JPH0934959A - Integration apparatus of gamble place - Google Patents

Abstract

PROBLEM TO BE SOLVED: To make a betting in a gambling place through the use of a radio terminal. SOLUTION: A race integration system 1 is provided with a central control unit 3, and it is provided with a racecourse network system 5, a betting management system 7, a betting promoting system 9, a member management system 11, a money receipts/disbursements system 13, a cash processing system 15, an account management system 17, a user service system 19, a side business system 21, a horse position detection system 23 and a communication network racing system 823. An antenna system for radio network 25, an antenna marker system for horse position detection 27, an intra-equipment photographing monitor camera system 29, a betting place betting machine system 31, a management tower system 33, a lending system 35 and a return system 37 are connected to the center control unit 3. Betting is executed by using a winning horse betting machine 201.

Description

Detailed Description of the Invention

[0001]

[0001] 1. Field of the Invention [0002] The present invention relates to a technique for managing voting and gambling in a gambling field for racing and indoor games. In such a technique, techniques for managing voting and betting in a gambling field include Japanese Patent Application Laid-Open Nos. 5-81305, 6-52203, and 6-2.
JP-A-43320, JP-A-6-295305 and JP-A-6-325065.

[0002] JP-A-5-81305 and JP-A-6-81305
JP-A-243320 is a technology of an automatic ticket issuing machine for voting tickets such as horse racing. With this technology, the betting ticket buyer can
A desired voting ticket can be purchased by writing a mark on the MR card and inserting it into an automatic ticket issuing machine.

[0003] Japanese Patent Application Laid-Open No. Hei 6-295305 is a technology of a device that receives odds information and outputs it. Japanese Unexamined Patent Publication No. Hei 6-52203 discloses a technology for receiving and outputting a running table, a holding guide, and the like by mobile communication.

Japanese Patent Laid-Open Publication No. Hei 6-325065 is a technology of card money exclusively used in a racetrack.

[0005]

However, according to the conventional technology, information such as odds and run guidance can be simply obtained, or a betting ticket can be bought by a mark sheet method. There was no idea to integrate and manage, to further increase customer satisfaction.

SUMMARY OF THE INVENTION An object of the present invention is to maximize customer satisfaction in a gambling field such as a horse race.

[0007]

According to a first aspect of the present invention, there is provided a gambling field integrating apparatus, comprising: a racing field for racing such as horse racing, boat racing, bicycle racing, and auto racing; a racing facility located around the racing field; In a gambling field integrated device provided with voting counting means for counting the number of votes for a race, voting input means for inputting a vote for a predetermined race, and voting data transmission for wirelessly transmitting input data of the voting input means Means, voting data receiving means disposed at the racetrack facility and receiving input data of the voting input means transmitted from the voting data transmitting means, and input data of the voting input means received by the voting data receiving means And a voting agent means for outputting to the voting counting means.

A gambling field integration device according to a second aspect is characterized in that the voting input means and the voting data transmission means of the first aspect are of a portable type configured to be able to carry both at the same time. . According to a third aspect of the present invention, in the gambling field integration apparatus, the voting data receiving unit of the first aspect is configured such that
It is characterized by comprising a configuration.

According to a fourth aspect of the present invention, there is provided a gambling field integrating apparatus, comprising: a race field for racing such as horse racing, boat racing, wheel racing, and auto racing; race state detecting means for detecting the progress of a race in the race field; A race state storage unit for classifying and storing the detection results detected by the detection unit, a simulation unit for simulating a progress state of a race to be performed next based on the storage of the race state storage unit; A simulation result output means for outputting a simulation result is provided.

[0010] A gambling field integrating apparatus according to a fifth aspect of the present invention is a gambling field integrating apparatus comprising: a race field for racing such as horse racing, boat racing, bicycle racing, and auto racing; and voting counting means for counting the number of votes for the race. In the simulation means for simulating the progress of the next race based on the storage of the race state storage means,
Voting input means for inputting a vote for a predetermined race, voting execution means for voting on the voting input means based on a simulation result of the simulation means, and voting for wirelessly transmitting input data of the voting input means A data transmitting means, a voting data receiving means disposed at the racetrack facility and receiving the input data of the voting input means transmitted from the voting data transmitting means, and a voting input means received by the voting data receiving means. The essence of the present invention is to include a voting agent means for outputting input data to the voting counting means.

According to a sixth aspect of the present invention, there is provided a gambling field integrating apparatus, comprising: a race field for racing such as horse racing, boat racing, bicycle racing, and auto racing; and voting counting means for counting the number of votes for the race. In the simulation means for simulating the progress of the next race based on the storage of the race state storage means,
Voting input means for inputting a vote for a predetermined race, voting execution means for voting on the voting input means based on the simulation result of the simulation means, and input data of the voting input means transmitted by a public communication line. Voting data communication means, and voting data communication receiving means disposed at the racetrack facility and receiving input data of the voting input means transmitted from the voting data communication means,
The voting data communication receiving means includes voting mediation means for outputting the input data of the voting input means received to the voting counting means.

According to a seventh aspect of the present invention, the voting input means of the fifth or sixth aspect further comprises a horsepower correction value input means for inputting a horsepower correction value for correcting the simulation result according to the state of the horse. Wherein the simulation means includes simulation correction means for correcting a race simulation based on the input value of the horsepower correction value input means.

In the gambling field integrating device according to an eighth aspect, the voting execution means according to the fifth or sixth aspect is characterized in that the voting execution means separates the first arrival order group based on a simulation result; And a voting target selecting means for selecting the sorted head group as a voting target.

According to a ninth aspect of the present invention, in the gambling field integration device, the voting execution means of the fifth or sixth aspect divides the pre-selected voting amount into voting targets and votes for one race. It is characterized in that it is provided with an amount prorating means. The gambling field integration device according to claim 10 is an indoor game field having an indoor game such as a casino or an amusement facility, a payout calculation means for detecting a progress state of the indoor game and calculating a payout, and Bet input means for inputting a bet, bet data transmission means for transmitting input data of the bet input means by wireless or public communication line, and receiving input data of the bet input means transmitted from the bet data transmission means The gist of the present invention is to include a bet data receiving unit and a betting unit that outputs input data of the bet input unit received by the bet data receiving unit to the payout calculation unit.

[0015]

FIG. 1 is an overall block diagram of a racetrack integrated system 1. The racetrack integration system 1 is an embodiment of a gambling hall integration device. The racetrack integration system 1 includes a central control unit 3. The central control unit 3 is composed of a set of a plurality of computer systems, and these computers are configured so as to interact with each other.

The central control unit 3 is conceptually composed of a racetrack net system 5 and a voting management system 7.
Voting promotion system 9, member management system 11,
Cash accounting system 13, cash processing system 15, account management system 17, user service system 19
, A side business system 21, a horse position detection system 23, and a communication network horse racing system 823.

The central control unit 3 includes an antenna system 25 for a wireless network, an antenna marker system 27 for detecting a horse position, and a monitor camera system 29 for photographing in a facility.
And the polling place voting machine system 31 and the management building system 33
, A lending system 35 and a return system 37 are connected. The racetrack net system 5 and the wireless net antenna system 25 are one mode of voting data receiving means, and are one mode of a local wireless LAN configuration. The racetrack net system 5 is an embodiment of voting agency means. The voting management system 7 is an embodiment of a voting counting unit. These details will be described sequentially.

FIG. 2 is a layout diagram of the horse racecourse 41. The racetrack 41 includes a racetrack 43 and a racetrack facility 45. The riding ground 43 is an embodiment of a race track, and includes a racing course 47 and a field 49. A goal post 51 is provided in the racing course 47. The goal post 51 performs clock measurement. The field 49 is provided with a race indicator 52. The race indicator 52 displays the progress of the race to the visitors 451. Details will be described later with reference to FIG.

