JPH04287200A - Remote building supervisory device - Google Patents

Abstract

PURPOSE:To reduce the corresponding work of an operator such as the operation of a buzzer ring stop button or the separation of a printed printer paper sheet, etc., with the reception of abnormal data. CONSTITUTION:At a supervisory center unit C, a judging device 10 is provided to judge it based on the building identification code of the received abnormal data whether the abnormal data is received while exceeding prescribed number of floors within prescribed time or not and judges it based on a sensor identification code whether the abnormal data is related to the same kind of sensors or not, and a switching device 11 is provided to operate a storage device 9 after stopping an output device corresponding to the judgement of this judging device 10.

Description

[Detailed description of the invention]

0001

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a building remote monitoring device, and more particularly to a building remote monitoring device for remotely monitoring equipment installed in a building.

0002

[Background Art] Conventionally, in order to reduce building management costs, the use of building remote monitoring equipment has been increasing, which does not require a manager to be permanently stationed in the building, but instead uses a monitoring center device to remotely monitor equipment installed in the building. are doing. This type of building remote monitoring device, as disclosed in, for example, Japanese Patent Laid-Open No. 62-251900, is equipped with a sensor that detects an abnormality in equipment in each of a plurality of buildings, and a sensor that detects an abnormality in equipment in each building. A warning device that reports abnormal data is installed, and a monitoring center device is provided that remotely monitors equipment in a plurality of buildings by receiving the abnormal data from the warning device.

0003

[Problems to be Solved by the Invention] However, in the conventional building remote monitoring device described above, the operation of the equipment monitored by the monitoring center device, such as a smoke detector provided in an automatic fire alarm panel that notifies the occurrence of a fire, is difficult. When a test is performed, the alarm device issues abnormal data according to the operation of the smoke detector. Therefore, when inspecting smoke detectors, which are normally installed at several dozen locations in a building, by operating them one after another, the alarm device will send abnormal data to the monitoring center device each time the smoke detectors operate. report. For this reason, the operator of the monitoring center device has to carry out response tasks associated with receiving the abnormal data, such as operating the buzzer stop button and cutting off printed printer paper every time the abnormal data is received. be.

[0004] The present invention has been made in view of the actual situation in the prior art, and its purpose is to reduce the operator's response work associated with receiving abnormal data for operation testing. The purpose of the present invention is to provide a building remote monitoring device that can be used to monitor buildings.

[0005]

[Means for Solving the Problems] In order to achieve this object, the present invention provides a sensor that is installed in each of a plurality of buildings to detect an abnormality in equipment, and a sensor that detects an abnormality in equipment and a telephone line in response to the detection by the sensor. A building remote monitoring system comprising: an alarm device that issues abnormal data including a sensor identification code and a building identification code; and a monitoring center device that has an output device that outputs the abnormal data and a storage device that stores the abnormal data. In the device, the monitoring center device determines whether abnormal data has been received from the same building over a predetermined number of floors within a predetermined time based on the building identification code of the received abnormal data, and also determines based on the sensor identification code. and a control means for stopping the output device and activating the storage device according to the judgment of the judgment device. .

[0006]

[Operation] Since the present invention is constructed as described above, when abnormal data outputted from a building alarm device is received, the monitoring center device uses a determination device to make a determination based on the sensor identification code and the building identification code. At this time, if the data is received from the same building over a predetermined number of floors within a predetermined time and it is determined that the data is abnormal data related to the same type of sensor, the control means stops the output device and activates the storage device. abnormality data of the same sensor is stored. For example, when an operation test is performed on multiple smoke detectors installed in a building and the alarm device reports abnormal data to the monitoring center device, the determination device of the monitoring center device detects abnormal data based on the building identification code included in the abnormal data. Determine whether reception has been received from the same building over a predetermined number of floors within a predetermined time, and then:
Based on the sensor identification code, it is determined that the abnormal data is related to the same sensor, that is, a smoke detector. Then, in accordance with this determination, the control means stops the operation of the output device, such as the abnormal data display on the display, the buzzer, the printer, etc., and activates the storage device to store the abnormal data related to the smoke detector. . Thereby, when abnormal data for an operation test is received, it is possible to reduce the operator's response work associated with receiving the abnormal data.

[0007]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the building remote monitoring device of the present invention will be described with reference to the drawings. FIG. 1 is a block diagram showing an embodiment of the building remote monitoring device of the present invention, and FIG. 2 is a flowchart showing the procedure of reception processing.

The building remote monitoring device shown in this embodiment is installed in a building B1, and includes an automatic fire alarm panel 20 having a sensor, such as a smoke detector, for detecting an abnormality in equipment (not shown);
Air conditioning equipment abnormality detector 21 and elevator abnormality detector 2
2, an alarm device 23 that alarms abnormal data including a sensor identification code and a building identification code via a telephone line L in accordance with the detection of this sensor; a receiving device 1 that receives data via a line L; an output device that outputs the abnormality data, for example, a screen display device 2 that displays abnormal data via a display G;
An abnormality reporting notification form issuing device 4 that issues an abnormality reporting notification form via the printer 3, a buzzer sounding device 5 having a buzzer (not shown) that notifies the operator that abnormal data has been received, and a buzzer ringing device 5 that stops the sounding of the buzzer. stop switch 6,
It has an issuance acceptance record printing device 8 that issues an issuance acceptance record via a printer 7, and a storage device 9 that stores abnormal data.

