KR101892565B1 - Flap type parking crossing gate for parking zone and parking system therewith - Google Patents

Abstract

The present invention relates to a flap type parking barrier and a parking system using the same. A cover is installed on the road surface of a parking area but a barrier part is installed on the cover to be rotatable to allow only a permitted vehicle to be parked by efficiently regulating vehicle parking on each parking area, and a side of the cover is inclined while an installation groove of the cover is divided into first, second, and third installation spaces, and then, a power supply part, a circuit part, and an operating part are installed in each of the installation spaces, and thus, internal components are efficiently protected from an external shock and also the components are conveniently inspected and replaced. Since a camera is configured to work only in case of a blocking state while the barrier part is vertical, unnecessary time consumption, operation, and communication are able to be prevented. Through analysis on a photographed image, if a recognized vehicle number is matched with a vehicle number transmitted from a smartphone of a driver, parking confirmation data including the location of a parking area is transmitted to a management server, and then, the management server transmits parking location information to the smartphone, and thus, the driver is able to receive parking location information for the driver without a separate login procedure and a separate parking position input procedure.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a flap type parking breaker,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a flap type parking breaker and a parking system using the flap type parking breaker. More specifically, the present invention relates to a flap type parking breaker, The present invention relates to a flap type parking breaker and a parking system using the flap type parking breaker.

Generally, a parking lot is a place for providing a parking space of a vehicle in a specific space. As the coverage rate of the vehicle increases and the city center where the vehicles are concentrated develops, there is a phenomenon that the parking space that the vehicle can park is insufficient. Therefore, various studies on parking facilities and parking management systems for efficient operation of parking lots are being conducted.

1 is a block diagram showing a parking management system disclosed in Korean Patent No. 10-1625383 (entitled " Parking Management System ").

The parking management system 100 of FIG. 1 includes a sensor 111-1, ..., 111-N, a vehicle interrupter 113-1, ..., A local server 105 connected to the cameras 115-1 through 113-N via a wired / wireless communication network to manage and control the cameras 115-1 through 115-N and a mobile terminal 102 owned by drivers, An application program installed in the mobile terminal 102 and providing a parking related service (hereinafter referred to as a parking management application) 103, and an operation corresponding to a request from the local server 105 and the mobile terminal 102 A parking management server 107 for providing parking related information to the parking management application 103 and a communication network 107 for providing a data movement path between the local server 105, the mobile terminal 102 and the parking management server 107, (109).

In the conventional technology 100 configured as described above, the parking management server 107 stores location information of each of the photographing areas, stores images transmitted from the local server 105, and stores the received images from the connected parking management application 103 Upon receipt of the location information, the location information of each of the photographing areas is searched and the corresponding image is transmitted to the parking management application 103.

The parking management application 103 also displays a video display interface, which is a graphical user interface on which the video transmitted from the parking management server 107 is displayed, on the monitor of the mobile terminal 102, And transmits the matching request data including the detected location coordinates to the parking management server 107. The matching request data includes the location coordinates of the specific area,

At this time, the parking management server 107 can provide the parking management service by matching the image object of the corresponding user with the corresponding user through the matching request data transmitted from the parking management application 103.

However, the conventional technology 100 has a disadvantage that the installation cost is increased and the installation process is complicated and troublesome because the camera needs to be installed in a separate structure or in a high structure installed in order to photograph a plurality of parking surfaces.

In order to match a video vehicle object with a user to which the parking management server 107 is connected, the related art 100 also includes a step of photographing cameras, a step of transmitting the shot image to a parking management server, A step in which the application transmits location information to the parking management server, a search and extraction step for the parking management server to extract an image corresponding to the location information of the user, and a parking management server A step of transmitting the position information of the parking management application to the parking management server, a step of transmitting the position information of the parking management application to the parking management server, So that the user of the parking management application and the corresponding vehicle image And computation complexity of matching, the process is complicated and has a drawback.

