KR101047307B1 - System for providing course breakway information using energy saving type street light and method for providing course breakway information thereof - Google Patents

Abstract

PURPOSE: A system and method for providing information about deserting a path of the same are provided to directly checking a current location of a path leaver. CONSTITUTION: RFID readers(600a,600b,600c,600d) leads RFID tag information from an RFID tag. Street lights devices(300a,300b,300c,300d) photographs a peripheral images. Facility devices(500a,500b,500c,500d) are installed in a stop sign of a public facilities or a door of private. Tag street lights management server(100) transmits location information according to the RFID tag information with the interphone(200) or the communications terminal(800).

Description

System for providing course breakway information using energy saving type street light and method for providing course breakway information

The present invention relates to an energy-saving street light, and more particularly, using a solar light or air volume as an energy source of a street light, and equipped with a radio frequency identification (RFID) reader in a street light device or various facilities to carry a radio frequency identification tag as belongings. The present invention relates to a route departure information providing system using an energy-saving street light that can provide route departure information and a route departure information providing method.

As society is becoming more advanced and nuclear families become more important, families are now more important. In addition, Korea still remains one of the important virtues.

On the other hand, recent crimes occur not only for adults but also for infants, adolescents, and the elderly, and recently, violence incidents and extortion of money and money by youths are increasing. In addition, crimes against women and drunken people in the late hours and early mornings are also not decreasing.

In each trial, CCTVs are installed in streetlights and in various places of the building to utilize crimes to detect crimes or to arrest criminals.

Of course, such CCTVs can be crucial in preventing, checking, or arresting criminals, but children, adolescents, and the elderly are still vulnerable because they are easily exposed to crimes.

In addition, if the child or the elderly are out, or if the student is going to school or academy, the child may not be able to track the route. If you go to the guardian was still insecure, was inevitable to take a lot of time in the process of checking a lot of CCTV, and as time went by, it was difficult to solve the problem.

Accordingly, the present invention is to solve all the disadvantages and problems of the prior art as described above, the present invention uses the solar light or air volume as the energy source of the street light, and the radio wave is equipped with a radio frequency identification (RFID) reader It is an object of the present invention to provide a route departure information providing system using energy-saving street lamps and a route departure information providing method for providing a route departure information when a child or an elderly person carrying an identification tag with a belonging route leaves the route. do.

The path departure information providing system using the energy-saving street light of the present invention for achieving the above object is provided with an energy source from at least one of solar light and air volume to charge and store in a battery, and to store the power stored in the LED light in the LED lighting. It includes, a radio wave identification reader 600 for reading the radio wave identification tag information attached to the belongings, and take a picture of the surrounding image to store as image information, and transmits the stored image information and the lead wave identification tag information to the outside A streetlight device 300; A facility apparatus 500 including a radio wave identification reader 600 for reading radio wave identification tag information from an entrance door of a public facility or a private facility or a bus stop information board of a bus stop, and transmitting the radio wave identification tag information to the outside; An interphone 200 which receives position information and image information of a radio wave identification tag corresponding to the radio wave identification tag information registered by the radio wave identification tag information and the image information; Radio identification tag information provided for each household, identification information of the interphone registered according to the radio identification tag information, guardian information of the radio identification tag, identification information and location information of the radio identification reader 600, government office server information, and street light Communication information of the administrator information of the device 300 and the facility device 500 and the movement path information of the radio wave identification tag, and the location information according to the radio wave identification tag information transmitted from the street light device 300 and the facility device 500 communication network Transmitting to the communication terminal 800 of the intercom 200 or the radio wave identification tag protector through the 400, and when the radio wave identification tag information deviates more than the set time from the movement path information, transmits to the communication terminal of the guardian and the manager and the server of the government office Characterized in that comprises a; street lamp management server (100).

