KR20130055872A - System and method for parking control using smart streetlight based on cim/bim - Google Patents

Abstract

PURPOSE: A parking control system using a smart streetlight and a method thereof are provided to improve parking management efficiency by collecting information about illegally parked vehicles and transmitting the collected information. CONSTITUTION: A smart streetlight(100) includes a lighting unit. A portable device(200) receives parking control target information by a wireless communication network, controls illegally parked vehicles around a smart streetlight, and registers parking control information. A parking control server(300) transmits the parking control target information to the portable device by the wireless communication network, and registers and manages the parking control information from the portable device. The parking control server updates an administrative parking control result. [Reference numerals] (10) Wireless communication network; (100) U-streetlight; (200) Portable device; (300) Parking control server; (301) Vehicle registration DB

Description

Parking control system and method using smart street light {System and method for parking control using smart streetlight based on CIM / BIM}

The present invention relates to a parking control system and a method using the smart street light, and more particularly, illegal parking through the street light is installed around the street to provide lighting for the safety of street traffic and crime prevention for pedestrians. It relates to a parking control system and a method using a smart street light to collect information and notification of the vehicle in progress, and to restore the road function through the parking control according to the traffic to provide smooth communication of the walking and the vehicle.

In general, a street lamp refers to a lighting facility installed at predetermined intervals along a street for the safety of road traffic and the prevention of crime against pedestrians. The term "horizon" is a concept that includes both the road of a vehicle road and the road of a pedestrian passage.

In addition, although the street lamp refers to only the illumination for illuminating the street circumference, it is generally referred to as a street lamp including a street lamp pole (eg, a street pole) for fixing the lighting.

Conventional streetlights as described above are installed in various places such as highways, major roads in downtowns, commercial district roads, and residential district roads, and street lamps of a suitable type are used. In other words, streetlights for illuminating the streets may be provided on roads where cars or people pass.

As a light source of a conventional street light, a high-pressure mercury lamp, a fluorescent lamp, a sodium lamp, and an ordinary bulb lamp are used.

However, the above-described conventional street lamps are installed in various forms such as streets and amusement parks throughout the road to help maintain traffic safety of vehicles and crime prevention of pedestrians, but serve as lighting facilities to illuminate the streets. It is rarely used for other purposes.

On the other hand, illegal parking stops are increasing around roads due to the shortage of supply of parking facilities due to the rapid increase in the number of vehicles. Such illegal parking stops prevent the access of rescue vehicles and emergency vehicles in the event of a fire or emergency. There was a problem leading up.

In particular, illegal parking on the road hinders the flow of traffic and causes traffic accidents.At the same time, illegal parking is being carried out in parallel with traffic, crackdown, and towing. Crackdown is not happening.

Conventional illegal parking control can be largely divided into a method for a parking enforcement agent to directly perform a crackdown at a crackdown site and a method of installing an unmanned equipment for cracking down an illegal parking vehicle in a crackdown area.

First, in the case of the illegal parking stop by the parking enforcement agent, the enforcement of the illegal parking stops found while the parking enforcement personnel patrol the control area has a problem that the enforcement efficiency is low and the effective parking enforcement is not achieved. .

Next, in the case of illegal parking control through unmanned equipment, if the driver of the illegal parking vehicle blocks the license plate to prevent the driver from photographing the license plate, parking control is rarely performed, and expensive equipment becomes useless. There was a problem.

Therefore, a smart street light that can be used as a facility for illuminating the streets as many as the above, as a facility for illuminating the street, as well as the use of a parking monitoring function for collecting and reporting information of illegally parked vehicles around the street. In order to develop and to use the smart street light as an interface for beneficial information transmission and communication means directed by the smart city is required.

Accordingly, the present invention has been made to solve the above-mentioned conventional problems, the object of the present invention is to reduce the required time of parking enforcement and to restore the road function, so that the pedestrian and vehicle communication can be provided smoothly around the street The present invention provides a parking control system and a method using a smart street light to collect and notify information of an illegally parked vehicle through a smart street light installed in the vehicle.

