JP2000339501A - Automatic ticket examination system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To improve convenience and passenger processing efficiency per passage by constituting the automatic ticket examination system of a 2nd judging means for judging the permission or non-permission of exit to a radio card owner, a processing means for permitting or inhibiting the passage of the radio card owner on the basis of the judged result of the 2nd judging means, and other means. SOLUTION: An automatic ticket examination device 41 is arranged as a radio ticket examination gate. A main control part 42 in the device 41 judges whether a user owning a radio card 5 is allowed to pass or not and to expose illegality by recorded data. When the main control part 42 judges the validity of a passage for exit by transferring data between the card 5 and an antenna part 43 of the device 41, the user can pass the gate. But at the time of judging invalidity, the main control part 42 closes a door 44 of the device 41 to inhibit passage and allows the user to recognize invalidity (non-permission of passage) by display on a display panel 45, a voice guide or the like.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an automatic ticket gate system for performing automatic ticket gate processing using a wireless card.

[0002]

2. Description of the Related Art In recent years, automatic ticket gates for automatically processing ticket gates have been installed at transportation stations such as railways.

In such an automatic ticket gate, information such as magnetism recorded on an inserted ticket is read to judge whether or not traffic is possible, and processing such as punching and printing is performed as necessary. I have.

In addition, instead of magnetic information recording, a wireless automatic ticket gate system of reading and writing information using a non-contact type card or wireless device (hereinafter referred to as a wireless card) using wireless communication. Has also been proposed.

[0005] In such a wireless automatic ticket gate system, if it is determined that the vehicle is allowed to pass, it is possible to pass as it is. However, if it is determined that the vehicle is not allowed, the door of the device is closed and the vehicle is allowed to pass. At the same time, the user is made to recognize that it is not possible by using a display panel or voice guidance.

[0006] In the conventional entrance system using an automatic ticket gate, a transport mechanism is installed so that each person can be checked with a magnetic medium, and each person is allowed to pass.

[0007] Even in the wireless automatic ticket gate system, since the conventional system is operated continuously, an antenna is provided at the upper part of the transport mechanism and the like, and the information of each person is checked, read and written. Not take advantage of.

[0008] Therefore, the width of the entrance passage for the user of the wireless card is made wider than that of a normal single person so that a plurality of people can pass in parallel, thereby improving the convenience and the efficiency of passenger processing per passage. Things are desired.

[0009]

SUMMARY OF THE INVENTION According to the present invention, the width of an entrance passage for a user of a wireless card is increased from a normal one-person use to a width that allows a plurality of people to pass in parallel. There is a demand for a device that can improve the processing efficiency. The width of the entrance passage for the user of the wireless card has been increased from a normal one-person width to a width that allows multiple people to pass in parallel. It is an object of the present invention to provide an automatic ticket gate system capable of improving passenger processing efficiency per aisle.

[0010]

SUMMARY OF THE INVENTION An automatic ticket gate system according to the present invention includes an automatic ticket gate for entry which performs a process at the time of entry by wireless communication with a wireless card, and a process at the time of entry by wireless communication with a wireless card. First automatic judging device for judging permission or non-permission of admission to each wireless card by parallel wireless communication with a plurality of wireless cards. Means, and recording means for recording an entry record by wireless communication with respect to the wireless card permitted to enter by the first determination means, wherein the automatic ticket gate for entry is provided with the one-by-one wireless card. Second determining means for determining whether to permit or disallow participation of the wireless card owner based on the presence or absence of the entry record by wireless communication with the card, and the second determining means The determination result comprising a processing means to allow or disallow the passage of the owner of the wireless card.

The automatic ticket gate system of the present invention is an automatic ticket gate for entry which performs processing at the time of entry by wireless communication with a wireless card, and an automatic ticket gate for entry which performs processing at the time of entry by wireless communication with a wireless card. A first judging means for judging permission or non-permission of admission to each wireless card by parallel wireless communication with a plurality of wireless cards; and The first recording means for recording the entry record by wireless communication on the wireless card permitted to enter by the judgment means, and the information for specifying the wireless card for which the entry recording was performed by the first recording means And a prohibition unit for prohibiting wireless communication with a wireless card having the same specific information as the specified information recorded in the second recording unit. Determining means for determining whether to permit or disallow entry to the wireless card owner based on the presence or absence of the entry record by wireless communication with the one-by-one wireless card; Processing means for permitting or disallowing the passage of the owner of the wireless card according to the result of the determination by the second determining means.

