KR102436475B1 - A parking lock combining mobile communications and its handling method - Google Patents

Abstract

The present invention opens parking lots such as parking lots installed on general roads, back roads, buildings, etc., private private land, and priority parking for residents to local residents or outside visitors, so that residents or outsiders can share more parking spaces. A processing method and system for managing an open parking lot by creating a culture that allows for safe and convenient parking and returning a certain parking fee to the original owner who provides the parking lot for users to use the open parking lot In more detail, through the parking lock device of the present invention installed in the parking section, it is possible to prevent illegal parking in advance, to display the parking section in real time on the user's mobile phone screen as a map, and to map the parking section desired by the user By selecting the icon displayed on the top, the user can park the car by controlling the parking lock directly remotely without getting out of the vehicle or while moving until the user parks. has the characteristics of being

Description

A parking lock combining mobile communications and its handling method

The present invention combines the conventional mobile communication location-based technology and the map platform technology to provide real-time information on parking around the driver's destination to the driver's mobile phone. By installing a parking lock equipped with an eSIM (embedded Subscriber Identity Module) communication module that can communicate in real time with Transmits the data of the locked and unlocked state of the parking lock in real time through the mobile communication network in a (periodically checking whether there is a transmission request) method, and transmits the data transmitted to the lock management server to the location-based map management server; to display the unlocked status and the lock status change as an icon that can be parked on the user's mobile phone map screen. When the user selects the icon displayed on the map screen, the lock management server It is characterized in that the installed parking lock device is connected to enable mutual socket communication, so that the user can directly control the parking lock device to park. Parking combined with mobile communication, characterized in that if the prepaid or postpaid card information for automatic settlement of the following parking costs is entered only once in advance, the parking fee is automatically settled with the registered card information every time you exit from the parking lot. It relates to a locking device and a parking treatment method using the same.

The conventionally developed digital camera or ultrasonic distance sensor is not a device that should be used depending on a specific device, but these devices are generally known technologies and devices and can be applied to make more valuable devices or machines using these devices. available devices and technologies. For example, most parking control systems are cameras that can photograph license plates at the entrance of a parking lot, and circuit breakers that operate according to the approach distance of vehicles.

Most of the conventionally developed parking control systems focus on automation such as shooting and recognizing license plates at the entrance of the parking lot, parking lot entry time, parking time and settlement, etc.

The focus is on automating parking lot entry time, parking time and settlement, and parking information can only be checked within a limited range through the parking manager, and parking fee settlement is only done through the automatic payment kiosk system or the parking manager.

In addition, in order to manage the parking of others in the dedicated parking lot, a circuit breaker equipped with a device capable of photographing a license plate at the entrance or parking area of the parking lot, and beacon communication (remote control, RFID: radio frequency identification, Bluetooth, NFC: Near By installing a circuit breaker that can recognize signals using Field Communication), it activates the smart phone to read or send a beacon communication remote control or a card with an RFID chip inside the vehicle, or a Bluetooth or NFC signal. A technology that allows you to enter the vehicle number with your phone, enters the unique number of the parking area, or directly brings an activated Bluetooth or NFC smartphone to the breaker to unlock the lock or transmit vehicle location information when the information matches However, if there is no beacon communication device in the vehicle or smartphone, or if there is snow or rainwater on the license plate shooting camera, the circuit breaker does not work properly due to misrecognition, which may cause a problem of having to wait until it works. If they fail to lock the locking device while moving, it is a problem that only the remote control or beacon communication is registered smart terminal, and there is a problem that it cannot be controlled remotely while moving, so it has to go back again, and the problem cannot be controlled from the remote As a result, there is a problem that the screens displayed by the map app of the smartphone cannot manage information in real time. In addition, there is a problem in that it cannot be shared with an unspecified number of people, and to prevent illegal parking, most of the circuit breakers installed in the parking area are formed to stand in only one direction, and the vehicle entering in one direction is photographed and recognized However, it is not possible to take a picture of a vehicle entering in the reverse direction in a parking section created as a sideways (a long parking section so that the car can be parked facing front and back), so the license plate cannot be recognized. In a circuit breaker that monitors only the front, blind spots that cannot be detected in the rear, left, and right sides occur, and vehicles that enter the parking section composed of lateral (horizontal) indiscriminately without a fixed front, rear, left, or right direction. There are problems that can cause damage to the vehicle as well as damage to the circuit breaker because it cannot be controlled.

In the prior art, using a location-based map platform, there are many app-based information retrieval platforms that can easily find parking information in the surrounding area from a mobile phone by color red (parking available) or blue (parking congestion), but most of the In the parking lot, there is no device that can manage the parking situation in real time according to the vehicles entering and leaving.

Although the parking situation is displayed by color based on the information that users have made and reserved through the app through the app, the parking lot is full when you go to the parking lot where parking is possible, and the parking information provided using the location-based map platform. Even in the case of sharing and registering a private parking lot in the service, there are problems in that if you go to the parking zone after completing payment in the private parking zone, illegal parking is made and you are at a loss. In order to solve this problem, the conventional advanced technology is reflected

According to the patent document No. 10-2004-0024992 Heo published on March 24, 2004, "the outer cylinder 10 buried vertically in the ground, and the elevating post ( 20), a drive motor 12 and a speed reducer 13 provided at the lower end of the outer cylinder 10, and a bolt shaft 15 that is vertically extended by being condensed to the drive shaft 14 of the drive motor 12 and , a nut body 21 mounted inside the elevating post 20 and screw-coupled to the bolt shaft 15, and connected to the driving motor 12 and receiving an external remote control signal to receive the driving motor 12 ) is provided with an electric anti-parking post, characterized in that it includes a remote control control unit 18 for controlling.” There is a problem in that there is a need and repair and packaging costs, and when it rains, rainwater seeps through the gap between the lifting posts and there is no waterproofing facility at the bottom of the outer cylinder, which can cause the device to malfunction. can not be protected, so device damage as well as cost handling problems may occur due to vehicle damage. .

Patent Literature 2015.06.12. According to “No. 10-2015-0065127”, which was released on the date, it is installed with a vehicle detector in each parking lot entry/exit passage registered in the Central Parking Lot Information App Server to count the entering/exiting vehicles in real time, and Automatic vehicle traffic detection device for transmitting to the parking lot information app server; A central parking lot guide app server that stores the data received from the automatic vehicle traffic detection device in the integrated parking lot management server DB, and transmits the parking information of each parking lot to a smartphone or navigation system; including, the automatic vehicle traffic detection device The logic circuit that determines the direction of entering/exiting vehicles and the number of vehicles entering/exiting according to the number set for each parking lot is counted and transmitted to the central parking lot guide app server in real time, and related to parking fees, discount rates, etc. It is transmitted to the central parking lot information app server, and the Sanji central parking lot information app server is characterized by storing the transmitted data in the integrated parking lot management server DB and transmitting it to a smartphone app or navigation system at the same time.” By installing a vehicle traffic sensor at the entrance of the parking lot, the information detected by the vehicle traffic sensor is transmitted to the management server, and the location and parking status of the parking lot are displayed on the user's smartphone as a map. is provided so that users can easily know it by color, but there is a problem that only real-time parking availability can be checked, and it is not possible to check which parking section can be parked. In this case, there is a problem that the parking fee cannot be received, and there is a problem that it is not possible to check real-time parking for a parking section of a parking lot without a parking lot entrance.

According to “No. 10-2017-0115981” published as of October 18, 2017, “a non-powered wireless vehicle detector with a unique serial number that detects the parking situation on each parking surface is installed on the parking location surface to determine whether the vehicle is parked or not.” Receive the detection data signal from the central control center and receive the vacant parking space in real time by guiding the vacant parking lot on the map of the third citizen’s parking lot user’s smartphone app. --- Either enter the phone number and unique address of the central Kwande Center representative or, in the case of a smart phone, use the NFC function to read near the unique RFID-Chip attached to the parking location. In the part stipulating that the detection signal from the wireless vehicle detector assigned a unique number is transmitted to the central control center DB through short-distance wireless communication, the parking information data in which the parking lot use registration member and parking lot information are integrated is transmitted to the wired/wireless Internet network. Due to the limitation of the distance that can be recognized by short-distance communication between the Internet router and the wireless vehicle detector to provide the Internet, there may be a problem that many Internet cables and wireless routers need to be installed on the ground, underground or outside the building, Every time you go to the parking lot, you check the representative phone number and unique number before entering it. Or, the problem of getting out of the car with the NFC function and reading it on the RFID-Chip is that you can only see the information with the map app on your smartphone, but you cannot directly control the parking area from the map app. If you go, there is a problem that other cars can come and park first. In addition, parking lots without a unique number on the floor of the parking lot cannot be used, cannot be controlled remotely while moving, and a server and network that can receive short-range wireless signals even in small (1 or 2) parking lots must be equipped. There is this.

Patent Literature 2018.04.04. According to the announced “No. 10-1831987”, “It relates to a parking lot management system including a radio signal communication device installed at the parking lot entrance of a parking lot where a circuit breaker is installed. Primary authentication data for the vehicle is provided, the breaker provides secondary authentication data for the reserved vehicle through OCR reading, and the reservation server uses the primary and secondary authentication data to It provides a signal to the breaker to decide whether to lock or unlock.” As the circuit breaker installed in each parking area can be controlled only through the radio receiver installed at the entrance of the parking lot in the part specified as There is a problem in that it is necessary to have a network that can receive communication and transmit it to the reservation server. There is a problem in that it is necessary to have a network for receiving and processing. In addition, since the appearance of the circuit breaker shown in FIG. 12 is operated only in one direction, there is a problem that the license plate cannot be photographed for parking cars entering from the rear in the parking compartment, so that the circuit breaker cannot control and may be damaged, and the small camera There is a problem that the breaker does not work because the recognition rate is lowered if there is snow or rainwater on the pole. There is a problem that non-members who want to use it urgently cannot use it, and there is a problem that there is no sanction method for a vehicle leaving without payment in the method of paying the parking fee.

Patent Literature 2018.08.28. According to the published “No. 10-1892565”, it is possible to prevent the time, calculation processing and communication consumption caused by meaningless shooting in advance by configuring the camera to shoot only when the blocking part is in a vertical state, and to analyze the captured image. When the vehicle number recognized through and the vehicle number transmitted to the driver's smartphone match, the parking confirmation data including the location of the parking surface is transmitted to the management server. “The camera 9 is installed on one surface facing the direction in which the vehicle enters the parking surface. ...... The control unit 980 extracts the license plate in the image by analyzing the image taken by the camera (9). At this time, if the license plate in the image is extracted, 1) activates the beacon communication module 1211 for a preset time (T) and 2) the license plate area extracted using a preset number recognition algorithm Detects the vehicle number from That is, if the control unit 980 is not extracted from the license plate in the image. By deactivating the beacon communication module 1211, the beacon communication module 1211 of the parking breaker 1 is activated only for a preset time (t) when the license plate in the vehicle is extracted. In addition, when the control unit 980 receives the access request data from the adjacent smart phone 901, it compares the vehicle number of the received access request data with the vehicle number recognized by itself. A phone is a digital terminal that supports beacon communication”, if the license plate is not extracted due to foreign substances, rain or snowdrops forming on the camera installed in the blocking unit, beacon communication is deactivated, The control unit has a problem that it does not work, and the control unit is connected by a wired communication line, and can be controlled only by touching the smartphone registered to the blocking unit through beacon communication. There is a problem that it cannot be controlled while moving or remotely. Since a camera is installed on one side facing the direction in which the vehicle enters, it is not possible to take a picture of a vehicle that enters randomly instead of in a predetermined direction, and there is a problem that damage may occur due to illegally entering vehicles, There is a problem that the parking fee cannot be collected.

In the prior art as described above, in the control of a circuit breaker using beacon communication, the present invention has a problem that cannot be controlled remotely while moving, and real-time parking information can be viewed with a map app on a smartphone, but cannot be directly controlled. Problems that can only be confirmed when parking is possible, problems that cannot be shared by many unspecified people, and that the camera mounted on the circuit breaker has rain or snow on it cannot take a clear picture, so the license plate and the user cannot communicate with the beacon, In the part that reads the match by entering the vehicle number in advance, the problem that the breaker cannot be controlled due to misrecognition. The problem of having to go round the parking lot to find an empty parking lot because it cannot be checked whether there is a parking lot, a radio communication device is installed at the entrance of the parking lot so that vehicles without a radio identifier or vehicles without a reservation cannot use it due to access restrictions, a problem with no parking lot entrance There are problems in that it is not possible to check the parking in real time in the parking lot in the parking lot, and if you leave the car without paying the parking fee, you cannot collect the parking fee.

In the locking device installed to prevent parking of others, the problem of excavating asphalt of a certain size to install the device and the resulting recovery cost,

The parking method of the vehicle is not only done in a predetermined direction in the front, but there is no device that can protect itself against vehicles entering indiscriminately from the rear, left, or right. There are problems that arise.

