KR101584353B1 - The inteligent security care service system and method based smart - Google Patents

Abstract

The present invention relates to a smart-based intelligent security and safety care service system. More specifically, the system has a sensing unit and multiple event recording means operating in linkage with the sensing unit configured in an area which can allow the entry of a person such as a security window on a balcony, a window, or a door, takes immediate action by providing the corresponding location and event information to a monitoring server when an event occurs by communicating with a main server configured at a remote location through wireless communication by using short-ranged communication and a short-ranged dongle, and forcefully and automatically terminates image monitoring when the event is checked and completed, thereby protecting the privacy of users while enabling the users to be paid by the insurance after the damage situation investigation regarding the event of theft, failure, and fire.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a smart-based intelligent security and care service system and method,

The present invention relates to a smart-based intelligent security and care service system, and more particularly, to a smart-based intelligent security and care service system in which a sensing means and an event photographing means And communicates with the main server configured at a remote site through wireless communication using the local communication and the near field dongle to provide the corresponding location and image information to the control server in case of an event so that immediate action can be taken, To prevent personal privacy by forcibly terminating video monitoring, and to provide payment of insurance premiums through investigation of damage in case of theft, damage, fire, etc. Smart-based intelligent crime prevention care service ≪ / RTI >

In buildings such as apartments or alliances, there is a high risk of outside invasion and theft through the balconies, so that residents are not able to open their windows at will even in the hot summer months.

In consideration of such problems, various types of security windows have been developed and marketed on the market.

Typical security windows on the market include built-in fixed security windows that are installed by completely shutting off the inside and outside. There is a mobile security window that can be opened in case of emergency such as fire or selectively according to the needs of residents.

The fixed and mobile security windows are assembled to a chassis or a window frame of a balcony and are structured with high rigidity to prevent an intruder from the outside.

That is, a normal security window is constituted by a window frame having a substantially rectangular shape as a basic frame, and a vertical or horizontal window bar, that is, a guard bar, is provided on the inside of the window frame. It is made of metal products such as aluminum or steel.

However, there is no apparatus or structure for monitoring the current state, so it is not a situation that can cope with the instant when an intrusion occurs.

On the other hand, in order to monitor the current state, it is not possible to remotely grasp at which place the detection sensors are installed in a certain building. Particularly, it is difficult to grasp at a mobile communication terminal of users. I could not find it remotely.

In addition, although smart phones are now widely used and marketed by users, security technologies using smart phones have not been introduced yet.

On the other hand, even if a system such as a security window is purchased and used, an external intruder disables the security system, and even if there is a financial loss such as theft through intrusion, The insurance system to compensate for the loss due to theft or damage is not appropriate and systematic. Moreover, there is no insurance product due to the theft caused by the disablement of the security system for the above reasons In fact.

Accordingly, even if aft, fire, or breakage occurs, a system for providing a reliable service to consumers by providing a reasonable compensation amount according to accurate data investigation is provided.

Korean Patent Publication No. 10-2006-0053928 (May 22, 2006)

SUMMARY OF THE INVENTION A first object of the present invention to solve the above problems is to provide a system and method for controlling a plurality of event photographing means operable in conjunction with sensing means in an area in which a person can enter, such as a security window, a window, And near-field dongle to communicate with the main server configured at the remote site through wireless communication to provide the location and image information to the control server so that immediate action can be taken. When the event is confirmed and the event is terminated, So that the privacy of the individual can be protected.

A second object of the present invention is to provide insurance claims on the basis of objective data through investigation of damages caused by theft, breakage, fire or the like caused by the disablement of a security system by an external intruder.

SUMMARY OF THE INVENTION [0006] The present invention provides a solution for achieving the above object.

A vibration detection module 110 for detecting the vibration of the security window,

An intruder detection module 120 for detecting an intruder around the security window,

A sensing module (100) comprising a contact module (130) for sensing a separation between a security window and a security frame;

A memory module 210 including event occurrence reference information and serial information,

An event generation signal generation module 220 for determining whether an event generation signal is generated by comparing the generated event information with the event generation reference information stored in the memory module,

A rotation signal generation module 230 for providing a rotation signal for rotating the IP camera unit to a position set when acquiring an event generation signal from the event generation signal generation module,

An IP camera unit 240 for rotating to a corresponding position and capturing a surrounding image when acquiring a rotation signal from the rotation signal generation module,

An event photographing means (200) comprising a local communication unit (250) for transmitting the image information and serial information obtained by the IP camera unit to a local communication dongle using local communication;

