KR102642050B1 - Light Control System for Eradicating Illegal Intruder at Apartment and Method thereof - Google Patents

Abstract

The lighting control method for combating illegal intruders in an apartment according to the present invention includes the steps of storing face information of residents of an apartment or house on a server, transmitting and storing the resident face information stored in the server to each lighting module, and controlling the front door inside the apartment. A step in which camera 2 installed at the top captures a resident going out and transmits the captured video information 2 to the server, and a step in which the server extracts and stores the color information of the bottoms and tops worn by the resident going out from the received video information 2. A step of allowing the server to transmit and store the extracted color information of the bottoms and tops of a resident going out to each lighting module, a step of allowing an entry attempter to access the door lock module installed on the front door of the apartment or house, and Steps where the installed camera 1 captures the approaching entry attempter and transmits the captured video information 1 to the server; the server extracts face information from the received video information 1 of the access attempter; and the face information extracted by the server is A step of transmitting to a lighting module, a step of comparing the received face information with the previously stored face information by the lighting module, and if the comparison results match, a step of each lighting module transmitting “OK” information to the server, and the server If the “OK” information received from each lighting module is less than a certain percentage (50%), the server determines that the person attempting entry is an illegal intruder and transmits the judgment result information to each lighting module, and selecting the first light among each lighting module. The module turns on the jurisdictional light and provides voice information in the form of questions to the intruder through the speaker, such as “Who are you?”, “Who are you?”, and “Excuse me, who are you?”, and the second lighting module provides pre-stored voice information such as “Who are you?”, “Who are you?”, etc. “Music information” is provided by playing through a speaker, and the third lighting module is characterized by including a step of transmitting intruder information to a pre-stored resident smart terminal to take action.

Description

Light Control System for Eradicating Illegal Intruder at Apartment and Method there}

The present invention relates to an attempt to ward off illegal intruders by pretending that a person is present in the house through a speaker when an illegal intruder attempts to break into a private residence such as a house or apartment.