The present invention is to solve the problems of the prior art. In the prior art, an ultrasonic distance sensor is mounted on the vehicle at the front and rear of the vehicle to notify the driver with an alarm sound when the vehicle is reversing when there is an obstacle nearby. The parking lock device of the present invention is located on the left and right sides of the front and rear side of the parking lock system of the present invention so that the device can first search for a large object or space with ultrasonic waves, and the device decides on its own and automatically moves to protect the devices around it, rather than notifying it with an alarm sound. By installing four (one) on each right side, if there is an illegal vehicle approaching from the front or rear from the ultrasonic distance sensor, the front (rear) distance sensor sends a signal to the drive motor inside the parking lock and automatically lowers it. To protect the lock by unlocking the lock, and if there is an illegal vehicle approaching from the left or right, the left (right) distance sensor sends a signal to the drive motor inside the parking lock and automatically releases it to go down. It is characterized by self-detection and protection of devices by self-detection from illegal parking that enters indiscriminately regardless of front, rear, left, or right directions in a parking section created horizontally (horizontally) or vertically (vertically).

In case of rain or when there is water inside the parking lock due to the temperature difference between day and night, the water accumulated in the middle of the lower part of the parking lock can be automatically discharged through a plurality of drainage holes that can be discharged automatically. with

Controls the communication module and lock equipped with an eSIM (embedded Subscriber Identity Module) or USIM (Universal Subscriber Identity Module) chip that can perform socket communication with the mobile communication network in real time inside the parking lock A parking lock equipped with a driving motor and a power supply capable of operating the driving motor is drawn diagonally at the four vertices of the parking dividing line, and the intersection of the two straight lines is the center point to install the device, and It is characterized in that the parking lock is fixed in the parking lot of the parking lot by drilling a plurality of bolt holes of about 1 to 2 cm in size for firmly fixing the parking lot.

In addition, in order to manage the parking lock while moving or remotely, the eSIM communication module for interworking with the mobile communication network, which is normally connected and used in the mobile communication network; A locking device management server that manages the parking locking device for the parking lock status in real time; collecting data on the locking and unlocking status of the parking locking device in a polling (periodically checking whether there is a transmission request) method through a mobile communication network; The data collected from the lock management server is transmitted to the location-based map management server developed to show the locking and unlocking status of the parking lock as a map on the user's mobile phone screen using the conventional location-based map technology; updating the open and locked state of the locked state on the map; Displaying, as an icon, whether parking is possible or not on the map of the user's mobile phone screen so that the user can easily find an empty parking section in the surrounding area from the location-based map management server; when the user selects an empty parking section, comparing whether the user is a registered member or a non-member subscriber in a membership registration management server that manages the outgoing CID; If the member is a member, connecting the parking lock device selected by the user to the mobile communication network from the lock management server so that direct socket communication with the user's mobile phone is possible; Non-member subscribers input card information necessary for parking fee settlement, and the input card information is a card payment management server developed by reflecting the conventional card authentication processing technology; interlocking with the card company to process whether the card can be used from the card company step; connecting the data In/Out channel to the approved non-member user so that the lock device management server can control the non-member user's mobile phone and the parking lock device equipped with the mobile communication module through socket communication; When the user opens the parking lock to park, the automatic parking fee start and socket communication are automatically cut off, and at the same time, the distance sensor installed inside the parking lock is activated and the distance from the lock management server to the Polling System monitoring by periodically sending a signal to the sensor whether or not to monitor the vehicle; When exiting the vehicle, the locking device management server transmits the eSIM (or USIM) product number information of the parking lock to the membership registration management server, and reads the calling CID number that occupies the eSIM product number and the card information connected thereto from the membership registration management server. Transmitting to the payment card management server so that the parking fee can be automatically settled It is to provide parking, and also for parking fee settlement according to use, prepaid/postpaid card information and parking settlement fee information registered in advance are transmitted from the payment card management server to the card company through the mobile communication network, and processed information is received from the card company and processed automatically, and the result is notified of the usage history from the card company, or a message is sent to the mobile phone number registered by users in advance when registering for membership. It is to provide parking control without a payment system.

The parking lock device combined with the mobile communication of the present invention for achieving the above object and the parking system using the same draw a straight line at the four vertices of the parking division line in the diagonal direction to determine the point where the two straight lines intersect the central point to install the device. It is a cylindrical tray shape that is easy to install without the need to hold the center point horizontally or vertically with the parking divider line. A plurality of bolt holes that can be fixed to the ground with a floor thickness of 5 mm to 1 cm (Fig. 2-232), and a plurality of bolt holes for coupling the body equipped with an electrical device are formed next to the center hole (Fig. 2-233) , In the middle of the circular rim, there are a number of bolt holes that can be combined with the cover of the locking device (Fig. 2-231), a hole for putting an electric wire in (Fig. 2-234), and water is automatically drained if there is water inside the device. a plurality of drain holes (FIG. 2-229) that can be formed and a base fixing base (FIG. 2-230);

The bottom, which covers the bottom of the floor fixing bracket, has a radius of about 16cm~17cm, a height of about 11~14cm, and the top side is about 7.5~9cm in radius and 5mm~1cm in thickness. A step of forming a 2 to 3 cm high sill (Fig. 2-200) under the circle of; The bottom and top are inclined at an angle of about 45° to 50° from a height of about 5 cm from the bottom, so that the wheels of the parked vehicle can be pushed sideways to the top, thereby minimizing the load on the body; At the bottom, there are a number of bolt holes that can be combined with the floor fixing base fixed from the ground from top to bottom. A cover (FIG. 2-201) comprising: a plurality of waterproof holes and a wire insertion hole through which a wire for supplying electricity to the inside of the device from the outside is formed in order to minimize what can be done; In the cover, each circular edge of the bottom or top surface is characterized in that it is formed so as not to be damaged by the wheel being scratched on the edge by giving a soft curve of about 2 cm.

In addition, in the lower part of the main body consisting of a cylindrical cylinder shape with a radius of about 7 to 8.5 cm, a height of 8 to 10 cm, and a thickness of about 5 mm to 1 cm, the upper surface is perforated and the lower surface is closed (Fig. 2-225); A main board equipped with an eSIM (or USIM) communication module capable of interworking with a mobile communication network (Fig. 2-217) and a driving motor that adjusts the upper part of the locking device (Fig. 2- 212) up and down with an ultrasonic distance sensor (Fig. Figure 2-218), the step of mounting the power supply; The base radius is 7.5~9cm, the height is 9cm~11cm, and the thickness is 5mm~1cm in the shape of a cylindrical cylinder, the top is closed and the bottom is open. , rear (Fig. 2-210), two holes with a diameter of about 1.5 cm for mounting, and an ultrasonic distance sensor at a height of about 5 cm from the bottom of the front (Fig. 2-209), rear (Fig. 2-211), left (Fig. 2-237), the right side (Fig. 2-236) consists of 4 holes with a diameter of about 1.5 to 2 cm, and protrudes with a width of about 5 mm to 1 cm and a thickness of 5 mm to 1 cm ( 2-213), when the upper part of the main body is forcibly pulled from the outside, the upper part of the main body (Fig. 2-212) that is configured to be caught on the sill (Fig. 2-200) of the cover (Fig. 2-201). configured parking lock;

installing the parking locking device in a parking lot of a parking lot (FIGS. 8-823); In a mobile communication company or service provider (FIG. 5-555), the eSIM communication module mounted on the parking lock is normally accessed and used in the mobile communication network (FIG. 5-548); in the parking lock device It is characterized in that the video data captured by itself can be transmitted directly to the subscriber's mobile phone through a mobile communication network, and there may be a cost associated with data transmission in the parking lock. It includes the step of continuously reading and managing signals for locking and opening of the parking lock by a polling system to the ultrasonic distance sensor connected to the main board of the eSIM communication module installed in the parking lock installed in the opened parking section. a locking device management server (FIG. 5-534); In the lock device management server, when users select a parking lock device capable of parking through a mobile phone (FIG. 5-524), the user's mobile phone can access the client (server) in the lock device management server (FIG. 5-525) Connect the In/Out data channel so that the socket communication can be performed (FIG. 5-526) and the parking lock becomes the Server (computer containing the control program) (FIG. 5-527). , a step in which the app browser (FIGS. 8-819) that can control the parking lock directly from the user's mobile phone is shown;

When the user releases the parking lock using the app browser (Fig. 8-821), the unlock transmitted from the user's mobile phone from the eSIM communication module device mounted inside the parking lock installed in the parking section (Fig. 8-823) (Fig. 8-821) Step of receiving the signal and sending a signal to the drive motor so that the upper part of the main body of the parking lock goes down in the direct direction (Fig. 8-823) to release the parking lock to allow parking ;

When parking is complete (Fig. 5-540), socket communication is cut off and at the same time, it is connected to the lock management server and the ultrasonic distance sensor installed in the parking lock through a polling system, and reads the exit information from the ultrasonic distance sensor. a lock management server that periodically automatically updates the location-based map (FIG. 5-520); In the lock management server, when the user's car is taken out of the vehicle (FIG. 5-541), the ultrasonic distance sensor (FIG. 5-531) automatically raises the upper part of the body (FIG. 7-702) and sends a signal to the drive motor. It characterized in that it automatically locks the parking lock device without any manipulation on the user's mobile phone (FIG. 5-532), and immediately recognizes the lock state in the lock device management server (FIG. 5-534).

In addition, the app download management server (FIG. 1-105) that downloads the connection application for accessing the parking lock directly from the user's cell phone (FIGS. 5-503) and stores it in the mobile phone; After downloading and installing the access application from the app download management server, when users run the access application, the parking lock received from the lock management server (FIG. 5-519) around the user's current location in the conventional location-based map technology A location-based map management server (FIG. 1-107) that manages to show the location of the device's real-time parking lock device and the parking area on the mobile phone as a map (FIG. 5-522);

When users select the access application (Fig. 2-504) to use the parking lock device, the outgoing mobile phone number used is analyzed (Fig. 5-506), and whether the subscriber has installed the device in the parking section (Fig. 5-506). 509), whether a member receives a discount (Fig. 5-538), whether a member has credit card information for parking fee settlement (Fig. 5-512) or a non-member without (Fig. 5-516), parking fee day, time, and amount information A member registration management server that manages (FIG. 1-102); In the membership registration management server, if the mobile phone number used by the user does not match the previously registered information, the user is classified as a non-member and connected to an app browser where he or she can select whether to use as a member or as a non-member (Fig. 9-) 908); Connecting to an app browser where you can select whether to join as a general member or as a subscriber to install a parking lock when selecting a member sign-up in the app browser; receiving an approval result from a payment card management server through an approval request after inputting a mobile phone number, vehicle number, name, and card number to be used when signing up as a general member; If you sign up as a general member according to the approved result, you do not need to enter card information, phone number, or vehicle number, etc. It is characterized in that it comprises a step of automatic settlement processing.

When a subscriber is selected, connecting to an app browser to register information to be used by the subscriber; In the app browser, vehicle number (FIG. 4-401), name (FIG. 4-402), card number (FIG. 4-403), account number to deposit the settled parking fee (FIG. 4-404), phone number to use ( 4-405), parking usage time (FIG. 4-412), usage fee (FIG. 4-416), and the step of registering installation location information (FIG. 4-419); a phone number to be used in (FIG. 4-405) is a phone number that can receive a message from the parking lock (FIG.-406), a phone number to use for free (FIG. 4-407), a user phone number to be settled by applying a discount rate (FIG. 4-408), a remote inputting a phone number to add, change, delete, etc. registered information by accessing in (FIG. 4-450); selecting whether to exclude or include the use time on public holidays (FIGS. 4-413); selecting whether or not to select a temporary public holiday (FIGS. 4-414); selecting a shared time zone (FIGS. 4-415); inputting parking fee information according to the parking usage time (FIG. 4-416); selecting a parking discount rate to be applied to the user to which the discount rate is applied (4-418); registering the address of the place where the parking lock is installed (FIGS. 4-419); Step of setting the ground and underground (Fig. 4-421); when selecting the ground and registering the number of floors, an app browser that can automatically input additional information as many as the number of floors is connected (Fig. 4-423); In the step of registering the parking lock to be installed on the floor number and location, if you enter the number of parking sections, the floor number and detailed number are automatically displayed. It is characterized in that it includes a step in which the total number of installed units and the number of available parking spaces are displayed on the mobile phone (FIG. 4-428) (eg, the total number of installed units: 15 (the number of available parking units: 5)).

receiving an approval result from a payment card management server through an approval request after inputting a phone number, vehicle number, name, and card number to be used when a non-member is selected; Only for approved non-members, you do not need to enter card information, phone number, vehicle number, etc. for one-time use, select the desired parking area equipped with a parking lock and park and exit. It is automatically settled, and when reused in the future, it is characterized in that it includes the step of having to repeat the process of entering a phone number, vehicle number, name, card number and requesting approval. You can park by directly controlling the vehicle, and the cost of parking is automatically settled.

In addition, it receives card information, mobile phone number, parking rate, and discount rate information from the membership registration management server so that users can automatically pay for parking fees by using the parking lock with the credit card registered by the users. a payment card management server (FIG. 1-103) that manages the

In the payment card management server, the step of going through a conventional card authentication technology procedure whether the card information registered by a member or a non-member is valid; It receives parking fee information, card information, and mobile phone number information used by users from the membership registration management server and notifies the card company, and receives the result from the card company and automatically settles the information, and at the same time, the membership registration management server (Fig. 5-535) It is characterized in that the parking fee is automatically settled automatically for the parking vehicles by a processing method including; sending the settlement fee data to the mobile phone number transmitted from the (FIG.

