KR100674574B1 - Network system for transmission of security information using wireless communication and method thereof - Google Patents

Abstract

The present invention not only does not require a line and equipment for information of a plurality of sensing devices (sensors, etc.) through wireless communication, but also can be additionally installed with a simple operation in the future, and provide remote management and automatic firmware update functions. The present invention provides a network security information transmission system and method using wireless communication that can be easily coped with in future services.

Network security information transmission system using a wireless communication of the present invention has a plurality of sensing devices installed in a residential space, the security information transmission terminal 110 coupled to transmit and receive a wireless signal with the sensing device; The network network to receive the second security information from the terminal 110 coupled to the terminal 110 through a network, and to transmit a corresponding response signal or server-side terminal control information to the terminal 110 The central server device 111 coupled through the 120, the terminal 110 is configured to enable the management of the device in a remote control or serial communication method via the wired / wireless remote control device 107.

Internet, Security Information, Terminal, Central Server, Sensor

Description

Network security information transmission system and method using wireless communication {NETWORK SYSTEM FOR TRANSMISSION OF SECURITY INFORMATION USING WIRELESS COMMUNICATION AND METHOD THEREOF}             

1 is a block diagram of a network security information transmission system using wireless communication according to an embodiment of the present invention;

FIG. 2 is a block diagram of a security information transmitting terminal shown in FIG. 1;

3 is a block diagram for explaining the configuration of the central server device shown in FIG.

4 is a flowchart illustrating a method for transmitting network security information using wireless communication according to the present invention;

FIG. 5 is a flowchart for explaining an operation of detecting a security sensor shown in FIG. 4;

FIG. 6 is a flowchart for explaining a motion detection device detecting operation shown in FIG. 4;

7 is a flowchart for explaining a function switch operation operation shown in FIG. 4;

FIG. 8 is a flowchart for describing a sensing device power exchange operation illustrated in FIG. 4;

9 is a flowchart for explaining an operation of a security information transmission terminal shown in FIG. 4;

10 is a flowchart for explaining a keep-alive operation shown in FIG.

           <Description of the symbols for the main parts of the drawings>

101-108: detection device 110: security information transmission terminal

120: network 111: central server device

112: ARS system 113: Short Message Transfer Server

The present invention relates to a network security information transmission system and method using wireless communication, and more particularly, security information (security information) through wireless communication between a security information transmission terminal and a central server device installed in an apartment, a general home or an office, or the like. The present invention relates to a network security information transmission system using wireless communication.

In recent years, security equipment and services are spreading to homes as well as offices or stores, recognizing their importance regarding the safety of property and life.

The development of these security equipment and services will be increasingly demanded and necessary as a means to protect the safety and property of people.

However, many existing services are installed for the installation of the track and equipment in the installation of the equipment, burdening the installation time and costs.

In addition, since wired and wireless telephone networks are used for the transmission of security information, users or central servers are equipped with a separate device to use it, pay a separate communication fee, or transmit security information such as a personal computer for access to a private network. A relay device was needed.

That is, the conventional integrated multiplexer, switching hub, and network equipment for the generation terminal box only provide a function of integrating and distributing voice communication for a telephone and data communication for a data communication terminal such as a computer. Sensor, object movement detection sensor, etc.) is a remote control is impossible.

In addition, most network security systems of the prior art have a dedicated console [security terminal CNT (control terminal) of the security company], a dedicated protocol and a baud rate are not compatible with each other and at the same time using wired wiring to install in-house installation There is an inconvenient disadvantage.

In addition, the network security system of the prior art is expensive, combined with a wired or using a wireless, and additionally equipped with a separate device such as an access point, home gateway, wall pad, multiplexer, home server, and the like, expensive There is an uneconomical disadvantage by requiring a system cost of.

Accordingly, an object of the present invention for solving the above-mentioned problems is not only a line and equipment is required for information of a plurality of sensing devices (sensors, etc.) through wireless communication, but can be additionally installed by simple operation in the future. In order to realize the integrated security service by providing a network security information transmission system using wireless communication, which can easily cope with future services because it can provide remote management and firmware automatic update function.

In addition, another object of the present invention is to install a network security information transmission terminal in each home or office, to monitor the intruder and detect the internal movement with a simple operation and installation, wireless by the central server device receiving the information It is intended to provide a network security information transmission method using communication.

In addition, another object of the present invention can be easily installed without the installation of additional lines by using a wireless communication, it is possible to easily access the service and remote control by using the existing high-speed Internet line.