In addition, another object of the present invention is to provide a parking control system and method using a smart street light to allow the differentiated parking enforcement for each municipality according to the enforcement guidance information in order to minimize the civil dispute of the local residents related to parking. To provide.

In addition, another object of the present invention to provide a parking control system and method using a smart street light to increase the management efficiency of the parking control through the efficient use and placement of limited parking enforcement personnel.

In addition, another object of the present invention is to efficiently control the use of the energy of the smart street light by selectively controlling the illumination level according to the situation around the street of the smart street lamp that provides lighting for the safety of the street traffic at night and crime prevention for pedestrians The present invention provides a parking control system and method using smart street lights that can be managed and energy saving can be increased.

In addition, another object of the present invention can be used as a communication means by grouping a plurality of smart streetlights in a wired communication network, as well as can be used as a medium for information transfer to provide environmental response information for each grade from the environmental information around the street. The present invention provides a parking control system using smart street lights and a method thereof.

In addition, another object of the present invention is to increase the convenience and efficiency of smart street light management through the remote management of smart street lights, parking using smart street lights that can be presented as a new model for the construction of the urban environment oriented smart city An intermittent system and method are provided.

A first invention for achieving the above object, Smart street light having a lighting unit for illuminating the street, collecting and notifying the parking control target information for the illegally parked vehicle around the street; A portable device configured to receive the parking control target information through a wireless communication network, to perform the parking control for the illegally parked vehicle around the smart street light that informed the parking control target information, and to register the parking control information accordingly; And transmitting the parking control subject information notified from the smart street light to the portable device through a wireless communication network, receiving and controlling parking control information from the portable device, and updating and performing a result of performing administrative processing according to the parking control. And a parking control server, wherein the smart street light discloses a parking control system using a smart street light that includes the smart street light identification information in the parking control target information.

According to a second aspect of the present invention, there is provided a method including: (a) collecting and notifying parking control subject information about a vehicle in which a smart street light is illegally parked; (b) the parking control server relaying the parking control target information notified from the smart street light to the portable device; (c) performing, by the portable device, parking control for the illegally parked vehicle around the smart street light, and registering parking control information accordingly; And (d) updating, by the parking control server, a result of performing the administrative processing according to the parking control. The parking control method using the smart street light is disclosed.

According to the parking control system and the method using the smart street light according to the present invention as described above, the time required for the parking control by making the information collection and notification of the illegally parked vehicle through the smart street lights installed around the street This reduces the road function and provides the effect of smoothing the communication between walking and vehicles.

In addition, the present invention provides an effect of minimizing the parking disputes caused by local residents by differentiated parking control in accordance with the enforcement guidance information.

In addition, the present invention can effectively utilize and arrange the parking enforcement personnel, and there is an effect to increase the management efficiency of the parking enforcement.

In addition, the present invention has the effect of reducing the unnecessary power consumption of the street lamp by controlling the lighting level of the smart street lamp according to the situation around the street to efficiently manage the energy use of the smart street lamp, energy saving is increased.

In addition, the present invention forms a wired communication network with the adjacent smart street light to enable communication for information sharing, there is an effect that is used as a medium for information transfer to provide environmental response information for each grade from the environmental information around the street.

In addition, the present invention provides a lighting facility for illuminating the street and provide lighting for the safety of the street traffic at night and crime prevention for pedestrians, and provides a variety of digital content information.

In addition, the present invention is capable of remote management of the smart street light, thereby increasing the convenience and efficiency of the management of the smart street light.

In addition, the present invention has the effect that can be presented as a new model in the construction of the urban environment oriented smart city.

