KR20200094315A - Unmanned guard system using the network - Google Patents

Abstract

The present invention relates to an unmanned security system using a network to immediately check a situation of a site and quickly provide management to the situation and a setting method thereof. According to the present invention, the unmanned security system comprises: a plurality of sensors; at least one camera; a dynamic domain name service (DDNS) server; a short message service (SMS) transmission database server transmitting a message about an abnormality of a predetermined location to a plurality of users related to the predetermined location when the abnormality occurring at the predetermined location is detected through one or more of the sensors and the camera; a web server forming pieces of security-related information in a webpage form; a management and control server managing the states of the sensor and the camera, receiving and storing video and audio data from the camera, and integrally managing the DDNS server, the SMS transmission database server, and the web server; and a terminal receiving a webpage through the network.

Description

Unmanned security system using network and setting method of unmanned security system {UNMANNED GUARD SYSTEM USING THE NETWORK}

The present invention relates to an unmanned security system using a network and a method for setting an unmanned security system, and more specifically, an unmanned security system using a network capable of quickly responding to an intruder's escape without time delay after detecting an intruder. The present invention relates to a system, a method for providing an unmanned security service, and a method for setting an unmanned security system.

In recent years, due to the development of the electronics and telecommunications industry, security, security, and safety nets have been established in major areas such as major banks and national industrial organizations to photograph and monitor intruders and outside intruders to strengthen the security system of major facilities. .

Due to these results, an unmanned security system is installed in areas requiring security and crime prevention.

In general, the unmanned security system is to be installed at offices, stores, etc. at night or when you are away from home for a long time to detect and alert you to an intrusion from the outside or to make a call to a set place or location.

That is, the unmanned security system detects or monitors fire, theft, gas leakage, etc. using a sensor or a surveillance camera, and generates an alarm sound for this or can be recognized by a security service company, security office, or management office through a dedicated line. It is to be able to automatically call or contact the fire department or police station.

Such an unmanned security system is equipped with a camera or various sensors capable of detecting it in a place or location that requires crime prevention and security in each home, household, apartment complex or company, etc. Detects and detects the input signal.

It is possible to transmit and receive the recorded video signals and various detection signals, and to transmit and receive voice or data remotely as needed, so that there can be promptly notified to unmanned security companies in case of security and security problems.

However, not only is it possible to monitor the situation only at the security service company or the control center, but there is a problem that the liquidity is poor because the system is operated only in a standardized state.

In addition, the customer cannot be monitored and responded to the emergency situation until the remote control center takes action on the emergency situation, and there is a limitation that the user cannot directly monitor and monitor the site situation.

In order to solve this problem, an unmanned security system has been developed to enable 24/7 monitoring or remote control of a customer's requested location at any location under the Internet environment.

That is, the monitoring area is monitored through various sensors, and the monitored information is provided to the main server through the Internet to check the alarm status at the control center connected to the main server, and at the same time, the customer connects to the main server through the network to monitor the area. It consists of the process of managing and monitoring.

This unmanned security system enables double monitoring by customers and service providers, so that customers can directly monitor the surveillance area, and if there is a problem with security and security in the surveillance area, the security cost of the service provider is quickly Make it happen.

However, in the event of an accident, the time may be delayed by sequentially notifying the security company, the customer, and the police of the accident.

This provides enough time for the intruder to escape until the security company or police arrive at the scene, so the intruder is likely to achieve the purpose of the crime and escape.

In addition, such an unmanned security system also has a problem that users cannot easily use in a mobile terminal or the like, which is rapidly increasing in use these days due to a problem of processing speed and the like, and is managed only by a reserved person, so that a short-distance neighbor or a short-distance In spite of being a situation where you can get help, such as the police station, there is a problem that you can not receive help and cause great damage.

The present invention is to solve the above-mentioned problems, and after detecting an intruder, it is a flexible, complementary, and immediately available neighboring infrastructure such as neighboring and nearby police stations that can quickly cope with the situation before the intruder escapes without delay. In some cases, it is possible to change the boundary setting in some cases and use it easily in a mobile terminal or the like using a simple boundary setting window, and provide a method for providing an unmanned security system and an unmanned security service using a network capable of changing the boundary setting according to the situation. And to provide a method for setting up an unmanned security system.