In addition, in the ultrasonic distance sensor mounted on the upper part of the main body of the parking lock, most vehicles these days are equipped with a reverse distance sensor, so there is a problem that the alarm sound of the parking breaker cannot be heard due to the alarm sound of the parking vehicle itself. In order to solve the problem that can cause a lot of damage, the ultrasonic distance sensors installed on each of the front, rear, left and right sides are not sensors that sound an alarm depending on the distance, but rather protect the device and provide users with real-time protection. We developed a function to notify parking information, and to automatically transmit the recorded and captured images to the subscriber's mobile phone or to the Internet address that the user wants to transmit, and is connected to the lock management server and The polling method allows the user's exit information to be read in real time, and when an illegal vehicle parked without going through the normal procedure enters, the ultrasonic distance sensor uses the digital sensor on the upper body of the parking lock connected to the eSIM main board. a video management server (FIG. 1-106) that operates a camera to take pictures and manages video information through an eSIM main board linked with a mobile communication network; In the video management server, the received video information is transmitted to the subscriber's mobile phone registered in the membership registration management server (Figure 1-102) or the Internet address of the enforcement department (Figure 5-512), and at the same time, the parking lock device itself In the parking lock system and system configured so that the upper part of the main body can descend to the lower part of the main body by giving a signal to the driving motor to open the lock by itself in order to protect the A parking lock device combining mobile communication, characterized in that the ultrasonic distance sensor installs a selection button in the electric module device so that the upper part of the parking lock device can be maintained as it is without descending from the distance sensor so that it can be used selectively is a processing method.

In the prior art, the parking breaker cannot be controlled from a distance while moving and the problem of returning to control the breaker. Problems that cannot be done, problems that cannot control entry/exit vehicles in a parking lot without a parking lot entrance As a result, most of the parking locks installed in the parking areas use a dedicated beacon communication terminal, so they cannot be shared and used. In this case, there is a problem that there is no way to collect the parking fee, and there is no control method for vehicles that indiscriminately enter the front, rear, left, or right of the circuit breakers installed in the parking area, so damage to the circuit breaker as well as damage to expensive foreign cars is possible. In order to solve problems that may arise,

It is an object of the present invention to solve the problem with a parking locking device combined with mobile communication and its system without an expensive parking control system or kiosk automatic settlement system.

In the present invention, a lot of empty parking lots can be seen outside of commuting hours in parking lots installed in buildings, back roads, residential areas, villa complexes, private land, etc. If you park in an on-street parking lot or in a resident-priority parking area where you cannot install a parking lot, it is a rare occurrence among neighboring residents that you may be fined and towed for illegal parking. To improve this problem, many local governments are offering discounts on parking costs and giving priority to resident-priority parking by subscribing to the sharing parking service in public parking lots and resident-priority parking lots, and many residents are participating. However, there is no locking device in the parking lot, so illegal parking cannot be prevented, and a manager who can collect parking fees cannot be arranged for each parking area.

With the processing method and system of the present invention, not only illegal parking prevention, but also parking zones in which remote and real-time parking are possible can be checked on the map, so that it can be used more conveniently than the conventional search service that can only be confirmed by going to the searched parking lot. In addition, parking fees are automatically paid with a credit card registered in advance, which has the effect of creating a culture where people who provide parking zones or use parking zones can park safely and conveniently.

1 is a network configuration diagram configured to directly control the parking lock device combined with the mobile communication of the present invention from the mobile phone of the users.
2 is an overall configuration diagram of a parking locking device.
3 is a configuration diagram illustrating a step-by-step assembly of the parking locking device.
4 is a flowchart of registering basic information required to control a parking lock.
5 is a flowchart of a process by which users use a parking lock.
6 is a flowchart of a process for illegally parked vehicles.
7 is a block diagram of an app browser displayed on a user's mobile phone when users click a connection application.
8 is a block diagram of an app browser displayed when a user selects a parking available icon displayed on a mobile phone of users.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings in which they are shown. However, it should be understood that the present invention may be embodied in a plurality of different forms and is not limited to the described embodiments. It should be noted that the embodiments of the present invention described below are merely for explaining the spirit of the present invention to those skilled in the art, and detailed descriptions of well-known functions and configurations in the art that may unnecessarily obscure the gist of the present invention are not provided. Note that it is omitted.

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

1 is to be described in detail in the first (one) embodiment a network configuration diagram configured to directly control the parking lock device combined with the mobile communication of the present invention from the mobile phone of the users.

It is a first (one) embodiment executed to provide an environment in which users can use the parking lock device of the present invention smoothly by combining it with a mobile communication network.

connecting the service provider's integrated management server (FIG. 1-101) to the communication network of the mobile communication service provider (FIG. 1-113) and the wired communication service communication network (FIG. 1-115) through a dedicated data line; Installing the parking lock device of the present invention in the parking lot parking section (Figs. 1- 110, 111); Step (FIG. 1-108) of the mobile communication company or service provider (FIG. 1-100) of the eSIM communication module mounted on the parking lock (FIGS. 1-110, 111) to be normally connected and used in the mobile communication network (FIG. 1-108); Continuously reading and managing signals for locking and opening of the parking lock by a polling system to the ultrasonic distance sensor connected to the main board of the eSIM communication module installed in the parking lock installed in the opened parking section. a locking device management server (FIG. 1-104); In the locking device management server, when users select a parking locking device capable of parking through a mobile phone (FIG. 1-112), in the lock device management server (FIG. 1-104) in the user's mobile phone (FIG. 1-109) Step where the app browser (FIGS. 8-819) that can directly control the parking lock is shown;

When the user releases the parking lock using the app browser (Fig. 8-821), the unlock transmitted from the user's mobile phone from the eSIM communication module device installed inside the parking lock installed in the parking section (Fig. 1-110, 111) (FIG. 8-821) receiving the signal, sending a signal to the drive motor so that the upper body of the parking lock goes down in the direct direction (FIG. 8-823) to release the parking lock so that the vehicle can be parked;

When parking is complete (Fig. 5-540), socket communication is cut off and at the same time, it is connected to the lock management server and the ultrasonic distance sensor installed in the parking lock through a polling system, and reads the exit information from the ultrasonic distance sensor. a locking device management server that periodically and automatically updates the location-based map (FIG. 1-104);

In addition, the app download management server (FIG. 1-105) to download the connection application for accessing the parking lock directly from the user's cell phone (FIGS. 5-503) to store and manage in the mobile phone; After downloading and installing the access application from the app download management server, when users run the access application, the parking lock received from the lock management server (Fig. 1-104) around the user's current location in the conventional location-based map technology A location-based map management server (FIG. 1-107) that manages to show the location of the device's real-time parking lock device and parking zones on a mobile phone (FIG. 1-109) on a map;

When users select the access application (FIG. 2-504) to use the parking lock device, the outgoing mobile phone number used is analyzed (FIG. 5-506), and whether the user has installed the device in the parking section (FIG. 5-506) 509), whether a member receives a discount (Fig. 5-538), whether a member has credit card information for parking fee settlement (Fig. 5-512) or a non-member without (Fig. 5-516), parking fee day, time, and amount information a member registration management server (FIG. 1-102) that manages;

In addition, it receives card information, mobile phone number, parking rate, and discount rate information from the membership registration management server so that users can automatically pay for parking fees by using the parking lock with the credit card registered by the users. a payment card management server (FIG. 1-103) that manages the

In the payment card management server, the step of going through a conventional card authentication technology procedure whether the card information registered by a member or a non-member is valid; It receives parking fee information, card information, and mobile phone number information used by users from the membership registration management server and notifies the card company (Fig. 1-114), and the result is received from the card company (Fig. 1-114) and automatically settled and at the same time sending the settlement fee data to the mobile phone number transmitted from the membership registration management server (FIG. 1-102) (FIG. 5-542); It is characterized in that it is cleared.

In addition, in the ultrasonic distance sensor mounted on the upper part of the main body of the parking lock, most vehicles these days are equipped with a reverse distance sensor, so there is a problem that the alarm sound of the parking breaker cannot be heard due to the alarm sound of the parking vehicle itself. In order to solve the problem that can cause a lot of damage, the ultrasonic distance sensors installed on each of the front, rear, left and right sides are not sensors that sound an alarm depending on the distance, but rather protect the device and provide users with real-time protection. A function that notifies parking information and a function that allows the user to transmit the video taken and the captured video to the subscriber's mobile phone or the Internet address to which the user wants to transmit the data. A video management server (Fig. 2) that operates the digital camera on the upper body of the parking lock connected to the eSIM main board from the sensor to take pictures, and manages the captured video information through the eSIM main board linked with the mobile communication network (Fig. 1-106); The video management server transmits the received video information to the subscriber's mobile phone or Internet address (FIG. 5-512) registered in the membership registration management server (FIG. 1-102), and at the same time, in order to protect the parking lock itself. Either give a signal to the drive motor to open the lock by itself and process the upper body to come down to the lower body, or adjust the selection button (FIG. 2-254) on the electric module device (FIG. 2-219) to prevent the upper body from coming down In the integrated management server that integrally manages the membership registration management server, payment card management server, lock management server, app download management server, video management server, location-based map management server, including the video management server that processes (Fig. 1) -101) Wired (FIG. 1-115), wireless (mobile) (FIG. 1-113) communication network and card company or payment agency (FIG. 1-114) to transmit and manage the necessary information in real time from each server in real time This is a first (one) embodiment of the system.

FIG. 2 is an overall configuration diagram of a parking lock capable of monitoring and controlling vehicles parked in a parking lot parking section in detail in the second (2) embodiment.

The bottom surface is about 15cm to 16cm in diameter, about 4 to 5cm in height, and about 5mm to 1cm thick, and it is in the shape of a metal cylindrical tray. 2-228) A plurality of bolt holes for fastening (FIG. 2-232) and a plurality of bolt holes (FIG. 2-233) for coupling the lower part of the main body equipped with the electric module device (FIG. 2-219) are formed step; The circular rim has a bolt hole (Fig. 2-231) that can connect the cover of the locking device from top to bottom, a hole through which an electric wire can be inserted (Fig. 2-234), and if there is water inside the device a floor fixing support (FIG. 2-230), characterized in that it includes a step in which a plurality of drainage holes (FIG. 2-229) that can be automatically drained are formed;

The stage is formed so that the bottom, which is formed in a structure that covers the bottom from the top of the floor fixing support, is about 16cm~17cm in radius and about 11~14cm in height, and is empty inside, and the upper side is formed with a diameter of about 7.5~9cm and thickness of 5mm~1cm. ; When the wheel of the parked vehicle is over one edge of the upper surface, it distributes the load that bends inward and prevents bending as much as possible, and the upper body (Fig. 2-212) moves up and down with the cover (Fig. 2-201) A step of forming a locking jaw with a thickness of 5mm to 1cm (FIG. 2-200) at a height of 2-3cm and a height of 2~3cm under a circular rim that has a circular hole on the upper surface so as not to be pushed inward; By giving an inclination of about 45° to 50° from a height of about 5 cm from the bottom, it is formed in a structure that covers the top surface of the circular hole at an angle so that it can be pushed sideways when the wheels of the parked vehicle step on it, and the load is applied to the floor fixing support (Fig. 230) and connected to the ground (FIG. 2-235) and formed to be supported; A number of bolt holes (Fig. 2-204) formed so that it can be firmly combined with the floor fixing pedestal, and the cover (Fig. 2-201) and the upper part of the main body (Fig. 2-212), when water accumulates to a height of about 2 cm or more, the water can be naturally waterproofed. forming a plurality of waterproof holes (FIG. 2-203) to prevent corrosion of internal devices; A wire insertion hole (FIG. 2-206) through which a wire for supplying electricity to the inside of the device from the outside can be inserted is formed; A cover (FIG. 2-201), characterized in that the lower or upper surface of each circular rim is formed so as not to be scratched, torn or damaged by giving a soft curve of about 1 cm to 2 cm;

The lower body has a diameter of about 7~8.5cm, a height of 7~9cm, and a thickness of about 5mm~1cm, and has a cylindrical cylindrical shape with an upper surface and a closed lower surface (Fig. 2-225); A plurality of bolt holes (FIG. 2-226) are formed in the lower surface of the main body (FIG. 2-226) to firmly fix the lower body (FIG. 2-225) to the floor fixing base (FIG. 2-230) with bolts (FIG. 2-223) step; A main board equipped with an eSIM (or USIM) communication module capable of interworking with a mobile communication network (FIG. 2-217), a driving motor (FIG. 2-218), and an electric module device equipped with a power supply (FIG. 2-219) ) forming a bolt hole (FIG. 2-227, 220) that can be firmly fixed to the lower body using a bolt (FIG. 2-221); 4 ultrasonic distance sensors mounted on the front (Fig. 2-209), rear (Fig. 2-211), left (Fig. 2-237), and right (Fig. 2-236) of the upper body and the front (Fig. 2-208), The lower body (FIG. 2-224, 250, 251,252) comprising the step of forming four grooves (FIG. 2-224, 250, 251,252) at a height of about 4-5 cm from the bottom to prevent the two digital cameras from moving up and down at the rear (FIG. 2-210) 2-225) and;

