KR20180101141A - Parking lot sharing system using phone number - Google Patents

Abstract

The present invention relates to a parking sharing system for sharing a parking space and processing payment by using a sender number of a customer terminal and a receiver number assigned to a crossing gate. A customer can use the parking space by calling the receiver number through the customer terminal. If a server calculates a parking fee by using parking usage time information provided by the crossing gate to transmit an SMS including a web link for payment and information on the parking fee to the customer terminal, the parking fee is paid.

Description

Parking lot sharing system using telephone number {Parking lot sharing system using phone number}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a computer and a network system for supporting parking space sharing, and more particularly, to a parking lot sharing system for opening and closing a circuit breaker of a parking lot using a telephone number,

Due to the lack of parking space, outside vehicles visiting the area are parking on roads that are living roads in residential areas, or using a variety of toll parking lots such as paid parking in parking-only buildings.

On the other hand, one or more parking spaces may be provided in front of the building. In this case, although the owner or user of the building may use the parking space, there is a case where the parking space is wasted without using the parking space when there are a plurality of parking spaces. Even if we know that idle parking spaces are wasted, there are many cases where we can not share or utilize idle parking spaces due to various interests.

As disclosed in Korean Patent No. 10-1676363 entitled " Shared Parking Management System for Parking Lot Management ", Korea Patent No. 10-1681849, "Shared Parking Parking System for Residential Parking Lot, " 10-1284741 "Parking sharing system using smart phone" However, according to the related arts, a parking space is reserved and used by using a terminal such as a smart phone. However, the procedure for using the parking space is complicated and it is troublesome to install a necessary application separately.

The present invention provides a method for efficiently and easily renting a parking space to parking space users who come from outside. It is also an object of the present invention to provide a method and system for conveniently and conveniently using a parking space.

A method of providing a parking shared service provided according to an aspect of the present invention includes the steps of: a server (1) receiving, from a telephone exchange (2), a key including a recipient number designated by a customer terminal (4); The server sends a breaker control signal to the breaker to determine which of the plurality of breakers registered in the server is the breaker associated with the receiver number and to command the opening of the breaker to open the determined breaker step; Transmitting, by the server, a text message including a web link to a web page providing a payment service of a parking space fee managed by the circuit breaker to the customer terminal; And the server providing the information on the usage fee to a storage device referred to by the web page or providing the information to the customer terminal using the text message.

The web page may be provided by the server, or it may be provided by another third server that is in business association with the server. The storage device referred to by the web page may be a storage device embedded in the server or the storage device accessible by the server when the web page is provided by the server. The storage device referred to by the web page may be a storage device embedded in the third server when the web page is provided by the third server or may be a storage device stored in the accessible storage Device.

The parking shared service providing method may further include a step in which the server receives the fact by the process provided by the payment service provided by the web page when the payment for the use fee is completed . This is because the server needs to know whether or not the service charge of the parking space has been settled.

According to the present invention, it is possible to provide a technique for allowing the unauthorized parking space to be shared with a simple procedure. Specifically, since the user can use the parking lot and pay the usage fee simply by making a telephone connection action, an SMS confirmation action, and a payment agreement operation through the WEB connection, the user's behavior can be minimized and a new technology There is no need to learn. When a parking space consumer finds an empty parking space without making a reservation, the parking space can be used immediately by calling the receiver number of the breaker provided in the parking space.

FIG. 1A is a view for explaining a parking sharing system according to an embodiment of the present invention, and FIG. 1B is a view for explaining a form of a circuit breaker used in a parking sharing system according to an embodiment of the present invention.
2 shows a flowchart of a parking sharing method according to an embodiment of the present invention.
FIG. 3 shows a flowchart of a parking sharing method according to another embodiment of the present invention.
4 is a flowchart of a parking sharing method according to another embodiment of the present invention.
Figure 6 shows a flow diagram of a method for using a parking space for a fee using a barricade type circuit breaker and a telephone call, in accordance with an embodiment of the present invention.
Figure 7 shows a flow diagram of a method for using a parking space for a fee using a barricade type circuit breaker and a telephone call, according to another embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings. However, the present invention is not limited to the embodiments described herein, but may be implemented in various other forms. The terminology used herein is for the purpose of understanding the embodiments and is not intended to limit the scope of the present invention. Also, the singular forms as used below include plural forms unless the phrases expressly have the opposite meaning.

