JPH10240975A - Automatic ticket examination machine, illuminating method for the machine, and display method for the machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To reduce an influence upon radio communication of noise generated from a light source by using a flash light source and a light conductor and separating the light source from a radio antenna part to illuminate a part itself to be shaded with a radio card. SOLUTION: A flash light source 10 as the light source for illumination which discriminates whether passage should be permitted or not is provided apart from an antenna 2, and light is transmitted to an illumination part 13 by a transparent light conductor 12 to illuminate all of the surface of an antenna shaded part 3. As the result, a user not only shades the antenna shaded part 3 with a radio card but also can confirm illumination for discrimination of the shaded part in the same position without an influence of the flash light source 10 for illumination upon the antenna performance. Not only the antenna shaded part 3 provided with an antenna 2 is illuminated by discriminating whether passage sould be permitted or not but also a floor face guide part 8 is provided on a floor face in the passage going direction of the user to display a guide of discrimination, thereby providing a visual recognizability according with the walking state of the user.

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 installed at, for example, a ticket gate of a station and held over an antenna to receive information data recorded on the wireless card and perform a ticket gate. The present invention relates to a lighting method of a ticket gate and an automatic ticket gate, and a display method of the automatic ticket gate.

[0002]

2. Description of the Related Art In recent years, for example, in railways, provided at entrances or exits of facilities such as railways for the purpose of labor saving of ticket gates, when a user using the facilities enters or exits the facilities, When transferring facilities, hold the wireless card carried by the user over the holding part provided with an antenna (hereinafter referred to as the holding part only) to receive and read information data recorded on the wireless card An automatic ticket gate has been introduced which inspects this information data and permits the passage of the user if the data content is appropriate, and blocks the passage of the user if the data is inappropriate.

[0003] This automatic ticket gate receives and reads information data recorded on a wireless card held by a user when entering, leaving, or transferring (an entrance station, a valid fare, etc.). Based on the received information data, it is determined whether the user is allowed to pass or not, and a predetermined process, for example, entry data is transmitted to the wireless card to perform a write process. In the case of proper data, the display lamp of judgment OK provided near the holding portion is turned on to permit the passage, and when the data is incorrect, an alarm and the judgment NG also provided in the vicinity of the holding portion are issued. Turn on the indicator lamp to block the passage.

In addition, the automatic ticket gate is provided with a plurality of human detection sensors, and monitors the movement of humans based on the light blocking state of the sensors. For example, if a person enters the automatic ticket gate without holding the wireless card and blocks the human detection sensor in the center, the automatic ticket gate determines that there is no bidder, closes the door, blocks the entry of the person, and gives an alarm. In addition, a notification is made by a bidless person determination lamp.

[0005] Usually, a single sensor provided at the upper part of the door of the automatic ticket gate controls the driving of the door located at the entrance / exit area, and for safety, the protection of the infant who stops at the door part is provided. At the time of sensor detection, the operation of the door is suppressed. In general, the direction of movement of a person is determined by signal detection by the infant detection sensor and other sensors, and is used for comprehensive determination.

[0006] By setting the judgment lamp by transmitting / receiving information data by holding the wireless card over the holding section, it is usually necessary to place the wireless card at a place slightly away from the place where the customer holds the wireless card (holding section). Is provided. For this reason, although the user is looking at the place where the wireless card is held, the judgment result (display lamp, etc.) is set at another place.
Is confused because it is out.

In order to prevent this, the entire surface of the shaded portion may be illuminated when making the determination. However, since a frame antenna is usually used, providing an electric circuit near the antenna adversely affects the effect of the antenna. Will be exerted. For this reason, since the light source of the illumination is separated from the holding portion, there is a problem that the light amount of the light source cannot be obtained.

[0008] In order to illuminate the shaded portion with a fluorescent lamp or the like in terms of light quantity, lighting response speed is an issue in an apparatus requiring a processing speed such as an automatic ticket gate. Also,
Due to the discharge noise caused by the fluorescent lamp, the provision of the fluorescent lamp near the shaded portion also has an adverse effect on wireless communication.

[0009] Conventionally, guidance to a user based on the determination of permission or non-permission is provided on the upper surface of an automatic ticket gate. For example, an automatic ticket gate for magnetic processing uses a magnetic ticket slot and an exit to mechanically transport and process magnetism, so a guide to customers is usually displayed near the exit. Have been.

