KR200322203Y1 - Obstacle sensing and alarm device - Google Patents

Abstract

The present invention relates to a fault monitoring and warning device of multiple buildings,

In the prior art, since the main management unit and the monitoring unit installed in each building or structure are connected by a separate communication cable, when the lightning strike occurs, the communication cable acts like an antenna, which can easily damage the lightning strike. There was a problem that the normal monitoring operation could not be performed because stable communication between the management unit and the monitoring unit was not made. Also, the main controller transmits an S voice message to the administrator's mobile terminal as an error message detected by the monitoring unit. Therefore, in order for the administrator to check the malfunction state, the terminal must be switched to the call state and confirmed, which causes a troublesome check process.

Therefore, the present invention for solving the above problems is a monitoring means for detecting a failure state of the various buildings to be managed, and communicates with the monitoring means through a power line to receive information when the failure state is detected by the text message By configuring the main management means to be transmitted to the administrator's portable terminal, the monitoring means installed in each building and the main management means communicate with each other through the power line, thereby preventing the loss of communication due to lightning strike, and can realize a stable monitoring function. The present invention relates to a failure monitoring and alarming device for multiple buildings, which allows the administrator to quickly identify and cope with the failure state by notifying the administrator of the failure by a text message.

Description

Fault monitoring and alarm device for multiple buildings {Obstacle sensing and alarm device}

The present invention relates to a failure monitoring and alarming device of multiple buildings, and in particular, since the monitoring means and the main management means installed in each building communicate with each other via a power line, it is possible to implement a stable monitoring function by preventing the communication loss caused by lightning. The present invention relates to a failure monitoring and alarming device for multiple buildings, which enables the administrator to quickly identify and respond to a failure state by notifying the administrator of the detected failure state by a text message.

Currently, in a place where a number of buildings are to be managed or a number of structures such as a farm must be managed, a device for detecting a failure of each building is installed and used.

1 shows a conventional device,

Installed in each building or structure to detect a failure state, a plurality of monitoring unit (2) for notifying the detection information to the main management unit 1, the monitoring unit 2 is connected as a separate communication cable, Receives the failure detection information from the monitoring unit 2 through the communication cable, and informs the administrator's mobile phone of S-voice via the wired / wireless telephone network, and the manager connects to his mobile terminal from a remote location. Consists of the main management unit (1) to control the function of the building or structure.

However, in the prior art, since the main management unit 1 and the monitoring unit 2 installed in each building or structure are connected by separate communication cables, the communication cable acts as an antenna when a lightning strike occurs. It could be easily damaged, and this caused a problem that the stable communication between the main management unit and the monitoring unit was not made, and thus a normal monitoring operation could not be carried out, and the failure state detected by the monitoring unit 2 was monitored. Since (1) is sent to the mobile terminal of the administrator as an S voice message, because the administrator must check the terminal by switching to the call state in order to check the failure state has been a problem that the verification process is cumbersome.

Therefore, the present invention for solving the above problems is a monitoring means for detecting a failure state of the various buildings to be managed, and communicates with the monitoring means through a power line to receive information when the failure state is detected by the text message By configuring the main management means to be transmitted to the administrator's portable terminal, the monitoring means installed in each building and the main management means communicate with each other through the power line, thereby preventing the loss of communication due to lightning strike, and can realize a stable monitoring function. The purpose of the present invention is to provide a failure monitoring and alarm device for multiple buildings, which allows the administrator to quickly identify and cope with the failure status by notifying the administrator of the failure by a text message.

1 is a block diagram showing the prior art;

Figure 2 is a block diagram showing a failure monitoring and alarming device of multiple buildings of the present invention.

Figure 3 is a block diagram showing the configuration of the present invention in detail

Figure 4 is a view showing an example of information storage of the database applied to the present invention.

Explanation of symbols for main parts of the drawings

10: monitoring means, 11: sensor unit,

12: communication control unit, 13: first power line modem,

20: main management means, 21: kiibu,

22: memory, 23: database,

24: control unit, 25: second power line modem,

26: character generation unit, 27: character transmission unit,

2 to 4 illustrate a failure monitoring and alarming device for multiple buildings of the present invention for achieving the above object. Referring to this figure, preferred embodiments of the present invention will be described below.

This proposal for achieving the above object,

A plurality of monitoring means each installed in a number of buildings to be monitored, for detecting a failure (gas leak, temperature rise, system error, etc.) in the building and transmitting the detected information to the main management means 20 through the power line ( 10);

Main management means (20) for receiving the sensed information transmitted from the monitoring means (10) and transmitting and notifying a text message corresponding to the received sensed information to a terminal carried by an administrator; , But

The monitoring means 10,

A plurality of sensor units 11 installed at a failure occurrence portion in a building to detect a failure such as a gas leak, a temperature rise, a system error, and the like;

A communication control unit 12 which receives the fault information detected by the sensor unit 11 and transmits a fault code corresponding to the fault information to the main management means 20 through the first power line modem 13;

In accordance with the control of the communication control unit 12 is configured as a first power line modem 13 for transmitting a fault code to the second power line modem 25 through the power line,

The main management means 20,

A key unit 21 for inputting a telephone number of a terminal carried by the administrator himself;

A memory 22 for storing a contact telephone number input through the key portion 21;

A database 23 for storing various fault codes transmitted from the monitoring means 10 and corresponding fault details;

A second power line modem 25 which communicates with the first power line modem 13 to receive a fault code;

The fault information corresponding to the fault code received by the second power line modem 25 is read out by comparing with the data stored in the database 23, and the read fault information is stored in the telephone number of the manager stored in the memory 22. A controller 24 for controlling the character generator 26 to be transmitted;

A text generation unit 26 for generating a text message to be transmitted under the control of the controller 24 and supplying the text message to the text transmission unit 27;

Character text input from the character generating unit 26 is characterized in that it is composed of a text transmission unit 27 for transmitting to the manager terminal via a wired or wireless communication network.

In the above configuration, the monitoring means 10 and the main management means 20 are made to communicate with each other via a power line, so that they are safe from lightning, and the database 23 is transmitted from each monitoring means 10. Information about the fault code and the corresponding fault content is stored.

4 shows an example of information stored in the database 23, in which all of the fault codes transmitted from the respective monitoring means 10 and the corresponding fault details are recorded and stored.

Meanwhile, in the above configuration, the monitoring means 10 and the main management means 20 communicate with each other through a power line so as to be safe from lightning, but in another embodiment, the monitoring means 10 and the main management means 20 are implemented. By installing a wireless communication module that communicates with each other as RF signals, the data communication between the monitoring means 10 and the main management means 20 can be made in a safe state from lightning strikes. Not shown in the image.

Referring to the operation of the present invention configured as described above is as follows.

First, the manager operates the key unit 21 to input the telephone number of the terminal that he or she always carries as a contact telephone number, and the telephone number input by the key unit 21 operation is stored in the memory 22. Stored.

If necessary, the administrator can input a plurality of contact numbers, and the controller 24 transmits a text message to each contact number when a failure occurs.

When the device is operated in the state in which the contact phone number is stored in the memory 22 as described above, the sensor unit 11 of the monitoring means 10 detects the operating state of each building or structure.

If a failure (gas leakage, temperature rise, system error, etc.) is detected in a specific building or structure during the detection, the sensor unit 11 outputs the detected failure information to the communication control unit 12 and the communication control unit 12. ) Generates a fault code corresponding to the detected fault and transmits the fault code to the second power line modem 25 of the main management means 20 through the first power line modem 13.

The second power line modem 25 supplies a failure code received through the first power line modem 13 to the control unit 24, and the control unit 24 compares and analyzes the information stored in the database 23. By reading the fault information corresponding to the input fault code.

When the fault content corresponding to the fault code is read by the operation, the controller 24 drives the character generator 26 to transmit a predetermined text message to the manager's telephone number stored in the memory 22, and the character generator Numeral 26 generates a text message for notifying the administrator of the failure details under the control of the control unit 24.

And, the text generation unit 26 supplies the generated text message to the text transmission unit 27, the text transmission unit 27 automatically sends the text message to the contact phone number stored in the memory 22 Will be done.

The text message sent from the text transmission unit 27 is output on the screen of the mobile terminal of the administrator, and the administrator can quickly respond by visually checking the fault condition generated in the current building or structure through the text message displayed on the screen. Will be.

On the other hand, the text generation unit 26, if a plurality of contact phone numbers are listed in the memory 22, the success rate that the text message for notifying the failure status is transmitted to the manager by transmitting all the text messages to each contact phone number It can be raised higher.

When the present invention, which operates as described above, is applied to an integrated management place of a large number of buildings or a large farm, the mobile terminal can be used to quickly check the normal operation of the temperature and water supply in each vinyl house of the farm. In addition to being notified, information on power outages, fires, etc. of each building can also be promptly informed and dealt with.

As described above, according to the operation of the present invention, since information communication between the main management means 20 and the monitoring means 10 is made through a power line, the system can be stably operated by reducing the risk of lightning strikes. For example, a text message is notified to the administrator's portable terminal of a failure condition in each building or structure, so that the administrator can check the failure status more quickly and conveniently.

As described above, the present invention provides a monitoring means for detecting a failure state of various buildings to be managed, and the monitoring means communicates with the power line to receive information and detects the failure state as a text message. By configuring the main management means to be transmitted to the mobile terminal, the monitoring means installed in each building and the main management means communicate with each other through the power line, thereby preventing the communication loss caused by lightning strikes, so that a stable monitoring function can be realized, and the detected fault condition It can be expected to provide an effect of providing a failure monitoring and alarm device for multiple buildings that allows the administrator to quickly identify and cope with a failure condition because the administrator is notified by a text message to the administrator's portable terminal.

Claims (1)

A plurality of monitoring means each installed in a number of buildings to be monitored, for detecting a failure (gas leak, temperature rise, system error, etc.) in the building and transmitting the detected information to the main management means 20 through the power line ( 10); Main management means (20) for receiving the sensed information transmitted from the monitoring means (10) and transmitting and notifying a text message corresponding to the received sensed information to a terminal carried by an administrator; , But The monitoring means 10, A plurality of sensor units 11 installed at a failure occurrence portion in a building to detect a failure such as a gas leak, a temperature rise, a system error, and the like; A communication control unit 12 which receives the fault information detected by the sensor unit 11 and transmits a fault code corresponding to the fault information to the main management means 20 through the first power line modem 13; In accordance with the control of the communication control unit 12 is configured as a first power line modem 13 for transmitting a fault code to the second power line modem 25 through the power line, The main management means 20, A key unit 21 for inputting a telephone number of a terminal carried by the administrator himself; A memory 22 for storing a contact telephone number input through the key portion 21; A database 23 for storing various fault codes transmitted from the monitoring means 10 and corresponding fault details; A second power line modem 25 which communicates with the first power line modem 13 to receive a fault code; The fault information corresponding to the fault code received by the second power line modem 25 is read out by comparing with the data stored in the database 23, and the read fault information is stored in the telephone number of the manager stored in the memory 22. A controller 24 for controlling the character generator 26 to be transmitted; A text generation unit 26 for generating a text message to be transmitted under the control of the controller 24 and supplying the text message to the text transmission unit 27; Failure monitoring and alarm device for multiple buildings, characterized in that consisting of a text transmission unit 27 for transmitting a text message input from the text generation unit 26 to the administrator terminal via a wired or wireless communication network.