The prior art related to the present invention is disclosed in Republic of Korea Patent No. 10-1123017 (announced on March 16, 2012). Figure 1 is a diagram showing the configuration of a smart power saving system for the conventional building. In Figure 1, the smart power saving system of a conventional building consists of a smart sensor (10), a smart switch (20), a smart outlet (30), a remote central server (40), and a remote monitoring controller (50), and the smart sensor ( 10) is provided with a sensor body (1) in which the upper body (1a) can be embedded in the ceiling and has an angle adjusting part (1c) that can adjust the angle of the lower body (1b) from the upper body (1a). Therefore, the lower body 1b includes an infrared sensor 11 that detects the user's movement indoors, an illuminance sensor 12 that detects the brightness of the room so that the light is not turned on unnecessarily like during the day even if the user's movement is detected, It consists of a buzzer (13) that makes a sound by detection by the infrared sensor (11) when setting the crime prevention mode, a smart switch (20), and a transmitter and receiver (SS) that can transmit and receive wirelessly with the smart outlet (30), and the above The upper body (1a) has a built-in circuit board (HR) and constitutes a power supply terminal that supplies power to the circuit board (HR). The circuit board (HR) inputs/outputs/determines information according to set values. A microcontroller (MC) that manages and controls the infrared sensor (11), illuminance sensor (12), buzzer (13), transmitter/receiver (SS), and network terminal (14), and a microcontroller (MC) connected to the microcontroller (MC). It consists of a network terminal 14 that transmits and receives information from the controller (MC) to the central server 42 by wire, and includes an infrared sensor 11, an illuminance sensor 12, a buzzer 13, and The cable of the transmitting/receiving unit (SS) is preferably connected to the circuit board (HR) of the upper body (1a) through the internal passage of the angle adjusting unit (1c). In addition, as shown in Figure 5 of the attached drawing, the smart switch 20 has a rear panel 2a formed with a conductor hole and a wall mounting bolt hole into which the lighting line connected to the indoor lighting and the power line connected to the indoor distribution board are inserted, and the rear panel The front panel (2b) is coupled to the front of (2a) and consists of a switch unit that turns on/off indoor lighting and a control unit that controls it, and a lighting line, a power line, a switch section, and a control section inside the rear panel (2a). Equipped with a switch body (2) having a connected circuit board (HR), the switch part of the front panel (2b) is composed of a plurality of manual buttons (21) to turn on/off the lighting, and the front panel (2b) The control unit includes a selection button (22) that allows you to select the microcontroller (MC) settings in automatic/manual/crime prevention mode and set the setting value, and a digital display unit (23) that displays the mode selection and shows the set value. It consists of a smart sensor (10) and a transmitter/receiver (SS) that transmits and receives wirelessly, and the circuit board (HR) includes a relay (RE) that automatically turns on/off the power supply to the lighting, and the selection button (22). It is desirable to configure it with a microcontroller (MC) that inputs/outputs/determines information according to the settings of ) and manages and controls the digital display unit 23, the transmitter and receiver unit (SS), and the relay (RE). In addition, the smart outlet 30 is coupled to a rear panel 3a with a conductor hole into which the power line connected to the indoor distribution board is inserted and a bolt hole for wall mounting, and the front of the rear panel 3a to supply power to an electric appliance. The outlet body (3) has a front panel (3b) consisting of a socket portion for inserting a supplied plug and a control portion for controlling the same, and a circuit board (HR) connected to the power line, socket portion, and control portion inside the rear panel (2a). ), wherein the socket portion of the front panel (3b) constitutes a plurality of plug insertion sockets (31) that supply power to indoor electric appliances, and the control portion of the front panel (3b) includes a microcontroller (MC). A selection button (32) that allows you to select the setting as always/power saving mode and set the setting value, a digital display unit (33) that displays the mode selection and the set value, and a signal from the smart sensor (10). It consists of a receiving unit (SS1), and the circuit board (HR) includes a relay (RE) that automatically turns on/off the power supply of the power plug, and inputs/outputs information according to the settings of the selection button 32. / Judging by this, it is desirable to configure it with a microcontroller (MC) that manages and controls the digital display unit (33), receiver (SS1), and relay (RE). In addition, the remote central server 40 is equipped with a network computer consisting of a network end server 41, a central server 42, a display unit 43, and a control unit 44 in the central management room of the building, and the network end server ( 41) collects the network terminals 14 connected to the smart sensors 10 in each room throughout the building and transmits them to the central server 42, and transmits and receives signals from the central server 42 with each smart sensor 10. , using a network terminal connected to an external Internet communication network, the central server 42 processes and stores data transmitted to the network server 41, analyzes energy usage for each room, and allows the manager to use efficient building energy. A management plan is prepared, and at the same time, a PC is used that can operate/control each smart switch (20) and smart outlet (30) according to the administrator's commands, and the display unit (43) is connected to the central server (42). A monitor is used that displays data information and signals sent from each smart sensor 10 individually and collectively in real time, and the control unit 44 uses a keyboard that directly transmits operating commands to the central server 42. It is desirable to use In addition, the remote monitoring controller 50 is equipped with a portable communication terminal such as a smartphone that integrates the functions of a computer, and the portable communication terminal wirelessly connects to the network server 41 through an Internet communication network to transmit and receive information to the central network. It uses an information and communication medium that directly transmits operation commands to the server 42.

The smart power saving system of a conventional building configured as described above can effectively manage the power usage of the building, but cannot eliminate illegal intruders who enter the building illegally. Therefore, the purpose of the present invention is to combat illegal intruders who try to illegally enter the house by using the existing lighting system of an apartment or house. In addition, the present invention is intended to efficiently utilize the lighting system of an apartment or house by minimizing the power used while repelling illegal intruders.

The lighting control method for combating illegal intruders in an apartment according to the present invention having the above purpose includes the steps of storing face information of residents of an apartment or house on a server, and transmitting and storing the resident face information stored in the server to each lighting module. Wow, the step of camera 2 installed on the upper part of the front door inside the apartment filming a resident going out and transmitting the captured video information 2 to the server, and the server receiving color information of the bottoms and tops worn by the resident going out from the received video information 2. A step of extracting and storing, a step of having the server transmit and store the extracted color information of the bottoms and tops of residents going out to each lighting module, and a step of having an entry attempter access the door lock module installed on the front door of the apartment or house. A step in which camera 1 installed in the door lock module photographs an approaching entry attempter and transmits the captured video information 1 to the server, a step in which the server extracts face information from the received video information 1 of the entry attempter, and the server A step of transmitting the extracted face information to each lighting module, a step of the lighting module comparing the previously stored face information with the received face information, and if the comparison results match, each lighting module transmits “OK” information to the server. A step of, if the "OK" information received by the server from each lighting module is less than a certain percentage (50%), the server determines that the person attempting entry is an illegal intruder and transmits the determination result information to each lighting module, Among the lighting modules, the first lighting module turns on the jurisdictional lighting and provides pre-stored voice information in the form of questions such as "Who are you?", "Who are you", and "Excuse me, who are you?" through the speaker to the intruder. The second lighting module provides pre-stored “music information” by playing it through a speaker, and the third lighting module is characterized by including a step of transmitting intruder information to a pre-stored resident smart terminal to take action.

