KR101693215B1 - An Integrated Sensor Control Apparatus and Method for DIY type Unmanned Security System - Google Patents

Abstract

In order to realize an unmanned security system that can be installed and operated by a general public, a wireless notification system for integrating a wireless sensor system that does not require installation work, an IP camera or a DVR (Digital Video Recorder) system, , Light siren and light control function, and an integrated sensor control system designed to interoperate with a low-priced wire sensor system as needed, and a method of operating the unmanned security system accordingly.

Description

[0001] The present invention relates to an integrated sensor control apparatus and method for an unmanned security system capable of self-installation and operation,

In order to realize an unmanned security system capable of self-installation and operation by a general person, a wireless sensor system, an IP camera or a digital video recorder (DVR) system, which does not require installation work, Control function and integrated sensor control system designed to interoperate with low-priced wired sensor system according to need and operation method of unmanned security system accordingly.

Conventionally, the unmanned crime prevention system is a simple monitoring-based system (monitoring (monitoring)) that detects only the opening and closing of the detector through a detector installed in a door or window of a house / shop / office / apartment / System, and a sensor detecting the occurrence of an unauthorized intrusion or the like by a third party is a mechanical contact connected by a wire or a wire sensor turned on or off by using an electronic switch.

In order to install such a wire detector, it is necessary to perform construction work such as cable wiring work, duct work, piping work, etc., and it may not be easy to install in the structure of the installation site. Especially, in the wired network construction using such a wire detector, the number of wired detectors is limited due to the difficulty of installation in unmanned security systems such as houses, apartments, villas, shops, etc., There is a problem that the security of the devices is weak.

In addition, the video surveillance system using the surveillance camera processes the image information captured by the camera and transmits it to the control server of the control center via the wired Internet network. .

And the control service operated by the existing unmanned security security companies requires the staff to establish the control system and operate the 24-hour dispatching system. For smooth operation, periodic management of the equipment and systems installed in the customer- And a service system for customer service needs to be constructed, which leads to an increase in system construction / maintenance costs, which leads to customer burden.

However, in spite of the situation where patrol of the police box in the jurisdiction, neighbors or neighboring places, and family visits can be solved easily and quickly, there are many cases where the security service provider is always provided with the dispatch service, .

In order to solve these problems, there has been a need for an autonomous security device that does not depend on a security company, and a security service capable of self-installation and operation.

The problem to be solved by the present invention is that the unmanned security system can be easily installed in a desired place even for a person without technical knowledge under the technical background described above and can be operated in a DIY (Do It Yourself) type There is a problem in providing an integrated sensor control apparatus and method.

In addition, a problem to be solved by the present invention is to provide a more reliable crime prevention system and a method thereof at low cost in addition to the above problems.

According to an aspect of the present invention, there is provided a wireless communication system including a wireless communication unit that wirelessly transmits and receives various wireless sensors (human body sensor, door sensor, fire sensor, gas sensor, smoke sensor, )and; A wireless remote control for arming and disarming security; A receiver for receiving a detection signal from the wireless sensors and a signal received from the receiver are analyzed and displayed on a display unit to turn on / off the illumination of the installation site and generate an audible alarm, and a digital contact input / output or data communication RS232 / 485) or an integrated sensor control device for transmitting a detection signal through TCP-IP communication; A telephone notification terminal for receiving a digital contact signal from the integrated sensor control device and calling an emergency call at a predetermined telephone number; Video server devices that receive a detection signal from the integrated sensor control device through a digital contact or data communication (RS232 / 485) and send the detection signal to the network; A control server relaying a detection signal transmitted from the integrated sensor control device via TCP-IP communication; A control program capable of receiving the detection signal from the control servers and controlling the integrated sensor control device; And transmitted to the terminals of the user driving the program.

Here, the wireless sensors are preferably operated by a battery for ease of installation, and it is preferable that the wireless sensors transmit only when a signal is detected while waiting in a power saving mode.

In addition, it is preferable that the wireless sensors send their own codes together when the signals are transmitted, so that the wireless sensors know the positions of the sensors.