[0010] However, in the automatic ticket gate for wireless cards, the user walks in the traveling direction by holding the wireless card over only one of the holding portions provided with the antennas. As a result, a place for providing appropriate display guidance cannot be obtained.

[0011]

As described above, in an automatic ticket gate for a wireless card, the entire surface of the portion of the wireless card that is held over the antenna may be illuminated at the time of determination.
Since a frame type antenna is used, providing an electric circuit in the vicinity has an adverse effect on the antenna performance, and the user walks and moves in the traveling direction by holding the wireless card over the antenna at only one place. Therefore, there is a problem that a place for providing an appropriate display guide as a guide of the result of determination of permission or non-permission to the user cannot be obtained, resulting in poor convenience.

In view of the above, the present invention realizes illumination of a shaded portion of an antenna without affecting antenna performance in wireless communication with a wireless card, and provides an appropriate display guide for a result of determination of permission or non-permission of passage. An object of the present invention is to provide an automatic ticket gate, a lighting method for the automatic ticket gate, and a display method for the automatic ticket gate, which are provided to improve convenience.

[0013]

The automatic ticket gate according to the present invention is characterized in that the wireless card is held over an antenna, thereby receiving information recorded on the wireless card and performing a ticket gate. When the card is held over an antenna, a determination means for receiving information recorded on the wireless card and determining permission or non-permission of passing, and when the determination means determines that the passage is permitted, the wireless card A light emitting means for emitting light indicating permission of passage outside the wireless communication area of the antenna, a light guiding means for guiding the light emitted by the light emitting means, and the wireless card holding the light guided by the light guided by the light guiding means. And illumination means for illuminating an area to be illuminated.

According to the automatic ticket gate of the present invention, when the wireless card is held over an antenna and the information recorded on the wireless card is received and the ticket is collected, the wireless card is held over the antenna. Transmitting and receiving means for performing wireless communication with the wireless card, determining means for permitting or disallowing passage from information stored in the wireless card received by the transmitting and receiving means; When it is determined that the wireless card emits blinking light indicating permission to pass outside the wireless communication area of the wireless card and the antenna, a light guiding means for guiding the blinking light emitted by the light emitting means, and a light guiding means. Lighting means for illuminating an area where the wireless card is held by receiving the guided flickering light.

In the automatic ticket gate according to the present invention, a wireless card is held over an antenna to receive information recorded on the wireless card and perform a ticket gate, and the wireless card is held over the antenna. Transmitting and receiving means for performing wireless communication with the wireless card, determining means for permitting or disallowing passage from information stored in the wireless card received by the transmitting and receiving means; and A plurality of light-emitting means for emitting blinking light outside the wireless communication area, and when the determination means determines that passage is permitted, the plurality of light-emitting means are sequentially lit to be shorter than one blinking interval in the plurality of light-emitting means. Control means for controlling the light emission interval, light guide means for guiding light from a plurality of light emission means whose light emission interval is controlled by the control means, and light guide means for guiding light from the plurality of light emission means. Receiving light is composed of a lighting means for illuminating the area in which the radio card is held over.

An automatic ticket gate according to the present invention is directed to an automatic ticket gate which receives information recorded on a wireless card and holds the wireless card when the wireless card is held over an antenna. A plurality of light-emitting means provided outside the region and emitting blinking light; a light-guiding means for guiding light emitted individually from the plurality of light-emitting means through respective color filters; and a light-guiding means for receiving the light guided by the light-guiding means. Illuminating means for illuminating the area over which the wireless card is held, and when the wireless card is held over an antenna, receives information recorded on the wireless card and permits passage,
The control device includes a determination unit that determines non-permission and a control unit that controls light emission of one of the plurality of light emitting units according to the determination result of the determination unit.

According to the automatic ticket gate of the present invention, a wireless card is held over an antenna to receive information recorded on the wireless card and perform a ticket gate. When receiving the information recorded on the wireless card, permission to pass,
Determining means for determining non-permission, first display means for displaying a guide of permission to pass on the passage of the automatic ticket gate when the determination means determines that the passage is permitted; And a second display means for displaying a guidance indicating that passage is not permitted on the passage of the automatic ticket gate.