The lighting control system and method for repelling illegal intruders in an apartment according to the present invention configured as described above is effective in repelling illegal intruders using the lighting system of an apartment or existing house. In addition, the present invention configured as described above has the effect of enabling rational use of the lighting system by saving energy by switching all lighting modules from wake up modules to sleep modules when there is no attempt by an attempt to enter. In addition, since the present invention mainly uses existing systems, it has the effect of reducing construction costs. In addition, the present invention can increase the effect of making illegal intruders think that there are actually residents inside the apartment or house by constructing lighting modules that provide different information. In addition, the present invention primarily determines whether an illegal intruder is based on facial information, and if facial information cannot be used to determine whether an illegal intruder is present, the illegal intruder is determined based on color information of clothes worn, such as bottoms and tops, of the person attempting entry. This has the effect of being able to reliably determine an intruder into an apartment or house.

1 is a diagram showing the configuration of a smart power saving system in a conventional building;
Figure 2 is a control flowchart of the lighting control method for combating illegal intruders in an apartment according to the present invention;
Figure 3 is a configuration diagram of a lighting control system for combating illegal intruders in the apartment of the present invention;
Figure 4 is a configuration diagram of a first lighting module applied to the present invention;
Figure 5 is a configuration diagram of a second lighting module applied to the present invention;
Figure 6 is a configuration diagram of a third lighting module applied to the present invention;
Figure 7 is a configuration diagram of a door lock module applied to the present invention.

The lighting control system and method for eradicating illegal intruders in apartments according to the present invention, which has the above-mentioned purpose, will be described based on FIGS. 2 to 7 as follows.

Figure 2 is a control flowchart of the lighting control method for exterminating illegal intruders in an apartment according to the present invention. In Figure 2, the lighting control method for combating illegal intruders in an apartment according to the present invention includes a step (S11) of storing face information of a resident of an apartment or house on a server, and a step (S11) of storing the resident's face information stored in the server into a first lighting module and a second lighting module. and a step (S12) of transmitting to the third lighting module and storing it, and a step (S13) of camera 2 installed on the upper part of the front door inside the apartment filming a resident going out and transmitting the captured video information 2 to the server. A step (S14) of extracting and storing the color information of the bottoms and tops worn by the resident going out from the received image information 2, and the server extracting the color information of the bottoms and tops of the outside residents from the first lighting module and the second lighting module. A step of transmitting and storing data to the lighting module and the third lighting module (S15), a step of the entry attempter accessing the door lock module installed on the front door of the apartment or house (S16), and a step of accessing the door lock module installed on the door lock module (S16). A step of photographing the entry attempter and transmitting the captured video information 1 to the server (S17), a step of the server extracting face information from the received video information 1 of the entry attempter (S18), and the server extracting the extracted face information. A step of transmitting to the first lighting module, a second lighting module, and a third lighting module (S19); a step of comparing the previously stored face information in each lighting module with the received face information of the person attempting to enter (S20); and the comparison result matches. In this case, each lighting module transmits "OK" information to the server (S21), and if the "OK" information received by the server from each lighting module is less than a certain percentage (50%), the server determines that the entry attempt is illegal. A step (S22) of determining that an intruder is an intruder and transmitting the judgment result information to each lighting module (S22), and among each lighting module, the first lighting module turns on its jurisdictional light and pre-stored messages such as "Who are you?", "Who are you?", and "Excuse me" Voice information in the form of questions such as “But who are you?” is provided to the intruder through the speaker. The second lighting module plays and provides pre-stored “music information” through the speaker, and the third lighting module transmits the intruder information to the pre-stored resident. It is characterized by including a step (S23) of transmitting to a smart terminal and taking action. In addition, if the “OK” information received in step S22 is 0%, the server determines that face information has not been received from camera 1 and receives image information 2 from camera 2 installed on the inside upper part of the front door of the apartment or house. A step of extracting the color information of the bottoms and tops of the entry attempter (S31), and a step of the server comparing the extracted color information of the bottoms and tops of the access attempter with the previously stored color information of the bottoms and tops of the resident who went out (S32). If they do not match, the server determines that the person attempting to enter is an illegal intruder and transmits the illegal intruder determination result information to each lighting module (S33), and among the lighting modules, the first lighting module turns on the lighting under its jurisdiction. Pre-stored voice information in the form of questions such as "Who are you?", "Who are you", and "Excuse me, who are you?" is provided to the intruder through the speaker, and the second lighting module plays the pre-stored "music information" through the speaker. The third lighting module is characterized in that it includes a step (S34) of transmitting intruder information to a pre-stored resident smart terminal to take action. In the case where an illegal intruder is present, the first lighting module provides voice information in the form of a question and the second lighting module provides music information so that the intruder may perceive that there are people inside the apartment. The third lighting module is intended to quickly transmit an intrusion attempt to the resident's smart terminal so that the resident can contact the police station or security company to take action. In the above, the first lighting module may be a lighting module installed near the front door of an apartment or house, the second lighting module may be a lighting module installed in the living room, and the third lighting module may be another lighting module installed in the kitchen or living room. It can be. In addition, providing voice information and music information in the form of questions and transmitting intrusion attempts to resident smart terminals can also be implemented with a single lighting module. In addition, in step S34, the first lighting module provides voice information in the form of a question. This can be repeated two or more times, such as three or more times, and in the case of repetition, it can be repeated with a different question form. In other words, it is possible to provide a voice as if there were an actual resident by first providing a voice such as "Who are you?" and then repeatedly providing a voice such as "Excuse me, who are you?"

