KR20200052427A - Sharing system of resident priority parking zone - Google Patents

Abstract

Regarding a system for sharing a resident-priority parking zone where others share a resident-priority parking zone at idle time to provide a parking space for residents-only priority and contribute to resolving parking difficulties, the vehicle in the resident-priority parking zone IoT vehicle detector that detects the presence or absence, sets the monitoring zone of the occupant priority parking area at the request of the owner of the occupant priority parking area, and transmits the vehicle information of the monitoring area to the shared information of the occupant priority parking area based on the vehicle detection information The parking area monitoring device to analyze the vehicle information to determine whether it is a shared vehicle or an illegally parked vehicle. If the vehicle is a shared vehicle, the parking sharing process is performed, and if the vehicle is an illegal vehicle, a towing action is requested. Preferred parking zone management server of local government, sharing of priority parking zone Resident priority, including a user terminal that transmits, applies for the use of the owner's terminal and the priority parking area that are compensated for by sharing the priority parking area, and shares the parking of the priority parking area according to the parking permission of the priority parking area. Implement a shared parking system.

Description

Sharing system of resident priority parking zone

The present invention relates to a system for sharing a resident-priority parking zone, particularly, a resident-priority parking zone that provides a parking space with priority only to residents and prefers residents who share a resident-priority parking zone to contribute to resolving parking difficulties. It relates to a parking system sharing system.

The municipality operates a resident-first parking system for residents to solve parking shortages in urban residential areas, and these preferential parking lots are paid in a variety of ways, such as 12 hours and 24 hours for each resident, and are paid by local governments. Rented monthly and used. The public cannot park in these resident parking spaces, and will be towed if parked at will.

Most of these resident-priority parking lots are used in a 24-hour (80%) rental system, and in most of the parking lots during the day, the resident-priority parking area is virtually empty because the resident operates the vehicle to move the vehicle away from work or work. Frequently.

Therefore, many efforts have been made to utilize the parking area during the idle time of the resident-priority parking area in order to solve the parking shortage in the urban residential area, and also to use the resident-priority parking area in <Patent Documents 1> to <Patent Documents 4> below. Conventionally proposed techniques are disclosed.

In the prior art disclosed in <Patent Document 1>, the first step of constructing a supply / demand database by examining parking-related data for supply and demand of parking lots, and forecasting demand through over- and shortage analysis using the constructed supply / demand database , 2nd step of establishing parking plan and parking plan that meets the expected demand, 3rd step of allocating parking lot for the supplied parking lot according to established parking plan, and 4th step of managing and cracking the assigned parking lot It includes. Through this configuration, we provide a resident-priority parking operation management system that is constructed so that citizens or public officials can easily use the entire contents from the design stage of the parking lot on the back side to administrative tasks, parking division assignment management, and enforcement.

In addition, in the prior art disclosed in <Patent Document 2>, local governments that manage resident priority parking divisions and mobile communication companies that manage wireless Internet networks and management servers that manage resident preferred parking mobile information share information with each other. , Priority received by suppliers assigned priority parking divisions from residence by allowing consumers (visitors) and suppliers (priority owners) to indirectly communicate and request and approve the use of preferred parking lots through wireless Internet networks When the parking section is not used (especially during the daytime), the unused preferred parking section can be easily utilized by the consumer, thereby increasing the efficiency of the residents' preferred parking system.

In addition, in the prior art disclosed in <Patent Document 3>, a terminal of a resident registered for a resident priority parking zone, a parking request reception step for receiving a vehicle number, information about the resident priority parking zone to be parked from the terminal of the parking requester Parking approval inquiry step of sending a message asking whether or not to approve parking, parking rate payment step of transmitting parking fee payment information to the terminal of the parking requester and performing parking fee payment processing when parking approval reply is received from the terminal of the resident, parking fee payment is completed If it includes, a parking registration step of registering parking registration information including a vehicle number for the corresponding parking area. Through this configuration, a method of managing a resident preferred parking is provided to manage a vehicle other than the registered resident vehicle so that the parking fee is paid to the resident priority parking area and can be parked easily.

In addition, in the prior art disclosed in <Patent Document 4>, when other members or non-members use the resident's idle parking surface, the resident is given results that can be used in the resident's preferred parking area or public parking lot, and the granted results can be used later. It provides an IoT-based resident priority parking area management system that can reduce the feeling of refusal due to the use of the parking surface of others during idle periods, and a module that provides a parking lot usage status mounted on a communication terminal connected to the network.