A short distance communication dongle 300 for receiving image information, serial information, and sensing information transmitted from the event photographing means using short distance communication and providing the same to the Internet router;

 An Internet router (400) for transmitting image information and serial information provided from the local communication dongle to a main server;

A main server 500 for acquiring video information, serial information, and sensing information transmitted from the Internet router and transmitting the acquired information to the control server 600 and the user terminal 700;

And stores and manages the image information, serial information, and detection information provided from the main server by matching with the generation time information, and when receiving at least one of the report information such as theft, breakage, A control server 600 for processing the approval and providing the reception approval information and the stored image information, serial information, detection information, and occurrence time information to the insurance receiving server 800;

An insurance receiving server 800 for providing reception approval information, image information, serial information, detection information, occurrence time information and product information set by the user in advance to the damage assessment terminal 900 provided from the control server The present invention can solve the problems of the present invention.

The present invention has the following effects.

A plurality of sensing means and event shooting means operable in conjunction with the sensing means in an area accessible to a person such as a security window of a balcony or a window or a door, Provide the location and image information to the control server by communicating with the server when the event occurs, to enable immediate action, and when the event is confirmed and the event is terminated, the monitoring of the image is automatically terminated and the privacy of the individual can be protected do.

In addition, when theft, breakage, fire, etc. are occurred, it is possible to pay insurance premiums based on objective data through the investigation of damages, thus providing appropriate compensation system in case of theft or breakage.

Incidentally, although the general insurance company can not provide the basis for the theft insurance, it can not provide the basis for the theft insurance according to the present invention. Thus, it is possible to provide differentiated competitiveness of the business.

In addition, since the smartphone-based service is provided, various additional services can be provided. Accordingly, the purchasing power of the customer can be improved, quick compensation service can be provided, and the customer satisfaction can be maximized. It will provide a scalability that can provide additional accident counseling services.

1 is an overall configuration diagram of a smart-based intelligent crime prevention and care service system according to an embodiment of the present invention.
2 is a block diagram of sensing means of a smart-based intelligent crime prevention and care service system according to an embodiment of the present invention.
3 is a block diagram of an event photographing means of a smart-based intelligent crime prevention and care service system according to an embodiment of the present invention.
4 is a main server block diagram of a smart-based intelligent security and care service system according to an embodiment of the present invention.
5 is a control server block diagram of a smart-based intelligent security and care service system according to an exemplary embodiment of the present invention.
6 is a block diagram of a user terminal of a smart-based intelligent security and care service system according to an exemplary embodiment of the present invention.
7 is a block diagram of an insurance receiving server of a smart-based intelligent crime prevention and care service system according to an embodiment of the present invention.
8 is an overall flowchart of a smart-based intelligent crime prevention care service method according to an embodiment of the present invention.
FIG. 9 is a flowchart illustrating a damage assessment investigation management process of the smart-based intelligent security and care service method according to an embodiment of the present invention.
10 is an overall flowchart of a smart-based intelligent security and care service method according to an embodiment of the present invention.
11 is a flowchart illustrating an insurance administration process of a smart-based intelligent security and care service method according to an embodiment of the present invention.

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

It should be understood, however, that the scope of the present invention is not limited to these embodiments, and all of the technical ideas that fall within the scope of the present invention are within the scope of the present invention.

1 is an overall configuration diagram of a smart-based intelligent crime prevention and care service system according to an embodiment of the present invention.

1, the smart-based intelligent security and care service system includes a sensing unit 100, an event photographing unit 200, a short distance communication dongle 300, an Internet router 400, a main server 500, A control server 600, a user terminal 700, and an insurance receiving server 800.

Theft damage claims described in the present invention include all movable, precious metals, jewels, precious stones, articles, pictures, and antiques, including cash, securities, lobsters and utensils, The system can be registered in advance.

In addition, the fire damage deposit may include fire restoration support, and the storage facility damage deposit may be damaged by damage such as building, windows, security windows, doors and the like due to the theft.

However, even if an external intruder breaks down the security system, and theft of the above-mentioned items occurs due to theft through the intrusion, it is difficult to judge the responsibility between the contractor installing the security system and the user. The compensation system such as the insurance for compensating the loss due to the loss is not proper and systematic, and there is no insurance product due to the theft due to the disablement of the security system for the above reasons.

However, if the system of the present invention is utilized, since the accurate grounds information is managed and managed at the time of occurrence of an event (for example, the occurrence of financial damages due to an intrusion, etc.), compensation for damages do.

