KR200203248Y1 - Safe guarding system using internet - Google Patents

Abstract

The present invention relates to a security security system using the Internet, the heat tracking sensor detects abnormal symptoms such as external invasion, fire or gas leak, the web camera captures the image and processes it digitally, and the microphone records the sound. The system detects the abnormal symptoms by using a computer and automatically dials the number of the user, the police station, the fire department, or the user-specified number through a web-to-phone method using the Internet Voice Transfer Protocol (VoIP), and transmits the prerecorded voice. In addition, the video and audio can be stored on the hard disk, and the video and audio can be remotely stored in the mass storage device of the web hosting company by using the Internet network. You can access the webpage at to monitor your area at any time. The present invention relates to a security guard system using the Internet that can remotely control safety-related devices in the area by using the Internet or a wireless terminal. According to the present invention, a personal computer can be used as a normal computer at night and If you are away from the security mode, you can change the program to decorate the security system using the Internet.

Description

Safe guarding system using internet

The present invention relates to a security security system using the Internet, and more specifically, using the Internet network, using a personal computer (PC) commonly used in homes and businesses, and intruders, fire, gas leakage, etc. It is about the security guard system using the internet that can cope with the situation when the intrusion, fire, gas leak, etc. occurs by using the heat tracking sensor that can detect the abnormal situation of the system.

Existing general unmanned security systems install sensors in places where there is a danger of gas or fire, or where intrusion is expected from outside, alarms in case of outsider intrusion or fire, and signal abnormality to designated security company. The security company's security officers are operated in response to the on-site situation.

However, in the existing unmanned security and security system, if the intruder escapes before the security guard of the contracted security company receives the signal and arrives at the relevant area, they cannot obtain various information such as the impression or action of the intruder. There is a problem that it is difficult for the security guard of the security company contracted with the warning signal and the abnormal signal due to the malfunction to determine whether the abnormal signal is due to intrusion. In addition, CCTV (Closed Circuit Television) is installed as a remote monitoring means to monitor and record, but the coaxial cable must be wired for monitoring and recording, and the cost of installing various cables and cameras increases, as well as external There is a problem of recording even in a normal state where no intrusion or fire occurs. In addition, security systems using existing personal computers have a high risk of losing not only previously stored data but also data obtained during intrusion when an intruder destroys the personal computer. As a result, they cannot fully protect against crime against intruders.

Accordingly, an object of the present invention is to solve the above-mentioned problems. When an intruder, fire, or gas leak occurs at night or in the absence of a general personal computer and the Internet, an intruder or an intruder may be used. Automatically detects fire and gas leaks and operates web cameras and microphones. The abnormal situation invades by comparing with the threshold value set in advance by using the data acquired from the heat tracking sensor and the image and sound values of the abnormal situation. Its purpose is to provide a safety guard system using the Internet that can determine various fire and gas leaks and to cope with various abnormal situations.

According to a feature of the present invention proposed to achieve the above object, the security guard system using the Internet is a heat tracking sensor that can detect external invasion, fire, gas leakage, and the like, the abnormal signal detection of the heat tracking sensor At least one web camera and at least one microphone which can be operated when an authorized user connects to a remote site or at least one microphone, and whether the signal obtained from the abnormal presence extracting unit is external intrusion. And a central processing unit configured to determine whether the gas leak is compared with a predetermined threshold value, and an alarm unit which expresses an alarm signal from the central processing unit using a speaker and a warning lamp. Wireless communication with internet network that can transmit video, sound and control signal from remote location A comprises, through the internet and a wireless communication network and a context processor that can handle a variety of situations.

The central processing unit includes a central processing unit for comparing and analyzing a signal from the abnormality extraction unit with a threshold value, a screen display unit for displaying a device setting state or progress, image data input through a web camera, and the like. Key input unit for inputting settings and operations, storage device for storing signals coming from web cameras and microphones, and video, sound, and control signals to other devices or other places to handle various situations. It consists of an interface unit.

The situation processing unit may include a web-to-phone message delivery device unit using an internet voice transmission protocol, a remote storage unit configured to store the video signal and a sound signal in a mass storage device of a server of a web hosting company, and the internet at a remote location. After accessing the web hosting company's homepage using the network, the remote monitoring device unit can check the video and sound of the local area after the authentication process of ID and password, and the remote monitoring device unit or the wireless terminal and the wireless communication network. It includes a remote control unit that can control the local equipment by using.

