JP2021060637A - Parking area management system - Google Patents

Abstract

To provide a parking area management system in which a parking permit is issued in response to settlement completion of a prepaid parking fee by code settlement as it is so to settlement completion by payment operation accepted in an automatic adjustment machine.SOLUTION: A parking area management system which manages a prepaid type parking area comprises: an automatic adjustment machine installed in a parking area; and a management server which manages the automatic adjustment machine. The automatic adjustment machine comprises a first issue execution unit and a second issue execution unit. The first issue execution unit executes issue of a parking permit in response to settlement completion by payment operation accepted by a payment acceptance unit. The second issue execution unit executes issue of the parking permit on the basis of an issue instruction received by a mobile communication unit.SELECTED DRAWING: Figure 1

Description

This specification discloses a technique relating to a parking lot management system.

As a parking lot management system, a prepaid parking lot management system is known (see, for example, Patent Document 1). In this system, the automatic payment machine installed in the parking lot accepts payment of the parking fee from the user of the parking lot in advance and issues a parking permit when the payment of the parking fee is completed. The parking lot user can prove that the parking fee has been settled by presenting the parking permit to the vehicle (for example, the windshield in the vehicle, the dashboard, etc.). Cash, credit cards, and electronic money have been put into practical use as payment methods for automatic payment machines in parking lots.

Further, in recent years, code payment using a two-dimensional code (for example, QR code (registered trademark)) has become widespread. There are two types of payment methods for code payment: store presentation type (Merchant-Presented Mode: "MPM") and user presentation type (Consumer-Presented Mode: "CPM") (for example, Patent Document 2). reference). The store presentation type code payment is a method of making a payment by reading a two-dimensional code presented by the store with a terminal device on the user side. The user-presented code payment is a method of making a payment by reading the two-dimensional code presented by the user with a terminal device on the store side.

Japanese Patent No. 4633194 Japanese Patent No. 6526355

The application of store-presented code payments in prepaid parking lot management systems has not been fully considered. In the store presentation type code payment, the payment process is performed directly between the user and the code payment business operator, so the parking permit is issued after the completion of the payment is grasped by the automatic payment machine in the parking lot. There was a problem that it could not be done.

The technique disclosed in the present specification can be realized in the following forms.

(1) The parking lot management system in one form disclosed in the present specification manages a prepaid parking lot. This parking lot management system includes an automatic payment machine installed in the parking lot and a management server that manages the automatic payment machine. The automatic payment machine has a permit issuing unit configured to be able to issue a sheet-shaped parking permit; a payment receiving unit that accepts a payment operation of a prepaid parking fee from a user of the parking lot; and a payment receiving unit. With the first issuance execution unit that executes the issuance of the parking permit by the permit issuing unit in response to the completion of payment by the accepted payment operation; the automatic settlement for realizing the store presentation type code payment. It is provided with a code display unit that displays a two-dimensional code in which store information for identifying a machine is stored. The management server receives code payment information indicating the completion of payment of the prepaid parking fee by the code payment based on the two-dimensional code through the mobile information communication terminal operated by the user from the code payment server of the code payment operator. With the code payment information receiving unit; based on the code payment information received by the code payment information receiving unit, an issuance instruction instructing the issuance of the parking permit is transmitted to the automatic payment machine via the Internet. It is equipped with an issue instruction transmission unit. The automatic checkout machine is further configured to be connectable to a mobile communication network connected to the Internet, with a mobile communication unit that receives the issuance instruction through the mobile communication network; and is received by the mobile communication unit. It is provided with a second issuance execution unit that executes the issuance of the parking permit by the license issuance unit based on the issuance instruction. According to this form of parking lot management system, if the mobile communication network that realizes code payment is available within the communication range, prepayment by code payment is similar to the payment completion by the payment operation accepted by the automatic payment machine. A parking permit can be issued when the parking fee is settled.

(2) In the parking lot management system of the above-described embodiment, the code display unit may display a plurality of two-dimensional codes in which charge information indicating different prepaid parking charges is stored in addition to the store information. According to this form of the parking lot management system, it is possible to provide the parking lot user with the use of code payment for selecting a desired two-dimensional code from a plurality of two-dimensional codes having different prepaid parking fees.