Figure 3 is a diagram showing the configuration of a lighting control system for combating illegal intruders in an apartment according to the present invention. In Figure 3, the lighting control system for combating illegal intruders in an apartment according to the present invention receives and stores video information 2 of a resident going out from a camera 2 installed on the upper part of the inner front door of an apartment or house, and detects the person attempting to enter by approaching the front door. At the time, facial information of the person attempting to enter is extracted and stored from video information 1 received and stored from camera 1 installed in the door lock module 700, the extracted facial information is transmitted to each lighting module, and an “OK” is received from each lighting module. When information is received and the received "OK" information is less than 50% of the total lighting module, the person attempting to enter is judged to be an illegal intruder and the information resulting from the illegal intruder determination is transmitted to each lighting module, and the "OK" information received from each lighting module When is 0%, the color information of the bottoms and tops of the resident going out is extracted and stored from the image information 2 received from camera 2, and the color information of the bottoms and tops of the occupant attempting to enter is also extracted from the image information 1 received and stored from camera 1. Information is extracted and stored, and the extracted color information of the bottoms and tops of the person trying to enter is compared with the previously stored color information of the bottoms and tops of the resident going out. If there is a mismatch, the person trying to enter is judged to be an illegal intruder and determined to be an illegal intruder. A server 100 that transmits the result information to each lighting module, a camera 1 (200) installed in the door lock module to photograph the person attempting to enter and transmit the captured video information to the server through the transmitting and receiving unit of the door lock module, and a camera 1 (200) installed in the door lock module, Camera 2 (300) is installed on the upper inside of the front door of the house to photograph residents going out and transmit the captured video information 2 to the server, and stores the resident's face information and receives facial information extracted from the server. The first light compares the received face information with the previously stored face information and, if there is a match, sends "OK" information to the server. It receives information on the result of determination of an illegal intruder from the server, turns on the light, and provides voice information in the form of a question. The module 400, which stores face information of residents of an apartment or house, receives and stores face information extracted from a server, compares the received face information with the previously stored face information, and returns 'OK' information if they match. A second lighting module 500 that transmits information to the server and provides music information such as classical music upon receiving the illegal intruder determination result information from the server, and facial information extracted from the server that stores facial information of residents of the apartment or house. It receives and stores the extracted face information and the pre-stored face information, and if they match, sends “OK” information to the server. When the illegal intruder determination result information is received from the server, the illegal intruder information is sent to the pre-stored resident smart terminal. It is characterized by consisting of a third lighting module (600) and an Internet or wireless communication network (900) that connects the door lock module, server, camera 2, first lighting module, second lighting module, and third lighting module through a network. It is done by. In addition, if the "OK" information received from each lighting module above is 0%, it is a case where face information cannot be extracted from video information 1 captured by camera 1, and the person attempting entry covers the face by wearing a hat or wearing glasses. , If face information cannot be extracted when wearing a mask, etc., it can be determined whether the person attempting entry is an illegal trespasser based on the color information of the bottom and top. It can be done. In addition, if the person attempting entry is not an illegal intruder, such as a postman or a relative, the video information 1 stored in the server is transmitted to the third lighting module, and the third lighting module transmits the received video information 1 to the resident's smart terminal. You can deal with it by sending it.