The sensing means 100 and the event photographing means 200 are installed in a specific space in a group.

That is, the event photographing means acts as a repeater to provide the image information and the sensed information to the remote site.

2 is a block diagram of sensing means of a smart-based intelligent crime prevention and care service system according to an embodiment of the present invention.

As shown in FIG. 2, the sensing means 100 includes:

A vibration detection module 110 for detecting the vibration of the security window,

An intruder detection module 120 for detecting an intruder around the security window,

And a contact module (130) for detecting the separation of the security window and the security frame.

2, the sensing means 100 of the present invention includes at least one of a vibration sensing module 110, an intruder detection module 120, and a contact module 130 .

In this case, the modules for detecting the intruder have a structure capable of mounting additional modules for sensing other than the above-described modules, and may be easily detachable and attachable as needed.

The detecting means may be installed in a window or a security window of a desired place. The vibration detecting module 110 is configured to detect the vibration of the security window. The intruder detecting module 120 detects an intruder around the security window .

For example, the intruder detection module may be configured as a module for providing detection information by an infrared ray detection method, an ultrasonic wave detection method, or a microwave detection method.

Meanwhile, the contact module 130 is configured to detect the separation of the security window from the security window. In order to configure the security module, the security module includes a contact module and a part for holding the contact.

3 is a block diagram of an event photographing means of a smart-based intelligent crime prevention and care service system according to an embodiment of the present invention.

As shown in Fig. 3, the event photographing means 200,

A memory module 210 including event occurrence reference information and serial information,

An event generation signal generation module 220 for determining whether an event generation signal is generated by comparing the generated event information with the event generation reference information stored in the memory module,

A rotation signal generation module 230 for providing a rotation signal for rotating the IP camera unit to a position set when acquiring an event generation signal from the event generation signal generation module,

An IP camera unit 240 for rotating to a corresponding position and capturing a surrounding image when acquiring a rotation signal from the rotation signal generation module,

And a local communication unit 250 for transmitting the image information and the serial information obtained by the IP camera unit to a local communication dongle using local communication.

The memory module 210 includes event generation reference information and serial information.

In other words, it stores condition information of event occurrence and stores serial information about each module.

In addition, the event generation signal generation module 220 compares the generated event information with the event generation reference information stored in the memory module to determine whether an event generation signal has been generated.

The rotation signal generation module 230 provides a rotation signal for rotating the IP camera unit to a predetermined position when acquiring an event generation signal.

At the initial setting, the sensing means of the present invention provides a rotation signal to the configured spatial position so that it can rotate automatically.

When the IP camera 240 obtains the rotation signal from the rotation signal generation module, the IP camera 240 rotates to the corresponding position to photograph the surrounding image.

At this time, the photographed image information and the serial information are transmitted by the short range communication unit 250 to the short distance communication dongle.

Meanwhile, the event shooting unit 200 of the present invention performs image shooting only when an event generation signal is acquired.

In other words, it has a configuration to monitor video information only when an event occurs, thereby protecting personal privacy.

The local communication dongle 300 of the present invention is provided with a port capable of connecting to an Internet router, and receives image information, serial information, and sensing information transmitted from the event photographing means using local communication, and provides the received image information to the Internet router.

In addition, the Internet router 400 performs a function of transmitting image information and serial information provided by the local communication dongle to the main server.

In addition, the main server 500 acquires image information and serial information transmitted from the Internet router and transmits the acquired image information and the serial information to the control server 600 and the user terminal 700.

Meanwhile, the user terminal 700 may include an automatic security setup unit for providing a setup page for establishing an automatic security mode when communicating with a local communication dongle and releasing communication with the local communication dongle.

That is, it is possible to provide a setting page for remotely setting the operation of the sensing means installed at each place, for example, in a living room, a room, a kitchen, a small room, etc., And can be configured to be set through an application for providing functions.

4 is a main server block diagram of a smart-based intelligent security and care service system according to an embodiment of the present invention.

4, the main server 500 includes an image database 510 for each serial information, a video information transmitting unit 520, and a forced termination processing unit 530.

The image database 510 for each serial information stores location information for each serial information.

Each sensing means has serial information, and the modules linked thereto also have serial information, and the serial information is collected and the location information of each serial information is stored and managed.

For example, the serial information of the sensing means installed in the living room of the seventh floor 701 of Building A is stored and managed as 0101, and the serial information of the vibration sensing module matched thereto is stored and managed.

The matching image information is stored, and the control server information and the user terminal information to provide the corresponding image information are stored.

