KR101143588B1 - A gate processing system using a rf card - Google Patents

Abstract

The present invention relates to a system for processing a ticket processing table of a gate using an RF card.

The present invention conventionally takes a configuration in which one RF terminal is used for two latencies with respect to a configuration in which one RF terminal is used for one latency.

A single RF terminal can be used to handle the access to the counting side or the counting side gateway processing station so as to handle whether the RF card detected from the first latency installed at the counting side gateway processing station and the second latency installed at the counting side gateway processing station is accessed. The main control board is installed to communicate with the latencies and the RF terminal to handle charge settlement.

According to the present invention, since the number of installation of the RF terminal can be reduced by half compared to the prior art, the cost and effort can be greatly reduced.

In addition, the present invention, when the free rider passes through the gateway, the lamp flashes and a voice warning message is issued, and the number of passes is counted so that the manager can easily calculate the amount of the charge leakage.

Dog ticket processing system, main control board, RF terminal, latencies

Description

Gate ticket processing system of gate using RF card {A GATE PROCESSING SYSTEM USING A RF CARD}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a ticket book processing system installed at entrances of subways, railways, libraries, and the like, and more particularly, to a ticket book processing system of gateways that enter and exit using an RF card.

The present invention relates to a ticket processing system for a gateway comprising an RF terminal installed at a gate passing through an entrance using an RF card and a latent having a role of an antenna and a display function or a voice guidance function.

1 is a plan view illustrating a structure of a gateway installed in a conventional subway, and FIG. 2 is a conceptual diagram conceptually illustrating a communication state between a latticant installed in a conventional gateway and an RF terminal.

As shown in Figure 1, when using the RF card ticket, such as pre-paid post-paid traffic card or a conventional paper ticket to get on and off the subway, the ticket processing system for processing the passenger's passage and payment A first lattice 40 for generating a signal by detecting the approach of the RF card for the ride to the counting-side gateway processor 11 on the right side of the passenger to be boarded, and a signal from the first latticer 40. A first RF terminal 50 is received to process the admission, charge calculation and display, and the like, wherein the first lattice 40 displays whether the admission is allowed by ○ / × and displays a ride fee, In addition to the display function including a lamp, a first MS ticket processing system 60 for processing a conventional paper ticket and a sensor 80 for detecting the passage of passengers is installed across the gate. And, if necessary, first and second flaps 20, 30 to prevent passage of passengers. The first MS ticket processing system 60 is composed of an MS terminal and a paper ticket transfer device.

In addition, when the passenger wants to exit the gateway 10 by getting off the subway, the second rayon that generates a signal by detecting the approach of the RF card also on the ticketing side gateway processing station 12 installed on the right side of the passenger to leave. And a second RF terminal 55 which receives a signal from the second latency 45 and processes exit permission, charge settlement and display, and the like. A second MS ticket processing system 65 having a display function including a lamp for indicating whether the exit is allowed or not and indicating a fare, and for processing a paper ticket; First and second flaps 20, 30 are provided. The said 2nd MS ticket processing system 65 is comprised only with the paper ticket transfer apparatus.

Referring to Figure 2, it can be seen in more detail the function and the relationship between the above-described lattices and RF terminal.

The latent detects the access of the RF card and transmits it to the RF terminal, and continuously generates and transmits a signal so that the communication status between the RF terminal and the latent can be checked even when the RF card is not accessed. The RF terminal is equipped with read / write, display, and billing processing functions, and if the communication is normal according to the monitoring result of alignment or not, the terminal displays the fault mode × It calculates and displays the fee for accessing the RF card, and serves to instruct the user to open and fold the first flap as necessary or to open and fold the second flap according to the detection result of the sensor.

The communication between the latencies and the RF terminal uses the RS-232 protocol.

The prior art as described above has the following problems.

In other words, the paper ticket does not need to be issued in the future, and the MS ticket processing systems 60 and 65 do not need to be installed.

In addition, although the counting-side gateway processing table 11 and the counting-side gateway processing table 12 are arranged side by side adjacent to each other, one RF terminal is provided in one latencies, and the cost of the number of RF terminals installed is increased. There is a problem.

Therefore, the present invention has been made to solve the above-mentioned conventional problems, an object of the present invention is to reduce the number of RF terminals installed per gateway processing station to reduce the cost while maintaining the same access processing function RF card An object of the present invention is to provide a billing table processing system for a used gate.