The wireless remote controller is preferably a button type for easily transmitting a signal informing the arm and disarm to the receiver of the integrated sensor controller, and is preferably small so as to be portable.

The integrated sensor control device includes a wireless receiver for receiving signals from the wireless sensors and the wireless remote controller; A determination unit for receiving and processing the signals; A display unit for displaying the analyzed signal and the status; A lighting control unit for suppressing additional behavior of the intruder and obtaining a clearer video image; An alarm sound control section for warning the intruder; A signal input / output unit for digital contact input / output signal processing; A data communication unit for data communication; And a TCP-IP communication unit; And a wire sensor input unit; A privacy processing unit, and the like.

When the intrusion signal is generated from the wireless sensors at the time of arming, the illumination control unit of the integrated sensor control unit receives the ON signal from the determination unit and controls the illumination. In this case, the lighting time is preferably adjustable according to the timer function, It is preferable to provide ON / OFF control directly through the control program or the control program to provide the control function of the lighting equipment desired by the user.

The TCP-IP communication unit of the integrated sensor control device preferably supports WI-FI, which is a wireless communication method, to facilitate installation and operation.

The privacy processing unit of the integrated sensor control device physically turns off the camera and enters the armed state when the camera of the video server has to protect the privacy of the individual, that is, in a place such as a living room, Only the camera is turned on.

The telephone notification terminal includes a keypad for inputting a telephone number of a user by using a general telephone line, and a method of making an emergency telephone call to a user within a predetermined time upon receipt of a digital contact signal transmitted from the integrated sensor control device .

The video server devices may use an IP camera and a DVR (Digital Video Recorder), and preferably have a sensor input / output terminal for directly receiving a sensor signal, and a data communication (RS232 / RS485) port is preferable for various functions .

The control servers preferably include a Dynamic Domain Name Service (DDNS) server, a web server, and a control server that controls the web server.

In addition, the control server preferably includes a cloud server function capable of storing images when requested by the user.

Preferably, the control program is connectable to the sensor control apparatus through the control server and is capable of controlling all the functions and settings of the sensor control apparatus and includes the arming / disarm setting function of the wireless remote control. It is preferable that the control program is provided as an application for a PC and a smart phone according to a user's terminal.

The user's terminal preferably includes a personal computer, a smart phone and a tablet PC.

According to the embodiment of the present invention, the integrated sensor control device is implemented in a wireless box type, so that the integrated sensor control device can be installed in an area to be monitored anytime and anywhere without any difficult installation process such as a piercing and wiring work for installing various desired wireless sensors on a ceiling, It can be easily installed and used, and even if the installation place is moved, the previous installation becomes very easy.

In case of an emergency in case of an intrusion or fire, the system informs the smartphone directly through the telephone line and the Internet network. Therefore, it provides more reliable control function and can build / operate desired security system with relatively low maintenance cost. .

In addition, even when a user has already built a video server such as an IP camera or a DVR, the security system can be constructed by introducing only the wireless integrated sensor control unit of the present invention, thereby providing a very economical way of reducing redundant investment .

1 is a schematic block diagram of an unmanned security system in accordance with an embodiment of the present invention.
2 is a block diagram of an integrated sensor control apparatus according to an embodiment of the present invention.
3 is a flowchart illustrating an operation of the unmanned security system according to an embodiment of the present invention.
4 is a configuration example of an unmanned security system capable of self installation and operation according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. In order to clearly illustrate the present invention, parts not related to the description are omitted, and similar parts are denoted by like reference characters throughout the specification.

The expression "and / or" is used herein to mean including at least one of the elements listed before and after. Also, singular forms include plural forms unless the context clearly dictates otherwise. Also, components, steps, operations and elements referred to in the specification as " comprises "or" comprising " refer to the presence or addition of one or more other components, steps, operations, elements, and / or devices.

1 is a schematic block diagram of an unmanned security system in accordance with an embodiment of the present invention.