Here, the street lamp management server 100, the street lamp device 300, the facility device 500 is communicated through the communication network 400 and the communication unit 110, and transmitted from the street lamp device 300 through the communication unit 110 The image processing unit 130 for processing the image information, the image storage unit 140 for storing the image information from the street lamp device 300, the radio wave identification tag information provided for each furniture, and registered according to the radio wave identification tag information For inputting identification information of the interphone, identification information and location information of the radio wave identification reader 600, the government server 700 information, and the manager communication terminal 800 information of the street lamp device 300 and the facility device 500. Interface unit 150, the monitor 160 for displaying the image information processed by the image processing unit 130, the radio wave identification tag information and street lamp device information and radio wave identification reader identification information, manager communication terminal information, radio wave provided for each household Guardian bin by identification tag Control the database 170 and the communication unit 110, the image processing unit 130, the image storage unit 140, the interface unit 150 and the database 170 for storing the new terminal information and the movement path information of the radio wave identification tag. The control unit 120 for controlling the transmission of the video information and the radio wave identification tag and the path departure information to the intercom 200, the communication terminal 800 and the administrator server 700 of the administrator or guardian via the communication network 400 It is preferable to include.

And, the database 170, the radio wave identification tag payment database for each household stores the radio wave identification tag information provided for each household, the streetlight device information database 172 for storing the installation location address information and map information of the street lamp device, Radio wave identification reader identification information database 173 storing identification information of radio wave identification reader 600, manager information database 174 storing communication terminal information of an administrator, radio wave identification tag storing communication terminal information of guardian by radio wave identification tag Guardian information database for each guardian information 175, the movement route information database 176 for radio wave identification tag, the movement route information for each radio wave identification tag, and the installation device address database of the installation location address information and map information of the facility device 500 ( 177).

The interphone 200 may include a communication unit 210 communicating with the street light management server 100, a video output unit 220 for outputting a text or video from the street light management server 100, and a video of a video phone, and street light management. Voice output unit 230 for outputting voice or telephone voice from server 100, storage unit 240 storing the called party's telephone number information and the guardian's telephone number information, and a key input unit for receiving the called party's telephone number for the telephone. The control unit 260 may be configured to include the control unit 250 and the communication unit 210, the image output unit 220, the audio output unit 230, the storage unit 240, and the key input unit 250.

On the other hand, the street lamp device 300, the power source and lighting unit 310 to receive the energy source from one of the sunlight and the air flow charge the battery, and receives the power from the battery to operate as a DC power source, and Sensing unit 320 for detecting sunlight and air volume, a camera 330 for photographing the image information, the communication unit 340 for communicating the image information and the radio wave identification tag information to the outside, and the street lamp device 300 Interface unit 350 for interfacing with a device for setting or checking data, a storage unit 360 storing image information, a power and lighting unit 310, a sensing unit 320, a camera 330, a communication unit 340, the interface unit 350, the storage unit 360, and the controller 390 for controlling the RFID reader 600 is preferably configured.

On the other hand, the power supply and lighting unit 310, the solar cell 311 for converting sunlight into a direct current power source, the air flow meter (312) for converting the air volume into a direct current power source, and the direct current power source of one of the solar cell and the air flow meter A switching unit 313 for switching, a charger 314 for charging the battery 315 with the DC power switched by the switching unit 313, and an LED light 316 emitting light according to the power supplied from the battery 315. It is preferable to include.

Here, the sensing unit 320 is preferably configured to include an illumination sensor 321 for detecting the illumination of the sunlight and the air flow rate measuring sensor 322 for measuring the intensity of the air volume.

The movement path information for each radio wave identification tag is preferably stored as different movement path information for each time zone.

On the other hand, in the path-deviation information providing system using the energy-saving street light, the guardian is connected via the communication network 400 using the communication terminal 800 or the computer 900 to the hourly movement path of the radio frequency identification tag to the streetlight device 300 or It is desirable to provide a screen that can be set according to the selection of the facility device 500.

In addition, the communication terminal 800 is preferably at least one of a mobile phone, a smartphone, a PDA, an iPad, and a Galaxy Tab.

On the other hand, the facility device 500 is preferably at least one of the entrance of the school, the entrance of the school, the entrance of the restaurant, the entrance of the subway station, and the bus stop guide.