Republic of Korea Patent Publication No. 2001-0069590 (published on July 25, 2001) (Resident Priority Parking Operation Management System and Method) Republic of Korea Patent Publication No. 2003-0078121 (published on Oct. 8, 2003) (Management method of priority parking for residents using a mobile communication terminal) Republic of Korea Patent Publication 10-2014-0073138 (published on June 16, 2014) (Resident Priority Parking Management Method) Republic of Korea Registered Patent 10-1855331 (Registration on April 30, 2018) (IoT based resident priority parking area management system and method)

However, in the prior art, it is possible to recycle the resident-priority parking zone in various ways at an effective time, but it is difficult to automatically control illegal parking of the resident-priority parking zone in real time, and it is easy for the resident-priority parking zone owner to be real-time. It is also difficult to set idle time, and there is a limit to the optimal use of the resident-priority parking area by both the municipality and the owner and the user who manage the resident-priority parking area.

Therefore, the present invention has been proposed to solve various problems arising from the prior art as described above, and other residents share the resident-priority parking zone at idle time to provide a parking space for resident-only parking space. The aim is to provide a shared system for residents-first parking zones to contribute to the resolution.

In order to achieve the above object, the sharing system of a resident-priority parking zone according to the present invention includes an Internet of Things (IoT) vehicle sensor that detects the presence or absence of a vehicle in a resident-priority parking zone; A parking zone that sets a monitoring zone of a resident priority parking zone at the request of a resident-priority parking zone owner and transmits vehicle information of the monitoring zone as shared information of the resident priority parking zone based on the vehicle detection information of the IoT vehicle detector. Monitoring device; It transmits monitoring zone setting information to the parking zone monitoring device, analyzes vehicle information transmitted from the parking zone monitoring device to determine whether it is a shared vehicle or an illegal parking vehicle. A local priority parking zone management server that requests action and performs compensation according to sharing of a priority parking zone; An owner terminal that transmits information on whether or not the priority parking zone is shared and receives compensation according to the sharing of the priority parking zone; It is characterized in that it comprises a user terminal for requesting the use of a priority parking zone to the local preferred parking zone management server and sharing the parking of the priority parking zone according to the parking permission of the priority parking zone.

The IoT vehicle detector is characterized by using a geomagnetic sensor or an ultrasonic sensor.

In the parking zone monitoring apparatus, a monitoring zone setting unit for setting a monitoring zone for a shared priority parking zone transmitted from the local priority parking zone management server; A vehicle image acquisition unit that acquires vehicle image information by photographing a vehicle in the corresponding surveillance zone using a camera when a vehicle detection signal is generated from the IoT vehicle detector installed in the surveillance zone; And a vehicle information transmission unit that maps the vehicle image information obtained from the vehicle image acquisition unit and parking zone information and transmits the information to the parking area management server.

In addition, the municipality priority parking area management server includes a priority parking area management unit that manages owner information of the occupant priority parking area; An owner parking information setting unit configured to set an owner's preferred parking zone sharing based on the priority parking zone sharing information transmitted from the owner terminal in real time when the owner is the owner of the preferred parking zone sharing; It characterized in that it comprises a user parking information setting unit for setting a priority parking zone user on the basis of the application information of the priority parking zone transmitted by the user terminal.

In addition, the local government priority parking zone management server is characterized in that it further comprises a priority parking zone sharing application providing unit for downloading and downloading the priority parking zone sharing application for priority parking zone sharing to the owner terminal and the user terminal.

In addition, the local preferred parking area management server includes a parking cost processing unit that calculates a parking fee according to the sharing time of the preferred parking area provided by the owner; It characterized in that it further comprises a parking cost transmitting unit for transmitting the parking cost to the owner and the user according to the parking fee processed by the parking cost processing unit.

In addition, the local priority parking zone management server collects a parking fee from the user based on the parking fee calculated when sharing the priority parking zone provided by the owner, and compensates the owner proportionally to the sharing time of the wired parking zone. And the difference after settlement is characterized by further including a profit calculation unit that calculates local government profits.

In addition, the municipality priority parking zone management server analyzes the vehicle information obtained through the communication module and, in the case of vehicle information that does not apply for priority parking zone sharing, automatically generates control information for towing measures and transmits it to the parking control server. It characterized in that it further comprises an intermittent information transmission unit.

