KR20020062561A - Parking ticket certification system making use of an ic tag - Google Patents

Abstract

PURPOSE: To provide an authentication system for a parking ticket using an IC tag capable of properly providing the service of a parking tariff or a parking time to a user in a stable state, and conveniently and accurately performing the fare adjustment of the service tariff (selling on credit tariff) to be paid from each tenant which provides the service to a parking lot owner or a management company or the like by using the parking ticket which can be reused structurally durably repeatedly and in which a number of service information can be quickly and accurately read and written in non-contact. CONSTITUTION: This system is constituted of an IC tag PT for parking to be received at the time of entry and an IC tag authenticating machine 1 for recording service information for discounting a parking tariff or a parking time in the tag PT in a non-contact state. The IC tag authenticating machine 1 is provided with a data communicating part for writing the service information according to a switch operation in the IC tag PT for parking mounted on a mounting part 2.

Description

PARKING TICKET CERTIFICATION SYSTEM MAKING USE OF AN IC TAG}

The present invention is designed to record the service information for servicing the parking fee or parking time for the parking ticket received by the user when the user uses the above-described parking lot when the user uses the above-mentioned parking lot. A parking ticket authentication system using an IC tag.

As for a system for servicing parking fees and parking times, for example, the "magnetic code generator" disclosed in Japanese Patent Laid-Open No. 61-9809 and the Japanese Patent Application Laid-open No. 61-9882 As can be seen in "Magnetic card", a service code is recorded for a magnetic card (parking ticket), and it is known that the service code is configured to receive various parking services.

However, none of the above-described conventional parking service systems use paper or plastic magnetic cards as recording media, and because the magnetic heads are in direct contact with the magnetic stripe of the card to read and write information, they are damaged. It is easy and difficult to reuse, and as a result, a large number of magnetic cards become disposable, resulting in a total cost increase and a small amount of data to be recorded on the magnetic card. There was a problem that could not provide enough.

Furthermore, even if the parking fee for each tenant store that provided the parking service to the passenger was settled to the parking lot owner or the management company, the equipment or device that automates the settlement is still insufficient. There were a lot of problems.

Therefore, the technical problem of the present invention is structurally robust and can be reused repeatedly, and the parking fee or parking time service is stable to the user by using the parking ticket that can read and read many service information quickly and accurately without contact. In addition, it is possible to provide an authentication system for parking ticket using IC tag designed to make it easy and accurate to settle the service fee (trauma fee) paid by each tenant who provides the service to the parking lot owner or management company. Can be.

1 is a configuration diagram illustrating an outline of a parking ticket authentication system using an IC tag according to the present invention;

Figure 2 (a) is a perspective view showing the appearance of the IC tag authenticator and parking IC tag used in the present invention, Figure 2 (b) is a side cross-sectional view of the IC tag authenticator,

3 is a block diagram illustrating an electrical configuration of an IC tag authenticator.

4 is a block diagram illustrating an electrical configuration of a parking IC tag and a key tag;

Figure 5 (a) is the data format of the key tag, Figure 5 (b) is the data format of the parking IC tag,

6 is a flowchart illustrating a processing procedure when checking data recorded in a key tag;

7 is a flowchart illustrating a processing procedure when checking data recorded in a parking IC tag;

8 is a flowchart illustrating a processing procedure when recording trauma data (service information) in an IC tag for parking;

Fig. 9 is a flowchart illustrating the processing procedure when posting a service point of a key tag to a parking IC tag.

"Description of Symbols for Major Parts of Drawings"

A: Parking ticket machine C: Parking fee calculator

P: Parking lot R: Tennant

PX: Parking lot owner or management company PT: Parking IC tag

KT: Key Tag 1: IC Tag Authenticator

1A: Fitting thread 2: Mounting part

3: trauma data recording switch 4: service point recording switch

5: Content confirmation switch 6: Indicator

9: Reading record module

(1) In order to solve the above technical problem, in the present invention, as described in claim 1, the parking ticket authentication system for recording the service information for discounting the parking fee or parking time for the parking ticket possessed by the user using the parking lot And an IC tag authenticator that records service information for discounting the parking fee and parking time for the parking ticket with the entrance time and the like, and an IC tag authenticator for non-contacting. The tag consists of small pieces or coins in its entirety. The tag is configured with a CPU, a memory, and a signal receiver for transmitting and receiving data by operating by electromagnetic induction from the outside. A mounting portion for mounting the above-mentioned parking IC tag, an input indicating portion for instructing recording input of service information, and a mounted main portion And a data communication unit for performing data communication without contact with the signal receiver of the vehicle IC tag and recording service information in the memory of the parking IC tag according to the instruction of the input instruction unit.