Accordingly, when the event occurs, the video information transmitting unit 520 transmits the position information and the video information to the control server and the user terminal.

The main server further includes a forced termination processing unit 530 for sending an operation stop signal to the event capturing means to terminate the image capturing and block the video monitoring when acquiring event confirmation result information from the control server .

That is, when acquiring event confirmation result information from the control server in the main server, an operation stop signal is transmitted to the event photographing means to interrupt the transmission of the video information.

Accordingly, when the event is confirmed and terminated, the monitoring of the image is automatically terminated and the privacy of the individual can be protected.

Meanwhile, the main server 500 stores the acquisition time information of the automatic security mode setting information from the user terminal, compares the image information, the serial information, and the sensed information with the acquired time information to determine whether the event occurs in the MI state And the like.

In other words, an accident during the time of being out of the state of Michigan may correspond to the victim's intentional and gross negligence, so that it is constructed as described above to judge this.

5 is a control server block diagram of a smart-based intelligent security and care service system according to an exemplary embodiment of the present invention.

5, the control server 600 of the present invention includes an occurrence time matching unit 610, a security incident information database 620, an accident report time setting unit 630, a report information obtaining unit 640, An acceptance approval generating unit 650, and an insurance acceptance approval information transmitting unit 660.

The occurrence time matching unit 610 matches the image information, the serial information, and the detection information provided from the main server with the occurrence time information and stores the same in the security incident information database.

That is, when an event occurs at 3:30 am, the corresponding time information is extracted and matched with the obtained information.

The security incident information database 620 stores image information, serial information, detection information, and occurrence time information.

The accident report time setting unit 630 sets the report information acquisition time range to the time of occurrence of the accident.

For example, when an event occurs at 3:30 am, if the administrator sets the time to be within 12 hours from the time of occurrence of the event, the information is acquired.

At this time, the report information acquisition unit 640 acquires at least one of the report information from the user terminal, such as theft, breakage, and fire.

That is, the image of the vicinity of the corresponding position is checked through the user terminal to judge whether the theft or breakage has occurred, or whether the fire has occurred, and if the application of the report of the accident is immediately transmitted through the application, .

That is, it is possible to perform the acceptance of the incident only when the customer notifies within a very short time, and it is also possible that the acceptance of the accident is performed automatically when the event occurs, if necessary.

The reception approval generation unit 650 determines whether the notification is within the time range set by the accident report time setting unit and generates the reception approval information when the notification is within the set time range.

As described above, the reason for the configuration is that a user may maliciously report an accident, so that a set time range is determined in order to remove such illegal behavior, and the information is collected when an event occurs and monitored by the control server.

Meanwhile, the insurance acceptance approval information transmitting unit 660 matches the generated acceptance approval information with the image, serial information, sensing information, and occurrence time information, and transmits the matching information to the insurance receiving server.

6 is a block diagram of a user terminal of a smart-based intelligent security and care service system according to an exemplary embodiment of the present invention.

6, the user terminal 700 includes a security subscription information providing unit 710, a loss subscription information obtaining unit 720, a subscription product page providing unit 730, a subscription product information providing unit 720, (740).

The security subscription information providing unit 710 provides loss subscription information of any one of theft loss, damage loss, and fire damage.

For example, it provides insurance information for users to sign up. It includes insurance information such as type of subscription (loss of theft, damages, fire damage), details of subscription type (in case of theft, cash, securities, movable property, , In the case of damages in the case of damage to the intruder storage facility, in the case of fire damage, houses, sales offices, etc.), and amount information.

At this time, the loss subscription information acquisition unit 720 acquires the loss subscription information set in the provided loss subscription information.

For example, if you select the theft damage, you will get information that you have chosen the theft damage.

The subscription product page providing unit 730 provides detailed setting page information corresponding to the set loss subscription information and provides the set specific product input page.

For example, a setting page for selecting cash, securities, movable property, and precious metal is provided. If a precious metal is selected, a specific product input page is provided. The location of the precious metal, image of the precious metal, And a page for inputting details and the like.

Then, the subscription product information providing unit 740 provides the inputted specific product information to the insurance receiving server.

The user terminal 700 may further include an automatic security setting unit for providing a setting page for establishing an automatic security mode when communicating with the local communication dongle and releasing communication with the local communication dongle.

That is, it provides a setup page so that the security mode can be automatically set and released.

7 is a block diagram of an insurance receiving server of a smart-based intelligent crime prevention and care service system according to an embodiment of the present invention.