Figure 4 is a configuration diagram of the first lighting module applied to the present invention. In Figure 4, the first lighting module 400 applied to the present invention includes a switching circuit 410 that turns the lighting on and off, a memory 420 that stores resident face information and voice information in the form of a question, and a server. and a transmitter/receiver unit 430 for transmitting and receiving data, a speaker unit 440 providing voice information and music information, and receiving the face information of the entry attempter extracted from the server and the received face information of the entry attempter and the previously stored face. The information is compared, and if there is a match, "OK" information is controlled to be sent to the server. Information on the result of the determination of an illegal intruder is received from the server, and a control signal is transmitted to the switching circuit to turn on the lighting. It is characterized by being composed of a control unit 450 that sequentially repeats voice information and provides it through the speaker unit.

Figure 5 is a configuration diagram of a second lighting module applied to the present invention. In Figure 5, the second lighting module 500 applied to the present invention includes a memory 520 that stores resident face information and music information such as classical music, a transmitter and receiver 530 for transmitting and receiving data to and from a server, and a digital The speaker unit 540, which converts music information into an analog signal and provides it, receives the face information of the entry attempter extracted from the server, compares the received face information of the entry attempter with the previously stored face information, and says “OK” if they match. It is characterized by being composed of a control unit 550 that controls the transmission of information to the server, receives information on the result of determination of an illegal intruder from the server, and provides music information previously stored in the memory through the speaker unit.

Figure 6 is a configuration diagram of a third lighting module applied to the present invention. In FIG. 6, the third lighting module 600 applied to the present invention includes a memory 620 that stores resident face information and unique information on the smart terminal owned by the resident, and a transmitting and receiving unit 630 for transmitting and receiving data with a server, etc. Wow, the face information of the entry attempter extracted from the server is received, the received face information of the entry attempter is compared with the previously stored face information, and if there is a match, "OK" information is sent to the server, and the result of the determination of an illegal intruder is received from the server. It is characterized by being composed of a control unit 650 that receives information and provides illegal intruder information to a resident smart terminal pre-stored in memory.

Figure 7 is a configuration diagram of a door lock module applied to the present invention. The door lock module 700 applied to the present invention in Figure 7 is a generally known door lock module that additionally installs a camera to receive video information captured by the camera and transmits it to the server. The door lock module includes a password, etc. A key unit 710 for input, a memory 770 that stores input information from the key unit and image information received from camera 1, a locking unit 720 that is locked or unlocked by a command from the control unit, and a locking unit. A button unit 730 that generates an open signal for opening, a timer 740 that provides time information to the control unit, a communication unit 750 for data transmission and reception, and an open signal generated by the button unit that is received and controlled. It transmits a signal to the locking unit to control the unlocking of the locked door lock. By receiving time information from the timer, a control signal is sent to the locking unit to automatically lock the door lock after a certain period of time has elapsed after the door lock is unlocked. , It is characterized by being composed of a control unit 760 that stores image information captured and transmitted by camera 1 in a memory and controls the stored image information to be transmitted to the server through a communication unit.

100: Server, 200: Camera 1,
300: Camera 2, 400: First lighting module,
500: 2nd lighting module, 600: 3rd lighting module,
700: Door lock module

Claims (3)