1, an unmanned security system 1 according to an embodiment of the present invention includes a wireless sensor 10, a wireless remote controller 20, an integrated sensor controller 30, a telephone notification terminal A video server device 50, a network 60, a control server 70, and a user's terminal 80. [

The wireless sensor 10 includes at least one human body sensor, a door sensor, a fire sensor, a gas sensor, a smoke sensor, a shock sensor, a shutter sensor, and external sensors. And normally operates in a mode of waiting for power saving mode and outputting the output only when a corresponding signal is detected. The wireless sensors 10 are implemented so as to be able to know the position of the corresponding sensors by transmitting the signals along with their codes. In addition, the wireless sensors 10 can be given a group code so that they are distinguished from the sensors in the adjacent installation area.

The wireless remote controller 20 is a button type for easily transmitting a signal informing the wireless reception unit 310 of the integrated sensor control unit 30 that the wireless remote controller 20 is armed and disarmed. The wireless remote controller 20 includes a group code and has a function of transmitting the group code to all the installed wireless sensors 10 and the integrated sensor controller 30 and inputting the group code.

2, the integrated sensor controller 30 includes a wireless receiver 310 for receiving signals from the wireless sensors 10 and the wireless remote controller 20, a determination unit 311, a display unit 312, A light control unit 314, a privacy processing unit 315, a wire sensor input unit 316, a signal input / output unit 317, a data communication unit 318, a TCP-IP communication unit 319, and a UPS 322 And a power supply unit 320 through an adapter 321 supplied with AC power from the power supply unit 320. This integrated sensor control device 30 will be described in more detail below.

The telephone notification terminal 40 should have a keypad for inputting a user's telephone number in a manner using a general telephone line and receive a digital I / O signal transmitted from the integrated sensor control device 30, (80). It is also preferable that the type of the abnormality signal to be informed is indicated together with a voice message.

The video server 50 may use an IP camera and a DVR (Digital Video Recorder). It is preferable that the video server 50 has a sensor input / output terminal for receiving sensor signals directly. It is preferable that a data communication (RS232 / RS485) Do.

As an embodiment of the present invention, the video server 50 describes an unmanned security system configured by using an IP camera, and it is obvious that there is no great difference in a DVR type video server.

The video server 50 includes one or more speakers and a microphone, and generates and outputs video data and audio data.

In other words, real-time conversation with real-time remote location and listening to the situation situation is possible with bi-directional audio support.

When the image is input to the image server 50, the image processing unit 50 compresses the image and transmits the image data through the network 60.

That is, since the image data is transmitted in real time regardless of the state of arming / disarming of the security, the real-time image data of the scene can be monitored even in the non-emergency state.

In one embodiment of the present invention, the video server 50 is a wireless IP camera, and can set a WI-FI without requiring LAN construction or cable construction wherever radio waves of a wireless LAN can reach regardless of the number of layers, There is an advantage in that it is possible to grasp the status of all connected layers in real time.

This is because it is possible to shorten the construction time and set the speed quickly because it is not necessary to perform difficult and complicated wiring work, and it has a significant effect of reducing the construction cost and labor cost.

When the intruder intrudes, the image data generated in the internal memory such as the SD card of the video server 50 can be stored.

In addition, the wireless signal is encrypted so as to maintain perfect security, and it is desirable to increase the visibility at night by installing an infrared LED to obtain a high-quality image at night.

The video server 50 can rotate 360 degrees in the horizontal direction and 80 degrees in the vertical direction so that there is no blind spot when attached to the ceiling and the rotation angle is controlled by the control program of the remote user terminal 80, And the like.

The user can listen to the voice while confirming the image transmitted in real time through the video server 50 to the user terminal 80 and can transmit the voice, and when the intruder intrudes, It can respond in real time by broadcasting a warning.

At this time, the network 60 may include a communication network as an aggregation of networks capable of communicating with a specific server. The connection type of the network 60 may include not only a wired connection but also any connection type such as wireless communication. , 3G, 4G network and the Internet.

The control server 70 is for controlling the integrated sensor control unit 30 through a built-in web server of the TCP-IP communication unit 319 and includes a DDNS (Dynamic Domain Name Service) server and a DB server, Server and the like.