[0009] Then, the above-mentioned monitoring center device C determines whether or not abnormal data has been received from the same building over a predetermined number of floors within a predetermined time based on the building identification code of the received abnormal data. A determination device 10 that determines whether the abnormal data is related to the same type of sensor based on the code, and a control device that stops the output device and operates the storage device 9 according to the determination of the determination device 10, for example. A switching device 11 is provided that switches the switching terminal 11a from the output device side to the storage device side in accordance with the determination by the determination device 10. Note that the building B2 connected to the monitoring center device C via the telephone line L also has the same automatic fire alarm panel 30, air conditioning equipment abnormality detector 31, elevator abnormality detector 32, and alarm device 33 as the building B1. ing.

In this embodiment, for example, when an abnormality occurs in the elevator of building B1, the elevator abnormality detector 22
When detecting the abnormality, the notification device 23 performs automatic dialing to notify the monitoring center device C of the abnormality data. The monitoring center device C receives the abnormal data through the receiving device 1 and outputs this abnormal data to the determining device 2. As step S1, the determination device 10 determines whether reception has been received from the same building a predetermined number of times within a predetermined time, for example, 5 or more times within 30 minutes, based on the building identification code and the data stored in the storage device 8, If the data has not been received five times or more, abnormal data is output to the screen display device 3. The screen display device 4 displays the abnormality data on the display G as step S3, and also outputs the abnormality data to the abnormality notification form issuing device 4, the buzzer sounding device 5, and the notification reception record creation device 8. Next, the buzzer sounding device 5 sounds the buzzer in step S4, and the operator of the center device who notices the sounding of the buzzer operates the buzzer stop switch 6 in step S5 to stop the buzzer sounding, and displays a message on the display G. Check the displayed abnormal data. On the other hand, the abnormality notification notification form issuing device 4 operates the printer 3 in step S6 to issue the abnormality notification notification form, and the notification reception record creation device 8 operates the printer 7 in step S7 to record the notification reception. is issued and outputs abnormal data to the storage device 9. The storage device 9 stores the abnormal data as step S9. In addition, based on the above-mentioned abnormality notification form, the operator
For example, the responsible department is notified by telephone (not shown) that an abnormality has occurred in the elevator in building B1, and the service staff of the responsible department who receives the notification goes to building B1 and performs repair work.

Next, for example, the automatic fire alarm panel 2 of building B1
When testing the operation of a plurality of smoke detectors provided in the smoke detector 0, the alarm device 23 reports abnormal data to the monitoring center device C via the telephone line L each time the smoke detectors operate. The monitoring center device C receives abnormal data through the receiving device 1 and outputs it to the determining device 10 . As step S1, the determination device 10 determines whether reception has been received from the same building five or more times within 30 minutes based on the building identification code and the data stored in the storage device 8, and whether reception has been received from the same building five or more times within 30 minutes. If so, in step S2, it is determined based on the sensor identification code whether the abnormal data is related to the same type of sensor, that is, a smoke detector. If it is determined that the abnormal data is related to the smoke detector, the switching device 11 is operated in step S8, and the switching terminal 11a is activated.
is switched to the storage device 9 side. The storage device 9 stores the abnormal data as step S9.

[0012] In the embodiment configured as described above, when abnormal data for an operation test is received, the operator is required to operate a buzzer stop button in response to receiving the abnormal data, cut off printed printer paper, etc. It is possible to reduce the corresponding work. During the operation test, the display G and the abnormality report issuing device 4 are not occupied for a long time, and even if abnormality data is received from another building, it is possible to respond quickly. Furthermore, since duplicate abnormality report notification forms and report reception records are not printed, printer paper usage fees can be reduced.

[0013]

[Effects of the Invention] Since the present invention is configured as described above, when abnormal data for an operation test is received, it is possible to reduce the response work associated with reception processing by the operator, and therefore, the load placed on the operator. can be reduced.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing an embodiment of a building remote monitoring device of the present invention.

FIG. 2 is a flowchart showing the procedure of reception processing.

[Explanation of symbols]

2 Screen display device 4. Abnormality notification form issuing device 5 Buzzer sounding device 8　Alarm reception record creation device 9. Storage device 10 Judgment device 11 Switching device 22, 23 Alarm device B1, B2 Building

Claims (1)

[Claims] Claim 1: A sensor installed in each of a plurality of buildings to detect an abnormality in equipment, and in response to the detection by the sensor, send abnormality data including a sensor identification code and a building identification code via a telephone line. In the building remote monitoring device, the building remote monitoring device includes an alarm device that outputs the abnormal data, and a monitoring center device that has an output device that outputs the abnormal data, and a storage device that stores the abnormal data. Based on the building identification code, it is determined whether abnormal data has been received from the same building within a specified time and on a predetermined number of floors, and based on the sensor identification code, it is determined whether the abnormal data is related to the same type of sensor. 1. A building remote monitoring device comprising: a determination device that performs the determination; and a control device that stops the output device and operates the storage device in accordance with the determination of the determination device.