7, the insurance receiving server 800 includes a subscription product storage processing unit 810, a user specific information database 820, a damage assessment inquiry information providing unit 830, a compensation information providing unit 840, .

The subscription store processing unit 810 stores specific product information provided from the user terminal for each user ID.

That is, since each user terminal has user-specific ID information, it stores and manages it as an identifier.

The detailed information DB 820 stores and manages specific product information for each unique ID, acceptance approval information provided from the control server, image, serial, detection, and occurrence time information.

Meanwhile, the loss assessment inquiry information providing unit 830 extracts information including image information stored in the detailed information database for each user when an accident event occurs, and provides the extracted information to the loss assessment terminal.

To this end, the damage assessment investigation terminal may be equipped with a damage assessment application program for displaying the information on the screen.

In other words, when theft occurs, it is confirmed whether or not the precious metal that the insurance product belongs to is actually present at the specific location in the building, and the damage evaluation is performed on the spot.

At this time, the damage assesser can check the video information at the time of occurrence of the event transmitted from the loss assessment investigation information providing unit 830 to determine whether it is a false report, and if the report is based on an actual accident, To the compensation information providing unit 840.

In addition, the compensation information providing unit 840 obtains the truth / false result information provided from the loss assessment terminal 900, calculates the compensation cost, and provides the compensation cost information to the user terminal.

For example, the user is provided with information that the user is a stolen non-life insurance subscriber, the precious metal is registered, and the compensation type of the type is residential type is 2.5 million won.

In addition, when an accident occurs in the user terminal, the theft report is executed at the police station or the earthquake, and the image information of the scene where the event occurred can be programmed to be transmitted to the police station or the earth station.

In the case of damage assessment, it is also possible to construct a structure to obtain an accident history document, a contract, etc., and to assess the damage after visiting the site.

8 is an overall flowchart of a smart-based intelligent crime prevention care service method according to an embodiment of the present invention.

As shown in FIG. 8, the smart-based intelligent security and care service method of the present invention includes sensing information acquisition step S100, an event generation signal generation determination step S200, a rotation signal providing step S300, (Step S500), a main server information sending step S600, a reception approval processing step S700, a reception approval information transmitting step S800, and a damage assessment investigation management step S900.

When the sensing information is acquired by the sensing unit 100 in step S100 and the sensed information provided by the sensing unit is acquired by the event generation signal generation module 220, And determines whether or not an event generation signal is generated (S200).

After obtaining the event generation signal by the rotation signal generation module 230, a rotation signal for rotating the IP camera unit to the set position is provided to the IP camera unit (S300).

Then, the image information and the serial information obtained by the IP camera unit are provided to the local communication dongle using the local communication through the local communication unit 250 (S400).

Then, the local communication dongle 300 receives the image information, the serial information, and the detection information, and provides the image information, the serial information, and the detection information to the Internet router through the Internet router 400 (S500) do.

At this time, the main server 500 acquires the video information, the serial information, and the sensing information, and transmits the acquired information to the control server 600 and the user terminal 700 (S600).

Accordingly, the administrator and the user of the control server can judge whether or not an accident has occurred in real time.

Thereafter, the control server 600 generates event information in which the image information provided from the main server, the serial information and the detection information are matched with the generation time information, and at least one of the report information such as theft, (Step S700).

At this time, the system can be configured to check whether there is a report to the police station and determine whether or not it is true.

Then, the control server 600 provides the processed acceptance information and the matched event information to the insurance receiving server 800 (S800).

That is, the insurance receiving server will store the above information and provide the information to the loss assessor for site investigation.

Thereafter, after the insurance receiving server 800 acquires event information matched with the reception approval information provided from the control server, the acquired information is matched with the product information set at the time of insuring the user in advance and provided to the damage assessment research terminal 900 (S900) to perform damage assessment work.

FIG. 9 is a flowchart illustrating a damage assessment investigation management process of the smart-based intelligent security and care service method according to an embodiment of the present invention.

That is, as shown in FIG. 9, the damage assessment investigation management step S900 includes the subscription product information storage processing step S910, the user detailed information providing step S920, and the compensation information providing step S930.

In the subscription product information storage processing step S910, the subscription product storage processing unit 810 configuring the insurance receiving server processes the specific product information provided from the user terminal into the user-specific detailed information database 820 for each user ID, .

Thereafter, in the user detailed information providing step S920, the information stored in the detailed information database for each user in the event of occurrence of at least one accident event such as theft, damage, or fire is processed by the loss assessment inquiry information providing unit 830 And provides it to the damage investigation terminal.