According to a feature of the present invention for achieving the above object, the present invention provides a counting side gateway processing table; And
The counting side gay arranged side by side adjacent to the counting side gateway processor
In a gateway system configured as a tway treatment system,
Installed at the gateway counter on the counting side to detect the RF card's access for counting
A first latency;
A second lattice installed at the counting-side gateway processing table adjacent to the counting-side gateway processing table to sense the approach of the RF card for the counting;
Fees are installed on either the ticket counter or ticket counter
RF terminal for processing the settlement; And
Installed on either the counting side or the counting side gateway processing table
Communicating with a first latency, a second latency, and the RF terminal to selectively transmit a count or a count to the RF terminal and control the RF terminal to perform all the counts or counting processing with only the RF terminal alone. A main control board;
The main control board, in advance before the RF card is accessed
Check the alignment with the first latencies, and the RF card is counted for counting
A first processor for detecting whether a latency has been approached;
Check the alignment with the second latencies, and the RF card checks
A second processor for detecting whether a latency is approached; And
In accordance with the counting or counting according to the RF card access for the counting or counting
A third processor that transmits a signal to the RF terminal to perform retrieval, and receives a response signal from the RF terminal,
The main control board communicates with the first latencies, the second latencies, and the RF terminal, but a communication protocol for communicating with the first latencies and the second latencies and a communication protocol for communicating with the RF terminal are different from each other. It is possible to provide a gate ticket processing system for a gate using an RF card.

delete

delete

delete

delete

delete

Further, in the present invention, the first and second latencies are

It is possible to provide a gate ticket processing system for a gate using an RF card further comprising a display function or a voice guidance function having a lamp indicating whether the gateway processing table is available and a settlement fee.

delete

delete

delete

In addition, the present invention, the main control board,

Checking the alignment state between the first and second latencies to display or voice guide whether the alignment state is normal or abnormal,

When receiving the settlement of the fee from the RF terminal is not normal, the flap to operate to block the passage for the person's access control,

It is possible to provide a system for processing a ticket gate of a gate using an RF card, wherein a person receives an operation state of a sensor while passing through a gateway to determine whether the passage is completed.

In addition, the present invention, the main control board further comprises a memory for counting and storing the number of passes of the abnormal passer to pass through the gateway without accessing the RF card to the first or second latencies. It is possible to provide an open ticket processing system for gates using an RF card.

In addition, the present invention, when the main control board attempts to pass through the abnormal pass, the lamp installed on the passenger sensing bar installed on the top of the gateway processing table flashes,

It is possible to provide a system for processing a ticket gate of a gate using an RF card, wherein the first or second latencies cause the voice warning message to be generated.

In addition, in the present invention, the counting-side gateway processing table and the counting-side gateway processing table,

Flaps for controlling access of a person at each end; And

It is possible to provide a gate ticket processing system of a gate using an RF card further comprising a sensor capable of detecting the passage of a person on each side adjacent to the passage.

In addition, the present invention is characterized in that the RF terminal, by generating the RF card access signal first of the first and second lattices first processing the signal received through the main control board to settle the charge processing It is possible to provide a system for processing a ticket book of a gate using an RF card.

In addition, the present invention, the RF terminal, the billing processing system of the gate using the RF card for the billing processing of the dog display ride rate at the base rate, and the additional fee is settled in accordance with whether or not the house display exceeds the base rate. Can be provided.

According to the present invention as described above, even if two latencies vs. one RF terminal is installed for the existing ticketing system in which one latencies vs. one RF terminal is installed for each gateway processing station, The same as the ticketing system of the has the advantage of reducing the installation cost and effort of the RF terminal.

In addition, according to the present invention, the lamp flashes and voice warning message is issued to the abnormal passers who want to pass through the gateway without approaching the RF card, and the number of abnormal passers can be counted so that the administrator can easily calculate the amount of charge leakage. To make it possible.

Hereinafter, a preferred embodiment of a gateway access system according to the present invention as described above will be described in detail with reference to the accompanying drawings.

Fig. 3 is a plan view showing the counting and counting side gateway processing table in which a preferred embodiment of a gateway access system using an RF card according to the present invention is employed, and Fig. 4 is a conceptual diagram showing the configuration of the embodiment of the present invention.

As shown in these figures, the counting-side gateway processor 110 is on the right side of the person trying to enter through the gateway 100, and the RF card held close to the first lattices 150 to take a ride. You will pay the fee for it and pass it.

On the other hand, when the passengers get off the subway exits through the gateway 100, the RF card is approached close to the second lattices 155 of the collection side gateway processing table 120 on the right side of the passengers, the basic time when getting off You will have to go through the gateway to handle the charges or settle the overpayment.

For the function of the gateway 100 as described above, the counting-side gateway processing station 110 displays the role of an antenna for detecting the access of the RF card, the availability of the counting-side gateway processing board 110, and the result of the bill settlement. A first latency 150 having a display or voice guidance function and an RF terminal 160 for processing charge settlement, and the charge settlement is not normal, or the first latency 150 and the main control board to be described later. When the communication state of the 170 is not normal, the gateway 100 includes one of the first flap 130 and the second flap 140 that can be unfolded to control the entry and exit of a person.