In order to achieve this object, the present invention, a plurality of detection sensors for detecting an abnormal state of a specific position and outputting a detection signal; One or more cameras installed at the specific location and generating and outputting image data and audio data; A DDNS (Dynamic Domain Name Service) server that manages an Internet address for Internet access to provide video data and audio data of the camera; When an abnormality occurs in the specific location through any one or more of the detection sensor and the camera, an abnormality in the specific location by using at least two or more of voice guidance, text message, email and fax to a plurality of users related to the specific location SMS sending DB server for sending a message about; A web server that organizes security-related information in the form of a web page; Management that manages the state of the sensor and camera, receives and stores the video data and audio data from the camera, and manages the DDNS server, SMS sending DB server, and web server.

Control server; And a terminal receiving the web page through a network. It provides an unmanned security system using a network characterized in that it comprises a.

As described above, according to the present invention, since multiple crimes are sent in real time to notify the crime notification, the person in the best environment can respond promptly without missing important delivery, so that the situation in the field can be grasped immediately. In response, there is an effect that can quickly deal with the situation.

1 is a schematic block diagram of an unmanned security system using a network according to an embodiment of the present invention.
2 shows an interface screen of a mobile terminal that is supported by an unmanned security system using a network according to an embodiment of the present invention.
3 is a schematic flowchart of a method for providing an unmanned security service using a network according to an embodiment of the present invention.
4 is a schematic flowchart of a method for setting an unmanned security system using a network according to an embodiment of the present invention.
5 to 7 are screen examples for explaining a method for setting an unmanned security system using a network according to an embodiment of the present invention, respectively.
8 is a screen example showing a boundary setting list window in an unmanned security system using a network according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, when adding reference numerals to the components of each drawing, it should be noted that the same components have the same reference numerals as possible even though they are displayed on different drawings. In addition, in describing the present invention, when it is determined that detailed descriptions of related well-known structures or functions may obscure the subject matter of the present invention, detailed descriptions thereof will be omitted.

<Description of the system>

1 is a schematic block diagram of an unmanned security system using a network according to an embodiment of the present invention.

Referring to FIG. 1, an unmanned security system 100 using a network 10 according to an embodiment of the present invention includes a detection sensor 110, a camera 120, a dynamic domain name service (DDNS) server 190, It includes a management control server 130, an SMS sending DB server 140, a web server 150, a built-in web server 151, an alarm server 160, a file server 170 and a terminal 180.

The detection sensor 110 is composed of various sensors such as an infrared sensor, an impact sensor, a door sensor, a glass breakage sensor, a smoke sensor, an access detection sensor, a fire detection sensor, and a specific location requiring security or surveillance and security, For example, it detects an abnormal condition inside a porch, a window, a parking lot, or a company building and outputs a detection signal.

In the present invention, the detection sensor 110 is connected to the camera 120 in a cross manner.

The camera 120 is composed of one or more, and is installed at the specific location, and generates and outputs image data and audio data as a speaker and a microphone are provided together.

In other words, two-way audio support enables real-time conversations with remote locations and on-site listening.

When an image is input to the camera 120, the image is processed, and a file is compressed to transmit image data through the network 10.

In the present invention, the camera 120 is a wireless IP camera, and can be set to WI-FI without the need for LAN construction and cable construction wherever radio waves of the wireless LAN reach regardless of the number of floors. It has the advantage of being able to grasp the status in real time.

This has the effect of reducing the construction cost and labor cost by 90%, because it is possible to shorten the construction time and quicker set-up compared to CCTV because there is no need to cut through the ceiling or wiring.

In addition, when an intruder intrudes, the generated image data may be stored in the camera 120's own memory.

In addition, the camera 120 is installed in the direction of the window to maintain the stability of the radio wave, and the wireless signal is encrypted so as to maintain perfect security, and at least eight infrared LEDs are installed at night to obtain a high-quality image at night. It is desirable to increase the viewing distance.

In addition, the camera 120 can be rotated 360 degrees in the horizontal direction and 80 degrees in the vertical direction, so there is no blind spot when attached to the ceiling, and the rotation angle is controlled remotely through the homepage that manages the unmanned security system. It is characterized by being able to grasp.