According to the present invention, by allowing other people to share the resident-priority parking zone at idle time in the resident-priority parking zone that provides parking spaces only to residents, there is an advantage of contributing to the resolution of parking problems in the city center.

In addition, according to the present invention, the resident-priority parking area owner is compensated according to sharing, the user is parked at a low cost, and after the compensation, the local profit is returned to the local government, so that both the local government and the owner and the user can win-win. There is also an advantage to promote.

1 is an overall configuration diagram of a sharing system for a resident-priority parking zone according to the present invention;
FIG. 2 is a block diagram of an embodiment of a parking area monitoring device of FIG. 1;
FIG. 3 is a block diagram showing an embodiment of the local government preferred parking area management server of FIG. 1.

Hereinafter, a system for sharing a resident-first parking zone according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is an overall configuration diagram of a system for sharing a resident-first parking zone according to a preferred embodiment of the present invention, an Internet of Things (IoT) vehicle detector 10-14, a parking zone monitoring device 20, a network 30 , Owner terminal 40, user terminal 50, local government preferred parking area management server 60 and parking control server 70.

The IoT vehicle detectors 10-14 are devices for detecting the presence or absence of a vehicle in a parking area preferentially occupied, and may use a geomagnetic sensor or an ultrasonic sensor. In the present invention, only five IoT vehicle detectors 10-14 are illustrated, but the present invention is not limited to this, and a larger number of IoT vehicle detectors may be used.

The parking area monitoring device 20 sets a monitoring area for a resident-priority parking area at the request of the owner of the resident-priority parking area, and based on the vehicle detection information of the IoT vehicle detectors 10-14, vehicles in the monitoring area It plays a role of transmitting information as shared information of the residents' preferred parking area.

As shown in FIG. 2, the parking zone monitoring device 20 is a monitoring zone setting unit 21 for setting a monitoring zone for the shared priority parking zone transmitted from the local preferred parking zone management server 60, the Vehicle detection signal receiver 22 that receives the vehicle detection signal transmitted from the IoT vehicle detectors 10-14, and when a vehicle detection signal is generated from the IoT vehicle detectors 10-14 installed in the monitoring area, use a camera A vehicle image acquisition unit (23) that acquires vehicle image information by photographing a vehicle in a surveillance zone, and maps vehicle image information and parking zone information acquired by the vehicle image acquisition unit (23) to the local priority parking zone management server ( It includes a vehicle information transmission unit 24 for transmitting to 60).

The network 30 is a data communication between the device installed in the resident-priority parking zone and the municipality-priority parking zone management server 60, data between the municipality-priority parking zone management server 60 and the owner terminal 40 and the user terminal 50. Communication, the local government preferential parking zone management server 60 and serves to handle data communication between the parking control server 70, can be implemented as a wired / wireless network.

In addition, the owner terminal 40 is a terminal owned by the owner receiving the reward information according to the sharing of the priority parking area, and transmits the presence or absence of the priority parking area to the local preferred parking area management server 60. The owner terminal 40 may be implemented as a mobile device such as a smart phone or a mobile communication terminal. The owner terminal 40 downloads the resident priority parking zone sharing application from the municipality priority parking zone management server 60 and executes the priority parking zone sharing solution.

In addition, the user terminal 40 requests the use of a priority parking zone to the local priority parking zone management server 60, and is owned by a user who shares the parking of the priority parking zone according to the parking permission of the priority parking zone. Terminal. The user terminal 50 may be implemented as a mobile device such as a smart phone or a mobile communication terminal. The user terminal 50 downloads the resident-priority parking zone sharing application from the municipality-priority parking zone management server 60 and executes a priority parking zone sharing solution.

In addition, the municipality priority parking area management server 60 transmits the monitoring area setting information to the parking area monitoring device 20 and analyzes the vehicle information transmitted from the parking area monitoring device 20 to determine whether it is a shared vehicle or illegal. It determines whether it is a parking vehicle, and if it is a shared vehicle, it processes parking sharing, and if it is an illegal vehicle, requests towing measures, and performs compensation according to the sharing of the parking area first.