An object of the present invention as described above is a network security information transmission system using a wireless communication having a plurality of sensing devices installed in a residential space, the sensing device and the radio signal-wherein the radio signal is coded at least in radio frequency communication And identifier information for each sensing device, which can be decoded and distinguishable for each sensing device; And a first security information such as presence or absence of movement of the subject by the sensing device, gas leakage, smoke generation, emergency button contact, and wireless remote control information. Second security information from the terminal coupled via the network with the terminal, wherein the second security information is data obtained by merging the terminal identifier information of the terminal with the first security information. And a central server device coupled via a network to receive the terminal and to transmit a corresponding response signal or server-side terminal control information to the terminal, wherein the terminal includes a wired / wireless remote control device. It is achieved by a network security information transmission system using wireless communication, characterized in that the device can be managed by remote control or serial communication.

In addition, another object of the present invention is a security information transmission method using a wireless communication having a plurality of sensing devices installed in a residential space, each corresponding to a predetermined condition value of the terminal and the central server device coupled to the three sensing devices, Security detection device detection operation, always operation detection device detection operation, function switch operation, detection device power exchange, terminal operation, and keep alive (Keep Alive) operation, intrusion monitoring, fire to external intruders Security information of a network security information transmission system using wireless communication, comprising: a risk monitoring such as a gas leak, an emergency button operation monitoring according to an emergency button operation of a user, an alert state such as an alarm state display, and a keep alive function Achieved by the transmission method.

In the description of the present invention, the security information transmitting terminal detects various signals of a detection sensor or emergency button installed in doors, windows, passages, etc. using radio frequency wireless communication, and transmits the first and second security information to the central server device through the Internet. The remote central server device transmits the user notification information to the user in real time through an e-mail or a short message transmission service corresponding to the second security information so that the user can check the security status in real time. .

In addition, according to the present invention, by using wireless communication devices that have been recently developed, it is possible to easily install and maintain a security system without burden of facility construction, and to use detection (detection) devices corresponding to wireless communication. It does not require any line construction or equipment for the information of multiple sensing devices, and it can be additionally installed by simple operation in the future, and it is possible to easily connect with a service company through a high-speed network, and to manage remotely and update the firmware automatically. As a result, it is easy to respond to future services.

In addition, in the present invention, the user is connected to the central server device through a personal computer (PC) or a telephone network to manage the terminal in the home from the outside by a method such as the Internet or an audio response system (ARS). Can be controlled.

In addition, the system of the present invention, in addition to the security function for the external intrusion, it can monitor the movements of the elderly living alone, patients left alone in the home, disabled people to respond to the emergency situation through the notification service if there is no movement for a certain time ' You can implement the Keep Alive feature.

In addition, in the description of the present invention, 'network' means configured to perform data communication using Ethernet protocols such as TCP / IP and UDP through a medium such as xDSL, LAN, or wireless LAN.

In addition, in the description of the present invention, 'wireless communication' is a communication using electromagnetic waves, and includes radio frequency (Radio Frequency) communication, wireless LAN, etc., between each sensing device and the terminal or between the wired / wireless remote control device and the terminal. It is used as a communication method.

In addition, in the description of the present invention, the 'control unit' may be a terminal-side first control unit, and in this case, predetermined terminal functions (eg, keep) corresponding to input signals of the wired / wireless remote control device or the function switch. It is a central computing unit that manages the alive function, various sensing devices on / off and check function) .It is connected to the central server device by serial communication or LAN communication (network) to connect the equipment (terminal itself, multiple sensing devices). A component that displays the operation settings and status of the equipment by restoring its operation, restores the equipment to its initial state, writes and stores reset circuits that perform certain functions on the chip, or records and manages the corresponding software logic in memory. to be. In addition, the 'control unit' may be a second control unit of the central server apparatus, and in this case, is a component that performs and manages communication connection access control with a terminal and software logic corresponding to a server-side function corresponding to the terminal. .

In addition, in the present invention, 'serial communication' refers to a serial connection communication method including a method of RS-232, RS-485, RS-422, etc., means a communication technology to control through the console using this.

In the present invention, 'remote control' means wireless remote operation control between a wired / wireless remote control device (remote controller) and a terminal through local wireless communication, and at the same time, telnet, network management protocol ( It refers to wired remote access and operation control between a terminal and a central server device using a network such as SNMP) and web (WEB).