1 is an overall configuration diagram showing a parking control system using a smart street light according to a first embodiment of the present invention,
2 is a functional block diagram illustrating a smart street light applied as an example to a parking control system using a smart street light according to the present invention;
3 is an external configuration diagram illustrating a smart street light applied as an example to a parking control system using a smart street light according to the present invention;
4 is an operation flowchart showing a parking control method using a smart street light according to a second embodiment of the present invention;
5 is a flowchart illustrating a detailed operation of the collection and notification step of the parking control target information in the parking control method according to FIG.
6 is a flowchart illustrating a detailed operation of the registration step of the parking enforcement information in the parking enforcement method according to FIG. 4.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the drawings, the same reference numerals are used to designate the same or similar components throughout the drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In describing the present invention, the defined terms are defined in consideration of the functions of the present invention, and they can be changed according to the intention or custom of the technician working in the field, and the definition is based on the contents throughout this specification It should be reduced.

1 is an overall configuration diagram showing a parking control system using a smart street light according to a first embodiment of the present invention.

Parking control system using a smart street light according to the first embodiment of the present invention may be composed of a smart street light 100, a portable device 200, and a parking enforcement server 300, as shown in FIG. .

As illustrated in FIG. 2, the smart street light 100 includes a lighting unit 110 for illuminating a street, and collects and notifies parking control subject information about a vehicle that is illegally parked around the street.

In this case, the smart street light 100 includes its smart street light identification information in the parking control target information, so that the location of the illegally parked vehicle can be identified.

In addition, the lighting unit 110 may be composed of any one or a combination of the vehicle lighting unit 111 for illuminating the vehicle road in the street, and the pedestrian lighting unit 112 for illuminating the pedestrian passage in the street.

In addition, each of the vehicle lighting unit 111 and the pedestrian lighting unit 112 is preferably composed of one or more LEDs as a light source of illumination.

This, by selectively lighting a part or all of the plurality of LEDs used as a light source of the illumination, thereby preventing the unnecessary power consumption of the smart street light 100, and provides an effect that the effective lighting control is implemented.

In addition, the smart street light 100 obtains the vehicle number by photographing the license plate and reading the character of the illegally parked vehicle, and determines whether it is a registered municipal vehicle through inquiry of the vehicle registration DB 301 to be described later, the parking The municipality registration vehicle determination information may be further included in the subject information for enforcement.

In this case, as an example, an optical character reader may be applied to read a character for obtaining the vehicle number.

2 is a functional block diagram showing a smart street light applied as an example to the parking control system using a smart street light according to the present invention.

As shown in FIG. 2, the smart street light 100 includes a wired communication unit 120, a personal short range wireless communication unit 130, an environmental sensor unit 140, a storage unit 150, a camera unit 160, and a sense of speed. The branch unit 170, the information output unit 180, and the street light controller 190 is preferably configured to further include any one or more.

The wired communication unit 120 is provided in the smart street light 100, and is used to form a wired communication network through a cable connection with another adjacent smart street light 100.

In addition, each of the wired communication unit 120 communicates with the parking control server 300 in a manner of recognizing smart street light identification information, and through the communication, various data related to the operation of the smart street light 100, The environmental response information and the digital content information for each grade are updated.

In addition, the personal short-range wireless communication unit 130 is provided in the smart street light 100, the portable device 200 directly to the portable device 200 located at a short distance to the parking control target information for the illegally parked vehicle. It serves to inform.

When the portable device 200 is located in the personal short-range wireless communication area of the smart street light 100 for notifying the parking control target information, it is possible to quickly process the parking control.

The personal local area wireless communication unit 130 may be configured of one or two or more combinations of ultra wideband (UWB), wireless local area network (WLAN), Bluetooth, and ZigBee, and the portable device 200 ) Is preferably equipped with a wireless module corresponding to the personal short-range wireless communication unit 130.

Here, the personal short-range wireless communication unit 130 as a personal short-range wireless communication network has a communication range of 1 ~ several tens of meters, it can be operated by varying the communication range according to the transmission output and reception sensitivity of the radio wave.