In addition, the related art 100 is configured such that the vehicle intermittent portions 113-1, ..., 113-N are installed on each of the parking surfaces. Generally, as in the prior art, a vehicle intermittent portion installed on a parking surface is often subjected to impacts by vehicle tires or the like depending on the place characteristics. However, in the related art 100, a technique for protecting internal components from such external impact is disclosed There is a drawback that equipment breakage and failure frequently occur due to an external impact.

SUMMARY OF THE INVENTION The present invention has been made in order to solve such a problem, and an object of the present invention is to provide a vehicle with a cover which is installed on a road surface of a parking surface, And a parking system using the same.

According to another aspect of the present invention, there is provided a portable terminal, comprising: a cover having a slope formed on a side surface thereof and having a mounting groove formed to be divided into a first installation space, a second installation space and a second installation space, And a parking brake system using the flap-type parking breaker. The present invention provides a flap-type parking breaker and a parking system using the flap-type parking breaker, which can easily inspect and replace parts, as well as efficiently protect internal products from external impacts.

Another object of the present invention is to provide a flap-type parking breaker and a parking system using the flap-type parking breaker, which can improve durability by providing a reinforcing wall between adjacent installation spaces.

Another object of the present invention is to provide a flap type parking breaker and a parking system using the flap type parking breaker, which can perform an additional service such as car number recognition without installing a separate camera by installing a camera on one side of the blocking part .

In addition, another object of the present invention is to provide a flap-type parking breaker which can prevent a time and an arithmetic process due to a meaningless photographing and communication, And to provide a parking system using the same.

Further, another object of the present invention is to provide a method and apparatus for activating beacon communication when a vehicle license plate is extracted from an image obtained by photographing a camera, so that connection request data can be received only from a smartphone of a driver of an entering vehicle A flap type parking breaker, and a parking system using the same.

In addition, another object of the present invention is to provide a system and method for transmitting parking confirmation data including a parking position to a management server when the recognized car number and the car number received from the smartphone of the driver coincide , The management server is configured to transmit the parking position information to the smartphone so that the driver can use the flap type parking breaker to receive his / her parking position information without performing a separate login process, .

According to an aspect of the present invention, there is provided a mobile communication terminal including a parking breaker installed on each parking surface, a management server for performing wired / wireless communication with the parking breaker, a smartphone supported by beacon communication, And a parking lot application for allowing the smartphone to transmit connection request data including the car number and identification information previously registered through the beacon communication to the outside, the parking lot management system comprising: a cover installed on a parking surface; A control unit installed inside the cover; A blocking portion rotatably installed on the cover and rotating in a vertical or horizontal state to control parking of the vehicle on the parking surface; And a camera installed on one surface of the blocking unit, wherein the control unit comprises: a communication interface module; A blocking portion status detection module for detecting whether the blocking portion is in a horizontal state or a vertical state; A camera driving module that is driven when the blocking portion is in a vertical state by the blocking portion state detection module and drives the camera; An image analysis module for analyzing an image photographed by the camera using a preset license plate extraction algorithm to extract a license plate from the image; A vehicle number recognition module that is driven when the license plate is extracted by the image analysis module and recognizes the vehicle number from the extracted license plate using a predetermined number recognition algorithm; A beacon communication module activated during a predetermined time (T) when a vehicle license plate is extracted by the image analysis module; A number comparing module for comparing the vehicle number of the connection request data received from the smartphone through the beacon communication module with the vehicle number recognized by the vehicle number recognizing module; The information processing apparatus is driven when the vehicle number of the connection request data transmitted from the smartphone is matched with the vehicle number recognized by the vehicle number recognition module by the number comparison module, A parking confirmation data generation module including parking confirmation data including information; Further comprising a control module for controlling the communication interface module so that the parking confirmation data generated by the parking confirmation data generation module is transmitted to the management server, wherein when the management server receives the parking confirmation data from the control unit, Related information including parking position and parking time information is transmitted to the application.