(2) In the present invention, as described in claim 2, the IC tag authenticator is provided with a memory storing service information for discounting parking allowance and parking time, and one or more discount input instruction units. According to the instruction, the required discount information is selected from the service information stored in the memory and the discount information is recorded in the memory of the parking IC tag mounted on the mounting portion.

(3) In the present invention, as described in claim 3, a key tag that records service point information for discounting parking fee or parking time in advance is mounted freely on the IC tag authenticator, and the service point installed in the IC tag authenticator is freely installed. According to the instruction of the input instruction unit, the service point information recorded in the above key tag is posted to the memory of the parking IC tag mounted on the mounting unit, and the point corresponding to the service point described above is subtracted from the key tag. Consists of.

(4) In addition, according to the present invention, as described in claim 4, identification of tag data that can be displayed on the display unit by reading each data recorded in the IC tag for parking or the IC memory of the key tag mounted on the IC tag authenticator. It is configured to install the means.

(5) In the present invention, as described in claim 5, when the parking IC tag that records or posts the discount information or service point in the memory or is inserted into the fare checker, the parking fare checker corresponds to the trauma information or service point. While the fee settlement service permits the vehicle to be released, the above-described parking fee calculator counts the trauma fee discounted by the discount information for each tenant that recorded the discount information, and aggregates the aggregated data into the parking lot owner or manager. The key tag in which the service point has been recorded in the memory and the tenant purchased in advance from the parking lot owner or manager is attached to the IC tag authenticator for use.

According to the means described in (1) above, a recycling function that is structurally robust and can be repeatedly used is used as a parking ticket received by the user at the time of receipt, since the IC tag which reads and writes data to the IC memory without contact is used. In addition, since it is possible to read and write a lot of information, it is possible to record various types of service information in addition to the receipt information and at the same time, the IC tag authenticator used for parking service by installing each tenant store is equipped with a parking IC tag mounted on the mounting part. Parking service information to service parking fee and parking time can be recorded to the memory of parking IC tag without contact by simply operating the indicator, so parking service is very simple and accurate for the parking IC tag brought by the user. Makes it possible to record information.

According to the means described in (2) above, the service information stored in the memory of the IC tag authenticator can be recorded in the memory of the parking IC tag mounted on the mounting unit in accordance with the operation of the input instruction unit. Since the service information of different types (different parking fee or parking time) can be recorded in the memory of the parking IC tag by the operation of the indicator, it is possible to provide a service according to the consumption amount of the solution or the use situation.

According to the means described in (3), a key tag purchased in advance from the parking lot owner, the management company, or the like is set for the IC tag authenticator installed in each tenant store, and the memory of the parking IC tag for the visitor who visited each tenant store By posting the service point stored in the key tag, the user is allowed to receive the parking fee or the parking time. Whenever the service point is posted to the parking IC tag, the corresponding service point is deducted from the key tag. As we lose, we can make rate settlement processing with parking lot owners simple and clear.

According to the means described in (4), the data of each parking IC tag or key tag mounted on the IC tag authenticator can be read out and displayed on the display unit by the operation of the authentication means installed in the IC tag authenticator. In the offer, it is possible to check the wearing situation recorded in the IC tag for parking which the user brought, the situation of the service point recorded in the key tag, and the like.

According to the means described in (5) above, when the tenant stores the discount information in the memory of the parking IC tag by using the IC tag authenticator, the parking fee checker is used to provide the parking fee or the parking time for the usage amount. Each tenant store adopts a so-called trauma method that collects the contents of the parking service at each tenant store and notifies the parking lot owner or the management company to settle the service fee for each tenant store at a later date. There is no need to calculate and aggregate the cost, and it is possible to settle the trauma fee extremely simply and accurately.In case of parking service using a key tag, each tenant store inputs a service point input previously purchased from the parking owner or the management company. You can settle your service charges because you use the finished key tag. And without a makes it possible to reduce the tenant that the owner or management company or Parking burden.