(3) In the parking lot management system of the above-described embodiment, the automatic payment machine further includes a usage information input unit that receives input of usage information of at least one of the time and purpose of using the parking lot from the user; A charge determination unit that determines a parking fee according to the usage information received by the usage information input unit; and a charge information indicating the parking charge determined by the charge determination unit is stored in addition to the store information. It may be provided with a code generation unit that generates a dimensional code. On top of that, the code display unit may display the two-dimensional code generated by the code generation unit. According to this form of the parking lot management system, it is possible to provide the parking lot user with the use of code payment with a desired prepaid parking fee according to the time and purpose of using the parking lot.

(4) In the parking lot management system of the above-described form, the issuance instruction includes payment amount information indicating a payment amount by the code payment, and the second issuance execution unit includes the payment amount information included in the issuance instruction. The parking permit on which the settlement amount is printed may be issued by the permit issuing unit based on the above. According to this form of parking lot management system, the payment amount by code payment can be shown on the parking permit.

(5) In the parking lot management system of the above-described embodiment, the code display unit may be a part of a housing to which a printed matter on which the two-dimensional code is printed is attached. According to this form of the parking lot management system, the display of the two-dimensional code can be easily realized as compared with the case where the image display device is used.

The techniques disclosed herein can be realized in various forms different from the parking lot management system. The techniques disclosed in the present specification include, for example, an automatic payment machine for a parking lot management system, a management server for a parking lot management system, a parking lot management method, a control method for an automatic payment machine, a control method for a parking lot management system, and automatic payment. It can be realized in the form of a computer program of a machine and a computer program of a parking lot management system.

It is explanatory drawing which shows the whole structure of the parking management system. It is explanatory drawing which shows the detailed structure of the parking management system. It is explanatory drawing which shows an example of a parking permit. It is a flowchart which shows the prepaid settlement processing by an automatic settlement machine. It is a flowchart which shows the issue instruction processing by a management server. It is a flowchart which shows the prepaid settlement process by the automatic settlement machine in 2nd Embodiment.

A. 1st Embodiment FIG. 1 is an explanatory diagram showing an overall configuration of a parking management system 10. FIG. 2 is an explanatory diagram showing a detailed configuration of the parking management system 10. The parking management system 10 is a system for managing a prepaid parking lot. The parking management system 10 includes an automatic payment machine 100 and a management server 300.

The automatic payment machine 100 of the parking management system 10 is a device installed in a parking lot and collects a prepaid parking fee from a user. The automatic payment machine 100 is configured to be capable of paying a prepaid parking fee in cash and also to pay a prepaid parking fee by a store-presented code payment. The automatic checkout machine 100 is configured to be connectable to the mobile communication network 40 by wireless communication. The automatic checkout machine 100 can connect to the Internet 30 through the mobile communication network 40. The mobile communication network 40 may be a network operated by a single operator, or may be composed of a plurality of networks operated by different operators.

The management server 300 is a computer that manages the automatic payment machine 100. The management server 300 is connected to the Internet 30. The management server 300 is configured to be able to communicate with the automatic payment machine 100 via the Internet 30. The management server 300 may manage a plurality of automatic payment machines 100 installed in different parking lots.

The mobile information communication terminal 600 is a computer configured to be able to connect to the mobile communication network 40 by wireless communication. The mobile information communication terminal 600 can be connected to the Internet 30 through the mobile communication network 40. The mobile information communication terminal 600 may be a smartphone, a tablet terminal, or a portable personal computer. Code payment application software for realizing code payment is installed in the mobile information communication terminal 600. The mobile information communication terminal 600 is configured to be able to realize code payment by communicating with the code payment server 700 based on the code payment application software.

The code payment server 700 is a computer operated by a code payment business operator and manages code payment. The code payment server 700 is connected to the Internet 30. The code payment server 700 is configured to be able to communicate with the management server 300 and the mobile information communication terminal 600 via the Internet 30.

The automatic payment machine 100 of the parking management system 10 includes a housing 105, a control unit 110, a mobile communication unit 120, a touch panel 150, a payment receiving unit 160, a permit issuing unit 170, and a code display unit 180. To be equipped.

The housing 105 of the automatic settlement machine 100 constitutes the outer surface of the automatic settlement machine 100. A touch panel 150, a payment receiving unit 160, a permit issuing unit 170, and a code display unit 180 are provided on the front surface of the housing 105.