FIG. 1A is a view for explaining a parking sharing system according to an embodiment of the present invention, and FIG. 1B is a view for explaining a form of a circuit breaker used in a parking sharing system according to an embodiment of the present invention.

The building 10 may be provided with a plurality of parking spaces 30. The parking spaces 30 may or may not be occupied by the vehicle at a particular point in time.

A circuit breaker (3) may be installed in each parking space (30). For example, a circuit breaker 3 is provided on the ground surface of the first parking spaces 30, 31. The circuit breaker 3 may have a unique telephone number 300 printed or attached thereto. Different circuit breakers may be assigned different unique telephone numbers.

For example, any one of telephone numbers # 0505-111-0001 to # 0505-111-9999 may be assigned to each circuit breaker 3. Alternatively, each of the circuit breakers 3 may be assigned any one of # 1588-xxxx (extension number 01) to # 1588-xxxx (extension number 99). Here, '#' may be an indication that the telephone number starts. The telephone numbers of the circuit breakers 3 may be managed in a parking server that manages the plurality of parking spaces 30. [ The assigned telephone number may be displayed so that the person can visually recognize the appropriate position of each breaker 3.

At this time, if the parking user makes a call to the telephone number assigned to the specific circuit breaker or displays the telephone number, and selects the extension number recorded in the specific circuit breaker, You can use the parking lot by talking directly with the circle.

Hereinafter, a scenario using a parking lot according to an embodiment of the present invention will be described with reference to FIG.

The driver of the vehicle 40 passing by the side of the building 10 may find that the first parking spaces 30 and 31 are empty and want to park in the first parking spaces 30 and 31. [ At this time, the driver can use parking for the first parking spaces 30 and 31 by calling the telephone number 300, for example, # 0505-111-0015, which is written on the breaker 3.

If, for example, "# 1588-xxxx (extension number: 01)" is written in place of # 0505-111-0015 in the circuit breaker 3 shown in FIG. 1B, It is possible to use parking for the first parking spaces 30 and 31 by pressing the extension number '01' after dialing # 1588-xxxx, which is the first parking space 300.

In a preferred embodiment, it is important that the number written on the circuit breaker 3 is a telephone number, and that the parking space can be readily used, starting from the act of calling the telephone number. In other words, if you are not accustomed to using apps on your smartphone, or if you need to park your car urgently, then you do not have the time to set up your app separately, It is a feature according to an embodiment of the present invention that the parking space can be easily used. In order to achieve such a technical effect, other elements included in the above embodiment of the present invention may be used.

2 shows a flowchart of a parking sharing method according to an embodiment of the present invention.

The parking sharing system according to an embodiment of the present invention includes a server 1, a telephone exchange 2, a circuit breaker 3, a customer terminal 4, a payment support server 5, and a payment server 6 . Here, the payment support server 5 may be the same as the server 1.

The server 1 may store the telephone numbers allocated to the circuit breaker 3 by matching with the respective parking spaces. To this end, the server may have a plurality of parking spaces registered in a form that can be distinguished from each other. For example, it is possible to store information on the number of the first parking spaces supporting the parking of one vehicle belonging to which part of the country, the layout of the plurality of parking spaces included in the lot number, and the layout of the first parking space The first parking space, the identification information of the first circuit breaker installed in the first parking space, and the first phone number displayed by the first circuit breaker are stored in a table form in association with each other.

In addition, the server 1 can remotely control the operation of the circuit breaker 3. For this, the server 1 and the circuit breaker 3 may include or use wired / wireless communication modules, respectively, and may be in a state in which they can communicate with each other via a network.

In addition, the server 1 can calculate the parking fee according to the time when the parking space user uses the parking space. To this end, a detection device capable of detecting a time when the vehicle has entered the parking space and a time when the vehicle occupied the parking space can be provided at a position where the parking space can be monitored. The detection device may communicate with the server 1, and the server 1 and the detection device may include or use wired / wireless communication modules, respectively, and may be communicable with each other through a network. In a preferred embodiment, the detecting device may be installed in the circuit breaker 3 or may be integrated with the circuit breaker 3.