An automatic ticket gate system according to the present invention is an automatic ticket gate for entry which performs processing at the time of entry by wireless communication with a wireless card, and an automatic ticket gate for entry which performs processing at the time of entry by wireless communication with a wireless card. A first judging means for judging permission or non-permission of admission to each wireless card by parallel wireless communication with a plurality of wireless cards; and Transmitting means for transmitting an entry record to the wireless card permitted to enter by the judgment means, and the automatic ticket gate for entry is provided with the entry record by wireless communication with the one-by-one wireless card. Second determining means for determining permission or non-permission of participation to the owner of the wireless card based on the presence or absence of the wireless card, and the wireless card based on the determination result of the second determining means. Processing means for permitting or disallowing the owner's traffic, wherein the wireless card is adapted to record an entry record supplied from the entrance automatic ticket gate, and Notification means for notifying permission.

The automatic ticket gate system of the present invention is an automatic ticket gate for entry which performs processing at the time of entry by wireless communication with a wireless card, and an automatic ticket gate for entry which performs processing at the time of entry by wireless communication with a wireless card. A first judging means for judging permission or non-permission of admission to each wireless card by parallel wireless communication with a plurality of wireless cards; and Transmitting means for transmitting an entry record to the wireless card permitted to enter by the judgment means, and the automatic ticket gate for entry is provided with the entry record by wireless communication with the one-by-one wireless card. Second determining means for determining permission or non-permission of participation to the owner of the wireless card based on the presence or absence of the wireless card, and the wireless card based on the determination result of the second determining means. Processing means for permitting or denying the passage of the owner, wherein the wireless card records entry records supplied from the entrance automatic ticket gate; and Time, and prohibiting means for prohibiting wireless communication with the above-mentioned automatic ticket gate for entrance.

An automatic ticket gate system according to the present invention is provided between a wireless card processing device for performing a ticket inspection process upon entry by wireless communication with a wireless card and a plurality of wireless cards existing in a readable area of the wireless card processing device. Transmitting a multi-read command from the wireless card processing device to the wireless card, wherein the wireless card processing device transmits a multi-read command including the number of time slots to the wireless card. Receiving means for receiving a response including an ID number from the wireless card for each time slot responding to the multi-read command by the first transmitting means; and receiving the response to the multi-read command by the first transmitting means. After completion of the reception by the means, in response to the response received by the receiving means, And a second transmitting means for transmitting information to the wireless card. When the wireless card is supplied with the multi-read command from the wireless card processing device, the wireless card is configured based on the number of time slots included in the multi-read command. To set the response time
Setting means, a third transmitting means for transmitting a response including an ID number to the wireless card processing device when the time set by the first setting means has come, and a response by the third transmitting means. And recording means for recording ticket inspection information supplied from the wireless card processing device in response.

[0015]

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 shows a schematic configuration of an automatic ticket gate on the entrance side in the automatic ticket gate system of the present invention.

That is, the automatic ticket gate system includes a reader / writer 2 connected to a main controller 1 for controlling the entire ticket gate processing and a plurality of readable areas 4 of an antenna unit (communication antenna) 3 of the reader / writer 2. The wireless communication is performed with a wireless card 5 as a multi-read type ticket. The wireless card 5 can be used, for example, as a commuter pass or an SF card (prepaid card).

In the above automatic ticket gate, as shown in FIGS. 2 and 3, the width of the passage 7 of the wireless ticket gate 6 is set wide so that a plurality of users (carrying the wireless card 5) can pass. By installing the antenna unit 3 on the ceiling 8 or the like, enabling communication over the entire width of the passage 7 and enabling reading and writing on the wireless card 5 possessed by each person for the passage of a plurality of users, Users are allowed to pass in parallel.

In this case, the passage 7 that partitions a certain area is the readable area 4 of the automatic ticket gate.
For this reason, the length of the passage 7 may be made longer than that of a normal automatic ticket gate in order to supplement a reverse approacher or the like who can be clearly judged to be illegal. This makes it possible to reliably record unauthorized use of the wireless card 5.

The passage 7 may be provided with a gate for blocking the passage of a pedestrian and a display unit for displaying the passage state of the pedestrian. These gates,
The display unit is controlled by the main control unit 1.