The user can simultaneously listen to the voice while confirming the image transmitted in real time through the camera 120 to the terminal 180, and is capable of transmitting voice, so that when an intruder intrudes, an appropriate warning corresponding to the intrusion situation It can respond in real time, such as by broadcasting.

At this time, the user can check the image by accessing the web server 150 through the terminal 180, and the image upload can be set in the camera 120.

In addition, the camera 120 is capable of tracking theft, so that when another person uses the camera 120 after it is stolen, backtracking the management control server 130 to inform the original user of the access information by SMS It is characterized by.

Accordingly, even if another person steals the camera 120, it cannot be used, and the theft problem can be solved by default.

The DDNS server 190 manages an Internet address for Internet access to provide video data and audio data of the camera.

By the DDNS server 190, the user can access the camera 120 and change or change the settings at will regardless of the management control server 130.

To this end, the built-in web server 151 is provided, and the ID and port of the camera 120 are stored in the built-in web server 151.

For example, when a user wants to view the video information generated by the camera 120, if a user enters a predetermined address in the address bar of the web page, the user can directly access the built-in web server 151 to check the video information.

In other words, the management control server 130 does not provide image information of the camera 120, but directly provided by the camera 120, that is, the management in the middle in a peer-to-peer manner. It provides a direct connection method without going through the control server 130.

The management control server 130 manages the state of the detection sensor 110 and the camera 120, receives and stores the video data and audio data from the camera 120, the DDNS server 190, The SMS sending DB server 140 and the web server 150 are integrated and managed.

The SMS sending DB server 140, when an abnormality occurs in the specific location through any one or more of the detection sensor 110 and the camera 120, voice guidance, text message to a plurality of users related to the specific location, A message about an abnormality in the specific location is transmitted using at least two of email and fax.

Therefore, by sending multiple simultaneous notifications in real-time rather than prioritized notifications, it is possible to respond promptly to the people in the best environment so that they can respond promptly without missing important transmissions. Can handle situations.

In other words, there is no delay because it is an instantaneous simultaneous delivery, not a method of sequentially reporting accidents to security companies, customers, and police.

Accordingly, it is possible to improve safety and security, because several people can quickly cope with the intruder and quickly arrest the intruder before the intruder escapes.

For example, when the camera 120 recognizes an intruder and data is transmitted to the management control server 130, the data and the condition values stored in the management control server 130 are compared and matched, and the SMS is sent. The DB server 140 notifies the user of the crime.

Then, the plurality of users can directly log in through the terminal 180 to check the video data and audio data generated by the camera 120, and cope with the identified information.

In the present invention, the SMS sending DB server 140 provides triple simultaneous notification by voice guidance, text message, and fax, and transmits image data by email.

The details of this are managed by the management control server 130 and transmitted to the SMS integrated server 200, and the SMS integrated server 200 classifies mobile operators by number to perform communication charges.

It could also cause the phone to ring at a specific location, causing an intruder to flee in surprise.

In addition, the SMS sending DB server 140 is characterized in that it selectively transmits a message according to a boundary importance according to a method set in advance by a user, and for this purpose, a user can set various scenarios according to a desired situation and environment Save the condition values.

That is, the SMS sending DB server 140 may transmit a message according to the setting logic of telephone, fax, and SMS for each user when an abnormality detection signal occurs in a corresponding time zone according to the user's setting.

The setting is made using a web page that manages the unmanned security system 100 through the terminal 180, or a Wiswick that facilitates access to it, a shortcut button, and when an abnormal condition is detected, the mobile phone designated in the setting Notification will be made by telephone, fax, e-mail, etc., and this will be described in detail below.

The web server 150 organizes security-related information in the form of a web page, and when the detection sensor 110 detects an abnormal condition, about 100 video images remain in the history gallery, which is used for security purposes in case of emergency. This is possible.

The alarm server 160 checks the normal operation of approximately 2880 times a day while exchanging signals with the camera 120 at regular intervals (30 seconds), causing failures such as a power outage or disconnection, network abnormality, and a switch being dropped. When the camera 120 does not operate normally, it is notified to the user through SMS, and when restored, the SMS is automatically notified.

Therefore, problems such as securing evidence due to the malfunction of the camera 120 can be prevented.

The file server 170 stores the image data separately, and when the intruder intrudes, the image data is stored in the camera 120 and simultaneously transmits the image data to the file server 170.