The racetrack facility 45 is an embodiment of a racetrack facility, and includes a management building 53, a polling place 55, and a payout place 57.
, Odds display building 59, voting machine rental station 61, fence 63, paddock 65, monitoring tower 67, gate 69
, A wireless network antenna 71, a shooting monitor camera 73
And

FIG. 3 is a diagram showing the arrangement of the track 43. Baba 4
3, a field 49 located at the outer edge of the racing course 47 includes an antenna marker system 2 for detecting a horse position.
No. 7 constituting a part of No. 7 No. 1 radio sign 75 and No. 1 Two
Radio sign 77 and No. Three radio signs 79 are provided.

Each of these radio signals 75, 77, 79 transmits a position signal radio wave having a predetermined identification code. FIG. 4 is a block diagram of the horse coordinate output device 81.
It is attached to the saddle of each racehorse. The horse coordinate output device 81 includes an antenna 83, a reception detection unit 85,
A coordinate calculation unit 87, a transmitter 89, and an antenna 91
And The antenna 83 is a radio sign 75, 7
The beacon signals output from 7, 79 are received. The reception detection unit 85 has the No. No. 1 detection block 93,
No. 2 detection block 95, 3 detection block 97. No. One detection block 93 includes the antenna 8
No. 3 input from No. 3 A position marker radio wave of one radio marker 75 is detected, and a position marker signal 101 is output. No. The No. 2 detection block 95 receives the No. 2 input from the antenna 83. Two
The position marker radio wave of the radio wave marker 77 is detected and the position marker signal 103 is output. No. The No. 3 detection block 97 outputs the No. 3 input from the antenna 83. It detects the position marker radio waves of the three radio signals 77 and outputs the position marker signal 105.

The coordinate calculation unit 87 calculates the position marker signal 1
Based on 01, 103, and 105, the coordinates of the current position are calculated with reference to the coordinate signal data table 87A, and the coordinate signal GBN is output. Coordinate signal data table 87A
Stores the value of the coordinate signal GBN corresponding to the state of each of the position marker signals 101, 103, and 105.

The transmitter 89 receives the coordinate signal GBN, adds an identification code ID to the coordinate signal GBN, and transmits the signal via the antenna 91. The horse coordinate output device 81 is attached to a racehorse and, when located on the racing course 47 as shown in FIG. 3, transmits a coordinate signal GBN + 1 of the position together with the identification code ID.

The coordinate signal GBN on the racing course 47
In the figure, the point of the goal post 51 is set to the coordinate signal GB1, and a predetermined value is set for every predetermined distance from here to the start point. This makes it possible to grasp the current position of the racehorse in real time. The horse position detection system 23, the horse position detection antenna marker system 27, and the horse coordinate output device 81 are one mode of a race state detection unit.

FIG. 5 is a front view of the voting machine lending machine 111, and FIG. 6 is a block diagram thereof. As shown in FIG. 5, the voting machine lending machine 111 includes a winning voting machine lending machine display 115, a prepaid amount display 117, and a prepaid amount display 1 on the front plate 113.
19, 500 yen 100 yen display 121, coin slot 1
23 and 10,000 yen 5000 yen 1000 yen display 125
And a bill slot 127, an ID card slot 129,
A display 131, a lending button 133, an ID card use selection button 135, and a lending exit 137 are provided.

As shown in FIG. 6, the voting machine lending machine 111 includes a CPU 141, a ROM 143, and a RAM 145.
, Disk unit 147 and input interface 1
49, an output interface 151, a display interface 153, and a communication interface 155. The input interface 149 is connected to a coin accepting machine 157, a bill accepting machine 159, an ID card use selection button switch 161, and a lending button switch 163. The coin receiving machine 157 has a coin slot 1
Equipped with 23. The bill accepting machine 159 has a bill insertion slot 1
27. The ID card use selection button switch 161 has an ID card use selection button 135. The lending button switch 163 includes a lending button 133.

A voting machine lending mechanism unit 171 is connected to the output interface 151. The voting machine lending mechanism unit 171 includes a lending exit 137, an ID card loading mechanism 173, and a voting machine data interface connection device 175. The ID card loading mechanism 173 loads the ID card 181 inserted from the ID card slot 129 into the card slot 203 of the winning horse voting machine 201.

Voting machine data interface connection device 17
5 is the data interface 205 of the winning voting machine 201
To perform data transfer between this and the output interface 151. Here, mutual data transmission is performed by optical communication. Display interface 15
Reference numeral 3 is connected to the prepaid amount display unit 119 and the display 131.

The communication interface 155 is a communication line 2
11 is connected to the lending system 35 shown in FIG. Here, the communication line 211 uses an optical fiber Ethernet. A large number of voting machine lending machines 111 are provided at the voting machine lending station 61 shown in FIG.

Thus, the visitors of the racetrack 41 can borrow the horse voting machine 201 immediately after diving through the gate 69. FIG. 7 is a front view of the voting machine return machine 221.
FIG. 8 is a block diagram thereof. The voting machine return machine 221
As shown in FIG. 7, on the front plate 223, a display 225 of “winning horse voting machine return machine, return after prepayment payment, return betting ticket”
, Display 227, return port display 229, return port 231, ID card return display 233, ID card return port 235, push buttons 237, 239, 241,
243, cash outlet display 245, cash outlet 247
And

As shown in FIG. 8, the voting machine return machine 221 includes a CPU 251, a ROM 253, and a RAM 255.
, An input interface 257, an input / output interface 259, a display controller 261, a data interface 263, and a communication interface 265.
And a disk device 267.

The input interface 257 is connected with push buttons 237, 239, 241, and 243.
The input / output interface 259 includes a voting machine return mechanism 27.
1 and the cash teller machine 273 are connected. The display 227 is connected to the display controller 261.

A communication line 211 is connected to the communication interface 265. The voting machine return mechanism 271
A D card return port 235 and a return port 231 are provided. The ID card return port 235 takes out the ID card 181 from the winning voting machine 201 and discharges the taken out ID card 181 out of the voting machine return machine 221.

The cash teller machine 273 has a cash outlet 247
, A safe 275, and a predetermined amount of cash 277 is taken out from the safe 275 and discharged to the cash outlet 247. The data interface 263 includes the data coupler 2
79 is connected. The data coupler 279 performs a data link with the winning voting machine 201.

A large number of voting machine return machines 221 are provided at the payout station 57 shown in FIG. 9 is an external view of the winning voting machine 201, FIG. 10 is a right side view of the winning voting machine 201, and FIG.
Is a front view of the winning voting machine 201, and FIG.
FIG. 13 is a tablet 30 of the winning voting machine.
14 is a block diagram of the winning voting machine 201. FIG.

The winning voting machine 201 is an embodiment in which voting input means and voting data transmitting means are simultaneously portable. It comprises a display unit 303, an input unit 305, and a main body 307. The display unit 303 displays the display 3
09. The display 309 is of a liquid crystal type.

The input unit 305 has a tablet 301. The tablet 301 is an upper tablet 311
And a lower tablet 313. The upper tablet 311 is, as shown in FIG.
5 and an operation unit 317.

The lower tablet 313 is provided for the winning horse voting section 31.
9 and an operation unit 321. Katsuma voting section 315
Is a single button 331, a multiple button 333, a horse button 335, a frame button 337, a purchase button 339,
Number 1 display 341, Number 1 button 343, Cancel button 345, Number 2 display 347, Number 2 button 3
49, a cancel button 351, an upper connection line display line lamp 353, and a lower connection line display line lamp 355.

Each of the buttons 331 to 351 has a push button switch structure with an LED lamp display. Operation unit 317
Is provided with a button 361. The button 361 has a push button switch structure. The button 361 includes a next race button 361A, a designated race button 361B, a selection button 361C, an execution button 361D, a race simulation button 361E, and a hierarchy button 361F.
And horsepower input button 361G and time range expansion button 3
61H, a time range reduction button 361I, a betting ticket purchase button 361J, and a selection frame display button 361K.

