a door phone 4 installed at the entrance, and when the operation of a fire detector 5, a gas leak detector or a security sensor (not shown) is detected, the housing building is notified of the operation. In addition to notifying the device 1 and issuing an alarm through the door phone 4, and when a signal for confirming the operation state is input from the living room receiver 1, as will be described later, its own address (for example, No.) is written and transmitted.
[0013]
The living room receiver 1 stores an operation unit 11 having a registration mode setting switch 11a, an automatic / manual changeover switch 11b, a numeric keypad 11c, and the like, a microcomputer 12 described later, and registration data of the house information panel 3 to be monitored. A first memory 13, a second memory 14 for temporarily storing information on an operation state of the house information panel 3, and an operation in which registration data stored in the first memory 13 is stored in the second memory 14. A third memory 15 to be written for comparison with state information, an I / F unit 17 connected to the data transmission line 2, a display unit 18 having a liquid crystal display, and an I / F unit connected to the display unit 8. F section 19. Note that a nonvolatile memory is used as the first memory 13 so that the registered data is not erased even when the power is turned off.
[0014]
The microcomputer 12 has the functions of an automatic status information acquisition unit 12a, a registered data storage unit 12b, and a manual status information acquisition unit 12c. For example, when it is detected that the registration mode setting switch 11a is turned on after the power is turned on and then the automatic operation by the operation of the automatic / manual changeover switch 11b is detected, the residence of each dwelling unit connected via the data transmission path 2 is detected. A signal is sent to the information panel 3 to obtain information on the operating state of whether or not it is operating. When a response signal is input by sending this signal, the second memory 14 is accessed and a response signal is The write position is recognized from the above address, and the operation state information “1” is written. The record for the house information panel 3 for which there is no response signal is kept at “0”.
[0015]
When the writing of the operation state is completed, all information (including “0”) in the second memory 14 is read out and stored in the first memory 13 as registration data of the house information panel 3 to be monitored. At this time, the address of each house information panel 3 is displayed on the liquid crystal display of the display unit 18 based on the registration data stored in the first memory 13. For example, the address of which the registered data is “0” is blinked to notify that the house information panel 3 is not operating.
[0016]
The setting of the registration data can be repeated each time the switches 11a and 11b are operated. This is to make it possible to check the operation of the house information panel 3 for each floor where wiring work has been completed or for each of a plurality of floors when the number of units is large due to a high-rise apartment house. Thereby, the inactive house information panel 3 can be easily specified.
[0017]
After detecting that the registration mode setting switch 11a is turned on and the manual operation by operating the automatic / manual changeover switch 11b, the microcomputer 12 detects the address (dwelling unit number) of the house information panel 3 and the state information "1" by operating the numeric keypad 11c. Is input, the first memory 13 is accessed, the write position is recognized from the address, and the operation state information "1" is written. This manual setting of the registration data is for re-registering the house information panel 3 that could not be registered due to a power failure or a failure during automatic registration. That is, those causes are processed and manually registered in the house information panel 3 which becomes operable. Further, the above-described manual registration is also performed so that the registration of the house information panel 3 which becomes unnecessary due to a design change or the like can be deleted by inputting the state information “0” using the above-described method.
[0018]
Next, the operation of the first embodiment will be described.
When the power is supplied to the living room receiver 1, the microcomputer 12 of the living room receiver 1 determines whether the registration mode setting switch 11a is turned on. When the switch 11a is in the off state, the normal monitoring operation starts. However, when the registration mode setting switch 11a is turned on, it is determined whether the registration mode is automatic or manual. Here, when the automatic operation is detected from the operation of the automatic / manual changeover switch 11b, the operation information for obtaining the operation state of the house information panel 3 of each dwelling unit connected to the data transmission path 2 is determined. Send a signal. On the other hand, when detecting the input of the signal, each house information panel 3 writes its own address (dwelling unit number) in the response signal and returns it.
[0019]
When detecting the input of the response signal, the microcomputer 12 of the living room receiver 1 accesses the second memory 14, recognizes the writing position from the address on the response signal, and writes the operation state information “1”. . For the house information panel 3 for which there is no response signal, it is kept at "0". When all the writing processes have been completed, all information (“1” and “0”) in the second memory 14 is read out and stored in the first memory 13 as registration data of the house information panel 3. At this time, the address (unit number) of each house information panel 3 is displayed on the liquid crystal display of the display unit 18 based on the registration data stored in the first memory 13. As described above, the address where the registered data is "0" is blinked to notify that the house information panel 3 is not operating.