As shown in FIG. 4, the reader / writer 2 comprises a control circuit 11 for controlling the whole, a control program, a memory 12 for storing various information, a transmission circuit 13, and a reception circuit 14.

The control circuit 11 is connected to the PC 1 and
Data is exchanged. For example, in response to reception of a multi-read command, transmission of a multi-read response is performed.

The antenna section 3 includes a transmitting antenna 15 and a receiving antenna 16.

The transmission circuit 13 is connected to the transmission antenna 15 and transmits data transmitted from the control circuit 11 to the wireless card 5 using the transmission antenna 15.

The receiving circuit 14 is connected to the receiving antenna 16 and outputs received data from the wireless card 5 received by the transmitting antenna 15 to the control circuit 11.

The wireless card 5 comprises a main body 21 and a transmission / reception antenna 22 as shown in FIG.

As shown in FIG. 5, a control circuit 23 for controlling the whole, a control program, a random number, an ID
A memory 24 for storing various information such as numbers (recognition numbers);
It comprises a modulation / demodulation circuit 25, a power generation circuit 26, a battery unit 27, an operation unit 28, and a display unit 29.

The memory 24 stores commuter pass usage information (purchase information such as inquiries, usage periods, purchase dates, etc.)
Card use information (purchase / use information such as the amount of money at the time of purchase, the section used, the date of the due date, and the balance information) is stored.

The modulation / demodulation circuit 25 includes a transmitting / receiving antenna 22
And demodulates the received data from the reader / writer 2 received by the transmission / reception antenna 22 and outputs the demodulated data to the control circuit 23 and the power generation circuit 26, and transmits the transmission data from the control circuit 23 to the reader / writer 2 to the transmission / reception antenna 22. Is transmitted using the

The power supply generation circuit 26 generates a power supply voltage based on data (radio waves) received from the modulation / demodulation circuit 25,
These are supplied to the control circuit 23, the modulation / demodulation circuit 25, the operation unit 28, and the display unit 29.

The battery section 27 supplies a power supply voltage to each section when the power supply generation circuit 26 is not operating.

The operation unit 28 performs an operation for displaying information stored in the memory 24 or an operation for controlling communication with the automatic ticket gate.

For example, operations such as turning on / off the power, setting whether communication can be performed, and stopping one of the functions when the wireless card 5 has the information on the commuter pass and the information on the SF card are performed. It has become.

The display section 29 displays data selected by operating the operation section 28 or displays the result of communication with the automatic ticket gate.

As an example of the wireless card 5 used in the above automatic ticket gate system, a display function (by the display unit 29) is provided on the wireless card 5 itself so as to enable recognition of recording / processing information.
have. With this display function, it is possible to perform display in accordance with the use situation and to allow the user to recognize information.

The information of the wireless card 5 may be confirmed using a dedicated reading terminal.

As a form of such a dedicated reading terminal, a portable small type such as a simple IC card reader can be easily used by a user, from a station installed at a station or the like. The information read by the reading terminal can be displayed on the terminal device.

In this automatic ticket gate system, unauthorized entry of a wireless card holder or the like is not detected at the time of entry. At the time of entry, the unauthorized user does not have a valid entrance-processed ticket, or determines that the ticket is improper because he or she does not possess the ticket and conducts an attack.

Next, the multi-read processing in the above-described configuration will be described with reference to the flowcharts shown in FIGS. 6 and 7, and the exchange of commands and responses shown in FIG.

First, the processing of the reader / writer 2 will be described with reference to the flowchart shown in FIG.

That is, when a multi-read command is supplied from the main control unit 1, the control circuit 11 generates a multi-read command including the number of time slots to be set first (ST1). The generated multi-read command is transmitted to the transmission circuit 13 and the transmission antenna 1
5 are transmitted to the wireless cards 5,... In the readable area 4 (ST2).

Thus, when receiving the reception data including the ID number from the wireless card 5 (ST3), the control circuit 11 subtracts "-1" from the set time slot number (ST3).
4) It is determined whether the set time slot number is "0" (ST5).

If the result of this determination is that the set number of time slots is not "0", the control circuit 11 returns to step 3.

If the result of determination in step 5 is that the set number of time slots is "0", the control circuit 11 generates the received non-multi-read command for each wireless card 5 (ST6). This non-multi-read command includes an ID number for each target wireless card 5 and response data as a ticket inspection result. The response data has contents such as information on the date and time of entry, an entry station, information obtained by subtracting a minimum section fee from an SF card, balance information, and the like.