The gear-type gear (FIG. 2-238) protruding and retracted in female and male shapes is fixed to the central shaft of the drive motor (FIG. 2-243), and when the central shaft of the driving motor rotates, it meshes with the fixed toothed gear and is opposite. From the ultrasonic distance sensor to the indiscriminate parking of illegally parked vehicles on the fixing plate (FIG. 2-239) that can firmly fix the driving motor (FIG. In order to protect the upper part, if you move the adjustment button (FIG. 2-254) to the right in the step of additionally installing an adjustment button (FIG. 2-254) that can selectively stop or operate the automatic lowering, the upper part of the body (FIG. 2-212) automatically descends, and when moved to the left, the upper body (FIG. 2-212) stops automatically descending; A step of forming a bolt hole (FIG. 2-220) in the lower surface of the fixing plate (FIG. 2-239) to firmly fix it to the lower body (FIG. 2-225) using a bolt (FIG. 2-221) to the fixing plate (FIG. 2-239) The electric module device (Fig. 2-219) is 9 to 11 cm high, 14 to 16 cm long, and 3 to 4 cm thick, has a flat outer surface, and is about 2 cm thick on the left and right sides of the face, and has a number of gear blades (Fig. 2- 216) is formed, and a “П”-shaped cylinder (FIG. 2-215) having a plurality of bolt holes (FIG. 2-214) that can be connected to the upper body (FIG. 2-212) and a plurality of bolt holes (FIG. 2-214), and the cylinder connected to the upper part of the body is fitted to the cogwheel-type gear (FIG. 2-222, 238) mounted on the electric module device (FIG. 2-219) By inserting and fastening, when the drive motor rotates to the left (right), when the cylinder (FIG. 2-215) engaged with the gear gear moves up and down, the upper body to which the cylinder is connected automatically moves up and down;

A step of forming a height that can be in close contact with the floor fixture with a radius of 7.5 to 9 cm and a height of 9 cm to 11 cm on the bottom and top surface; By distributing the load received from the wheels of the parking vehicles on the upper surface to the circular locking sill (Fig. 2-200) and the floor fixing pedestal (Fig. 2-230) formed on the upper surface of the cover, the damage to the upper part of the body is minimized, and the thickness is 5 mm to 1 cm. It has a cylindrical shape of the size of a cylinder, the top is blocked, and the bottom is configured so that it can be overlaid on the lower part of the body from top to bottom. Insert a spiral-shaped digital camera into the two holes with a diameter of about 1.5 cm that can be installed in the rear (Fig. Fixing the digital camera by adjusting the movement left and right according to the direction of entering the front and rear of the parking section using the screw and tightening the digital camera; About the diameter that can be mounted on the front (Fig. 2-209), rear (Fig. 2-211), left (Fig. 2-237), and right side (Fig. 2-236) of the ultrasonic distance sensor at a height of about 5 to 6 cm from the bottom After pushing the ultrasonic distance sensor from the outside to the inside in 4 holes of 1.5 to 2cm size, fixing it by screwing it from the inside; It is formed to protrude about 5 mm to 1 cm in width and 5 mm to 1 cm in thickness (Fig. 2-213) on the circular edge of the bottom, and when forcibly pulling the upper part of the body from the outside, 2-200) formed so as to be caught in the process; The upper body (Fig. 2-221) is covered with the lower body (Fig. 2-225) to the outside, and when rainwater enters the gap between the upper body and the cover, water falls to the outside of the upper body (Fig. 2-221) and the lower body (Fig. 2) -225) to prevent water from entering, and the water coming in from the outside of the upper body (Fig. 2-212) is made to pool with the floor fixing support (Fig. 2-230), so that the waterproof hole of the floor fixing support (Fig. 2-229) ), the upper body (Fig. 2-212), characterized in that it includes a step formed to fall out; it is an embodiment of a parking lock device combining mobile communication, characterized in that it is composed of, and its system.

3 is a diagram illustrating the configuration of assembling the parking locking device consisting of the floor fixing base, the cover, the lower body, the electric module device, and the upper body to the ground step by step in the second (2) embodiment in the third (3rd) embodiment I would like to explain in detail.

In the third (third) embodiment, the floor fixing support (FIG. 3-300) described in the second (2) embodiment is a straight line (FIG. 3-328, 329) at the four vertices of the parking dividing line in the diagonal direction. Draw a point where two straight lines intersect (Fig. 3-330) as one of the central points to install the device. Putting it on the ground (FIG. 3-305) in line with the center bolt hole (FIG. 3-326); Drilling a hole in the ground with a drill to fit the ground fixing bolt hole (FIG. 3-303) formed in the floor fixing base (FIG. 3-300); Fastening the floor fixing support (FIG. 3-300) with bolts (FIG. 3-302) to fit the hole formed in the ground; The floor, including the step of fastening it with bolts (FIG. 3-300) through the bolt holes (FIGS. 3-301 and 318) formed in the floor fixing support (FIG. 3-300) fixed to the ground and the lower body (FIG. 3-300) A first (work) (FIG. 3-319) installation step fixed to the ground by combining the fixing base and the lower body;

In the first (day) installation step, the electric module device in which the drive motor and the eSIM communication module main board are mounted on the lower part of the main body fixed to the floor fixing pedestal are inserted into the lower part of the main body and the bolt holes (Figs. 3-307, 308) formed in the electric module unit. A second (teeth) (FIG. 3-320) installation step of fastening (FIG. 3-312) with bolts (FIG. 3-306);

The third (3) (FIG. 3-321) installation step of fixing the cylinder and the bolt hole (FIG. 3-311,310) formed in the upper part of the body with bolts (FIG. 3-309) as described in the second (2) embodiment ;

In the third (3) installation step, the fourth (G) (FIG. 3) that covers the upper body (FIG. 3-313) coupled with the cylinder to the outside over the lower body (FIG. 3-325) fixed to the floor fixing pedestal (FIG. 3) -322) installation step;

After fitting the cover so that the upper part of the main body can be removed, the upper part of the main body and the lower part of the main body are fixed (Fig. 3-326). When power is supplied to the parking locking device including the fifth (5) (FIG. 3-323) installation step that is tightened and fixed with the The connected cog gear (Fig. 2-222, 238) rotates left and right, the cylinder engaged with the cog gear (Fig. 2-215) moves up and down, and the upper body (Fig. 3-317) connected to the cylinder is drilled in a circle It is a third (third) embodiment characterized in that it includes a fifth (fifth) installation step that rises above the cover (FIG. 3-324).

FIG. 4 is a flow chart of users using a parking lock installed in a parking section in the installation step described in the third (third) embodiment in detail in the fourth (g) embodiment.

In the fourth (g) embodiment, users (referring to the person who uses the parking lock device of the present invention for the first time) use the mobile phone of the users to use the lock device and the system of the present invention to access the Google Store or Connecting to the Apple Store or an App Download Management Server (FIG. 4-402) that directly manages the connected application of the present invention, downloading the installation program, and then installing it on the mobile phone (FIG. 4-401);

When users run the connection application newly installed on the mobile phone, the membership registration management server (Fig. 1-102) in the integrated management server (Fig. 1-101) of the present invention through the mobile communication network (Fig. 1-113) subscribed to the user's mobile phone. , step of accessing Figure 4-405); whether the user's mobile phone number (caller CID: Caller Identification) transmitted from the mobile communication network is a registered user (Figure 4-410) or a non-member (Figure 4-416) ), the step of comparing and analyzing whether the subscriber who has installed the parking lock (FIG. 4-411) (FIG. 4-406); if there is no matching number in the; When a non-member is selected in the step of being connected to an app browser (Fig. 7-708) that can , the vehicle number is included in the parking fee settlement data as a full number (eg, 00nu0000) and sent, and the card to be paid is sent to the member registration management server (Fig. 7-706) after entering the card number and requesting approval 4-405) transmits information to the payment card management server (FIG. 4-407), and the payment card management server (FIG. 4-407) checks whether the card can be used through the communication network linked with the card company (FIG. 4-449) Confirmation (FIG. 4-450) is made, and when approval is rejected, the card company requests that a new card be input (FIG. 4-451), and when approval is received (FIG. 4-418), in the lock management server When the parking lock device information available for parking is connected to the location-based map app browser updated on the location-based map management server (Figure 4-422, Figure 7-702); 423, Fig. 8-805) Information view (Fig. 4-443), surrounding view (Fig. 4-444), other places (Fig. 4-453) to view parking-related fee information and available parking time (Fig. 4-443) information ), a step connected to the app browser (FIG. 8-825) that can confirm parking (FIG. 4-454) showing the step (Figs. 8-800); a step of connecting to a location-based map app browser (FIG. 8-803) when selecting another view (FIG. 4-453); When the surrounding view is selected, the front and rear screens are shown on the mobile phone through the digital camera on the upper part of the parking lock (Fig. 8-818); if the non-member selects the parking confirmation (Fig. 4-424) In the locking device management server (Fig. 4-425), the outgoing mobile phone (client: Client) (Fig. 4-426) can directly control the parking lock device (Fig. 4-427) through socket communication from the calling mobile phone (Fig. 4-426) ) and the parking lock (server) (FIG. 4-427) connect the data In/Out Channel (FIGS. 4-428, 8-821); if a non-member selects the surrounding view, the upper body of the parking lock A step in which the two screens of the front and rear are shown on the mobile phone through the digital camera in the (FIGS. 8-818); If a non-member selects unlock (Fig. 4-430, 8-821), the parking lock installed in the parking section goes down (Fig. 8-823) and can park, and the lock management server (Fig. 4-419) ) provides information on the opening of the parking lock (Fig. 4-433) to the location-based map management server (Fig. 4-422) and transmits the information so that the icon for parking on the location-based map disappears, and at the same time, the payment card management server A non-member including the step of transmitting the parking start time (FIG. 4-441) for calculating the parking fee to (FIG. 4-442), directly controls the parking lock device without subscribing to the member to park in the parking section desired by the non-member This is an embodiment of the processing flow up to the following, and when a non-member's car exits the vehicle without paying the parking fee (FIG. 4-456); in the step (FIG. 4-456); sending a lock signal to the driving motor from the ultrasonic distance sensor (FIG. 4-431) to automatically lock the parking lock (FIG. 4-432); When the locking device management server (FIG. 4-434) periodically sends a lock signal of the lock device to the distance sensor of the parking lock device in a polling method and the lock is confirmed, the member registration management server from the lock device management server (FIG. 4-434) It transmits non-member phone number information and locking time information (parking end time) to (FIG. 4-435), and transmits mobile phone number, card information registered by non-members, and parking end time information in the membership registration management server (FIG. 4-435) By sending to the payment card management server (Fig. 4-436), the parking fee is automatically settled on the registered card, and at the same time, the parking fee information is sent to the mobile phone number transmitted from the membership registration management server (Fig. 4-435). It is an embodiment of a method for processing non-members, including the step of transmitting (FIG. 4-417).