This is to prepare for cases in which the video data cannot be confirmed or obtained due to unexpected events.

The terminal 180 is composed of a general PC or a portable terminal, such as a WI-FI iPhone, PDA, and can receive the web page through the network 10, even if the user does not access through the web page, shortened It can be easily accessed using a simple setting window using icons, shortcut keys, and Wiswick.

The network 10 includes a general telephone network, ISDN, LAN, and the like, and is used as a communication medium that can remotely detect the situation of a location or a place where the camera 120 and the sensor 110 are installed. The user can manage and monitor the operation status of the camera 120 and the detection sensor 110 through the input of ID and password on the opened homepage, and can check the boundary record, notification history, and entry/exit record.

As described above, the user can monitor through the Internet regardless of time and area, such as continuous monitoring and remote control by using the network 10. When an abnormality occurs, the on-site situation is reported and the nearest police station It is effective for arresting criminals because it can be controlled immediately, such as by requesting help from an acquaintance.

In addition, the user who is notified of intrusion detection can report and report in real time the number of intruders, impressions, and features through video and audio in real time, so there is no false report and police officers can be dispatched quickly.

On the other hand, in the present invention, by setting a boundary using a certain pattern, such as work and work, sleep time and wake-up time, work and duty, without repeating the wireless switch automatically repeats the boundary and release at that time, public holidays, legal holidays It is configured to automatically take care of the unmanned security system 100, and when changes are made, it is characterized in that it is possible to easily change the border state on the intuitive interface by logging in as if checking an email.

In addition, for those who are not familiar with the use of the terminal 180 or are not familiar with it, it is preferable to activate or release the boundary when entering and exiting with a separate analog type switch, icon, and shortcut button.

That is, when an analog type switch indicated by an icon is pressed on the terminal 180, a simple unmanned guard boundary page appears as shown in FIG. 2, and when a predetermined value is pressed, an unmanned guard boundary can be easily set.

According to an embodiment of the present invention, the same effect can be achieved only with software, that is, without mechanical change or installation, and the boundary can be changed more flexibly.

Hereinafter, a method of controlling an unmanned security service using an unmanned security system using a network according to an embodiment of the present invention will be described in detail.

<Explanation of method>

3 is a schematic flowchart of a method of providing an unmanned security service using a network according to an embodiment of the present invention, and FIG. 4 is a schematic flowchart of a method of setting an unmanned security system using a network according to an embodiment of the present invention 5 to 7 are screen example diagrams for explaining a method for setting an unmanned security system using a network according to an embodiment of the present invention, respectively, and FIG. 7 is a screen example diagram showing a boundary setting list window.

Referring to FIG. 3, a method of providing an unmanned security service using a network according to an embodiment of the present invention proceeds as follows.

First, when a plurality of detection sensors 110 detect an abnormal state of a specific location (S201) and output a detection signal (S202), one or more cameras 120 generate and output image data and audio data (S203) ).

Then, the management control server 130 manages the states of the detection sensor 110 and the camera 120, and receives and stores the image data and audio data from the camera 120 (S204).

The SMS sending DB server 140 transmits a message about the abnormality of the specific location to a plurality of users related to the specific location using at least two or more of voice guidance, text message, email and fax (S205).

The web server 150 organizes security-related information in the form of a web page (S206), and the web server 150 provides the web page to the terminal 180 through the network 10 (S207).

At this time, in the present invention, since the video data and the audio data are provided in a peer-to-peer manner, the user can check this through the built-in web server 151.

An unmanned security service is provided to the user in the same procedure as above, and as this is similar to that described in the <Description of the system>, it will be omitted.

On the other hand, in step S205 of the above steps, the user needs to set the unmanned security system 100 in advance on a web page. Referring to FIGS. 4 to 7, the following will be described.

As shown in FIG. 4, first, access to a homepage that manages an unmanned security system 100 using a network, and

(S301), if authentication is required, the user ID and password are input (S302).

Then, it is determined whether the entered user ID and password match the set user ID and password (S303), and if authentication is made by the determination (S304), a predetermined time zone through a web page, a location where the camera is installed, and boundary importance , Set a boundary of a specific location according to the setting of at least two of day and night and the situation (S305).