The environmental sensor 140 collects various environmental information around the street, and provides the information necessary for the operation management of the smart street light 100.

At this time, the environmental sensor 140 is an environmental sensor (not shown) including a light sensor, ozone sensor, ultraviolet sensor, air pollution sensor, temperature sensor, fog sensor, and wind direction sensor or a combination of two or more. It may be configured as.

Here, the illuminance sensor detects and provides the amount of light around the street, the ozone sensor detects and provides the amount of ozone around the street, the ultraviolet sensor detects and provides the amount of ultraviolet light around the street, and the air pollution sensor detects the street around. To detect and provide fine dust or yellow sand.

In this case, the air pollution sensor may be configured to replace or include a sensor for detecting various harmful substances (eg, carbon dioxide) distributed in the air in addition to the fine dust or yellow sand.

The temperature sensor measures and provides a temperature around the street, and the fog sensor detects and provides an atmospheric humidity amount around the street, and the wind direction sensor detects and provides a wind speed and a wind direction around the street.

The storage unit 150 stores operation information related to the operation of the street light including smart street light identification information, environmental response information for each grade, and digital content information.

In this case, the digital content information may include a local guide based on the area where the smart street light 100 is located, local advertisements, local event events, and local public information. Content information may be included.

The camera unit 160 includes one or more CCTV cameras 161 for capturing the movement of a vehicle or a pedestrian around a street including an illegally parked vehicle around the smart street light 100.

The speed detecting unit 170 detects and provides a speed of the vehicle traveling on the road of the vehicle.

The information output unit 180 outputs the environmental response information for each grade or the set digital content information.

In this case, the information output unit 180 may provide the environmental response information or digital content information for each grade as an image through a monitor (for example, an LCD), and may further output a sound together with the output image information. .

In the case of outputting the environmental response information for each grade, the image output may be further subdivided and provided. For example, by displaying the environmental information divided into icons and expressing the environmental response information for each grade in colors such as red, yellow, and green, the effect of information transmission for pedestrians around the street can be easily recognized and responded. to provide.

The street lamp controller 190 controls the blinking of the lighting unit 110 according to a preset blinking driving condition, and performs notification control of the collected parking enforcement subject information.

In addition, the street light controller 190 is equipped with a motion detection software for image processing of the image signal captured by the CCTV camera 161, the environmental information collected from the environmental sensor 140 Output control of digital content information including output control of environmental response information for each grade is performed.

The streetlight controller 190 performs illumination control of the lighting unit 110 reflecting the crowded mode according to the motion detection information of the vehicle or the pedestrian provided from the camera unit 160.

In addition, the street light controller 190 is smart through any one or combination of the illumination conditions of the daylight around the street, and the time conditions reflecting the average value of the sunrise or sunset accumulated over the years for each year 365 days corresponding to the seasonal environment The lighting driving of the street lamp 100 is controlled.

In this case, the street light controller 190 reflects the crowded mode reflecting the number of pedestrians around the smart street light 100, the pedestrian position, the pedestrian movement path, the pedestrian distribution, and the environmental conditions around the street. The light source of the lighting unit 110 disposed in the) may be individually controlled to drive.

That is, it means to selectively control the lighting of some or all of the plurality of LEDs installed as the light source of the lighting unit 110.

The portable device 200 is a mobile terminal carried by a parking enforcement agent. The portable device 200 receives parking control target information through a wireless communication network 10 and illegally surrounds the smart street light 100 that notifies the parking control target information. Car parking control is performed on the vehicle being parked and the parking control information is registered accordingly.

The parking control server 300 transmits the parking control target information notified from the smart street light 100 to the portable device 200 via the wireless communication network 10, and controls the parking control from the portable device 200. Receives and manages the registration information, and updates the result of performing the administrative processing according to the parking control.

In addition, the parking enforcement server 300 further includes a vehicle registration DB 301 for storing vehicle information registered in the local government, and preferably further provides situation-specific priority enforcement guidance information for the illegal parking.