In addition, the path departure information providing method of the path departure information providing system using the energy-saving street light of the present invention for achieving the above object
And a radio wave identification reader 600 for reading radio wave identification tag information from the radio wave identification tag attached to the belongings, photographing surrounding images and storing them as image information, and storing the stored image information and the radio wave identification tag information. Installation information and map information of the street lamp device 300 to be transmitted to the outside, and the radio wave identification reader 600 for reading the radio wave identification tag information from the door of the public facilities or private facilities, or the bus stop of the bus stop, Installation information and map information of the facility apparatus 500 for transmitting the readout radio wave identification tag information to the outside, the radio wave identification tag information provided for each household, identification information of an interphone registered according to the radio wave identification tag information, Guardian communication terminal information of the radio wave identification tag, identification information and location information of the radio wave identification reader 600, and the public office Comprising: server device information and the street lights 300, and the facility device 500 and the database administrator terminal information a route information of the RFID tagged (S10); Receiving an energy source from at least one of solar light and air volume to charge and store a battery, and supplying power from the battery to the LED lighting of the street light device (S30); When the event occurs (S50), if the event is the movement of the radio wave identification tag, tracking the movement path of the radio wave identification tag (S70) and periodically transmitting to the intercom 200 and communication terminal 800 of the guardian by radio wave identification tag. (S90); It is determined whether the movement path of the radio frequency identification tag is out of the set path (S110), when the set path is departed for more than the set time (S130). Transmitting the path departure to the manager communication terminal 800 and the public office server 700 (S150); The radio wave identification tag 600 collects radio wave identification tag information with respect to the radio wave identification tag deviating from the path (S170) and the surrounding image of the radio wave identification reader 600 through the streetlight device 300 according to the collected radio wave identification tag information. Transmitting the current location address information of the RFID reader 600 to the intercom 200 of the RFID tag protector, the communication terminal 800 and the government server 700 (S190); Characterized in that comprises a.

Here, it is preferable to store the update information when the generated event is updating the guardian information or the movement path information (S50).

In addition, when updating the guardian information or the movement path information, it is preferable to change the password after checking the radio wave identification tag information.

In addition, in the case of determining whether the movement path of the radio wave identification tag is out of the set path (S110), the movement path of the radio wave identification tag is set in the movement path by the movement path by setting the movement time of the movement path even when the movement path is located. It is preferable to set to determine that the deviation.

According to the present invention has the following effects.

First, in the case of installing a radio frequency reader at streetlights, public facilities, private facilities, subway stations, entrances and bus stops, it is possible to quickly check the deviation of people including children moving with belongings tagged with radio frequency identification tags. Through the RFID reader, the current location of the path-deviator can be immediately confirmed, so that it can respond quickly to the path-deviation.

Second, when the camera is installed in the street lamp can receive an image according to the path movement information.

Third, when the solar energy or the amount of wind as the energy source of the street lamp, and the street lamp is composed of LED, the street lamp energy saving can be maximized.

1 is a block diagram illustrating a path departure information providing system using an energy-saving street light according to the present invention;
FIG. 2 is a block diagram illustrating a streetlight management server of a route departure information providing system using the energy saving streetlight shown in FIG. 1;
3 is a block diagram illustrating an interphone of a system for providing route departure information using the energy saving street lamp shown in FIG. 1;
FIG. 4 is a block diagram illustrating a streetlight device of a system for providing route departure information using the energy-saving streetlight shown in FIG. 1;
FIG. 5 is a diagram illustrating a computer monitor screen for explaining an example of a route setting method in a route departure information providing system using an energy saving street light according to the present invention; FIG.
6 is a view for explaining an example of the path movement in the path departure information providing system using an energy-saving street lamp according to the present invention;
7 is a flowchart illustrating a method for providing path departure information in a path departure information providing system using an energy-saving street light according to the present invention.

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

In addition, the terms used in the present invention were selected as general terms widely used as possible at present, but in certain cases, the term is arbitrarily selected by the applicant, in which case the meaning is described in detail in the description of the invention.

In addition, in describing the embodiments, descriptions of technical contents which are well known in the technical field to which the present invention pertains and which are not directly related to the present invention will be omitted, which obscures the gist of the present invention by omitting unnecessary descriptions. To communicate more clearly.

1 is a block diagram illustrating a system for providing deviation information using an energy-saving street light according to the present invention.

As shown in FIG. 1, a system for providing route departure information using an energy-saving street light according to the present invention includes a street light management server 100, a home interphone 200, and a plurality of first to Nth street light devices 300a, 300b, 300c, 300d: 300, the communication network 400, a plurality of facility devices (500a, 500b, 500c, 500d: 500), a plurality of radio wave readers (600a, 600b, 600c, 600d: 600), The government server 700, the guardian or administrator of the communication terminal 800 and the computer 900 is configured.