According to the automatic ticket gate of the present invention, a wireless card is held over an antenna to receive information recorded on the wireless card and perform a ticket gate. When receiving the information recorded on the wireless card, permission to pass,
Determining means for determining non-permission; light emitting means for emitting light indicating permission of passage outside the wireless communication area of the wireless card and the antenna when the determination means determines that passage is permitted; and light emitting means for emitting light. A light guiding means for guiding the light, a lighting means for receiving the light guided by the light guiding means and illuminating an area where the wireless card is held, and when the determination means determines that the passage is permitted, the automatic ticket gate First display means for displaying a passage permission guide on the passage, and second display for displaying a passage permission guide on the passage of the automatic ticket gate when the determination means determines that passage is not permitted. Means.

The lighting method for an automatic ticket gate according to the present invention is a lighting method for an automatic ticket gate that receives information recorded on a wireless card and holds the ticket when the wireless card is held over an antenna, When the wireless card is held over an antenna, information recorded on the wireless card is received to determine permission or non-permission of passage, and when it is determined that passage is permitted, wireless communication between the wireless card and the antenna is performed. Light emission indicating permission of passage is performed outside the area, and the emitted light is guided to illuminate the area where the wireless card is held.

The method of displaying an automatic ticket gate according to the present invention is a method of displaying an automatic ticket gate that passes information recorded on a wireless card when a wireless card is held over an antenna and performs a ticket inspection. When the wireless card is held over an antenna, the information recorded on the wireless card is received to determine permission or non-permission of passage. A guide for permitting passage is displayed, and when it is determined that passage is not permitted, a guide for permitting passage is displayed on the passage of the automatic ticket gate.

[0021]

An embodiment of the present invention will be described below with reference to the drawings. FIG. 1 shows a schematic configuration of an automatic ticket gate according to the present invention. That is, in the automatic ticket gate 1, the antenna 2 for wireless transmission / reception is provided directly below the antenna, an antenna holding portion 3 over which a wireless card is held, a display 4 for displaying guidance to the customer, and blocking of the passage of the customer. A door 5, a door opening / closing mechanism 6 for opening / closing the door 5, a wireless reader / writer 7 for reading / writing via the antenna 2, a floor guide unit which is installed on the floor and displays a pass / fail indication to a customer 8, a control unit 9 for controlling the entire unit including a power supply unit, a flash control unit 11 for controlling a flash light source 10 as a light emitting unit, a transparent light as a light guiding unit made of acrylic or the like for guiding light from the flash light source 10. It comprises a conductor 12 and an illumination unit 13 as illumination means for illuminating the antenna holding unit 3 with light guided by the transparent optical conductor 12.

FIG. 2 shows the external structure of the automatic ticket gate 1. In addition to the antenna holding section 3, the display 4, the door 5, and the floor guide section 8, a traffic guide for guiding traffic to a user. It comprises a display unit 14 and a plurality of human detectors 15 provided on the side of the automatic ticket gate 1 for detecting passing humans (users). The human detector 15 is composed of, for example, an infrared sensor.

FIG. 3 shows a configuration of a control system of the automatic ticket gate 1. That is, the control system of the automatic ticket gate 1 includes a central processing unit (hereinafter, referred to as a CPU) 20 for controlling the entire automatic ticket gate 1, and a read / write control unit that stores a control program for the CPU 20.
Only memory (hereinafter, referred to as ROM) 21, storage of information read from a wireless card, storage of a plurality of display patterns created in a selectable manner, and random access memory for recording information as a buffer of a control program (Hereinafter referred to as a RAM) 22, a fare memory 23 storing fare information corresponding to an entrance station (or an entrance station code corresponding to the entrance station) where use of a ticket (wireless card) has been started, and wireless communication. A wireless reader / writer 7 for controlling wireless communication with the card C; an antenna 2 for transmitting / receiving to / from the wireless card C; and transmitting power to a batteryless wireless card; A display control circuit 26 for controlling the display of the display 4 and the floor guide section 8 in response thereto, a door control circuit 27 for controlling the door opening / closing mechanism 6, and a human inspection Vessel 15, the human detection control unit 2 for detecting passage status of the human (passengers) on the basis of ... detection output
8. Human detector CPU2 for controlling human detection controller 28
9, a transmission control circuit 30 for transmitting information to a control panel (not shown) for controlling the main body of the automatic ticket gate 1 or a host computer.