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

1 is a block diagram of a network security information transmission system using wireless communication according to an embodiment of the present invention, and FIG. 2 is a block diagram of the security information transmission terminal shown in FIG. 3 is a block diagram for explaining the configuration of the central server device shown in FIG. 1, and FIG. 4 is a flowchart for explaining a method for transmitting network security information using wireless communication according to the present invention. In addition, FIG. 5 is a flowchart for explaining the security sensor detection operation shown in FIG. 4, and FIG. 6 is a flowchart for explaining the always-time motion detection device detection operation shown in FIG. 4. In addition, FIG. 7 is a flowchart for explaining a function switch manipulation operation shown in FIG. 4, and FIG. 8 is a flowchart for explaining the sensing device power exchange operation shown in FIG. 4. 9 is a flowchart for describing an operation of the security information transmission terminal illustrated in FIG. 4, and FIG. 10 is a flowchart for explaining a keep-alive operation illustrated in FIG. 4.

Referring to FIG. 1 schematically illustrating an overall system configuration according to the present invention, a network security information transmission system using wireless communication according to the present invention includes a plurality of sensing devices, and at least one security combined with these sensing devices through wireless communication. Information transmitting terminal 110 (hereinafter referred to as "terminal 110"), the central server unit 111 coupled with these terminals 110 and the network (for example, the Internet 120 or local area network (LAN)) ).

The sensing device according to the present invention detects the movement of at least any object present in the room and transmits the result to the corresponding terminal 110 in the form of a wireless LAN or a wireless signal (for example, RF), a plurality of sensors, buttons, and warning / The alarm sound generator (device), wired / wireless remote control device, and other wireless devices are collectively referred to.

For example, the detection device may include a door sensor 101, an object movement detection sensor 102, a fire sensor 103, a gas leak detection sensor 104, an emergency button 105, a warning light / alarm device 106, a presence / absence Wireless remote control device 107, and other wireless devices 108.

In more detail, the door sensor 101 is a sensing device that is installed in the entrance door and the window to detect the door is opened and closed to notify the terminal.

The object movement detecting sensor 102 is a sensing device that detects a movement of an object in a predetermined area and notifies the terminal.

The fire sensor 103 is a sensing device that detects the occurrence of a high temperature or smoke generated by a fire in a certain area and notifies the terminal to a monitoring device regardless of the security operation of the terminal.

The gas leak detection sensor 104 is a detection device that detects a gas leak in an installation space and notifies the terminal to operate at all times regardless of the security operation of the terminal.

The emergency button 105 is a device that attaches to a wall or a wired / wireless remote control device 107 or the like to directly notify the terminal of an emergency signal (wireless signal) when an emergency occurs.

Warning light / alarm device 106 is a device that directly informs the user by light, sound by operating the terminal when an intrusion or emergency situation in the home.

The wired / wireless remote control device 107 is carried by a user and remotely operates the terminal 110 within a certain wireless communication range, or the wired / wireless remote control device 107 through the first control unit of the terminal 110. It is a device that can remotely control all detection devices except). In addition, a separate emergency button can be carried around in normal use, and can be operated quickly in an emergency. The wired / wireless remote control device 107 records at least the unique sensor identifier information of the on / off button of the corresponding sensor and the emergency button, the operation test button for each sensing device, and the operation status display means (LED indicator). It is preferable to include a wireless module (RF support, infrared support) and a battery power supply circuit using a circuit coupled to perform a wireless communication with the terminal 110 by a predetermined chipset.

The other wireless device 108 is a device in which the terminal 110 can operate wirelessly in association with other devices, and is relayed or directly controlled by door and window lock devices, gas lock devices, and the like. That is, the other wireless device 108 is coupled to the terminal 110 to be relayed or directly controlled in response to a predetermined wireless command of either the wired / wireless remote control device 107 or the central server device 111. Remote control.

The radio signals transmitted by the sensing devices of this kind to the terminal 110 can be coded and decoded by at least radio frequency communication, and can be distinguished by the sensing devices and the identification information for each sensing device; Means first security information of at least one of the presence or absence of movement of the subject by the sensing device, gas leakage, smoke generation, emergency button contact, and wireless remote control information.

In addition, these types of sensing devices are configured to be driven by an independent power source such as a battery (battery), and if the power is unstable power supply failure signal (power exchange notice signal) to notify the terminal 110 It is possible to prepare for abnormal operation caused by.

At least one terminal 110 according to the present invention is any one of the wireless signal standard between the network (xDSL, LAN, wireless LAN) and wireless communication (radio frequency communication) as a network signal standard, or another network signal The circuit is configured to convert the standard into a radio (radio frequency) signal standard.