In this case, the priority enforcement guidance information prioritizes crowded place conditions where the illegally parked vehicles are concentrated, and the proximity place conditions where the parking enforcement personnel are located, and within the above conditions, the registered vehicle and the unregistered vehicles of the outside are classified into foreign vehicles. It is preferable to crack down on the priority and to crack down on the registration of the municipality after the wire map.

3 is an external configuration diagram illustrating a smart street light applied as an example to a parking control system using a smart street light according to the present invention.

As shown in FIG. 3, the smart street light 100 includes a vehicle lighting unit 111 and a pedestrian lighting unit 112, and a CCTV camera 161 in a vehicle pole (not shown) in which the vehicle lighting unit 111 is installed. ) And the speed detection unit 170 is disposed, the CCTV camera 161 is disposed on the pedestrian pole (not shown) in which the pedestrian lighting unit 112 is installed.

In addition, an environmental sensor 140 and an information output unit 180 are disposed in a horizontal pole (not shown) serving as a pillar of the smart street light 100.

3A and 3B are examples showing various external shapes of the smart street light 100 having the above configuration.

4 is a flowchart illustrating a parking control method using a smart street light according to a second embodiment of the present invention.

First, the smart street light 100 collects and notifies the parking control target information for the illegally parked vehicle around the street (S100).

Here, a detailed operation process of the step of collecting and notifying the parking control target information (S100) will be described with reference to the accompanying drawings.

5 is a flowchart illustrating a detailed operation of the step of collecting and notifying the parking control target information (S100) in the parking control method according to the present invention.

When the vehicle is illegally parked around the street, the smart street light 100 photographs the license plate of the illegally parked vehicle through the CCTV camera 161 and performs character reading (S101).

Next, the smart street light 100 inquires whether the vehicle number obtained as a result of performing the character reading is the registered vehicle of the municipality (S102).

In this case, as an example of the inquiry method, a method of directly inquiring the vehicle registration DB 301 in a state in which the smart street light 100 is connected to the parking control server 300 and a vehicle in which the smart street light 100 is obtained. Providing the number to the parking control server 300 may be implemented in an inquiry method and the like receiving inquiries and responses.

Next, the smart street light 100 includes the vehicle registration vehicle determination information obtained as a result of the inquiry in the parking control target information to notify the parking control server 300 (S103).

Meanwhile, the smart street light 100 may directly notify the parking control target information to the portable device 200 located at a short distance through personal close range wireless communication (S104).

Next, the parking control server 300 relays the parking control target information notified from the smart street light 100 to the portable device 200 (S200).

Next, the portable device 200 performs the parking control for the illegally parked vehicle around the smart street light 100, and registers the parking control information accordingly (S300).

Here, a detailed operation process of the registration step of the parking control information (S300) will be described with reference to the accompanying drawings.

6 is a flowchart illustrating a detailed operation of the registration step (S300) of the parking enforcement information in the parking enforcement method according to the present invention.

First, the portable device 200 receives parking control target information (S301).

At this time, the portable device 200 receives the parking control target information from the parking control server 300 via the wireless communication network 10, and another reception method is to perform personal near field wireless communication of the smart street light 100. Through the parking control target information can be received from the adjacent position.

Next, the portable device 200 analyzes the smart street light identification information included in the received parking control target information and provides a parking control location of an illegally parked vehicle (S302).

At this time, the parking enforcement location may be provided as map information through the display screen of the portable device 200, through which the parking enforcement personnel can check the location of the parking enforcement vehicle and move quickly.

Next, the portable device 200 provides priority enforcement guidance information according to the municipality registration vehicle determination information included in the received parking enforcement target information (S303).

In addition, the portable device 200 performs the parking enforcement for the illegally parked vehicle according to the priority enforcement guidance information and registers the parking enforcement information accordingly (S304).

