JPH09215851A - Lending card selling device for medium for game - Google Patents

Abstract

PROBLEM TO BE SOLVED: To improve illegal action disclosure ratio by displaying a passage time till issuance of a next lending card on a casing front surface based on a card selling command signal or card issuance detection signal. SOLUTION: A note is thrown into a note throwing port of a prepaid card selling device, and one of selecting buttons 7A, 7B is operated for selection. By this selection, a selling command signal for a prepaid card is outputted from a control part of a control machine E to an issuing part 3. Based on this selling command signal, an issuing device 3A (for 1,000yen) or issuing device 3B (for 3,000yen) applicable for a selected prepaid card is driven, and the prepaid card is discharged from a discharge port 11A or 11B. This is detected by an applicable photosensor 9A or 9B to be inputted to the control part. Based on this input, the control part initialize the display part, and displays a passage time. The passage time can thus be visually recognized, thereby illegal usage of a lending card can be more easily detected.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is based on a storage unit for storing a lending card for lending a game medium in a casing that can be installed between adjacent game stands and a sales command signal. And a issuing unit for issuing the lending card, the lending card selling device for gaming media.

[0002]

2. Description of the Related Art This type of gaming medium rental card vending device allows a customer at an adjacent gaming table to purchase a rental card while sitting in a seat. It is convenient because it is not necessary to stand up, and the purchased rental card can be inserted into a gaming medium lending device provided in a gaming table or this lending card selling device, and the gaming medium can be borrowed from the gaming medium lending device. it can. By the way, in a conventional gaming medium rental card selling device, a trouble display lamp for displaying whether or not a device such as a card issuing unit or a bill validator provided in the casing is operating normally on the front surface of the casing. , And a lamp indicating that the card is being issued is only provided.

[0003]

In the gaming medium lending device capable of borrowing a gaming medium with the lending card, if a forged lending card or a lending card in which data is rewritten is illegally used, Since there is a risk that game media will be rented out illegally from this game media lending device, in order to prevent such fraudulent activities, the data reader of the lending card provided in the game media lending device is read. The accuracy is being improved, or a lending card whose data is difficult to rewrite is being developed. However, as the technology advances, the technology for counterfeiting lending cards and the technology for rewriting data on lending cards are also advancing. Whenever a game is discovered, it becomes necessary to replace it with a gaming media lending device equipped with a more sophisticated data reader and a lending card vending device that can issue lending cards that are more difficult to rewrite. Not only has it become a business problem, but if a game medium is rented out from the game medium renting device by a forged lending card or a lending card in which data has been rewritten, the amount of illegally lent out , Was a management loss.

The present invention has been made in view of the above situation, and an object thereof is for a hall staff member to circulate the usage status of a rental card selling device for each game medium installed between gaming machines. While making it easy to check,
With this usage situation, it is possible to improve the detection rate of fraudulent activity by roughly finding out the gamers who may have illegally used the counterfeit lending card or the lending card whose data has been rewritten, in the eyes of the hall staff. Therefore, the point is to control the management loss of the amusement hall due to such fraud.

[0005]

In order to achieve the above object, the characteristic construction of the lending card vending device for gaming media according to claim 1 of the present invention is to install between adjacent gaming stands. A lending-card vending device for gaming media, wherein a housing unit for housing a lending card for lending a gaming medium and an issuing unit for issuing the lending card based on a sales command signal are provided in a possible casing. Therefore, based on the sales command signal or the card issuance detection signal indicating that the lending card has been issued from the issuing unit, the elapsed time until the next lending card is issued is calculated as the elapsed time. A control unit that causes the display unit provided in the casing to display over time is provided in the casing. With the above-mentioned characteristic configuration, the hall clerk circulates inside the game arcade, and looks at the display section provided on the front face of the casing of the lending card vending machine installed between the gaming machines, so that the last lending card vending machine can be rented from the lending card vending machine. You can easily visually check the elapsed time since the card was issued, and with this elapsed time, the usage status of the rental card selling device for this gaming medium, that is, the gaming table adjacent to this lending card selling device It is possible to roughly recognize whether or not the game player of the above purchases the rental card using the rental card selling device. Therefore, there is a lending card vending device for gaming media that is installed to make it convenient to purchase lending cards, except when the player is playing with a gaming medium obtained by winning a specific prize. Despite this, if the elapsed time is long, the hall staff member must rewrite the forged lending card or data without the player of the gaming table adjacent to the lending card selling device purchasing the regular lending card. It is easy to determine that there is a possibility of illegal use of the loan card, and the hall staff roughly finds such a player and pay attention to it, so that the fraud rate can be efficiently improved. Therefore, it is possible to suppress the management loss of the amusement hall due to such fraud.