Next, according to the step of setting the boundary of the specific location, the plurality of users may be transmitted to the plurality of users by using at least two or more of voice guidance, text message, e-mail, and fax. At least one or more of a contact, email, and fax is received (S306).

Then, the user can set various scenarios according to the situation and environment desired by the user.

That is, as illustrated in FIG. 5, as the situation can be set step by step, about 500 or more situations can be set, and when an error occurs, a contact can be selected for each situation and a message can be transmitted according to the situation.

At this time, when the time at which the detection signal is output by detecting the abnormal state of the specific location is the commute time, a commute alarm may be set to transmit a commute message to the user (S307), and the image generated by the camera 120 It is also possible to set a time interval for uploading the image data to the file server 170 to store the data separately (S308).

Therefore, the user can check commuting through the alarm, and set an upload time interval of the video data as needed.

And the present invention is characterized in that it is possible to set the content of the message to be transmitted by voice guidance, text message, email and fax.

For example, in case of a commute alarm, the user can set a desired commute greeting at will, and when the intruder is detected, the contents of the message notifying the intruder can be set by the user as well. Voice transmission is possible and can also be provided in English.

Further, in step S305, it is possible to set the message to be continuously transmitted from the time when the abnormality of the specific location is detected, or to set the message to be transmitted when the abnormality is re-detected after a predetermined time has elapsed from the time. Even if an abnormal condition occurs, a message is sent when the condition value is met according to the selected time and method.

The present invention can be set by selecting one of an existing schedule boundary and an immediate boundary, and error filtering is additionally configured.

Since multiple signals are received at the same time in the middle of the night, the authenticity of the signal is important, so it is preferable to introduce the error filtering in order to eliminate the inconvenience that may appear realistically.

There are various cases of errors, such as passing a dog or cat, a light shining on an infrared sensor, interference caused by radio waves, an error of its own, installation failure, fire or change.

Normally, although the technology of error filtering by a sensor exists, it is necessary to filter the error because several signals must be integrated and used.

In the case of an intrinsic signal, the error filtering reports that a plurality of signals are detected at least 2-3 times, and is configured to unconditionally ignore the primary signal.

And although the user can adjust, for example, if there is no re-signal within 30 minutes, the first received signal disappears, and after 30 minutes, the signal is received again as the primary signal.

By configuring the error filtering, the error signal can be significantly reduced, and since only the intrinsic signal is detected, there is an advantage that the signal reliability can be increased to the maximum.

That is, it is possible to set the message to be transmitted only once when an abnormal condition is detected, such as the first step boundary shown in FIG. 5, but it can be applied when setting up a work that does not need to continuously receive the message.

Also, in the second or third boundary, an error filter is used to send a message when an abnormality is detected, and to continue sending SMS after 30 minutes or 1 hour, which is applied when entering or leaving the warehouse or before and after work. do.

In addition, the boundary of the 4th stage is set to hold the primary when the abnormality is detected and to continue sending the message from the secondary detection.

It is a stage, and the boundary of the 5th stage is a stage informing that it is the most urgent situation.

And, like user boundary 1 or user boundary 2, a message is sent when the primary signal is detected, and the message is continuously sent each time it is re-detected. ,10 minutes), it can be set to send the message continuously upon re-detection.

Therefore, it is possible to set a more detailed boundary, and it is also possible to prevent confusion due to an error operation of the detection sensor 110.

Meanwhile, as illustrated in FIG. 5, an N unattended setting window may be set on the terminal 180 such that a user may quickly access the unmanned boundary setting by using Wiswick, a shortcut key, or the like on the terminal 180.

In this case, even if the web page is not entered, it can be quickly accessed through a shortcut key on the terminal 180.

The N guard setting window may start a guard by pressing a start button, and may form a simple unmanned border setting window that can automatically set the end. The N-coordinate setting window allows a user to start a boundary directly at the time of coming and going to work using a predetermined icon on the terminal 180.

For example, by using a simple interface as shown in FIG. 5, an immediate boundary can be set, a boundary can be set after 15 minutes, an immediate boundary can be released, or a scheduler boundary can be changed to an automatic boundary. , You can also clear the automatic boundary when you go to work.

Here, the boundary after 15 is a button that allows a user to leave the room, for example, 15 minutes, and starts the boundary. When using a computer, the boundary is set to start 15 minutes after the user leaves. Can.

