KR101873473B1 - Device for opening and closing parking space and system for managing parking - Google Patents

Abstract

The present invention relates to a parking space opening / closing apparatus and a parking management system using the same, and a technical problem to be solved is to prevent unauthorized parking management without manpower for controlling access to a vehicle and block the parking reservation and gamut parking .
A vehicle access control unit for controlling the access vehicle, recognizing the number of the access vehicle, and transmitting the recognized vehicle information; A parking surface opening / closing device installed on the parking surface and opening / closing the parking surface so as to be able to park on the parking surface by being controlled through the user's adjustment or vehicle recognition in a standby state; A notification display unit installed in the parking surface opening / closing unit and displaying predetermined notification information according to an opening / closing operation of the parking surface opening / closing unit; And the vehicle information is received to manage the entry and exit of the vehicle, and it is determined whether or not the parking space is designated for the vehicle corresponding to the vehicle information at the time of entrance. If the parking space is designated, the parking space opening / And a management server for transmitting an incoming signal so as to be able to receive the input signal.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a parking space opening / closing apparatus and a parking management system using the parking space opening /

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a parking surface opening / closing apparatus and a parking management system using the same, and more particularly, to a system for managing parking of a parking lot having a plurality of parking surfaces designated by a user.

A parking lot such as a conventional apartment complex or a building (office, motel, etc.) is assigned with a plurality of parking surfaces so that residents or building users can park the vehicle.

However, parking lots allocated to most of the parking lots are insufficient to be used only by residents or building users. In such a situation, a visitor vehicle or other external vehicle may not be able to use the parking lot due to long- The situation is happening.

This lack of parking space can cause parking problems among the borrowers. In case of the residents who frequent the parking lot, it is inconvenient to find a free parking space at the time of late returning to the parking lot, and even to the embarrassing situation It also happens.

(Document 1) Laid-open Patent Publication No. 10-2010-0000528 (Published Date: January 06, 2016)

The embodiment of the present invention provides a parking management system capable of unattended parking management without manpower for controlling entrance and exit of vehicles by originally blocking the parking reservation and the amusement parking.

A parking management system according to an embodiment of the present invention is a system for managing parking of a parking lot having a plurality of parking surfaces designated by a user. The parking management system controls an access vehicle, recognizes a number of an access vehicle, A vehicle access control unit for transmitting the vehicle control information; A parking surface opening / closing device installed on the parking surface and opening / closing the parking surface so as to be parked on the parking surface, the parking surface being controlled through the user's adjustment or vehicle recognition in a standby state; A notification display unit installed in the parking surface opening / closing unit and displaying predetermined notification information according to an opening / closing operation of the parking surface opening / closing unit; And the vehicle information is received to manage the entry and exit of the vehicle, and it is determined whether or not the parking space is designated for the vehicle corresponding to the vehicle information at the time of entrance. If the parking space is designated, the parking space opening / And a management server for transmitting an incoming signal so as to be transmitted.

The parking space opening / closing device may further include a remote controller for carrying a control signal to the parking surface opening / closing device for controlling the opening / closing operation of the parking surface opening / closing device, A remote control signal receiving unit for receiving the remote control signal; An interception signal receiver for receiving the interception signal from the management server; And an up / down operation unit for performing an opening / closing operation of the parking surface through an up / down operation of the rotation plate when the control signal is received in the operation waiting state by the entrance signal, And the up-down operation unit may raise the rotation plate from the parking surface so that the parking surface is closed, and the rotation plate may be brought down to the parking surface to open the parking surface.

Also, the parking surface opening / closing device may include: an individual vehicle recognition sensor unit for recognizing a specific vehicle number; An interception signal receiver for receiving the interception signal from the management server; And when the vehicle recognition sensor unit recognizes the vehicle number in the operation waiting state, the control unit controls the opening / closing of the parking surface through the up / down operation of the rotation plate, And the up-down operation unit may raise the rotation plate from the parking surface to close the parking surface, and lower the rotation plate to the parking surface to open the parking surface .

The vehicle access control unit may include: an integrated vehicle recognition sensor unit for recognizing the number of the access vehicle; A server communication unit for transmitting the recognized vehicle information through the integrated vehicle recognition sensor unit to the management server and receiving a vehicle control signal from the management server; And an entrance opening / closing unit for opening and closing an entrance of the vehicle in accordance with the vehicle control signal received from the management server, wherein the management server receives the vehicle information from the server communication unit, A vehicle access control unit for determining whether a door is designated or not and controlling the door opening / closing unit to be opened when a parking space is designated; An entrance signal transmission unit for transmitting an entrance signal to the parking surface opening / closing unit according to a determination result of whether or not a parking space is designated by the vehicle access control unit; And an advertisement content providing unit for providing predetermined advertisement information to the advertisement display unit, wherein the advertisement display unit is installed on the rotation plate and receives the parking related notification information in the state that the rotation plate is up, And may be turned off when the rotating plate is in a down state.

In addition, the parking surface opening / closing device may further include a proximity sensor for detecting whether metal exists within a predetermined distance in a state where the rotating plate is down, and when the metal is not detected for a predetermined time through the proximity sensor, It is determined that the vehicle is not parked and the rotating plate is raised so that the parking surface is closed.