Here, the street lamp management server 100 is the radio wave identification tag information and street lamp device information and radio wave identification device reader identification information, administrator communication terminal information, guardian communication terminal information by radio wave identification tag and radio wave identification tag movement path information, street lamps provided for each household The information of the device 300 and the facility device 500 is managed. Then, the moving information, the location information, and the video information of the managed radio wave identification tag are stored.

On the other hand, the street lamp management server 100 is a communication terminal of the intercom 200, the guardian or the manager of the street light device 300 and the image information, location information and time information according to the radio wave identification tag information transmitted from the facility device 500 800 and the public office server 700 to transmit.

The interphone 200 is installed in an individual household and transmits the movement information, the location information, and the video information of the radio wave identification tag corresponding to the radio wave identification tag information registered by the radio identification tag information and the image information from the street light management server 100. It is provided.

In addition, the street light device 300 receives an energy source from at least one of sunlight and air volume, charges and stores the battery in the battery, provides the stored energy source to the LED light, leads radio wave identification tag information, and the street light device 300 Take a video of the surrounding and store it as image information, and transmits the stored image information and the lead radio identification tag information to the street lamp management server (100). On the other hand, the street light apparatus 300 is configured with a radio wave identification reader 600 to lead the radio wave identification tag information.

The facility device 500 reads radio wave identification tag information from doors of public and private facilities such as schools 500b, academies 500a, restaurants, subway stations 500c, and bus stops of bus stops 500d. To send. To this end, a radio wave identification reader 600 is configured to lead the radio wave identification tag information to the facility apparatus 500.

Meanwhile, the communication network 400 may be configured as an internet network, a mobile communication network, a Wi-Fi network, and the like.

Such a radio frequency identification tag may be attached to a mobile phone, a bag, a shoe, or the like of a child or an elderly person, or may be manufactured in a badge form and provided as belongings that can be attached to clothes or a bag.

The government office server 700 is, for example, a server such as a police station, police box, government office, or fire station.

The communication terminal 800 is a mobile phone, a smartphone, a PDA, an iPad, a Galaxy Tab, or the like.

In addition, the computer 900 checks the moving direction of the RFID tag guard through the monitor, sets or updates the movement path according to the movement time of the RFID tag, or newly sets the communication terminal information of the guardian. Used for update setting. To this end, it is preferable to be authenticated after registering when the streetlight management server 100 is connected.

FIG. 2 is a block diagram illustrating a streetlight management server of a route departure information providing system using the energy-saving streetlight shown in FIG. 1.

As shown in FIG. 2, the streetlight management server 100 of the path-deviation information providing system using the energy-saving streetlight according to the present invention includes a communication unit 110, a control unit 120, an image processing unit 130, and an image storage unit 140. ), An interface unit 150, a monitor 131, an SMS generator 160, and a database 170.

Here, the communication unit 110 communicates with the street light device 300, the facility device 500, the computer 900 and the communication network 700.

The image processor 130 performs image processing on the image information transmitted from the street light device 300 through the communication unit 110.

The image storage unit 140 stores image information from the street light device 300.

Then, the interface unit 150 is provided with radio identification tag information for each household, identification information of the interphone 200 registered according to the radio identification tag information, identification information and location information of the radio identification reader 600, the public office server (700) A keyboard or a mouse for inputting information and the manager communication terminal 800 of the street light device 300 and the facility device 500 is connected.

The monitor 131 displays image information processed by the image processor 130.

The database 170 stores the radio wave identification tag information, the streetlight device information, the radio wave identification reader identification information, the administrator information, the radio wave identification tag protector information, and the radio wave identification tag movement information provided for each household.

In addition, the controller 120 controls the communication unit 110, the image processing unit 130, the image storage unit 140, the interface unit 150, and the database 170, and moves information and path departure of the image information and the radio wave identification tag. The information is transmitted through the communication network 400 to the intercom 200, the communication terminal 800 of the manager or guardian and the government server 700.