Then, in the compensation information providing step S930, the compensation information providing unit 840 obtains the compensation result by providing the compensation information to the user terminal .

10 is an overall flowchart of a smart-based intelligent security and care service method according to another embodiment of the present invention.

As shown in FIG. 10, the smart-based intelligent security and care service method of the present invention according to another embodiment of the present invention includes an event occurrence reporting step (S10)

(Step S20), an event occurrence information / customer related information transmission step (step S30), an insurance administration processing step (step S40), and an insurance money payment processing step (step S50).

The service method may be performed through a hardware system including a user terminal, a management server, an insurance company server, and a loss account assigning terminal.

The above-mentioned smart-based intelligent security and care service method is a method in which the customer confirms the financial and material damages caused by unauthorized intrusion while purchasing security related products such as window, door, security net, security sensor, And a predetermined insurance money is paid to the customer so that the customer can safely purchase the crime prevention related product and use it.

In the event occurrence report step S10, a customer who has suffered monetary or material damage through unauthorized intrusion while purchasing the above-mentioned crime-related products such as window, door, crime prevention network, crime prevention sensor, security camera, Event occurrence information and customer related information can be reported to the management server to report the event occurrence.

The event occurrence information is, for example, information indicating whether the event occurred is damage theft, damage damage, fire damage, and time when the event occurred. The customer related information includes a telephone number, a customer management number, Or an account number.

In the qualifying customer checking step S20, the management server determines whether the customer who has reported the occurrence of the event through the event occurrence information and the customer related information transmitted through the customer terminal is the customer who purchased the product and the event occurrence information is currently operated Whether the information corresponds to the insurance product in question.

That is, the customer-related information for purchasing the crime prevention product is stored and managed in the management server. The information may be the customer's telephone number, customer management number, serial number of the purchased product, bank account number, It is determined whether the customer who reported the occurrence of the event is an eligible customer through the fact that the customer-related information inputted by the customer transmitted by the user is identical in all items or in some items.

In the case of the management server, the cloud-based storage can be configured. Accordingly, it is possible to manage the work progress management automatically by integrating the data with the existing handwriting or by using the simple format program, It is possible to provide an advantage of being able to deal closely with the investigator of damage assessment.

In order to verify the customer related information stored in the management server in real time and to perform the analysis work in real time in real time, it is necessary to perform a cloud-based System design is required.

In addition, laws and related information can be stored in a cloud storage-based management server to provide access convenience and efficiency of the damage assessment business by inquiring information in real time at any time, anywhere a computer network is connected.

Thereafter, the management server transmits the event occurrence information and the customer related information acquired from the customer terminal to the insurance company server (S30) when it is determined that the customer who received the report is an eligible customer.

Then, the insurance company server uses the event occurrence information acquired and the customer related information

An insurance administration processing step (S40) is performed to determine whether the event is an insurance contracted event.

At this time, as shown in FIG. 11, the insurance administration processing step S40 may include an eligible insurance determination step S41, an investigation person designation step S42, and an authenticity result information acquisition step S43.

The qualified insurance determination step S41 determines whether the event generated using the event occurrence information and the customer related information acquired from the management server corresponds to the contracted insurance.

If it is determined that the generated event corresponds to the contracted insurance in the step S42 of designating the person in charge of investigation, after designating the damage occurrence date, which is the person in charge of investigation, in accordance with the event occurrence type and the event occurrence area, Provide relevant information.

In the authenticity determination result information acquisition step S43, the designated damage assessor visits the site where the event occurred, confirms whether the reported received event is correct, and transmits the result information to the insurance company server through the damage assesser terminal.

At this time, the process of checking the authenticity of the received event is based on whether the damaged or stolen product is the product to be insured, whether the customer has received the accident report in the relevant police station, And comparing the time at which the occurrence is reported.

Thereafter, the insurance company server calculates the compensation cost when it is judged as a qualifying insurance target event through the step of acquiring the truth or inferred result information, and then issues an insurance money to the bank account of the customer who has filed the report (step S50) . At this time, the insurance company server may transmit processing information about the compensation to the customer terminal together with the deposit processing.

Meanwhile, the insurance company server of the present invention is further comprised of a black customer information manager for managing list information of black customers by data mining the stored information by updating the damage assessment information in real time.

That is, in order to extract the black customer, the damage assessment work is performed by referring to the accident reception information of the police station.