The server 1 can calculate the usage fee based on the occupation time of the parking space of the vehicle acquired from the detection device. In order to enable the operator of the vehicle to pay the usage fee, the user terminal 4 including information for allowing the customer terminal 4 who has called the telephone number displayed on the circuit breaker 3 to agree to settle the usage fee SMS or MMS. At this time, since the receiver's telephone number and the sender's telephone number are required for transmission of the SMS or MMS, the server 1 designates the telephone number of the customer terminal 4 as the receiver's telephone number, To the customer terminal 4 by designating the caller's phone number as the sender's phone number. Hereinafter, an SMS or an MMS may be simply referred to as an SMS.

The operator of the vehicle may or may not be the same as the user of the customer terminal 4. For example, the user of the customer terminal 4 may be a person who travels with the vehicle operator.

In this case, in a preferred embodiment, the information that allows the user to agree to the usage fee payment may include a web link. When the user of the customer terminal 4 selects the web link described in the SMS (MMS), a menu for guiding payment by various payment methods can be provided on the web page linked by the web link . The various payment methods can support payment by selecting any one of all possible payment means such as micropayment of a mobile phone, credit card payment, and account transfer.

Alternatively, in another preferred embodiment, the information that allows the user of the customer terminal 4 to agree to the usage fee settlement may include information indicating that the user agrees with the usage fee settlement using SMS (MMS) And may include information requesting a reply. For example, the information for allowing the user terminal 4 to agree to the usage fee payment may include a request for the user of the customer terminal 4 to reply with a specific character string using an SMS (MMS). Then, when the user of the customer terminal 4 returns the specific character string to the specific telephone number by using the SMS (MMS), the server 1 makes a settlement request to settle the usage fee according to the contents of the specific character string Process can be performed. At this time, the payment process may be performed using the payment support server 5.

When the customer terminal 4 related to the parking use customer calls the telephone number displayed in relation to the circuit breaker 3, the telephone exchange 2 causes the parking use customer to park the vehicle 1 via the server 1, Can be used as a relay. The telephone exchange 2 can grasp a unique 'recipient number (or special number, identifier number)' which is a telephone number displayed from the circuit breaker 3 and a 'caller number' of the customer terminal 4. [ Therefore, the telephone exchange 2 can generate a key, which is information including the recipient number and the caller number, and transmit the generated key to the server 1. [

At this time, the telephone exchange 2 may provide the recorded voice to the user of the customer terminal 4, or the guide may make a direct call. Through this process, the parking user can unlock the circuit breaker 3 and use the parking space.

The breaker (3) is capable of two-way communication with the server (1). The breaker control may be possible by the server 1. [ The circuit breaker 3 may have a receiver number (telephone number) connectable through the telephone exchange 2.

The customer terminal 4 may be a terminal owned by the passenger or passenger of the vehicle to be parked in the parking space.

The payment support server 5 can process the terminal authentication and settlement by the customer terminal 4 when the parking lot of the customer has been used or during use. The settlement processing can be performed using the settlement server 6, which may vary depending on the specific settlement means.

Hereinafter, steps performed in the parking sharing system according to an embodiment of the present invention will be described with reference to FIG.

In step S10, the customer terminal 4 displays on the circuit breaker 3 in relation to the circuit breaker 3 installed on the parking space or around the parking space so as to restrict the use of the parking space to be used (For example, # 0505-111-0015), which is a telephone number displayed on the periphery of the circuit breaker 3, for example. The telephone call can reach the telephone exchange 2. At this time, the telephone number (e.g., 010-1234-xxxx) assigned to the customer terminal 4 and indicating the customer terminal 4 may be referred to as a caller number.

In step S21, the telephone exchange 2 may generate a key including the recipient number and the caller number, and may transmit the generated key to the server 1. Accordingly, the key may include the caller number and the recipient number. At this time, the server 1 may store information associating the caller number and the recipient number with the time point of the call.