The terminal 110 is configured to transmit the predetermined situation information related to the sensing device (first security information) or related to the terminal (second security information including the first security information) to the central server device 111. . Further, the terminal 110 is remotely controlled by the server side terminal control information of the central server device 111, or its operation is operated by a manual operation input signal of a user who operates the terminal 110 itself.

To this end, each terminal or sensing device is designed to correspond to a conventional electronic chip technology to set and record and store a unique ID (eg, terminal identifier information and sensing device identifier information) for each device.

The terminal 110 is configured to circuitry to receive and analyze the radio signal transmitted from the sensing device and deliver the result to the central server device 111 as second security information in the form of Internet communication data.

Here, the second security information is data obtained by merging the ID or terminal identifier information of the terminal 110 with the first security information, and is preferably compatible with the recording management data of the central server device 111. In addition, the second security information is coded by an encryption algorithm and can be decoded by the following central server device 111. Preferably, the second security information is analysis information divided into terminal identifier information and identifier information for each sensing device.

In addition, the terminal 110 is a door sensor 101, an object movement detection sensor 102, a fire sensor 103, a gas leak detection sensor 104, an emergency button 105 within a predetermined wireless communication range indoors or outdoors. And wireless communication with a sensing device such as a warning light / alarm device 106, a wired / wireless remote control device 107, and another wireless device 108 to receive and analyze a wireless signal.

That is, the first control unit of the terminal 110 detects the identification information and the detection signal for each sensing device from the received wireless signal, respectively, to distinguish the corresponding sensing device, and at least the terminal identifier information to the first security information of the wireless signal. Algorithm for processing the second security information form made by the central server device 111 to be recognized by merging and then transmitting it to the central server device 111 through the network (Internet 120 or local area network) (basic Software and upgraded firmware) are stored in a chip-type memory, and have a processor and general hardware circuits for performing arithmetic operations corresponding to the algorithm.

The terminal 110 controls or checks the operation (on / off) of the corresponding sensing device with the server side terminal control information received from the central server apparatus 111, and as a result, the central server apparatus 111 causes a predetermined Allows the detection device to be managed.

Here, the server-side terminal control information includes at least a remote control signal divided into corresponding terminal identifier information and identifier information for each sensing device as a data signal that can be interpreted by the corresponding terminal for management for each sensing device.

That is, the terminal 110 transmits at least the second security information such as communication in both directions with the central server device 111 through the network network, that is, the Internet 120 or the local network, or at least the server-side terminal control information. In charge of receiving.

The central server device 111 according to the present invention integrates and manages and divides the second security information received from each terminal 110 through the Internet into user notification information, and delivers (arbitration) to the corresponding user. It is composed of computer hardware and software to play a role of controlling each terminal 110 in accordance with a predetermined control algorithm.

Although not shown, the central server device 111 includes a plurality of terminal-specific identifier information for network connection approval; Identifier information for each device-oriented sensor; Second security information corresponding to a detection signal of the corresponding sensing device transmitted through the corresponding terminal; User notification information (SMS, e-mail transmission, full-text fax, ARS voice content) processed using the second security information; User transmission success / failure information; Log information; It is preferable that the server side terminal control information is recorded and managed by a database management system (DBMS) in a normal database server.

Accordingly, the central server apparatus 111 processes the second security information in the form of wireless signal received from the terminal 110 into user notification information and notifies the user and the administrator by a method such as e-mail or short message transmission (SMS). In addition, the user and the administrator may control the corresponding terminal 110 through a method such as the ARS system 112 connected to the Internet 120 and the wired / wireless telephone network 121.

That is, the central server device 111 controls the terminal 110 with server side terminal control information, and the terminal 110 receives the server from the central server device 111 through wireless communication (for example, RF). The sensing device is controlled based on the sensing device setting value of the terminal terminal control information.

The short message transmission server 113 may operate by using an external device or separately installed therein, and transmits a short message to a user and an administrator using information received from the central server device 111.

Hereinafter, a detailed internal configuration of the security information transmission terminal 110 used in the present invention will be described in detail.

As shown in FIG. 2, the terminal 110 includes a wireless communication unit which is responsible for keep wireless communication; A first control unit having at least a predetermined processor and a memory to be responsible for the second security information transmission (transmission and reception) after operation of the keep terminal and analysis of the first security information; A network controller for network communication with a keep central server device; A main power supply (not shown) for converting and using an external keep AC power into the internal DC power; It is divided into keep auxiliary power supply units (BATTERY).

About keep wireless.

The wireless communication unit has an RF wireless communication antenna 211 and an RF communication module 201 and receives a detection signal (a wireless signal) from a sensing device such as a sensor, an emergency button, or a wired / wireless remote control device. It transmits the converted data corresponding to the received signal to the first control unit.

The predetermined wired / wireless remote control device disposed within the wireless communication range has a unique ID (identifier information for each sensing device) and performs wireless communication with the terminal 110, thereby remotely controlling the terminal 110 in the home. Can be controlled by

The wired / wireless remote control device transmits its ID (corresponding sensor identifier information) to the corresponding terminal 110 as first security information (data) for wireless communication, thereby causing the corresponding terminal 110 to select a certain sensing device. It refers to a kind of user remote controller (remote control) that recognizes whether the sensor or emergency button is operating, or displays the operation status or transmit the operation status to the central server device through the terminal 110.

About keep first controller.

The first control unit of the terminal 110 includes the central processing unit 206 (CPU), the console 202 (CONSOLE), the reset (RESET) switch 203, the function switch 204, the display unit 205 (DISPLAY) ).

Here, the central computing device 206 manages and controls the operation of the entire terminal 110 and transmits the information collected by the sensing device to the central server device or the user through a network. The console 202 is capable of setting and controlling the equipment using serial communication with a PC or a predetermined terminal wired control device. The reset switch 203 initializes the terminal 110 by hardware or software so as to eliminate abnormal operation of the device and to operate normally. The function switch 204 enables selection of an operation method of the terminal 110 only with a simple switch operation. This function switch 204 allows the operator to directly operate the function switch 204 without having to connect a computer to each other or to operate the management server from the outside. On the other hand, since the first control unit of the terminal 110 is controlled by the wired / wireless remote control device to start the actual operation of the device, it is possible to simply operate the device including the terminal 110. The display unit 205 allows the naked eye to know the operation and setting state of the device through a display device such as an LED or an LCD.

About keep network controllers.

The network controller 207 of the terminal 110 may enable communication between the central server device and the central computing device 206 using a network connected through an external network connector 208 that supports Ethernet. It converts data. That is, the network controller 207 may receive and use an arbitrary IP address capable of communicating with the central server device from the DHCP server by using a fixed IP address or a dynamic host configuration protocol (DHCP). Communication with the device uses a protocol such as TCP / IP or UDP to communicate over a network in an Ethernet manner.

About keep main power supply.

The main power supply is a conventional conversion circuit device for converting AC220V external AC power into DC internal power on a PCB. The main power supply is composed of a socket for connecting an AC220V power jack, and a general power conversion circuit device including a transformer and an output terminal. .

About keep auxiliary power supply.

The auxiliary power supply unit 209 uses a rechargeable battery or a battery to supply power to the device when power input from the main power supply is not possible due to a power failure or a failure, thereby enabling operation without an external power source for a predetermined time. Here, the auxiliary power supply unit 209 may be an optional feature that can be removed from the terminal 110 according to the selection.

In addition, when the rechargeable battery is used, the terminal 110 may further include a charging circuit therein, and thus, the terminal 110 may be charged using power supplied from the outside during the standby operation of the terminal 110.

As described above, the auxiliary power supply unit 209 may be an optional feature for selecting a function thereof. In addition, when the auxiliary power supply unit 209 is mounted, the auxiliary power supply unit 209 may be further connected to the auxiliary power supply unit. You can choose to cook.

The keep-alive function (operation) provided by the present invention controls the operation of the terminal 110 by using an object detection function of a detection device (object movement detection sensor), and when a movement of any object is not detected for a predetermined time. In this regard, the terminal 110 or the central server device detects the function and notifies the user.

This function can quickly respond to an emergency situation when the emergency button is not available if there is a possibility of an uncomfortable behavior such as a patient or a disabled person in the house or an emergency situation may occur.

The central server device in the security system may be installed in a certain area or a security service company to collect the first and second security information of each terminal and transmit the information to the user or to issue an alarm.

The central server device transmits real-time information by e-mail, wired / wireless telephone short message transmission service (SMS), and emergency alert transmission to a security service company.

As shown in FIG. 3, the central server device 111 functions as a management function of each terminal connected through a network (Internet 120 or a local area network), and a method and state of operation of the terminal remotely from the server side. It detects the normal operation of the terminal while performing functions such as detection and control, operation software update and debugging.

In addition, the central server apparatus 111 may check and operate an operation state of the terminal according to information previously registered by a user using an answering machine (ARS) system through a wired / wireless telephone.

For example, the central server device 111 is a network component that is hardwarely or software-combined with its second control unit 300 by a general server technology. The terminal device communication unit 310, the security information correspondence unit 320, and the system operation unit are provided. 330, and performs the following roles.

Here, the terminal device communication unit 310 performs communication with the terminal through the Internet 120 or a local area network (LAN), and receives the second security information from the terminal and transmits a response signal to the security information receiving module 311. )and; It further includes a terminal control signal transmission module 312 to transmit server-side terminal control information according to user and administrator settings and to upgrade firmware.

In addition, the security information correspondence unit 320 is for processing the second security information received from the terminal, so that any one of the notes, messages, and voice guidance corresponding to the second security information according to the terminal to be delivered to the user and the administrator. Further, the electronic mail transmission module 321 and the short message transmission module 322 are further provided, and automatic correspondence according to a preset is also possible as needed.

In addition, the system operation unit 330 is responsible for setting the information of the user and the administrator, the ARS for providing services using the Internet management information processing module 331 and the ARS system for management through the Internet and LAN (LAN). A management information processing module 332 is further provided, whereby all the information of the central server device 111 can be directly managed and operated by an administrator if necessary.

The function (operation) between the central server device 111 and the terminal is operated and processed within a method preset by the second control unit 300, and such preset method corresponds to various functions or operating methods disclosed in the present invention. After the program is recorded and stored in the memory, it is processed by the processor of the second controller 300.

As shown in Figure 4, the security information transmission method of the network security information transmission system using wireless communication of the present invention is a corresponding condition value between the central server device 111 and the terminal (where the condition value is external during the boundary operation) Detect intruder movement, detect no movement for user-approved subjects (where subjects include people or objects), reduce battery capacity below preset battery settings, enter emergency button, preset time value (large) Security sensor detection operation (S10) corresponding to an accidental situation occurrence, function switch operation, etc. that do not correspond to each other, always operation detection device detection operation (S20), function switch operation (S30), and detection device power supply. By performing the exchange (S40), the terminal operation (S50) and the keep-alive operation (S60), the risk monitoring, such as intrusion monitoring for external intruders, fire and gas leakage, etc. It implements alert operation such as emergency button operation monitoring according to user's emergency button operation and alarm status display and keep alive function.

In the following, these security information transmission method or operation method will be described in detail through the respective drawings.

As shown in FIG. 4, in the security sensor detection S10, the terminal is configured to wirelessly communicate a detection signal from various security sensors, such as a door sensor or an object movement detection sensor. After receiving the signal, the corresponding detection signal is transmitted to the central server apparatus (S11), and the central server apparatus receiving the second security information of the terminal transmits a response signal to the terminal, and then the user receives the second security information. And it sends an alarm signal (SMS message, email) to the administrator (S12). In addition, the terminal receiving the response signal from the central server device displays the boundary according to the preset (S13).

As shown in Figure 6, in the present invention, the terminal corresponding to the fire sensor, gas leak detection sensor, emergency button press the terminal always detects the motion detection device (S20) irrespective of the security detection device detection operation for the general alert operation Perform the monitoring function at all times.

That is, the terminal, which has received a signal from the monitoring sensor at all times, displays the detection status on its display unit and transmits (transmits) a detection signal (second security information) to the central server device (S21).

Subsequently, the central server apparatus receiving the sensing signal from the terminal transmits a response signal corresponding to the sensing signal to the terminal, and transmits an alert signal to the user and the administrator through an e-mail or a short message (S22).

In such a case, after receiving the response signal from the central server device, the terminal displays an alarm state through optical means or sound means (for example, the display unit of the terminal, a warning light / alarm device connected to the terminal, etc.) (S23).

In addition, after the response signal is transmitted, the central server apparatus automatically responds according to a preset setting (for example, contacting a security company or a police station set by a user) when there is no corresponding signal for a predetermined time (S24).

As shown in FIG. 7, when the user operates the function switch (S30), the terminal transmits an operation state (sending terminal operation information to the central server apparatus) to the central server apparatus according to the function setting (S31).

The corresponding central server apparatus transmits a response signal corresponding to the terminal operation information to the terminal and then performs the necessary measures such as sending an e-mail and a short message to the user (S32). In this case, the terminal displays the operation state through the display unit in response to the operation state change, and maintains the changed operation state until the operation is terminated (S33).

As shown in FIG. 8, in a sensing device power exchange (S40) performed every time a power exchange notice signal is generated in a predetermined sensing device, the terminal recognizes a signal corresponding to reception of a power exchange notice signal generated from the sensing device. Is displayed on the display unit and determines that the power of the sensing device is unstable, and transmits a power exchange signal to the central server device (S41).

The corresponding central server device transmits a response signal corresponding to the power exchange signal to the terminal, recognizes the power exchange notice signal of each sensing device, and transmits a power exchange forecast signal to the user and the administrator to check the sensor. (S42).

At this time, the terminal displays the power check signal through the display unit, and displays the power check signal until the power of the corresponding detection device is replaced to a normal operation state (S43).

As illustrated in FIG. 9, operation S50 of the terminal acquires an operation setting value of a user sent from the central server device at predetermined intervals until the terminal is turned on and then turned off. After the reception, the operation method is set in the memory corresponding to the operation setting value to start the operation of the terminal (S51).

The central server device transmits the boundary operation start and termination and sensor detection signals to users and administrators in real time according to the operation of the terminal, and controls the terminal according to the settings of the user and administrator to control the door, window lock, gas lock, etc. The external device may be linked and controlled (S52 and S53).

Subsequently, the terminal repeats communication with the central server device with respect to the operation state and the detection signal of the terminal, and performs operations such as acquiring the setting value and displaying the operation state in response to the operation information setting value of the central server device (S54).

In addition, when there is no response from the central server device for the transmission and request of its own information, the terminal continuously tries to communicate with the server at a certain number of times and at regular intervals for a predetermined time, and determines an abnormal operation of the device and performs the abnormal operation. It is displayed on the display unit, and the user can receive an appropriate action by using the wireless control device (S55).

As shown in FIG. 10, the 'keep alive' operation S60 of the present invention is a reverse use of signal detection from a security sensor such as a door sensor and an object movement detection sensor.

That is, according to the start of the Keep Alive operation, unlike the aforementioned boundary operation, that is, the detection of the security sensor S10, even if a subject is detected within the detection range, the signal from the security sensor is not displayed on the terminal as an alarm. If there is no movement in the sensor installation space for a period of time to send an alarm to the user and the administrator (S61 ~ S67).

In the present invention configured as described above, the motion of the home or the office is detected by any one of various sensing devices, and then transmitted to the first security information transmission terminal through wireless communication such as radio frequency communication, and the security information transmission terminal transmits the security information. As the received information (second security information) is transmitted to the central server device through an Ethernet-type network, a network security information transmission system using wireless communication and a method thereof in which the central server device notifies a user and an administrator in real time. Has the effect of providing.

In addition, the network security information transmission system and method using the wireless communication of the present invention is easy to connect and communicate with the central server device using the existing high-speed Internet network, the central server device remotely manages each terminal, the user and security By delivering information to service companies in real time, there is an advantage that can be quickly coped.

In addition, the network security information transmission system and method using the wireless communication of the present invention, by using the RF as a communication medium between the various sensing devices, there is no additional burden on the installation, additional installation of the additional sensing device with a simple operation is easy. It is possible. Therefore, it is relatively inexpensive and easy to install and use in home.

In addition, the network security information transmission system and method using the wireless communication of the present invention, in addition to the intruder monitoring function, when applying the 'keep alive' function that detects the internal movement and reports every predetermined time, By real-time reporting to the user whether the activity in the home can provide an effect that can respond quickly to an emergency.

In addition, the network security information transmission system and the method using the wireless communication of the present invention is easy to use, and the method of transmitting the first and second security information is simple and general, so it is beyond the company-oriented service, apartments or housing complexes There is an advantage that can be operated in a small space by applying to a certain space, such as.

In addition, the network security information transmission system and method using the wireless communication of the present invention has an advantage that it is easy to use as the security information transmission terminal is controlled by a wired / wireless remote control device.

Claims (10)

delete delete delete delete A plurality of sensing devices and wireless signals installed in a residential space, wherein the wireless signals can be coded and decoded by at least radio frequency communication and can be distinguished for each sensing device; And a first security information such as presence or absence of movement of the subject by the sensing device, gas leakage, smoke generation, emergency button contact point, and wireless remote control information. Second security information from the terminal 110 coupled with the terminal 110 via a network, wherein the second security information is data obtained by merging terminal identifier information of the terminal 110 with the first security information. And a central server device coupled via the network 120 to receive the compatible management data of the central server device and to transmit corresponding response signals or server-side terminal control information to the terminal 110. And a terminal (111), wherein the terminal (110) comprises a wireless communication unit in charge of keep wireless communication so as to be configured to enable management of the device in a remote control or serial communication method through a wired / wireless remote control device (107); A first control unit having at least a predetermined processor and memory to be responsible for the operation of the keep terminal and for the analysis and transmission (transmission and reception) of the first or second security information; A network controller for network communication with a keep central server device; A main power supply (not shown) for converting and using an external keep AC power into the internal DC power; In the network security information transmission system using wireless communication, comprising a keep auxiliary power supply unit (BATTERY), The method according to claim 3, The first control unit initializes the console 202 for setting and controlling the equipment by using a serial communication with a computer terminal or a predetermined terminal wired control device and the terminal 110 by hardware or software. The reset switch 203 removes the abnormal operation and performs a normal operation through a display device such as a function switch 204 of a switch operation method for selecting an operation method of the terminal 110, an LED, an LCD, and the like. The display unit 205 configured to know the operation and setting state of the device is combined with the central computing unit 206 to manage and control the operation of the entire terminal 110 and to collect information collected by the sensing device in the network network ( Network security information transmission system using a wireless communication, characterized in that for transmitting to the central server device 111 through 120. delete A plurality of sensing devices and wireless signals installed in a residential space, wherein the wireless signals can be coded and decoded by at least radio frequency communication and can be distinguished for each sensing device; And a first security information such as presence or absence of movement of the subject by the sensing device, gas leakage, smoke generation, emergency button contact point, and wireless remote control information. Second security information from the terminal 110 coupled with the terminal 110 via a network, wherein the second security information is data obtained by merging terminal identifier information of the terminal 110 with the first security information. And a central server device coupled via the network 120 to receive the compatible management data of the central server device and to transmit corresponding response signals or server-side terminal control information to the terminal 110. It includes a 111, the terminal 110 is configured to enable the management of the device in a remote control or serial communication method via a wired / wireless remote control device 107, the central server device 111 is a second A memory in which a program is stored corresponding to the controller 300; And a processor coupled to the memory to execute the program, wherein the processor includes, by the program, a plurality of terminal-specific identifier information for network connection approval; Identifier information for each device-oriented sensor; Second security information corresponding to a detection signal of the corresponding sensing device transmitted through the corresponding terminal; User notification information processed using the second security information, wherein the user notification information includes SMS, e-mail transmission, full-text fax, and ARS voice content; User transmission success / failure information; Log information; The server-side terminal control information is recorded and managed by a database management system (DBMS) in a normal database server, and the ARS system 112 and the short message transmitting server 113 are configured to notify the user, administrator, or service company to the user notification information. In the network security information transmission system using a wireless communication, characterized in that coupled to any one of the wired / wireless telephone network 121, The central server device 111 is a network component that is hardware- or software-coupled to the second control unit 300 by a general server technology. A security information receiving module 311 which communicates with the terminal via the network 120 and receives security information from the terminal and sends a response signal; A terminal device communication unit (310) having a terminal control signal transmission module (312) for transmitting server-side terminal control information according to user and administrator settings and firmware upgrade; An e-mail transmission module for processing second security information received from the terminal 110 and delivering one of a note, a message, and a voice guidance corresponding to the security information according to the terminal 110 to a user and an administrator. A security information correspondence unit 320 further comprising 321 and a short message transmitting module 322; As responsible for setting information of users and administrators, the Internet management information processing module 331 for management through the network 120 and the ARS management information processing module 332 for providing a service using an ARS system are further included. And a system operation unit (330) capable of managing and manipulating all the information of the central server device (111) directly by an administrator, if necessary. delete delete In response to a predetermined condition value of a terminal and a central server device coupled to a plurality of sensing devices installed in a residential space, each of the security sensing device detecting operation (S10), the continuous motion sensing device detecting operation (S20), and the function switch operation (S30), the detection device power exchange (S40), the terminal operation (S50) and the keep alive operation (S60) (Keep Alive), the risk of intrusion monitoring, fire and gas leaks to external intruders In the security information transmission method of the network security information transmission system using a wireless communication, characterized in that for monitoring the emergency button operation according to the emergency button operation of the user, alarm status display and keep alive function, The keep alive operation (S60), Unlike the security sensor detection (S10), even if a subject is detected within the detection range, the signal from the security sensor is not displayed on the terminal as an alarm, and if there is no movement in the sensor installation space for a predetermined time, the user and Security information transmission method of a network security information transmission system using wireless communication, characterized in that it comprises a step (S61 ~ S67) of sending an alert to the administrator.

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