In this case, an insurance fraud analysis module may be further provided to provide an algorithm for analyzing an abnormal symptom of the insurance fraud in order to prevent illegal insurance payment due to false reporting.

According to the above configuration, a plurality of event sensing means and an event sensing means that operate in conjunction with the sensing means, such as a security window of a balcony, a window or a door, It communicates with the main server configured at the remote place through communication to provide the location and image information to the control server in case of an event so that immediate action can be taken and the privacy of the individual is protected by forcibly terminating the monitoring The effect can be achieved.

In addition, when theft, breakage, fire, etc. are occurred, it is possible to pay insurance premiums based on objective data through the investigation of damages, thus providing appropriate compensation system in case of theft or breakage.

Meanwhile, the method according to various embodiments of the present invention may be stored in a computer-readable recording medium. The computer-readable recording medium may be a ROM, a RAM, CDROMs, magnetic tapes, floppy disks, optical data storage devices, and the like, as well as carrier waves (e.g., transmission over the Internet).

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, It should be understood that various modifications may be made by those skilled in the art without departing from the spirit and scope of the present invention.

100: sensing means
200: Event shooting means
300: Local communication dongle
400: Internet router
500: main server
600: control server
700: User terminal
800: Insurance acceptance server

Claims (11)

In smart-based intelligent crime prevention and care service system,
A vibration detection module 110 for detecting the vibration of the security window,
An intruder detection module 120 for detecting an intruder around the security window,
A sensing module (100) comprising at least one of a contact module (130) for sensing a separation between a security window and a security frame;
A memory module 210 including event occurrence reference information and serial information,
An event generation signal generation module 220 for determining whether an event generation signal is generated by comparing the generated event information with the event generation reference information stored in the memory module,
A rotation signal generation module 230 for providing a rotation signal for rotating the IP camera unit to a position set when acquiring an event generation signal from the event generation signal generation module,
An IP camera unit 240 for rotating to a corresponding position and capturing a surrounding image when acquiring a rotation signal from the rotation signal generation module,
An event photographing means (200) comprising a local communication unit (250) for transmitting the image information and serial information obtained by the IP camera unit to a local communication dongle using local communication;
A short distance communication dongle 300 for receiving image information, serial information, and sensing information transmitted from the event photographing means using short distance communication and providing the same to the Internet router;
An Internet router (400) for transmitting image information and serial information provided from the local communication dongle to a main server;
A main server 500 for acquiring video information, serial information, and sensing information transmitted from the Internet router and transmitting the acquired information to the control server 600 and the user terminal 700;
And stores and manages the image information, serial information, and detection information provided from the main server by matching with the generation time information, and when receiving at least one of the report information such as theft, breakage, A control server 600 for processing the approval and providing the reception approval information and the stored image, serial, detection, and occurrence time information to the insurance receiving server 800;
And an insurance acceptance server 800 for providing the acceptance approval information, image, serial, detection, occurrence time information and product information set by the user in advance to the damage assessment terminal 900 provided from the control server ,
The main server 500 stores acquisition time information of the automatic security mode setting information from the user terminal and compares the acquired image information, serial information, and sensing information with the acquired time information to determine whether an event occurs in the MI state A smart-based intelligent crime prevention and care service system characterized by including a Michigan judgment unit. The method according to claim 1,
The user terminal (700)
And an automatic security setting unit for providing a setting page for establishing an automatic security mode when communicating with the local communication dongle and releasing communication with the local communication dongle.