The winning horse voting section 319 includes a selection display 363,
A selection button 365, a thousand yen ticket display 367, a thousand yen ticket button 369, a hundred yen ticket display 371, a hundred yen button 373, a cancel button 375, and a cancel button 377;
A cancel button 379 is provided. Each button 365-3
Reference numeral 73 denotes a push button switch structure with an LED lamp display.

The selection button 365 is a selection 1 button 36
5A, select 2 button 365B, select 3 button 365
C, select 4 button 365D, select 5 button 365E
And a voting button 365F. Operation unit 321
Is provided with a button 381. The button 381 has a push button switch structure. Buttons 381 include a 0 key button 381A, a 1 key button 381B, a 2 key button 381C, a 3 key button 381D, a 4 key button 381E, a 5 key button 381F, and a 6 key button 3
81G, 7 key button 381H, 8 key button 38
1I and a 9-key button 381J.

The main body 307 includes an electronic circuit 38 shown in FIG.
3 is provided in a housing 385, and an ID card insertion slot 387 is provided on a right side 389. The electronic circuit 383 is a CPU
401, RAM 403, ROM 405, and memory 4
07, an input / output interface 409, an input interface 411, an ID card interface 413,
A data interface 415, a display controller 417, and a transceiver 419 are provided.

The RAM 403 has a running condition matching memory 59
2, a race information memory 570, and a hierarchy memory 703. The memory 407 is a deposit memory 455
A race simulation data memory 593, a simulation race number memory 701, a customized race simulation data memory 737,
A purchased betting ticket data memory 799 is provided.

The input / output interface 409 is connected to a winning voting section 315 and a winning voting section 319.
An operation unit 317 and an operation unit 321 are connected to the input interface 411.

The ID card interface 413 has an I
The D card connector 421 is connected. The display 309 is connected to the display controller 417. The transceiver 419 includes an antenna 423
Is connected. When the data interface 415 is inside the voting machine return device 221, the data interface 415 is data-linked with the data coupler 279 and outputs the data stored in the memory 407 to the voting machine return device 221.

The display unit 303 is connected to a lower end 437 of the main body 307 via a hinge 433. The display unit 303 includes a folding position shown in FIG.
It is possible to take the raising position shown in FIG. In the input unit 305, the upper tablet 311 is connected to the lower end 437 of the main body 307, and the upper tablet 311 and the lower tablet 313 are connected via a hinge 435. The input unit 305 has a folded state shown in FIG. 10A and a use state shown in FIG.

The main body 307 has a suspension string 4
41 and a handle 443. FIG. 15 is a flowchart of a racetrack routine. This flowchart is based on the place where the visitors to the racetrack 41 enter.
I will explain the events that occur until I leave. First,
A racetrack entrance is performed (S1000). At the entrance to the racetrack, as shown in FIG.
Pass 9 and enter the vestibule 452. Upon passing through the gate 69, an entrance fee is collected.

Next, a winning horse voting machine is lent (S1).
010). In the loan of the winning horse voting machine, first, the visitors 451,
The user goes to the voting machine lending station 61, stands in front of the voting machine lending machine 111, and operates either the lending button 133 or the ID card use selection button 135.

When the lending button 133 is operated, lending processing of the winning voting machine 201 with cash is performed,
When the ID card use selection button 135 is operated, the lending process of the winning horse voting machine 201 using the ID card 181 is performed. Detailed descriptions of these will be described later.

After renting the winning horse voting machine 201, information is collected next (S1020). The information is collected by using the victory voting machine 201, watching the racehorse in the paddock 65, watching the racehorse in the racetrack 43, and watching the horse racing newspaper. Details of these will be described later.

Next, a winning voting is performed (S103).
0). In the winning voting, the winning voting machine 201 is used to vote for a winning horse. After voting, enjoy the race. Voting for a winning horse is also possible at the polling place 55. Details of these will be described later.

When the winning voting is completed, the winning voting machine is returned (S1040). In the winning voting machine return, the visitor 451 goes to the refund station 57, stands in front of the voting machine returning machine 221, returns the winning voting machine 201, and setstle the voting result. Details will be described later.

After returning, the racetrack is left (S105).
0). In leaving the racetrack, the visitor 451 dives under the gate 69 and leaves the field. At the gate 69, a take-out inspection of the winning horse voting machine 201 is performed. The gate 69 emits a predetermined interrogation radio wave toward the winning voting machine 201, and when a response is received, the exit of the visitor 451 is prevented.

As described above, the entry 451 to the racetrack 41 behaves like a racetrack routine from entry to exit. FIG. 16 is a flowchart of a winning horse voting machine lending process routine. This corresponds to S1010 in FIG.
Shows the processing executed by the voting machine lending machine 111 during the processing of.

The program for the winning horse voting machine lending process routine is stored in the ROM 143 shown in FIG.
The process is executed at predetermined time intervals by U141. First, I
It is determined whether there is a D card (S1100). The determination that there is an ID card is performed when the use ID card selection button 135 is operated. The determination that there is no ID card, that is, the determination that there is no ID card, is performed when the lend button 133 is operated.

If it is determined that there is no ID card, it is next determined whether or not it is a lending (S1110). Whether or not to lend is determined based on whether or not the lend button 133 has been operated. If it is not rented out, this routine is once ended as it is. If it is judged that the loan is made, then it is judged whether or not there is a prepayment (S1120). Whether or not there is an advance payment is determined by looking at the value of the deposit amount in the deposit memory 453.

The deposit memory 453 is configured in the disk unit 147 shown in FIG. Deposit memory 453
The deposit amount is written in the deposit management routine (not shown). In this deposit management routine, a process of receiving cash entered from the coin slot 123 and the bill slot 127, writing the amount of money into the deposit memory 453, and displaying the value of the deposit memory 453 as a deposit display 119.
And a function process to be displayed on the screen.

If it is determined in S1120 that there is no advance payment, then a message that the advance payment of 10,000 yen or more is required is displayed (S1130), and this routine is terminated once.
This display is performed by the display 131. If it is determined that there is a deposit, the deposit is written to the winning voting machine next (S1140). In this prepaid money writing process, first, the deposit amount in the deposit memory 453 is read, and this value is passed through the output interface 151 and the voting machine data interface connection device 175 to win the horse in the voting machine lending mechanism unit 171. Output to the voting machine 201. In the winning voting machine 201, a program of a deposit payment writing processing routine (not shown) is started based on a command from the voting machine lending machine 111, and the data interface 41 shown in FIG.
5 and input the prepaid amount, and write the prepaid amount in the prepaid amount memory 455 in the memory 407. This allows
The deposit of the prepaid money is completed in the winning horse voting machine 201, and becomes a source of the winning voting thereafter.

After writing the deposit in S1140, the winning voting machine is rented out (S1150). In this lending process,
The voting machine lending command is output to the voting machine lending mechanism unit 171 via the output interface 151, and the winning horse voting machine 201 is discharged to the lending exit 137. This allows
The visitor 451 is the winner of the voting machine 2 at the rental exit 137.
01 can be received. Therefore, the ID card 18
The lending of the winning voting machine 201 is completed without using 1.

If it is determined in S1100 that an ID card is present, the process of lending the winning horse voting machine 201 using the subsequent ID card 181 is executed. First, it is determined whether it is a loan (S1160). Judgment of lending is made based on whether the lend button 133 has been operated. This routine is temporarily terminated as it is until it is determined that it is a loan.

If it is determined that the loan is made, the ID card is set in the winning voting machine (S117).
0). In this setting process, the ID card slot 12
9 is loaded into the card insertion slot 203 of the winning voting machine 201 and set in the ID card connector 421 of the winning voting machine 201.