The control server 70 may also have a function of relaying or controlling the video data through the network 60 from the web server of the video server 50. [ The control server 70 includes a file server or a cloud server function capable of storing images and is capable of controlling all the functions of the integrated sensor control device 30 through the control server 70 in a control program operated in the user terminal 80 do.

The user terminal 80 includes a personal computer (PC), a tablet PC, a smart phone, and all terminals connectable through the network 60. The control program operated by the user terminal 80 includes a control server 70 And is capable of controlling all the functions and settings of the integrated sensor control unit 30 and is capable of setting at least an arming / disabling function and an SMS, MMS, push notification, etc. when an intrusion and an emergency signal are inputted And a function of monitoring the real-time image.

Thus, the construction of the unmanned security system 1 according to an embodiment of the present invention has been described and the implementation of the integrated control sensor apparatus 30 will be described in more detail.

2 is a block diagram of an integrated sensor control apparatus according to an embodiment of the present invention.

2, the integrated sensor control unit 30 includes a wireless receiving unit 310 for receiving signals generated from the wireless sensors 10 and the wireless remote controller 20, a determination unit 311, a display unit 312 An illumination control unit 313, a privacy processing unit 315, a wire sensor input unit 316, a signal input / output unit 317, a data communication unit 318, a TCP-IP communication unit 319, And a power supply unit 320 through a power supply 321.

The wireless receiving unit 310 analyzes the detection signal, the sensor code, and the group code received from the wireless sensors 10 and transmits the analyzed signal to the determination unit 311. The wireless receiving unit 310 also receives the arming and releasing signals transmitted from the wireless remote controller 20 And transmits the result to the determination unit 311. In this case, the wireless signal system used is preferable to be transmitted in a general building structure.

The determination unit 311 performs all the signal processing, calculation, comparison, input / output, and communication necessary for operating the integrated sensor control device 30 and uses a CPU such as a microprocessor or DSP including a memory for storing information .

The display unit 312 displays all the contents that need to be notified to the user from the display of the armed / deactivated state, the display of the wireless sensor 10 which generates the detection signal when the armed state is detected, and the operation state of the integrated sensor control unit 30 (Liquid Crystal Display) or an organic EL (Organic Electro Luminescence).

The illumination control unit 313 receives an ON signal from the determination unit 311 when an intrusion signal is generated from the wireless sensors 10 in order to obtain an additional behavior inhibiting effect to the intruder and a vivid recording image at night when armed, It is preferable that the lighting time is adjustable according to the timer function. In addition, since the illumination is directly controlled to be ON / OFF controlled through the control program of the video server 50 or the user terminal 80, the empty hairs provide a preventive function. The LED lamp to be controlled by the lighting controller 313 is an LED lamp mounted on the box of the integrated sensor controller 30, but a separate large-capacity relay board is prepared in addition to the connection terminal to control all the lamps desired by the user can do. In this embodiment, two LED lamps of 12V5W are mounted.

The warning sound control unit 314 controls the speaker and the light siren. The speaker of the warning sound control unit 314 plays a role of guiding the sound and sound by receiving a control command from the judging unit 311 during arming and disarming and various states for the convenience of the user. The lightening siren of the warning sound control unit 314 alerts the intruder by driving the siren having a volume of 100 dB or more with intermittent blinking when an intrusion and an emergency signal are generated from the determination unit 311. [

The privacy processing unit 315 receives the status control signal from the determination unit 311 and is driven. When the camera of the video server 50 is required to protect the personal privacy of the user, that is, installed in the living room, Is to physically turn off the camera and turn on the power of the camera only when entering the armed state to protect the user's privacy. In addition, the privacy processing unit 315 includes input means for forcibly removing the privacy protection function when real-time image monitoring is required even in the unarmed state when guarding is required even in a normal situation like a child or a senior citizen. This input means may be provided by a physical push button or a control program of the user terminal 80.

The wired sensor input unit 316 is provided to use the wired sensors only in case the wireless sensor 10 is difficult to monitor. NO (Normal Open) or NC (Normal Close).