delete The method according to claim 1,
The control server (600)
A generation time matching unit 610 for matching image information, serial information, and detection information provided from the main server with occurrence time information and storing the same in a security incident information database;
A security incident information database 620 that stores image information, serial information, detection information, and occurrence time information,
An accident report time setting unit 630 for setting a report information acquisition time range relative to an accident occurrence time,
A report information acquiring unit 640 for acquiring report information from at least one of theft, breakage, and fire from the user terminal;
A reception approval generation unit (650) for determining whether the notification is within the time range set by the accident report time setting unit and generating reception approval information when the notification is within the set time range;
And an insurance acceptance approval information transmitting unit (660) for matching the generated acceptance approval information with video, serial information, sensing information, and occurrence time information and transmitting the matching information to the insurance receiving server (660) Service system. The method according to claim 1,
The insurance receiving server 800,
A subscription-item storage processor 810 for storing specific insurance product information provided from a user terminal by user's unique ID;
Specific information database 820 for storing and managing specific insurance product information for each unique ID, reception approval information provided from the control server, image information, serial information, detection information, and occurrence time information;
A loss assessment inquiry information providing unit 830 for extracting information including image information stored in a detailed information database for each user when an incident event occurs and providing the extracted information to the loss assessment terminal;
And a compensation information providing unit (840) for obtaining correctness result information provided from the damage assessment investigating terminal to calculate a compensation cost and providing corresponding compensation cost information to the user terminal. The smart based intelligent security care service system .
A smart-based intelligent security and care service method,
Sensing information acquisition step (S100) for the sensing means (100) to acquire sensing information;
An event generation signal generation step (S200) for determining whether an event generation signal is generated by comparing the event generation signal generation determination module 220 with the event generation reference information when acquiring the detection information provided by the detection unit;
A rotation signal providing step (S300) for providing a rotation signal for rotating the IP camera unit to the IP camera unit at a position set when the rotation signal generation module 230 acquires the event generation signal;
A short range communication step (S400) for the short distance communication unit (250) to transmit the image information, the serial information and the sensing information acquired by the IP camera unit to the short distance communication dongle using short distance communication;
The local communication dongle 300 receives the image information, the serial information, and the sensing information and provides the image information, the serial information, and the sensing information to the Internet sharing device 400. The Internet sharing device 400 transmits the information, the serial information, Step S500;
A main server information sending step (S600) for the main server (500) to acquire image information, serial information and sensing information, and send the image information, the control information and the sensing information to the control server (600) and the user terminal (700);
The control server 600 obtains event information in which image information provided from the main server, serial information and detection information are matched to the generation time information, and at least one of the stolen, damaged, and fired report information within the set time range from the user terminal (S700) for processing acceptance of receipt only when the receipt acceptance process is performed;
A reception acceptance information transmitting step (S800) for the control server (600) to provide the processed reception acceptance information and the matched event information to the insurance acceptance server (800);
After the insurance receiving server 800 acquires the event information matched with the reception approval information provided from the control server, the information obtained by matching the obtained information with the product information set by the user in advance before inserting and providing the information to the damage assessment investigation terminal 900 A damage assessment investigation management step (S900)
In the damage assessment investigation management step S900, the subscription product storage processing unit 810 stores the subscription product information for storing the specific product information provided from the user terminal in the per-user detailed information database 820 for each user ID Processing step S910,
In a case where at least one of an accident event such as theft, breakage, and fire occurs by the process of the loss assessment investigation information providing unit 830, a user who extracts the information stored in the detailed information database for each user and provides the extracted information to the loss assessment investigation terminal Detailed information providing step S920,
(Step S930) for obtaining the truth / false result information provided from the loss assessment terminal by the processing of the compensation information providing unit 840, calculating the compensation cost, and providing the compensation cost information to the user terminal Based smart service security service.
delete A smart-based intelligent security and care service method,
An event occurrence reporting step (S10) of transmitting event occurrence information and customer related information to a management server through a customer terminal;
Whether the customer who has reported the occurrence of the event through the event occurrence information and the customer related information transmitted through the customer terminal is the customer who purchased the product and the event occurrence information is information corresponding to the insurance product currently being operated (S20); < RTI ID = 0.0 >
(S30) of transmitting the event occurrence information and the customer related information to the insurance company server when it is determined that the customer is an eligible customer;
An insurance management processing step (S40) for determining whether the event is an insurance contracted event using the event occurrence information acquired by the insurance company server and the customer related information;
(S50) in which the insurance company server calculates the compensation cost and deposits the insurance money to the bank account of the customer who has filed the report in the case that it is judged as an eligible insurance target event through the insurance administration processing step,
The insurance administration processing step S40 includes an eligible insurance determination step S41 for determining whether the event generated using the event occurrence information acquired from the management server and the customer related information corresponds to the contracted insurance;
If it is determined that the generated event corresponds to the contracted insurance, designation of the damage ordering person who is the investigation person in charge in accordance with the type of the event occurrence and the event occurrence area, and designation of the person in charge of the investigation to provide the event occurrence information and the customer- (S42);
(S43) of confirming whether the designated damage assessor visits the site where the event occurred and whether the reported event is correct, and transmitting the result information to the insurance company server through the damage assesser terminal Based intelligent security and care service method.
delete 9. The method of claim 8,
The event occurrence information includes information indicating whether a generated event is a theft loss, a damage loss, a fire damage, and the time when an event occurred. The customer related information includes a telephone number, a customer management number, A number, and a bank account number of the smart security service. 9. The method of claim 8,
And transmitting the processing information related to the compensation to the customer terminal.

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