After the ID card 181 has been set, it is next determined whether or not there is a deposit (S1180). The determination as to whether there is an advance payment is made by looking at the value of the deposit amount in the deposit memory 453 as in S1120 described above. Here, if there is no advance payment, lending processing of the winning voting machine described above is performed (S
1150), this routine ends.

If there is a deposit, the deposit is written into the winning voting machine described above (S1140).
The winning voting machine is rented out (S1150). With the above processing, the winning horse voting machine 201 using the ID card 181
Is lent.

When the ID card 181 is set in the winning voting machine 201, the winning voting machine 201 is customized to the owner of the ID card 181. This allows I
It becomes possible to execute a winning vote using the credit account of the D card 181 and to deduct a commission. In addition, it becomes possible to transfer a dividend.

After receiving the lending of the winning voting machine 201, the visitor 451 uses the borrowed victory voting machine 201 or his own eyes to execute S1 shown in FIG.
020 is collected. Next, information collection using the winning voting machine 201 will be described.

In the information collection by the winning voting machine 201, almost all functions of the racetrack integrated system 1 function, the collected data is utilized, and the result simulated based on the data is effectively used. First, an information collecting function in the racetrack integrated system 1 will be described.

FIG. 17 is an explanatory diagram of data sampling in the race result memory, FIG. 18 is an explanatory diagram of a racehorse record database, and FIG. 19 is an explanatory diagram of a running state of a racehorse. FIG. 19 shows the results for each predetermined racehorse, here, No. A and B
This is an example in which the speeds of the cars No. C, No. D, No. E and F run from the start post and reach a predetermined distance are graphed. A portion 461 having a high peak in the graph is a state where the speed is high, a portion 463 rising to the right is in a state of accelerating, and a portion 465 falling to the right is in a decelerating state.

In the information collection, the running position of the racehorse in the race is detected every 5 seconds as shown in FIG. 17, and the detection result is shown in the racehorse record database 4 shown in FIG.
A process for storing the data in the storage 57 is performed. The racehorse record database 457 includes the user service system 1 shown in FIG.
9 is built. The running position is detected by the horse position detecting system 23.

As shown in FIG. 3, the horse position detection system 23 receives the coordinate signal GBN and the identification code ID transmitted from the horse coordinate output device 81 and outputs the identification code I.
The position coordinates after the start are totaled for each D, and a race result memory 459 as shown in FIG. 17 is configured. In the race result memory 459, position coordinates every 5 seconds are recorded.

The position coordinates here reflect the distance from the start post. Thereby, for example, as shown in FIG. 19, how a given racehorse accelerates after the start,
Data with reduced speed can be digitized and obtained. The function of storing data in the race result memory 459 is a function of one mode of the race state detecting means.

The data in the race result memory 459 is read by the user service system 19 and stored in the racehorse record database 457. The racehorse record database 457 is an example of a race state storage unit. The racehorse record database 457 is shown in FIG.
As shown in FIG. 8, a short-range turf clockwise record database 471 and a medium-range turf clockwise record database 473 are provided.
A long distance turf clockwise record database 475, a short distance turf counterclockwise record database 481, a medium distance turf counterclockwise record database 483, a long distance turf counterclockwise record database 485, and a short distance dirt clockwise record database 491. And a medium- and short-distance dart turf clockwise record database 493, a long-distance dart clockwise record database 495, a short-distance dart counterclockwise record database 501, a medium-distance dart counterclockwise record database 503, and a long-distance dart counterclockwise record And a database 505.

Short-range turf clockwise record database 47
1, the distance is 1000 meters to 1400 meters,
Stores record data of each horse running in the clockwise race of the turf course. The stored record data is separated into data of all races by the racetrack 41 in which the present racetrack integrated system 1 is installed and data of all races that can be collected in races at other racetracks for each racehorse. Stored. If the race conditions also apply, the data in the race result memory 459 is also stored here. This makes it possible to extract data on what kind of race the racehorse has raced in the past.

The medium distance turf clockwise record database 47
3, the distance is from 1600 meters to 2000 meters,
Stores record data of each horse running in the clockwise race of the turf course. The long-distance turf clockwise record database 475 has a distance of 2200 to 3600 meters,
Stores record data of each horse running in the clockwise race of the turf course. Other record database 4
Detailed description of 81 to 505 is omitted.

FIG. 20 and FIG. 21 are explanatory diagrams of an example of the record database. Here, the description of each of the record databases 471 to 505 will be described taking the medium-range turf clockwise record database 493 as an example. FIG.
It shows the structure of the medium-range turf clockwise record database 493, and includes the number-of-runs axis 521, the distance axis 523,
It comprises a time axis 525 and a record data line 511 displayed there. Record data line 51
1 are aggregated into record data surfaces 513, 515,
517 and 519 are formed. Record data surface 51
Reference numeral 3 denotes a collection of record data lines 511 of the Shirabara race. The record data surface 515 is a collection of record data lines 511 of turf and light races. The record data surface 517 is a collection of the record data lines 511 of the turf race. Record data surface 51
Reference numeral 9 denotes a collection of record data lines 511 of a turf defective race.

The number-of-runs axis 521 indicates the number of times a given racehorse to be recorded has run in a race under the conditions. Here, the number of times of running clockwise in the middle distance turf is displayed. For example, if the driver has run 10 times, the record data line 511 reaches the value of 10. The starting number axis 521 is “speed” on the origin side and “end” on the end side.
"Slow". "Fast" indicates that the time to reach the goal is short. In other words, it indicates that you ran fast.

The distance axis 523 indicates the distance of the race. The time axis 525 is a display of the running time. FIG.
Shows the record data surface 513 in detail. The record data surface 513 is formed by collecting many record data lines 511. A record data line 533 extending from the origin 531 indicates a running state when the time when the vehicle reaches 1600 meters is the shortest. The record data line 535 on the “latest” side is the result of the race when it takes the longest to reach 1600 meters. The length of each record data line 511 on the record data surface 513 is determined according to the distance of the race. For example, in the case of a race having a distance of 2000 meters, the distance axis 523 reaches a position of a value of 2000 meters as indicated by a record data line 535. When the distance is 1600 meters, the distance axis 523 reaches the position of the value 1600 meters.

Record data surfaces 515, 517, 519
Has almost the same configuration as the record data surface 513.
By referring to the record data surfaces 513 to 519, a race simulation described later can be performed.
The racehorse record database 457, which has the same record data surface (not shown) as the record data surfaces 513 to 519, has all the data of the race and provides the information which is the basis of the race simulation described later.

FIG. 22 is an explanatory diagram of the race indicator 52. The race indicator 52 displays a display surface 537 for displaying the order of the racehorses to the visitors 451 during the race.
It has. A display surface 537 is provided by a CRT display 556 and a display control driving device 558 as shown in FIG.
The race indicator character is displayed as shown in. The race indicator 52 is connected to the user service system 19 shown in FIG. The display control driving device 558 is constituted by an electronic circuit mainly composed of a computer, and displays a race indicator character display 539 as shown below on the display 556 based on a race indicator signal transmitted from the user service system 19. Formed. The user service system 19
With reference to the data in the race result memory 459, the data of the horse number and the ranking and the data of the horse number and the horse speed are transmitted to the display control driving device 558 of the race indicator 52.

Race indicator character display 539
Are the race indicator display 541 and the ranking display 543
A ranking display section 545, a horse number display 547, a horse number display section 549, a horse speed display 551, a horse speed display section 553,
Momentum display 555, momentum display section 557, frame number display 55
9 and a frame number display section 561.

The ranking display section 545 displays the number of the next seat in the race. Here, numbers are displayed in ascending order from the top, such as 1, 2, 3,.... The horse number display section 549 displays the number of the horse of the rank corresponding to the rank display section 545. For example, if the second racehorse is currently running at the top, the value 2 is displayed next to the first ranking display 563. This ranking value is determined based on the data in the race result memory 459.

