JPS60114286A - Chicket publication machine of pinball machine - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial Field of Application) The present invention issues paper magnetic tickets that serve as transaction media between halls and guest rooms. This relates to a ticket issuing machine for a pachinko machine.

(Prior Art) The applicant has already provided a system for reading magnetic ticket data on pachinko machines.

In this system, the number of balls and code data to prevent fraud are recorded on the magnetic ticket.

Since the game is played based on this data, it goes without saying that the data recorded on the magnetic ticket must be accurate. If the data is inaccurate, it can lead to various problems such as distrust towards one customer and fraudulent play.

(Objective of the Invention) Therefore, an object of the present invention is to provide a ticket issuing machine for a pachinko machine that can record data extremely accurately on a magnetic ticket.

(Structure of the Invention) To achieve this objective, the present invention has the following four ('4') features.

Sunai]chi.

In a pachinko machine, the pachinko machine is provided with a reading means for reading data on a magnetic ticket, and a game is played based on the data on the magnetic ticket.

The power to form a magnetic ticket by cutting a continuous bottle-shaped ticket strip, which is applied to the reel U and has one side as a magnetic recording surface and the other side as a printing surface.

a recording means for magnetically recording man-hour data for the number of coins inserted into the magnetic ticket and code data for fraud prevention; a reading means for reading the data of the magnetic ticket recorded by the recording means; and when recording by the recording means. and comparison means for comparing the data read by the reading means.

This is a pachinko machine ticket issuing machine consisting of:

(Example) The invention will now be explained with reference to illustrated embodiments.

Before that, I will give an overview of the entire system.

In the long-single system, a 7-magnetic ticket 1 is used as shown in 1i1(A). Namely.

This magnetic ticket 1 is made of paper, with one side serving as a magnetic recording surface 1a and the other side serving as a printing surface 1b printed by a thermal printer, which will be described later.
Ball number data and code data for fraud prevention are recorded on the magnetic recording surface 1a and issued.

In FIG. 2, the system is roughly composed of a host computer 2, a number of pachinko machines 3 for play, a number of ticket collection/reading machines 4 for counting, and a ticket issuing machine 5. I will explain each one one by one, but the host computer 2 is for overall management of the entire system, and the pachinko balls themselves are the transaction medium between halls and halls. It is used in general pachinko machines.

The pachinko machine 3 is connected to the host computer 2 via an adapter 5a, and as shown in FIG. ; to do oneself.)
9 is ψ, and io is its data bus.

In addition, in FIGS. 4 and 5, 11 is the frame of the pachinko machine 3, and 12 is the 3J! ! : The game board 12a is a cover that covers the game board 12.

Two safe holes 13 and one out hole 14 are provided on the game board 12, and an IC4 rail 1 is provided to guide balls fired by a ball hammer described later into the game board 12.
5 is provided.

On the back side of the game board 12, a safe ball case 16 and an out ball case 17 are formed as shown in Fig. 9145, and the exits of all the safe holes 16 are connected to the safe ball case 16.
The outlet of the out hole 14 faces the inside of the out ball case 17.

18 is a safe ball passage led out from the safe ball case 16, 19 is an out ball passage led out from the out ball case 17, and safe balls and out balls are always in each passage 18.
and 19 separately.

In FIGS. 6 and 7, 20 is a launch rail;
A foul ball escape section 21 is formed by the upper end of this launch rail 20 and the lower end of the 6-channel rail 15, and a foul ball passage 22 for foul balls that fall into this foul ball escape section 21 is a foul ball escape section 21. 21. 23 is a ball gutter; 24 is a ball circulation path; and 18 is a safe ball path. The outlet ends (lower ends) of the out ball passage 19 and the foul ball passage 22 are all connected to the hitting ball circulation passage 24, and the lower end that becomes the exit of the hitting ball circulation passage 24 is connected to the upper end that becomes the entrance of the waiting ball value 23. connected. Due to this.

It is constructed so that all the pachinko balls, including safe balls, out balls, and foul balls, are concentrated in a waiting ball gutter 23, and a certain amount of pachinko balls are circulated within the building for use.

The lower end of the waiting ball gutter 23 is connected to the 1-launch rail 20.
facing the lower end of the proximal part, and the shaft 25
The ball feeding portion 2 of the ball feeding lever 26 is driven to rotate around the ball feeding lever 26.
6a is coming. This ball feed lever 26 is for waiting ball 4
Move the pachinko balls in 23 one by one to the launch rail 20:
'It is a 4th feed, and its encouragement is synchronized with the movement of the batting mallet, which will be described later: it! I fill. 27 is a batting mallet, and this batting ball, the Gkij part at the end of the button 27 is the firing rail 2.
The lower end of 0 faces into the firing section. With this configuration, the pachinko balls sent sequentially from the standby ball gutter 23 are hit by the ball hammer 27 and then hit by the firing rails 20, 1. It is designed to fly into the game board 12 through a guide rail 15. 28 is an entrance from the waiting ball gutter 23 to the launch rail 20.

29 is a pressure relief device, and 30.50' is its pressure relief operation lever. These pressure release operation levers 30° and 30' are for extracting the pachinko balls in the standby ball gutter 23 to the outside, and are installed on the length of one machine so that they cannot be operated from the outside and the balls are removed illegally. is prevented from occurring. These 2
Of the two pressure relief operating levers 30, 30', the pressure relief lever 30 is used to take out one pachinko ball one by one with each operation, and the other pressure relief lever 30' is used to take out one pachinko ball at a time.
It is said that a number of pachinko balls are taken out in succession by performing the same operation twice. The pressure relief operation lever 60 is for J
The pachinko balls in 25 and the bowl of pachinko balls have a hole in the vicinity thereof, and the tip thereof has a tapered shape.

Moreover, at the longitudinally intermediate portion of this pressure relief operation lever 60.

A contact operation portion 30a is provided in a protruding manner. Pressure relief operation lever 3
0' extends slightly below the contact operation sound ji30a of the pressure release operation lever 30, and its tip abuts against a lever portion 31a of a crank member 31, which will be described later. 61 is a crank member, 32 is a slider, and the crank member 61 has a substantially dogleg shape and has two lever parts 31a, 3.
1b, and is rotationally driven around Ih31c and B. The lever part 3Ib of the crank fif('jA31) and the lever part 3Ib of the crank fif('jA31) are connected to the coil lever part 53, which causes the crank member rotor 1 to rotate clockwise. Part 31 of the lever
a is pushing up the pressure relief 'LM lever 50.30'. The slide par 52 is provided so as to be slidable in the horizontal direction with respect to the frame. D the small hole for 4 exits.
I u'', and its sliding operation (as performed by the lever part 31b of the rank part 41.111)
It has been completed. After this, press the pressure relief operation lever 50 from the back side of the machine and press the lever 2rl of the crank member 31 with the operation part 30a.
31a is pulled, the crank member 31 is rotated counterclockwise [1'' against the undivided force of the coil spring 63, and the lever part 51a moves the slider 62.
is slid to the right in the figure, and the small ejection hole 12d is opened at v.
The game is completed and the pachinko balls are taken out. At this time, the tip of the pressure relief operation lever 60 enters the boundary between the first ball and the second ball, and the outflow of the balls after the second ball is removed is stopped for a moment. Further, if the pressure relief operation lever 30' is pushed in incorrectly, the lever part 31a of the crank part shell 61 is pushed by the tip y11, : part, and the crank part 61 is pressed.
is rotated, and the slider 32 is moved to the lever "J 5 l".
It is assumed that pachinko balls are caused to flow out in succession by a sliding operation by b.

Safe ball passage 18. In the foul ball passage 22.

A safe ball detection sensor →)-64 and a foul ball detection sensor 35 for detecting balls passing through each passage 18.22 are provided at the lower end of the ball gutter 23 (which is also long at the lower end of the launch rail 20). A shot ball detection sensor 66 is provided for detecting a shot ball. These detection sensors 34, 35, 36 are connected to the data bus 10 via an interface 37, and their detection signals are sent to the MPU 9.
The count values are sequentially stored in the data storage memory 8.

A handle 68 is provided at the bottom of the frame 11, and a stop solenoid 39 is provided at the back of the frame 11, and this solenoid 39 is connected to the data bus 1o via an interface 4o. . Also,
A window 12C is formed in the lower part of the door cover 12a, through which the balls within the waiting ball price can be seen.

Reference numeral 41 denotes a stop lamp, and 42 a ball release status display lamp, which serves as the ball release status display device 1. Both the stop lamp 41 and the ball release status display lamp 42 are provided above the frame 11, and connect the E-L interface 40. Data bus 1o via
It is connected to the. The stop lamp 41 lights up when the number of balls put out by the pachinko machine 3 reaches the number of balls to stop, indicating that the game has stopped. The ball output status display lamp 42 displays the ball output status of the pachinko machine 3 according to the number of balls output, and is a lamp 42a.

It consists of three lamps 42b and 42c, and is configured to perform three-stage display here. for example.

Assume that the number of 3i shots of pachinko machine O is 4000 shots.

In this case, the lamps 42a, 42b, and 42C are set to
This will cause it to turn on next time. According to the ball output status display lamp 42, it is possible to easily grasp how many pachinko balls are being output at each machine and when the pachinko balls are delivered to the white coat.

Further, the ball output status display device is not limited to an optical display such as the above-mentioned ball output status display lamp 42. For example, it is also effective to use a buzzer or the like to generate a sound depending on the number of balls put out. The optical display may also be made to blink rather than simply turn on, and if this blinking is followed by a buzzer or the like, an effect can be obtained to stimulate the player's desire to play. .

43 is a winning display lamp, and this winning display lamp 46 is
Each time a pachinko player enters the safe hole 13 and wins a prize, it lights up to display this person U+. 44 is a speaker, and this speaker 44 is for generating onomatopoeia when a pachinko ball wins. Reference numeral 45 denotes a ball number display, which numerically displays the current number of balls held, and is connected to the data bus 10 via an interface 46.

The displayed numbers are assumed to be passively determined by detection signals inputted to the MPU 9 from the valley detection sensors 34, 35, and 36 for safe balls, foul balls, and fired balls. Talented. The interface 40 connects the safe ball balsa 47 and the starting ball balsa 48, which generate a pulse to manage correction for every 6 units, every time the safe ball detection sensor 64 and the original ball detection sensor 36 generate detection number 12. It is connected to the data bus 10 via the host computer 2, and when the post computer 2 generates an abort based on these generated pulses (G+Ai), the host computer 2 issues an abort occurrence. The meaning of the pulse) is to be played. A stop detector 49 is connected to the data bus 10 via the data bus 40, and receives a stop pulse from the host computer 2 and outputs it to the PI3. In addition to the above-mentioned stop for each 6 cars, the stop is for each customer, that is, when the maximum number of balls that a customer can take is exceeded, the game is also called a stop, but this is managed by the MPU 9.50 52 is a stop generation balsa which is connected to the data bus 10 via the interface 4o.
This is to set the maximum allowable number of balls played by a customer and the number of balls played per winning ball, and by comparing the set value of this man-hour setting device 5o with the customer's current number of man-hours, Termination is now controlled. When this stop occurs, a stop occurrence pulse is simultaneously output from the stop generation balsa 52 to the host computer 2, and a display panel (not shown) of the host computer 2 indicates that a stop has occurred at that stand. It is now displayed.

Reference numeral 53 denotes a recording/reproducing device, which is provided one unit below.

As shown in FIG. 8, this recording/reproducing device 53 has a ticket entrance 54 on the front thereof, and the magnetic ticket 1 is inserted through this ticket entrance 54.

Inside this recording/reproducing device 56, there is a ticket entrance/exit 54.
A transport path (not shown) is formed with the starting point at , and a number of transport rollers 55 and 56 are disposed above and below the transport path, and the magnetic ticket 1 is held between the rollers 55 and 56 in the transport path. It has been carved to take the form it is made of. Reference numeral 57 is a conveyance motor consisting of a pulse motor capable of forward and reverse rotation, and 58 is an output roller fixed to its output shaft.A belt 59 is wound around the output roller 58 and the conveyance roller 56.

The carry-in roller 56 is driven by a conveyance motor 571. The conveyor shaft 57 is connected to the data bus 1° via an interface 6o, and a rotation direction switch 61 for changing the rotation direction thereof is connected to the data bus 10 via an interface 60f.

A read head 62 and a write head 63 are further provided on the conveyance path of the recording/reproducing device 56, and the read head 62 records information on the magnetic recording surface 1a of the magnetic ticket 1. Ball count data.

The write head 63 is used to read data such as code data for fraud prevention, and the write head 63 is used to record the man-hour data at that time on the magnetic recording surface 1a of the magnetic ticket 1 as the latest ball number data at the end of the game. It is said that

64 is a digital analog level converter (hereinafter abbreviated as DA converter), this DA converter 64 is connected to the data bus 10 via an interface 65, and the read head 62 and write head 63 D.A.
The signal is read directly by the converter 64. As a result, the exchange of data signals between the two heads 62, 63 and the MPU 9 is D.
This is done via the A converter 64. Also.

A timing signal generator 66 is connected between the DA converter 64 and the transport motor 57, and this timing signal generation value (66 controls the rotation of the transport motor 57 and the head 6).
2.66 is assumed to be synchronously controlled with recording and playback.

Reference numeral 67 denotes a printing device, and this printing device 67 is roughly composed of a thermal printer 6B, a solenoid 69, a pressure roller 70, and a coil spring 71, and is connected to the data bus 1a via the interface 60. The thermal printer 68 and the solenoid 69 are fixed to a machine frame (not shown) across the conveyance path, and the pressure roller 7° is placed directly below the conveyance path. A belt 72 is wound around it. The coil spring 56 is installed between the plunger 54a of the solenoid 54 and the thermal printer 53. Due to this 41" configuration, the printing machine 67 has a solenoid 69
When the power is turned off, the plunger 69a closes the pressure contact port ~7
0, the pressure roller 7o contacts the coil spring 7
The printed surface 1b of the magnetic ticket 1 on the pressure roller 70 is brought into contact with the thermal printer 68, and the man-hour data recorded on the magnetic recording surface 1a at the end of the game. Figure 1 (B) shows the same numerical values on the printed surface 1b.
It is designed to be printed as shown in (C).

A ticket entrance/exit detection sensor 73 is installed at the ticket entrance/exit 54 and connected to the data bus 10 via an interface 74. This ticket entrance/exit detection sensor 73 detects the presence or absence of the magnetic ticket 1 at the ticket entrance/exit 54, and its detection signal is mainly used to drive the transport motor 57. It becomes the essence of necessity. When the ticket entrance/exit detection sensor 76 detects a single magnetic ticket 1, the MPU 9 controls the rotation direction switch 61 to change the rotation direction to the magnetic ticket 1.
is set in the direction of moving from the ticket entrance 54 to the back of the τ feeding path (N/C direction), and the power of the conveying motor 57 is turned on. On the other hand, when the magnetic ticket 1 is pulled out from the ticket entrance 54 and the ticket in/out/next out sensor 76 detects this (that it has been pulled out), the MPU 9 activates the transport motor 57.
However, the telephone line has been cut off and the service has been suspended.

A reading position detection sensor 75 is disposed at a position where the magnetic ticket 1 contacts the read head 62 on the conveyance path.

This reading position detection sensor 75 is connected to the interface 74
It is connected to the data bus 10 via the data bus 10, and its detection signal mainly serves as a tamper-proof operation of the MPU 9. That is, the magnetic ticket 1 inserted and moving in the reading direction
If the MPU 9 is held by the direct detection sensor 75, the MPU 9 enters a state of waiting for data to be read by the read head 62, and upon receiving it, the data is stored in the data storage memory 8 ll'j L/ After that, 1 to 1 PU9 compare the code take inputted by -1 with the preset code data.

On the other hand, an anti-tampering code reader 76 is connected to the take bus 10 via an interface 77, which reads and presets code data from a chiget collection aG collecting machine, which will be described later. It is said that By the way, as a result of the comparison, if both data match, it is determined whether the input number of balls taken is greater than or equal to the maximum number of balls that the customer can have, and whether it is zero, and this is OK. If so, the input ball number take is sent to the ball number display 45, its content (the number of balls held by the customer) is displayed, and the stop solenoid 69 is turned on to make the game ready for play. If it is OK, the magnetic ticket 1 is returned to the ticket entrance 54. Also, if the code data comparison results do not match,
Again, the magnetic ticket 1 is returned to the ticket entrance 54.

The innermost part of the conveyance path is a place where the magnetic ticket 1 is kept, and a stop position detection sensor 78 is provided there, and the magnetic ticket 1 moving in the reading direction is
When detected by this stop position detection sensor 78, the conveyance motor 57 is stopped and left at that location.

Then, in the case of fraud, the case that the number of balls held by the customer is zero, the case that the customer cancels the game, and the case that the payment button described later is operated, the conveyance motor 57 is controlled by the MPU 9 in its rotation direction. is set in the recording direction and the power is turned on again. Incidentally, in cases where the number of balls held by a customer is zero or cases where the number of tickets is fraudulent, a storage box or the like for collecting tickets may be provided and the tickets may be disposed of there. In this case, a ticket detection sensor 79 is provided to detect whether or not the magnetic ticket 1 has been reliably discarded.
This is to stop the feed mode 57. A payment button 80 provided on the front side of the recording/reproducing device 56 is connected to the data bus 10 via the interface 4D.

A writing position detection sensor 81 is provided at a position where the magnetic ticket 1 contacts the light nozzle 66 of the conveyance path.

This writing position detection sensor 81 is connected to the interface 74
It is connected to the data bus 10 via the MPU 9, and its detection signal becomes the basis for the data recording operation of the MPU 9. That is,
8 When the magnetic ticket 1 moving in the self-recording direction is detected by the writing position detection sensor 81, the detection signal is read, and data B and the number of balls data in the self-recording memory 8 are read. While converting the code data for prevention into the writing format specified by the program, the data is sent to the write node 63, and is sequentially magnetically recorded on the iA'AtN self-recording surface 1a of the magnetic chip node 1.

Next, when the magnetic ticket 1 is detected by the reading position detection sensor 75, MP 09! The magnetic ticket 1 is moved in the reading direction to perform the reading operation, and the data read by the read head 62 is read and stored in the data storage memory 8.

When all the data has been read, the MPU 9 temporarily stops the transport motor 57 and compares the data that was written and the data that has just been read. When the result does not match (G1), the rotation direction of the transport motor 57 is switched and driven, the magnetic ticket 1 is returned to the position detected by the stop position detection sensor 78, and the writing starts again. Sometimes, the conveyance motor 57 is rotated to move the magnetic ticket 1 toward the ticket entrance 54. On the way, at a predetermined timing, the printing machine 67 prints in the form shown in FIG. 431 (B).
Tickets will be sent out on 0/17.

In addition, when each player changes machines and plays using the same magnetic ticket 1, the new machine will operate based on the data written by the machine that was previously treated with peracid. For example, if a customer changes the machine for two days, the number of balls is recorded each time in the magnetic recorder 1a of the magnetic ticket 1, and is also recorded on the printed surface 1b as shown in Figure 1 (C). It is printed as shown. This printed value is used for dividing the payment.

Next, the ticket collection machine 4 will be explained. First, this ticket collection/reading machine 4 is connected to the host computer 1 via an adapter 4a like the pachinko machine 3, and has a program storage memory as shown in FIG. 82 and a data storage memory 83, 85 is its data bus, and the pachinko machine 5,
Each device of the ticket issuing machine 5 has a fraud prevention code setting device 86 as a representative. This fraud prevention code setting device 86 is
It is used to preset code data such as dates and store numbers, and is connected to the data bus 85 via an interface 87. Further, a code transmitter 88 is connected to the fraud prevention code setting device 86, and the code is outputted from the code transmitter 88 toward the pachinko machine 3 and the ticket issuing machine 5.

The ticket collection/reading machine 4 has a key switch 89, which is used to input the man-hour data recorded on the printed surface 1b of the magnetic ticket 1. It is connected to the. The data entered by this is MP
The data is temporarily stored in the data storage memory 83 by U84.

By the way, the ticket collection/reading device 4 has the same mechanical configuration as the recording and reproducing device 55 of the pachinko machine O.
A pulse motor is used as the transport motor 91.

This transmission motor 91 is connected to a data bus 85 via an interface 92. A ticket insertion port is formed at the starting end of the transmission path, a ticket insertion detection sensor 9'5 is provided in this ticket insertion port, and the ticket insertion port is connected to the data bus 85 via an interface 94. . When the ticket insertion detection sensor 9B detects the ticket 1 inserted,
The 'bW feeder 91 is driven, and the magnetic ticket 1 is conveyed between the read heads of the read heads, which will be described later. In addition to the key switch 89, an optical reader 95 is also provided as means for presetting the man-hour data printed on the print surface 1b of the magnetic ticket 1.

A read head 96 is connected to the data bus 85 via a D'A'& converter 97 and an interface 98. Further, reference numeral 99 is provided in the RI'C pickup position lateral position detection sensor transmission path at a position where the magnetic ticket 1 moving in the reading j0ζ direction contacts, and is connected to the data bus 85 via the interface 94. 8 f when the detection signal of this reading position detection sensor 99 is output.
The P U 84 is configured to sequentially store the data from the read controller 96 in the data storage memory 83, and after the storage is completed, the transfer motor 91 is turned off. Note that a timing signal generator 100 is connected between the DA converter 97 and the transmission motor 91, and in this ticket collection/reading machine 4 as well, the timing signal generator 100 is connected between the w' pick-up operation of the read head 9 and the transmission motor. The same Luri control as the rotational movement of 91 is performed.

101 is an error display lamp, 102 is a match display lamp, and a data bus 85 is connected via an interface 103.
These display lamps 101, 102
is for displaying the results of data comparison by the MPU 84. That is, the error indicator lamp 101 lights up when the result of comparing the ball number data from the magnetic recording surface 1b of the magnetic ticket 1 and the key switcher 89 or the optical reader 95 is that the two data do not match. It displays an error. Further, the match display lamp 102 is
As a result of comparing the man-hour data, if both data match and furthermore, the result of comparing code data for fraud prevention is also OK, the light is lit to notify that there is no error or fraud.

Further, 104 is a man-hour display, 105 is a code display, and these displays 104 and 105 are the magnetic ticket 1
It displays the data read from the magnetic recording surface 1a of the magnetic recording surface 1a, and it is also possible to compare the data using these.

That is, if the staff member compares the numbers and codes on the print surface 1b with the displays on both displays 104 and 105, it will be confusing.

106 is a discard switch, and interface 105
The discard switch 106 is connected to the data bus 85 via the ticket bus 85, and the discard switch 106 is operated when proceeding to discard the ticket after the prize exchange transaction is completed.
When the ON signal is issued, the conveyance motor 91, which has been in a stopped state, is powered on, and the magnetic ticket 1 is conveyed further to the back. A nacket bunner device 107 and a waste processing position detection sensor 108 are disposed in the middle of the conveyance path, and these are connected to a data bus 85 via interfaces 92 and 94, respectively.
It is connected to the. When the moving magnetic ticket 1 is detected by the waste processing position detection sensor 108, the nacket panner device 107 is activated to punch a bunch hole in the magnetic ticket 1 and drop it into a storage box or the like, thereby removing the bag 6.
Abandonment processing is now available. A waste detection sensor 109 is provided at the entrance of a Bt waste collection space such as a storage box, so as to confirm that the magnetic ticket 1 has been reliably discarded. Then, the pulse generator 110 connects to the data bus 8 via the interface 111.
When the MPU 84 reads the detection signal from the discarded ticket detection sensor 109, it turns off the power to the transport motor 91 and transmits pulses such as the number of collected balls from the pulse generator 110 to the host computer 2 and other sales collectors. another(
After sending the data to the data storage device 9, etc., the data storage memory 86, man-hour display 104, code display 105, etc. are cleared or reset to wait for the next nacket.

Next, the ticket issuing machine 5 of the present invention, which issues the magnetic ticket 1 serving as a transaction medium between halls and guest rooms in the above system, will be evaluated.

First, as shown in FIG. 2, the ticket issuing machine 5 is also connected to the host computer 2 via the adapter 5a, and as shown in FIG.
12 and a data storage memory 113, and 115 is a data bus.

On the front of the ticket issuing machine 5, as shown in FIGS. 11 and 12, there is a sales indicator light 116 and a nugget end indicator light 1.
17, a coin input number display section 118, a coin vending switch 119, and a coin return switch 120 are arranged as shown in the figure.
15, and further provided with a coin input port 122, a coin return port 125, and a ticket takeout port 124. That is, the ticket issuing machine 5
When is lit, it is possible to sell the magnetic ticket 1, and when it is off, it is not possible to sell the magnetic ticket 1, and when this sale is not possible, the nacket end light 117 is lit. In the case of 1), this indicates that there are few or no tickets left in the continuous ticket band, which will be described later, and sales are no longer available. The number of coins inserted is displayed on the coin input number display section 118, and after checking the display and confirming the number of coins &k, when the coin sales sweetener 119 is pressed, a magnetic ticket 1 is issued at the ticket outlet 124. It is something that is happening.

A coin storage section 125 is provided on the back side of the frame of the Q striking machine 5, and a coin selector 126 is connected to the coin slot 122, so that the coins inserted from the coin slot 122 are genuine coins. The coin selector 126 selects the coin return slot 12.
6 or the coin storage section 125.

Reference numeral 127 denotes a issuing body, in which the magnetic nacket 1 is formed;
As shown in the figure, the magnetic nacket 1 is formed into a continuous band-shaped nacket band 128 before being issued, and is wound around a reel portion 129. Reference numeral 130 denotes a swallowing port, and a conveying passage is formed between the swallowing opening 150 and the nacket outlet 124, and the magnetic nacket 1 is manufactured in this conveying passage. The issuing machine main body 127 includes a swallowing motor 131 and a conveying motor 62.
These motors 131 and 132 are connected to the data bus 115 via an interface 136.

A cutter 134 is provided near the intake port 130 of the conveyance passage.
A cutter solenoid 155 is provided to drive this, and a cutter solenoid 165 is connected to the interface 13.
A cut position detection sensor 136 is further provided and connected to the data bus 115 via an interface 167. The cutting position 1 cutting sensor 136 is located at the rear of the cutter 134 in the direction of swallowing by the swallowing motor 131, and when the continuous nacket band 128 is detected by the cut position detection sensor 166, the cutting position sensor 136 starts cutting the cutting position. Then, the cutter 165 is driven to form the magnetic nacket 1 by the cutter 154, after which it is fed by the transport motor 162 which can be rotated in forward and reverse directions.

137 is a write head, 168 is a read head,
Both heads 137 and 138 are connected to a DA converter 139,
It is connected to data bus 115 via interface 140. Further, the write position detection sensor 141 and the read position detection sensor 142 are connected to the respective heads 157 and 1.
38 and is provided at a position where the moving magnetic ticket 1 comes into contact with the data bus 11 via the interface 137.
5. With this configuration, first, when the moving magnetic nacket 1 is detected by the write position detection sensor 141, the write head 1
37, code data for preventing fraud and ball number data are written on the magnetic recording surface 1a. After that, when the still moving magnetic nacket 1 is detected by the reading position detection sensor 142, the data recorded on the magnetic recording surface 1a is read by the read head 138 while the detection signal is being output. The MPU 114 sequentially temporarily stores this data in the data storage memory 116. Note that a timing signal generator 14 is provided between the DA converter 139 and the transport motor 162.
3 is connected, and the timing Hii (control (
(IklJ control). Further, 144 is a rotation direction switch.

145 is a ball a setting device, 146 is a code data reader, 14
7 is a pulse generator, and these machine heights are 145 and 146.
, 147 are respectively interfaces 148, 149,
It is connected to data bus 115 via 150. The ball number setting device 145 sets the number of balls per coin (for example, 10
25 shots at 0 yen) is preset, and when the sales switch 119 is pressed, the λ1PU 114 is set according to the ball number setting device 145. (The fixed number of coins is multiplied by the number of coins inserted, and the calculated data is sent to the right rad 137 as ball number data for loading.The code data reader 146 is , reads the code data from the Nacket recovery machine 4 and sends it to the MPU 11.
4, the data is preset in the data storage memory, and the PU 114 stores this data in the write head 137.
It is intended to be sent as code data for writing.

Here, Δ4PU1f 4 also functions as a comparison means. That is, read head 138
The data read by the magnetic ticket 1 is compared with the preset data, and if the data match, the transport motor 162 is moved in the same direction (the sending direction in which the magnetic ticket 1 is delivered to the exit 124, ), drive control unloading, magnetic ticket 1 and exit 12.
On the other hand, if the above-mentioned two data do not match, the conveyance motor 132 of - widening width is stopped, and then the conveyance motor 152 is rotated and driven again in the rotating direction. .

A takeout detection sensor 151 is provided at the +& exit 124, and the takeout detection sensor 151 is connected to the data bus 115 via an interface f37 and is for detecting the presence or absence of a magnetic ticket at the takeout exit 124. When the detection signal of the takeout detection sensor 151 is signaled, the MPU 114 reads this aZ, first stops the transport motor 162 by 1, and transfers the data A': IJ memory 1.
13, the ball number data calculated by the pulse generator 147
After the data is sent to , it is cleared along with other data, and the power to the coin return solenoid 120 is turned on to make it possible to insert a new coin.

In the middle of the masonry feeding path, there is a nucket discard +:t which is formed so that it does not fall even if the magnetic ticket 1 passes while moving in the sending direction, but falls if it passes while moving in the opposite direction.
+ (not shown) is formed, and MPU 114
The magnetic ticket 1 that is moved in the opposite direction to the sending direction due to a mismatch as a result of the data comparison is processed as a defective ticket by IQ'J. This ticket disposal section is provided with a discarded barrel detection sensor 152 and connected to the data bus 115 via an interface 167. When this out-of-business ticket detection sensor 152 outputs a detection signal, the MPU 114 controls the transport motor 13.
2 is stopped, the swallowing motor 151 is driven, and the magnetic ticket 1 can be manufactured again from the beginning.

According to the above actual η°C example, the data recorded on the magnetic recording surface 1a of the magnetic ticket 1 by the write head 137 is then read in ωG by the read head 138, and the MP
Since the read data and the preset data are compared by U114, extremely accurate data can be recorded.

(Effects of invention) As is clear from what has been said above, according to non-invention,
Since the magnetic ticket issuing unit 12fJ compares the data recorded by the recording means and the data read by the w'C reading means, it is possible to issue a magnetic ticket with accurate data recording. This has the effect that it is possible to prevent the occurrence of nuisance to customers, illegal games, etc.

[Brief explanation of drawings]

Figures 1 (A) to (C) are plan views showing the structure of a magnetic ticket according to the present invention, Figure 2 is a schematic diagram of the entire pachinko machine system according to the present invention, and Figure 3 is a plan view of a pachinko machine according to the present invention. FIG. 4 is a front view showing the basic structure of the pachinko machine; FIG. 5 is a rear view thereof; FIG.
The figure is a partially enlarged front view, FIG. 7 is a partially enlarged plan view, FIG. 8 is a schematic configuration diagram of the recording and reproducing device of the pachinko machine, FIG. 9 is a block diagram of the ticket collection and reading machine, and FIG. 10 11 is a block diagram showing the mechanical structure of the ticket issuing machine of the present invention, FIG. 11 is a front view showing the mechanical structure thereof, FIG. Figure 13 is an enlarged view of the main part. 1...Magnetic ticket, 3...Pachinko machine, 4-...
Ticket collection/reading machine, 5...Ticket issuing machine, 114
--MPU (comparison means), 129 -- ticket continuous band, 164 -- cutter, 137 -- write head (recording means), 13B -- read head (ω゛L taking means) Patent applicant Heiwa Kogyo Co., Ltd. Fang 1 Figure 2 Figure 3 Figure 4;! J/9 Figure 10 Figure 12 Figure 211 Figure 13

Claims (1)

[Claims] (1) A pachinko machine in which a pachinko machine is provided with a reading means for reading data on a magnetic ticket, and a game is played based on the data on the magnetic ticket. A cutter for forming a magnetic ticket by cutting a continuous ticket band made of paper that is wound around a reel layer and has one side as a magnetic recording surface and the other side as a printing surface. 1iIE Recording means for magnetically recording ball number data for the number of coins inserted into the m-like ticket and code data for fraud prevention. reading means for reading data on the magnetic ticket recorded by the recording means; Comparing means for comparing data recorded by the ratio recording means and data read by the reading means. Pachinko machine ticket issuing machine consisting of.