Here, the database 170 includes a radio wave identification tag payment database for each household in which radio wave identification tag information provided for each household is stored, a streetlight device information database 172 for storing installation location address information and map information of a street lamp device, and radio waves. Radio wave identification reader identification information database 173 storing identification information of the identification reader 600, manager information database 174 storing communication terminal information of the administrator, radio wave identification tag storing the communication terminal information of the guardian by radio identification tag The guardian information database 175, the radio wave identification tag movement path information database 176, in which the radio wave identification tag movement path information is stored, and the facility device information database in which the installation location address information and the map information of the facility device 500 are stored (177). It consists of

FIG. 3 is a block diagram illustrating an interphone of a route departure information providing system using the energy saving street light shown in FIG. 1.

The interphone 200 of the route departure information providing system using the energy-saving street light according to the present invention is a device provided for each household, and communicates with the street lamp management server 100 and the communication unit 210 and the street lamp management server 100. A video output unit 220 for outputting a text or an image of the video, a voice output unit 230 for outputting a voice or a phone call from the streetlight management server 100, and a called party's telephone number information and a guardian's telephone number information. The storage unit 240 and the key input unit 250 and the communication unit 210, the image output unit 220, the voice output unit 230, the storage unit 240 and the key for receiving the called party's telephone number for the call It is configured to include a control unit 260 for controlling the input unit 250.

Here, the image output unit 220 may be connected to a television (not shown) to output an image to a television (TV) in the furniture.

FIG. 4 is a block diagram illustrating a streetlight device of the system for providing route departure information using the energy-saving streetlight shown in FIG. 1.

As shown in FIG. 4, the streetlight device 300 of the path-deviation information providing system using the energy-saving street light according to the present invention is provided with an energy source from one of sunlight and air flow and is operated by a DC power source and an illumination unit 310. ), A sensing unit 320 for detecting sunlight, air volume, and voice, a camera 330 for photographing image information, a communication unit 340 for communicating the image information and the radio wave identification tag information with the outside, Interface unit 350 for interfacing with a device for setting or checking the data of street light device 300, storage unit 360 for storing image information and updating read radio wave identification tag information, radio wave identification tag information Radio wave reader 600 and power supply and lighting unit 310, the sensing unit 320, the camera 330, the communication unit 340, the interface unit 350, the storage unit 360 and the radio wave identification reader ( Includes a control unit 370 for controlling 600. It is configured to.

Here, the power supply and lighting unit 310 of the solar cell 311 converting sunlight into a direct current power source, the air flow rate unit 312 for converting the air volume into a direct current power source, the solar cell 311 and the air flow rate unit 312 LED that emits light according to the power supplied from the switching unit 313 for switching one DC power, and the charger 314 and the battery 315 to charge the DC power switched in the switching unit 313 to the battery 315 And an illumination 316.

In addition, the sensing unit 320 includes an illumination sensor 321 for detecting the illuminance of sunlight and an air volume measuring sensor 322 for measuring the intensity of the air volume. At this time, the controller 370 controls the switching unit 313 to provide a DC power suitable for charging to the battery 315 according to the sensing result of the illuminance sensor 321 and the measurement result of the air flow rate measurement sensor 322. do.

5 is a diagram illustrating a computer monitor screen for explaining an example of a route setting method in a route departure information providing system using an energy-saving street light according to the present invention.

As an example of a route setting method in a route departure information providing system using an energy-saving street light according to the present invention, as shown in FIG. 5, a school, a school, a subway station, a bus station, and a travel time according to a home address According to the designation of the movement path of the streetlight device or facility device.

At this time, the guardian is connected to the street lamp management server 100 through the communication network 400 from the computer 900 from the street lamp device information DB 172 or the facility device information DB 177 provided from the street lamp management server 100. According to the map information, the street lamp device 300 or the facility device 500 is designated. In this case, in FIG. 5, 1 to 20 times are street light devices 300 or facility devices 500, and students are designated as 18 to 20 times around the school from 8 am to 3 pm, and 3 pm From 6 o'clock to 6 o'clock, the numbers can be set around the school, or it can be specified by clicking with a mouse.

And, if the student carrying the radio frequency identification tag in the belongings on the paths 1 to 14 around 8:00 am to 3:00 pm, the path departure information is the mobile terminal 800 or the public office server 900 of the guardian or administrator. And so on. In addition, when the student carrying the radio frequency identification tag in the belongings from 6 to 20 at 3 pm to 6 pm is on the move, it is also possible to detect the deviation of the route, so that the guardian or manager's mobile terminal 800 or government office Server 900 or the like.

In other words, the movement route information for each radio wave identification tag is preferably stored as different movement route information for each time zone.