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Further, in the present invention, when the parking lot application receives the parking related information from the management server, the parking lot application displays a graphical user interface on the monitor of the smart phone on which the received parking related information is displayed.

Further, in the present invention, the parking breaker includes a power supply unit; A circuit portion including a printed circuit board; A driving unit for generating rotational motion; The cover having an upper surface and a lower surface formed in a plane, the side surface being formed as an inclined surface, the mounting groove formed on a lower surface thereof, the mounting groove formed on an upper surface thereof and extending to both side portions and an end portion thereof; A fixing plate formed of a plate material and inserted and coupled to the mounting groove of the cover; And a shielding part formed in a bar shape and having an end rotatably mounted on the cover, the shielding part having the camera installed on one surface thereof, wherein the installation groove includes a first installation space in which the power supply part is inserted, And a third installation space formed apart from the second installation space and into which the drive unit is inserted, wherein the first installation space is spaced apart from the first installation space, And reinforcing walls are provided between the second installation space and between the second installation space and the second installation space, respectively.

Further, in the present invention, the reinforcing walls are preferably formed with insertion grooves into which a communication cable or a power cable is inserted.

According to the present invention having the above-described problems and solutions, the cover is provided on the road surface of the parking surface, and the blocking portion is rotatably installed on the cover, so that parking of the vehicle on each parking surface is effectively interrupted, .

According to the present invention, the cover is formed as an inclined surface on the side surface of the cover, and the installation groove of the cover is divided into the first installation space, the second installation space, and the second installation space, and each of the installation spaces includes a power source, It is possible not only to efficiently protect the internal product from external impact, but also to inspect and replace parts easily.

According to the present invention, a reinforcing wall is provided between adjacent installation spaces, thereby improving durability.

According to the present invention, since the camera is installed on one side of the blocking unit, it is possible to perform an additional service such as car number recognition without installing a separate camera.

In addition, according to the present invention, since the camera is configured to shoot only when the blocking unit is in the blocking state, which is the vertical state, it is possible to prevent the time, the calculation processing, and the communication consumption due to the nonsensical shooting in advance.

According to the present invention, when a license plate is extracted from an image obtained by photographing a camera, beacon communication is activated, so that access request data can be received only from the smartphone of the driver of the entering vehicle, not by other drivers.

According to the present invention, when the recognized car number through the analysis of the photographed image matches the car number transmitted from the smartphone of the driver, the parking control unit transmits the parking confirmation data including the parking position to the management server, The parking position information is transmitted to the smartphone, so that the driver can receive his / her parking position information without performing a separate login process or a parking position input process.

1 is a block diagram showing a parking management system disclosed in Korean Patent No. 10-1625383 (entitled " Parking Management System ").
2 is a perspective view showing a flap type parking breaker according to an embodiment of the present invention.
Fig. 3 (a) is a front view showing a flap type parking breaker showing when the blocking portion of the present invention is in an open state, and Fig. 3 (b) is a front view showing a flap type parking breaker showing when the blocking portion of the present invention is in a blocking state .
4 is an exploded perspective view of Fig.
5 is a side sectional view of Fig.
6 is an exemplary view showing a state in which a flap type parking breaker is installed on a parking surface.
FIG. 7 is a configuration diagram showing a parking system to which the flap type parking breaker of FIG. 2 is applied.
Figure 8 is a block diagram illustrating the smartphone of Figure 7;
Fig. 9 is a block diagram showing the control section of the parking breaker of Fig. 7; Fig.

Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings.

FIG. 2 is a perspective view showing a flap type parking breaker according to an embodiment of the present invention, FIG. 3 (a) is a front view showing a flap type parking breaker, Fig. 4 is an exploded perspective view of Fig. 2, Fig. 5 is a side sectional view of Fig. 2, and Fig. 6 is a side view of the flap type parking breaker shown in Fig. FIG.