The horse speed display section 553 displays the current horse speed (Km / h) of the racehorse of the number displayed on the horse number display section 549. The current horse speed is determined based on the data in the race result memory 459. Here, it is calculated from the moving distance per unit time. The momentum display section 557 indicates whether the racehorse of the number displayed on the horse number display section 549 is accelerating, cruising speed, or decelerating with an arrow symbol. If the vehicle is accelerating, it is indicated by an arrow symbol 565 rising to the right, and if the vehicle is in a cruising state, it is indicated by a horizontal arrow symbol 567.
If the vehicle is decelerating, it is indicated by an arrow symbol 569 falling to the right. Thus, when the arrow 565 rising to the right is displayed to the visitor 451, it is determined that there is momentum,
If the horizontal arrow symbol 567 is displayed, it is determined that the current status is to be maintained, and the arrow symbol 569 falling to the right is given.
If so, a determination is made that the vehicle is on a downward trend.

The frame number display section 561 displays the frame number of the horse of the rank corresponding to the rank display section 545. For example, when two racehorses are currently running at the top, the column of the first rank display 563 and the value 2 are displayed. This ranking value is determined based on the data in the race result memory 459.

The race indicator 52 described above allows the attendant 451 to grasp the state of the race in an instant. Therefore, the fun of the race is improved. FIG. 23 is a flowchart of the race simulation processing routine. The race simulation processing is an explanation of one mode of the simulation means. This process is started by the winning voting machine 201, and is started when the next race button 361A shown in FIG. 13 is pressed.

When the race simulation processing routine is started, first, the running horse information reading processing is performed (S1).
200). In the racehorse information, first, a data link state is established with the racehorse net system 5 via the wireless net antenna system 25. Next, the running horse information is input from the user service system 19. In the entry of the running horse information, all the race data of the racehorses running in the next race are input from the racehorse record database 457.
The input data is stored in the race information memory 570 in the RAM 403. As a result, the user of the winning voting machine 201 can obtain and utilize as much data as possible of racehorses running in the next race.

Next, race information reading processing is performed (S1210). In the race information reading process, race information such as the next race holding condition, the environment in the racetrack, the weather, and the course conditions is input from the race information notification system 571 built in the user service system 19. The input data is stored in the RAM 403.

The race information notification system 571 is configured as shown in FIG.
As shown in the figure, a race information collection processing function means 573 is provided. The race information collection processing function means 573 includes a holding condition detecting means 575 and an environment detecting means 5 in the race track.
77, weather detecting means 579, and course condition detecting means 5
81 are provided.

The holding condition detecting means 575 is a turf course,
Data such as a dirt course, distance, and undulation of the course are detected and written to the holding condition database 583. Whether it is turf or dirt, and the distance, management building system 3
Input from 3. The management ridge system 33 is provided in the management ridge 53 that operates the racetrack 41. After the race is determined to be held, the holding manager inputs the holding conditions to the data input means 591. Is what is done. The holding condition database 583 stores data of the holding date, the number of the race, the course, the distance of the course, and the data of the slope and curvature of the course corresponding to the data.

The environment detecting means 577 in the race track detects the environment such as temperature, humidity, wind direction and wind speed by the local weather observation system, and writes it in the environment database 585. The weather detecting means 579 detects the prediction of the weather at the time of the race, and writes it in the weather database 587. As the weather at the time of the race, data predicted by a weather forecaster is input. This data is updated sequentially.

The course condition detecting means 581 detects data predicting whether the state of the racing course 47 at the time of the race is good, slightly heavy, heavy, or bad, and Write to database 589.
The course state is predicted by a person who maintains the racing course 47.

After the race information reading process, a run condition matching data selection / generation process is performed (S1220). In the race condition matching data selection / generation processing, data matching the race information read in S1210 is extracted from the race horse information read in S1200, and stored in the race condition matching data memory 592. The running condition matching data memory 592 stores the winning voting machine 20 shown in FIG.
1 of the RAM 403.

For example, in the case where the data read in the race information reading processing of S1210 is 1600 meters, turf clockwise, turf, sunny weather, temperature 20 degrees, northwest wind 1 meter, humidity 30%. First, the result of the race performed under the same conditions as these conditions is S120
It is extracted from all the race data of the running racehorses read in the run horse information reading process of No. 0.

If the number of race results under the same conditions is extremely small for each racehorse, for example, less than three race results, the matching conditions are relaxed and at least three race results are extracted. Relaxation of the matching conditions is performed first in terms of the environment within the race track, then the weather, course conditions, and finally the holding conditions.
As a result, data as close as possible to the conditions of the next race can be obtained from the past data.

After the running condition matching data selection and generation processing,
Next, the whole average line of each horse is calculated (S1230). Then, the late half range average line of each horse is calculated (S124).
0), and then the speed half range average line is calculated (S125).
0). FIG. 25 is an explanatory diagram of the entire average line, and shows the slowest range line, the slow half range average line, the whole average line, the fast half range average line,
It is a racehorse running state graph which shows the fastest range line. The overall average line of each horse is calculated based on each horse race data stored in the running condition matching data memory 592. Here, each of the horse race data records data of at least three or more races, and records the number of distances from the start and the time to reach this distance.

The slowest range line shown in the racehorse running state graph indicates the running state when the running speed is the slowest. The fastest range line indicates a running state when the running speed is the fastest, and the overall average line indicates an intermediate value between the slowest range line and the fastest range line. The intermediate value may be a simple average value or a weighted average value.

The late half range average line indicates the intermediate value between the slowest range line and the overall average line. This intermediate value may be a simple average value or a weighted average value. The quick half range average is
Shows the intermediate value between the fastest range line and the overall average line. This intermediate value may be a simple average value or a weighted average value.

After calculating the average lines in S1230 to S1250, race simulation data creation processing is performed next (S1260). Details of this will be described later. Next, purchase betting ticket data is created (S1270). Details of this will be described later.

Next, it is determined whether there is a horsepower input (S
1280). A detailed description of the horsepower will be described later.
If it is determined that there is a horsepower input, the horsepower is input next (S1290), and then customized race simulation data is created (S1300), and purchased betting ticket data is created (S1310). The process of inputting the horsepower (S1290) shows one mode of the horsepower correction value input means, and the process of creating customized race simulation data (S1300) shows one mode of the simulation correction means. Details of these will be described later.

After the purchase betting ticket data is created, it is determined whether or not the betting ticket is purchased (S1320). If it is determined that the betting ticket is purchased, the process proceeds to a betting ticket purchase process (S1330). Detailed descriptions of these will be described later. Next, each process, which has not been described in detail, will be described.

In the race simulation data creation processing in S1260, as shown in FIG. 26, first, a distance every 5 seconds is calculated from the overall average line of each horse (S1400). As shown in FIG. 25 and described above, the overall average line represents the average value of the race horses in the race state, and shows the correlation between the running time and the running distance. After starting from this overall average,
The distance data is read every 5 seconds. This provides data on how the racehorse runs.

Next, a process of writing the data into the race simulation data memory is performed, and the race simulation data creation process is temporarily terminated (S1410). The process of writing in the race simulation data memory is an example of a simulation result output unit.

FIG. 27 is an explanatory diagram of the race simulation data memory 593. The race simulation data memory 593 is configured in the memory 407, and stores data RSMN including a horseshoe column 595 and a row 597 every five seconds in a data table form. The horse frame post 595 corresponds to the horse frame number of the racehorse. Here, the position where the horse in the first frame reaches after 5 seconds is referred to as the value of the data RS15. 120 horses in 5th place
The position arriving after seconds is the value of the data RS5120.