6 is a view for explaining an example of the path movement in the path departure information providing system using an energy-saving street light according to the present invention.

An example of the path movement in the path departure information providing system using the energy-saving street light according to the present invention, as shown in Figure 6, a plurality of street light devices (300e, 300f, 300g, 300h, 300i) Each of the RFID readers 600e, 600f, 600g, 600h, 600i leads the RFID tag. At this time, the student may go around the other way, so it is preferable to leave a spare time in the path departure time, for example, 5 minutes to 10 minutes can be set as the path departure time.

7 is a flowchart illustrating a method for providing path departure information in a path departure information providing system using an energy-saving street light according to the present invention.

The path departure information providing method of the path departure information providing system using the energy-saving street light according to the present invention receives and stores an energy source from at least one of sunlight and air volume, provides the stored energy source to the LED light, and attaches it to belongings. Street light apparatus 300 including a radio wave identification reader 600 for reading the radio wave identification tag information, and taking a picture of the surrounding image to store as image information, and transmits the stored image information and the lead wave identification tag information to the outside And a radio wave identification reader 600 for reading radio wave identification tag information from doors of public facilities and private facilities, bus stops and bus stop information boards, and transmitting the radio wave identification tag information to the outside. Installation information and map information of the facility device 500, radio wave identification tag information and radio wave identification tag information provided for each household Identification information of the intercom registered according to the information, guardian communication terminal information of the radio wave identification tag, identification information and location information of the radio wave identification reader 600, the public office server information, the street lamp device 300 and the facility device 500 The manager communication terminal information and the movement path information of the radio wave identification tag are database (S10).

Subsequently, the battery is charged to receive an energy source from at least one of sunlight and air volume and to provide the LED lighting power of the street light device (S30).

Then, the event occurs in the street lamp management server 100 (S50), if the event is the movement of the radio wave identification tag to track the movement path of the radio wave identification tag (S70) intercom 200 of the guardian by radio wave identification tag and the communication terminal Periodically transmits to (800) (S90).

Subsequently, it is determined whether the movement path of the radio wave identification tag deviates from the set path (S110).

At this time, the deviation from the set path is a deviation from the set path when more than a predetermined time elapses (S130), even if it is located in the moving path when it is out of the path and when it is not the movement time for each movement path of the RFID tag. If it is determined that the path is out of the path set to determine whether one or more of the radio identification tag protector intercom 200, the communication terminal 800, the manager communication terminal 800 and the public office server 700 transmits the path departure (S150) ).

Next, information on the radio wave identification reader 600 is collected for the radio wave identification tag that has departed from the path (S170).

Then, the current image of the radio identification reader 600 and the surrounding image of the radio identification reader 600 through the streetlight device 300 around the radio identification reader 600 which collected the radio identification tag information that has departed the path based on the collected information. The location address information is transmitted to the intercom 200, the communication terminal 800 and the public office server 700 of the radio wave identification tag protector (S190).

On the other hand, if the generated event (S50) the guardian information or the movement path information update (S210), the update information is stored (S230). At this time, when updating the guardian information or the movement path information, it is preferable to change the password for each radio wave identification tag information after checking.

If the generated event is the street light on / off (S50), the street lamp on / off is controlled (S250).

As described above, the present invention has been described through the preferred embodiments, which are intended to help the understanding of the present invention, but are not intended to limit the technical scope of the present invention.

Therefore, it should be understood that various changes and modifications can be made by those skilled in the art to which the present invention pertains.

100: street light management server 110: communication unit
120: control unit 130: image processing unit
140: image storage unit 150: interface unit
131: monitor 170: database
200: intercom 210: communication unit
220: image output unit 230: audio output unit
240: storage unit 250: key input unit
260 control unit 300 street light device
310: power and lighting unit 311: solar cell
312: air volume unit 313: switching unit
314: charging unit 315: battery
316: LED light 320: sensing unit
321: Ambient light sensor 322: Air flow sensor
330: camera 340: communication unit
350: interface unit 360: storage unit
370 control unit 400 communication network
500: facility device 600: radio wave identification reader
700: government server 800: communication terminal
900: Computer

Claims (15)