A parking management system according to another embodiment of the present invention includes: a user terminal that receives and uses a usage authorization code from a management server and transmits an open / close control signal in use; And a control unit for controlling the rotation of the rotary plate in accordance with the control signal received from the remote control unit, Down operation so as to close the parking surface so that parking is not possible on the parking surface; And a notification display unit installed on the front surface of the rotary plate to display vehicle information and predetermined advertisement information designated on the parking surface.

According to another aspect of the present invention, there is provided a parking surface opening / closing apparatus provided on a parking surface and provided with a rotating plate. When the opening / closing control signal is received from the remote control, the rotating plate is lowered to the parking surface, An up-down operation part for opening the parking surface to close the parking surface so that the parking space can not be parked by raising the rotation plate from the parking space; And a notification display unit installed on the front surface of the rotary plate to display vehicle information and predetermined advertisement information designated on the parking surface.

According to the embodiment of the present invention, when a user of a parking lot such as apartment residents, shopping malls, or office buildings uses a parking space designated, the parking space can be conveniently parked without having to find an empty parking space in the parking lot.

In addition, when installed in a public parking lot, a public parking lot, a private parking lot as well as a building parking lot, it is possible to reduce the social costs incurred in park parking, towing, and on-

In addition, the informing function can provide a variety of information to the driver or pedestrian, thereby performing the role of the social communication device.

In addition, it is possible to obtain the parking fee reduction effect of the public or paid parking lot by displaying the advertisement through cooperation with the advertisement content provider.

1 is a diagram showing the entire configuration of a parking management system according to an embodiment of the present invention.
2 is a block diagram showing a detailed configuration of a parking management system according to an embodiment of the present invention.
3 to 5 are views showing a specific configuration and an operation sequence of the up-down operation unit according to an embodiment of the present invention.
6 is a diagram illustrating an operation method of a notification display unit according to an embodiment of the present invention.
7 is a flowchart illustrating an operation procedure of a parking management system according to an embodiment of the present invention.
8 is a block diagram showing a detailed configuration of a parking management system according to another embodiment of the present invention.
9 to 11 are views showing a specific configuration and an operation sequence of the up-down operation unit according to another embodiment of the present invention.
12 is a flowchart illustrating an operation procedure of a parking management system according to another embodiment of the present invention.

The terms used in this specification will be briefly described and the present invention will be described in detail.

While the present invention has been described in connection with what is presently considered to be the most practical and preferred embodiment, it is to be understood that the invention is not limited to the disclosed embodiments. Also, in certain cases, there may be a term selected arbitrarily by the applicant, in which case the meaning thereof will be described in detail in the description of the corresponding invention. Therefore, the term used in the present invention should be defined based on the meaning of the term, not on the name of a simple term, but on the entire contents of the present invention.

When an element is referred to as " including " an element throughout the specification, it is to be understood that the element may include other elements as well, without departing from the spirit or scope of the present invention. Also, the terms " part, " " module, " and the like described in the specification mean units for processing at least one function or operation, which may be implemented in hardware or software or a combination of hardware and software .

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. In order to clearly illustrate the present invention, parts not related to the description are omitted, and similar parts are denoted by like reference characters throughout the specification.

FIG. 1 is a block diagram of an overall configuration of a parking management system according to an embodiment of the present invention. FIG. 2 is a block diagram illustrating a detailed configuration of a parking management system according to an embodiment of the present invention.

1 and 2, a parking management system 100 according to an embodiment of the present invention includes a vehicle access control unit 100, a first parking surface opening / closing unit 200, a notification display unit 300 and a management server 400.

The vehicle access control unit 100 controls a car or a vehicle entering and leaving the building, recognizes the vehicle number, and transmits the recognized car information to the management server 400. For this purpose, the vehicle access control unit 100 may include an integrated vehicle recognition sensor unit 110, a server communication unit 120, and an entrance opening / closing unit 130.

The integrated vehicle recognition sensor unit 110 can detect and recognize the number of the entering / exiting vehicle. For example, the integrated vehicle recognition sensor unit 110 photographs a vehicle entering the vehicle access management apparatus 100, preprocesses an image input through photographing, extracts a license plate area of the vehicle from the preprocessed input image, can do. At this time, the license plate region extraction is performed to search the edge portion pattern of the license plate displayed on the binary license plate, and when the search fails, the corner portion pattern appearing on the binary license plate according to another specific information is searched. Then, the extracted license plate area can be normalized to the setting size, and the normalized license plate area can be binarized to the background and symbol. Then, each binarized symbol is compared with the reference symbols registered in the database, and the character having the highest similarity to the extracted symbol among the reference symbols can be recognized as the license plate symbol of the entry vehicle.

The integrated vehicle recognition sensor unit 110 may be divided into a first integrated vehicle recognition sensor 111 for recognizing an entrance number and a second integrated vehicle recognition sensor 112 for recognizing an exit number.

The server communication unit 120 transmits the recognized vehicle information through the integrated vehicle recognition sensor unit 110 to the management server 400 through wired or wireless network communication and receives the vehicle control signal from the management server 400 . Here, the management server 400 confirms whether the vehicle information received from the server communication unit 120 is a vehicle registered in advance on the basis of the database, and determines whether or not the vehicle is allowed to enter, thereby transmitting the vehicle control signal. For example, if the vehicle is identified as a vehicle that can be parked on the parking lot or a vehicle registered in advance as a visitor, a control signal that allows entry of the vehicle is transmitted. If the vehicle is identified as an unidentified vehicle, Can send signals to control.