[0020]
When the microcomputer 12 detects the ON of the registration mode setting switch 11a, detects the manual operation by operating the automatic / manual changeover switch 11b, and then detects the address (dwelling unit number) of the house information panel 3 by operating the ten keys. Accesses the first memory 13, recognizes the write position from the address, and writes the operation state information "1" as registration data.
[0021]
When detecting that the registration mode setting switch 11a is turned off, the registration data in the first memory 13 is written into the third memory 15, and the normal monitoring operation is started. In this case, a signal is sent to the house information panel 3 to obtain information on the operating state of whether or not it is operating, and when a response signal is input by sending this signal, the second memory 14 is accessed. Then, the writing position is recognized from the address on the response signal, and the operation state information “1” or “0” is written. After that, the status information and the registered data are read out from the second memory 14 and the third memory 15 in order of address and collated. For example, when the registration data is “1” and the status information is “0”, it is determined that the house information panel 3 is abnormal, an alarm is issued, and the manager is notified. The above-described signal for confirming the operation state is repeatedly transmitted every predetermined time.
[0022]
Each house information panel 3 writes its own address in the response signal and sends it back. However, the information on the operating state of each house information panel 3 or each house information panel 3 divided into groups is stored. A writing slot may be set in advance, and “1” may be written in that slot.
[0023]
As described above, according to the first embodiment, when the registration mode setting switch 11a is turned on and automatic is selected by the automatic / manual changeover switch 11b, the registration of the house information panel 3 is automatically performed. Since the registration can be repeated each time the user operates 11a, 11b, the housing information panel 3 can be registered according to the progress of the site, and after manual is selected by the automatic / manual switch 11b. Since the registration can be performed using the numeric keypad 11c, the registration can be performed even for a house information panel that has been left unregistered for some reason, which has the effect of improving work efficiency.
[0024]
Embodiment 2 FIG.
In the second embodiment, the registered house information panel is set to a temporary unregistered state, the unregistered house information panel is re-registered, and an alarm from the temporary unregistered house information panel is issued. It is intended to be ignored.
FIG. 3 is a block diagram showing a schematic configuration of a living room receiver provided with a monitoring device for a house information panel according to Embodiment 2 of the present invention. The same or corresponding parts as those in the first embodiment described with reference to FIGS. 1 and 2 are denoted by the same reference numerals, and description thereof will be omitted.
[0025]
In the living room receiver 1 according to the second embodiment, a registration data mask setting switch 11d is added to the operation unit 11, and the non-monitoring target setting unit 12d, the device state determination unit 12e, and the invalid signal according to the present invention are provided to the microcomputer 12. Each function of the determination unit 12f is added, and further, a fourth memory 16 for storing registration data of the house information panel 3 which is not to be monitored is added.
[0026]
When the microcomputer 12 is in the normal monitoring mode, when the address (dwelling unit number) of the house information panel 3 is input by operating the numeric keypad 11c and detects that the registration data mask setting switch 11d is on, the house information is displayed. When it is determined that the registered data “1” of the board 3 is to be masked, the registered data is read from the first memory 13 and written in the fourth memory 16 in association with the address. This processing prevents, for example, when the resident of the dwelling unit turns off the main breaker of the distribution board due to a long absence, the dwelling receiver 1 does not issue an alarm due to the power cut-off of the dwelling information board 3. That's why.
[0027]
When detecting that the registration data mask setting switch 11d is turned on, the entirety of the house information panel 3 that is issuing an alarm may be written in the fourth memory 16 as a target to be masked.