A radio wave that receives an energy source from at least one of solar light and air volume to charge and store power in the battery, supply the stored power from the battery to the LED light, and lead the radio wave identification tag information from the radio wave identification tag attached to the belongings. A streetlight device having an identification reader 600 and configured to photograph surrounding images and store image information in a storage unit;
A facility apparatus 500 installed at an entrance door of a public facility or a private facility or at a bus stop guide board of a bus stop, and including the radio wave identification reader 600 for reading the radio wave identification tag information;
The interphone 200 provided corresponding to the radio wave identification tag information and receiving the location information and the image information of the radio wave identification tag corresponding to the radio wave identification tag information registered by the radio wave identification tag information and the image information. ;
The radio wave identification tag information, the identification information of the interphone, the guardian information of the radio wave identification tag, the identification information and the location information of the radio wave identification reader 600, the public office server information, the street lamp device 300, Manager information of the facility device 500 and the movement path information of the radio wave identification tag into a database, and the location information according to the radio wave identification tag information transmitted from the street light device 300 and the facility device 500 communication network The terminal 400 transmits to the intercom 200 or the communication terminal 800 of the radio wave identification tag protector, and when the radio wave identification tag information deviates by more than a time set from the movement path information, the communication terminal of the guardian and the manager. And a streetlight management server 100 for transmitting to the government server;
The street light device 300,
A power source and an illumination unit 310 that receives an energy source from one of the sunlight and the air volume, charges the battery, receives the power from the battery, and operates as a DC power source;
A sensing unit 320 for sensing the sunlight and the air volume;
A camera 330 for photographing the image information;
A communication unit 340 for communicating the image information and the read radio wave identification tag information with the outside;
An interface unit 350 for interfacing with a device for setting or checking data of the street light device 300;
The storage unit 360 storing the image information;
Control the power and lighting unit 310, the sensing unit 320, the camera 330, the communication unit 340, the interface unit 350, the storage unit 360 and the radio wave identification reader 600. Route departure information providing system using an energy-saving street light, characterized in that it comprises a control unit (390). The method of claim 1,
The street light management server 100,
The communication unit 110 for communicating the street light device 300, the facility device 500 through the communication network 400,
An image processor 130 for image processing the image information transmitted from the street light device 300 through the communication unit 110;
An image storage unit 140 for storing the image information from the street light device 300;
The radio wave identification tag information, the identification information of the interphone, the identification information and the location information of the radio wave identification reader 600, the public office server 700 information, the streetlight device 300 and the facility device 500 An interface unit 150 for inputting manager communication terminal 800 information of the;
A monitor 131 displaying the image information processed by the image processor 130;
A database 170 for storing the radio wave identification tag information, the streetlight device information, the radio wave identification reader identification information, the manager communication terminal information, the radio wave identification tag-specific guardian communication terminal information, and the radio path identification information of the radio wave identification tag; ,
The communication unit 110, the image processor 130, the image storage unit 140, the interface unit 150, and the database 170 are controlled, and the movement information and path deviation of the image information and the radio wave identification tag. Energy control, characterized in that it comprises a control unit 120 for controlling to transmit information to the intercom 200, the manager or guardian's communication terminal 800 and the government server 700 through the communication network 400 Deviation information providing system using economical street light. The method of claim 2,
The database 170,
Radio identification tag payment database for each household in which the radio wave identification tag information is stored;
A streetlight device information database 172 storing installation location address information and map information of the streetlight device;
A radio frequency identification reader identification information database 173 storing identification information of the radio frequency identification reader 600,
An administrator information database 174 storing communication terminal information of the manager;
A guardian information database 175 for radio wave identification tags, in which communication terminal information of guardians for radio wave identification tags is stored;
A movement path information database 176 for each radio wave identification tag in which the movement path information for each radio wave identification tag is stored;
A system for providing route departure information using energy-saving street lights, comprising: a facility device information database (177) in which installation location address information and map information of the facility device (500) are stored. The method according to claim 1 or 2,
The interphone 200,
Communication unit 210 for communicating with the street lamp management server 100,
Image output unit 220 for outputting a text or video from the streetlight management server 100 and the video of the video phone,
Voice output unit 230 for outputting the voice or telephone voice from the street lamp management server 100,
A storage unit 240 storing the called party's phone number information and the guardian's phone number information;