That is, the parking enforcement agent issues a crackdown process after the line map in the case of a municipal registration vehicle according to the priority enforcement guidance information provided through the portable device 200, and controls the vehicle without a lineage in the case of an unregistered external vehicle. Issue a crackdown first.

In this way, first, by providing differentiated parking control in accordance with the enforcement guidance information provides a working effect to resolve the civil disputes related to parking caused by local residents.

Next, the parking control server 300 updates the execution result of the administrative processing according to the parking control (S400).

That is, registration and management of the parking enforcement information received from the portable device 200, and after the period of the objection according to the parking enforcement proceeds to update the execution result of the final administrative process.

The street light system of the present invention is a CIM (City Information Modeling), the city integrated information model is a modeling technique for managing all the information of the urban facilities constituting the urban space (BIM) and BIM (Building Information Modeling), all the objects constituting the building Technology to model life cycle information in a single life cycle, and when street light systems are constructed in this way, it is possible to integrate and manage street lights installed in the ground including urban spaces and buildings.

Although the present invention has been described in more detail with reference to the embodiments, the present invention is not necessarily limited to these embodiments, and various modifications can be made without departing from the spirit of the present invention. Therefore, the embodiments disclosed in the present invention are intended to illustrate rather than limit the scope of the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be construed according to the following claims, and all technical ideas falling within the scope of the same shall be construed as falling within the scope of the present invention.

100: smart street light 110: lighting unit
111: vehicle lighting unit 112: pedestrian lighting unit
120: wired communication unit 130: personal short-range wireless communication unit
140: environmental detection sensor unit 150: storage unit
160: camera unit 161: CCTV camera
170: speed detection unit 180: information output unit
190: street light control unit 200: portable device
300: parking enforcement server 301: vehicle registration DB

Claims (17)