[0028]
When the microcomputer 12 starts monitoring the house information panel 3, the microcomputer 12 writes the registration data in the first memory 13 into the third memory 15 as described in the first embodiment, and writes the house information of each dwelling unit. A signal is sent to the panel 3 to obtain information on the operating state of whether or not it is operating. When the response signal is input by sending this signal, the second memory 14 is accessed, the write position is recognized from the address on the response signal, and the operation state information "1" or "0" is written. After that, the status information and the registered data are read out from the second memory 14 and the third memory 15 in order of address and collated. For example, when the registration data is “1” and the status information is “0”, it is searched whether the registration data is written in the fourth memory 16. If the registration data exists in the fourth memory 16, The abnormality of the house information panel 3 (no response due to power cutoff or the like) is invalidated, and when the registered data does not exist in the fourth memory 16, it is determined that the house information panel 3 is abnormal and an alarm is issued. When the information “1” of the operation state of the house information panel 3 and the registration data “1” of the house information panel 3 written in the fourth memory 16 match a predetermined number of times or a predetermined time, the registration data is deleted. The house information panel 3 is deleted from the fourth memory 16 to be monitored.
[0029]
Further, when the notification signal from the house information panel 3 is input, the microcomputer 12 searches whether or not the registration data of the house information panel 3 is stored in the fourth memory 16, and retrieves the registration data. When the detection is detected, the processing for the notification signal is invalidated, and when the registration data is not stored in the fourth memory 16, an alarm is issued based on the notification signal.
[0030]
Next, the operation of the second embodiment will be described.
When the microcomputer 12 of the living building receiver 1 detects that the registration mode setting switch 11a is turned on after finishing saving the registration data in the first memory 13, the microcomputer 12 stores the registration data in the first memory 13 into the third memory 15. After writing, a signal for confirming the operation state is repeatedly transmitted every predetermined time. When the response signal is input by sending this signal, the second memory 14 is accessed, the write position is recognized from the address on the response signal, and the operation state information "1" or "0" is written. After that, the status information and the registered data are read out from the second memory 14 and the third memory 15 in order of address and collated. When the status information and the registration data are the same, this operation is repeated. When the status information and the registration data are different, it is searched whether or not the registration data exists in the fourth memory 16, and when it does not exist, an alarm is issued. The above operation is repeated.
[0031]
Further, when a notification signal from the house information panel 3 is input, it is searched whether or not the registration data of the house information panel 3 is stored in the fourth memory 16, and when the registration data is detected, the notification signal is output. Is invalidated, but when the registration data is not stored in the fourth memory 16, an alarm is issued based on the notification signal.
When the above operation is repeated, the address (dwelling unit number) of the house information panel 3 is inputted by operating the numeric keypad 11c, and when the ON of the registration data mask setting switch 11d is detected, the registration data "of the house information panel 3" It is determined that “1” is to be masked, and the registered data is read from the first memory 13 and written into the fourth memory 16 in association with the address. Thereafter, when it is detected that the registration mode setting switch 11a is turned off, normal monitoring is performed and the above-mentioned signal is transmitted, and the operation state information of the house information panel 3 is compared with the registered data. If the information on the operation state is different from the registered data, it is searched whether the registered data is written in the fourth memory 16. Invalidate any abnormalities (no response due to power interruption, etc.). When the information on the operation state of the house information panel 3 matches the registered data of the house information panel 3 written in the fourth memory 16 a predetermined number of times or for a predetermined time, it is determined that the power of the house information panel 3 has been turned on. After making a judgment, the registered data is deleted from the fourth memory 16 and the house information panel 3 is set as a monitoring target.
[0033]
As described above, in the second embodiment, the housing information panel 3 that issues an alarm when the input from the operation unit 11 or the registration data mask setting switch 11d is turned on is replaced with the registration data of the housing information panel 3 that is not monitored. Can be written to the fourth memory 16, so that an alarm is not issued to the house information panel 3 whose power has been shut down due to a long absence, and the registered data of the house information panel 3 which is not monitored When the information of the operation state and the information of the operation state coincide with each other a predetermined number of times or a predetermined time, the house information panel 3 is automatically set as a monitoring target, so that the operation is not troublesome. Even if a notification signal from the house information panel 3 of the registered data written in the fourth memory 16 is received, the signal is invalidated, so that an alarm is activated by the operation of a gas leak detector or an alarm sensor unrelated to the Fire Service Law. Can be suppressed.
[0034]
In the second embodiment, when the registered data of the non-monitored house information panel 3 matches the operation state information, the house information panel 3 is automatically set as the monitoring target. 11, the registration data may be deleted from the fourth memory 16.
[0035]
Further, in the present embodiment, the registration data in the first memory 13 is written in the third memory 15 and the data in the second memory 14 and the data in the third memory 15 are collated. The data may be compared between the second memory 14 and the first memory 13 as long as the data can be compared with the registered data registered.