The CPU 20 has a timer function 20a and the like. The display control circuit 26 includes a flash control unit 11 and controls display by the flash light source 10. The display control circuit 26 further includes a buzzer control that controls a buzzer 31 that sounds a determination result of the wireless card C by sound. A part 32 is provided. Buzzer control unit 32
Controls the buzzer 31 so that the judgment when the passage is permitted and the judgment when the passage is not permitted are different.

In the present invention, as shown in FIG. 1, a flash light source 10, which is an illumination light source for permitting or rejecting passage, is provided at a position distant from the antenna 2, and a transparent light guide (optically optically formed of a transparent material) is provided. The light is guided to the illumination unit 13 to illuminate the entire surface of the antenna holding unit 3. As a result, the flash light source 10 for illumination does not affect the antenna effect (performance),
The user can hold the wireless card C over the antenna holding section 3 and check the judgment lighting of the holding surface at the same place.

By using a flash (such as a xenon tube) as the illumination light source, a sufficient amount of light can be obtained, and instantaneous light emission can provide a sufficient illumination response to the processing speed.

The flash operation is usually limited by the flash interval depending on the charging time. However, the flash interval only needs to be able to emit light according to the walking speed of the human being. Actually, it can be realized in about 0.3 seconds.

According to the determination of permission or non-permission, the floor guide unit 8 is provided on the floor surface in the direction of the passage of the passenger at the same time as the illumination of the antenna holding unit 3 provided with the antenna 2 to provide a guidance display for the determination. By doing so, visibility matching the walking and moving state of the customer is provided. In addition, convenience such as safety can be secured by visually checking the operation of the door 5 together.

With such a configuration, the antenna 2 provided directly below the antenna holder 3 of the automatic ticket gate 1 irradiates light with the transparent light guide 12 without being affected by electric circuit components and noise. 13, a sufficient amount of light can be obtained to illuminate the entire surface of the antenna holding unit 3, the response speed is fast without being restricted by the installation location of the light source, and the convenience of display guidance to the user by the floor guide unit 8 is provided. Can be measured.

As shown in FIG. 1, a transparent light guide 12, for example, a transparent acrylic plate, which is processed so as to diffuse and emit light in an area corresponding to a light emitting surface, is provided in an antenna shade portion 3 corresponding to the upper surface of the antenna 2. The transparent acrylic plate is extended to the flash light source 10 so that the light emitted from the flash light source 10 can be condensed to obtain sufficient light emission. With such a configuration, it is possible to obtain flexibility in the arrangement of the illumination light source of the antenna holding unit 3 in the automatic ticket gate 1,
The effects of electric circuit components related to lighting on wireless communication are significantly reduced.

Also, the floor guide unit 8 for the user based on the result of the determination of permission or non-permission is provided with an LED dot matrix,
Alternatively, a liquid crystal display (LCD) etc. is installed under the floor, the display area of the floor is made of transparent material, and a green arrow pattern is used when passing is determined, and red when entering is not permitted. A prohibition mark is displayed. The display location by the floor guide unit 8 as this display means is provided at a position below the door 5 and easily visible to the user.

In the flash operation, as is well known, when a voltage of about 220 V or more is applied between the main electrodes and a pulse voltage (trigger) of several thousand volts is applied to the auxiliary electrode (trigger electrode), the flash operation is instantaneous between the main electrodes. A current flows through the device to emit light.

FIG. 4 shows an example of a circuit that emits light from the flash light source 10. That is, the flash light source 10
The xenon discharge tube 40 is connected to an electrolytic capacitor 41, a trigger circuit 42, a voltage doubler rectifier circuit 43, and a power supply 44.

As shown in FIG. 4, normally, a DC voltage from the voltage doubler rectifier circuit 43 is applied between the main electrodes of the xenon discharge tube 40 and, at the same time, stored in the electrolytic capacitor 41. At 42, a trigger signal of several thousand volts is generated to cause the xenon discharge tube 40 to emit light adjacent to the trigger electrode of the xenon discharge tube 40. The next light emission interval is required depending on the time for storing electricity in the electrolytic capacitor 41, whereby the xenon discharge tube 40 blinks.