FIG. 28 is an explanatory diagram of the race simulation service. As will be described later, this race simulation service is executed based on the contents of the race simulation data memory 593 when the race simulation button 361E is pressed, and is a simulation image of the next race or a specified race. This is a service for displaying the display 601 on the display 309 in the form of a real-time graphic image. The simulation image 601 includes a race number display 603,
Distance display 605 and simulation hierarchy display 607
, Current position display 609, racing course display 61
1, a racehorse display 613, a jockey display 615, and a horse number display 617.

The race number display 603 displays the number of the simulation target race. Here, the third race is displayed. Distance display 60
5 shows how far the simulated race is.

A simulation hierarchy display 607 displays a standard simulation or a custom simulation. Here, a standard simulation is displayed. The standard simulation is to perform a race simulation using the contents of the race simulation data memory 593 as it is. The custom simulation will be described later.

[0105] The current position display 609 displays the distance of the leading racehorse display 613 in the racing course display 611. In other words, it is an indication of how far the leading horse is running. The racing course display 611 is formed by a computer image obtained by copying an image of the actual racing course 47.

The racehorse display 613 is formed by a computer image of the racehorse running. Jockey display 615
Is formed by a computer image of a jockey riding a racehorse.

The horse number display 617 is formed by a computer image of the horse frame number of the racehorse. Next, details of the race simulation will be described. FIG. 29 is a flowchart of a race simulation image display processing routine, FIG. 30 is a flowchart of a simulation display data generation processing routine, and FIG. 31 is a block diagram of a race simulation image synthesis unit.

The race simulation image display processing routine shown in FIG. 29 is started by the CPU 401 at predetermined time intervals. First, it is determined whether it is a race simulation (S1500). If it is determined that the simulation is a race simulation, use the race simulation button 3
61E is operated. If it is not determined that it is a race simulation, the present routine is temporarily terminated.

If it is determined that it is a race simulation, a race number is input next (S151).
0), and then input data to the race simulation data memory (S1520). As the race number, data in the simulation race number memory 701 is read. Simulation race number memory 70
The data 1 is updated as needed by a simulation race number input processing routine (not shown). If the next race button 361A is operated, the number of the next race is sequentially written. If the designated race button 361B is operated, the button 38
1 stores data of the designated race input by the user. For example, when the 5 key button 381F is operated, data indicating 5 races is written.

When data is input to the race simulation data memory, the simulation data of the race corresponding to the race number is read from the race simulation data memory 593. For example, if the race number is for the next race, simulation data of the next race is input. For example, the data described with reference to FIG. 27 is input.

Next, a simulation time pointer is generated (S1530), and the position data RS of the simulation time pointer is input (S154).
0). The simulation time pointer is a star from time zero and increases at a predetermined rate. For example, a real-time time is set.

In inputting the position data RS of the simulation time pointer, for example, the data is input from the race simulation data memory 593 shown in FIG. 27, and the column 597 every 5 seconds which is closest to the value of the simulation time pointer is first specified. Then, the data RSMN on the specified 5 second column 597 is input. For example, when the simulation time pointer is 5 seconds, data RS15, RS25, RS35, and RS45 are input.

After inputting the position data RS, the next
The horse numbers and positions of the second, third and fourth horses are calculated (S1).
550). The calculation is performed by a predetermined calculation formula. Next, simulation display data is generated (S1).
560), an image is displayed (S1570).

In the generation of the simulation display data,
As shown in FIG. 30, first, a race number input process is performed (S1600). The race number is input from the simulation race number memory 701. Next, a distance input is performed (S1610), and a simulation hierarchy input is performed (S1620). The distance is read from the race information memory 570. In the reading, distance data is extracted and input from the race holding conditions of the race number read in the process of S1600. For the simulation hierarchy, data indicating whether the simulation hierarchy is standard or custom is input from the hierarchy memory 703 in the RAM 403. The writing of the standard or custom data into the hierarchical memory 703 is performed by a hierarchical input processing routine (not shown), and although detailed description is omitted, there is an operation of the hierarchical button 361F. Each time, the standard and the custom are set and recorded alternately. Switching between the standard and the custom can be performed at any time.

Next, the current position input and horse number input processing are performed (S1630), then the second position input and horse number input processing (S1640), and thereafter the third position input, horse number input processing (S1650) and the fourth Position input and horse number input processing (S1660) are performed, and data setting processing is performed on the race simulation image synthesis unit (S167).
0).

In the current position input and horse number input process (S1630), the data of the first horse number calculated in S1550 is input as the horse number, and the first position is input as the current position. In the next process, the data of the second horse number is input as the horse number of the second position, and the second position is input as the second position. No. 3 and No. 4 perform the same input processing.

The data read in S1600 to S1660 is output to the race simulation image synthesizing unit 621 shown in FIG. 31 and set in S1670. The race simulation image synthesizing unit 621 is configured in the display controller 417 shown in FIG. 14, and exerts a predetermined function by a microcode and a microcomputer configuration or a logic IC configuration.

As shown in FIG. 31, the race simulation image synthesizing unit 621 has the following functional blocks.
It has the following configuration. The race simulation image synthesis unit 621 includes a base image generation function 623, a race number input function 625, a distance input function 627, and
Simulation hierarchy input function 629, current position input function 631, character generation functions 633, 635, 6
37, 639, an image combining function 641, a No. 1 horse character generating function 643, a No. 1 horse number input function 645,
A character generation function 647, an image synthesis function 649,
The second horse character generation function 651, the second horse number input function 653, the character generation function 655, the image composition function 657, the third horse character generation function 659, the third horse number input function 661, and the character generation Function 663
The image combining function 665, the fourth horse character generating function 667, the fourth horse number input function 669, the character generating function 671, the image combining function 673, the position input function 675 of the second horse, the third horse Horse position input function 677, 4
No. 1 horse position input function 679 and No. 1 horse position indicating function 68
1, a second horse position instructing function 683, a third horse position instructing function 685, a fourth horse position instructing function 687, and a moving image combining function 689.

The base image generation function 623 generates a basic moving image. In the race simulation image 601 shown in FIG. 28, the moving image character data of the racing course display 611 and the racehorse display 613 are displayed.
And the moving image character data of the jockey display 615 are generated based on data stored in advance.

The character generation function 633 generates an image of the race number input from the race number input function 625. Here, image data as shown in the race number display 603 is generated. Character generation function 63
5 generates an image of the distance input from the distance input function 627. Here, image data as shown in the distance display 605 is generated.

The character generation function 637 generates an image of the hierarchy input from the simulation hierarchy input function 629. Here, image data as shown in the simulation hierarchy display 607 is generated. The character generation function 639 generates an image of the current position input from the current position input function 631. Here, the current position display 609
The image data as shown in FIG.

The image synthesizing function 641 synthesizes each image data input from the character generating functions 633 to 639 at a predetermined position of the moving image generated by the base image generating function 623. Thereby, a portion having image data other than the racehorse display 613 and the jockey display 615 is formed.

The No. 1 horse character generation function 643 generates the No. 1 horse video character data, and the character generation function 647 generates the No. bib number character read by the No. 1 horse number input function 645, and synthesizes the image. The function is
The first horse number bib number is image-combined with the first horse moving image character.

The second horse character generation function 651 generates moving image character data of the second horse, and the character generation function 655 generates the second number character read by the second horse number input function 653, and performs image synthesis. The function is
The second horse number bib is image-combined with the second horse animation character.

The third horse character generation function 659 generates the third horse motion picture character data, and the third character generation function 663 generates the second horse number bib characters read by the third horse number input function 661, and performs image synthesis. The function is
The third horse number bib is image-combined with the third horse moving image character.

The fourth horse character generation function 667 generates moving image character data of the fourth horse, and the character generation function 671 generates the second number character read by the fourth horse inputting function 669, and synthesizes the image. The function is
The number four bib number is combined with the moving image character of the fourth horse.