According to a second aspect of the present invention, there is provided a device for lending cards for gaming media, characterized in that the control unit is provided with input means for inputting winning information from an adjacent game stand, and the input means. When the winning information is input from both of the gaming machines, the measurement waiting means holds the elapsed time displayed on the display unit at the elapsed time when the winning information is entered, and the gaming machines with respect to the input means. When the input of winning information from any one of the above is completed, there is provided a display resuming means for resuming and displaying again the accumulated time from the held elapsed time on the display section. In the above characteristic configuration, it is possible to suspend the measurement of the elapsed time while the adjacent gaming machines are both winning the prize, that is, while the players at the adjacent gaming machines are not in the state of using the lending card together. Therefore, the hall staff can know the more accurate elapsed time, which does not include the elapsed time when the loan card is rarely purchased from the loan card vending machine, and the usage status of the lending card vending machine Can be recognized more accurately.

According to a third aspect of the present invention, there is provided a device for lending cards for gaming media, characterized in that the display section is formed by arranging a plurality of light emitters which are turned on in at least one emission color. At the same time, the control unit is configured to control lighting of a plurality of light emitters based on a plurality of color development patterns that are preset corresponding to the elapsed time, each time the elapsed time has passed a predetermined time. In point. In the above characteristic configuration, a plurality of color development patterns are set in advance as compared with a display unit configured by a digital clock or an analog clock, which makes it easier for the player to notice that something is being measured. Although the hall staff who teaches how to read the elapsed time based on the above can understand the content, it is difficult for the player to understand the content of the coloring pattern.
Therefore, it is possible to efficiently improve the detection rate of fraudulent activity, and thus to suppress the management loss of the amusement hall due to such fraudulent activity, but , It is unlikely that the hall staff member feels uncomfortable that the usage status of the lending card vending machine is being monitored.

[0008]

DETAILED DESCRIPTION OF THE INVENTION

[First Embodiment] FIG. 1 shows a first embodiment of a lending card vending apparatus for gaming media according to the present invention. As shown in FIG. 2, in a gaming facility such as a pachinko hall, games arranged side by side. A bill validator B that can be installed between the adjacent stands A and has a height that is almost the same as the height of the gaming stand A and that has a narrow horizontal width and that takes in inserted bills and identifies whether the bills are good or bad. , A storage unit 2 for storing a plurality of prepaid cards C as rental cards for lending game media
And a card issuing machine D including an issuing section 3 for taking out and issuing the prepaid cards C one by one from the storage section 2 based on a sales command signal, and controlling the bill validator B and the card issuing machine D. A controller E including the controller 4 is provided. The gaming table A includes a pachinko machine, a slot machine, and the like, and the gaming medium includes a pachinko ball, a medal, and the like. In the first embodiment, the gaming machine A is a pachinko machine. The game medium is a pachinko ball.

An upper fixed panel 5A located in front of the bill validator B is provided on the front surface of the casing 1 (the portion facing the passage on the front side of the game island composed of the game tables A arranged in parallel). A movable panel 5B located in front of the card issuing machine D and a lower fixed panel 5C located in front of the controller E are arranged along the vertical direction.

On the upper fixed panel 5A, a bill slot 6 for inserting a 1,000-yen bill, a first selection button 7A for issuing a 1,000-yen prepaid card C, and a first for issuing a 3,000-yen prepaid card C. 2. A selection button 7B, a trouble indicator lamp 8 for indicating whether or not the bill validator B, the card issuing machine D, etc. are operating normally, and a photo sensor 9 as a card ejection sensor equipped in the issuing section 3. But issuer 3
When it is detected that the pre-paid card C has been issued from, the display unit 10 that displays the elapsed time with time until the next pre-paid card C is issued based on the card issuance detection signal is provided. There is.