The door opening / closing unit 130 serves to open and close the doorway of the vehicle in accordance with the vehicle control signal received from the management server 400. For example, when receiving a control signal permitting vehicle entry from the management server 400 through the server communication unit 120, a breaker of the door opening / closing unit 130 may be opened, and a control signal The breaker can not be opened and the entry of the vehicle can be prevented.

The first parking surface opening and closing device 200 is installed on the parking surfaces 1 to 10 and is controlled through adjustment of the user in an operation standby state to open and close the parking surface so that parking is possible on the parking surface . Here, the user can refer to a person who can use the parking plane, or a person who is given a right to temporarily use the specific parking plane as a visitor. The first parking opening and closing unit 200 may include a remote control signal receiving unit 210, an entrance signal receiving unit 220 and an up-down operation unit 230.

The remote control signal receiving unit 210 may be a means for receiving a control signal from the remote control. Here, the remote controller can have a user who can designate and use the parking surface, and the control signal can be a signal for controlling the opening and closing operation of the first parking surface opening and closing device 200. More specifically, the control signal can control the up / down operation of the up-down operation unit 230. [ The remote controller according to one embodiment may be a terminal dedicated to parking, but is not limited thereto, and may be a portable terminal such as a smart phone equipped with a parking application dedicated to a user. In this case, control signals may be transmitted through the application and the portable terminal to control the opening and closing operation of the first parking surface opening and closing unit 200.

The interception signal receiving unit 220 may be a means for receiving an interception signal from the management server 400 through wired or wireless network communication. Here, the intercept signal may be a signal for putting the up-down operation unit 230 of the first parking surface opening and closing device 200 into an operation waiting state.

The up-down operation unit 230 receives an input signal from the remote control signal receiving unit 210 and receives a remote control signal from the remote control signal receiving unit 210 under a first condition, If the condition is satisfied, the opening / closing operation of the parking surface can be performed through the UP / DOWN operation.

3 to 5 show a specific configuration and an operation sequence of the up-down operation unit according to an embodiment of the present invention.

3 to 5, the up-down operation unit 230 includes a rotation plate 231, a mounting plate 232, a first rotation connection 233, a second rotation connection 234, a support 235, A third rotating connection portion 237, a guide rail portion 238, and a small-sized motor 239, as shown in FIG.

The rotation plate 231 may be provided with a notification display unit 300 and may be rotated around the first rotation link 233 to move up from the parking plane or down to the parking plane It serves to open and close the face.

The mounting plate 232 serves as means for mounting and fixing the up-down operation portion 230 on the parking surface.

The first rotation connecting part 233 is installed in front of the mounting plate 232 and rotatably connects the rotating plate 231 to the mounting plate 232.

The second rotation connection portion 234 is installed on the rear surface of the rotary plate 231 and is connected to the support portion 235 so that the one shaft of the support portion 235 can rotate about the rotary plate 231.

The support portion 235 is rotatably connected to the second rotation connection portion 234 and supports the rotation plate 231 so that the rotation plate 231 performs an up / down operation. One side of the support part 235 may be connected to the second rotation connection part 234 and the other side may be connected to the horizontal movement part 236 through the third rotation connection part 237.

The horizontal moving part 236 moves horizontally along a guide ray part 238 provided on the mounting plate 232 by a small motor 239. One side of the horizontal moving part 236 may be connected to the other side of the support part 237 through the third rotation connecting part 237 and the other side may be connected to the small motor 239.

The third rotation coupling part 237 connects the support part 235 and the horizontal movement part 236 and allows the support part 235 and the horizontal movement part 236 to be folded through the rotation operation at the connection point.

The guide rail part 238 is formed on the upper surface of the mounting plate 232 and serves to guide the moving direction of the horizontal moving part 236 when horizontally moving forward and backward.

The small motor 239 is a motor capable of bidirectional rotation, and can receive an entrance signal from the management server 400 and an open or close control signal from the remote control signal receiving unit 210, respectively. The entrance signal and the open or close control signal And can be configured not to operate when only one signal is received.

For example, when the small motor 239 receives an opening signal from the remote control signal receiving unit 210 in a state in which the entrance signal is received from the management server 400, the horizontal moving unit 236 rotates So that the rotary plate 231 can be down toward the parking surface.

When the small motor 239 receives the close control signal from the remote control signal receiving unit 210 in a state where the rotating plate 231 is down, the horizontal moving unit 236 rotates so as to move toward the outward direction of the motor, (231) can be made up from the parking surface.

As shown in FIG. 3, the up-down operation unit 230 maintains the UP state in a state in which the entrance signal is not received from the management server 400, so that the vehicle can not be parked have.

4, when the entrance signal is received from the management server 400, the up-down operation unit 230 receives the open control signal from the remote control signal receiving unit 210, and the horizontal movement unit 236 The rotary plate 231 can be moved down toward the parking surface by driving the small motor 239 so as to move (backward) in the motor inner direction. In this case, as the rotating plate 231 is laid down toward the parked surface, parking is possible with the parked surface.

5, when the close control signal is received from the remote control signal receiving unit 210, the up-down operation unit 230 drives the small motor 239 So that the rotary plate 231 can be raised from the parking surface. In this case, as the rotary plate 231 is raised substantially vertically with respect to the parking surface, it becomes impossible to park on the parking surface.