According to another embodiment of the present invention, a heat tracking device capable of detecting external invasion, fire, gas leakage, and the like, may be operated when an abnormal signal of the heat tracking device is detected, or a remotely authenticated user may be connected. At least one web camera and at least one microphone that can be operated, and the central processing unit for determining the signal obtained from the web camera and the microphone compared to a predetermined threshold, such as external intrusion, fire or gas leakage And an internet network and a wireless communication network capable of transmitting images, sounds, and control signals from the central processing unit to a remote location, and an internet including a situation processing unit capable of processing various situations through the internet network and the wireless communication network. In the method of the security guard system using a signal, a signal that can recognize the intruder, fire or gas leak The central processing step and the central processing step for determining whether the intrusion, fire or gas leakage by comparing the abnormal signal from the abnormal presence and extraction step, and the abnormal signal from the abnormal presence extraction step with a predetermined threshold value from the computer According to the decision value, the situation processing step that can handle various situations, the remote monitoring step that can monitor the area from the outside according to the user's choice, and the device of the area can be controlled from the outside according to the user's choice Remote control phase.

The situation processing step is a warning step that the alarm sound and the alarm light is turned on when it is determined that intrusion, fire or gas leakage has occurred, and the web-to-phone message that delivers the message after dialing to a predetermined place by using the Internet voice transmission protocol for each situation It consists of a transmission step and a remote storage step of remotely storing the video and sound signals of the local area on the mass storage device of the server of the web hosting company.

1 is a block diagram showing the operation of a conventional general security device

2 is a view showing the overall configuration of the Internet security security system according to a preferred embodiment of the present invention

3 is a block diagram showing a partial flow of the Internet security guard system according to a preferred embodiment of the present invention

4 is a block diagram showing a web-to-phone-based message delivery process through the Internet according to the present invention.

5 is a block diagram illustrating a process of storing data to a remote storage unit according to the present invention.

6 is a block diagram illustrating a process of controlling a device and a device through a wireless terminal and a wireless internet network.

7 is a block diagram showing the operation of the alarm device when a situation occurs

8 is a block diagram showing a process of performing a monitoring function at a remote location via the Internet.

<Description of the code | symbol about the principal part of drawing>

200: abnormal presence extracting unit 350: interface unit

210: Web camera 360: Internet network

220: heat tracking sensor 400: internet network

230: microphone 410: wireless internet network

300: central processing unit 510: web-to-phone method message delivery unit

310: central processing unit 520: remote storage unit

320: screen display unit 530: remote monitoring unit

330: key input unit 540: remote control unit

340: storage device 550: alarm device

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing the operation of a conventional general security device.

As shown in the drawing, when the conventional security device confirms the external intrusion in the monitoring area where the sensor is installed, as in step 110, the sensor operates as in step 120 to generate an alarm sound as in step 130 and signals to the contracted security company. You will be notified of the intrusion by sending. Then, as shown in step 140, the security guard of the security company is sent to the area where the alarm signal is generated to perform the security activities.

2 is a block diagram showing a preferred embodiment of the Internet security guard apparatus according to the present invention, such a device is an abnormality extraction unit 200, the central processing unit 300, the Internet network 400, the situation processing unit ( 500).

In addition, as illustrated, the abnormality extraction unit 200 includes at least one web camera 210, at least one heat tracking sensor 220, and at least one microphone 230. The heat tracking sensor 220 detects when an external intruder or fire, gas leakage, etc. occurs and serves as a switch to operate the Internet security guard system according to the present invention, the web camera 210 and the microphone 230 is It plays a role of acquiring a corresponding intruder, a fire, a gas leak, and the like with images and sounds, and the obtained data is combined with the central processing unit 300.

The central processing unit 300 is a central processing unit 310 for comparing and analyzing a signal from the abnormality extraction unit 200 with a threshold value, and a screen for displaying the device setting status, progress or a signal coming through the web camera, etc. A display unit 320, a key input unit 330 for inputting user settings and operations, a storage device 340 for storing data input through a web camera and a microphone, and other devices for handling various situations. Or an interface unit 350 that can send an image, sound, or control signal to another place, and analyzes the data from the abnormality extraction unit 200 and judges it as an outsider's intrusion, fire, or gas leak. It is coupled to the situation processing unit 500 through 400.

In addition, the situation processing unit 500 uses an alarm device unit 550 consisting of a speaker 552 and a warning light 551 that emit sound and light when it is determined that an external intrusion, fire or gas leak has occurred, and using an internet voice transmission protocol. Web-to-phone message delivery device unit 510, a remote storage unit 520 capable of storing the video signal and the audio signal in the mass storage device 522 of the server 521 of the web hosting provider, and the remote from the After connecting to the server 521 of the web hosting company using the Internet network 400, the remote monitoring device 530 and the remote location that can check the video and sound of the area after the authentication process of the ID and password, It includes a remote control unit 540 that can control the device in the region by using the monitoring unit or the wireless terminal 542 and the wireless Internet network 410.

FIG. 3 is a block diagram showing a partial flow of the Internet security guard system according to the preferred embodiment of the present invention shown in FIG. 2, which is normally used as a general personal computer as in step S110, and when it is at night or absent. If you select the security guard function at will start the safety guard system using the Internet according to the present invention. When abnormality is detected in the heat tracking sensor 220 of the abnormality extracting unit 200 as in step S140, the central processing unit 310 of the central processing unit 300 compares the threshold value as in step S150 and intrudes or fires the gas. It is determined whether the leak is applied, the value is coupled to the situation processing unit 500 as in step S160.

FIG. 4 is a block diagram illustrating a web-to-phone message transmission process through the Internet shown in FIG. 2, and detects an abnormal signal from the abnormal presence extracting unit 200 by the heat tracking sensor 220 and performs the center as shown in step S210. When the signal is sent to the processing unit 300, the central processing unit analyzes the signals acquired in steps S220 and S230 in the central processing unit 310 to determine whether the signal is for intrusion of an inappropriate person from the outside, for fire or gas leakage. It determines whether it is a signal and selects a mode suitable for the situation. First, as in step S220, it is checked whether or not the situation is an abnormal signal by the intruder. When it is confirmed that the situation is an abnormal signal by the intruder, as shown in step S241, the user searches a database of telephone numbers set in advance and connects to the Internet. After that, as shown in step S252, the corresponding telephone number, that is, the police station, security service provider, or other user in advance to the message by web-to-phone delivery method. If it is determined in step S230 that the situation is not caused by an intruder, but due to a fire or gas leak, the user searches for a telephone number database set in advance by the user as shown in step S240 and connects to the Internet, and then applies as shown in step S251. After dialing the phone number, that is, the fire station or a predetermined place by web-to-phone method, the message is delivered. As in step S250, the user's terminal transmits a message every time a situation occurs, and the process is repeated until the message is delivered in case the message is not delivered smoothly due to a communication failure.

FIG. 5 is a block diagram illustrating a process of storing data to a remote storage unit illustrated in FIG. 2, and illustrates a process of storing data acquired through a web camera and a microphone to a remote storage device. When an abnormal signal is detected or when a user requests storage of video or audio data obtained during an on-site monitoring, the server is connected to the server 521 of the web hosting provider as in step S310, and user authentication is performed in step S320. After the process, the mass storage device 522 of the web hosting company transmits and stores the video and audio data as shown in step S340. As for the amount of data to be stored, the user can preset the recording time of the web camera and the recording time through the microphone in advance, and store the data as much as the set time when the situation occurs as in step S350.

FIG. 6 is a block diagram illustrating a device and device control process through the wireless terminal and the wireless Internet network shown in FIG. 2 and transmits a signal from the user's wireless terminal 542 to the wireless base station 541 as shown in step S410. After accessing the base station in step S420 and then using the wireless internet network 410 of FIG. 2, the server accesses the server 521 of the web hosting company using the wireless internet service as shown in step S430, and then connects as in step S440. In the case of a terminal capable of receiving an image after passing the user authentication process, the intruder receives a video and audio signal as shown in step S450 and monitors the site as in step S451 while transmitting a signal for controlling the field device as in step S452. In the case of a terminal which actively copes with a fire, a gas leak, and the like and cannot receive an image, it transmits a field device control signal in step S452. This is to use the wireless terminal as a remote remote control using the wireless Internet network.

FIG. 7 is a block diagram illustrating the operation of the alarm device when the situation shown in FIG. 2 occurs. When an abnormal situation occurs, the alarm sound and the warning light are output through the speaker 552 and the warning light 551. In step S510, if the abnormality is detected from the presence or absence extracting unit 200 and determines that an abnormal situation occurs in the central processing unit 300 as in step S520, the alarm signal is output to the speaker 552 and the warning lamp as in steps S540 and S550. 551), a high-pitched warning sound or a pre-recorded voice or warning light is activated. In addition, if the voice is sent directly through the terminal while checking the site situation to the remote display screen 532 or the video phone 511 as necessary, the voice signal is received by the interface unit 350 of the central processing unit 300 as shown in step S530. After that, the speaker 552 may process a situation by making an actual voice in a corresponding region as shown in step S560.

FIG. 8 is a block diagram showing a process of performing a monitoring function at a remote location through the Internet shown in FIG. 2, and accessing the Internet from the outside where the Internet is available to the server 521 provided by the web hosting company in step S610. After connecting and entering the user's pre-registered ID and password as shown in step S620 and confirming that the user is authenticated as in step S630, the web camera and microphone of the corresponding area can be driven as shown in step S640, and this is also controlled. By doing so, the user can receive the video and sound data transmitted from the region as shown in step S650 through the screen display unit and the speaker installed at a remote location, and the received video and sound data can be confirmed through the screen display unit and the speaker. In addition, it can be stored in the mass storage device 521 of the web hosting provider as step S670, and also Surveillance activity in the region can be continued until disconnection as in step S680.

As described above, the security security system using the Internet of the present invention uses an Internet network, a personal computer that can be used in a general home, and anyone can easily use the Internet by attaching a thermal tracking sensor, a web camera, and a microphone. You can decorate the security guard system, and wherever you have the Internet, you can see the internal situation of the place you want to check through the web camera remotely through the proper authentication process through the web page of the web hosting company, and the user's setting According to the situation, after dialing to the user's personal terminal, police station, fire department or security service provider to send a message to check the situation and take action, it is possible to promptly handle in case of various situations, Understand the internal situation even if It is not restricted by time, place, and distance, and in case of abnormal situation, the contents can be stored in the storage device and the web hosting company's server to prevent the destruction of on-site evidence. The security guard system used can be decorated.

Claims (3)

Heat tracking device that can detect external invasion, fire, gas leakage, etc., and at least one web that can operate when an abnormal signal of the heat tracking device is detected, or when an authorized user connects from a remote site. A central processing unit configured to determine whether the abnormality extraction unit comprises a camera and at least one microphone, and compares a signal obtained from the abnormality existence extraction unit with a preset threshold value such as external intrusion, fire, gas leakage, etc. It includes an alarm unit for expressing the alarm signal from the processing unit using a speaker and a warning light, and has an internet network and a wireless communication network that can transmit the image, sound, and control signals from the central processing unit to a remote location, It includes a situation processing unit capable of processing various situations through the Internet network and a wireless communication network. Safe security system using the Internet The apparatus of claim 1, wherein the central processing unit comprises: a central processing unit for comparing and analyzing a signal from the abnormality extraction unit with a threshold value; a screen display unit for displaying a device setting state, a progress state, or a signal input through a web camera; Key input unit for inputting user's setting and operation, storage device that can store the incoming signal through web camera and microphone, and video, sound, and control signal to other device or other place to handle various situations Security guard system using the Internet consisting of the interface that can be sent The apparatus of claim 1, wherein the situation processing unit comprises: a web-to-phone message delivery device using an internet voice transmission protocol; and a remote storage device capable of storing the video signal and the audio signal in a mass storage device of a server of a web hosting company. Remote remote monitoring device to check the video and sound of the local area after accessing the server of the web hosting provider using the Internet network from the remote site and the user authentication process of ID and password, and the remote monitoring device or Security guard system using the Internet, characterized in that it comprises a remote control unit for controlling the device of the region using a wireless terminal and a wireless communication network