In addition, the alert can be performed immediately on the mobile or remote PC, and when someone visits the remote, the alert can be released and then locked again. Immediate release means that it can be unconditionally canceled regardless of the setting.

If the scheduler user unexpectedly visits the security zone, the release can be immediately released from the mobile or PC.

Automatic boundary change in the scheduler boundary means that even if the scheduler boundary is in use, when a certain icon is clicked, for example, the Njikimi button, it automatically switches to the Njikimi boundary (manual boundary setting) and releases and starts the boundary immediately. can do.

The automatic demarcation function when you go to work means that you can use it in a place where the commute time is constant. When you enter the security zone at the set time, it eliminates the disadvantage of automatically resolving the boundary and resolving it every time. You can also check the time automatically.

In this way, even if a large amount of data and a complicated procedure of multiple steps are not performed through the Internet, such as a schedule boundary, the unmanned boundary setting can be simplified by using a simple boundary setting window, such as the N swatch setting window, to facilitate the use. It can also be used without a communication obstacle due to data congestion.

At this time, the number of recipients varies depending on the boundary level, and usually, steps 1 and 5 are mainly used, so not all of them need to be entered. Can send phone or sms.

Contact Us”, you can write a regular phone or a mobile phone, and in the case of an Internet phone or a mobile phone, you can also receive sms and phone calls at the same time. At this time, it is desirable to register a place where you can contact a short-distance emergency, such as a neighbor's house, a neighbor's store, or an office next week. In addition, in the case of night, it can be more flexible if you set the night time and midnight time separately.

For reference, in the case of an apartment, a security room or disaster prevention room, in the case of a building office, a watch room or security room, and employees who live near the office can be set to self-configurate for perfect service.

In addition, as shown in FIG. 6, the emergency call setting window sends an emergency call in real time up to 7 places in real time as soon as the emergency call button is pressed, and inputs phone numbers, such as next door, side store, and next office, in case of emergency. If you do, you can help each other, even if it is not a day or night crime.

In addition, as shown in FIG. 7, a separate border setting list window is provided, and when there are three cameras for one ID, simple border setting, schedule border setting, presence or absence, etc. using icons such as N guard By setting independently, you can set various boundaries while reducing the number of machines, and you can check the current boundary setting status through the boundary setting list window.

The above description is merely illustrative of the technical spirit of the present invention, and those of ordinary skill in the art to which the present invention pertains will be capable of various modifications and variations without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical spirit of the present invention, but to explain, and the scope of the technical spirit of the present invention is not limited by these embodiments. The scope of protection of the present invention should be interpreted by the claims below, and all technical spirits within the scope equivalent thereto should be interpreted as being included in the scope of the present invention.

100: Unmanned security system using network
110: detection sensor
120: camera
130: management control server 140: SMS sending DB server
150: Web server 160: Alarm server
170: file server 180: terminal
190: DDNS server 151: built-in web server
200: SMS integrated server

Claims (22)