The notification display unit 300 is installed in the parking surface opening and closing device 200 and can display predetermined notification information according to opening and closing operations of the parking surface opening and closing device 200. [ For this, the notification display unit 300 may include an LED panel unit 310, a control circuit unit 320, and a memory unit 330.

FIG. 6 shows an operation method of the notification display unit according to an embodiment of the present invention, and the configuration of the notification display unit 300 will be described in detail with reference to FIG.

The LED panel unit 310 is a display device for displaying predetermined notification information provided from the management server 400 and can perform a flicker operation in accordance with an UP / DOWN operation of the rotary plate 210 . For example, when the rotary plate 210 is in the UP state, the LED panel unit 310 is turned on as shown in FIG. 6A to display corresponding information, (TURN OFF) as shown in FIG. 6 (b).

As shown in FIG. 6A, the LED panel unit 310 includes a first information output area A for outputting parking related notification information such as a designated parking number, a second information output area A for outputting weather information, 2 information output area (B).

6 (a), the LED panel unit 310 is turned on to output the corresponding information, and as shown in FIG. 6 (b) For this operation, the LED panel unit 310 receives an operation signal from the small motor 239 or contacts the rotation plate 231 and the mounting plate 232, respectively, A sensor (not shown) may be provided and blinked according to the opening and closing operation of the first parking opening and closing unit 200. More specifically, the small-sized motor 239 outputs different operation signals in accordance with the rotation direction, and the LED panel unit 310 recognizes and flashes the respective operation signals received from the small-sized motor 239, (Not shown) or not.

The control circuit 320 can control the overall operation of the LED panel unit 310, such as on / off operation, power supply, and output of the corresponding information. More specifically, the control circuit unit 320 can control display methods of text, numbers, symbols, and the like displayed through the first information output area A and the second information output area B. For example, the control circuit 320 can control the display of the output information in various colors such as color, size, flicker, and movement through the first information output area A. In the second information output area B, Size, flicker, motion, etc. of the corresponding output information are displayed in various manners, and when new advertisement information is received, it can be controlled so as to be replaced with the received advertisement information.

The memory unit 330 may store various programs necessary for the operation of the notification display unit 300 and may also store various information received from the management server 400.

The management server 400 receives entrance / exit vehicle information, manages entry / exit of the vehicle, and determines whether or not the parking space is designated for the vehicle corresponding to the vehicle information at the time of entrance. When the parking space is designated, An incoming signal can be transmitted so as to be in an additional operation waiting state. For this, the management server 400 may include a vehicle access control unit 410, an interception signal transmission unit 420, and an advertisement contents providing unit 430.

The vehicle access control unit 410 receives entrance and exit vehicle information from the server communication unit 120 of the vehicle access control unit 100, and based on the database, the vehicle is designated as a parking face or registered as a visitor vehicle And if a parking space is designated, a signal for controlling the door opening / closing unit to be opened can be transmitted to the vehicle access control unit 100. [ In addition, if the vehicle is not assigned a parking surface or is not registered as a visitor vehicle, the door opening / closing unit 130 can be prevented from entering the entrance / exit vehicle as it is.

Vehicle number information of a user designated on each parking surface (No. 1 to No. 10) and number information of a visitor vehicle registered in advance can be registered in the database. In addition, the database may store various management information on which vehicles have gone in and out, which vehicles are parked on each of the parking lots (1 to 10), and which parking spaces are empty.

The intercept signal transmitter 420 generates an intercept signal according to the determination result of whether or not a parking space is specified by the vehicle access control unit 410 and transmits the generated interception signal to the first parking space opening / closing unit 200 installed on the corresponding parking space have. For example, when the vehicle access control unit 410 determines that the vehicle is a ' 5th attempt to enter a parking space designation vehicle ', the interception signal transmission unit 420 may include a first parking space opening / closing unit 200 installed on the fifth parking space It is possible to transmit an incoming signal. At this time, the first parking surface opening / closing unit 200 receives an entrance signal, and then enters an operation waiting state. When the vehicle is close to the parking surface No. 5 and receives a remote control signal from the remote controller or the portable terminal 40, Open the side so that the vehicle can park.

In addition, the entrance signal transmitter 420 may enable a specific parking space to be temporarily used according to a determination result of whether or not the vehicle access control unit 410 registers a visitor. Here, the parking surface temporarily assigned to the visitor vehicle can be allocated through analysis of the parking lot at the specific time through the database. As described above, the parking lot allocation can be reserved in advance through the above-described parking-dedicated application or can be performed immediately according to the situation of the site.

In addition, when the parking surface is allocated in the field, the vehicle access control unit 100 can pass the allocated parking surface information to the visitor in various ways while allowing access. For example, a "6 parking surface by a small display device installed in the vehicle access control unit 100, Park 'or display a' Visitor car parkable 'information on a small display installed on the ceiling of the parking lot so that a visitor can easily find the parking side assigned to him and park the car.

The advertisement content providing unit 430 may provide predetermined advertisement information to the notification display unit 300 and may update information provided to the notification display unit 300 when new information is input.

7 is a flowchart illustrating an operation procedure of a parking management system according to an embodiment of the present invention.