Next, the operation of determination display of the wireless card C in such a configuration will be described with reference to FIG. First, a communication request command to the wireless card C is normally issued from the wireless reader / writer 7, and when the user holds the wireless card C over the antenna 2 of the automatic ticket gate 1, that is, the antenna holding section 3, The card ID and data are transmitted as a response from the wireless card C. When receiving the response, the wireless reader / writer 7 receives the ACK (response: AC
KNOWLEDGE) and lead data (ticket information)
Is transmitted to the CPU 20.

The CPU 20 refers to the fare data stored in the fare memory 23 to determine whether or not the wireless card C is allowed to pass, and determines the determination result based on the display control circuit 26, the door control circuit 27, Transmit to the wireless reader / writer 7.

If the determination result indicates that the passage is permitted, the wireless reader / writer 7 transmits the write information (data) transmitted from the CPU 20 together with the card ID to the wireless card C by a write command to perform writing. The wireless card C
Transmits a reply ACK wirelessly when writing is completed. The wireless reader / writer 7 receives the reply AC from the wireless card C.
When K is received, a write completion (OK) is transmitted to the CPU 20. In addition, the display control circuit 26 displays the guidance of the passage permission on the display 4 and the display of the floor guide unit 8 to display the permission of the passage.
When the buzzer 31 permits the passage of the buzzer 31, the buzzer 31 sounds and the door control circuit 27 controls the door opening / closing mechanism 6 to open the door.

If the result of the determination is that the passage is not permitted, the wireless reader / writer 7 transmits the write information (data) transmitted from the CPU 20 together with the card ID to the wireless card C by means of a write command and performs writing. When the writing is completed, the wireless card C wirelessly transmits a reply ACK or does not perform any processing. The display control circuit 26
Displays on the display unit 4 the guidance of disallowance of traffic and the display of the floor guide unit 8 to disallow access of traffic.
The buzzer 31 sounds when the buzzer 31 is not permitted to pass, and the door control circuit 27 controls the door opening / closing mechanism 6 to close the door.

In this way, the user can know whether the passage is permitted or not based on the illumination of the antenna holding unit 3, the display of the display unit 4, the display of the floor guide unit 8, and the buzzer sound of the buzzer 31. it can.

In the above embodiment, the buzzer 31 is used to notify the user using a buzzer sound. However, the guidance may be provided using a voice. In short, it is only necessary that the user be able to know permission or non-permission of passage by sound or voice.

FIG. 6 shows a configuration of a control system in a case where the flash light emission interval is performed a plurality of times for one judgment and is performed for a shorter time than the charge light emission interval as another embodiment. Here, the lighting time control signal a from the flash control unit 11 is input to the light emission timing control circuit 50, and the light emission timing control circuit 50 is connected to the plurality of flash light sources 10a and 10 by the lighting time of the lighting time control signal a.
The light emission timings of b and 10c are controlled.

The flash light source 10a is flash 1, the flash light source 10b is flash 2, the flash light source 1
The flash timing of the flashes 1, 2, and 3 is controlled by setting 0c as the flash 3.

FIG. 7 shows the light emission timing. When the lighting time control signal a from the flash control unit 11 is input to the light emission timing control circuit 50, the light emission timing control circuit 50 The flash 1 lighting control signal b shown in FIG. 7 is output to the flash light source 10a, the flash 2 lighting control signal c shown in FIG. 7C is output to the flash light source 10b, and the flash 3 shown in FIG.
The lighting control signal d is output to the flash light source 10c, and the light emission timing (a plurality of flash light sources) is controlled at predetermined time intervals according to the timing of each lighting control signal.

FIG. 8 shows a configuration in which the illumination of the illumination unit 13 for illuminating the antenna holding unit 3 is colored as still another embodiment. In this embodiment, a desired illumination color is obtained by providing a plurality of flash light sources and providing different color filters individually. That is, the plurality of flash light sources 10d, 10e,
10f are provided, and color filters 60d, 60e, and 60f are provided between the transparent filter 10 and the transparent light guide 12, respectively, and are covered with the reflection cover 61.