As shown in FIG. 3, the municipality priority parking zone management server 60 communicates data with the parking zone monitoring device 20, the owner terminal 40, the user terminal 50, and the parking enforcement server 70. Communication module 101 for performing, priority parking zone management unit 102 that manages owner information of a resident priority parking zone, priority parking transmitted from the owner terminal 40 in real time when the owner is a priority parking zone sharing owner An owner parking information setting unit 104 for setting the owner's preferred parking zone sharing based on the zone sharing information, and setting the priority parking zone user as the preferred parking zone user based on the application information of the priority parking zone transmitted by the user terminal 50 It includes a user parking information setting unit 105.

In addition, the municipality priority parking zone management server 60 provides a priority parking zone sharing application for downloading and downloading a priority parking zone sharing application for priority parking zone sharing to the owner terminal 40 and the user terminal 50 ( 103), the parking cost processing unit 106 that calculates a parking fee according to the sharing time of the preferred parking area provided by the owner, and transmits the parking fee to the owner and the user according to the parking fee processed by the parking cost processing unit 106 The parking cost transmission unit 107 may be further included.

In addition, the local priority parking zone management server 60 collects a parking fee from a user based on the parking fee calculated when sharing the priority parking zone provided by the owner, and is proportional to the sharing time of the wired parking zone to the owner. The compensation fee is set, and the difference after settlement is the revenue calculation unit 109 for calculating local government revenue, the information database (DB) 110 storing the generated information, and the vehicle information acquired through the communication module 101. In the case of vehicle information that has not been analyzed and applied for first sharing of a parking area, an intermittent information transmission unit 108 that automatically generates intermittent information for towing measures and transmits the intermittent information to the parking enforcement server 70 may be further included.

The operation of the sharing system of the occupant priority parking zone according to the present invention configured as described above will be described in detail as follows.

First, the owner of the resident priority parking zone shares the priority parking zone owned by the resident and uses the owner terminal 40 to access the local preferred parking zone management server 60 to obtain rewards, and the resident priority parking zone The shared application is downloaded and stored from the local preferred parking area management server 60 and stored to execute the preferred parking area sharing solution.

Here, the owner provides the priority parking zone information owned by the owner to the local priority parking zone management server 60 in order to receive the share and reward of the priority parking zone owned by the owner. The local preferred parking area management server 60 authenticates whether the owner's preferred parking area information is normal in the preferred parking area management unit 102 and stores and manages the priority parking area sharing information when authentication is normally performed.

If the owner wants to share the priority parking area owned by the owner, the owner terminal 40 is used to execute the resident priority parking area sharing application, and the local priority parking area management server 60 may provide the priority parking area. Inform the sharing time. That is, from 9 am to 6 pm, it informs that it is possible to share a priority parking area that can be used by others. First, sharing of the parking area can be set in real time as required by the owner. This provides owners with a very convenient way to share their own occupant priority parking area.

Accordingly, the local government priority parking zone management server 60 sets sharing information of the owner's priority parking zone in the owner parking information setting unit 104.

On the other hand, a user who wants to park in a resident-priority parking area, accesses the local preferred parking area management server 60 using a user terminal 50, provides requested information, registers as a user, and then occupies the resident-priority parking area. The shared application is downloaded and stored from the local preferred parking area management server 60 and stored to execute the preferred parking area sharing solution.

Here, if the user wants to park in the resident-priority parking zone, the user runs the resident-priority parking zone sharing application in the vicinity of the resident-priority parking zone and requests to use the priority parking zone. Here, the location information (divided information of the resident's priority parking area) and usage time information are presented in the application information. If necessary, the user may set the area in advance before going to the location and apply for the use of a resident-priority parking area. Here, it is assumed that the user's vehicle number information is registered in advance.

The resident priority parking zone management server 60 searches for a priority parking zone information available in the region from the information database 110 by the user parking information setting unit 105 when the user requests to share the resident priority parking zone. .

As a result of searching the information database 110, if there is a priority parking area that can be shared by the user in the vicinity of the resident priority parking area where the user is currently located, the corresponding location information is transmitted to the user terminal 50. The occupant priority parking area information available here may be provided by an application or may be provided in a text form, and provides identification information of each occupant priority parking area. Even if the user has applied for a reservation in advance, through the search as described above, the priority parking area classification information of the location specified by the user is extracted and transmitted to the user.

In addition, the local priority parking zone management server 60 transmits the sharing information of the resident priority parking zone to the corresponding parking zone monitoring device 20 through the network 30. Here, the corresponding parking zone monitoring device 20 may be referred to as a parking monitor that manages the owner's priority parking zone and the user's priority parking zone.