The first horse position instructing function 681 outputs the first horse's moving image character generated by the image synthesizing function 649 to the moving image synthesizing function 689, and places it at a predetermined position of the moving image output from the image synthesizing function 641. Combine. The second horse position instructing function 683 outputs the second horse moving image character generated by the image synthesizing function 657 to the moving image synthesizing function 689, and outputs the second horse position in the moving image output from the image synthesizing function 641. Combine. The second horse position is based on the data input by the second horse position input function 675.

The third horse position instructing function 685 outputs the moving image character of the third horse generated by the image synthesizing function 665 to the moving image synthesizing function 689, and outputs the third character in the moving image output from the image synthesizing function 641. Synthesize at the horse position. The third horse position is based on the data input by the third horse position input function 677.

The fourth horse position instructing function 687 outputs the moving image character of the fourth horse generated by the image synthesizing function 673 to the moving image synthesizing function 689, and outputs the fourth horse character in the moving image output from the image synthesizing function 641. Synthesize at the horse position. The fourth horse position is based on the data input by the fourth horse position input function 679.

The moving image synthesizing function 689 synthesizes data of a simulated moving image of a race as shown in FIG. Up to the above description, a simulation of a race as shown in FIG. 28 is displayed as a moving image. As a result, it is possible to display a result of a simulation of a progress state of a race to be performed based on the past race state and the surrounding environment as a real-time moving image. As a result, those who are going to vote for horses can see the progress prediction image of the upcoming race in real time, and compare the progress of this race with the progress assembled by their long experience. I can do it. Therefore, by integrating the inspiration obtained from the experience with the detailed data of the past, it is possible to imagine in the mind, and even an amateur can make an advanced victory forecast integrating science and the occult. Since it is possible to think that there is a horse, it has an extremely excellent effect that the interest of horse racing is improved.

Next, details of the purchased betting ticket data creation processing in S1270 of FIG. 23 will be described. FIG. 32 is a flowchart of a purchased betting ticket data creation processing routine. FIG. 33 is an explanatory diagram of correspondence between overlapping patterns and purchase candidate betting tickets.
Is an explanatory diagram of an overlapping pattern.

When the process of S1270 is started, FIG.
As shown in, the process of calculating the goal time from the late half range average line of each horse is first performed (S1700), and then the process of calculating the goal time from the fast half range average line of each horse is performed ( S1710). The late range average line is S124
0, the speed half-range average line is calculated in S12
At 50, it has already been calculated.

For the time of these goals, the time corresponding to the distance at which the race is performed is read from the slow half range average line and the fast half range average line. The distance is the race information memory 5
Input from 70. Next, the time range of the goal is calculated for each horse (S1720). The time range is from the goal time calculated from the fast half range average line to the goal time calculated from the slow half range average line.

Next, a pattern whose time range overlaps from the top is detected (S1730), and processing for classifying the overlapping pattern is performed based on this (S1740). S1700-
The processing of S1740 shows one mode of the head group classification means. As shown in FIG. 34, the overlapping pattern
Types, B type, C type, D type, E type, F type, G type, H type and I type are classified.

Type A is the time range of the goal of Horse 1 and 2
The time range of the goal of the third horse and the time range of the goal of the third horse are all non-overlapping, and the time range of the third and subsequent goals is one in which it is not possible to distinguish between before and after. The type B shows that the time range of the goal of the first horse is independent, and the time range of the goal after the second horse is one in which the front and rear cannot be distinguished.

Type C is the time range of the goal of Horse 1 and 2
The time range of the goal of the second horse overlaps and is independent of the third horse, and the time range of the third and subsequent goals indicates that it is impossible to distinguish between the front and rear. Type D is the time range of the first horse's goal and 2
The time range of the goal of horse # 2 overlaps, the time range of goal of horse # 2 and the time range of goal of horse # 3 overlap, and the time ranges of horse # 1 and horse # 3 do not overlap Things. The third and subsequent numbers indicate that the front and rear cannot be distinguished.

In the type E, the time ranges of the goals of the first and second horses overlap, the time ranges of the goals of the second and third horses overlap, and the goals of the third and fourth horses follow. And the goal time ranges of the first and third horses do not overlap. The fourth and subsequent numbers indicate that it is not possible to distinguish between front and rear.

Type F has the time range of the goal of horse 1 and 2
The time range of the goal of the third horse and the time range of the goal of the third horse are deviated and overlapped, and do not overlap with the fourth horse. From the fourth onward, it is impossible to distinguish between front and rear. G type is 1
The time range of the goal of the second horse, the time range of the goal of the second horse, the time range of the goal of the third horse, and the goal time range of the fourth horse are all non-overlapping. After the 4th,
Indicates that the front and rear cannot be determined.

In the H type, the time ranges of the goals of horses 1 and 2 overlap, the time ranges of the goals of horses 3 and 4 overlap, and it is impossible to discriminate before and after the 5th horse. Here's what. I
The type is the time range of the first horse, the time range of the second horse, the time range of the third horse, the goal time range of the fourth horse, and the goal time range of the fifth horse. Indicates that there is a shift and overlap, and it is not possible to determine the front and rear of the fifth and subsequent numbers.

After the classification of the overlapping pattern, a purchase betting ticket is calculated next (S1750). The calculation of the purchase candidate betting ticket is performed based on the classification of the overlapping pattern and according to the overlapping pattern purchasing betting ticket comparison table shown in FIG. S17
The process of 50 represents one mode of the voting target selecting means.

The duplicate pattern purchase betting ticket target table includes duplicate pattern type data 705 and win data 707.
, Winning data 709, and winning data 711. This duplicate pattern purchase betting ticket target table is RO
It is stored in the data table area 713 in M405.

The winning data 707 stores the winning numbers that can be won. Here, in the case of the A type pattern, the first horse is stored. That is, in the case of the pattern A, if a win bet is purchased, the betting ticket of the first horse is to be purchased. The winning combination data 709 stores combinations of the winning numbers that can be won consecutively. Here, in the case of the C type, the combination data of the first horse and the second horse is stored.

In the case of the winning data 711, the number of winning that can be won is stored. Here, the purchased betting ticket data is, for example, in the case of the A type pattern, the first win is the first horse, the consecutive win is the combination of the first and second horses, and the multiple win is the first horse and the second horse. Thus, the data of the purchased betting ticket is created.

When the data of the purchased betting ticket is created by the purchased betting ticket data creating process, it is next determined whether or not there is a horsepower input (S1280 in FIG. 23). Horsepower input is a process of capturing the subjectivity of a betting ticket purchaser.
The determination that there is a horsepower input is made when the horsepower input button 361G in FIG. 13 is operated.

If it is determined that a horsepower is to be input (S1
280) Then, horsepower input processing is performed (S1290). In the horsepower input process, as shown in FIG. 35, the horsepower input process of each horse is first performed (S1800).

FIG. 36 is an explanatory diagram of the horse-toning correction characteristic, and FIG.
FIG. 5 is an explanatory view of a horse input screen. Fig. 3
As shown in FIG. 6, selection of a type such as a standard horse, a good horse, an excellent horse, a bad horse, and a worst horse is requested, and the selection result is input. The standard horse tone is a horse tone used as a reference for a racehorse, and is a horse tone state selected when it is determined that the computer simulation can be adopted as it is. The standard horse tones are matched with the overall average.

A good horse tone is a horse tone selected when it is determined that the tone is better than the standard horse tone. The good horse tone here is an intermediate line between the overall average line and the speed half range average line. The excellent horse tone is a horse tone selected when the racehorse is determined to be in excellent condition. The fine horse is matched here with the fast half range average.

The poor horse tone is a horse tone selected when it is determined that the tone is slightly lower than the standard horse tone. The bad horse tone is herein an intermediate line between the overall average line and the late half range average line. The worst horse tone is a horse tone selected when a racehorse is determined to be guilty. The worst horse is
Here, it is matched with the late range average line.