First, the management server 400 transmits the information to the notification display unit 300 whenever new parking related information or advertisement information is input. At this time, the parking related information may be transmitted each time the designated vehicle number is changed as information on the user vehicle designated on the parking surface.

Next, when entering the car in the parking lot, the vehicle access control unit 100 acquires the car number information and transmits it to the management server 400. The management server 400 transmits the car number information, which is received, If the vehicle is a car whose parking face is designated as a result of the discrimination, transmits an entrance signal to the parking face opening / closing device 200 installed on the parking face, It is possible to transmit a control signal for allowing entry to the vehicle access control unit 100 in the case of a vehicle of a visitor who has visited the vehicle. You can also control that you can not enter the parking lot if the parking space is not specified or you are not a registered visitor.

Next, the first parking opening and closing unit 200 receives an entrance signal from the management server 400 and enters an operation standby state. When the remote control signal is received from the user of the vehicle in this state, The first parking opening / closing opening / closing portion 200 is opened. At this time, the first parking surface opening / closing unit 200 transmits a turn-off signal to the notification display unit 300 so that the notification display unit 300 is turned off.

Thereafter, when the vehicle parked on the corresponding parking surface leaves the user, the user transmits a remote control signal for closing the parking surface to the first parking surface opening / closing device 200 by using the remote controller or the portable terminal 40, The first parking opening and closing device 200 receives the corresponding remote control signal and closes the parking space. At this time, the first parking opening / closing unit 200 transmits a turn-on signal to the notification display unit 300 so that the parking related information and advertisement information can be output to the notification display unit 300, respectively.

Thereafter, the vehicle exits through the vehicle access control unit 100, and the corresponding car number information is transmitted to the management server 400 so that the management server 400 can manage the outgoing information.

8 is a block diagram showing a detailed configuration of a parking management system according to another embodiment of the present invention.

Referring to FIG. 8, the parking management system according to another embodiment of the present invention differs from the parking management system 1000 according to the above-described embodiment in the configuration of the second parking surface opening / closing unit 200 ' . The other components are the same as those in the first embodiment, and thus the same reference numerals are used, and a detailed description of the components other than the second parking surface opening / closing device 200 'will be omitted.

The second parking surface opening / closing unit 200 'is configured to be opened and closed through an automatic control system unlike the first embodiment. To this end, the second parking surface opening / closing unit 200 'may include an individual vehicle recognition sensor unit 240, an entrance signal receiving unit 250, and an up-down operation unit 260.

The individual vehicle recognition sensor unit 240 may be configured to recognize a specific vehicle number. For example, if the vehicle number designated on the parking surface No. 5 is '51 or 6364 ', it can be configured to recognize only the designated '51 or 6364 '.

The individual vehicle recognition sensor unit 240 may output a sensing signal for controlling the opening and closing operation of the up-down operation unit 260 when recognizing a specific vehicle number.

The interception signal receiving unit 220 may be a means for receiving an interception signal from the management server 400 through wired or wireless network communication. Here, the intercept signal may be a signal for putting the up-down operation unit 260 of the second parking surface switching device unit 200 'into an operation waiting state.

The up-down operation unit 260 receives an operation signal from the individual vehicle recognition sensor unit 240 under a first condition that the operation standby state is set by the entrance signal received through the entrance signal receiving unit 250, If the second condition is satisfied, the opening / closing operation of the parking surface can be performed through the UP / DOWN operation.

9 to 11 illustrate a specific configuration and operation sequence of the up-down operation unit according to another embodiment of the present invention.

9 to 11, the up-down operation unit 260 includes a rotation plate 261, a mounting plate 262, a first rotation connection portion 263, a second rotation connection portion 264, a support portion 265, A third rotary link 267, a guide rail 268, and a small motor 269. The horizontal rotation unit 266, the third rotation link 267, the guide rail 268,

The rotation plate 261 may be provided with a notification display unit 300 and may be rotated about the first rotation connection portion 263 to move up from the parking space or down to the parking space, It serves to open and close the face.

The mounting plate 262 serves as means for mounting and fixing the up-down operation portion 260 on the parking surface.

The first rotation connection portion 263 is installed in front of the installation plate 262 and rotatably connects the rotation plate 261 to the installation plate 262.

The second rotation connection portion 264 is provided on the rear surface of the rotary plate 261 and is connected to the support portion 265 so that the one shaft of the support portion 265 can rotate about the rotary plate 261.

The support portion 265 is rotatably connected to the second rotation connection portion 264 and supports the rotation plate 261 so that the rotation plate 261 performs an up / down operation. One side of the support portion 265 may be connected to the second rotation connection portion 264 and the other side may be connected to the horizontal movement portion 266 through the third rotation connection portion 267. [

The horizontal moving part 266 serves to horizontally move along a guide ray part 268 provided on the mounting plate 262 by a small motor 269. One side of the horizontal moving part 266 may be connected to the other side of the supporting part 267 through the third rotation connecting part 267 and the other side may be connected to the small motor 269.

The third rotation coupling part 267 connects the support part 265 and the horizontal movement part 266 and allows the support part 265 and the horizontal movement part 266 to be folded through the rotation operation at the connection point.

The guide rail portion 268 is formed on the upper surface of the mounting plate 262 and serves to guide the moving direction of the horizontal moving portion 236 when horizontally moving forward and backward.

The small motor 269 is a motor capable of bidirectional rotation and can receive an interception signal from the management server 400 and a sensing signal from the individual vehicle recognition sensor unit 240. When both the interception signal and the sensing signal are received And can be configured not to operate when only one signal is received.

For example, when the small motor 269 receives a sensing signal from the individual vehicle recognition sensor unit 240 while receiving an interception signal from the management server 400, the small-sized motor 269 moves the horizontal movement unit 266 inward So that the rotating plate 261 can be brought down toward the parking surface.

When the small motor 269 receives a sensing signal from the proximity sensor 270 in a state where the rotary plate 261 is down, the horizontal movement unit 266 rotates so as to move in the direction of the motor, Can be made up from the parking surface. Here, the proximity sensor 270 is installed on the rotary plate 261, and can detect that the vehicle is not in proximity by sensing a metal within a predetermined distance. Here, the proximity sensor 270 is configured not to output a sensing signal when sensing metal, but to output a sensing signal when metal is not sensed for a predetermined time. The proximity sensor 270 is activated when the rotation plate 261 is closed, and senses the absence of a vehicle on the current parking surface, and notifies the small motor 269 of the sensing result.

9, the up-down operation unit 230 maintains the UP state in a state in which the entrance signal is not received from the management server 400, so that the up-down operation unit 230 can close the corresponding parking surface so that the vehicle can not park have.

10, the up-down operation unit 260 receives a sensing signal from the individual vehicle recognition sensor unit 240 in a state where an entrance signal is received from the management server 400, The small plate 269 can be moved downward toward the inside of the motor by driving the small motor 269. In this case, as the rotating plate 261 is laid down toward the parked surface, the parked surface can be parked.

11, when the sensing signal, that is, the closing control signal is received from the proximity sensor 270 as shown in FIG. 11, the up-down operation unit 260 drives the horizontal movement unit 236 to move The rotation plate 231 can be raised from the parking surface by driving the motor 269. In this case, as the rotary plate 231 is raised substantially vertically with respect to the parking surface, it becomes impossible to park on the parking surface.

12 is a flowchart illustrating an operation procedure of a parking management system according to another embodiment of the present invention.

First, the management server 400 transmits the information to the notification display unit 300 whenever new parking related information or advertisement information is input. At this time, the parking related information may be transmitted each time the designated vehicle number is changed as information on the user vehicle designated on the parking surface.

Next, when entering the car in the parking lot, the vehicle access control unit 100 acquires the car number information and transmits it to the management server 400. The management server 400 transmits the car number information, which is received, If the vehicle is a car whose parking face is designated as a result of the discrimination, transmits an entrance signal to the parking face opening / closing device 200 installed on the parking face, It is possible to transmit a control signal for allowing entry to the vehicle access control unit 100 in the case of a vehicle of a visitor who has visited the vehicle. You can also control that you can not enter the parking lot if the parking space is not specified or you are not a registered visitor.

Next, the second parking opening / closing unit 200 'receives an entrance signal from the management server 400 and enters an operation standby state. When the vehicle is recognized in that state, the parking space can be parked The second parking face opening / closing portion 200 'is opened. At this time, the second parking surface opening / closing unit 200 'transmits a turn-off signal to the notification display unit 300 so that the notification display unit 300 is turned off.

Thereafter, when the vehicle parked on the corresponding parking surface departs from the second parking surface opening / closing device 200 ', the second parking surface opening and closing device 200' is moved from the proximity sensor 270 The second parking surface opening / closing unit 200 'is closed by receiving the sensing signal. At this time, the second parking surface opening / closing unit 200 'transmits a turn-on signal to the notification display unit 300 so that the parking related information and advertisement information can be output to the notification display unit 300, respectively.

Thereafter, the vehicle exits through the vehicle access control unit 100, and the corresponding car number information is transmitted to the management server 400 so that the management server 400 can manage the outgoing information.

According to the present embodiment, it is possible to block the parking reservation and the amusement parking at the original, and more effective parking management can be performed without manpower for controlling the access of the vehicle.

The present invention is not limited to the above-described embodiments, but may be modified in various ways within the scope of the present invention as set forth in the claims below. It will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention.

1000: Parking management system 100: Vehicle entrance management unit
110: integrated vehicle recognition sensor unit 111: incidence recognition sensor
112: exit recognition sensor 120: server communication unit
130: door opening / closing unit 200: first parking opening /
210: remote control signal receiving unit 220:
230: up / down operation unit 231:
232: mounting plate 233: first rotation connecting portion
234: second rotation connecting portion 235:
236: horizontal moving part 237: third rotating connection part
238: Guide rail part 239: Small motor
200 ': second parking opening and closing unit 240: individual vehicle recognition sensor unit
250: an incoming signal receiving unit 260: an up-
261: Rotating plate 262: Mounting plate
263: first rotation connecting portion 264: second rotation connecting portion
265: Support portion 266: Horizontal moving portion
267: third rotation coupling part 268: guide rail part
269: Small motor 270: Proximity sensor
300: Information display unit 310: LED panel
320: control circuit part 330: memory part
400: management server 410: vehicle access control unit
420: an intercept signal transmitter 430: an advertisement content provider
10: Parking lot 20: Parking lot
30: vehicle 40: remote control or terminal

Claims (7)