A flap type parking breaker 1 according to an embodiment of the present invention is installed on a road surface 20 of a parking surface to shut off parking of the vehicle C to the parking surface, To effectively protect internal components from external shocks.

2 to 5, the flap type parking breaker 1 includes a cover 3, a fixed plate 5, a power source 11, a circuit portion 12, a blocking portion 7, a driving portion 13 ), A packing section (8), and a camera (9).

The cover 3 is mounted on the road surface 20 of the parking surface, and the upper surface and the lower surface are formed as flat surfaces, but the side surface is formed as an inclined surface.

In other words, the cover 3 is formed in a trapezoidal shape when viewed from the side, so that even if a contact or an impact occurs from the outside by a tire of the vehicle C, the impact can be dispersed and alleviated due to the inclined surface, .

In addition, the upper surface of the cover 3 is formed in a multistage structure by forming a seating groove 311 extending from the upper surface to the inside and extending to both side and tip portions. At this time, the blocking portion 7 is seated in the seating groove 311.

The vertical plates 313 and 313 'are provided on opposite sides of the bottom surface of the bottom plate 311 of the cover 3 and the vertical plates 313 and 313' And an end of the portion 7 is inserted and rotatably installed.

Further, a mounting groove 331 is formed at the center of the lower surface 33 of the cover 3. [ At this time, the upper surface of the cover 3, on which the mounting groove 311 is not formed, is disposed directly above the mounting groove 331.

A first installation space 3311, a second installation space 3312, and a third installation space 3313 are formed in the installation groove 331 in the longitudinal direction. At this time, the power supply unit 11 is installed in the first installation space 3311, the circuit unit 12 is installed in the second installation space 3312, and a driving unit such as a motor is installed in the third installation space 3313 do.

3315 'are provided between the adjacent first installation space 3311 and the second installation space 3312 and between the adjacent second installation space 3312 and the third installation space 3313, Respectively.

Further, since the reinforcing walls 3315 and 3315 'are formed with the cable connection holes 3316 and 3316' through which the power cable or the communication cable passes, the power cable or the communication cable is stably inserted and connected without shaking Stable power supply and communication can be performed even if a contact shock occurs.

The installation recess 331 formed in the lower surface 33 of the cover 3 includes the first installation space 3311, the second installation space 3312 and the third installation space 3313, The circuit unit 12 and the driving unit 13 can be installed separately from the power unit 11, the circuit unit 12 and the driving unit 13, It is possible to independently check and replace any one of them without decomposing them together.

The mounting groove 331 includes a first installation space 3311 formed in the inner side, reinforcing walls 3315 and 3315 'formed between the second installation space 3312 and the third installation space 3313, Since the center of the upper surface of the mounting groove 331 is supported by the mounting grooves 331, it is possible to improve the durability and to prevent the damage of the internal parts 11, 12, 13 as much as possible .

The upper surface of the second installation space 3312 of the installation groove 331 is formed with a width smaller than that of the second installation space 3312 and extends upward to form a communication antenna An auxiliary groove 3314 is formed.

The printed circuit board 121 of the circuit unit 12 is closely attached to the upper surface of the second mounting space 3312 of the mounting groove 331 and the antenna 1211 mounted on the upper surface of the printed circuit board 121 The circuit part 12 is fixed to the auxiliary groove 3314 by the second installation space 3312 and the auxiliary groove 3314 without being shaken so that the circuit part 12 can be firmly fixed even when external impact or contact occurs .

At this time, the antenna 1211 may be constituted by an antenna of a communication module such as Zig-bee, Blue-tooth, Wi-Fi, Near Field Communication or a geomagnetic sensor.

The power supply unit 11 is inserted into the first installation space 3311 of the cover 3 and mounted and supplies power to the circuit unit 12, the driving unit 13, and the camera 9.

In this case, the power supply unit 11 is preferably composed of a primary battery or a secondary battery.