The signal input / output unit 317 is based on a function for processing an arming / canceling signal, an intrusion / emergency signal, and a remote lighting control signal through an alarm input / output terminal of the video server 50. At this time, the alarm input / output terminal of the video server 50 is a contact signal such as a TTL, an open collector, or a relay. That is, the signal input / output unit 317 appropriately processes these signals and performs a signal interface function between the determination unit 311 and the video server 50. Here, the meaning of the remote lighting control means that it is controlled through a control program driven by a remote user terminal 80 via the network 60. [

The signal input / output unit 317 has a function of receiving an intrusion and an emergency signal from the determination unit 311 and outputting a signal for driving the telephone notification terminal 40. In this case, the signal level is the relay contact signal and it supports NO (Normal Open) or NC (Normal Close) method.

In addition, when the card reader of the contact signaling system is used as an input tool for arming and disarming, the signal input / output unit 317 additionally receives signals of arming and disarming from the card reader and transmits them to the judging unit 311 .

In addition, the signal input / output unit 317 includes one or more relay input / output terminals for controlling external devices such as a door lock. It is preferable that these relay input / output terminals are directly controllable by the control program of the user terminal 80. [

The signal input / output unit 317 also receives a power failure signal from the UPS 322 and transmits it to the determination unit 311.

The data communication unit 318 performs RS-232 or RS-485 communication and is for serial data communication between the integrated control unit 30 and the video server 50. The data communication unit 318 controls the overall functions of the integrated sensor control unit 30 To be controlled by the user terminal 80 via the network 60 via the serial communication port of the video server 50. [

The data communication unit 318 also has a function of providing a communication interface for use as an input tool for arming and disarming when the card reader is an RS-232 or RS-485 system.

The TCP-IP communication unit 319 is for communicating with the integrated sensor control unit 30 and the control server 70 via the network 60 and has a built-in web server function. In addition, WI-FI, a wireless communication method, is supported to facilitate installation and operation.

The power supply unit 320 receives DC power from the adapter 321. At this time, the power supply unit 320 may supply various voltages and sufficient current capacity to supply the power of the telephone notification terminal 40 or the video server 50 as well as the power of the integrated sensor control unit 30 for easier user installation . This allows the user to install only one power adapter, which makes installation easier. In addition, the UPS 322 provides an uninterrupted power supply (UPS) function during a power failure.

Now, an operation method of the unmanned security system 1 according to an embodiment of the present invention will be described.

3 is a flowchart illustrating an operation of an unmanned security system according to an embodiment of the present invention.

Although not shown in the flowchart before describing the flowchart of FIG. 3, it is also possible to control the illumination control unit 313 for preventing arming and disarming control, the control of the privacy processing unit 315 for privacy protection, and the control of the signal input / output unit 317 ) Of the relay input / output terminal is processed as an interrupt so that a control command can be always executed.

In FIG. 3, step S100 means that the power of the integrated sensor control device 30 is turned on. When the power is turned on, the integrated sensor controller 30 initializes the respective peripheral devices in the order stored in the memory in the determination unit 311, and notifies the user of the READY state to the display unit 312 when the process is completed.

Step S110 is a step of WAITING input of an arm or release signal from the user. If an arming signal is input, step S120 is performed. If a release signal is inputted, step S130 is performed.

The methods of inputting the arming and releasing signals of the unmanned security system 1 according to an embodiment of the present invention include a method using a wireless remote controller 20, a method using a card reader through a signal input / output unit 317, a method using a signal input / A method of using an alarm output terminal of the video server 50 through the TCP-IP communication unit 319, a method of using a control program of the video server 50 via the data communication unit 318, And a method based on a control program of the system.

By providing various arming and releasing methods as described above, the unmanned security system 1 according to an embodiment of the present invention is intended to allow a user to select a more economical and convenient method while coping with environmental conditions of various users.

In step S120, when an arming signal is inputted, a beep sound notifying the user that the user will leave during a predetermined waiting time according to the arming method is outputted through the warning sound control unit 314, and when the time is completed, And outputs it to the warning sound control unit 314, and at the same time, displays the armed state on the display unit 312. In addition, through the signal input / output unit 317, the data communication unit 318, and the TCP-IP communication unit 319, signals indicating that the apparatus is armed are output to complete the armed status process. Then, the process enters a step of WAITING the signal detection (S140). If it is already armed, pass it.