A system for managing parking of a parking lot having a plurality of parking surfaces designated by a user,
A vehicle access control unit for controlling the accessing vehicle, recognizing the number of the accessing vehicle, and transmitting the recognized vehicle information;
A parking surface opening / closing device installed on the parking surface and opening / closing the parking surface so as to be parked on the parking surface, the parking surface being controlled through the user's adjustment or vehicle recognition in a standby state;
A notification display unit installed in the parking surface opening / closing unit and displaying predetermined notification information according to an opening / closing operation of the parking surface opening / closing unit;
Receives the vehicle information, manages access to the vehicle, judges whether or not the parking space is designated for the vehicle corresponding to the vehicle information at the time of entrance, and controls the parking space opening / closing device A management server for transmitting an incoming signal; And
And a remote controller for carrying the control signal for controlling the opening and closing operation of the parking surface opening and closing device to the parking surface opening and closing device,
The parking surface opening /
A remote control signal receiving unit for receiving a control signal from the remote control;
An interception signal receiver for receiving the interception signal from the management server; And
And an up-down operation unit for performing opening and closing operations of the parking surface,
The up-
A first rotary connection part, a second rotary connection part, a support part, a horizontal movement part, a third rotation connection part, a guide rail part, and a motor,
Wherein the rotation plate is provided with the notification display unit and rotates around the first rotation connection portion to open or close the parking surface through an operation of moving up or down from the parking space,
Wherein the mounting plate mounts and fixes the up-down operation portion on the parking surface,
Wherein the first rotation connection portion is provided in front of the installation plate and rotatably connects the rotation plate to the installation plate,
The second rotation connection portion is installed on a rear surface of the rotation plate and connected to the support portion, the first rotation portion rotates about the rotation plate,
The supporting portion supports the rotating plate so that one side of the supporting portion is rotatably connected to the second rotating connecting portion and the other side is connected to the horizontal moving portion through the third rotating connecting portion so that the rotating plate performs an up- ,
Wherein the horizontal moving part is configured such that one side of the horizontal moving part is connected to the other side of the supporting part through the third rotation connecting part and the other side is connected to the motor and horizontally moved along the guide rail part by the motor,
Wherein the third rotation connection portion connects the support portion and the horizontal movement portion and allows the support portion and the horizontal movement portion to be folded through a rotation operation at the connection point,
Wherein the guide rail portion is formed on an upper surface of the mounting plate to guide the horizontal moving portion when the horizontal moving portion horizontally moves forward and backward,
Characterized in that the motor is driven for bidirectional rotation and is brought into an operation standby state by the interception signal and for up / down operation of the rotary plate when receiving the control signal in the standby state of operation system.
delete A system for managing parking of a parking lot having a plurality of parking surfaces designated by a user,
A vehicle access control unit for controlling the accessing vehicle, recognizing the number of the accessing vehicle, and transmitting the recognized vehicle information;
A parking surface opening / closing device installed on the parking surface and opening / closing the parking surface so as to be parked on the parking surface, the parking surface being controlled through the user's adjustment or vehicle recognition in a standby state;
A notification display unit installed in the parking surface opening / closing unit and displaying predetermined notification information according to an opening / closing operation of the parking surface opening / closing unit; And
Receives the vehicle information, manages access to the vehicle, judges whether or not the parking space is designated for the vehicle corresponding to the vehicle information at the time of entrance, and controls the parking space opening / closing device And a management server for transmitting an incoming signal,
The parking surface opening /
An individual vehicle recognition sensor unit for recognizing a specific vehicle number;
An interception signal receiver for receiving the interception signal from the management server; And
And an up-down operation unit for performing opening and closing operations of the parking surface,
The up-
A first rotary connection part, a second rotary connection part, a support part, a horizontal movement part, a third rotation connection part, a guide rail part, and a motor,
Wherein the rotation plate is provided with the notification display unit and rotates around the first rotation connection portion to open or close the parking surface through an operation of moving up or down from the parking space,
Wherein the mounting plate is provided with the up-down operation portion on the parking surface,
Wherein the first rotation connection portion is provided in front of the installation plate and rotatably connects the rotation plate to the installation plate,
The second rotation connection portion is installed on a rear surface of the rotation plate and connected to the support portion, the first rotation portion rotates about the rotation plate,
The supporting portion supports the rotating plate so that one side of the supporting portion is rotatably connected to the second rotating connecting portion and the other side is connected to the horizontal moving portion through the third rotating connecting portion so that the rotating plate performs an up- ,
Wherein the horizontal moving part is configured such that one side of the horizontal moving part is connected to the other side of the supporting part through the third rotation connecting part and the other side is connected to the motor and horizontally moved along the guide rail part by the motor,
Wherein the third rotation connection portion connects the support portion and the horizontal movement portion and allows the support portion and the horizontal movement portion to be folded through a rotation operation at the connection point,
Wherein the guide rail portion is formed on an upper surface of the mounting plate to guide the horizontal moving portion when the horizontal moving portion horizontally moves forward and backward,
Wherein the motor is bi-directionally rotatable and is in a standby state for operation by the interception signal, and when the number of the vehicle is recognized through the vehicle recognition sensor unit in the standby state, the motor is driven for up / The parking management system comprising:
The method according to claim 1 or 3,
The vehicle access management apparatus (100)
An integrated vehicle recognition sensor unit for recognizing the number of the access vehicle;