A plurality of detection sensors that detect an abnormal condition at a specific location and output a detection signal;
One or more cameras installed at the specific location and generating and outputting image data and audio data;
Managing the Internet address for Internet access to provide video and audio data from the camera
DDNS (Dynamic Domain Name Service) server;
When an abnormality occurs in the specific location through any one or more of the detection sensor and the camera, an abnormality in the specific location by using at least two or more of voice guidance, text message, email and fax to a plurality of users related to the specific location SMS sending DB server for sending a message about;
A web server that organizes security-related information in the form of a web page;
A management control server that manages the state of the detection sensor and camera, receives and stores the video data and audio data from the camera, and manages the DDNS server, SMS delivery DB server, and web server; And
Unmanned security system using a network characterized in that it comprises a; terminal for receiving the web page via a network. According to claim 1,
An alarm server that notifies the user when the camera is not operating normally; Unmanned security system using a network characterized in that it further comprises. According to claim 1,
A file server for separately storing the video data; Unmanned security system using a network characterized in that it further comprises. According to claim 1,
The camera is an unmanned security system using a network, which is capable of rotating 360 degrees in the horizontal direction and 80 degrees in the vertical direction. According to claim 1,
The camera is capable of tracking theft, and when another person uses the camera after it is stolen, the management control server informs the original user of the connection information by SMS, and the unmanned security system using a network. According to claim 1,
The SMS sending DB server is an unmanned security system using a network, characterized in that it selectively transmits a message according to a boundary importance set in advance by a user. The method of claim 6,
The web server supports at least one of an unmanned boundary schedule setting window, an unmanned boundary simple setting window, an expense start and emergency call button window, and an emergency call setting window, and a user who receives an abnormality of the specific location from the SMS sending DB server is in a situation. Unmanned security system using a network, characterized in that configured to change the contact information of the plurality of users accordingly. According to claim 1,
A built-in web server provided to provide the video data and audio data in a peer-to-peer manner; Unmanned security system using a network characterized in that it further comprises. When a plurality of detection sensors detect an abnormal state of a specific location and output a detection signal, the step of generating and outputting image data and audio data by one or more cameras;
Managing states of the sensor and the camera, and receiving and storing the video data and audio data from the camera;
Transmitting a message for an abnormality of the specific location to at least two of voice guidance, a text message, an email, and a fax to a plurality of users related to the specific location;
Configuring at least one of an unmanned boundary schedule setting window, a simple unmanned boundary setting window, an expense initiation and emergency call button window, and an emergency call setting window, and configuring security-related information in the form of a web page; And
Providing the web page to a terminal through a network; Method of providing an unmanned security service using a network, characterized in that it comprises a. The method of claim 9,
A method for providing an unmanned security service using a network, wherein the user is notified if the camera is not operating normally. The method of claim 9,
Method for providing an unmanned security service using a network, characterized in that the image data is stored separately in a file server. The method of claim 9,
The camera can be rotated 360 degrees in the horizontal direction and 80 degrees in the vertical direction. The method of claim 9,
The camera is capable of tracking theft, so when another person uses the camera after it is stolen, a method of providing an unmanned security service using a network is characterized in that the user is informed of the connection information by a text message. The method of claim 9,
In the step of transmitting the message, a method for providing an unmanned security service using a network, characterized in that the message is selectively transmitted according to a boundary importance set by a user in advance. The method of claim 9,
The video data and audio data is provided in a peer-to-peer (peer-to-peer) method, characterized in that the method of providing an unmanned security service using a network. Accessing a homepage for managing an unmanned security system using a network;
If authentication is required, receiving a user ID and password;
Determining whether the entered user ID and password match a set user ID and password;
If authentication is made by the determination, setting a boundary of a specific location according to at least two or more of a predetermined time zone, a location where a camera is installed, a boundary importance, day and night, and a situation through a web page; And
According to the step of setting the boundary of the specific location, the contact information of the plurality of users to transmit a message about the abnormality of the specific location using at least two or more of voice guidance, text message, email and fax to the plurality of users, Receiving at least one of email and fax; Method for setting up an unmanned security system using a network comprising a. The method of claim 16,
Setting a commute alarm to transmit a commute message to a plurality of users when the time at which the detection signal is output by detecting an abnormal condition of the specific location is a commute time; A method of setting up an unmanned security system using a network, further comprising a. The method of claim 16,
Setting a time interval for uploading the image data to a file server to separately store the image data generated by the camera; A method of setting up an unmanned security system using a network, further comprising a. The method of claim 16,
Method of setting an unmanned security system using a network, characterized in that it is possible to set the content of the message to be transmitted by voice guidance, text message, email and fax. The method of claim 17,
In the step of setting the boundary, the message is continuously transmitted from the time of detecting the abnormal state of the specific location, or the message is transmitted when the abnormal state is re-detected after a predetermined time has elapsed from the time. Method of setting up an unmanned security system using a network, characterized in that. The method of claim 20,
The step of setting the boundary is a method for setting an unmanned security system using a network that is set using at least one of an unmanned boundary schedule setting window, an unmanned boundary simple setting window, an expense initiation and emergency call button window, and an emergency call setting window. The method of claim 21,
The simple setting window of the unmanned boundary includes an error filtering transmission to set the message when the abnormality is re-detected, and at least one of an immediate boundary, a boundary after 15 minutes, an immediate release, an automatic boundary change at a scheduler boundary, and an automatic boundary release at work How to set up an unmanned security system using an included network.

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