For example, if the first telephone number assigned to the first circuit breaker belongs to any one of # 0505-111-0000 through # 0505-111-9999, which are predefined telephone numbers of the first group, the telephone exchange 2 The first telephone number can be connected to the first server by using the first telephone number as the receiver number. That is, the first server may be a representative receiving apparatus for the first group of telephone numbers. Alternatively, if the second telephone number assigned to the second circuit breaker belongs to any one of # 0505-222-0000 through # 0505-222-9999, which are predefined telephone numbers of the second group, May connect the incoming call with the second telephone number as the recipient number to a second server different from the first server. That is, the second server may be a representative receiving apparatus for the second group of telephone numbers. The group setting of the telephone numbers and the correspondence relationship with the representative receiving apparatus can be made by a request of a person using the service of the telephone exchange 2.

In step S22, the server 1 can transmit the announcement voice to the customer terminal 4 via the telephone exchange 2. [ The announcement voice may be a previously stored ARS voice or may be a real-time voice generated by a person directly employed by a person employed for providing a parking space sharing service according to an embodiment of the present invention.

In step S31, the customer terminal 4 can transmit to the server 1 via the telephone exchange 2 a use pseudo confirmation signal which is a signal indicating whether to use the parking space. The usage confirmation signal may be a DTMF (Dual Tone Multi Frequency) signal generated by a user of the customer terminal 4 by pressing any one of 0 to 9, or a user of the customer terminal 4 may directly It may be a speech signal generated by speech.

For example, when the DTMF signal generated by the user of the customer terminal 4 by pressing the '1' is provided to the server 1, the server 1 can release the lock of the circuit breaker 3, The server 1 may not release the lock of the circuit breaker 3 when the DTMF signal generated by the user of the terminal 4 by pressing the '0' is provided to the server 1. [

Or when a real-time voice signal of which the user of the customer terminal 4 is pronounced 'yes' is provided to the server 1, the server 1 can recognize the voice signal and release the locker 3 Or if the user of the customer terminal 4 is provided with a real time voice signal pronounced 'no', the server 1 recognizes the voice signal and releases the lock of the circuit breaker 3 It may not.

In step S32, the server 1 can decode the information contained in the usage pseudo confirmation signal.

In step S40, the server 1 may transmit a breaker control signal to the circuit breaker 3 associated with the parking space if it is confirmed that the use pseudo confirmation signal contains the intention to use the parking space . The breaker control signal may be a signal instructing to open the breaker 3.

In step S51, the circuit breaker 3 can be unlocked and opened. Thereafter, the parking space in which the breaker is located can be entered and departed.

At step S52, the circuit breaker 3 can detect that the customer's vehicle has been shipped, and the circuit breaker can change its state to the locked state after the shipment has been made. For the detection, the circuit breaker 3 may detect whether an object, that is, an automobile, exists above the circuit breaker 3 by using an ultrasonic sensor or the like.

In step S61, the circuit breaker 3 can transmit the parking time information of the vehicle to the server 1 using the information about the time at which the entrance was made and the time at which the exit was made.

In step S62, the server 1 can determine the parking fee (= usage fee) by using the parking time information.

In step S70, the server 1 may transmit the SMS including the first web link for payment to the customer terminal 4. [ At this time, the SMS may include the determined parking fee and breaker identification information (= a breaker identifier, for example, the receiver number).

In step S81, the customer can access the first Web link through the customer terminal 4. [ The first web page provided by the first web link may be provided by the payment support server 5. In one embodiment, the payment support server 5 may be the server 1.

When the customer terminal (4) is connected to the first web page via the first web link, the customer terminal (4) transmits the parking fee to the first web link 1 web page as an argument so that the information on the determined parking charge can be used in the payment process provided by the first web page.

Or if the determined parking rate is not included in the SMS, the server 1 provides the determined parking fee to the first web page in step S70, The information on the determined parking fee can be used.

Alternatively, if the determined parking charge is included in the SMS, the user of the customer terminal 4 may directly input the determined parking charge to the user input interface provided by the first web page. The payment process provided by the first web page may use information on the directly input parking fee.

In step S81, if the first web link is selected, information that can specify the breaker along with the parking fee may be communicated to the first web page. At this time, the information capable of specifying the breaker may be an identifier of the breaker. Further, since the calling party number of the customer terminal can be uniquely matched with the identifier of the circuit breaker and the entering time, the information capable of specifying the circuit breaker can be the calling party number of the customer terminal.

In step S82, the payment support server 5 can process the customer terminal authentication and settlement agreement. The settlement process using the payment support server 5 may be performed by a conventional technique.

The first web page may provide a payment process (= payment service) for payment of the usage fee associated with the breaker, based on the usage fee and the information capable of specifying the breaker. At this time, the usage fee may be related to not only the breaker but also any one of a plurality of time zones in which the breaker is opened and parking is possible.

In step S90, the payment server 6 associated with the settlement process provided by the first web page provided by the first web link may be used to proceed and complete the settlement. The settlement process may be performed through various means such as credit card means, prepaid card means, point utilization means, account transfer means, and mobile phone settlement means, and the payment server 6 may determine which of the various means ≪ / RTI > The payment process may be performed by communication between the customer terminal 4, the payment support server 5, and the payment server 6. [

FIG. 3 shows a flowchart of a parking sharing method according to another embodiment of the present invention.

Steps S10 to S62 in FIG. 3, steps S81 to S90 may be the same as steps S10 to S62, steps S81 to S90 in FIG. 2 . The difference between FIG. 3 and FIG. 2 is that step 70 of FIG. 2 is divided into steps S63 and S71 in FIG. Steps S63 and S71 are as follows.

In step S63, the server 1 can transmit information on {caller number and / or receiver number} and parking fee to the payment support server 5. When the payment support server 5 receives information on a certain parking fee from the server 1, it should know which parking ticket is associated with which vehicle or a customer terminal having a certain caller number. Therefore, when the server 1 transmits the information on the parking fee to the payment support server 5, the server 1 can transmit the caller number together.

In step S71, the server 1 may transmit the SMS including the first web link for settlement to the customer terminal 4. [ At this time, the payment support server 5 can find out the caller number of the customer terminal 4 accessed through the first web page, and in step S63, the parking fee provided in association with the caller number is confirmed . Therefore, the user of the customer terminal 4 can confirm the parking fee to be paid by himself / herself through the first web page.

The user of the customer terminal 4 can confirm the parking charge to be paid through the first web page and then complete the settlement through the steps S82 and S90.

4 is a flowchart of a parking sharing method according to another embodiment of the present invention.

The steps S10, S21, S22, S31, S32, S40, and S51 of FIG. 4 are the same as the steps S10, S21, S22, S31, S32, S40, and S51 shown in FIG. Hereinafter, only the parts different from the method according to FIG. 2 or 3 in the method according to FIG. 4 will be described.

In step S152, when the circuit breaker 3 confirms the presence of the vehicle, the circuit breaker 3 can transmit an interim confirmation signal to the server 1. [

In step S160, the server 1 transmits an SMS (or MMS) message including a first web link and / or breaker identification information (a breaker identifier) provided for payment to the customer terminal 4 in response to the interception confirmation signal ) (Text message).

In step S171, the user of the customer terminal 4 selects the first web link included in the SMS, so that the first web linked by the first web link through the web browser supported by the customer terminal 4 You can access the page.

In step S172, the payment support server 5 can process the customer terminal authentication and payment agreement. At this time, information on the caller number of the customer terminal 4 and the time when the breaker 3 is opened may be provided from the customer terminal 4 to the payment support server 5, The caller number, and the information about the opened time may be stored in the storage. Then, the payment support server 5 may request the customer terminal 4 for a settlement agreement for settlement of a future service charge in connection with the caller number and the open time. If the user of the customer terminal 4 makes a payment agreement in response to the payment agreement request, the user can save the fact.

However, since the vehicle has not yet been left at this time, the parking time of the vehicle has not been determined yet, so the usage fee is not confirmed. Therefore, the actual payment is not made at this time.

In step S180, when the exit of the customer's automobile is made, the breaker 3 can detect the fact that the breaker 3 has departed, and after the detection, the breaker 3 can change the state to the lock state by itself.

In step S181, the circuit breaker 3 can determine the parking time using the entering time and the leaving time, and the circuit breaker 3 can transmit the parking time information of the vehicle to the server 1. [

In step S182, the server 1 can determine the parking fee using the parking time information.

In step S183, the server 1 can transmit information on the calling party number and / or the called party number and the parking charge to the payment support server 5.

In step S190, the payment support server 5 and the payment server 6 cooperate with each other to complete the settlement processing. In step S172, a settlement agreement has already been made for payment of a future usage fee with respect to the caller number and the opened time, and in step S183, the information on the parking fee is transmitted to the payment support server 5 The settlement processing can be successfully performed.

5 is a flowchart of a parking sharing method according to another embodiment of the present invention.

The steps S10, S21, S22, S31, S32, S40, and S51 of FIG. 5 are identical to the steps S10, S21, S22, S31, S32, S40, and S51 shown in FIG. Only the parts different from the method according to Fig. 2 or Fig. 3 in the method according to Fig. 5 will be described below.

In step S160, the server 1 transmits an SMS (or MMS) message including a first web link and / or breaker identification information (a breaker identifier) provided for payment to the customer terminal 4 in response to the interception confirmation signal ) (Text message).

At this time, step S160 may be performed after the breaker 3 confirms the entrance of the vehicle, and then the breaker 3 transmits an entrance confirmation signal to the server 1. [

In step S171, the user of the customer terminal 4 selects the first web link included in the SMS, so that the first web linked by the first web link through the web browser supported by the customer terminal 4 You can access the page.

In step S172, the payment support server 5 can process the customer terminal authentication and payment agreement. At this time, at least one of {the calling party number and / or the breaker identification information of the customer terminal 4} and the information about the time when the breaker 3 is opened is provided from the customer terminal 4 to the payment support server 5 And the payment support server 5 may store the received information in a storage. Then, the payment support server 5 may request the customer terminal 4 for a settlement agreement for settlement of the base rate and additional charges that may occur in the future, in connection with the caller's number and the open time. If the user of the customer terminal 4 makes a payment agreement in response to the payment agreement request, the user can save the fact. The basic charge is a fee generated only by using the parking space.

At this point, however, since the vehicle has not yet departed, the parking time of the vehicle has not been determined, and the final charge is not confirmed. Therefore, at this point, only basic payments can be made.

In step S173, the payment support server 5 can process the payment for the base rate in cooperation with the payment server 6. [

In step S174, the payment support server 5 may transmit the fact that the basic fee has been paid to the customer terminal 4 through SMS or the like.

In step S180, when the exit of the customer's automobile is made, the breaker 3 can detect the fact that the breaker 3 has departed, and after the detection, the breaker 3 can change the state to the lock state by itself.

In step S181, the circuit breaker 3 can determine the parking time using the entering time and the leaving time, and the circuit breaker 3 can transmit the parking time information of the vehicle to the server 1. [

In step S182, the server 1 can determine the final parking fee using the parking time information. Further, it is possible to determine the additional charge calculated by subtracting the basic charge from the final parking charge.

In step S183, the server 1 may transmit to the payment support server 5 {caller number and / or recipient number} and information on the final parking rate and / or the additional charge.

In step S190, the payment support server 5 and the payment server 6 can cooperate with each other to complete the payment processing for the additional charge. In step S172, a settlement agreement has already been made for settlement of future call charges in connection with the caller number and the open time, and in step S183, information regarding the final parking rate and / The payment processing can be successfully performed because it is delivered to the support server 5.

In step S191, the payment support server 5 may transmit to the customer terminal 4 through SMS or the like that the additional fee has been paid.

<Method for agreeing payment guarantee of parking space use charge>

The breaker of the type shown in FIG. 1B is in an unlocked state so that it is possible to enter the vehicle, but it is free to leave the vehicle once it has entered. That is, there is a problem that the payment can not be made because it is possible to get out regardless of whether or not the usage fee is paid.

Therefore, when the method according to Fig. 2 or 3 is used by using the circuit breaker of the type shown in Fig. 1B, the server 1 is provided with a settlement guarantee (not shown) different from the definite settlement consent in accordance with the step S82 shown in Figs. 2 and 3 It is necessary to receive the agreement from the customer terminal 4 before entering. For this, the server 1 may provide the customer terminal 4 with a settlement guarantee agreement as well as the above-mentioned use confirmation signal in step S22. The payment guarantee agreement means that when the payment processing according to the step S90 is not performed for a certain period of time after using the parking space, the user agrees to perform payment processing in accordance with a predetermined protocol according to a predetermined means . At this time, the contents of the predetermined means and the predetermined protocol are determined by the server 1 and can be guided to the customer terminal 4 by voice or the like in step S22. The predetermined means may be, for example, a micropayment of the mobile phone according to the caller number of the customer terminal 4, and the predetermined protocol may be, for example, the upper limit of the micropayment amount of the mobile phone, And the like.

On the other hand, if a settlement agreement according to step S172 is made in FIG. 4, a pre-settlement process may be performed primarily before departure, separately from the settlement process according to step S190. Here, the pre-payment processing may mean that the predetermined upper limit amount is paid out regardless of the actual usage time of the parking space. In this case, the payment process according to the step S190 may mean canceling the settlement of the upper limit amount of settlement, and paying another defined usage fee again at the actual usage time. This method may be the same as the method used when, for example, filling is performed at a gas station.

In the method according to an embodiment of the present invention in which a parking space is paid for by calling a telephone number displayed in association with a breaker, a breaker of the type shown in FIG. 1B is used instead of a breaker of a barcode type . A barricade type circuit breaker may interfere with the movement of the vehicle, but may be installed only on the path to the car's parking space and not on the parking surface of the parking space. In this case, it is different from the circuit breaker of the type shown in Fig. 1B in that the circuit breaker must be opened and the circuit breaker must be opened when leaving.

In the case of using the barricade type circuit breaker, the user of the parking space can be forced to pay the usage fee before departure. At this time, the embodiment according to FIG. 2 and FIG. 3 may be modified as in the embodiment according to FIG. 6 and FIG. 7, respectively.

Figure 6 shows a flow diagram of a method for using a parking space for a fee using a barricade type circuit breaker and a telephone call, in accordance with an embodiment of the present invention.

The steps S10, S21, S22, S31, S40, and S51 are the same as the steps S10, S21, S22, S31, S40, and S51 shown in FIG. The barricade type circuit breaker is equipped with a vehicle detection sensor so that the circuit breaker can be closed by itself if a vehicle is not detected after a certain time after the circuit breaker is opened.

In step S110, the operator who uses the parking space for a necessary period of time can call back to the recipient number displayed in association with the barricade type breaker again for leaving.

In step S121, the telephone exchange 2 can generate a key and transmit it to the server 1 as in step S21. Since the server 1 holds the key received in step S21 for a predetermined period of time, it can be easily understood that it is possible to identify which car is going to leave the vehicle while using the parking space by checking the key.

In step S122, the server 1 can deliver the departure use guidance voice to the customer terminal 4 through the telephone exchange 2. [ The exit usage guide may include provisionally determined parking space usage fees and other conditions. The other conditions may include, for example, that the provisionally determined parking space usage fee may be increased if the vehicle does not arrive for a substantial period of time after the time of departure consent.

In step S131, the customer terminal 4 can transmit an outgoing pseudo confirmation signal to the server 1 via the telephone exchange 2 indicating that the customer 1 agrees with the content included in the outgoing usage guidance voice.

In step S132, the server 1 may decode the outgoing confirmation signal to determine that the user of the parking space agrees with the outgoing and departure conditions.

In step S62, the server 1 can confirm the final parking fee.

After step S62, steps S70, S81, S82, and S90 may be performed, and these steps may be the same as steps S70, S81, S82, and S90 shown in FIG.

In step S91, the payment support server 5 can provide the server 1 with a payment completion confirmation signal.

In step S140, the server 1 may send a breaker control signal to the barricade type circuit breaker 3.

When the circuit breaker is opened in step S151, the outgoing is made and the circuit breaker can be closed again.

Figure 7 shows a flow diagram of a method for using a parking space for a fee using a barricade type circuit breaker and a telephone call, according to another embodiment of the present invention.

6, the steps S10, S21, S22, S31, S40, S51, S110, S121, S122, S131, S132, , S131, S132, S62).

Steps S63, S71, S81, S82, and S90 may be the same as steps S63, S71, S81, S82, and S90 shown in FIG.

Steps S91, S140, and S151 may be the same as steps S91, S140, and S151 shown in FIG.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the essential characteristics thereof. The contents of each claim in the claims may be combined with other claims without departing from the scope of the claims.

Claims (10)

The server 1 receiving from the telephone exchange 2 a key including the recipient number designated by the customer terminal 4;
The server determining a breaker associated with the recipient number and sending a breaker control signal to the breaker to command the opening of the breaker to open the breaker;
Transmitting, by the server, a text message including a web link to a web page providing a payment service of a parking space fee managed by the circuit breaker to the customer terminal; And
Providing the server with information on the usage fee to a storage device referred to by the web page or providing the information to the customer terminal using the text message;
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How to provide parking sharing services. The method according to claim 1,
Further comprising the step of the server providing information on the usage fee and an identifier of the breaker to the customer terminal using the text message,
When the user of the customer terminal selects the web link, information that can specify the usage fee and the breaker is transmitted to the web page,
Wherein the web page is adapted to provide a payment service for payment of the usage fee associated with the breaker, based on the usage fee and the information capable of specifying the breaker,
How to provide parking sharing services. The method according to claim 1,
Providing, by the server, information on the utilization fee and information capable of specifying the circuit breaker to a storage device referred to by a web page providing the payment service of the utilization fee; And
The server providing the identifier of the breaker to the customer terminal through the text message
Further comprising:
When the user of the customer terminal selects the web link, information capable of specifying the breaker is transmitted to the web page,
Wherein the web page is adapted to provide a payment service for payment of the usage fee associated with the breaker, based on the usage fee and the information capable of specifying the breaker,
How to provide parking sharing services. The method according to claim 1,
Providing, by the server, an identifier of the circuit breaker to the customer terminal using the text message; And
The server confirms the usage fee, and transmits information on the usage fee and information capable of specifying the breaker to the web page
Further comprising:
When the user of the customer terminal selects the web link, information capable of specifying the breaker is transmitted to the web page,
Wherein the web page is configured to process a pre-agreement for a payment service for payment of the usage fee associated with the breaker, based on information that can identify the delivered breaker,
Wherein said web page is configured to perform a payment process for said usage fee on the basis of said preliminary agreement upon receipt of information on said usage fee and information capable of specifying said circuit breaker from said server,
How to provide parking sharing services. The method according to claim 1,
The circuit breaker includes:
The parking space being provided on a parking surface of the parking space,
And is opened when it receives the breaker control signal,
The parking space is adapted to detect that the vehicle parked in the parking space is leaving,
If it is determined that the vehicle has departed,
And when it is switched to the locked state, provides the fact to the server.
How to provide parking sharing services. From the telephone exchange 2, a key including the recipient number specified by the customer terminal 4,
Determine a breaker associated with the recipient number, send a breaker control signal to the breaker instructing the breaker to open to open the breaker,
Transmits a text message including a web link to the web page to the customer terminal, and
The information about the usage fee of the parking space managed by the circuit breaker is provided to the storage device referenced by the web page providing the payment service of the usage fee or is provided to the customer terminal by using the text message ,
Parking Sharing Service Provision Server. A customer terminal 4;
A breaker (3) for blocking the vehicle from moving into the parking space;
A telephone exchange (2) configured to transmit, to the server (1), a key including a caller number and a receiver number of the customer terminal when a call is received from the customer terminal to a receiver number associated with the breaker;
A text message including a web link to a web page for providing a service for payment of a usage fee of the parking space is transmitted to the customer terminal, and a breaker control signal for instructing to open or close the breaker is transmitted to the breaker The server; And
A payment support server (5) configured to perform a terminal authentication and settlement agreement procedure using the caller number when the client terminal accesses the web page;
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Parking Sharing System. 2. The parking sharing system of claim 1, wherein the server stores information including different predetermined recipient numbers for each of a plurality of circuit breakers. Generating, by the customer terminal, a telephone call having a destination number as a destination number;
Receiving, by the client terminal, a text message including a web link to a web page providing a payment service of a usage fee of a parking space managed by a circuit breaker associated with the receiver number from a server;
When the customer terminal selects the web link by the user of the customer terminal, performing the payment service through the web page
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How to provide parking sharing services. 10. The method of claim 9,
Receiving, from the server, information on the usage fee using the text message; And
When the customer terminal selects the web link by the user of the customer terminal, providing the web page with information on the usage fee
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How to provide parking sharing services.

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