Step S130 is a step performed when the release signal is input, and outputs a voice informing that the release is made to the alarm sound control unit 314, and at the same time, the display unit 312 indicates the release state. In addition, through the signal input / output unit 317, the data communication unit 318, and the TCP-IP communication unit 319, signals indicating that the device is in the released state are output to complete the process of the released state. Then, the process returns to step S110 of WAITING the arming and releasing again. If it is already released, it is passed.

In step S140, WAITING is performed to detect a detection signal from the wireless sensors 10 installed in the field or the wired sensors connected to the wired sensor input unit 316. If a signal is detected, the next step S150 is entered.

If a signal is detected, the integrated sensor control device 30 first performs an operation of suppressing the intruder's further action in step S150. That is, the illumination control unit 313 lights the illumination for a predetermined period of time, and at the same time, the warning light control unit 314 drives the light siren for a predetermined time. The time at this time can be set through the physical dip switch position in the integrated sensor control device 30 or the control program of the user terminal 80. [ As soon as this step is performed, the next step (S160) is entered.

In the signal detection notification step S160, signals indicating the armed state are output through the signal input / output unit 317, the data communication unit 318, and the TCP-IP communication unit 319. This is practically done at the same time as the lighting is turned on, not after the predetermined time described in step S150. The signal input / output unit 317 outputs a contact signal to the telephone notification terminal 40 and also outputs a signal to the alarm terminal of the video server 50 at the same time. Information such as human body detection, fire, door opening, gas detection, shock detection, and power failure are transmitted together through the data communication unit 318 and the TCP-IP communication unit 319 to the user terminal 80 ) In the control program.

Step S 170 is a step of transmitting a notification signal to the user and WAITING the confirmation of the user. In practice, however, the integrated sensor control device 30 immediately returns to step S 140 to wait for additional signals to be sensed. That is, step S 180 is drawn as if it was executed in the Y branch in step S 170 but is semantically so shown, and in fact, the user-requested task corresponding to step S 180 is an arming and releasing control command, Control of the privacy control unit 315 for protection of the privacy and control of the relay input / output terminal of the signal input / output unit 317, etc. are executed by interrupt, and control commands are always executed It is possible to do.

3, that is, S (200) to S (220) are execution steps on the user side.

Step S 200 is a step of confirming the SMS, MMS or push notification received from the user in the control program of the user terminal 80 and checking the real time image by accessing the video server 50 in the field. Of course, the telephone notification terminal 40 can directly call the smartphone of the user terminal 80 to notify that the signal is detected. In this step S200, the user enters the step S210 of confirming whether the received signal is an emergency situation.

In step S 210, the user confirms the real-time image of the scene through the control program of the user terminal 80, and if necessary, performs the two-way voice conversation of the IP camera, which is the video server 50, It is possible to listen to a scene sound or to respond to a situation in which the commands described in the above step S (180) are turned off, or are reported to a police box in charge or sent directly

4 is a flowchart illustrating an operation of the unmanned security system 1 according to an exemplary embodiment of the present invention. In addition, FIG. 4 illustrates an operation of the unmanned security system 1 using the IP camera as the image server 50, And FIG.

4 is a configuration example of an unmanned security system capable of self installation and operation according to an embodiment of the present invention.

4, the wireless sensors 410 can be easily attached to the user's desired position without wiring, and the IP camera 420, which is a video server, is mounted on the upper part of the box-type integrated sensor control unit 430, The connection cable between the IP camera 430 and the IP camera 420 is pre-wired so that the user does not need to connect. A light siren 440 and an LED 450 for illumination are attached to the front surface of the box-type integrated sensor controller 430.

Since the IP camera 420 and the box-type integrated sensor control unit 430 are connected to the Internet via WI-FI, no wiring work is required at all and the power of the IP camera 420 is directly supplied from the box- Only one power adapter 460 can be connected.

In order to establish an unmanned security system capable of self installation and operation according to the present invention,

The box-type integrated sensor controller 430 is implemented in a wireless box type so that the user can place the box at a desired position or attach it to a wall surface and connect only the power source. Further, various desired wireless sensors 410 can be installed on a ceiling, It is possible to easily install and use it in an area to be monitored anytime and anywhere, and even if the installation place is moved like a shop, the previous installation becomes very easy.

In case of an emergency in case of an intrusion, fire or power outage, it informs its own smartphone or PC immediately through telephone line and internet network, providing more reliable control function and constructing desired security system with relatively low maintenance cost. / Can be operated. And it also provides a good security protection function, such as empty house frequently or even a single female, by providing the preventive function and the privacy function.

In addition, even when a user has already built a video server such as an IP camera or a DVR, the security system can be constructed by introducing only the wireless integrated sensor control unit of the present invention, thereby providing a very economical way of reducing redundant investment It is self-evident.

In the above description, the IP camera is classified as an independent video server, which is a more economical method for a user who already has an IP camera. In this integrated sensor control device 30, It is a matter of course that a configuration that implements the function and operates as one control server 70 through the network 60 falls within the scope of the present invention.

The foregoing description is merely illustrative of the technical idea of the present invention and various changes and modifications may be made by those skilled in the art without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are intended to illustrate rather than limit the scope of the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be construed according to the scope of the appended claims, and all technical ideas within the scope of equivalents should be construed as falling within the scope of the present invention.

Figure 1 is a schematic diagram of an unmanned security system
1 10 Wireless sensor 1 20 Wireless remote control
1 30 Integrated sensor control device 1 40 Telephone notification terminal
1 50 video server 1 60 network
1 70 control server 1 80 user terminal
4 410 wireless sensors 4 420 IP cameras
Figure 4 Boxed integrated sensor control device
4 440 light siren
4 450 LED bulb
4 460 power adapter

Claims (1)

1. An integrated sensor control apparatus for an unmanned security system capable of self-installation and operation,
A wireless receiving unit 310 for transmitting a detection signal, a sensor code and a group code received from the wireless sensors 10 to a determining unit, receiving the arming and disarming signals transmitted from the wireless remote controller 20, and transmitting the arming and disarming signals to the determining unit;
A determination unit 311 that performs all signal processing, calculation, comparison determination, and control signal generation necessary for operating the integrated sensor control apparatus;
A display unit (312) for displaying an arming / disarming status display, a display of a wireless sensor which generates a detection signal when the arming / disarming apparatus is armed, and an operation status of the integrated sensor controlling apparatus to be informed to the user;
When an intrusion signal is generated from the wireless sensors 10, an ON signal is received from the determination unit 310 to control illumination attached to the integrated sensor control unit or illumination installed outside the integrated sensor control unit, An illumination control unit 313 for turning on / off the illumination by the illumination unit 313;
An audible alarm control unit 314 for receiving a control signal for trespassing and emergency situations from the judging unit to control the light siren to be driven, and to control the speaker to guide the current state (trespassing or emergency) to the voice;
A control signal is transmitted to the video server via the data communication unit to turn on the camera and the camera is powered on. When the camera is in the armed state, The privacy protection function for preventing the user's personal privacy from being photographed by the camera in the disarmed state is performed so that the camera is turned on even in the disarmed state in the case where the guard observation is required such as a child or a senior citizen A privacy processing unit (315) having input means for forcibly removing the privacy protection function;
A wired sensor input unit 316 for receiving a sensing signal from wired sensors in case the monitoring is difficult with only a wireless sensor;
A signal input / output unit 317 for receiving the intrusion and emergency signal from the determination unit, driving the telephone notification terminal, receiving the arming / disarm signal and the remote illumination control signal from the image server, and transmitting the illumination control signal to the illumination control unit;
A data communication unit 318 for data communication between the integrated sensor control apparatus and the image server;
A TCP-IP communication unit 319 for data communication with the integrated sensor control device and the control server;
And a power supply unit (320) that receives power from the adapter and supplies power to the integrated sensor control unit. The integrated sensor control unit for the self-installed and operable unmanned security system.

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