In addition, a sensor 190, for example, a passenger detection sensor, which detects whether a person passes while the person passes through the gateway 100, is installed at the side of the ticket counter gateway 110.

On the other hand, the station-side gateway processing board 120 is an antenna that detects the approach of the RF card, and the display function or voice guidance function for displaying whether or not the entry-side gateway processing board 120 can be accessed and the result of the bill settlement A person who enters the gateway 100 when the rate is not normal or the communication state between the second rater 155 and the main control board 170 to be described later is not normal. Each one of the first flap 130 and the second flap 140 that can be deployed to control the.

In addition, a sensor 190, for example, a passenger detection sensor, which detects whether a person passes while passing through the gateway 100, is installed at the side of the ticket gateway gateway 120.

That is, as described above, unlike the counting-side gateway processing board 110, the counting-side gateway processing board 120 does not include the RF terminal 160 to process the billing.

Accordingly, the counting side gateway processing board 110 includes a main control board 170, and the fee is settled through the RF terminal 160 installed in the counting side gateway processing board 110 by the main control board 170. Will be processed.

An operation related to this will be described in detail with reference to FIG. 4.

The main control board 170 communicates using the RS-232 communication protocol with the first latency 150 installed in the gateway processor 110 of the counting counter, and the communication contents are the first latencies 150 and the main control board. It is to check whether the communication state between the 170 is normal, so-called alignment state detection, and whether the RF card has approached the first latency 150. In other words, it is to detect whether the passengers count.

The communication between the first latencies 150 and the main control board 170 is processed by the first processor 171 embedded in the main control board 170.

In addition, the main control board 170 communicates with the second latticer 155 installed in the gateway gateway 120 on the post side by using an RS-232 communication protocol, and the communication contents are communicated with the second latencies 155. It is to check whether the communication state between the main control board 170 is normal, so-called alignment state detection, and whether the RF card has approached the second latency 155. In other words, it is to detect whether or not the passengers act.

The communication between the second latent 155 and the main control board 170 is processed by the second processor 172 embedded in the main control board 170.

As described above, the main control board 170 monitors both the alignment status with the first and second latencies 150 and 155 and the counting and counting operations, and transmits the monitoring contents to the RF terminal 160. In this case, the card processing mode of the RF terminal 160 may be controlled by using the RS-422 communication protocol or by direct ON / OFF using a wired signal transmission from the main control board 170. The card processing mode includes a bill counting mode and a bill counting mode. If the RF terminal 160 is counted in the bill counting mode, the bill is settled according to the bill count, and in the billed processing mode, bill billed according to the bill (additional fee collection, etc.). Is done.

For the transmission, the RF terminal 160 transmits a response signal to the main control board 170, which uses an RS-232 communication protocol.

The communication between the main control board 170 and the RF terminal 160 as described above is processed by the third processor 173 embedded in the main control board 170.

The RF terminal 160 that receives the signal for the counting or counting action by the main control board 170 processes the fee. When the approach of the RF card is detected at a similar time from the first latencies 150 and the second latencies 155, a signal of a side detected first in time is transmitted to the RF terminal 160. Settle the fare (for example, 900 won), settle the bill if it is a basic fare section, and settle an additional amount (for example, 200 won) if the section exceeds the basic fare section. Do

In addition, when the main control board 170 is not in a normal state as a result of the alignment state monitoring with the first latencies 150 and the second latencies 155, the first latencies 150 and / or the second latencies An indication indicating that it cannot pass through the track 155, for example, x, is displayed, and when it is normal, an indication indicating that it can pass, for example, o is displayed. In addition, when the passenger attempts to enter even though the gateway 100 cannot pass, the first flap 130 or the second flap 140 is opened to block the traffic according to the detection of the sensor 190. If the counting side, the second flap 140 is activated, if the counting side, the first flap 130 is operated.

In addition, the first latency 150 displays the settlement fee according to the counts or the balance recorded on the RF card with the lighting of the lamp according to the processing of the RF terminal 160, and the second latency ( 155) displays an additional collection fee other than the basic fee according to the collection or, if the basic fee is sufficient, the available balance, etc. together with the lamp lighting.

 In addition, the main control board 170 operates the first and / or second flaps 130 and 140 to prevent passengers from entering the gateway 100 even when the fare settlement process is not normal. Also in this case, the sensor 190 detects an attempt to enter a passenger and, as a result, the first and / or second flaps 130 and 140 operate at the command of the main control board 170.

In addition, the main control board 170 includes a memory that counts the number of passes of the abnormal passer to pass through the gateway 100 without accessing the RF card to the first latencies 150 or the second latencies 155 at all. Thus, the manager of the subway construction, etc. can be easily counted the amount of leaks.

In addition, the main control board 170 flashes a lamp mounted on a passenger sensing bar (not shown in the drawing) installed at the top of the gateway processing station and / or generates a voice warning message when an attempt is made to pass the abnormal passer. It alerts nearby managers and raises alarms for abnormal passers-by. The voice alert message is generated at the first latencies 150 or the second latencies 155.

In the above embodiment, the RF terminal 160 and the main control board 170 are installed at the ticket counter gateway 110, but on the contrary, they are installed only at the counter gateway gateway 120 and the gateway counter 120 is counted. Only latencies, sensors, and flaps can be installed.

In addition, the above embodiment has described the gateway installed in the subway station, but the above-described system configuration may also be adopted in the railway getting on and off gateway or library entry, entrance to the museum, and the like.

According to the present invention having the configuration as described above, it is possible to complete the ticketing and counting access processing with only one RF terminal for the two latencies, significantly reducing the cost of installing the RF terminal and the effort required for installation is also reduced. There is this.

The rights of the present invention are not limited to the embodiments described above, but are defined by the claims, and a person skilled in the art can make various modifications and adaptations within the scope of the claims. It is self-evident.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a plan view showing the configuration of a gateway processing table for a conventional dog ticket.

2 is a conceptual diagram showing an operation configuration for processing a conventional dog ticket.

3 is a plan view showing the configuration of a gateway processing table employing a preferred embodiment of the present invention.

4 is a conceptual diagram showing a configuration of a dog ticket processing according to the present invention;

Explanation of symbols on the main parts of the drawings

100: gateway 110: counting gate gateway processing table

120: collection side gateway processing table 130: first flap

140: second flap 150: first latency

155: second latency 160: RF terminal

170: main control board 171: first processor

172: second processor 173: third processor

190: sensor

Claims (9)

Ticket gate gateway; And The counting side gay arranged side by side adjacent to the counting side gateway processor In a gateway system configured as a tway treatment system, Installed at the gateway counter on the counting side to detect the RF card's access for counting A first latency; A second lattice installed at the counting-side gateway processing table adjacent to the counting-side gateway processing table to sense the approach of the RF card for the counting; Fees are installed on either the ticket counter or ticket counter RF terminal for processing the settlement; And Installed on either the counting side or the counting side gateway processing table Communicating with a first latency, a second latency, and the RF terminal to selectively transmit a count or a count to the RF terminal and control the RF terminal to perform all the counts or counting processing with only the RF terminal alone. A main control board; The main control board, in advance before the RF card is accessed Check the alignment with the first latencies, and the RF card is counted for counting A first processor for detecting whether a latency has been approached; Check the alignment with the second latencies, and the RF card checks A second processor for detecting whether a latency is approached; And In accordance with the counting or counting according to the RF card access for the counting or counting A third processor that transmits a signal to the RF terminal to perform retrieval, and receives a response signal from the RF terminal, The main control board communicates with the first latencies, the second latencies, and the RF terminal, but a communication protocol for communicating with the first latencies and the second latencies and a communication protocol for communicating with the RF terminal are different from each other. and, The RF terminal, The system for processing the ticket gate of the gate using the RF card, characterized in that the RF card access signal is generated first of the first and second latencies to process the signal received through the main control board first. The method of claim 1, wherein the first and second latencies are A ticket processing system for gates using an RF card further comprising a display function or a voice guidance function having a lamp indicating availability of the gateway processing table and a settlement fee. delete The method of claim 1, wherein the main control board, Checking the alignment state between the first latencies and the second latencies, and causing the first latencies or the second latencies to display signs or voice guidance whether the alignment state is normal or abnormal, When the alignment state is abnormal or when the settlement processing of the fee is not normal from the RF terminal, the flap causes the passage to block the passage for controlling access of the person, A ticket processing system for a gate using a RF card, characterized in that a person receives an operation state of a sensor while passing through a gateway to determine whether the passage is completed. According to claim 1, wherein the counting-side gateway processing table and the counting-side gateway processing table, Flaps for controlling access of a person at each end; And The ticket processing system of the gate using the RF card further comprises a sensor for detecting the passage of a person on each side adjacent to the passage. delete The method of claim 1, wherein the RF terminal, The gate ticket processing system of the gate using the RF card which handles the ticket price of the ticket display at the base rate and the additional amount is settled at the price of the ticket. The method of claim 4, wherein the main control board, And processing the number of passes of abnormal passers to pass through the gateway without accessing the RF card to the first or second latencies. system. The method of claim 8, wherein the main control board, When an attempt is made to pass the abnormal passer, the lamp installed on the passenger sensing bar installed on the upper part of the gateway processing flickers, And the first or second latencies cause a voice warning message to be generated.

Images