In the above-described procedure, the above-described technical problem can be solved by each means described in the above (1) to (5) to solve the problems of the conventional technology.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT Hereinafter, an embodiment of a parking ticket authentication system using an IC tag according to the present invention will be described with reference to the drawings. FIG. 1 is a configuration diagram illustrating the outline of the present invention, where P is a parking lot and A is a parking lot P. FIG. Parking ticket machine installed at the receiving port, C is the parking fee calculator installed at the exit of the parking lot (P), R is the tenant store contracted with the parking lot (P), PX is the owner or management company of the parking lot (P) The parking lot user B, hereinafter simply referred to as an owner, is configured to receive a parking IC tag PT that records the time of receipt from the parking ticket issuing machine A when the vehicle is received.

Parking IC tag (PT) is an IC element filled in a tag formed in a small piece (refer to FIG. 2) or a coin shape. In the case of the use amount using only parking lot P, this parking IC tag (PT) is shipped at the time of shipment. ), The parking fee is calculated from the time of receipt, and the exit gate (not shown) opens to allow the vehicle to be released, In the present invention, when the user B buys goods at the tenant store R contracted with the parking lot P, the user B can receive the service at the parking fee or the parking time according to the shopping item.

In addition, in Fig. 1, the IC tag authenticator 1 uses the parking fee or the parking fee for the memory of the parking IC tag PT brought to the parking lot user B by the IC tag authenticator installed at the tenant point R. If the service information for the parking time is recorded and the IC tag (NT) for parking is completed at the time of shipment, the parking fee is calculated according to the recorded service information. • It is displayed and then structured so that the vehicle can be shipped by paying this fee.

The above-described IC tag authenticator 1 records service information in the parking IC tag PT. The IC tag authenticator 1 records the service information in the memory of the parking IC tag PT. And the IC tag authenticator which described the key tag KT (refer FIG. 2) which completed the recording of the discount service point purchased in advance from the tenant store R as the parking lot owner PX as shown in the line E2. Set at (1), whenever the parking IC tag PT is loaded into the IC tag authenticator 1, the discount service point is posted to the memory of the parking IC tag PT, There is a service point system configured to subtract a service point from the above-described key tag KT at that time.

In Fig. 1, D is a parking lot management room (a parking lot management device such as a computer) toward the parking lot owner PX, and E is a parking service point in the above-mentioned key tag KT according to the instruction under the management of this parking lot management room D. Fig. 1 shows a key tag recorder for recording the information, and further, F1 indicates service information recorded on the parking IC tag NT, which has been certified by the parking fee calculator C, in the implementation of the above-described trauma system, that is, the wounded service. The parking fee is counted by each tenant store (R) and sent to the parking lot management room (D). The parking lot management room (D) charges the service parking fee (trauma fee) that was later collected. It consists of a structure which makes a claim to tenant point R using.

Fig. 2A is a perspective view of the IC tag authenticator 1, and Fig. 2B is a side cross-sectional view thereof, in which 2 is a mounting portion for inserting a parking IC tag PT, and 9 is a mounting portion. A read / write module installed along the inside of (2), 3 is a trauma data recording switch, 4 is a service point recording switch, 5 is a content confirmation switch, and 3A, 3B, and 3C are selector switches for selecting various settings of the trauma data. And 6 are indicators, 7 and 8 are OK and error lamps, and 10 is a CPU or memory, or a printed circuit board connecting the above-described switches 3 to 3C, the display unit 6 and the lamps 6 and 7.

Furthermore, in the figure, 1A is a fitting chamber for key tag KT provided along one side of the read / write module 9 in the IC tag authenticator 1 (the side opposite to the mounting portion 2), and 1A '. As the cover plate of the fitting chamber 1A, the key tag KT is freely attached to and detached from the fitting chamber 1A by removing the cover plate 1A '.