A key input unit 250 for receiving a called party's telephone number for a telephone and
An energy-saving street light comprising a control unit 260 for controlling the communication unit 210, the image output unit 220, the audio output unit 230, the storage unit 240 and the key input unit 250. Deviation information providing system using. delete The method according to claim 1 or 2,
The power and lighting unit 310,
A solar cell 311 for converting the sunlight into a direct current power source,
An air volume converter 312 for converting the air volume into a DC power source;
A switching unit 313 for switching the DC power of one of the solar cell 311 and the airflow meter 312;
Charger 314 for charging the battery 315 to the DC power switched by the switching unit 313 and
Pathway information providing system using the energy-saving street light, characterized in that it comprises the LED light (316) for emitting light by receiving the power supplied from the battery (315). The method of claim 6,
The sensing unit 320,
An illuminance sensor 321 for detecting illuminance of the sunlight;
A system for providing route departure information using an energy-saving street light, characterized in that it comprises a air flow rate measuring sensor 322 for measuring the intensity of the air flow. The method according to claim 1 or 2,
The movement route information of the radio wave identification tag is a route departure information providing system using an energy-saving street light, characterized in that stored as different movement route information for each time zone. The method according to claim 1 or 2,
The route departure information providing system,
The guardian connects through the communication network 400 using the communication terminal 800 or the computer 900 to select the streetlight device 300 or the facility device 500 for the hourly movement path of the radio wave identification tag. Route departure information providing system using the energy-saving street lights, characterized in that to provide a screen that can be set according to. 10. The method of claim 9,
The communication terminal 800 is a path departure information providing system using an energy-saving street light, characterized in that at least one of a mobile phone, smart phone, PDA, iPad, Galaxy Tab. The method of claim 1,
The facility device 500,
Pathway information providing system using energy-saving street lights, characterized in that at least one of the entrance of the school, the entrance of the school, the entrance of the restaurant, the entrance of the subway station and the bus stop. And a radio wave identification reader 600 for reading radio wave identification tag information from the radio wave identification tag attached to the belongings, photographing surrounding images and storing them as image information, and storing the stored image information and the radio wave identification tag information. Installation information and map information of the street lamp device 300 to be transmitted to the outside, and the radio wave identification reader 600 for reading the radio wave identification tag information from the door of the public facilities or private facilities, or the bus stop of the bus stop, Installation information and map information of the facility apparatus 500 for transmitting the readout radio wave identification tag information to the outside, the radio wave identification tag information provided for each household, identification information of an interphone registered according to the radio wave identification tag information, Guardian communication terminal information of the radio wave identification tag, identification information and location information of the radio wave identification reader 600, and the public office Comprising: server device information and the street lights 300, and the facility device 500 and the database administrator terminal information a route information of the RFID tagged (S10);
Receiving an energy source from at least one of solar light and air volume to charge and store a battery, and supplying power from the battery to the LED lighting of the street light device (S30);
When an event occurs (S50), if the event is the movement of the radio wave identification tag, the movement path of the radio wave identification tag is tracked (S70) and periodically to the interphone 200 and the communication terminal 800 of the radio wave identification tag. Transmitting to (S90);
It is determined whether the movement path of the radio frequency identification tag is out of the set path (S110), and when the set path is departed for more than a set time (S130), the interphone 200 of the radio frequency identification tag protector is out of the path. Transmitting the path departure to a terminal (800), the manager communication terminal (800) and a public office server (700) (S150);
The radio wave identification reader 600 collects the radio wave identification tag information with respect to the radio wave identification tag that deviated from the path (S170). The radio wave identification reader through the streetlight device 300 according to the collected radio wave identification tag information. Transmitting the surrounding image and the current location address information of the RFID reader 600 to the intercom 200, the communication terminal 800 and the government server 700 of the RFID tag protector (S190). Including;
If it is determined whether the movement path of the radio wave identification tag is out of the set path (S110),
Providing the path departure information using the energy-saving street light by setting the movement time of the radio wave identification tag by the movement path by the movement path, even if located in the movement path at the movement time by the movement path. How to provide out of route information for the system. The method of claim 12,
If the generated event (S50) protector information or the movement path information update, the path departure information providing method of the path departure information providing system using the energy-saving street light further comprising storing the update information. The method of claim 13,
Checking the password for each radio wave identification tag information when the guardian information or the movement path information is updated after the path departure information providing method of the energy-saving streetlight information providing system using a street lamp. delete

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