Next, the control circuit 11 sequentially transmits the generated non-multi-read command for each wireless card 5 using the transmission circuit 13 and the transmission antenna 15 to the readable area 4.
(ST7).

Thereafter, the control circuit 11 determines whether or not there is no response twice consecutively to the transmission of the multi-read command (ST8). It is determined that there is nothing and the end is determined.

When it is determined in step 8 that there is no response twice consecutively, the process proceeds to step 1 where the control circuit 11 generates a multi-read command including the number of time slots to be set next. The following processing is performed.

Next, the processing of the wireless card 5 will be described with reference to the flowchart shown in FIG.

That is, when the multi-read command from the reader / writer 2 is received by the transmission / reception antenna 22, demodulated by the modulation / demodulation circuit 25, and supplied to the control circuit 23 (ST11), the control circuit 23 records it in the memory 24. The calculation is performed using the random numbers set in advance, and a time slot within the number of time slots included in the multi-read command is selected (ST12).

Next, the control circuit 23 sets a timer at a time corresponding to the time slot number, and then turns on the timer (ST13).

Thereafter, when the timer expires (ST14), the control circuit 23 modulates the response including the ID number recorded in the memory 24 by the modulation / demodulation circuit 25, and transmits the response from the transmission / reception antenna 22 to the reader / writer. 2 (ST15), and enters a command waiting state. The response includes the use history data, commuter pass use information (purchase information such as use section, use period, purchase date), SF
The contents include the card use information (purchase / use information such as the amount of money at the time of purchase, the section used, information on the due date, and the balance information).

In this state, when the non-multi-read command from the reader / writer 2 is received by the transmission / reception antenna 22, demodulated by the modulation / demodulation circuit 25, and supplied to the control circuit 23 (ST16), the control circuit 23 receives the command. The result of the ticket inspection process (entrance station code, entrance time, etc. as ticket information) is recorded in the memory 24 (ST17), and the ID number recorded in the memory 24 is compared with the ID number included in the non-multi-read command. Then (ST18), if they match, it is set to require no response to the multi-read command (ST19).

If the ID numbers do not match as a result of the comparison in step 17, the control circuit 23 returns to the command waiting state.

As described above, if the entry (passing) of the user having the wireless card 5 is permitted by the communication between the main control unit 1 and the wireless card 5, the display unit 29 permits the wireless entry. Can be displayed on the wireless card 5.

In addition, by communication between the main controller 1 and the wireless card 5, a user having the wireless card 5 enters (passes through).
Is not permitted, the display unit 29 displays N
Announce G. At this time, the NG of the wireless entrance may be notified by voice using a speaker (connected to the main control unit 1) not shown.

In addition, with respect to the wireless card when the automatic ticket gate 1 determines that an unauthorized entry has been made, or a wireless card possessed by a user who intends to exit illegally, illegal entry or exit is imposed. Record the data shown,
The next use can be prohibited. Also, in the automatic ticket gate 1 and all automatic ticket gates in the same system, the wireless card of illegal entry or exit is managed (blacklisted) by an ID number or the like, and cannot be used from the automatic ticket gate (unprotected). Multiply).

In the above-mentioned automatic ticket gate on the entrance side, the same wireless card may be communicated a plurality of times in order to widen the range of communication. Therefore, a plurality of communications are prevented by the following method.

As a first method, the ID number of the used wireless card is managed by a monitoring panel (monitoring a plurality of automatic ticket gates) at each corner, and the same I number as the processed wireless card is used.
If communication has been made with the wireless card of the D number, it is determined that communication has been completed, and processing such as writing is prohibited. When multiple entrance passages are installed, controlling multiple passages with the same monitoring panel
It is also possible to prevent re-communication in other passages.

For example, as shown in FIG. 9, a plurality of wireless automatic ticket gates 32,... Installed at predetermined corners 31 of a station are monitored by a monitoring panel 33. , The ID numbers of the wireless cards 5 that have been individually entered into the wireless automatic ticket gates 32 monitored by the monitoring panel 33 are managed in the table 33a, and are identical to the wireless cards 5 that have been subjected to the entrance processing. The entry processing in the automatic ticket gates 1,... For the wireless card 5 having the ID number is prohibited.