FIG. 9 shows a configuration of a control system for illuminating the illumination unit 13 for illuminating the antenna holding unit 3 to make the illumination color. A color designation signal is input from the flash control unit 11 to the light emission timing control circuit 70. At this time, the light emission timing control circuit 50 controls the color filter (60
d, 60e, 60f) provided with a flash light source (1
By outputting a lighting control signal at 0d, 10e, or 10f) to emit light, the antenna shader 3 is illuminated with the designated color.

For example, when the color filter 60d is white,
The color filter 60e is red, the color filter 60f is green, and the flash light source 10d of the white color filter 60d is always lit. If the determination of the wireless card C is not permitted, the flash light source 10e of the red color filter 60e is turned on. When the determination of the wireless card C is permitted, the flash light source 10f of the green color filter 60f emits light.

In this way, the illumination unit 13 of the antenna holding unit 3 is always set to the white illumination to perform the holding guidance, and when the determination of the wireless card C is not permitted, the illumination unit 13 is set to the red illumination and the wireless card C is set to the red illumination. When the determination of C is permitted, green illumination is performed.

As described above, according to the embodiment of the present invention, the light source can be separated from the radio antenna unit by using the flash light source and using the light guide structurally, and the sufficient light amount can be obtained. Obtainable.

It is possible to illuminate the shaded portion of the wireless card itself, and the arrangement of the light source is not structurally restricted by the use of the light guide, so that the influence of noise generated from the light source on wireless communication can be reduced. . That is, in the past, various restrictions have been imposed due to the influence of noise generated from the light source and electric circuit components for lighting. However, the influence on the performance of the antenna in wireless communication can be reduced.

Further, since the lighting surface of the holding portion of the wireless card is illuminated in accordance with the determination result of permission or non-permission, convenience to the user can be provided. In addition, a display guide section of the judgment result is provided below the floor door in the direction of travel of the customer, and it is possible to recognize the judgment of permission or non-permission from the floor by extending natural movement ergonomically, Safety and convenience can be improved by the combined visual recognition.

[0051]

As described in detail above, according to the present invention,
An automatic lighting system that illuminates the shaded part of the antenna without affecting the antenna performance in wireless communication with the wireless card, and provides appropriate display guidance for pass / fail permission judgment results to improve convenience. A lighting method for a ticket gate and an automatic ticket gate and a display method for the automatic ticket gate can be provided.

[Brief description of the drawings]

FIG. 1 is a diagram showing a schematic configuration of an automatic ticket gate according to the present invention.

FIG. 2 is a diagram showing an external configuration of an automatic ticket gate.

FIG. 3 is a block diagram showing a configuration of a control system of the automatic ticket gate.

FIG. 4 is a diagram showing an example of a circuit that emits light from a flash light source.

FIG. 5 is a diagram for explaining the operation of determination display of a wireless card.

FIG. 6 is a diagram showing a configuration of a control system as another embodiment.

FIG. 7 is a timing chart for explaining light emission timing of a flash light source.

FIG. 8 is a diagram showing a configuration in which illumination of an antenna holding unit is colored as another embodiment.

FIG. 9 is a diagram showing a configuration of a control system that makes the illumination of the antenna holding unit a color.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Automatic ticket gate 2 ... Antenna 3 ... Antenna holding part 4 ... Display 7 ... Wireless reader / writer 8 ... Floor guide part 9 ... Control part 11, 10 ... Flash light source 11 ... Flash control part 12 ... Transparent light conductor 13 ... Illumination unit 13 20 CPU 31 Buzzer 50 70 Light emission timing control circuit

Claims (10)