A server communication unit for transmitting the recognized vehicle information through the integrated vehicle recognition sensor unit to the management server and receiving a vehicle control signal from the management server; And
And an entrance opening / closing unit for opening and closing an entrance of the vehicle in accordance with the vehicle control signal received from the management server,
The management server includes:
A vehicle access control unit for receiving the vehicle information from the server communication unit, determining whether the vehicle has been assigned a parking face based on the database, and controlling the door opening / closing unit to be opened when a parking face is designated;
An entrance signal transmission unit for transmitting an entrance signal to the parking surface opening / closing unit according to a determination result of whether or not a parking space is designated by the vehicle access control unit; And
And an advertisement content providing unit for providing predetermined advertisement information to the notification display unit,
The notification display unit,
Wherein the controller is configured to display the parking related notification information and the advertisement information received through the advertisement content providing unit in a state that the rotary plate is installed on the rotary plate and turn off when the rotary plate is down.
The method of claim 3,
The parking surface opening /
Further comprising a proximity sensor for detecting whether a metal exists within a predetermined distance in a state where the rotation plate is in a down state,
Wherein when the metal is not detected for a predetermined time through the proximity sensor, it is determined that the vehicle is not parked on the parking surface, and the parking space is closed by raising the rotation plate.
A user terminal which can receive and use the use authorization code from the management server and transmit an open / close control signal in use;
And a control unit for controlling the rotation of the rotating plate on the parking surface so that the parking plate can be parked on the parking plate when the opening and closing control signal is received from the user terminal, An up-down operation unit operable to close up the parking surface so that parking is not possible on the parking surface; And
And a notification display unit installed on a front surface of the rotary plate for displaying vehicle information and predetermined advertisement information specified on the parking surface,
The up-
And a control unit for controlling the rotation of the first rotary connection unit, the second rotation connection unit, the support unit, the horizontal movement unit, the third rotary connection unit, the guide rail,
Wherein the rotation plate is provided with the notification display unit and rotates around the first rotation connection portion to open or close the parking surface through an operation of moving up or down from the parking space,
Wherein the mounting plate mounts and fixes the up-down operation portion on the parking surface,
Wherein the first rotation connection portion is provided in front of the installation plate and rotatably connects the rotation plate to the installation plate,
The second rotation connection portion is installed on a rear surface of the rotation plate and connected to the support portion, the first rotation portion rotates about the rotation plate,
The supporting portion supports the rotating plate so that one side of the supporting portion is rotatably connected to the second rotating connecting portion and the other side is connected to the horizontal moving portion through the third rotating connecting portion so that the rotating plate performs an up- ,
Wherein the horizontal moving part is configured such that one side of the horizontal moving part is connected to the other side of the supporting part through the third rotation connecting part and the other side is connected to the motor and horizontally moved along the guide rail part by the motor,
Wherein the third rotation connection portion connects the support portion and the horizontal movement portion and allows the support portion and the horizontal movement portion to be folded through a rotation operation at the connection point,
Wherein the guide rail portion is formed on an upper surface of the mounting plate to guide the horizontal moving portion when the horizontal moving portion horizontally moves forward and backward,
Wherein the open / close control signal receiver receives the open / close control signal from the user terminal,
Wherein the motor is bi-directionally rotatable and is driven for an up / down operation of the rotating plate in accordance with the opening / closing control signal.
And a control unit for controlling the rotating plate to open the parking plate so that the rotating plate can be parked on the parking plate when the opening and closing control signal is received from the remote control, Down operation so as to close the parking surface so that parking is not possible on the parking surface;
A remote control signal receiving unit for receiving the opening / closing control signal from the remote control; And
And a notification display unit installed on a front surface of the rotary plate for displaying vehicle information and predetermined advertisement information specified on the parking surface,
The up-
A first rotary connection part, a second rotary connection part, a support part, a horizontal movement part, a third rotation connection part, a guide rail part, and a motor,
Wherein the rotation plate is provided with the notification display unit and rotates around the first rotation connection portion to open or close the parking surface through an operation of moving up or down from the parking space,
Wherein the mounting plate mounts and fixes the up-down operation portion on the parking surface,
Wherein the first rotation connection portion is provided in front of the installation plate and rotatably connects the rotation plate to the installation plate,
The second rotation connection portion is installed on a rear surface of the rotation plate and connected to the support portion, the first rotation portion rotates about the rotation plate,
The supporting portion supports the rotating plate so that one side of the supporting portion is rotatably connected to the second rotating connecting portion and the other side is connected to the horizontal moving portion through the third rotating connecting portion so that the rotating plate performs an up- ,
Wherein the horizontal moving part is configured such that one side of the horizontal moving part is connected to the other side of the supporting part through the third rotation connecting part and the other side is connected to the motor and horizontally moved along the guide rail part by the motor,
Wherein the third rotation connection portion connects the support portion and the horizontal movement portion and allows the support portion and the horizontal movement portion to be folded through a rotation operation at the connection point,
Wherein the guide rail portion is formed on an upper surface of the mounting plate to guide the horizontal moving portion when the horizontal moving portion horizontally moves forward and backward,
Wherein the motor is bi-directionally rotatable, and is driven for up / down operation of the rotating plate in accordance with the opening / closing control signal.

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