The driving unit 13 is a driving unit for generating a rotational motion such as a motor, and the generated driving unit controls the opening and closing of the blocking unit 7 by rotating the rotary shaft mounted on the blocking unit 7.

Since the driving unit 13 is a technique commonly used in mechanical equipment, a detailed description thereof will be omitted.

The packing portion 8 is formed of rubber or silicone of an elastic material and is installed on the rim of the mounting groove 331 of the cover 3 to seal the inside of the mounting groove 331, Thereby blocking the entry of foreign matter or moisture.

The fixing plate 5 is formed of a plate material corresponding to the shape of the mounting groove 331 and inserted into the mounting groove 331 to be coupled thereto

The fixing plate 5 is also formed of a hard rubber or urethane pad having a waterproof and buffering effect.

The fixing plate 5 is in tight contact with the packing portion 8 mounted on the mounting groove 331 of the cover 3 to seal the mounting groove 331 of the cover 3 from the parking surface, The circuit unit 12 and the driving unit 13 can be protected by blocking the moisture, dust or foreign matter moving along the cover 3 from flowing into the installation groove 331 of the cover 3.

The blocking portion 7 is formed in a bar shape having a length and is inserted into one of the vertical plates 313 and 313 'of the cover 3 and then coupled by a rotation pin (not shown) As shown in Fig.

At this time, the state in which the blocking portion 7 is rotated in the vertical state is referred to as the blocking state, and the state in which the blocking portion 7 is rotated in the horizontal state is referred to as the open state.

In addition, the blocking portion 7 is provided with a warning message such as 'parking entry prohibition' or the like on one side facing the entry vehicle C in the vertical state.

A camera (9) is provided on one surface of the blocking portion (7).

The camera (9) operates when the blocking portion (7) is in a vertical state, thereby preventing consumption due to unnecessary photographing and video transmission.

Also, the image photographed by the camera 9 can be used for car number recognition.

As described above, the flap type parking breaker 1 according to an embodiment of the present invention is installed on each parking surface, and includes a power supply unit 11, a power supply unit 11, a power supply unit 11, Since the circuit part 12 and the driving part 13 are installed independently, it is possible to easily carry out the replacement and inspection of each part and improve the durability by providing the reinforcing walls between adjacent installation spaces.

In addition, the flap type parking breaker 1 is configured such that the camera 9 is provided on one side of the blocking portion 7, and the camera 9 is driven only when the blocking portion 7 is in a vertical state, Memory consumption, communication consumption, and the like due to the image acquired by the camera can be prevented.

FIG. 7 is a configuration diagram showing a parking system to which the flap type parking breaker of FIG. 2 is applied.

7, the parking system 900 includes a parking breaker 1-1 installed on each of the parking surfaces P for opening and closing parking of the vehicle on the parking surface P, Local servers 903 for managing and controlling the parking breakers 1-1 and 1-N and the parking breakers 1-1 to 1-N, A management server 905 for providing a parking lot utilization service to a user connected through a parking lot application 902 and a management server 905 for providing a parking lot utilization service to a user connected through a parking lot application 902. [ And a communication network 910 for providing a data movement path between the smart phone 901 and the local server 903.

The communication network 910 provides a data movement path between the management server 905, the local servers 903 and the smartphones 901 and specifically includes a local area network (LAN) and a wide area network (WAN) A wired / wireless network, a mobile communication network, and the like.

The parking spaces P are areas for providing space where one vehicle is parked.

Also, on the parking surfaces P, the flap-type parking breaker 1 described above with reference to Figs. 2 to 6 is provided.

The parking breakers 1-1, ..., and 1-N are installed on each of the parking surfaces P to block entry or advancement of the vehicle into or from the parking surface P.

In addition, the parking breakers 1-1, ..., and 1-N are provided with a camera 9 on one side facing the direction in which the vehicle enters into the parking surface when the blocking portion 7 is in the blocked state . At this time, the camera 9 performs photographing when the blocking unit 7 is in the blocking state, but does not perform the photographing when the blocking unit 7 is in the open state, so that only meaningful images can be utilized in the supplementary service.