If you select membership registration (FIG. 4-410), you will be connected to an app browser where you can select whether to join as a general member or as a subscriber who has installed a parking lock in the parking lot (FIG. 4-409) (FIG. 7-) 711) In the case of selecting general subscription (FIG. 4-414), the phone number to be used is automatically registered as the received phone number, and additional vehicle number to use and card number information to be paid are entered (FIG. 4- In step 415); after entering the card number to be paid, an approval request is made (FIG. 7-706), information is transmitted from the membership registration management server (FIG. 4-405) to the payment card management server (FIG. 4-407), and payment is made The card management server (FIG. 4-407) checks whether the card can be used through the communication network linked with the card company (FIG. 4-449) (FIG. 4-450), and if the approval is rejected, the card company inputs a new card When it is requested (Fig. 4-451) and approved (Fig. 4-418), the parking lock information that can be parked in the lock management server (Fig. 4-419) is stored in the location-based map management server (Fig. 4). -421) connected to the updated location-based map app browser (Fig. 4-422, Fig. 7-702); if you select an icon that allows parking in (Fig. 4-423, Fig. 8-805), parking-related charges Information view to view information and available parking time (Fig. 4-443) information view (Fig. 4-443), surrounding view (Fig. 4-444), view other places (Fig. 4-453), confirm parking (Fig. 4-454) ), a step of connecting to an app browser (Fig. 8-825) capable of; when selecting view information, showing parking fee information, address information, and parking available time information (Fig. 8-800); a step of connecting to a location-based map app browser (FIG. 8-803) when a view elsewhere (FIG. 4-453) is selected; When the surrounding view is selected, the front and rear two screens are shown on the mobile phone through the mobile communication network through the digital camera on the upper body of the parking lock (Fig. 8-818); in the step; 424) When selected, the outgoing mobile phone (Client: Client) ( 4-426) and the parking locking device (server) (FIG. 4-427) connect the mobile communication data In/Out Channel (FIGS. 4-428, 8-821); when the member selects the surrounding view A step in which the front and rear screens are shown on the mobile phone through the mobile communication network through the digital camera on the upper body of the parking lock (FIGS. 8-818); When the member selects unlock (Fig. 4-430, 8-821), the parking lock installed in the parking section goes down (Fig. 8-823) and can park, and the lock management server (Fig. 4-419) ) transmits information to change the icon that can be parked on the location-based map to the icon that cannot be parked by providing the opening information of the parking lock (Fig. 4-433) to the location-based map management server (Fig. a processing step until the member parks in the desired parking section, which includes transmitting the parking start time (FIG. 4-441) for calculating the parking fee to the payment card management server (FIG. 4-442) at the same time; When the member's car exits the vehicle without paying the parking fee (Fig. 4-456); in the step (Fig. 4-456), the ultrasonic distance sensor (Fig. 4-431) installed inside the parking lock sending a lock signal to the drive motor to automatically lock the parking lock (FIG. 4-432); The locking device management server (FIG. 4-434) periodically reads the lock signal of the locking device in a polling method to the distance sensor of the parking lock, and when the lock is confirmed, the lock device management server (FIG. 4-434) manages membership The non-member phone number information and locking time information (parking end time) are transmitted to the server (Fig. 4-435), and the mobile phone number, the card information registered by the member and the parking end time information are transmitted from the membership registration management server (Fig. 4-435). is sent to the payment card management server (Fig. 4-436), and the parking fee is automatically settled on the registered card, and at the same time, the parking fee information is transferred to the mobile phone number transmitted from the membership registration management server (Fig. 4-435). a step of sending a message (FIGS. 4-417); It is an embodiment of the method of handling the departure of the members including the members. When a subscriber is selected, the basic information to be used is the phone number, product number, vehicle number, card number, and sharing information to be used by installing the parking lock device of the present invention directly in the parking lot of the parking lot so that it can be directly controlled from the mobile phone of general members or non-members. A processing method characterized by inputting time setting, installation location, message information, deposit account number, and usage fee information will be described in detail in the embodiment of FIG. 5 .

In addition, when a member who wants to use the parking lock device of the present invention runs the connection application installed on the mobile phone, the integrated management server of the present invention (Fig. 1-101) through the mobile communication network (Fig. 1-113) subscribed to the user's mobile phone Step of accessing the membership registration management server (FIG. 1-102, FIG. 4-405) in -410), non-member (FIG. 4-416), and a step (FIG. 4-406) of comparing and analyzing whether a subscriber is a parking locker (FIG. 4-411); if a member, card information or vehicle number, A step of connecting to the app browser where you can view the location-based map screen directly without registering a mobile phone number; and the system internally reads the registered card information from the member management server and sends it to the payment card management server so that the registered card is It is an embodiment characterized in that the parking lock is used as a processing method including the step of inquiring in advance whether the card is usable or not within the system.

5 is to be described in detail in the fifth (fifth) embodiment with respect to a flowchart for registering basic information required to control the parking lock.

In the fifth (fifth) embodiment, the user installing the parking lock device connects to the app download management server (FIG. 4-402), downloads the installation program, and then installs it in the mobile phone (FIG. 4-401); When users run the connection application newly installed on the mobile phone, the membership registration management server (Fig. 1-102) in the integrated management server (Fig. 1-101) of the present invention through the mobile communication network (Fig. 1-113) subscribed to the user's mobile phone. , step of accessing to Fig. 4-405); whether the user's mobile phone number (caller CID: Caller Identification) transmitted from the mobile communication network is a registered user (Fig. 4-410) or a non-member (Fig. 4-416) ), the step of comparing and analyzing whether the subscriber who has installed the parking lock (FIG. 4-411) (FIG. 4-406); if there is no matching number in the; In the step of connecting to an app browser (Fig. 7-708) that can Step; when selecting a subscriber (FIG. 5-500), the subscriber registers the vehicle number (FIG. 5-501) to be used, the subscriber's name and (FIG. 5-502), the subscriber parks in an area other than his/her own parking area Card number to be paid when using the locking device (FIG. 5-503) registration and approval request (FIG. 5-536), account information to deposit the parking fee collected as members and non-members use the subscriber's parking lock (FIG. 5-504); If you select the phone number to use (Fig. 5-505, 531), the phone number to receive the message sent from the parking lock, the Internet address to send the message to, the E-mail address (Fig. 5-509), and the parking lock installed by the subscriber Toll-free phone number (Fig. 5-507,510) to register a phone number to use for free If the number is registered as an administrator by comparing and analyzing the user's outgoing phone number in the membership registration management server (Fig. 4-405), the administrator can read information connected to the mobile phone number and modify it directly. When the phone number to be used when connecting to the page (Fig. 5-550,551), the app screen for entering 4 categories of phone information is shown; 5-512) In step; in the step of selecting whether to exclude or include public holidays (FIG. 5-513); if you select to exclude holidays, the parking lock is installed on the mobile phone map screen of members and non-members on all holidays. Steps not marked in ; If you do not select to exclude holidays, the mobile phone map screen of members and non-members (FIG. 5-528) the step of showing the parking lock device parking available icon; When the subscriber selects to exclude temporary holidays (FIG. 5-514), the parking lock is not displayed on the mobile phone map screen of members and non-members during temporary holidays; If you do not select to exclude temporary holidays, the step of showing the parking lock device parking available icon on the mobile phone map screen of members and non-members; When the subscriber selects a shared time zone (Fig. 5-515) excluding public holidays and temporary holidays, the parking lock device is installed according to the time zone, and when registration is completed, including the step of showing the parking available icon on the mobile phone map screen of members and non-members, the subscriber In the step of entering parking fee information according to the use of the parking lock installed by members or non-members (FIG. 5-516); time information to be provided free of charge (FIG. 5-517), fee information to be collected per 10 minutes Information of the step of registering (FIG. 5-539); and selecting a discount rate (FIG. 5-538) to be applied when the parking fee is reduced by applying the discount rate (FIG.-5-518) to members designated by the subscriber; When the input is finished, the step of entering the address of the parking lock installed by the subscriber (FIG. 5-519); the address registered by the subscriber is important information that reads the location-based map coordinates and shows to members and non-members. The details installed by the subscriber In the step of selecting whether the location is underground or above ground (Fig. 5-521); in the above-ground (number of floors), if you enter the number of floors (eg 2) (Fig. 5-522), the detailed address and product according to the number of floors In the step (FIG. 5-526) where two screens to register the number are shown; in the separator that is called the parking section (number) (FIG. 5-523), enter the number (eg 5) of the parking lock to be installed in “number” Upon registration, 5 corresponding floor numbers and numbers (FIG. 5-524) are automatically generated, and the product number (FIG. 5-525) is registered and confirmed (FIG. 5-534) in the detailed address number (FIG. 5-524) ); when finished, select the total number of parking spaces/available parking spaces (eg 15/5) next to the available parking icon on the mobile phone map screen of members or non-members (Fig. a step in which possible numbers are displayed (FIGS. 5-541); When you press the number that can be parked (Fig. 5-530), the locking device management server links the member and the parking lock so that the member and the parking lock can be directly controlled through socket communication, and at the same time, the total number of parking spaces / number of available parking spaces on the location-based map screen (eg 15) /4) step of changing the information; it is an embodiment in which a subscriber registers basic information that can use the parking lock to members or non-members as a processing method comprising a.

6 is to be described in detail in the sixth (six) embodiment with respect to a processing flow chart for a vehicle parked illegally.

In the sixth (six) embodiment, in general, the parking section of the parking lot is horizontal (a long parking section so that cars can be parked facing front and back) or longitudinal (a car designed to be parked sideways while looking only in one direction) Parking zones), and longitudinally partitioned parking lots are to be parked in either the front or rear direction. In addition, in a parking lot with a horizontal parking section, the driver can park at a convenient location regardless of front or rear. In such a parking lot, in order to park without permission without releasing the parking lock installed by the subscriber, it is possible to enter the parking lot either horizontally (a long parking area so that cars can be parked facing forward and backward) or longitudinally (the car faces only in one direction and turns to the side). Regardless of the parking zone created as a parking zone for parking), go straight (FIG. 6-615) or backward (FIG. 6) to the parking zone to park without permission without releasing the parking lock installed by the subscriber. -618) and enter (Fig. 6-600), the front, right, rear, and left ultrasonic distance sensors (Fig. 6-601) detect it, and the front (Fig. 6-602), rear (Fig. 6-610) digital operating the camera (FIGS. 6-616, 617) to send an unlocking signal (FIG. 6-606) to the drive motor (FIG. 6-605) at the same time as taking an image (FIGS. 6-603, 611); In this case, when the upper body operation control button (FIG. 2-254) installed in the electric module device (FIG. 2-219) equipped with the driving motor is moved to the left, the upper body (FIG. 2-212) does not automatically lower but stops as it is. In the step (Fig. 6-619); and the step of automatically lowering the upper body when the adjustment button (Fig. 2-254) is moved to the right (Fig. 6-619); 6-606) the step of operating the upper part of the parking lock body (FIG. 2-212) according to the information selected by the user when received; The captured image data is transmitted from the parking lock itself to the image management server through the mobile communication network (Figs. 6-604, 612), and the image management server transmits the image information to the membership registration management server (Fig. 6-608). Thus, the member registration management server (Fig. 6-608) reads the registered message transmission information of the subscriber connected to the product number, and transmits the image data transmitted to the image management server (Fig. 6-604) to the URL Internet address (Fig. 6). -613), or transmitting a mobile phone (FIG. 6-609) or E-Mail (FIG. 6-614); transmitting the state information of the parking locking device from the locking device management server (FIG. 6-607) to the location-based management server (4-421) to delete the parking available icon from the map screen; It is an embodiment of a processing method for illegally parked vehicles, characterized in that it includes.

7 is a detailed description in the seventh (seven) embodiment of a processing method for an app browser displayed on a user's mobile phone when users click a connection application.

In the seventh (seven) embodiment, users (referring to the person who uses the parking lock device of the present invention for the first time) use the mobile phone of the users to use the lock device and the system of the present invention in the Google Store or Connecting to the Apple Store or an App Download Management Server (FIG. 4-402) that directly manages the connected application of the present invention, downloading the installation program, and then installing it on the mobile phone (FIG. 4-401);

When users run the newly installed connection application (FIG. 7-701) on their mobile phone (FIG. 7-700), the integrated management server (FIG. 1-101) of the present invention through the mobile communication network (FIG. 1-113) subscribed to the user's mobile phone ) in the step of accessing the membership registration management server (Fig. 1-102, Fig. 4-405); whether the user's mobile phone number (caller CID: Caller Identification) transmitted from the mobile communication network is a registered user (Fig. 7-702), whether it is a non-member (Fig. 7-705), and whether it is a subscriber who has installed a parking lock (Fig. 7-717) and a step (Fig. 4-406) to compare and analyze; , connected to the app browser (Fig. 7-708) where you can select whether to use as a non-member; if you select a non-member, the phone number to be used is automatically registered, and additionally enter the vehicle number to use and the card number to be paid (Fig. 7-705), when the card to pay is requested for approval (FIG. 7-706) after entering the card number, if approval is obtained (FIG. 4-418), parking lock information that can be parked in the lock management server is an embodiment of an app browser for a non-member processing method, characterized in that it includes the step of connecting to the location-based map management server to the updated location-based map app browser (FIG. 7-702).

In addition, when a member registration is selected (FIG. 7-710), the step of being connected to an app browser where you can select whether to join as a general member or as a subscriber who has installed a parking lock in the parking lot (FIG. 7-711); In the case of selecting general subscription (Fig. 7-712), the phone number to be used is automatically registered as the received phone number, and additionally, the vehicle number to be used, the step of inputting the card number information to be paid; the card to be paid in the card After entering the number and requesting approval (FIG. 7-706), the member registration management server (FIG. 4-405) transmits information to the payment card management server (FIG. 4-407), and the payment card management server (FIG. 4-407) ), through the communication network linked with the card company (Fig. 4-449), it is checked whether the card can be used (Fig. 4-450), and when it is approved (Fig. 4-418), it is connected to the location-based map app browser (FIG. 7-702) is an embodiment of the app browser for the member registration processing method, characterized in that it includes the step.

As a result of analyzing the outgoing phone number (caller CID: Caller Identification) in the membership registration management server (FIG. 4-405), if the member is a registered member, the location-based map management server (FIG. 4-421) immediately sends the member's outgoing mobile phone It is an embodiment of an app browser for a member processing method, characterized in that it shows a map (FIG. 7-702) with parking lock information (FIGS. 7-703, 704) where parking is possible in the vicinity.

In addition, as a result of analyzing the outgoing phone number (caller CID: Caller Identification) in the membership registration management server (Fig. 4-405), if the subscriber has installed the parking lock, it is possible to select whether to connect to the general connection or the administrator connection. When a general connection is selected (FIG. 7-716) in the step of connecting to an app browser with an app browser (FIG. 7-717); showing a map with information on a parking lock that allows parking around the subscriber's calling cell phone (FIG. 7-702) step;

When a subscriber selects admin access (Figure 7-715), it reads subscriber information from the membership registration management server (Figure 4-405) and connects to the app browser where the subscriber can directly add, modify, and delete registered information. (FIGS. 7-714) As a subscriber processing method comprising the steps of, subscribers, general members, and non-members can use the parking lock device of the present invention easily and conveniently using users' mobile phones without distance restrictions or user restrictions. This is the seventh (seven) embodiment of the processing method and the system that can be used.