As a second method, after the communication by the wireless card 5 is completed, when the wireless card 5 itself determines that the entrance processing is completed, the wireless communication of the wireless card 5 itself is set to be prohibited for a certain period, and the ID number is used. There is a method of eliminating redundant useless processing such as prohibiting communication during confirmation.

For example, when the control circuit 23 of the wireless card 5 shown in FIG. 5 determines that the entry processing has been completed (see FIG. 7).
Corresponding to step 17), a predetermined time by the timer function,
Prohibit wireless communication.

An automatic ticket gate 41 as a wireless ticket gate is provided as shown in FIG. 10, which passes by one person at the time of participation in order to detect a fraudulent person similarly to the conventional system. The main controller 42 of the automatic ticket gate 41 determines whether or not a user carrying the wireless card 5 can pass,
Conduct fraud detection based on recorded data.

In this case, the wireless card 5 and the automatic ticket gate 4
The main control unit 42 communicates with the
If it is determined in the determination of whether or not the entry is allowed to pass, it is possible to pass as it is, but if it is determined that the entry is not allowed, the main control unit 42 closes the door 44 of the device to block the passage and displays the message. The user is made to recognize that it is not possible (permission is not allowed) by display on the panel 45, voice guidance, or the like.

Whether or not the entry is allowed to pass is determined based on the presence or absence of an entry record such as an entry station code at the time of entry, or based on commuter pass use information (purchase information such as use section, use period, purchase date, etc.). It is determined on the basis of SF card use information (purchase / use information such as the amount of money at the time of purchase, the section used, the date of the due date, and the balance information).

In the case where the wireless card 5 is not possessed,
The main control unit 42 closes the door 44 of the apparatus to block traffic, and the user is made to recognize that it is not possible by the display on the display panel 45 or voice guidance.

As described above, it is possible to widen the ticket gate passage and to reduce the barriers to entry, thereby preventing the flow of people, and improving the convenience of the user and the efficiency of passenger passage. Can be achieved. In addition, since the antenna section of one wireless automatic ticket gate enables entry processing for multiple users, the number of wireless automatic ticket gates can be reduced, and the installation cost of the wireless automatic ticket gates can be reduced. Can be lowered.

Also, an IC card processor is installed near the above-mentioned automatic ticket gate for entrance, and an entry process is performed on the wireless card of the entrance NG by, for example, the IC card processor via a connector. , May be dealt with.

[0068]

As described above in detail, according to the present invention, the width of the entrance passage of the user of the wireless card is made wider than that of a normal one, so that a plurality of people can pass in parallel.
An automatic ticket gate system capable of improving the efficiency of processing passengers per passage can be provided.

[Brief description of the drawings]

FIG. 1 is a diagram showing a schematic configuration of an entrance-side automatic ticket gate device in an automatic ticket gate system according to an embodiment of the present invention.

FIG. 2 is a diagram showing a schematic configuration of a passage of the automatic ticket gate.

FIG. 3 is a diagram showing a schematic configuration of a passage of an automatic ticket gate.

FIG. 4 is a block diagram showing a schematic configuration of a reader / writer.

FIG. 5 is a block diagram showing a schematic configuration of a wireless card.

FIG. 6 is a flowchart illustrating a multi-read process.

FIG. 7 is a flowchart illustrating a multi-read process.

FIG. 8 is a diagram showing exchange of commands and responses in multi-read processing.

FIG. 9 is a diagram showing a schematic configuration of an automatic ticket gate system.

FIG. 10 is a block diagram showing a schematic configuration of an automatic ticket gate on the entry side.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Main control part 2 ... Reader / writer 3 ... Antenna part 5 ... Wireless card 6 ... Wireless ticket gate 7 ... Passage 8 ... Ceiling

Claims (7)