In addition, a control unit 980 is installed inside the parking breakers 1-1, ..., and 1-N, and the control unit 980 analyzes images photographed by the camera 9, .

At this time, if the vehicle license plate in the image is extracted, the control unit 980 activates the beacon communication module 1211 for a predetermined time T 2, and simultaneously activates the beacon communication module 1211, And detects the vehicle number.

That is, if the vehicle license plate in the image is not extracted, the control unit 980 deactivates the beacon communication module 1211 so that the beacon communication module 1211 of the parking breaker 1, ). ≪ / RTI >

The controller 980 also receives connection request data including the vehicle number and the identification information from the connected smart phone 901 when the short distance communication is activated. At this time, the identification information may be communication information of the smartphone 901 or member information of the parking lot application 902. [

When receiving the connection request data from the adjacent smart phone 901, the control unit 980 compares the vehicle number of the received connection request data with the vehicle number recognized by itself, So that the parking confirmation data is transmitted to the management server 905. At this time, the parking confirmation data includes the position information, the car number and the identification information of the corresponding parking surface.

The smart phone 901 is a digital terminal supporting beacon communication, and since such a smart phone is a commonly used technology, a detailed description will be omitted.

In addition, a parking application 902 is installed in the smartphone 901.

The parking lot application 902 is an application program for providing parking lot service.

In addition, the parking lot application 902 registers and stores the vehicle number from the user at the time of initial driving.

In addition, the parking lot application 902 controls the beacon communication module of the smart phone 901 when driving to periodically transmit connection request data to the outside.

Also, the parking lot application 902 stores an information interface, which is a graphical user interface (GUI), in which information on the position of the parking surface and information such as the parking start time and the parking fee are displayed. If the management server Related information including the position information of the parked surface from which the vehicle is parked is transmitted to the information interface and displayed on the monitor of the smart phone 901, The user can be provided with the position of the parked car parked without performing the parking position input operation or the like.

The management server 905 is a server for managing and controlling the parking lot application 902. [

The management server 905 also receives the parking confirmation data from the parking breakers 1-1 through 1-N via the local server 903, Related information including the position information of the parking face, the parking start time, and the like to the application 902. [

Figure 8 is a block diagram illustrating the smartphone of Figure 7;

The smart phone 901 is a mobile terminal carried by a driver.

8, the smartphone 901 includes a monitor 911 that is provided in a conventional smart phone or a navigation terminal to display contents, data that is connected to the communication network 910 and data An input unit 913 for inputting characters and symbols from the user, a control unit 914 for controlling the control object in charge of the OS of the smartphone, And a beacon communication module 917 for supporting beacon communication. The beacon communication module 917 includes a GPS unit 915 for calculating a position by the beacon communication unit 915, an application management unit 916 installed for achieving the object of the present invention, and a beacon communication module 917 for supporting beacon communication.

The application management unit 56 manages and controls the parking lot application 902 described above.

Fig. 9 is a block diagram showing the control section of the parking breaker of Fig. 7; Fig.

The control unit 980 of the parking breaker 1 includes a control module 981 and a memory 982, a communication interface module 983, a beacon communication module 984, a breaker status detection module 985, 986, an image analysis module 987, a car number recognition module 988, a number comparison module 989, and a parking confirmation data generation module 990.

The control module 981 is an OS (Operating System) of the control unit 980 and is a control object 982, 983, 984, 985, 986, 987, 988, 989 ), And (990).

The control module 981 does not drive the camera driving module 986 when the state of the blocking portion 7 is opened by the blocking portion state detection module 985, State, the camera driving module 987 is driven.

When an image is captured by the camera driving module 987, the control module 981 inputs the captured image to the image analysis module 987.