On the movable panel 5B, a thousand-yen unit issued by the issuing unit 3 based on a sales command signal output from the control unit 4 by selecting one of the selection buttons 7A, 7B. The first to pay out the prepaid card C
Card issuing port 11A and second card issuing port 11 for paying out the 3,000 yen prepaid card C issued by the issuing unit 3
B is provided, and the movable panel 5B is provided inside the casing 1 and can be pulled out and moved forward with respect to the casing 1. A machine frame 12 of the card issuing machine D.
It is configured to be fixed to the front surface of the casing 1 with the machine frame 12 being pushed into the casing 1.

The storage section 2 includes a first storage section 2A for storing a plurality of 1,000 yen prepaid cards C stacked in a cassette case 13 in a stacked state, and a first storage section 2A for storing the prepaid cards C in the cassette case 13 as they are. A plurality of 3,000 yen prepaid cards C stacked in a stacked state in 13 are provided with a second storage portion 2B for storing the prepaid cards C in the cassette case 13 as they are, and the issuing unit 3 is also provided. From the cassette case 13 of the second storage portion 2B and the first issuing device 3A which takes out the 1,000 yen prepaid card C one by one from the cassette case 13 of the first storage portion 2A and dispenses it to the first card issuing port 11A. Take out the 3,000 yen prepaid card C one by one and take out the second card issuing slot 11B.
And a second issuing device 3B to be paid out to.

As shown in FIGS. 1 and 2, on the rear side of the casing 1, bills passing through the bill validator B are
A bill transporting device F that transports to a predetermined bill collecting unit is provided along the back side of the gaming table A.

Therefore, in the lending card selling device of the first embodiment, that is, the prepaid card selling device, a predetermined number of 1,000-yen bills are inserted into the bill insertion slot 6 and both selection buttons 7 are pressed.
When one of A and 7B, for example, the first selection button 7A is selected and operated, as shown in the control block diagram of FIG. 3, this operation signal is input to the control unit 4 and the 1,000 yen prepaid card C is issued. As described above, the control unit 4 outputs the sales command signal to the first issuing device 3A of the issuing unit 3, and the drive motor 14A of the first issuing device 3A is driven based on the sales command signal, so that the first storing portion 2A One thousand yen prepaid card C is taken out and paid out to the first card issuing slot 11A. At this time, among the photosensors 9, the first photosensor 9A on the side of the first issuing device 3A, the 1,000 yen prepaid card C was paid out to the first card issuing port 11A,
That is, it is detected that the card is issued, and this card issuance detection signal is input to the control unit 4, and the control unit 4 causes the display unit 10 to display.
Then, an elapsed time return signal for returning the display of the elapsed time to the initial state described later is output. The second selection button 7B
Similarly, when the user selects and operates, the control unit 4 outputs a sales instruction signal to the second issuing device 3B of the issuing unit 3 so as to issue the 3,000 yen prepaid card C, and based on this sales instruction signal. The drive motor 14B of the second issuing device 3B is driven to take out one 3,000 yen prepaid card C from the second storage portion 2B and dispense it to the second card issuing port 11B. At this time, the second of the photo sensors 9
The second photo sensor 9B on the issuing device 3B side detects that the 3,000 yen prepaid card C has been paid out to the second card issuing slot 11B, that is, is issued, and this card issue detection signal is sent to the control unit. 4, the control unit 4 outputs to the display unit 10 an elapsed time return signal for returning the display of the elapsed time to the initial state described later.

The display section 10 is a pair of light emitting diodes 15A, 1A, which is an example of two light emitting elements arranged side by side in the vertical direction on the upper fixed panel 5A while being exposed to the front side.
5B and a lighting state switching device 16 for switching the lighting states of both the light emitting diodes (hereinafter, referred to as LEDs) 15A and 15B. Both L
Each of the EDs 15A and 15B emits light in two emission colors of red and green, that is, a state of emitting in the emission color of red, a state of emitting in the emission color of green, and simultaneous emission of red and green. It is configured so that it can be switched between four states, that is, a state in which it emits light with a yellow emission color that appears due to the color mixing by and a state in which it turns off, and the power supply of the prepaid card vending device is turned on to enable the sale. At this time, an initialization signal is output from the control unit 4 to the lighting state switching device 16, and the LEDs 15A and 15B are initialized to the initial state where both LEDs are extinguished. After that, the control unit 4 outputs a lighting state switching signal each time the elapsed time has passed 30 minutes, and the lighting state switching signal is output based on a plurality of color development patterns which will be described later and are set in correspondence with the elapsed time. Both LEDs
It is configured to control lighting of 15A and 15B.

Next, both the LEDs 15A of the display unit 10,
The lighting control of 15B will be described based on the flowcharts shown in FIGS. Step 1 (S1): When the prepaid card vending machine becomes the vending state, first, the timer 4 of the control unit 4
A is initialized and set to 0 minutes. Step 2 (S2): The timer 4A starts operating. Step 3 (S3): An initialization signal is output from the control unit 4 to the lighting state switching device 16, and both LEDs 15A,
15B is a color development pattern in which both are turned off.

Step 4 (S4): The issuing unit 3 sells (issues) one of the 1,000 yen or 3,000 yen prepaid cards C, and either the first photosensor 9A or the second photosensor 9B. It is determined whether the card issuance detection signal is output to the control unit 4, and if the card issuance detection signal is output to the control unit 4 from either one of the photosensors 9A and 9B (Yes), the above step 1 is performed. Return to. Step 5 (S5): When it is determined that the card issue detection signal is not output to the control unit 4 from both photo sensors 9A and 9B in Step 4 (No).
Judges whether or not the elapsed time of the timer 4A has passed 30 minutes, and if the elapsed time of the timer 4A has not passed 30 minutes (No), returns to the step 4. Step 6 (S6): When it is determined in step 5 that the elapsed time of the timer 4A has passed 30 minutes (Y
es), the lighting state switching signal is output from the control unit 4, and the upper LED (hereinafter, referred to as the first LED) 15 is output.
With the light of A turned off, the lower LED (hereinafter referred to as the second LED) 15B has a coloring pattern in which it emits a green emission color, and the process proceeds to the next step 7.

Step 7 (S7): The same judgment as in Step 4 is performed, and if the card issuance detection signal is output to the control unit 4 from either one of the photosensors 9A and 9B (Yes), the above step is performed. Return to 1. Step 8 (S8): When it is determined that the card issuance detection signal is not output from the photosensors 9A and 9B to the control unit 4 in Step 7 (No).
Judges whether or not the elapsed time of the timer 4A has passed one hour, and when the elapsed time of the timer 4A has not passed one hour, returns to the step 7. Step 9 (S9): When it is determined in step 8 that the elapsed time of the timer 4A has passed one hour,
The lighting state switching signal is output from the control unit 4, and the first LE
The second LED 15B has a coloring pattern in which the second LED 15B is lit in a yellow emission color that is a mixture of red and green while the D15A is off, and the process proceeds to the next step 10.

Step 10 (S10): Step 4
When the card issuance detection signal is output to the control unit 4 from either one of the photosensors 9A and 9B (Yes), the process returns to step 1. Step 11 (S11): In the step 10,
When it is determined that the card issue detection signal is not output to the control unit 4 from either of the photosensors 9A and 9B (N
o) determines whether or not the elapsed time of the timer 4A has passed 1 hour and 30 minutes, and if the elapsed time of the timer 4A has not passed 1 hour and 30 minutes (No), the above step 10 is performed. Return to. Step 12 (S12): In the step 11,
When the elapsed time of the timer 4A has passed 1 hour and 30 minutes (Yes), the lighting state switching signal is output from the control unit 4, and the first LED 15A remains off, while the second LED 1 is turned off.
5B becomes a coloring pattern in which red light is emitted, and the process proceeds to the next step 13.

Step 13 (S13): Step 4
When the card issuance detection signal is output to the control unit 4 from either one of the photosensors 9A and 9B (Yes), the process returns to step 1. Step 14 (S14): In the step 10,
When it is determined that the card issue detection signal is not output to the control unit 4 from either of the photosensors 9A and 9B (N
o) determines whether or not the elapsed time of the timer 4A has passed 2 hours. If the elapsed time of the timer 4A has not passed 2 hours (No), the process returns to step 13. Step 15 (S15): In the step 14,
When the elapsed time of timer 4A exceeds 2 hours (Yes
In s), a lighting state switching signal is output from the control unit 4,
While the first LED 15A lights up in the green emission color,
The second LED 15B has a color-forming pattern in which it is turned off, and the process proceeds to the next step 16.

Steps 16 (S16) to 48
(S48): After that, although the description is omitted, as shown in the flow charts of FIGS.
In a state where the card issuance detection signal is not output to the control unit 4 from any of 9B, a lighting state switching signal is output from the control unit 4 every 30 minutes of the elapsed time of the timer 4A, and the elapsed time is responded to. Based on a plurality of color development patterns as shown in the following [Table 1] (including a color development pattern after 2 hours have passed from the initial state), both L
Lighting control of the EDs 15A and 15B is sequentially performed. If the elapsed time exceeds 8 hours,
In the middle of 6 to step 48, both the photosensors 9A,
The card issuance detection signal from one of 9B is the control unit 4
If it is output to the LED 15, the process returns to the step 1 and the timer 4A is initialized and starts to operate again.
A and 15B are configured to start displaying again from the initial state.

[0022]

[Table 1]

[Second Embodiment] FIG. 10 is a control block diagram of a second embodiment of the game medium rental card selling apparatus according to the present invention. The configuration of the second embodiment is the configuration of the control unit 4. The configuration is similar to that of the first embodiment except the above. In the control unit 4 of the second embodiment, the winning information output from the control unit 20 installed in each of the two game consoles A adjacent to the left and right in the control unit 4 of the first embodiment is provided. When the winning information is input from both of the game consoles A to the AND circuit 21 as an input unit for inputting, and that is, both adjacent game consoles A both receive a prize (generally, "big hit"). ") Is interrupted, the measurement of the elapsed time by the timer 4A is interrupted,
A measurement standby unit 22 is provided for holding the elapsed time displayed on the display unit 10 at the elapsed time when the winning information is input. Further, in the control unit 4, when the input of winning information from either one of the both adjacent gaming machines A to the AND circuit 21 is completed, the timer 4A is restarted from the suspended state, Display resuming means 23 for resuming and displaying again from the held elapsed time on the display unit 10.
Is provided. Both LEDs 15 of the display unit 10
Lighting control of A and 15B is performed based on a flowchart similar to the flowchart of the first embodiment.

In the lending card selling device according to the second embodiment having the above-described structure, when the winning information is input to the AND circuit 21 from the control units 20 of the adjacent gaming machines A, The prize information is output from the AND circuit 21 to the measurement standby means 22, an interrupt occurs in the control for displaying the elapsed time on the display unit 10 by the measurement standby means 22, and the timer 4A indicates the elapsed time when the prize information is input. While keeping the state, the measurement of the elapsed time after that is interrupted, and both the LEDs 15A and 15B of the display unit 10 are turned off. Then, when winning of at least one of the adjacent gaming machines A is completed and the game state returns to the normal gaming state, and the winning information input from the control unit 20 of the one gaming machine A is completed, the AND The output of the winning information from the circuit 21 to the display switching standby means 22 is cut off, the interruption is canceled, and the display restarting means 23 causes the timer 4 to operate.
When A starts to operate, the accumulated time is again measured from the held elapsed time, and both LEDs 15 of the display unit 10
A and 15B are restored to the held color development pattern of the elapsed time, and are integrated and displayed again on the display unit 10 from this color development pattern.

For example, when 4 hours and 15 minutes have passed since the prepaid card C as the lending card was finally sold from the lending card vending apparatus for gaming media according to the second embodiment, the lending card vending apparatus is operated. When one of the two adjacent game stands A wins and the other game stand A continues to win, the first LED 15A of the display unit 10 which is lit in green and the red LED illuminates in red. 2nd L
Both ED15B are turned off. Then, when the winning of either one of the two adjacent gaming machines A which has won the prize is finished, the first LED 15A is turned on in green again, and
The second LED 15B is also turned on in red again, and the display is restarted from the elapsed time when the winning information is input.

[Other Embodiments] In each of the above embodiments, the display unit 10 is composed of two light emitting diodes 15A and 15B, and the light emission patterns of the two light emitting diodes 15A and 15B are used to detect the card issuance detection signal. Thus, the elapsed time until the next prepaid card is issued is displayed, but the present invention is not limited to this structure, and the display units 10 are arranged in a matrix. With a light bulb
It may be configured by a lighting state switching device that switches the lighting state of each of the plurality of light bulbs, and the elapsed time may be displayed by a lighting pattern of the plurality of light bulbs.
Alternatively, the display unit 10 may be configured by a digital clock or an analog clock, and the elapsed time may be directly displayed on the digital clock or the analog clock. That is, the configuration of the display unit 10 can be changed as appropriate. In each of the above-mentioned embodiments, the elapsed time can be displayed at intervals of 30 minutes for a maximum of 8 hours, but the maximum elapsed time can be shortened or extended by changing the setting of the interval time. You can Further, by changing the number of the installed light emitting diodes or by providing a light emitting diode having one or three or more light emitting colors, the number of combinations of light emitting patterns can be increased or decreased, and the display of the longest elapsed time can be shortened. Alternatively, it can be extended. The light emitting patterns of the both light emitting diodes 15A and 15B may be such that there is no state in which both the light emitting diodes 15A and 15B are off, and the light emitting patterns of the both light emitting diodes 15A and 15B are as follows. Both the light emitting diodes 15A and 15B may be in a state in which they are both lit in one of the emission colors. That is, the light emitting patterns of both the light emitting diodes 15A and 15B can be changed appropriately. The lending card C is not limited to a prepaid card, and the lending card C may be composed of a card-shaped gaming medium exchange ticket whose usage period is limited. In each of the above-described embodiments, based on the card issuance detection signal indicating that the lending card C has been issued from the issuing unit 3,
The time elapsed until the next lending card C is issued is configured to be displayed on the display unit 10 provided on the front surface of the casing 1 with time, but is not limited to this configuration. Rather, the both selection buttons 7A, 7B
Based on the sales command signal indicating that one of the selections is operated, the elapsed time is displayed on the display unit 10 provided on the front surface of the casing 1 until the next lending card C is issued. It may be configured to be displayed on. In the second embodiment, when the winning information is input from both the control units 20 of the adjacent gaming machines A, the LEDs 15A and 15B of the display unit 10 remain in the coloring pattern of the elapsed time and the winning information is input. It may be configured to hold the elapsed time.

It should be noted that reference numerals are added to the claims for convenience of comparison with the drawings, but the present invention is not limited to the configurations of the accompanying drawings by the entry.

[Brief description of the drawings]

[Figure 1] Partially cutaway side view of the lending card sales device

FIG. 2 is a perspective view showing an installed state

FIG. 3 is a block diagram.

[Fig. 4] Flow chart

5 is a flowchart following FIG.

FIG. 6 is a flowchart following FIG. 5;

FIG. 7 is a flowchart following FIG. 6;

8 is a flowchart following FIG. 7.

9 is a flowchart following FIG.

FIG. 10 is a block diagram of a second embodiment.

[Explanation of symbols]

 A gaming table C lending card (prepaid card) 1 casing 2 storage part 3 issuing part 4 control part 10 display part 15A light emitter (first LED) 15B light emitter (second LED) 21 input means (AND circuit) 22 measurement standby means 23 Display restart means

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁶ Identification code Internal reference number FI Technical display location G07F 7/08 G07F 7/08 S

Claims (3)

[Claims] 1. A storage section (2) for storing a lending card (C) for lending a game medium in a casing (1) which can be installed between adjacent game stands (A). ,
A lending card vending device for gaming media, which is provided with an issuing unit (3) for issuing the lending card (C) based on a sales instruction signal, wherein the sales instruction signal or the issuing unit (3) Until the next lending card (C) is issued based on the card issuance detection signal that the lending card (C) has been issued.
A control unit (4) for displaying the elapsed time on a display unit (10) provided on the front surface of the casing (1) with time.
Is a device for lending cards for gaming media provided in the casing (1). 2. The input means (2) for inputting winning information from the adjacent gaming machine (A) to the control section (4).
1) and when the winning information is input to both of the game consoles (A) to the input means (21), the elapsed time displayed on the display unit (10) is the elapsed time when the winning information is input. When the input of winning information from either one of the game stands (A) to the input means (21) and the measurement waiting means (22) held in the display section (10) is completed,
2. The gaming medium lending card selling device according to claim 1, further comprising: a display resuming unit (23) for resuming the accumulated display from the held elapsed time. 3. The display section (10) is formed by arranging a plurality of light emitting bodies (15A, 15B) which are turned on in at least one emission color side by side, and the control section (4).
However, it is configured to control the lighting of the plurality of light emitters (15A, 15B) based on a plurality of color development patterns that are preset corresponding to the elapsed time, each time the elapsed time has passed a predetermined time. The rental card selling device for gaming media according to claim 1 or 2.