Fig. 8 will be described in detail in the eighth (arm) embodiment with respect to the configuration diagram of the app browser displayed when the user selects the parking available icon displayed on the mobile phone. In the eighth (arm) embodiment, the user (this When a member, non-member, or subscriber who wants to use the device and processing method of the present invention selects the application installed on the mobile phone described in the seventh (seven) embodiment, and then accesses the location-based map app browser (FIG. 8-803) In the displayed icon, there is no need to show information about places where parking is not available to users, and a map showing an icon where parking is substantially possible (FIGS. 8-802, 805) is shown around the user (FIG. 8-804) (FIG. 8-803);, if you select the icon marked with a number next to the available parking icon, the available parking time, parking fee information, the address of the installation location, and the number of available parking floors and location numbers of the underground and above-ground parking lots are displayed (Fig. 8- In step 801), when the user selects the number of the desired location, “View Around” (Fig. 8-808) to see the surroundings of the parking lock, and “Other View” (Fig. 8-808) to return to the previous app browser if the user wants to view another place A step in which an app browser is shown (FIG. 8-807) that allows you to select "View place" (FIG. 8-809) and "Confirm parking" (FIG. 8-810) when you want to park in the parking section selected by the user; In , when the surrounding view (FIG. 8-808) is selected, two images are displayed through the front and rear digital cameras mounted on the upper body of the parking lock (FIGS. 8-816, 817); When the user selects “View other places” (Fig. 8-809), the previous (previous) app browser is connected (Fig. 8-800); When the user selects “confirm parking” (Fig. 8-810), the locking device management server opens an In/Out channel through which the user’s mobile phone and the parking lock can communicate, allowing the user to directly control it. In the step of connecting to the app browser (Fig. 8-819); If you select unlock (Fig. 8-821), the parking lock installed in the parking section goes down (Fig. 8-823), and when you select the view around (Fig. 8-822), the parking lock installed on the upper part of the body About the processing method when selecting the icon marked with a number (Fig. 8-802) next to the parking available icon, characterized in that it includes a step of showing two images through the front and rear digital cameras (Figs. 8-816, 817) This is an embodiment of the app browser, and if you select an icon without a number next to the available parking icon (Fig. 8-805), “Parking available time zone” (Fig. 8-811), “Parking fee information” (Fig. 8-812) , “Address of the installation place” (Fig. 8-813) and “Nearby View” (Fig. 8-814) to see the surroundings of the parking lock, and to return to the previous app browser if the user wants to view another place Steps in which the app browser is shown (FIG. 8-825) where you can select “View other places” (FIG. 8-815) and “Confirm parking” (FIG. 8-826) when you want to park in the parking section selected by the user In ;, when the surrounding view (FIGS. 8-814) is selected, two images are shown through the front and rear digital cameras mounted on the upper body of the parking lock (FIGS. 8-816, 817); Connecting to the app browser when the user selects “View other places” (Fig. 8-815); When the user selects “confirm parking” (Fig. 8-826), the lock management server opens an In/Out channel through which the user's mobile phone and the parking lock can communicate, allowing the user to directly control it. (Fig. 8-819) If you select unlock (Fig. 8-821) in the step connected to the app browser, the parking lock installed in the parking section goes down (Fig. 8-823), and if you select the surrounding view, the parking is locked An eighth (arm) of a processing method when a parking available icon is selected, comprising the step of showing two images through the front and rear digital cameras mounted on the upper body of the device (FIGS. 8-816, 817) ) is an example.

Although the present invention has been described in detail only with respect to the specific examples described, the scope of the present invention is not limited to the specific examples, and should be construed by the claims. In addition, it is apparent to those skilled in the art that various changes and modifications can be made within the scope of the technical spirit, and it is natural that such variations and modifications belong to the appended claims.

100: A business providing a processing method and a system using the parking lock device of the present invention
101: Server for integrated management of the server providing the processing method of the present invention
102: Membership registration management server for managing users using the processing method of the present invention
103: Payment card management server that manages card management registered by users to automatically settle parking fees and automatic settlement of parking fees
104: lock device management server for controlling and managing the parking lock device provided by the processing method of the present invention
105: App download management server for managing access applications installed on users' mobile phones in order to use the processing method of the present invention
106: an image management server that manages the pictures taken by the digital camera mounted on the parking lock device of the present invention
107: A location-based map management server that manages a parking lock that allows parking around users' current location to be displayed on users' mobile phones
108: Parking lock device of the present invention equipped with a mobile communication module
109: the mobile phone of the user who wants to use the parking lock device and processing method of the present invention
110, 111: a parking lot in which the parking lock device of the present invention is installed in a parking section without a parking lot entrance
112: display of the user's current location on the location-based map displayed on the user's mobile phone
113: mobile communication network interlocked with the mobile communication module mounted on the parking lock
114: Card company or payment agency connected by wired Internet or data dedicated line for real-time authentication management of card information registered by users in the payment card management server and settlement of parking fees
115: a communication network connected to the integrated management server of the present invention through an Internet line or a data-only line with a card company or a payment agency
200: jamming jaw 201: cover
202: bolt to connect with the floor fixing base
203: waterproof hole
204: bolt hole to be connected to the floor fixing base
205: bolt to connect the upper body and the inner cylinder
206: hole to put the electric wire into the inner body
207: bolt hole for connecting the upper body and the inner cylinder
208: front digital camera 209: front ultrasonic distance sensor
210: rear digital camera 211: rear ultrasonic distance sensor
212: upper body
213: a frame that protrudes so that the upper body is caught on the cover clasp and does not fall out
214: bolt hole for connecting the upper body and the cylinder
215: a cylinder that moves the upper part of the body up and down by receiving the power of the driving motor
216: cog wheel meshing with the gear of the drive motor
217: Main board equipped with an electrical device capable of functions such as eSIM communication module, image screening, ultrasonic distance sensor, etc.
218: drive motor 219: electric module equipped with a power supply
220,227: bolt holes for fixing the electric module equipped with the power supply to the lower part of the main body
221: a bolt for fixing the electric module equipped with the power device to the lower part of the body
222: gear-shaped gear connected to move in the opposite direction to the gear connected to the drive motor
223: bolt for fixing the lower body to the floor fixing base
224,250,251,252: 4 grooves created to prevent the ultrasonic distance sensor and digital camera from moving up and down (one for each front, rear, left, and right)
225: lower body
226: bolt hole for fixing the lower body to the floor fixing base
228: a bolt for fixing the floor fixing base to the ground
229: waterproof hole of the floor fixing support
230: floor fixing support
231: bolt hole for connecting the cover and the floor fixing support
232: bolt hole for fixing the floor fixing support to the ground
233: the center point of the bolt hole and device to fix the lower body to the floor fixing pedestal
234: hole through which an electric wire is passed from the outside into the inside of the device
235: Ground with a parking lock (parking section)
236: right ultrasonic distance sensor 237: left ultrasonic distance sensor
238: cogwheel-shaped gear connected to the drive motor
239: a fixing plate that can firmly fix the drive motor
240: a groove for moving the front digital camera left and right
241: groove for moving the rear digital camera left and right
254: upper body operation control button

Claims (14)

In the parking lock device combined with mobile communication, the four vertices of the parking dividing line are drawn in a diagonal direction, and the point where the two straight lines intersect is a metal cylindrical tray shape that makes it easy to install the device, and the bottom surface has a diameter of 15 cm. It is ~16cm, 4~5cm high, 5mm~1cm thick, and the upper side is empty, and the lower side is 5mm~1cm thick with a plurality of bolt holes that can be fixed using the ground and bolts (Fig. 2-228) and (Fig. 2). -232), a plurality of bolt holes (Fig. 2-233) for coupling the lower part of the main body equipped with an electrical device are configured, and the circular rim includes a bolt hole for coupling the cover of the locking device from top to bottom ( 2-231), a hole through which an electric wire can be put (FIG. 2-234), and a drain hole (FIG. 2-229) that can be automatically drained when water is stagnant inside the device a fixing pedestal (FIG. 2-230);
The bottom, which has a structure that goes down from the top of the floor fixing pedestal to cover the outside, has a radius of 16cm~17cm and a height of 11~14cm, and is empty inside, and the upper side has a hole size of 7.5~9cm in radius and 5mm~1cm in thickness. When the wheel of the vehicle is over one edge of the upper surface, it distributes the load that bends inward and prevents bending as much as possible, and the upper part of the body (Fig. 2-212) moves up and down inside the cover (Fig. 2-201) 2~3cm high and 5mm~1cm thick sill (Fig. 2-200) is constructed under the circular rim with a circular hole on the top so that it does not fall out. It is formed in a structure that covers up to the perforated upper surface at an angle so that it can be pushed sideways when the wheel of the parking vehicle is stepped on, so that the load is transmitted to the ground (Fig. 2-235) connected to the floor fixing pedestal (Fig. It consists of a number of bolt holes (Fig. 2-204) that can be firmly combined with the floor fixing base, and the upper surface of the device is not exposed to moisture due to a temperature difference of 2 cm from the bottom or the entire device is not flooded. If water accumulates to a height of 2 cm or more through the gap between the cover (Fig. 2-201) and the upper body (Fig. 2-212), the water can be waterproofed naturally, and when water is stagnant on the floor fixing base, it evaporates naturally. A plurality of waterproof holes (FIG. 2-203) to prevent corrosion of internal devices, a wire insertion hole (FIG. 2-206) for inserting a wire for supplying electricity to the inside of the device from the outside (FIG. 2-206), and the bottom or a cover (Fig. 2-201) comprising a top surface each circular rim is configured not to be scratched, torn or damaged by the wheel by giving a soft curve of about 1 cm to 2 cm;
The lower body consists of a cylindrical cylinder shape with a radius of 7~8.5cm, a height of 7~9cm, and a thickness of about 5mm~1cm, with an upper side perforated and a closed lower side (Fig. 2-225); A plurality of bolt holes (FIG. 2-226) are formed in the lower surface of the main body (FIG. 2-226) to firmly fix the lower body (FIG. 2-225) to the floor fixing base (FIG. 2-230) with bolts (FIG. 2-223) step; A main board equipped with an eSIM (or USIM) communication module capable of interworking with a mobile communication network (Fig. 2-217), a driving motor (Fig. 2-218), and an electric module equipped with a power supply (Fig. 2-219) A bolt hole (FIG. 2-227, 220) that can be firmly fixed using a bolt (FIG. 2-221) is configured in the lower part of the main body, and the front (FIG. 2-209), rear (FIG. 2-211), The four ultrasonic distance sensors mounted on the left (Fig. 2-237) and the right side (Fig. 2-236) and the two digital cameras on the front (Fig. 2-208) and rear (Fig. , The lower body (FIG. 2-225) comprising four grooves (FIG. 2-224, 250, 251,252) at a height of 4-5 cm from the bottom;
A step of forming a height that can be in close contact with the floor fixture with a radius of 7.5 to 9 cm and a height of 9 cm to 11 cm on the bottom and top surface; By distributing the load received from the wheels of the parking vehicles on the upper surface to the circular locking sill (Fig. 2-200) and the floor fixing pedestal (Fig. 2-230) formed on the upper surface of the cover, the damage to the upper part of the body is minimized, and the thickness is 5 mm to 1 cm. It has a cylindrical shape of the size, the top is blocked, and the bottom is configured so that it can be overlaid on the lower part of the body from top to bottom. (Fig. 2-210) Insert a spiral-shaped digital camera into two holes with a diameter of 1 cm to 1.5 cm that can be mounted, and insert a frame formed so that the mounted digital camera can be moved left and right (Fig. 2- 240, 241) Fixing the digital camera by adjusting the movement left and right according to the direction of entering the front and rear of the parking section using the screw and tightening the digital camera; At a height of 5 cm to 6 cm from the bottom, the ultrasonic distance sensor can be mounted on the front (Fig. 2-209), rear (Fig. 2-211), left (Fig. 2-237), and right (Fig. 2-236) diameters 1.5 After pushing the ultrasonic distance sensor from the outside to the inside into the 4 holes of 2cm size, screwing it from the inside to fix it; When the upper part of the main body is forcibly pulled from the outside by forming a protruding width of 5 mm to 1 cm and a thickness of 5 mm to 1 cm (Fig. -200) and the upper body (FIG. 2-212) including a structure that cannot be missed;
The gear-type gear (FIG. 2-238) protruding and retracted in female and male shapes is fixed to the central shaft of the drive motor (FIG. 2-243), and when the central shaft of the driving motor rotates, it meshes with the fixed toothed gear and is opposite. From the ultrasonic distance sensor to the indiscriminate parking of illegally parked vehicles on the fixing plate (FIG. 2-239) that can firmly fix the driving motor (FIG. To protect the upper part, an adjustment button (Fig. 2-254) that can selectively stop or operate the automatic lowering is configured, and if the adjustment button (Fig. 2-254) is moved to the right, the upper body (Fig. 2-212) is It automatically descends, and when moved to the left, the upper body (Fig. 2-212) is configured to stop automatically descending, and the lower body (Fig. 2-221) is used on the fixing plate (Fig. 2-239). 2-225), the electrical module device (FIG. 2-219) is 9 to 11 cm high, 14 to 16 cm long, and 3 to 4 cm thick. Two toothed blades (Fig. 2-216) are formed, and on the upper surface, a “П” (U)-shaped cylinder (Fig. 2-215) is screwed into the upper body by bolting a number of bolt holes that can be combined with the upper body. and fasten the cylinder connected to the upper part of the main body according to the cogwheel-type gears (Figs. 2-222, 238) mounted on the electric module device (Fig. 2-219). When the cylinder (Fig. 2-215) engaged with the wheel gear moves up and down, the bottom fixing base (Fig. 2-230), the cover (Fig. 2-210), the lower body (Fig. 2-225) and the upper body (FIG. 2-212) are combined with a mobile communication combined parking lock device.
In the parking lock device combining the mobile communication constituted by combining the floor fixing support (FIG. 2-230), the cover (FIG. 2-201), the lower body (FIG. 2-225), and the upper body (FIG. 2-212), the parking Draw a straight line (Fig. 3-328, 329) diagonally from the four vertices of the dividing line to the point where the two straight lines intersect (Fig. 3-330) in the shape of a cylindrical tray in the center bolt hole of the floor fixing base (Fig. 3-326). putting it on the ground (FIG. 3-305); Drilling a hole in the ground with a drill to fit the ground fixing bolt hole (FIG. 3-303) formed in the floor fixing base (FIG. 3-300); Fastening the floor fixing support (FIG. 3-300) with bolts (FIG. 3-302) to fit the hole formed in the ground; The floor fixing support (FIG. 3-300), including the step of fastening it with a bolt (FIG. 3-302) through the bolt hole (FIG. 3-301, 318) formed at the bottom of the floor fixing support (FIG. 3-300) fixed to the ground 300) and an installation step of fixing the lower body to the ground (FIG. 3-319);
Insert the electric module device in which the drive motor and eSIM communication module main board are mounted on the lower body (Fig. 3-312) fixed to the floor fixing pedestal and bolt (Fig. 3-307, 308) formed in the lower body and the electric module unit. 3-306) and fixing (FIG. 3-320) installation step;
An installation step of fixing the upper body and the cylinder (FIG. 3-321) by tightening the bolts (FIG. 3-309) to the bolt holes (FIG. 3-311, 310) formed in the upper part of the body and the upper surface of the cylinder;
an installation step of covering the upper body (FIG. 3-313) coupled with the cylinder to the outside (FIG. 3-322) over the lower body (FIG. 3-325) fixed to the floor fixing pedestal;
After fitting the upper part of the main body so that the cover can come out, insert it in accordance with the bolt hole (Fig. 3-315) of the bottom fixing base where the upper part of the main body and the lower part of the main body are fixed (Fig. 3-326). ), a method of installing a parking lock combining mobile communication in a parking area of a parking lot in a step including an installation step of tightening and fixing (FIG. 3-323).
The method according to claim 1,
a step in which the upper body (FIG. 2-212) is fitted to the outside of the lower body (FIG. 2-225) and the lower body is inserted into the upper body; The height of the cylindrical shape of the lower part of the body is made 3 cm to 5 cm higher than the drain hole (Fig. 2-203, 229) formed in the floor fixing support (Fig. 2-230) and the cover (Fig. 2-201) to prevent rainwater from flowing in. , when rainwater enters through the gap between the cover and the upper body, the water falls outside the upper body (Fig. Figure 2-221) Water coming in from the outside is made to pool with the floor fixing pedestal (Fig. 2-230), and the waterproof hole is configured to automatically drain when it reaches the height of the waterproof hole (Fig. 2-203, 229) of the floor fixing pedestal and cover. A parking lock device combined with mobile communication, characterized in that.
The method according to claim 1,
Insert the spiral-shaped digital camera into the two 1.5cm diameter holes where the digital camera can be mounted on the front (Fig. 2-208) and rear (Fig. , the front (Fig. 2-208) and rear (Fig. 2-210) of the front (Fig. 6-618) and A parking lock device combining mobile communication, characterized in that it is configured to fix the digital camera by adjusting the movement of the digital camera according to the direction of entry to the rear (FIG. 6-615) and tightening the screw inside.
The method according to claim 1,
Install the ultrasonic distance sensor at a height of 5 cm to 6 cm from the bottom of the upper part of the main body, with four ultrasonic distance sensors front (Fig. 2-209), rear (Fig. After pushing the ultrasonic distance sensor from the outside to the inside in 4 holes with a diameter of 1.5 to 2cm that can be installed, it is fixed by screwing it from the inside, and it is installed in the upper part of the body, front (Fig. 2-209) and rear (Fig. 2-209). 2-211), four ultrasonic distance sensors mounted on the left (FIG. 2-237), and right (FIG. 2-236) and two digital cameras in the front (FIG. 2-208) and rear (FIG. 2-210) A parking lock device combining mobile communication, characterized in that four grooves (Fig. 2-224,250,251,252) are configured at a height of 4-5 cm from the lower part of the main body so that it does not get caught in moving up and down.
The method according to claim 1,
When the wheel of the parked vehicle runs over one corner of the top surface of the cover (Fig. 2-201), it distributes the load that bends inward to prevent the upper surface of the cover from bending inward, and the upper part of the body (Fig. 2-212) moves up and down In order to prevent the cover (FIG. 2-201) from falling out of the upper side of the cover, a 2 to 3 cm high sill (FIG. 2-200) is configured under the circular rim that is drilled in a circle on the top of the cover, and the width is on the rim of the bottom of the upper body It is configured to protrude with a thickness of 5mm to 1cm and a thickness of 5mm to 1cm (FIG. 2-213), and when the upper part of the body is forcibly pulled from the outside, it will be caught on the sill (FIG. 2-200) of the cover (FIG. 2-201) A parking lock device combining mobile communication, characterized in that it is not possible.
In the parking lock device combined with mobile communication, through the eSIM communication module device mounted inside the parking lock device (Figs. 1-110, 111), it is directly connected to the user's mobile communication cell phone through socket communication, so that the user's cell phone while moving or remotely By receiving the unlocking signal (FIG. 8-821) transmitted from (FIG. 1-109), it sends a signal to the drive motor so that the upper body of the parking lock goes down in the direct direction (FIG. 8-823) to park the vehicle When parking is completed (FIG. 5-540), socket communication is cut off and at the same time, the ultrasonic distance sensor installed in the parking lock is polled (Pooling System) A lock management server ( 1-104) and;
An app download management server (FIG. 1-105) that downloads a connection application for accessing the parking lock directly from the user's cell phone (FIG. 1-109) (FIG. 5-503) and manages it so that it can be installed in the mobile phone;
A location-based map management server (Fig. 1-109) that manages to show the location of the parking lock and the parking area on the user's mobile phone as a map (Fig. 1-109) in real time when users run the connection application installed on their mobile phone 107) and;
When users select the access application (FIG. 2-504) to use the parking lock device, the outgoing mobile phone number used is analyzed (FIG. 5-506), and whether the user has installed the device in the parking section (FIG. 5-506) 509), whether a member receives a discount (FIG. 5-538), a member with credit card information for parking fee settlement (FIG. 5-512), or a non-member without (FIG. 5-516), parking fee and time information management a member registration management server (FIG. 1-102);
Card information, mobile phone number, parking fee, and discount rate information from the membership registration management server (Fig. is sent to the credit card company or payment agency (FIG. 1-114) connected to the wired Internet network (FIG. 1-115), goes through the approval procedure, and is the result of the approval received from the card company or payment agency (FIG. 1-114). a payment card management server (FIG. 1-103) that manages to be automatically settled;
When an illegal vehicle parked without going through the normal procedure enters, the digital camera on the upper body of the parking lock connected to the eSIM main board is operated from the ultrasonic distance sensor to take pictures, and the captured image information is transferred to the mobile communication network (Fig. 1-113). ) and an image management server (Fig. 1-106) that transmits and manages image information received through data communication through the eSIM mainboard linked to the user's registered Internet address, e-mail or mobile phone number; 1-102), payment card management server (FIG. 1-103), lock device management server (FIG. 1-104), app download management server (FIG. 1-105), video management server (FIG. 1-106), location In the integrated management server (FIG. 1-101) configured to manage the base map management server (FIG. 1-107) in an integrated manner, real-time parking, exit, and settlement information processing is transmitted between each server and the transmitted control signal is transmitted to the parking section. Through the eSIM communication module device installed inside the installed parking lock (FIG. 1-110, 111), it is linked with the mobile communication network (FIG. 1-113) to control the parking lock device by combining mobile communication with the integrated management server and the mobile communication network. A processing method for interlocking a parking lock.
In order to use the parking lock device combined with mobile communication, if the application for accessing the parking lock device installed on the mobile phone is executed, the integrated management server (Figure 1-101) through the mobile communication network (Figure 1-113) subscribed to the user's mobile phone In the step of being connected to the membership registration management server (Fig. 1-102, Fig. 4-405) in Comparison analysis of whether a registered user (FIG. 4-410), non-member (FIG. 4-416), and a subscriber who has installed a parking lock (FIG. 4-411) (FIG. 4-406), the result of comparative analysis If there is a discrepancy, it is connected to an app browser (FIG. 7-708) that can be used as a member or a non-member (FIG. 4-410), and if the non-member is selected, input the card number to be paid and then request approval; In the case of approval (Fig. 4-418), the parking lock information that can be parked in the lock management server is connected to the location-based map app browser updated in the location-based map management server (Fig. 4-422, Fig. 7- 702); when an icon capable of parking is selected (Fig. 4-423, Fig. 8-805), information view (Fig. 4-443) to view parking-related fee information and available parking time information (Fig. 4-443) , the surrounding view (Fig. 4-444), view other places (Fig. 4-453), is connected to the app browser (Fig. 8-825) that can confirm parking (Fig. 4-454), and in the information view, parking Rate information, address information, and parking available time information are displayed (Fig. 8-800), and in Viewing Others (Fig. 4-453), it connects to the previous page, the location-based map app browser (Fig. 8-803), and In the example, the front and rear two screens are shown on the non-member's mobile phone through the digital camera on the upper part of the main body of the parking lock (Fig. 8-818), and the When the parking confirmation (FIG. 4-424) is selected, the parking lock device (FIG. 4-427) directly from the outgoing mobile phone (FIG. 4-426) in the lock device management server (FIG. 4-425) inside the integrated management server in real time The calling mobile phone becomes the client (Fig. 4-426) and the parking lock (Fig. 4-427) becomes the server so that the mobile communication network can be controlled through socket communication, connecting the data In/Out Channel of the mobile communication network between the client and the server (Fig. 4-428, Fig. 8-821), the non-member user selects the view around and through the digital camera on the upper body of the parking lock, the front and rear two screens can be viewed on the mobile phone through the mobile communication network. (Fig. 8-818) processing step, and the non-member directly selects the unlock (Fig. 4-430, 8-821), so that the parking lock installed in the parking section goes down (Fig. 8-823) At the same time, the locking device management server (FIG. 4-419) provides information on the opening of the parking lock (FIG. 4-433) to the location-based map management server (FIG. 4-422) to display the location-based map. parking A method that includes a processing step of transmitting information so that there is no icon that can A processing step of directly controlling the parking lock device without subscribing to this member; When a non-member's car just leaves the vehicle (Fig. 4-456), the ultrasonic distance sensor (Fig. 4-431) installed inside the parking lock periodically sends a lock signal to the drive motor to confirm the lock, and the parking lock is automatically activated. a process step of locking with The locking device management server (FIG. 4-434) reads the lock signal of the locking device in a polling method from the distance sensor of the parking lock, and the member registration management server (FIG. 4-435) from the lock device management server (FIG. 4-434) It transmits non-member phone number information and locking time information (parking end time) to the payment card management server (Fig. 4-436) and the registered card automatically settles the parking fee, and at the same time transmits a message to the mobile phone number transmitted from the membership registration management server (FIG. 4-435) (FIG. 4- 417) a processing step; a method in which a parking fee is automatically settled when parking and exiting a vehicle of a non-member using a parking lock device combined with mobile communication.
When a user using a parking lock device combined with mobile communication is a general subscription (FIG. 4-414) to join a member, the phone number to be used is automatically registered as the received phone number, and the vehicle number to be used additionally, payment In the step of inputting card number information to be paid (FIG. 4-415); after entering the card number to be paid, an approval request is made (FIG. 7-706), from the membership registration management server (FIG. 4-405) to the payment card management server ( 4-407), and the payment card management server (FIG. 4-407) checks whether the card can be used through a communication network linked with the card company (FIG. 4-449) (FIG. 4-450) , When approval is rejected, the card company requests that a new card be input (FIG. 4-451), and when approval is obtained (FIG. 4-418), parking is possible in the lock management server (FIG. 4-419) When the lock device information is connected to the updated location-based map app browser in the location-based map management server (Figure 4-421) (Figure 4-422, Figure 7-702); if you select an icon that allows parking (Figure 4) 4-423, Fig. 8-805) View information (Fig. 4-443), view surrounding (Fig. 4-444), view other places (Fig. 4) to view parking-related fee information and available parking time (Fig. 4-443) information -453), a step connected to an app browser (FIG. 8-825) that can confirm parking (FIG. 4-454) showing step (Figs. 8-800); a step of connecting to a location-based map app browser (FIG. 8-803) when selecting another view (FIG. 4-453); If you select the view around, the front and rear two screens are shown on the mobile phone through the digital camera on the upper body of the parking lock (FIG. 8-818); if the member selects parking confirmation (FIG. 4-424) The outgoing mobile phone (Client: Client) (Fig. 4-426) so that the locking device management server (Fig. 4-425) can control the parking lock (Fig. 4-427) directly from the calling mobile phone (Fig. 4-426) through socket communication ) and the parking lock device (server) (FIG. 4-427) connect the data In/Out Channel (FIGS. 4-428, 8-821); when the member selects the surrounding view, the upper body of the parking lock device A step in which the two screens of the front and rear are shown on the mobile phone through the digital camera in the (FIGS. 8-818); When the member selects unlock (Fig. 4-430, 8-821), the upper body of the parking lock installed in the parking section goes down (Fig. 8-823) and can park, and the lock management server (Fig. 4-419) provides the information on the opening of the parking lock (FIG. 4-433) to the location-based map management server (FIG. 4-422) to transmit the information so that the icon for parking on the location-based map disappears, and pay at the same time a processing step until the member parks in the desired parking section, including transmitting the parking start time (FIG. 4-441) for calculating the parking fee to the card management server (FIG. 4-442); In the step (Fig. 4-456) of the member's car getting out of the car (Fig. 4-456), the ultrasonic distance sensor (Fig. 4-431) mounted inside the parking lock sends a lock signal to the drive motor. automatically locking the parking lock (FIG. 4-432); The locking device management server (FIG. 4-434) periodically reads the lock signal of the lock device in a polling method from the distance sensor of the parking lock device, and when the lock signal is detected, the lock device management server (FIG. 4-434) manages membership registration The non-member phone number information and locking time information (parking end time) are transmitted to the server (Fig. 4-435), and the mobile phone number, the card information registered by the member and the parking end time information are transmitted from the membership registration management server (Fig. 4-435). is sent to the payment card management server (Fig. 4-436), and the parking fee is automatically settled on the registered card, and at the same time, the parking fee information is transferred to the mobile phone number transmitted from the membership registration management server (Fig. 4-435). a step of sending a message (FIGS. 4-417); A method in which parking fees are automatically settled when parking and exiting vehicles of members who use a parking lock device that combines mobile communication with a processing method that includes.
When users select a subscriber (FIG. 5-500) in the application dedicated to accessing the parking lock installed in the mobile phone in order to use the parking lock device combined with mobile communication, the subscriber registers the vehicle number (FIG. 5-501) to be used and , the name of the subscriber (Fig. 5-502), the card number to be paid when the subscriber uses the parking lock in an area other than his/her parking area (Fig. 5-503), registration and approval request (Fig. 5-536), members or registering account information (FIG. 5-504) to which non-members will deposit the parking fee collected as they use the subscriber's parking lock; If you select the phone number to use (Fig. 5-505, 531), the phone number to receive the message sent from the parking lock, the Internet address to send the message to, the E-mail address (Fig. 5-509), the parking lock installed by the subscriber Toll-free phone number (Fig. 5-507,510) to register a phone number to use for free If you want to change information, the member registration management server (Fig. 4-405) compares and analyzes the user's outgoing phone number. When the phone number to use when connecting to the manager page (Fig. 5-550,551), the app screen for entering 4 categories of phone information is shown; when the information input is finished, set the time zone in which the parking lock can be used for members or non-members (FIG. 5-512); in the step of selecting whether to exclude or include holidays (FIG. 5-513) The step is not displayed on the map screen; If you do not select to exclude holidays, the mobile phone map screen of members and non-members (FIG. 5-528) the step of showing the parking lock device parking available icon; When the subscriber selects to exclude temporary holidays (FIG. 5-514), the parking lock is not displayed on the mobile phone map screen of members and non-members during temporary holidays; If you do not select to exclude temporary holidays, the step of showing the parking lock device parking available icon on the mobile phone map screen of members and non-members; When the subscriber selects a shared time zone (FIG. 5-515) excluding public holidays and temporary holidays, the parking lock is installed according to the corresponding time zone, and when the registration is completed, including the step of showing the parking available icon on the mobile phone map screen of members and non-members In the step of entering parking fee information according to the use of the parking lock device installed by the subscriber by members or non-members (FIG. 5-516); time information to be provided free of charge (FIG. 5-517) by default, to be collected every 10 minutes Registering fee information (FIG. 5-539) and selecting a discount rate (FIG. 5-538) to be applied when the parking fee is reduced by applying a discount rate (FIG. 5-518) to members designated by the subscriber; After inputting the information of the subscriber, inputting the address of the parking lock installed by the subscriber (Fig. 5-519); the address registered by the subscriber is important information that is displayed to members and non-members by reading the location-based map coordinates. In the step of selecting whether the installed detailed location is underground or above the ground (FIG. 5-521); in the above-ground (number of floors), if you enter the number of floors (eg 2) (FIG. 5-522), the details according to the number of floors In the step (FIG. 5-526) where two screens to register the address and product number are displayed; the number of the parking lock to be installed in “number” in the delimiter that is called parking section (number) (FIG. 5-523) (eg: 5) When registering, 5 corresponding floor numbers and numbers (Fig. 5-524) are automatically created, and the product number (Fig. 5-525) is registered in the corresponding detailed address number (Fig. 5-524) and confirmed ( 5-534) when finished; select the total number of parking spaces/available parking spaces (Example 15/5) next to the available parking icon on the mobile phone map screen of a member or non-member (FIG. 5-540), the subscriber a step in which the number of available parking for each stratum registered by is displayed (FIG. 5-541); When you press the number that can be parked (Fig. 5-530), the locking device management server links the member and the parking lock so that the member and the parking lock can be directly controlled through socket communication, and at the same time, the total number of parking spaces / number of available parking spaces on the location-based map screen (eg 15) /4) a processing step in which information is changed; a method of registering and processing installation information of a parking lock coupled with mobile communication as a processing method comprising a.
In the location-based map (FIG. 8-803) screen accessed by the application for accessing the parking lock installed in the mobile phone for users to use the parking lock device combined with mobile communication, click the icon with a number next to the available icon ( 8-802), when selected, a step in which the available parking time, parking fee information, installation location address, the number of available parking spaces of the underground/ground parking lot and the location number are shown (FIG. 8-801);
When the user selects the number of the desired location (Fig. 8-806), “View Around” (Fig. 8-808) to see the surroundings of the parking lock, and if the user wants to view another place, it returns to the previous app browser. An app browser is shown (Fig. 8) that allows you to select “View other places” (Fig. 8-809) and “Confirm parking” (Fig. 8-810) when the user wants to park in the selected parking area. In step -807), when the surrounding view (FIG. 8-808) is selected, two images are displayed through the front and rear digital cameras mounted on the upper body of the parking lock (FIGS. 8-816, 817); and , when the user selects “View other places” (FIG. 8-809), a step (FIG. 8-800) that connects to the previous app browser;
If the user selects “Parking Confirmation” (Fig. 8-810), the locking device management server opens an In/Out channel for communication between the user’s mobile phone and the parking lock, allowing the user to directly control it. In the step of connecting to the app browser (Fig. 8-819); When unlocking (Fig. 8-821) is selected, the parking lock installed in the parking section goes down (Fig. 8-823), and when the surrounding view is selected (Fig. 8-822), the upper part of the main body of the parking lock is displayed. An icon marked with a number next to a parking available icon on a user's mobile phone using a parking lock device combined with mobile communication as a processing method including a step of showing two images through the mounted front and rear digital cameras (FIGS. 8-816,817) How to handle nearby view, confirm parking, view other places, and unlock by selecting .
On the mobile phone of the user (referring to members, non-members, and subscribers who wish to use the device and processing method of the present invention), on the screen of the location-based map (FIG. 8-803), click an icon without a number next to the parking available icon (FIG. -805), you can see “Parking available time zone” (Fig. 8-811), “Parking fee information” (Fig. 8-812), “Installation location address” (Fig. 8-813) and the surroundings of the parking lock. If the user wants to see a different place with “View Around” (Fig. 8-814), “View Other Places” (Fig. 8-815) to return to the previous app browser and make sure to park in the parking lot selected by the user. In the step (FIG. 8-825) in which the app browser that allows you to select “Parking Confirmation” (FIG. 8-826) is shown when you want to, if you select the surrounding view (FIG. 8-814), the main body of the parking lock Two images are viewed through the front and rear digital cameras mounted on the upper part (FIGS. 8-816 and 817); When the user selects “View other places” (FIG. 8-815), connecting to the app browser; If the user selects “Parking Confirmation” (Fig. 8-826), the locking device management server opens the socket communication channel where the user’s mobile phone and the parking lock can communicate so that the user can control it directly. If you select unlock (FIG. 8-821) at the stage connected to the app browser with (FIG. 8-819), the parking lock installed in the parking lot goes down (FIG. 8-823), and when you select the surrounding view, It is a processing method including the step of showing two images through the front and rear digital cameras mounted on the upper part of the main body of the parking lock (Figs. How to select the icon to view the surroundings, view other places, confirm parking, and unlock.
In order for users (referring to those who use the parking lock device of the present invention) to use the parking lock device combined with mobile communication, the integrated management server (FIG. When accessing, the user's phone number (caller CID: Caller Identification) of the mobile terminal used by the user is determined whether the user is a registered member (FIG. 7-702), a non-member (FIG. 7-705), or a subscriber who has installed a parking lock In the step (FIG. 4-406) of comparing and analyzing (FIG. 7-717) in the membership registration management server, if the subscriber is a member, the location-based map management server (FIG. 4-421) sends the information to the member's outgoing mobile phone area. A map with parking lock information (FIGS. 7-703,704) where parking is possible is shown (FIGS. 7-702),
If you are a subscriber who has installed the parking lock, you are connected to the app browser where you can select whether to connect as a general connection or an administrator connection (FIG. 7-717); in the case of selecting a general connection (FIG. 7-716) A map with parking lock information that can park around the subscriber's calling cell phone is shown (Fig. 7-702),
When a subscriber selects admin access (Figure 7-715), it reads subscriber information from the membership registration management server (Figure 4-405) and connects to the app browser where the subscriber can directly add, modify, and delete registered information. (Fig. 7-714) step; as a processing method including a mobile phone number (caller CID: Caller Identification) to classify users using a parking lock device combined with mobile communication into members, non-members, and subscribers, each app browser How to handle the connection to be distinguished by .
A parking lock installed in a parking section formed in a horizontal (a long parking section so that a car can be parked facing forward and backward) or longitudinal (a parking section formed so that a car can be parked sideways while facing only one direction), If you enter a parking zone by going straight (FIG. 6-615) or backward (FIG. 6-618) to park without releasing the lock (FIG. 6-618), the front, right, rear, and left ultrasonic distances It is detected by the sensor (Fig. 6-601), and the front (Fig. 6-602), rear (Fig. 6-610) digital camera (Fig. 6-616, 617) is operated to capture the image (Fig. 6-603, 611) and simultaneously to the drive motor. (FIG. 6-605) In the step of sending a lock release signal (FIG. 6-606), the upper body operation adjustment button (FIG. 2-254) installed in the electric module device (FIG. 2-219) equipped with the drive motor (FIG. 2-254) is left Step (Fig. 6-620) in which the upper body (Fig. 2-212) does not automatically lower when moved to; and the upper body automatically lowers when the adjustment button (Fig. 2-254) is moved to the right In step (Fig. 6-619); when the unlock signal (Fig. 6-606) is received through the ultrasonic distance sensor, the user selects the adjustment button (Fig. 2-254) according to the information selected by the upper part of the parking lock body (Fig. 2-212) ) at the operating stage; The front and rear digital cameras (Fig. 2-208, 210) located on the upper part of the main body photograph the license plate of the parking vehicle, and the captured image data is transmitted from the parking lock device itself through the mobile communication network to the image management server (Fig. 6). -604, 612), and the video management server transmits the video information to the membership registration management server (Figure 6-608), and reads the registered message transmission information of the subscriber connected to the product number in the membership registration management server (Figure 6-608) and video data transmitted to the video management server (FIG. 6-604) are transmitted to the URL Internet address (FIG. 6-613), mobile phone transmission (FIG. 6-609), or E-Mail (FIG. 6-614) transmission step; A processing step of transferring the state information of the parking locking device from the locking device management server (FIG. 6-607) to the location-based management server (4-421) to delete the parking available icon from the map screen; A processing method for automatically unlocking or locking a parking lock device coupled with mobile communication with an adjustment button configured in the parking lock device, comprising:

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