[Claims] 1. An automatic ticket gate that receives information recorded on a wireless card and turns the ticket on when the wireless card is held over an antenna. A determination unit that determines whether or not to allow passage by receiving information recorded in the wireless card, and when the determination unit determines that the passage is permitted, permits the passage outside the wireless communication area of the wireless card and the antenna. A light emitting unit that emits light as shown in the figure, a light guiding unit that guides the light emitted by the light emitting unit, and a lighting unit that receives the light guided by the light guiding unit and illuminates an area where the wireless card is held. An automatic ticket gate characterized by the following. 2. The automatic ticket gate according to claim 1, wherein said light emitting means is a flash light source such as a xenon tube. 3. The automatic ticket gate according to claim 1, wherein said light guide means is a transparent acrylic material. 4. An automatic ticket gate that receives information recorded on a wireless card and passes a ticket when the wireless card is held over an antenna. Transmission / reception means for performing wireless communication with the transmission / reception means, determination means for determining permission or non-permission of passage from information stored in the wireless card received by the transmission / reception means, and when the determination means determines that passage is permitted, A light emitting means for emitting blinking light indicating permission of passage outside the wireless communication area of the wireless card and the antenna; a light guiding means for guiding the blinking light emitted by the light emitting means; and a flashing light guided by the light guiding means. And an illuminating means for illuminating an area over which the wireless card is held. 5. An automatic ticket gate that receives information recorded on a wireless card and turns on the ticket when the wireless card is held over an antenna. Transmitting / receiving means for wirelessly communicating with the wireless communication apparatus; determining means for determining permission / non-permission of passage from information stored in the wireless card received by the transmitting / receiving means; blinking outside the wireless communication area between the wireless card and the antenna A plurality of light emitting means for emitting light; and when the determination means determines that the passage is permitted, the plurality of light emitting means are sequentially caused to emit light, and one of the plurality of light emitting means is emitted.
Control means for performing control to obtain a light emission interval shorter than one blinking interval; light guide means for guiding light from a plurality of light emission means whose light emission intervals are controlled by the control means; and receiving light guided by the light guide means An automatic ticket gate, comprising: lighting means for illuminating an area over which the wireless card is held. 6. An automatic ticket gate that receives information recorded on a wireless card and passes a ticket when the wireless card is held over an antenna, wherein the automatic ticket gate is provided outside the wireless communication area between the wireless card and the antenna. A plurality of light-emitting means for emitting blinking light; a light-guiding means for guiding light emitted from each of the plurality of light-emitting means through an individual color filter; and receiving the light guided by the light-guiding means, the wireless card is held up. Illuminating means for illuminating an area to be illuminated; determining means for receiving information recorded on the wireless card when the wireless card is held over an antenna and determining permission or non-permission of passage; Control means for controlling light emission of one of the plurality of light emitting means in accordance with the determination result. 7. An automatic ticket gate that receives information recorded on a wireless card and passes a ticket when the wireless card is held over an antenna. Determining means for determining whether or not to permit passage by receiving information recorded in the automatic ticket gate, when the determination means determines that the passage is permitted, displaying a guide to permit passage on the passage of the automatic ticket gate. First display means, and second display means for displaying guidance of non-permission on the passage of the automatic ticket gate when it is determined that the passage is not permitted by the determination means. Automatic ticket gate. 8. An automatic ticket gate that receives information recorded on a wireless card and holds the ticket when the wireless card is held over an antenna, wherein the wireless card is placed over the antenna when the wireless card is held over the antenna. A determination unit that determines whether or not to allow passage by receiving information recorded in the wireless card, and when the determination unit determines that the passage is permitted, permits the passage outside the wireless communication area of the wireless card and the antenna. A light emitting unit that emits light as shown below; a light guiding unit that guides light emitted by the light emitting unit; a lighting unit that receives the light guided by the light guiding unit to illuminate an area over which the wireless card is held; A first display means for displaying a guide of the passage permission on the passage of the automatic ticket gate when it is determined that the passage is permitted, and a communication of the automatic ticket gate when the passage is not permitted by the determination means. And a second display means for displaying guidance of non-permission on the road. 9. A lighting method for an automatic ticket gate, wherein a wireless card is held over an antenna to receive information recorded on the wireless card and perform a ticket gate, wherein the wireless card is held over the antenna. When the information recorded on the wireless card is received, permission and non-permission of the passage are determined, and when it is determined that the passage is permitted, light emission indicating permission of the passage outside the wireless communication area between the wireless card and the antenna is performed. And lighting the emitted light to illuminate the area over which the wireless card is held. 10. A method of displaying an automatic ticket gate that receives information recorded on a wireless card and turns on the ticket when the wireless card is held over the antenna, wherein the wireless card is held over the antenna. At the time, the information recorded on the wireless card is received to determine permission or non-permission of passage, and when it is determined that passage is permitted, guidance of passage permission is displayed on the passage of the automatic ticket gate, and passage is performed. A method of displaying an automatic ticket gate, wherein when it is determined that the ticket gate is not permitted, a guidance of passage non-permission is displayed on the passage of the automatic ticket gate.