In the case of an illegal intruder attempting to break into a private residence such as a house or apartment, a lighting control method for exterminating illegal intruders in an apartment by pretending that a person is present in the house through a speaker,
The lighting control method to combat illegal intruders in the apartment is,
A step (S11) of storing face information of residents of an apartment or house on a server;
A step (S12) of transmitting and storing the resident's face information stored in the server to the first lighting module, the second lighting module, and the third lighting module;
A step (S13) in which camera 2 installed on the upper part of the front door inside the apartment photographs a resident going out and transmits the captured video information 2 to the server;
A step (S14) in which the server extracts and stores color information of the bottoms and tops worn by the resident going out from the received video information 2;
A step (S15) of causing the server to transmit and store the extracted color information of the bottoms and tops of a resident going out to the first lighting module, the second lighting module, and the third lighting module;
A step (S16) in which the entry attempter approaches the door lock module installed on the front door of the apartment or house;
A step (S17) in which camera 1 installed in the door lock module photographs an approaching person attempting to enter and transmits the captured video information 1 to the server;
A step (S18) in which the server extracts face information from the received video information 1 of the person attempting to enter;
A step (S19) of transmitting the facial information extracted by the server to the first lighting module, the second lighting module, and the third lighting module;
Comparing each lighting module with the previously stored face information and the received face information of the person attempting to enter (S20);
If the comparison results match, each lighting module transmits “OK” information to the server (S21);
When the "OK" information received by the server from each lighting module is less than a certain percentage (50%), the server determines that the person attempting to enter is an illegal intruder and transmits the judgment result information to each lighting module (S22);
And among each lighting module, the first lighting module turns on the relevant lighting and provides pre-stored voice information in the form of a question through a speaker, and the second lighting module plays and provides pre-stored "music information" through a speaker. , The third lighting module is a lighting control method for combating illegal intruders in an apartment, characterized in that it includes a step (S23) of transmitting intruder information to a pre-stored resident smart terminal to take action.
According to paragraph 1,
If the “OK” information received in step S22 is 0%,
A step (S31) in which the server determines that face information has not been received from camera 1 and extracts the color information of the bottoms and tops of the person attempting to enter from the image information 2 received from camera 2 installed on the inside upper part of the front door of the apartment or house; ;
A step (S32) in which the server compares the extracted color information of the bottoms and tops of the person attempting to enter with the previously stored color information of the bottoms and tops of the resident who went out;
If they do not match, the server determines that the person attempting to enter is an illegal intruder and transmits information on the result of the illegal intruder determination to each lighting module (S33);
And among the lighting modules, the first lighting module turns on the jurisdictional lighting and provides pre-stored voice information in the form of a question to the intruder, such as “Who are you?”, “Who are you?”, “Excuse me, who are you?”, through a speaker, The second lighting module provides pre-stored “music information” by playing it through a speaker, and the third lighting module is characterized by comprising a step (S34) of transmitting intruder information to a pre-stored resident smart terminal to take action. Lighting control method to combat illegal intruders in apartments.
In a lighting control system for combating illegal intruders in an apartment, which aims to ward off illegal intruders by pretending that a person is present in the house through a speaker when an illegal intruder attempts to break into a private residence such as a house or apartment,
The lighting control system to combat illegal intruders in the apartment is,
Video information 2, which captures a resident going out, is received and stored from camera 2 installed on the upper part of the inner front door of an apartment or house, and is received from camera 1 installed on the door lock module 700 when an attempter approaches the front door. The face information of the person attempting to enter is extracted and stored from the stored video information 1, the extracted face information is transmitted to each lighting module, “OK” information is received from each lighting module, and the received “OK” information is used to set the entire lighting module. If the value is below the standard, the person attempting to enter is judged to be an illegal intruder and the information resulting from the illegal intruder determination is transmitted to each lighting module. If the “OK” information received from each lighting module is 0%, the video information received from camera 2 is The color information of the bottoms and tops of the resident going out is extracted and stored, and the color information of the bottoms and tops of the entry attempter is extracted and stored from video information 1 received and stored from camera 1, and the extracted bottoms and tops of the entry attempter are stored. a server 100 that compares the color information with the pre-stored color information of the bottoms and tops of a resident going out, and if they do not match, determines that the person attempting to enter is an illegal intruder and transmits information on the result of the illegal intruder determination to each lighting module;
Camera 1 (200) installed in the door lock module to photograph the person attempting to enter and transmit the captured video information to the server through the transmitter and receiver of the door lock module;
Camera 2 (300) is installed on the upper part of the front door of an apartment or house to photograph residents going out and transmits the captured video information 2 to the server;
As it stores the resident's face information, it receives face information extracted from the server, compares the received face information with the previously stored face information, and if there is a match, "OK" information is sent to the server, and information on the result of determination of an illegal intruder is received from the server. a first lighting module 400 that receives and turns on a light and provides voice information in the form of a question;
The face information of residents of an apartment or house is stored, and face information extracted from the server is received and stored. The received face information is compared with the previously stored face information, and if there is a match, 'OK' information is sent to the server. a second lighting module 500 that provides music information such as classical music upon receiving information on the result of determination of an illegal intruder;
The face information of residents of an apartment or house is stored. Face information extracted from the server is received and stored. The extracted face information is compared with the previously stored face information, and if there is a match, "OK" information is sent to the server. A third lighting module (600) that provides illegal intruder information to a pre-stored resident smart terminal upon receiving the illegal intruder determination result information;
and an Internet or wireless communication network (900) that connects the door lock module, server, camera 2, first lighting module, second lighting module, and third lighting module to a network. Lighting for combating illegal intruders in an apartment complex. control system.

Images