[0036]
【The invention's effect】
(1) According to the present invention, when the automatic registration by the external operation is detected, the registration of the house information panel is automatically performed, and the registration of the house information panel can be repeated every time the automatic registration by the external operation is detected. Therefore, it becomes possible to register a house information panel according to the progress of the site, which has the effect of improving work efficiency.
[0037]
(2) According to the present invention, when the information on the operating state of the house information panel set by the external operation is confirmed after the manual registration by the external operation is detected, the information is stored in the first storage means as registration data. Since the information is stored, it is possible to register even for a house information panel that has been left unregistered for some reason, which has the effect of improving work efficiency.
[0038]
(3) According to the present invention, the abnormality of the house information panel is invalidated when the registered data of the non-monitored house information panel written in the third storage means by the external operation matches the operation state information. Therefore, there is an effect that an alarm is not issued to the housing information panel 3 whose power has been cut off because of a long absence.
[0039]
(4) According to the present invention, when the information on the operation state of the house information panel matches the registered data of the house information panel written in the third storage means, the registered data is read from the third storage means. Since the house information panel is deleted so as to be monitored, there is an effect that the troublesome operation is eliminated.
[0040]
(5) According to the present invention, when the notification signal from the house information panel is input, it is searched whether the registered data of the house information panel is stored in the third storage means, and the registered data is detected. In such a case, since the processing for the notification signal is invalidated, it is possible to suppress an alarm caused by the operation of the gas leak detector or the alarm sensor unrelated to the Fire Service Law.
[Brief description of the drawings]
FIG. 1 is a schematic system diagram for describing Embodiment 1 of the present invention.
FIG. 2 is a block diagram illustrating a schematic configuration of a living room receiver provided with the monitoring device for a house information panel according to the first embodiment.
FIG. 3 is a block diagram illustrating a schematic configuration of a living room receiver including a monitoring device for a house information panel according to a second embodiment of the present invention.
[Explanation of symbols]
1 living room receiver, 2 data transmission path, 3 house information panel, 11 operation section,
11a registration mode setting switch, 11b automatic / manual switch,
11c numeric keypad, 11d registration data mask setting switch, 12 microcomputer,
13 first memory, 14 second memory, 15 third memory, 16 fourth memory,
18 Display unit.

Claims (5)

First storage means for storing registration data of the house information panel to be monitored;
Second storage means for temporarily storing information on the operation state of the house information panel;
When automatic registration by external operation is detected, an operation state is checked whether or not the house information panel is operating by operating, and information on the operation state is written in the second storage means. Means,
When the writing by the automatic state information acquisition means is completed, the information of the operating state written in the second storage means is read out and stored in the first storage means as registration data of the monitored house information panel. Means,
An automatic state information acquisition device, wherein each time an automatic registration by an external operation is detected, the operation state of the house information panel is confirmed, and the information is written in a second storage means. After detecting the manual registration by the external operation, when confirming the operation state information of the house information panel set by the external operation, the manual state information acquiring means for storing the information as registration data in the first storage means is provided. The housing information panel monitoring device according to claim 1, further comprising: A third storage unit for storing registration data of a house information panel not monitored,
Non-monitoring setting means for, when information on the house information panel to be set as non-monitoring target is input, writing registration data of the information into the third storage means;
Each of the house information panels is accessed to check the operation state, and it is determined whether the information on the operation state of the house information panel matches the registered data of the house information panel written in the first storage means. If the information and the registered data are different, it is searched whether or not the registered data is present in the third storage means. If the registered data is present in the third storage means, the abnormality of the house information panel is invalidated. 3. The monitoring device for a house information panel according to claim 1, further comprising: a device state determining unit configured to perform the following. When the information on the operation state of the house information panel matches the registered data of the house information panel written in the third storage means, the device state determination means deletes the registered data from the third storage means. The housing information panel monitoring device according to claim 3, wherein the housing information panel is set as a monitoring target. When a notification signal from the house information panel is input, it is searched whether registration data of the house information panel is stored in the third storage means. When the registration data is detected, processing for the notification signal is performed. 5. The monitoring device for a house information panel according to claim 3, further comprising an invalid signal determining unit for invalidating the information.

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