[Claims] An automatic ticket gate comprising an automatic ticket gate for entry processing by wireless communication with a wireless card and an automatic ticket gate for entry to perform processing at entry by wireless communication with a wireless card. In the system, the above-mentioned automatic ticket gate system for admission comprises: first judging means for judging permission or non-permission of admission to each wireless card by parallel wireless communication with a plurality of wireless cards; Recording means for recording an entry record by wireless communication with respect to the wireless card permitted to enter, wherein the automatic ticket gate for entry is configured to record the entry record by wireless communication with each one of the wireless cards. Second determining means for determining permission or non-permission of participation to the owner of the wireless card based on the presence / absence; and the wireless card based on the determination result of the second determining means. An automatic ticket gate system, comprising processing means for permitting or denying the owner's traffic. 2. The automatic ticket gate system according to claim 1, wherein the passage of the automatic ticket gate for entrance has a size that allows a plurality of users to pass in parallel. 3. An automatic ticket gate comprising an automatic ticket gate for entry processing by wireless communication with a wireless card and an automatic ticket gate for entry to perform processing at entry by wireless communication with a wireless card. In the system, the above-mentioned automatic ticket gate system for admission comprises: first judging means for judging permission or non-permission of admission to each wireless card by parallel wireless communication with a plurality of wireless cards; First recording means for recording an entry record by wireless communication with respect to a wireless card permitted to enter, and second information for recording information for specifying the wireless card for which entry recording has been performed by the first recording means. Recording means; and prohibiting means for prohibiting wireless communication with a wireless card having the same specific information as the specific information recorded in the second recording means. A second determining means for determining, by wireless communication with the one-by-one wireless card, permission or non-permission of entry to the wireless card owner based on the presence or absence of the entry record; An automatic ticket gate system comprising processing means for permitting or denying the passage of the owner of the wireless card according to the result of the determination by the determining means. 4. The automatic ticket gate for entrance according to claim 1, wherein the automatic ticket gate for entrance having first recording means for recording an entry record, and the automatic ticket gate for entrance having said prohibiting means, An automatic ticket gate system characterized by being separate. 5. An automatic ticket gate comprising an automatic ticket gate for entry processing by wireless communication with a wireless card and an automatic ticket gate for entry to perform processing at entry by wireless communication with a wireless card. In the system, the above-mentioned automatic ticket gate system for admission comprises: first judging means for judging permission or non-permission of admission to each wireless card by parallel wireless communication with a plurality of wireless cards; Transmitting means for transmitting an entry record to a wireless card permitted to enter, wherein the automatic ticket gate for entry is determined by wireless communication with the one-by-one wireless card based on the presence or absence of the entry record A second determining means for determining whether the wireless card owner is permitted or disallowed to participate, and a traffic of the wireless card owner based on the determination result of the second determining means. Recording means for recording an entry record supplied from the entrance automatic ticket gate, and a notification of entry permission at the time of recording by the recording means. An automatic ticket gate system comprising a notification means. 6. An automatic ticket gate comprising an automatic ticket gate for entry processing by wireless communication with a wireless card and an automatic ticket gate for entry to perform processing at entry by wireless communication with a wireless card. In the system, the above-mentioned automatic ticket gate system for admission comprises: first judging means for judging permission or non-permission of admission to each wireless card by parallel wireless communication with a plurality of wireless cards; Transmitting means for transmitting an entry record to a wireless card permitted to enter, wherein the automatic ticket gate for entry is determined by wireless communication with the one-by-one wireless card based on the presence or absence of the entry record A second determining means for determining whether the wireless card owner is permitted or disallowed to participate, and a traffic of the wireless card owner based on the determination result of the second determining means. Recording means for recording an entry record supplied from the automatic ticket gate for entrance, and a recording means for recording for a predetermined time during the recording by the recording means. An automatic ticket gate system, comprising prohibiting means for prohibiting wireless communication with an automatic ticket gate device for use. 7. Wireless communication is performed between a wireless card processing device that performs a ticket inspection process at the time of entrance by wireless communication with a wireless card and a plurality of wireless cards existing in a readable area of the wireless card processing device. An automatic ticket gate system for transmitting a multi-read command from a wireless card processing device to a wireless card, wherein the wireless card processing device transmits a multi-read command including a number of time slots to the wireless card; ID from the wireless card for each time slot responding to the multi-read command by the first transmitting means.
Receiving means for receiving a response including a number, and after completion of reception of the multi-read command by the first transmitting means by the receiving means, transmitting ticket inspection information to the wireless card in response to the response received by the receiving means. The wireless card sets a response response time based on the number of time slots included in the multi-read command when the multi-read command is supplied from the wireless card processing device. First setting means for performing the setting, and when the time set by the first setting means has come, the ID
Third transmitting means for transmitting a response including a number to the wireless card processing device; recording means for recording ticket information supplied from the wireless card processing device in response to the response from the third transmitting means; An automatic ticket gate system, comprising: