KR101072466B1 - Data standardization module apparatus and for integrated management of different data and system for integrated management of parking lot using the same - Google Patents

Abstract

The present invention relates to a parking lot integrated management system using a data standardization module device for the integrated management of heterogeneous data, and more specifically, to check whether the parking of the vehicle on the parking surface of each parking lot and the information about the parking lot, After analyzing the auxiliary equipment for checking the car information and the data transmitted from the auxiliary equipment, and check the unique information of the auxiliary equipment, and calling the DB matching data corresponding to the identified unique information, An integrated parking lot management system for converting transmitted data into standard data based on called DB matching data;
The auxiliary equipment includes at least one of a camera photographing each parking surface, a magnetic field sensor buried in the ground of the parking surface, and a parking terminal for detecting incoming and outgoing vehicles and generating parking vehicle information. When the driver of the vehicle requests parking, the parking lot information for the corresponding parking lot is requested to the integrated management server through the local server, and after checking the request result of the parking lot information, if there is a parking surface that can be parked, entering the vehicle If there is no parking surface available for parking, if the application for use of the parking surface of the parking lot adjacent to the integrated management server is requested, the application and payment of the parking surface of the adjacent parking lot are performed through the integrated management server. It features.

Description

Data standardization module apparatus and for integrated management of different data and system for integrated management of parking lot using the same}

The present invention relates to a parking lot integrated management system using a data standardization module device for the integrated management of heterogeneous data, more specifically, heterogeneous output from a plurality of auxiliary equipment for processing input and output information in a different data format (Data format) It is to improve the compatibility of the associated devices by receiving the data of the conversion to a standard data.

In particular, by applying this data standardization module to the parking lot integrated management system, it is possible to integrate and manage information for each parking lot distributed and various auxiliary equipments installed in the parking lot and to manage the parking lot more easily. It relates to a parking lot integrated management system using a data standardization module device for the integrated management of heterogeneous data.

Generally speaking, a parking lot is a place with a certain facility for parking a car, which is usually waiting for a passenger, unloading cargo, or stopping continuously for other reasons, or by the driver of the car. A place where a vehicle is parked in a state where it is impossible to drive immediately after leaving the vehicle.

The above parking lot is divided into street parking lot, off-street parking lot, and auxiliary parking lot according to the installation area or purpose.

First, the street parking lot refers to a parking facility that defines and installs a certain area on a road surface in a parking lot maintenance district.

The off-street parking lot refers to a parking facility installed outside the road surface, and refers to a parking lot provided in a place other than a parking area installed on a road or a traffic plaza.

Next, the attached parking lot is a parking lot installed in a facility that causes a parking demand such as a building, and means a parking lot installed in a large mart, a department store, a stadium, a government office, a government office, a large building, and the like.

In addition, the parking lot divided according to the installation area and purpose as described above, is divided into a private parking lot and a public parking lot according to the operating subject.

Recently, in order to solve the parking shortage caused by the difficulty of securing the parking lot, the residential priority parking system has been implemented, and the public parking lot managed by the local public corporation authorized by the administrative office or administrative office can be easily used by the public. There is a plan to utilize.

However, the public parking lot has a low utilization rate due to problems such as civilians cannot easily check the location of public parking lot, and if a public parking lot is applied for a fixed period, even though there is a public parking lot nearer, If you do not know, you may have to use public parking in a distant place.

In particular, it is difficult to integrate and manage a large number of public parking lots, which makes it difficult to efficiently manage public parking lots, causing problems such as double application for the same parking surface or long-term neglect of vehicles.

Therefore, in order to solve the above problems, there is a need for a method for integrating and managing various public parking lots in real time.

Meanwhile, when various facilities are operated as described above, each device collects and processes information using a different data format for each manufacturer. There is a need to convert and process information from different data formats into a single standardized data format.

The standardization of such data is not only necessary for various auxiliary equipment installed in each parking lot, but also a technology required for integrated management of various systems as well as integrated management of parking lots.

The present invention by applying the data standardization module device for the integrated management of heterogeneous data to the integrated parking lot management system, using the widely spread Internet, civil complaints inquiries of various parking facilities in real time very easily, as well as parking The purpose is to provide a data standardization module and method for the integrated management of heterogeneous data that can be applied for the use of the facility, and an integrated parking management system using the same.

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In order to achieve the above object, the integrated parking lot management system using the data standardization module device for the integrated management of heterogeneous data according to the present invention, to check whether the parking of the vehicle on the parking surface of the parking lot and the information of the parking lot Auxiliary equipment for checking the information on the parking lot of the parking lot, and the data transmitted from the auxiliary equipment to analyze and process the unique information of the auxiliary equipment, and calls the DB matching data corresponding to the identified unique information Then, the data standardization module 450 converts the transmitted data into standard data based on the called DB matching data, and transmits the standard data converted by the data standardization module 450 to the integrated management server 100. Parking lot management device 400 consisting of a local server 410 to the; Integrated parking lot management including an integrated management server 100 for analyzing and processing data transmitted from the parking lot management device 400 and a DB server 200 for storing data analyzed and processed by the integrated management server 100. In the system;
The integrated management server 100 is connected to the parking management device 400 and the DB server 200,
The auxiliary equipment includes a camera 430 for photographing each parking surface, a magnetic field sensor 440 and a parking terminal 420 embedded in the ground of the parking surface.
The parking lot terminal 420, when the driver of the vehicle to enter the application for entering the car, after requesting the parking lot information for the corresponding parking lot to the integrated management server 100 through the local server 410, the request result of the parking lot information If there is a parking surface that can be parked to confirm the admission of the vehicle, and if there is no parking surface available for parking, the application and payment for the use of the parking surface of the adjacent parking lot through the integrated management server (100) Characterized in that.

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By means of the above solution, the present invention receives the heterogeneous data output from a plurality of auxiliary equipment for processing input and output information in a different data format using DB matching data and converts it into one standard data By doing so, there is an effect of improving the compatibility of the associated devices.

In addition, by applying to a variety of systems using the data standardization module having the above function, there is an advantage to facilitate the data collection and processing of a variety of systems in which heterogeneous auxiliary equipment is linked.

Specifically, in order to solve the recently emerging parking shortage, by using the integrated parking lot management system including a parking lot management device equipped with a data standardization module, the information for each parking lot is integrated and managed, and the parking status and parking use registration By making it possible to inquire in real time, etc., the convenience of civil complaints is improved, and the parking fee charge and storage management due to non-payment and non-payment are carried out collectively, thereby minimizing the processing time of the person in charge and improving the work efficiency. have.

In particular, there is an advantage that can reduce the civil processing time and provide a variety of services to improve the satisfaction of the users, as well as to prevent the reduction of the utilization rate of the parking surface by the neglected vehicle.

In addition, through the integrated management system, public parking lot management can be strengthened, transparency of management work can be ensured, profitability can be improved, and accurate business operation status can be promptly responded to civil complaints and management environment changes. It is effective.

In addition, when parking and paying directly at the public parking lot, it is possible to make payments by cash, credit card, transportation card, etc., which can be settled by cash only. .

In particular, the present invention can be applied to not only public parking lot, but also private parking lot, so that it is very easy to expand the technical field, thereby improving the competitiveness in related fields.

In addition, it is of course possible to improve the competitiveness in the data processing field for integrated management of heterogeneous data.

1 is a block diagram showing an example of a parking lot integrated management system using a data standardization module for the integrated management of heterogeneous data according to the present invention.
2 is a detailed block diagram illustrating an example of a data standardization module for integrated management of heterogeneous data according to the present invention.
3 is a flowchart illustrating an example of a data standardization method for integrated management of heterogeneous data according to the present invention.
4A and 4C are flowcharts for describing an operation of a parking lot integrated management system using a data standardization module for integrated management of heterogeneous data according to the present invention.

Examples of a data standardization module device for integrated management of heterogeneous data and an integrated parking lot management system using the same according to the present invention can be variously applied. Hereinafter, the most preferred embodiment will be described with reference to the accompanying drawings. do.

1 is a block diagram showing an example of a parking lot integrated management system using a data standardization module device for the integrated management of heterogeneous data according to the present invention, the integrated management server 100 and DB (Database) server interworking through a closed communication network 200 and the payment server 500, the user terminal 310 and the portable terminal 320 connected to the integrated management server 100 and the wired and wireless communication network, and the closed communication network is installed in the parking lot of the parking lot It is configured to include a parking lot management device 400 for managing the incoming and outgoing cars and collecting information on the parking status.

The integrated management server 100 analyzes the parking lot information collected through the closed communication network, divides by item, stores the information in the DB server 200, re-edits only the publicly available items in the stored management data, and publishes it on the Internet. In order to perform a payment operation in connection with the payment server 500, and simultaneously connected to a wired and wireless communication network, such as a closed communication network and the Internet, and operates each communication network independently.

In addition, the DB server 200 is stored with DB matching data for data integration (standardization) of the object of the present invention, the DB matching data is a unique format (such as MAC address) and a data format to be transmitted, various auxiliary equipment, Data matching information between the data format and standard data is included.

Therefore, when the unique information of the auxiliary equipment is confirmed, it is possible to convert the data output from the auxiliary equipment to standard data.

In addition, the integrated management server 100 is connected to the manager terminal 110 so that data communication is possible, and the manager terminal 110 is used by employees and the like to manage the public parking lot, collected and processed by the present invention. You can search and print all the information that comes up.

The DB server 200 stores the parking lot information for each item and stores it as management data. The DB server 200 updates, extracts, and generates history data by the integrated management server 100. Here, the parking lot information is the parking lot status information including the facility type of the parking lot, the installation area, the number of parking lots, the parking status, the reservation status, and parking divided into hourly parking, daily parking, weekly parking, monthly parking, and regular parking. It is stored including method information.

The user terminal 310 and the portable terminal 320 are connected to the integrated management server 100 through a wired or wireless communication network such as the Internet, receive the parking lot information from the integrated management server 100, use of the desired parking lot The application and payment process accordingly.

The parking lot management device 400 is to check whether the parking of the vehicle and the entrance and exit information on each parking surface of the parking lot, local server 410, the parking terminal 420 is installed in each parking lot, at least one The camera 430 and a plurality of magnetic field sensors 440 are installed.

In addition, a data standardization module 450 for integrated management of heterogeneous data according to the present invention is further installed, and the data standardization module 450 includes a parking terminal 420, a camera 430, a magnetic field sensor 440, and the like. Data of various formats transmitted from the same auxiliary equipment is converted into standard data and transmitted to the local server 410, and this data standardization module 450 will be described in more detail below.

The camera 430 is for photographing a specific parking surface while being rotated up, down, left, and right by the control of the local server 410. The vehicle is parked on the parking surface or photographed that the parked vehicle is moved. It is to monitor the parking of the vehicle on the surface and contact accidents.

The magnetic field sensor 440 is installed in the ground of each parking surface to detect a change in the magnetic field of the ground, and the change in the magnetic field generated when the metallic vehicle enters or exits the parking surface. It detects and informs the local server 410.

The parking terminal 420 is installed at the entrance and the exit of the corresponding parking lot, to generate the entrance and exit information (vehicle model, vehicle number, entrance time, departure time, etc.) of the vehicle entering or leaving, taking a model and vehicle number Separate camera or timer to check the time, LCD (Liquid Crystal Display) to output parking information, payment terminal to detect the credit card and transportation card, etc. A release device and the like. Here, the ticket release device also serves as a reservation ticket release, and a method of using the reservation ticket will be described in more detail below. Here, in order to confirm the vehicle model and the vehicle number, the method of image recognition processing of the photographed image may be variously modified according to the needs of those skilled in the art, so it is not limited thereto.

In addition, the local server 410 is connected to the data standardization module 450 and a closed communication network, and analyzes the standard data transmitted through the data standardization module 450 and is detected by the magnetic field sensor 440. Analyzing the magnetic field change to determine whether the vehicle is parked, and after controlling the operation of the camera 430 to photograph the parking surface in which the magnetic field sensor 440 is detected, the camera 43 Receives the image taken by the transmission, and transmits to the integrated management server (100).

Here, the data standardization module 450 inversely converts a control signal (a signal for controlling the operation of the camera, etc.) transmitted from the local server 410 into a data format of the corresponding auxiliary device by DB matching data, and then inversely transforms the data. It is natural to send the to the assistive device.

Then, the parking lot information transmitted from the integrated management server 10 is output, and the on-site billing and reservation are performed.

The payment server 500 is to process the payment requested by the user terminal 310 or the portable terminal 320 in conjunction with the integrated management server 100, the parking terminal 420 installed in the parking lot site The payment process requested through this will be parallel.

Data processing process and algorithms for the processing in each server described above, detailed configuration of each server, etc. can be variously modified in accordance with the needs of those skilled in the art, it is natural that the present invention is not limited to a specific one, each server in the present invention And description will be centered on the function of the configuration.

Hereinafter, the configuration and operation of the data standardization module 450 will be described with reference to FIG. 3.

When auxiliary equipment is installed in the parking lot management device 400, the data standardization module 450 checks unique information (eg, MAC address, etc.) of the auxiliary equipment connected to the communication line of the closed network. Here, the process as described above and the process described later is of course made at the time of initial installation of the parking lot management device 400 and restarting after power off.

In other words, when the unique information of the auxiliary equipment is input to the data input unit 451 from the auxiliary equipment connected through the communication line, the data input unit 451 transmits the transmitted unique information to the data conversion unit 452, and the data The conversion unit 452 searches the DB storage unit 454 which is the internal memory through the DB verification unit 453 and confirms whether DB matching data corresponding to the unique information is stored (S1).

When the DB matching data is stored in the DB storage unit 454, the DB matching data stored through the DB checking unit 453 is transmitted to the data conversion unit 452, and the data conversion unit 452 is stored in the stored DB matching data. On the basis of this, tuning of data transmitted and received with the corresponding equipment is performed.

At this time, the DB verification unit 453 preferably further performs a process of comparing and confirming the unique information of the searched DB matching data and the unique information transmitted through the data input unit 451.

Here, tuning refers to data matching between data transmitted from the corresponding auxiliary equipment and standard data, and data matching is performed in various ways according to electrical connection relations (communication lines, communication channels, etc.) with a plurality of auxiliary equipment and the needs of those skilled in the art. Can be lost.

For example, if a separate communication line or communication channel is secured for each auxiliary equipment, the data transmitted to the communication line or communication channel is collectively changed by the corresponding DB matching data to improve the processing speed of the data. If a plurality of auxiliary equipment transmits data through one communication line, assign an identification code for identifying the corresponding auxiliary equipment to each data, and check the corresponding identification code when the data is transmitted to correspond to the corresponding DB matching. The data can be converted into standard data.

The standard data converted as described above is transmitted to the data processing unit 455, and the data processing unit 455 calculates and processes the result according to the characteristics of the transmitted standard data (data processing method and operation for each auxiliary device) and then the result. It transmits to the integrated management server 100 through the data transmission unit 456.

If the DB matching data for the corresponding unique information is not stored in the DB storage unit 454, the DB checking unit 453 corresponds to the corresponding unique information to the DB server 200 through the transceiver unit 457. Request DB matching data (S2).

When the DB matching data for the unique information is stored in the DB server 200, when the DB matching data is transmitted from the DB server 200 through the transceiver 457, the DB check unit 453 is the DB By transmitting the matching data to the data conversion unit 452, the data conversion unit 452 performs data synchronization with the corresponding auxiliary equipment based on the transmitted DB matching data.

If the corresponding DB matching data is not stored in the DB server 200, the DB checking unit 453 informs the outside to the outside through an output means such as an LCD (notification message such as 'no data' and 'manual input'). Output), when the operator checks this, inputs tuning information for each item of DB matching data through the external input unit 458 (S3).

For example, the auxiliary device checks the data format of a specific item and then performs matching to convert the data into standard data of the item.

Here, the external input unit 458 may be provided with a keyboard or the like.

The information input by the worker as described above is transmitted to the data generation unit 459, the data generation unit 459 checks the transmitted information, and generates a table of the DB matching data. Here, the table refers to a table used to classify data in a relational database by item, and the collection of such tables forms one DB.

Accordingly, the data generation unit 459 generates a table for each item, classifies it into one DB matching data, and matches the unique information of the corresponding auxiliary equipment.

The DB matching data generated as described above is transmitted to the DB checking unit 453, and the DB checking unit 453 stores the transmitted DB matching data in the DB storage unit 454 and simultaneously to the data converting unit 452. Transmit to perform the tuning for the auxiliary equipment (S4).

At this time, the newly generated DB matching data can be transmitted to the DB server 200 through the transceiver 457 can be managed.

When the data tuning (matching) of the auxiliary equipment is completed by the above process, the data standardization module 450 then converts the data input from the auxiliary equipment into the tuned standard data, and the data transmission unit 456. It is transmitted to the integrated management server 100 through (S5).

Then, the newly created DB matching data is accumulated and stored (updated) in the DB server 200, in order to update the other data standardization module 450 included in the parking lot management device 400 installed in another parking lot. Naturally, such an update can be made when a specific event occurs or at a certain time period.

In the following, with reference to Figures 4a and 4d, the data processing method for the parking lot information search and parking application using the real-time parking lot integrated management system according to the present invention configured as described above will be described.

First, a civil complaint (a user for searching a parking lot and requesting the use of a specific parking surface) accesses the integrated management server 100 through the user terminal 310 or the portable terminal 320, and then parks his vehicle. When requesting the information of the parking lot located in the desired area, the user terminal 310 or the portable terminal 320 generates a parking lot information request message for this request and transmits to the integrated management server (100).

When the integrated management server 100 receives the parking lot information request message as described above, the request message is analyzed, and the information requested by the petitioner is classified and checked for each item.

Thereafter, when the classification for each item is completed, the integrated management server 100 requests (calls) the management data for the item to the DB server 200, the DB server 200 retrieves the requested management data To transmit to the integrated management server (100).

The integrated management server 100 checks the transmitted (called) item-specific management data, edits it corresponding to the corresponding terminal, and transmits the edited data and parking availability to the corresponding terminal.

Herein, editing in correspondence with the corresponding terminal refers to editing as a web page on the Internet when the corresponding terminal is the user terminal 310, and outputs it on the screen of the terminal when the portable terminal 320 is used. Talk about editing. The same applies to the case where the terminal is the parking terminal 420.

The terminal receiving the edited data and parking availability of the parking lot information outputs the transmitted information on the screen, and after the complaint is checked, the terminal selects a parking surface that can be parked in the corresponding parking lot, and the terminal receives such input information. Create a parking request data including the transmission to the integrated management server (100).

Here, the parking application data includes payment information for paying the use fee using the corresponding parking surface.

The integrated management server 100 checks the transmitted parking application data, checks the payment information included in the parking application data, and then links with the payment server 500 to make a payment according to the use of the corresponding parking surface. Perform.

When the payment process is completed, the integrated management server 100 transmits information on the parking surface of the completed parking lot to the DB server 200, etc., the DB server 200, the transmission The stored management data with the updated information.

When the update of the payment and management data as described above is completed, the integrated management server 100 transmits the payment completion information and the information according to the use of the parking lot to the corresponding terminal.

Therefore, the civil petitioner can easily perform the parking lot information search and application process using the user terminal 310 or the portable terminal 320.

The use application using the Internet as described above is mainly for long-term parking, such as monthly parking, regular parking or parking reservation, and if the driver wants to park the vehicle in the parking lot by directly driving the vehicle, the parking lot management device 400 The above process is performed by using the parking terminal 420 of the), and most of the cases are mainly for short-term parking such as hourly parking, daily parking, or weekly parking.

In this case, when the parking lot is full, the parking terminal 420 performs a function of searching for and notifying the adjacent parking lot, as shown in FIG. 4A.

First, when the driver requests the parking of the parking lot to the parking terminal 420 installed at the parking lot entrance, the parking terminal 420 requests the parking information to the integrated management server 100 (S11).

Of course, whether the parking of the parking lot is stored in the local server 410, but it is preferable to request the parking information to the integrated management server 100 to confirm the parking reservation of the complaints using the Internet.

After that, when the parking terminal 420 receives the parking information (S12), the parking lot information is output to the display and informs the driver (S13).

When the driver checks this and selects one of the empty parking surfaces to apply for use (S14), the parking terminal 420 performs the application for use and payment for the corresponding parking surface (S15).

If there is no space on the parking surface of the corresponding parking lot, that is, when parking or reservation is made for all parking surfaces, the parking terminal 420 outputs whether the adjacent parking lot is guided, and the driver selects the guidance of the adjacent parking lot. Then, the parking terminal 420 requests and receives the information on the adjacent parking lot to the integrated management server 100 and outputs it to the screen (S16).

On the other hand, while checking the information of the adjacent parking lot, while moving from the current parking lot to the adjacent parking lot, another vehicle may be parked on the parking surface. If the parking surface is the last free parking surface, the driver of the vehicle needs to search for another parking lot and move again.

Therefore, when the information of another adjacent parking lot is searched using the parking terminal 420 installed in a specific parking lot, it is natural that a parking use reservation function may be added to the parking surface of the found parking lot.

At this time, the prepayment of the use amount according to the reservation, and the parking terminal 420 releases a ticket for confirming this, and then the driver checks the released ticket to another parking terminal 420 installed in the adjacent parking lot, Make the parking surface available.

Meanwhile, in the case of regular parking, a payment method may be set to automatically renew when the use period is completed. For example, the case of setting up automatic payment or direct debit using a credit card.

In such a case, a case in which payment is not made normally occurs. In this case, the integrated management server 100 classifies and manages the unpaid items for the use of the parking surface, and when the non-payment period passes a predetermined period, The vehicle will be towed or tracked. Here, the corresponding information when the towing of the vehicle is stored in the DB server 200 through the manager terminal 110 and the like.

If a non-payment occurs or a parked vehicle is towed, the complaint may be easily checked.

In other words, using the user terminal 310 or the portable terminal 320 of the real-time parking lot integrated management system according to the present invention, as shown in Figure 4b, the civil complaints on the parking surface he applied to the integrated management server 100 Request the inquiry of the information about (S21).

When the requested inquiry item is towing (S22), the integrated management server 100 calls the towing information stored in the DB server 200 and transmits it to the corresponding terminal (S23), when the towing information is received (S24) ), This is output to the screen (S25) so that the complaint can be confirmed.

Here, the towing information may include a towing date, a tow, a towing company, a towing area, and the like.

And, if the inquiry item is an unpaid fee (S22), the integrated management server 100 calls the unpaid information to the DB server 200 and transmits it to the corresponding terminal (S26), through the online payment using the terminal In case of immediate payment, the terminal, the integrated management server 100 and the payment server 500 interlock to perform payment of the unpaid fee (S28), and when the payment is completed, the integrated management server 100 is a DB server 200 Update the management data of (S29), and informs the terminal of the payment completion and unpaid fee processing completion.

On the other hand, if the complaint is not directly paid for the unpaid charges as described above, the manager (for example, the person managing the public parking lot) managing the integrated management server 100 performs the billing service for the unpaid charges generated Should be.

Looking at this in detail when the non-payment occurs as shown in Figure 4c (S31), the integrated management server 100 transmits the non-payment information to the administrator terminal 110, the administrator checks the non-payment information output to the administrator terminal (110) Then, it is decided whether to register the unpaid vehicle according to the condition such as the unpaid period.

If it is necessary to register as an unpaid vehicle, the manager registers the vehicle as an unpaid vehicle using the manager terminal 110 (S32), performs a vehicle inquiry and registration process for the vehicle (S33), and the corresponding vehicle. The borrower will send a giro for the non-payment charge (S33).

If it is not necessary to register as an unpaid vehicle, the manager sends a notice about the unpaid charges to the civil complaint (may not be the same as the borrower) by using the manager terminal 110 (S37).

Afterwards, if the complainant pays the bill (S38), the unpaid fee is paid and is individually collected (S39), and if it is not paid (S38), the borrower is sent to the borrower (S33).

After sending out the giro, if the unpaid fee is paid, the integrated management server 100 updates the management data stored in the DB server 200 (S36), and if not paid, resends the giro.

On the other hand, in the process of payment (continuously renewed for a certain period of time), if the payment method is changed due to reduction or reduction reasons, it is to be changed.

Looking at this with reference to Figure 4d, after the integrated management server 100 checks the payment method (S41) and the usage fee for the corresponding parking surface (S42), there is a difference between the fee and the actual usage fee included in the payment method If there is a change, it is checked (S43).

For example, if the petitioner is changed to a reduction target or an exemption target (S43), the integrated management server 100 changes the fee included in the corresponding payment method (S44), and is paid by another payment method (S43). , And change the payment information (S45), if the postal mail, such as bills or roads are returned (S43), performs the vehicle inquiry and registration for the vehicle (S46).

In addition, the integrated management server 100 may further process information on tasks such as individual defect processing, time enzyme destruction treatment, defect / time enzyme destruction status, foreclosure treatment, foreclosure release, foreclosure treatment status, and the like.

Accordingly, the integrated management server 100 registers and grasps real-time parking performance data, and records the incoming / outgoing vehicle performance and the parking fee collection / non-payment performance of the vehicle in each parking lot in real time. If an abnormality occurs in the parking lot management device 400, it is immediately checked for remote control processing or the problem is transmitted to the engineer in charge to solve the problem. Manager terminal 110 can be changed, and real-time commuter pass / usage ticket inventory grasp, the payment function and the real-time inventory of the commuter pass and use ticket for each parking lot, the history information of the commuter pass, parking fee extra taxation processing, parking fee for each parking lot It can handle tasks such as identifying unpaid vehicles, sending parking fees and registering tax revenues in real time.

In the above, the data standardization module and method for the integrated management of heterogeneous data and the parking lot integrated management system using the same have been described. Such a technical configuration of the present invention will be understood by those skilled in the art that the present invention can be implemented in other specific forms without changing the technical spirit or essential features of the present invention.

Therefore, the embodiments described above are intended to be illustrative in all respects, and should not be considered as limiting, and the scope of the present invention is indicated by the appended claims rather than the foregoing description, and therefore the meaning of the claims. And all changes or modifications derived from the scope and equivalent concept thereof should be construed as being included in the scope of the present invention.

100: integrated management server 200: DB server
400: parking lot management device 410: magnetic field sensor
420: parking terminal 430: camera
450: data standardization module 451: data input unit
452 data conversion unit 453 DB confirmation unit
454: DB storage unit 455: data processing unit
456: data transmission unit 457: transceiver
458: external input unit 459: data generation unit
500: payment server

Claims (10)

delete delete delete delete delete delete delete delete Auxiliary equipment for checking the input and output information of the parking lot, and the data transmitted from the auxiliary equipment to analyze and process the unique information of the corresponding auxiliary equipment, calling the DB matching data corresponding to the identified unique information Thereafter, the data standardization module 450 converts the transmitted data into standard data based on the called DB matching data, and transmits the standard data converted by the data standardization module 450 to the integrated management server 100. Parking lot management device 400 consisting of a local server (410); Integrated parking lot management including an integrated management server 100 for analyzing and processing data transmitted from the parking lot management device 400 and a DB server 200 for storing data analyzed and processed by the integrated management server 100. In the system;
When the DB matching data corresponding to the unique information of the auxiliary equipment does not exist in the DB server 200, the data standardization module 450 may synchronize the DB-specific tuning information of the DB matching data input through the external input unit 458. It generates a table for each item of matching data and includes a data generation unit 459 for matching the unique information of the auxiliary equipment by separating into DB matching data,
The integrated management server 100 is connected to the parking lot management device 400 and DB server 200,
The auxiliary equipment includes a camera 430 for photographing each parking surface, a magnetic field sensor 440 and a parking terminal 420 embedded in the ground of the parking surface.
The parking lot terminal 420, when the driver of the vehicle to enter the application for entering the car, after requesting the parking lot information for the corresponding parking lot to the integrated management server 100 through the local server 410, the request result of the parking lot information If there is a parking surface that can be parked to allow the admission of the vehicle, and if there is no parking surface available for parking, search the parking situation of the adjacent parking lot through the integrated management server 100 to search Apply and pay for parking,
Further comprising a user terminal or a portable terminal for requesting the retrieval of the parking lot information and outputting the result, and performing the parking application.
The integrated management server 100 is connected to the user terminal or portable terminal via a wired or wireless communication network, the parking lot management device 400 and the DB server 200 is connected to a closed communication network, the parking lot management device 400 After receiving the identified parking information and incoming and outgoing vehicle information and storing it in the DB server 200, after searching the parking information stored in the DB server 200 in response to the parking lot information search request of the user terminal or portable terminal, The searched parking lot information is transmitted to the corresponding user terminal or portable terminal, and when the parking application is requested from the corresponding user terminal or portable terminal, the payment is made based on the use of the applied parking surface in connection with the payment server. Transfer to the user's terminal or portable terminal, and payment is not processed properly In the case of non-payment of the fee, when the unpaid period is over a certain period, vehicle inquiry and tow instruction of the vehicle using the specific parking surface are stored and the towing information is stored in the DB server 200. Parking lot integrated management system using the data standardization module device for the integrated management of heterogeneous data, characterized in that the company, including the towing area. delete

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