The control unit 110 of the automatic settlement machine 100 controls each unit of the automatic settlement machine 100. The control unit 110 includes a first issue execution unit 112 and a second issue execution unit 114. The first issuance execution unit 112 executes the issuance of the parking permit 200 by the permit issuing unit 170 in response to the completion of payment by the payment operation (cash settlement) received by the payment receiving unit 160. The second issuance execution unit 114 is based on the issuance instruction from the management server 300 received by the mobile communication unit 120, in other words, a parking permit by the permit issuing unit 170 in response to the completion of payment by code payment. Execute 200 issuance. The function of the control unit 110 is realized as software based on computer software. At least a part of the functions of the control unit 110 may be realized by hardware based on the circuit configuration.

The mobile communication unit 120 of the automatic settlement machine 100 is configured to be connectable to the mobile communication network 40 connected to the Internet 30. The mobile communication unit 120 receives an issue instruction from the management server 300 through the mobile communication network 40. In the present embodiment, the mobile communication unit 120 includes a SIM card dedicated to data communication that realizes communication with the mobile communication network 40.

The touch panel 150 of the automatic payment machine 100 is a user interface for exchanging information with the user through the screen. The touch panel 150 is configured so that information regarding payment of a prepaid parking fee (for example, payment method, parking lot used, usage time, purpose of use, etc.) can be exchanged with the user.

The code display unit 180 of the automatic settlement machine 100 displays the two-dimensional code SC. The two-dimensional code SC stores store information that identifies the automatic payment machine 100 for realizing the store presentation type code payment. The two-dimensional code SC is a code that conforms to the QR code (registered trademark). In the present embodiment, the code display unit 180 is a part of the housing 105 to which the printed matter on which the two-dimensional code SC is printed is attached.

The payment receiving unit 160 of the automatic payment machine 100 is a device that receives a payment operation of the prepaid parking fee from the user. In the present embodiment, the payment receiving unit 160 is configured to be able to receive cash including coins and banknotes. In another embodiment, the payment receiving unit 160 may be configured to accept payment operations by credit card, or may be configured to accept payment operations by electronic money.

The permit issuing unit 170 of the automatic payment machine 100 is configured to be able to issue a sheet-shaped parking permit 200. In the present embodiment, the permit issuing unit 170 is a thermal printer configured to be able to issue a parking permit 200 printed on thermal paper. In another embodiment, the permit issuing unit 170 may be configured to be able to issue a parking permit 200 printed on a magnetic recording paper having a thermal layer and a magnetic recording layer.

FIG. 3 is an explanatory diagram showing an example of the parking permit 200. The parking permit 200 has a document name column 210, an issue date column 220, a warehousing date and time column 230, an expiration date column 240, a receipt amount column 250, and an issuer column 260. In the document name field 210, the characters "parking permit" are printed as the document name of the parking permit 200. In the present embodiment, the characters "receipt" are printed in the document name field 210 in addition to the characters "parking permit". The issue date of the parking permit 200 is printed in the issue date column 220. The date and time when the vehicle subject to the parking permit 200 entered the parking lot is printed in the warehousing date and time column 230. In the present embodiment, the date and time when the payment of the prepaid parking fee is completed is printed in the warehousing date and time column 230 as the warehousing date and time. The expiration date column 240 is printed with a valid period for which parking is permitted. In the receipt amount column 250, the receipt amount paid by the user as consideration for the prepaid parking fee is printed. Information about the operator of the parking lot that issues the parking permit 200 is printed in the issuer column 260.

Returning to the description of FIGS. 1 and 2, the management server 300 of the parking management system 10 includes a code payment information receiving unit 312 and an issuing instruction transmitting unit 314. The code payment information receiving unit 312 provides the code payment information indicating the completion of payment of the prepaid parking fee by the code payment based on the two-dimensional code SC through the mobile information communication terminal 600 operated by the user to the code payment server of the code payment company. Receive from 700. Based on the code payment information received by the code payment information receiving unit 312, the issuing instruction transmitting unit 314 transmits an issuing instruction instructing the issuance of the parking permit 200 to the automatic payment machine 100 via the Internet 30. The function of the management server 300 is realized as software based on the computer software. At least a part of the functions of the management server 300 may be realized by hardware based on the circuit configuration.

When the user pays the prepaid parking fee in cash in the parking management system 10, the automatic payment machine 100 receives the cash from the user at the payment reception unit 160, and then issues the parking permit 200 from the permit issuing unit 170. Issue. The user can prove that the parking fee has been settled by presenting the parking permit 200 to the vehicle using the parking lot.

When the user makes a code payment for the prepaid parking fee in the parking management system 10, the user activates the code payment application on the mobile information communication terminal 600 owned by the user, and the mobile information communication terminal 600 is the user. The two-dimensional code SC displayed on the automatic checkout machine 100 is read based on the operation of (Procedure 1).

After the mobile information communication terminal 600 reads the two-dimensional code SC, the mobile information communication terminal 600 requests the code payment server 700 to make a code payment through the mobile communication network 40 and the Internet 30 (procedure 2). When the two-dimensional code SC does not include the charge information indicating the prepaid parking charge, the user inputs the prepaid parking charge displayed on the touch panel 150 of the automatic payment machine 100 into the mobile information communication terminal 600, and the mobile information. The communication terminal 600 requests the code payment server 700 to make a code payment using the amount input by the user as the payment amount. When the two-dimensional code SC includes charge information indicating the prepaid parking fee, the mobile information communication terminal 600 requests the code payment server 700 to make a code payment using the amount indicated by the charge information of the two-dimensional code SC as the payment amount. ..

After the mobile information communication terminal 600 requests the code payment server 700 for code payment, the code payment server 700 determines whether or not the code payment requested by the mobile information communication terminal 600 can be used, and determines the payment result based on the determination result. Notify the mobile information communication terminal 600 (procedure 3). When permitting the use of code payment, the code payment server 700 notifies the mobile information communication terminal 600 of the payment result indicating the completion of payment. When the use of the code payment transaction cannot be permitted, the code payment server 700 notifies the mobile information communication terminal 600 of the payment result indicating that the payment is not possible.

After the code payment server 700 notifies the mobile information communication terminal 600 of the payment result, the code payment server 700 transmits the code payment information indicating the payment result to the management server 300 via the Internet 30 (procedure 4). When the payment result is the payment completion, the code payment server 700 transmits the code payment information indicating the payment completion to the management server 300. In the present embodiment, the code payment information includes the payment amount information indicating the payment amount by the code payment. When the payment result is that payment is not possible, the code payment server 700 may notify the management server 300 that payment is not possible.

After the code payment server 700 transmits the code payment information to the management server 300, the management server 300 receives the code payment information from the code payment server 700 and issues an instruction to issue a parking permit 200 based on the code payment information. The instruction is transmitted to the automatic checkout machine 100 via the Internet 30 (procedure 5). When the management server 300 receives the notification of non-payment from the code payment server 700, the management server 300 may transmit the information indicating that payment is not possible to the automatic payment machine 100.

After the management server 300 transmits the issuance instruction to the automatic payment machine 100, the automatic payment machine 100 receives the issuance instruction through the mobile communication network 40 and issues the parking permit 200 based on the issuance instruction (procedure 6). ). When the automatic settlement machine 100 receives the notification that payment is not possible from the management server 300, the automatic payment machine 100 may notify the touch panel 150 that payment is not possible.

FIG. 4 is a flowchart showing a prepaid settlement process by the automatic settlement machine 100. When the automatic settlement machine 100 detects an operation input from the user on the touch panel 150, the automatic settlement machine 100 starts the prepaid settlement process of FIG.

After starting the prepaid settlement process, the automatic settlement machine 100 accepts the use of the parking lot from the user through the touch panel 150 (step S110). In the present embodiment, the automatic payment machine 100 guides the user how to use the parking lot through the touch panel 150, and allows the user to select cash or code payment as a payment method for the prepaid parking fee.

At the parking lot usage reception (step S110), the automatic payment machine 100 determines whether or not the payment method desired by the user is code payment (step S120).

When the user desires cash payment instead of code payment (step S120: "NO"), the automatic payment machine 100 accepts a cash prepaid parking fee payment operation from the user at the payment reception unit 160 (step S130, Step S132: “NO”). The automatic payment machine 100 executes the issuance of the parking permit 200 by the permit issuing unit 170 in response to the completion of payment by the cash payment operation received by the payment receiving unit 160 (step S132: “YES”) (step S132: “YES”). S140). After that, the automatic settlement machine 100 ends the prepaid settlement process of FIG.

When the user desires code payment (step S120: "YES"), the automatic settlement machine 100 waits until the issuance instruction is received from the management server 300 (step S160, step S162: "NO"). When the issue instruction is received from the management server 300 through the mobile communication network 40 (step S162: “YES”), the automatic checkout machine 100 is based on the issue instruction from the management server 300 received by the mobile communication unit 120. , Issuance of the parking permit 200 by the permit issuing unit 170 (step S170). After that, the automatic settlement machine 100 ends the prepaid settlement process of FIG.

FIG. 5 is a flowchart showing an issuance instruction process by the management server 300. The management server 300 periodically executes the issue instruction process shown in FIG.

After starting the issuance instruction process, the management server 300 confirms the presence or absence of the code payment information transmitted from the code payment server 700 (step S210). When there is no code payment information from the code payment server 700 (step S210: “NO”), the management server 300 ends the issuance instruction process of FIG.

When there is code payment information from the code payment server 700 (step S210: “YES”), the management server 300 receives the code payment information indicating the completion of payment of the prepaid parking fee by code payment from the code payment server 700 (step S210: “YES”). S220).

After receiving the code payment information (step S220), the management server 300 automatically setstles the issuance instruction instructing the issuance of the parking permit 200 based on the code payment information from the code payment server 700 via the Internet 30. It is transmitted to the machine 100 (step S230). After that, the management server 300 ends the issue instruction process shown in FIG.

According to the first embodiment described above, as long as the mobile communication network 40 that realizes the code payment is within the available communication range, the payment is completed by the payment operation (cash) accepted by the automatic payment machine 100. In addition, the parking permit 200 can be issued when the prepaid parking fee is settled by the code payment. Further, by issuing the parking permit 200 on which the settlement amount is printed based on the settlement amount information included in the issuance instruction, the settlement amount by the code payment can be indicated on the parking permit 200. Further, since the code display unit 180 is a part of the housing 105 to which the printed matter on which the two-dimensional code SC is printed is attached, it is easier to display the two-dimensional code SC as compared with the case where the image display device is used. Can be realized.

B. Second Embodiment The parking management system 10 of the second embodiment is the first except that the automatic checkout machine 100 displays the two-dimensional code SC on the touch panel 150, in other words, the touch panel 150 functions as a code display unit. It is the same as the embodiment.

FIG. 6 is a flowchart showing a prepaid settlement process by the automatic settlement machine 100 in the second embodiment. The prepaid settlement process of the second embodiment is the same as the prepaid settlement process of the first embodiment (FIG. 4) except that the two-dimensional code SC is displayed on the touch panel 150 when the user desires the code payment. ..

In the prepaid settlement process of the second embodiment, when the user desires code payment (step S120: “YES”), the automatic settlement machine 100 displays the two-dimensional code SC on the touch panel 150 (step S150). In the present embodiment, the control unit 110 of the automatic settlement machine 100 stores the two-dimensional code SC in advance, and can update the two-dimensional code SC based on the instruction from the management server 300. In the second embodiment, the automatic settlement machine 100 waits until the issuance instruction is received from the management server 300 in a state where the two-dimensional code SC is displayed on the touch panel 150 (step S160, step S162: “NO”).

According to the second embodiment described above, the parking permit 200 can be issued when the payment of the prepaid parking fee by the code payment is completed, as in the first embodiment. Further, since the two-dimensional code SC is displayed on the touch panel 150, the degree of freedom for updating the two-dimensional code SC can be improved.

C. Third Embodiment The parking management system 10 of the third embodiment generates a two-dimensional code SC in which different parking fees are set according to the usage mode of the parking lot in the automatic payment machine 100, except that the second embodiment is generated. Is similar to.

The control unit 110 of the automatic settlement machine 100 functions as a usage information input unit that receives input of usage information of at least one of the time and purpose of using the parking lot from the user in the usage reception process (step S110). The time for using the parking lot may be in units of hours or days. The purpose of using the parking lot may be the use of facilities affiliated with the parking lot, or the use of transportation facilities affiliated with the parking lot.

The control unit 110 of the automatic settlement machine 100 functions as a charge determination unit that determines a parking fee according to the usage information received by the usage information input unit in the usage reception process (step S110). For example, the parking fee by the charge determination department can be set as "100 yen per hour", "200 yen for half-day use", "300 yen for full-day use", "3 hours free for use of affiliated facilities", etc. it can.

The control unit 110 of the automatic payment machine 100 generates a code that generates a two-dimensional code SC in which the charge information indicating the parking charge determined by the charge determination unit is stored in addition to the store information in the usage reception process (step S110). Functions as a department. The touch panel 150 functions as a code display unit that displays the two-dimensional code SC generated by the code generation unit (step S150).