The control module 981 drives the beacon communication module 984 for a predetermined time T while driving the vehicle number recognition module 988 when the vehicle license plate in the image is extracted by the image analysis module 987 .

When the beacon communication module 984 is activated and receives the connection request data from the smartphone 901, the control module 981 inputs the connection request data to the number comparison module 989.

The control module 981 also drives the parking confirmation data generation module 990 if the two vehicle numbers match by the number comparison module 989 and generates the parking confirmation data by the parking confirmation data generation module 990 The control server 905 controls the communication interface module 983 to transmit the generated parking confirmation data to the management server 905 through the local server 903. [

The memory 982 stores position information of the corresponding parking surface.

In the memory 982, a photographed image obtained by photographing the camera 9 is temporarily stored.

The memory 982 also stores parking number confirmation data generated by the parking number confirmation data generation module 990 and the car number indicator recognized by the car number recognition module 988. [

The communication interface module 983 connects to the communication network 910 and transmits / receives data to / from the local server 903.

The beacon communication module 984 performs beacon communication. At this time, beacon communication can be applied to short range communication such as Bluetooth, Wi-Fi, or ZigBee.

The beacon communication module 984 is driven under the control of the control module 981 when an image license plate is extracted by the image analysis module 987. [ That is, if the image analysis module 987 fails to extract the license plate from the image, the beacon communication module 984 is not activated, so that the beacon communication is activated only when the incoming vehicle is detected.

The blocking portion status detection module 985 detects whether the blocking portion 7 of the flap type parking breaker 1 is in the blocking state in the vertical state or in the open state in the horizontal state.

At this time, when the breaker state detection module 985 detects that the breaker 7 is in the open state, the control module 981 does not drive the camera drive module 986 and the breaker state detection module 985 does not block And drives the camera driving module 986 when it detects that the unit 7 is in the blocking state.

The camera driving module 986 is driven when the blocking portion 7 is detected to be in the blocking state (vertical state) by the blocking portion state detection module 985 under the control of the control module 981, A trigger signal is inputted to make the camera 9 take an image.

The image analysis module 987 analyzes the image obtained by the photographing of the camera 9 using a preset license plate number extraction algorithm to extract the license plate from the image.

At this time, the control module 981 does not perform a separate operation if the vehicle license plate is not extracted by the image analysis module 987. When the vehicle license plate is extracted by the image analysis module 987, 2) activates the car number recognition module 988 while simultaneously activating the car number recognition module 988 for a predetermined period of time (T).

The vehicle number recognition module 988 analyzes the license plate extracted by the image analysis module 987 using a preset number recognition algorithm to recognize the vehicle number.

The car number information recognized by the car number recognition module 988 is input to the number comparison module 989. [

The number comparison module 989 compares the vehicle number of the connection confirmation request data received from the smartphone 901 with the vehicle number input from the vehicle number recognition module 988. If the two data do not match, And if the two pieces of data match, the control signal is input to the parking confirmation data generation module 990.

When the vehicle number of the connection confirmation request data transmitted from the smartphone 901 by the number comparison module 989 matches the vehicle number input from the vehicle number recognition module 988 And generates parking confirmation data. At this time, the parking confirmation data includes position information of the parking surface, parking start time, identification information, and the like.

The parking confirmation data generated by the parking confirmation data generation module 990 is also transmitted to the local server 903 via the communication interface module 983 under the control of the control module 981. [

As described above, the parking management system 900 of the present invention can install additional services such as car number recognition without installing a separate camera by installing a camera on one side of the blocking portion.

In addition, the parking management system 900 of the present invention is configured such that the camera is taken only when the blocking unit is in the blocking state, which is the vertical state, so that the time, calculation processing, and communication consumption due to meaningless imaging can be prevented in advance.

In addition, the parking management system 900 of the present invention activates beacon communication when a license plate is extracted from an image obtained by photographing a camera, so that connection request data is received only from the smartphone of the driver of the entering vehicle .

In addition, the parking management system 900 of the present invention may include parking confirmation data including the parking position to the management server when the recognized car number is identical to the car number received from the smartphone of the driver And the management server is configured to transmit the parking position information to the smartphone. Thus, the driver can receive his / her parking position information without performing a separate login process or parking position input process.

1: flap type parking breaker 3: cover 5: fixed plate
7: blocking portion 8: packing portion 9: camera
11: power supply unit 12: circuit unit 13:
31: upper surface 33: lower surface 35: inclined surface
311: mounting groove 313: vertical plate 331: mounting groove
900: Parking management system 901: Smart phone 902: Parking lot application
903: Local server 905: Management server 981: Control module
982: memory 983: communication interface module
984: Beacon communication module 985: Breaker status detection module
986: camera driving module 987: image analysis module
988: car number recognition module 989: number comparison module
990: parking confirmation data generation module

Claims (7)

delete delete delete A smart phone that supports beacon communication; and a smart phone that is installed in the smart phone, and when the smart phone is pre-registered through beacon communication Claims [1] A parking management system comprising: a parking lot application for causing connection request data including a vehicle number and identification information to be transmitted to the outside, the parking management system comprising:
The parking breaker
A cover provided on the parking surface;
A control unit installed inside the cover;
A blocking portion rotatably installed on the cover and rotating in a vertical or horizontal state to control parking of the vehicle on the parking surface;
And a camera installed on one side of the blocking portion,
The control unit
A communication interface module;
A blocking portion status detection module for detecting whether the blocking portion is in a horizontal state or a vertical state;
A camera driving module that is driven when the blocking portion is in a vertical state by the blocking portion state detection module and drives the camera;
An image analysis module for analyzing an image photographed by the camera using a preset license plate extraction algorithm to extract a license plate from the image;
A vehicle number recognition module that is driven when the license plate is extracted by the image analysis module and recognizes the vehicle number from the extracted license plate using a predetermined number recognition algorithm;
A beacon communication module activated during a predetermined time (T) when a vehicle license plate is extracted by the image analysis module;
A number comparing module for comparing the vehicle number of the connection request data received from the smartphone through the beacon communication module with the vehicle number recognized by the vehicle number recognizing module;
The information processing apparatus is driven when the vehicle number of the connection request data transmitted from the smartphone is matched with the vehicle number recognized by the vehicle number recognition module by the number comparison module, A parking confirmation data generation module including parking confirmation data including information;
Further comprising a control module for controlling the communication interface module so that the parking confirmation data generated by the parking confirmation data generation module is transmitted to the management server,
Wherein the management server transmits the parking related information including the parking position and the parking time information to the parking lot application when receiving the parking confirmation data from the control unit. The parking management system according to claim 4, wherein, when the parking lot application receives the parking related information from the management server, the parking lot application displays a graphical user interface on which the received parking related information is displayed on the monitor of the smartphone. 6. The apparatus according to claim 5, wherein the parking breaker
A power supply unit;
A circuit portion including a printed circuit board;
A driving unit for generating rotational motion;
The cover having an upper surface and a lower surface formed in a plane, the side surface being formed as an inclined surface, the mounting groove formed on a lower surface thereof, the mounting groove formed on an upper surface thereof and extending to both side portions and an end portion thereof;
A fixing plate formed of a plate material and inserted and coupled to the mounting groove of the cover;
And a blocking portion formed in a bar shape so as to be rotatable on an end of the cover and having the camera installed on one surface thereof,
Wherein the installation recess has a first installation space into which the power supply unit is inserted, a second installation space formed to be spaced from the first installation space in the longitudinal direction and into which the circuit unit is inserted, And a third installation space into which the driving unit is inserted, wherein reinforcing walls are provided between the first installation space and the second installation space, and between the second installation space and the second installation space, respectively The parking management system comprising: 7. The parking management system according to claim 6, wherein the reinforcing walls are formed with insertion grooves into which a communication cable or a power cable is inserted.

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