A smart street light having an illumination unit for illuminating a street and collecting and notifying parking control subject information about an illegally parked vehicle around the street;
A portable device configured to receive the parking control target information through a wireless communication network, to perform the parking control for the illegally parked vehicle around the smart street light that informed the parking control target information, and to register the parking control information accordingly; And
Delivering the parking control subject information notified by the smart street light to the portable device through a wireless communication network, receiving and controlling parking control information from the portable device, and updating and performing a result of performing administrative processing according to the parking control. Parking control server; including,
The smart street light,
Parking control system using a smart street light, characterized in that to provide the information on the parking control including the smart streetlight identification information. The method of claim 1,
The illumination unit includes:
Vehicle lighting unit for illuminating the road for vehicles in the street; And
Pedestrian lighting unit for illuminating the pedestrian passage of the street; Parking enforcement system using a smart street light, characterized in that consisting of any one or a combination. The method of claim 2,
The vehicle lighting unit and the pedestrian lighting unit,
Parking enforcement system using smart street lights, each of which consists of one or more LEDs. The method of claim 1,
The smart street light,
And a wired communication unit for forming a wired communication network through a connection of another smart street light and a cable adjacent thereto.
Each wired communication unit,
Parking control system using a smart street light, characterized in that for performing the communication method of recognizing the parking control server and smart street light identification information. 5. The method of claim 4,
The smart street light,
Obtaining the vehicle number through photographing the license plate and reading the license plate of the illegally parked vehicle, and determining whether the vehicle is a municipal registration vehicle through inquiry of the vehicle registration DB,
The parking enforcement system using a smart street light, characterized in that to further provide the information on the parking registration target vehicle registration information to the parking enforcement target information. The method of claim 1,
The smart street light,
And a personal short-range wireless communication unit configured to notify the parking control target information about the illegally parked vehicle to the portable device. The method according to claim 6,
The personal short-range wireless communication unit, UWB (ultra wideband), Wireless Local Area Network (WLAN), Bluetooth (Bluetooth), and ZigBee (ZigBee) is composed of one or two or more combinations,
The portable device is a parking enforcement system using a smart street light, characterized in that further comprising a wireless module corresponding to the personal short-range wireless communication unit. The method of claim 1,
The parking control server,
And a vehicle registration DB for storing vehicle information registered in the local government.
Parking control system using a smart street light, characterized in that to further provide information on the situation-specific priority for the illegal parking. The method of claim 8,
The priority enforcement guidance information,
The crowded place conditions where the illegally parked vehicles are concentrated and the near place conditions where the parking enforcement agent is located are given priority.
The parking enforcement system using smart street light, characterized in that the municipality registered vehicles and the unregistered vehicles of the local government are separated and the foreign vehicles are preferentially controlled, and the local government registered vehicles are controlled after the line map. 10. The method according to any one of claims 1 to 9,
The smart street light,
An environmental sensor unit for collecting various environmental information around the street;
A storage unit which stores operation information related to the operation of the street light including smart street light identification information, environmental response information for each grade, and digital content information;
A camera unit having one or more CCTV cameras for capturing the movement of vehicles or pedestrians around the street including the illegally parked vehicle;
A speed detecting unit for detecting a speed of the vehicle traveling on the road of the vehicle in the street;
An information output unit for outputting the environmental response information for each grade or the set digital content information; And
A streetlight control unit controlling the blinking driving of the lighting unit according to a preset blinking driving condition and performing notification control of the collected parking control target information;
Parking enforcement system using a smart street light, characterized in that further comprising any one or more of the configuration. The method of claim 10,
The street light control unit,
Equipped with motion detection software for image processing of the captured image signal,
Performs output control of digital content information including output control of environmental response information for each grade according to environmental information collected from the environmental sensor;
Parking control system using a smart street light, characterized in that for performing the illumination control of the lighting unit reflecting the crowded mode according to the motion detection information of the vehicle or pedestrian provided from the camera unit. (a) collecting and notifying parking control subject information about the vehicle in which the smart street light is illegally parked;
(b) the parking control server relaying the parking control target information notified from the smart street light to the portable device;
(c) performing, by the portable device, parking control for the illegally parked vehicle around the smart street light, and registering parking control information accordingly; And
(d) updating, by the parking enforcement server, a result of performing administrative processing according to the parking regulation;
Parking control method using a smart street light, characterized in that consisting of. 13. The method of claim 12,
The step (a)
(a-1) photographing a license plate of a vehicle in which the smart street light is illegally parked and performing character reading;
(a-2) inquiring whether the smart streetlight obtained by the smart street light is a local government registered vehicle; And
(a-3) notifying, by the smart street light, including the determination information of the local government registered vehicle obtained as a result of the inquiry in the parking control target information;
Parking control method using a smart street light, characterized in that it comprises a. The method of claim 13,
The step (a)
(a-4) the smart street light notifying the parking control target information through a personal short-range wireless communication; parking control method using a smart street light, characterized in that it further comprises. 15. The method according to any one of claims 12 to 14,
The step (c)
(c-1) the portable device receiving parking control subject information;
(c-2) analyzing the smart streetlight identification information included in the received parking control target information to provide a parking control location of an illegally parked vehicle;
(c-3) providing priority enforcement guidance information according to the municipality registration vehicle determination information included in the received parking enforcement subject information; And
(c-4) performing parking control on the illegally parked vehicle according to the priority enforcement guide information, and registering the parking enforcement information accordingly;
Parking control method using a smart street light, characterized in that it comprises a. 16. The method of claim 15,
Step (c-1),
Receiving, by the portable device, parking enforcement subject information from a parking enforcement server via a wireless communication network; And
Receiving, by the portable device, parking control target information at an adjacent location through a personal short range wireless communication of the smart street light; Parking control method using a smart street light, characterized in that made of any one. 16. The method of claim 15,
The step (c-4)
If the municipality is registered vehicle according to the priority regulation guide information, the process of controlling after the line map; And
In the case of an unregistered external vehicle of a local government according to the priority regulation guide information, the process of controlling the priority without a line system is performed.

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