According to the third embodiment described above, the parking permit 200 can be issued when the payment of the prepaid parking fee by the code payment is completed, as in the first embodiment. In addition, it is possible to provide the parking lot user with the use of code payment with a desired prepaid parking fee according to the time and purpose of using the parking lot.

D. Other Embodiments The techniques disclosed in the present specification are not limited to the above-described embodiments, examples and modifications, and can be realized by various configurations without departing from the spirit thereof. For example, among the technical features in the above-described embodiments, examples, and modifications, those corresponding to the technical features in each embodiment described in the column of the outline of the invention solve some or all of the above-mentioned problems. It can be replaced and combined as appropriate to achieve some or all of the above effects. In addition, technical features not described as essential in this specification can be deleted as appropriate.

For example, in the above-described embodiment, the code display unit may display a plurality of two-dimensional code SCs in which charge information indicating different prepaid parking charges is stored in addition to the store information. As a result, it is possible to provide the parking lot user with the use of code payment for selecting a desired two-dimensional code SC from a plurality of two-dimensional code SCs having different prepaid parking fees.

10 ... Parking management system 30 ... Internet 40 ... Mobile communication network 100 ... Automatic settlement machine 105 ... Housing 110 ... Control unit 112 ... First issue execution unit 114 ... Second issue execution unit 120 ... Mobile communication unit 150 ... Touch panel 160 ... Payment reception unit 170 ... License issuing department 180 ... Code display unit 200 ... Parking permit 210 ... Document name column 220 ... Issue date column 230 ... Receipt date and time column 240 ... Expiration date column 250 ... Receipt amount column 260 ... Issuer column 300 ... Management server 312 ... Code payment information receiving unit 314 ... Issuing instruction transmitting unit 600 ... Mobile information communication terminal 700 ... Code payment server SC ... Two-dimensional code

Claims (5)

A parking lot management system that manages prepaid parking lots.
The automatic payment machine installed in the parking lot and
It is equipped with a management server that manages the automatic payment machine.
The automatic payment machine
A permit issuing department that is configured to issue sheet-shaped parking permits,
A payment reception unit that accepts payment operations for prepaid parking fees from users of the parking lot,
A first issuance execution unit that executes issuance of the parking permit by the permit issuing unit in response to the completion of payment by the payment operation received by the payment receiving unit.
It is equipped with a code display unit that displays a two-dimensional code that stores store information that identifies the automatic payment machine for realizing store-presented code payment.
The management server
Receive code payment information from the code payment server of the code payment company to receive code payment information indicating the completion of payment of the prepaid parking fee by the code payment based on the two-dimensional code through the mobile information communication terminal operated by the user. Department and
Based on the code payment information received by the code payment information receiving unit, the issuing instruction transmitting unit for transmitting the issuing instruction for issuing the parking permit to the automatic payment machine via the Internet is provided.
The automatic checkout machine further
A mobile communication unit that is configured to be connectable to a mobile communication network connected to the Internet and receives the issuance instruction through the mobile communication network.
A parking lot management system including a second issuing execution unit that executes issuance of the parking permit by the permit issuing unit based on the issuing instruction received by the mobile communication unit. The parking lot management system according to claim 1.
The code display unit is a parking lot management system that displays a plurality of two-dimensional codes in which charge information indicating different prepaid parking charges is stored in addition to the store information. The parking lot management system according to claim 1 or 2.
The automatic checkout machine further
A usage information input unit that accepts input of usage information of at least one of the time and purpose of using the parking lot from the user, and
A charge determination unit that determines a parking fee according to the usage information received by the usage information input unit, and a charge determination unit.
A code generation unit that generates a two-dimensional code in which charge information indicating the parking fee determined by the charge determination unit is stored in addition to the store information is provided.
The code display unit is a parking lot management system that displays the two-dimensional code generated by the code generation unit. The parking lot management system according to any one of claims 1 to 3.
The issuance instruction includes payment amount information indicating the payment amount by the code payment.
The second issuance execution unit is a parking lot management system that executes the issuance of the parking permit on which the payment amount is printed by the permit issuing unit based on the payment amount information included in the issuance instruction. .. The parking lot management system according to any one of claims 1, 2, and 4.
The code display unit is a parking lot management system that is a part of a housing to which a printed matter on which the two-dimensional code is printed is attached.

Images