3 is a block diagram illustrating the electrical configuration of the IC tag authenticator 1, 20 is a CPU, 21 is a memory storing a system program, 23 is a bus (between these CPUs 20 and 21). 22. An interface connected via 22. The interface 23 has a trauma data recording switch 3 including the above-described selection switches 3A, 3B, and 3C, a service point recording switch 4, and a content confirmation switch 5. ), The indicator 6, the respective lamps 7 and 8 of OK and error, and the sounding device 11 are further connected, and the encoder 25, the modulator 26, the antenna 27 and the decoder 27 through the protocol converter 24 are further connected. The read / write module 9 consisting of 28 is connected, and each of them is controlled to operate in accordance with a system program stored in the memory 21 under the supervision of the CPU 20.

The trauma data recording switch 3 including the selector switches 3A, 3B, and 3C among the above switches has a tenant point number or discount data for the memory of the parking IC tag PT mounted on the mounting unit 2. Used for recording trauma data. The service point recording switch 4 is used to post the service point of the key tag KT inserted into the fitting chamber 1A with respect to the memory of the parking IC tag PT mounted on the mounting portion 2. Furthermore, the content confirmation switch 5 displays the display 6 with the suitability, nonconformity and recording data of the parking IC tag PT mounted on the mounting portion 2 and the key tag KT inserted in the fitting chamber 1A. It is used to check the display.

FIG. 4 is a block diagram illustrating each electric configuration of the parking IC tag PT and the key tag KT in a convenient manner, in which 30 is a central computing device, 31 is an encryption block, and 32 is a block diagram. Memory, 33 is a power control block, 34 is an antenna which reads and writes various data in a non-contact manner with the IC tag authenticator 1 through the module 9 of the above-described read / write, 35 is an encoder, 36 is a modulator, 37 is As a decoder, the key tag data format shown in Fig. 5A is configured in the memory 32 of the key tag KT, and the memory 32 of the parking IC tag PT is shown in Fig. 5 (b). The parking tag data format shown in Fig. 2) is configured.

In the key tag data format shown in Fig. 5A, the "data ID" of the block No. 2 indicates the type of the key tag KT. The service points 5 and 6 and the expiration date of the service points are used in the case of the service point system. In the parking tag data format shown in Fig. 5B, the "valid block" of block No. 5 designates a block to be used among the blocks No. 1 to No. 18 to quickly read and write. Using block No. "Data ID" of 6 indicates the type of parking IC tag (PT), and "parking number No." of block No. 7 indicates the number of available parking lots, and furthermore, blocks No. 13 and 14 "Trade shop No." and "Service shop No." are used when storing the trauma data and the service point data for each tenant shop when the parking service is received at a plurality of tenant shops. The "accumulation time" and "shipping time" in 16 are used in the case of the "central pay system" in which the parking fee checker (C) is installed in a place other than the exit port to settle the fee.

The parking ticket authentication system using the IC tag according to the present invention has the above-described configuration, but the operation thereof will be described in accordance with the flowcharts shown in Figs. 6 to 9, and Fig. 6 shows the memory of the key tag KT. The processing procedure in the case of checking the data stored in (32) is shown, and step S1 shows the key tag purchased from the parking lot owner PX in the fitting room IA of the IC tag authenticator 1. (KT) is inserted, and when the content confirmation switch 5 is turned on at step S2, each process of step S12 is performed from step S3, in particular in step S7 and step S9. The remaining number of service points and the expiration date of the service point can be displayed on the display 6, respectively.

7 shows the processing procedure when checking the data stored in the memory 32 of the parking IC tag PT. In step S20, the mounting section 2 of the IC tag authenticator 1 is shown. On the other hand, when the parking IC tag PT which has received the receipt time record received by the user at the time of wearing is mounted, and then the contents confirmation switch 5 is turned on at step S21, step S29 is performed at step S22. Each process is performed, and in particular, in step S24 and step S26, the wearing time and the external assumption information are displayed on the display 6, respectively.

Next, FIG. 8 illustrates the processing procedure in the case where the above-described parking IC tag PT is mounted on the mounting portion 2 of the IC tag authenticator 1 to record trauma data (service information). ), The above-described parking IC tag PT is mounted (inserted) into the mounting unit 2, and then the external injury data recording switch 3 is turned on in step S31, and the selection switches 3A to 3 according to the purchase amount and the like. When one of 3C is selected and turned on, each process of step S40 is performed in step S32, and in particular, in step S35, the trauma data (in accordance with the switch operation of the selection switches 3A to 3C) ( Service information) is recorded in the memory of the parking IC tag PT.

In addition, Fig. 9 shows that the parking IC tag PT is mounted on the mounting portion 2 of the IC tag authenticator 1, and the IC tag authenticator 1 is applied to the memory of the parking IC tag PT. In the step S41, the parking IC tag PT is attached to the mounting portion 2 as described in the processing procedure in the case of posting the service point from the key tag KT inserted in the fitting chamber 1A. Then, if the service point recording switch 4 is turned on in step S42, each process of step S54 is performed in step S43, and particularly in the memory of the parking IC tag PT in step S46. The service point is posted, and furthermore, at step S48, the service point of the above-mentioned portion is subtracted from the memory of the key tag KT.

In addition, in the above-described flowchart, it is described that one authentication is performed at one tenant point R, that is, recording of trauma data or posting of a service point, but the memory of the parking IC tag PT has a capacity. As a result, it is possible to increase the discount rate by performing the recording and posting of the trauma data or service point two or more times, and moreover, it is different from the parking IC tag (PT) that has completed the recording and posting of the trauma data or service point once. It is also possible to perform additional recording and posting of trauma data and service points at the tenant point (R).

With the parking ticket authentication system using the IC tag according to the present invention in the above-described procedure, an IC tag that can record and post traumatic data or service points in a non-contact manner as a parking ticket, and also enables a large amount of data processing, is used. In addition, it is possible to provide sufficient service to the users, and it has convenience and economical efficiency that enables the recycling of parking tickets, and the trauma data (service information) recorded in the parking IC tag is organized by the tenant store. While the parking lot owner or the management company is notified, the service point uses key tags purchased from the parking lot owner or the management company in advance, so that the billing process between the tenant store and the parking lot owner and the management company can be simplified. In addition, since it can be done clearly, Is suitable for use in the case of services for parking fees and parking time for the guests such as a tenant point.

Claims (5)

This is a parking ticket authentication system that records service information for discounting parking fees and parking hours for parking tickets held by a user using the parking lot. It consists of a parking IC tag that records the entrance time and the like, and an IC tag authenticator that records service information for discounting the parking fee or parking time for the parking IC tag without contact. It consists of a small piece or a coin phase, and has a CPU, a memory, and a signal receiver for transmitting and receiving data by operating by electromagnetic induction from the outside. The IC tag authenticator includes the parking IC tag. And a contact unit for mounting the service, an input instruction unit for instructing the recording input of the service information, and a signal receiver of the mounted parking IC tag to perform non-contact data communication, and the service information in the memory of the parking IC tag according to the instruction of the input instruction unit. Parking ticket authentication system using an IC tag, characterized in that installed a data communication unit for recording. The IC tag authenticator is provided with a memory storing service information for discounting parking fees, parking hours, and the like, and one or more discount input instruction units, and stored in the memory according to the instruction of the discount input instruction unit. An authentication system for a parking ticket using an IC tag, wherein the necessary discount information is selected from the service information, and the discount information is recorded in a memory of the parking IC tag mounted on the mounting unit. The method according to claim 1, wherein the IC tag authenticator is freely configured to mount a key tag that records service point information for discounting a parking fee or a parking time in advance, and in accordance with the instruction of the service point input instruction unit provided to the IC tag authenticator. The parking ticket using the IC tag is configured to post the service point information recorded in the key tag to the memory of the installed parking IC tag and to subtract the point corresponding to the service point from the key tag. Authentication system. 4. The tag data checking means according to claim 1, 2 or 3, wherein each data recorded in the parking IC tag mounted on the IC tag authenticator or the IC memory of the key tag is read out and displayed on the display unit. Parking ticket authentication system using an IC tag, characterized in that the installation. The parking fee setter according to claim 1, 2, 3, or 4, wherein when the parking IC tag having recorded or posted the discount information or the service point in the memory is inserted into the fare checker, the parking fare checker determines the discount information or the service. The parking fee settler calculates the credit charges discounted by the discount information for each tenant that recorded the discount information, and collects the aggregated data by the parking lot owner or the parking lot payer. And a key tag in which the service point is recorded in the memory and configured to notify a manager, and that the tenant has previously purchased from the parking lot owner or manager by attaching it to the IC tag authenticator.