The parking area monitoring device 20 receiving the sharing information of the occupant priority parking area sets the monitoring area on the basis of the priority parking area sharing information in the monitoring area setting unit 21. Here, the setting of the monitoring area means that the occupant priority parking area shared by the owner in real time is set as the monitoring area.

In addition, the IoT vehicle detector (for example, 10), which is an Internet of Things device embedded in each occupant priority parking area, detects the presence or absence of a vehicle in the occupant priority parking area and transmits it to the parking area monitoring device 20. Here, an IoT vehicle detector is installed in each occupant priority parking zone, and the IoT vehicle detector 10 is a detector that detects the presence or absence of a vehicle in the occupant priority parking zone shared by the owner.

The IoT vehicle detector 10 detects the presence or absence of a vehicle in the occupant priority parking area by using a geomagnetic sensor or an ultrasonic sensor. Preferably, the IoT vehicle detector 10 may detect the presence or absence of a vehicle only at a sharing time set by the owner. A method of detecting a vehicle using a geomagnetic sensor or an ultrasonic sensor is a technique well known in the art, so a detailed description thereof will be omitted. When the vehicle is detected, the IoT vehicle detector 10 transmits a vehicle detection signal to the parking area monitoring device 20. Here, each IoT vehicle sensor is given a unique number for identifying itself, so that when a vehicle detection signal is generated, it is transmitted together.

When a vehicle detection signal is received, the vehicle detection signal receiving unit 22 of the parking area monitoring device 20 classifies the occupant priority parking zone based on the unique number included in the corresponding signal. Subsequently, the information of the divided resident-priority parking area is provided to the vehicle image acquisition unit 23. The vehicle image acquisition unit 23 positions the camera's shooting location as a shared priority parking zone based on the information of the occupant priority parking zone provided. Subsequently, the camera photographs the vehicle number of the shared priority parking area and recognizes the photographed vehicle number. The vehicle information transmitting unit 24 maps the recognized vehicle number information and the priority parking zone classification information, and then transmits the priority parking zone sharing information to the local preferred parking zone management server 60.

The local preferred parking area management server 60 analyzes the sharing information obtained through the communication module 101, and the parking cost processing unit 106 determines whether it is a shared vehicle or an illegal parking vehicle. For example, since the user has previously registered the vehicle number, the vehicle information included in the obtained sharing information is compared with the registered user vehicle number to determine whether the vehicle is a shared vehicle or an illegal parking vehicle.

As a result of this determination, if the vehicle is a shared vehicle, parking sharing processing is performed, and a parking fee is calculated according to the sharing time. Here, when providing vehicle information, time information is also provided, so that the parking fee can be calculated based on this. The parking fee is calculated when the vehicle leaves the resident-priority parking zone (recognizable through an IoT vehicle detector) or when the user requests settlement by the user terminal 50. Here, the parking fee is much cheaper than the surrounding regular parking lot, and may be set to be similar to or lower than the public parking lot.

When the parking fee is calculated, the parking fee is transmitted to the owner and the user according to the parking fee processed by the parking cost transmitting unit 107. Here, the parking fee transmitted to the user becomes a predetermined parking fee, and the parking fee transmitted to the owner is a compensation fee according to the sharing of the parking area. The compensation fee is set in advance, and when you apply for a priority parking area for future residents, you can also apply for a discount or deduct the compensation fee from the cost of using the priority parking area that you pay each month, or pay the rest. The user pays the parking fee using the user terminal 50 or pays the parking fee using internet banking or other payment methods. It is also possible to use the prepaid method to pay the parking fee.

In addition, the revenue calculation unit 109 collects a parking fee from the user based on the parking fee calculated when sharing the preferential parking area provided by the owner, and sets a compensation fee proportional to the sharing time of the wired parking area to the owner. After the settlement, the difference is calculated as local government revenue.

As a result, owners of the priority parking area can receive compensation by sharing their own parking area at idle time, and users can use the parking lot cheaply and conveniently compared to the surrounding parking lot or public parking lot, and the municipality is a downtown residential area. It is possible to perform public works with the profits generated at the same time as solving the parking shortage of the owner, so that both owners, users, and local governments can win-win.

On the other hand, as a result of checking the parked vehicle in the parking cost processing unit 106, if the user has not applied for the vehicle, it is regarded as an illegal parking vehicle and notified to the enforcement information transmission unit 108.

If the vehicle is illegal, the control information transmission unit 108 generates the control information requesting a towing action and transmits it to the parking control server 70.

Thereafter, the parking control server 70 transmits the corresponding information to the intermediary to promptly follow up. When towing measures are performed using the real-time enforcement information, there is an effect of preventing illegal use of the resident-priority parking area by others.

The invention made by the present inventors has been described in detail according to the above-described embodiments, but the present invention is not limited to the above-described embodiments and can be changed in various ways without departing from the gist thereof. It is obvious to those who have it.

1: Priority parking area for residents
10-14: IoT vehicle detector
20: parking area monitoring device
21: Monitoring zone setting unit
22: vehicle detection signal receiver
23: Vehicle image acquisition unit
24: vehicle information transmission unit
30: network
40: owner terminal
50: user terminal
60: Local Priority Parking Area Management Server
70: Parking control server
102: Priority parking area management department
103: Priority parking area sharing application providing unit
104: owner parking information setting unit
105: user parking information setting unit
106: parking cost processing unit
107: parking cost transmitter
108: crackdown information transmission unit
109: revenue calculation
110: Information database

Claims (8)

As a system for others to share and use the idle time of the resident's priority parking area,
An Internet of Things (IoT) vehicle detector that detects the presence or absence of a vehicle in a priority parking area for residents;
A parking zone that sets a monitoring zone of a resident priority parking zone at the request of a resident-priority parking zone owner and transmits vehicle information of the monitoring zone as shared information of the resident priority parking zone based on the vehicle detection information of the IoT vehicle detector. Monitoring device;
It transmits monitoring zone setting information to the parking zone monitoring device, analyzes vehicle information transmitted from the parking zone monitoring device to determine whether it is a shared vehicle or an illegal parking vehicle. A local priority parking zone management server that requests action and performs compensation according to sharing of a priority parking zone;
An owner terminal that transmits information on whether or not the priority parking zone is shared and receives compensation according to the sharing of the priority parking zone; And
A system for sharing a priority parking area for residents, comprising a user terminal for requesting the use of a priority parking area to the local preferred parking area management server and sharing the parking of the priority parking area according to the parking permission of the priority parking area. .
The system according to claim 1, wherein the IoT vehicle detector uses a geomagnetic sensor or an ultrasonic sensor.
The method according to claim 1, The parking zone monitoring apparatus is a monitoring zone setting unit for setting a monitoring zone for the shared priority parking zone transmitted from the local priority parking zone management server; A vehicle image acquisition unit that acquires vehicle image information by photographing a vehicle in the corresponding surveillance zone using a camera when a vehicle detection signal is generated from the IoT vehicle detector installed in the surveillance zone; And a vehicle information transmission unit that maps the vehicle image information obtained from the vehicle image acquisition unit and the parking zone information and transmits it to the local priority parking zone management server.
The method according to claim 1, The local preferred parking area management server is a preferred parking area management unit for managing the owner information of the resident priority parking area; An owner parking information setting unit configured to set an owner's preferred parking zone sharing based on the priority parking zone sharing information transmitted from the owner terminal in real time when the owner is the owner of the preferred parking zone sharing; And a user parking information setting unit for setting the user as a priority parking zone based on the application information of the priority parking zone transmitted by the user terminal.
The method according to claim 4, The municipality priority parking zone management server is a resident characterized in that it further comprises a priority parking zone sharing application providing unit for downloading and downloading the priority parking zone sharing application for priority parking zone sharing to the owner terminal and the user terminal First of all, a parking zone sharing system.
The method according to claim 4, The local preferred parking area management server includes a parking cost processing unit for calculating a parking fee according to the sharing time of the preferred parking area provided by the owner; And a parking cost transmitting unit for transmitting the parking cost to the owner and the user according to the parking fee processed by the parking cost processing unit.
In claim 4, the local priority parking zone management server collects a parking fee from a user based on the parking fee calculated when sharing the priority parking zone provided by the owner, and is proportional to the sharing time of the wired parking zone to the owner. The compensation system is settled, and the difference after settlement is a system for sharing a resident-priority parking area, further comprising a profit calculation unit for calculating local government profits.
In claim 4, the municipality priority parking zone management server analyzes the vehicle information obtained through the communication module, in the case of vehicle information that does not apply for priority parking zone sharing, automatically generates control information for towing action to control the parking control server. A sharing system for a resident-priority parking area, further comprising an intermittent information transmission unit that transmits the information.

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