As shown in FIG. 37, the horse input is selected from a customized simulation image.
The customization simulation image 715 includes a race number display 717, a distance display 719, a simulation hierarchy display 721, a horse number display 723, a horse name display 725, a past score display 727, a first horse tongue setting state display 729, and the like. , A second horsepower setting status display 731, a third horsepower setting status display 733, and a horsepower setting reference display 735.

The race number display 717 displays the number of the race for which the customization simulation is to be performed. Here, the third race is displayed. The distance display 719 displays the distance of the race to be customized simulation.

The simulation hierarchy display 721 displays a standard simulation or a custom simulation. Here, a customization simulation is displayed. The customization simulation is
When performing a simulation based on the contents of the race simulation data memory 593, taking into account the horse tone,
Changing the time range and simulating the race.

The first horse key setting status display 729 displays the result of inputting with the button 381 by selecting the state of the horse key with reference to the contents of the horse key setting reference display 735 and selecting the number. Details of the horse tone input process are omitted. The second horsepower setting status display 731 and the third horsepower setting status display 733 display the status input in substantially the same input method as the first horsepower setting status display 729. These first to first
The simulation by the third horse key setting is performed independently and is referred to independently.

FIG. 38 is an explanatory diagram of the time range. After the horse tone input processing for each horse, the time range is expanded or reduced in size (S1810). The time range is expanded when the time range expansion button 361H is operated, and is calculated by expanding the time range of the goal by 20% compared to the standard time range. The reduction of the time range is performed when the time range reduction button 361I is operated, and is two times smaller than the standard time range.
It is calculated by reducing the time range of the goal by 0%.

Although the standard time range has already been described, as shown in Example 1 of FIG. 38, when the overall average line is used as the reference center line, the range from the fast half range average line to the slow half range average line is set. Indicates the range. In this case, the goal time range is the standard time range of the goal from the goal time obtained from the fast half range average line to the goal time obtained from the late half range average line. This time range is determined by the horse input process.
The horse tone is set to the standard state. When the horse is in the standard state, the overall average line is used as the reference center line of the time range. As shown in Example 2, when the horse tone is shifted in the good direction, the reference center line of the time range is shifted to the good horse tone, and the entire time range is shifted toward the speed half range. In the case of Example 2, the time range is reduced. As shown in Example 3, when the vehicle is shifted in the malfunctioning direction, the vehicle is shifted in the direction of the malfunctioning horse. In Example 4, the horse tune is standard and the time range is extended. Example 5 shows a standard horse tune and a reduced time range.
Example 6 shows a case where the horse is in excellent condition and the time range is reduced.

When the time range is expanded, the overlap of the time range in which each horse finishes increases. Therefore, although the number of purchased betting tickets is reduced, only winning ones are more reliably purchased. Reducing the time range reduces the overlap in the time range for each horse to finish. Therefore, the number of purchased betting tickets can be increased. However, the total investment amount increases.

Input of expansion and reduction of the time range in FIG. 35 (S
1810) After that, a running line calculation process for each horse is performed (S1820). The running line of each horse is obtained based on the horse tone input for each horse and the expansion and contraction of the time range. After calculating the travel line, the horsepower input processing is temporarily terminated, and FIG.
The process moves to the customized race simulation data creation process of S1300 of 3.

In the customized race simulation data creating process, as shown in FIG. 39, first, a process of calculating a distance every 5 seconds from the reference center line of each horse is performed (S190).
0). This processing is substantially the same as the processing of S1400 described above. In S1400, the distance is calculated from the overall average line. In S1900, the distance is calculated from the reference center line.

Next, a writing process is performed on the customized race simulation data memory (S191).
0). The customized race simulation data memory 737 is configured in the memory 407 of FIG. This customized race simulation data memory 7
37 has substantially the same configuration as the race simulation data memory 593.

When this process ends, a betting ticket data creation process is performed next (S1310 in FIG. 23). This process is almost the same as S1270. The details will be described below. FIG. 40 is a flowchart of the purchased betting ticket data creation processing routine.

When the process of S1310 is started, FIG.
As shown in (1), first, a process of calculating the goal time from the delayed half range average line of each horse corrected based on the horsepower is performed (S
2000) Then, a process of calculating the goal time from the speed half range average line of each horse corrected by the horsepower is performed (S2010). As the average line used here, the one obtained in the running line calculation processing of each horse in S1820 of FIG. 35 is used.

For the time of these goals, the time corresponding to the distance at which the race is performed is read from the slow half range average line corrected by the horsepower and the speed half range average line corrected by the horsepower. The distance is input from the race information memory 570. Next, the time range of the goal is calculated for each horse (S2020). The time range is from the goal time calculated from the speed half range average line corrected by the horsepower to the goal time calculated from the delayed half range average line corrected by the horsepower.

Next, a pattern whose time range overlaps from the top is detected (S2030), and based on this, processing for classifying the overlapping pattern is performed (S2040). These are performed in substantially the same processing as the processing described above. The duplicate pattern is
As described above, here, A type, B type, C type, D type, E type
Type, F type, G type, H type and I type are classified.

After classifying the overlapping pattern, a purchase candidate betting ticket is calculated (S2050). The calculation of the purchase candidate betting ticket is performed based on the classification of the overlapping pattern and according to the overlapping pattern purchasing betting ticket comparison table described above with reference to FIG. S2
000 to S2040 indicate one mode of the head group classification means, and S2050 indicates one mode of the voting target selection means.

After the purchase betting ticket data is created, it is determined whether a betting ticket is to be purchased next (FIG. 23, S1320).
The determination to purchase a betting ticket is made when the betting ticket purchase button 361J shown in FIG. 13 is operated.

If the betting ticket is not purchased, the present routine is ended once, and if a betting ticket is to be purchased, the process proceeds to a betting ticket purchase process (S1330). FIG. 41 is a flowchart of the betting ticket purchase processing, and FIG. 42 is an explanatory diagram of the operation. In the betting ticket purchase processing, as shown in FIG. 41, first, purchased betting ticket data is input (S2100). In the purchase betting ticket data input, the data of the purchase candidate betting ticket calculated in S1750 and S2050 is input.

Next, purchase price input processing is performed (S21).
10). The input of the purchase amount is performed by using a button 381 shown in FIG.
Is input as the purchase price.
In this case, a display is displayed on the display 309 to notify the input of the purchase price. After the purchase amount is input, a purchase reference screen is displayed next (S2120), adjustment is performed before the purchase is determined (S2130), and then betting ticket purchase is executed (S2140).

In the purchase reference screen display, first, a betting ticket purchase image 739 shown in FIG.
This betting ticket purchase image 739 has a race number display 741.
, Distance display 743, simulation betting ticket purchase display 745, standard display 747, first display 749, second display
A display 751, a third display 753, a standard betting ticket purchase candidate display column 755, a first betting ticket purchase candidate display column 757, and a second
A betting ticket purchase candidate display field 759, a third betting ticket purchase candidate display field 761, an equal display 763, an amount display field 765, a selection frame 767, and a selection frame 769 are provided.

[0168] The race number display 741 displays what kind of race the betting ticket purchase target is. Here, the third race is displayed. The distance display 743 displays the distance of the race to be purchased for a betting ticket.

The standard betting ticket purchase candidate display field 755 is
The result obtained by the process 50 is displayed. Here, “1-3, 1-4, 3-4” is displayed. In this case, the betting ticket candidate is a winning streak and three points are bought. This candidate was created only by computer simulation.

[0170] The first betting ticket purchase candidate display field 757 displays the result obtained by the processing in S2050 based on the running line of each horse according to the first horse tone setting. The second betting ticket purchase candidate display field 759 displays the result obtained by the processing of S2050 based on the running line of each horse according to the second horse tongue setting.

The third betting ticket purchase candidate display field 761 displays the result obtained by the processing in S2050 based on the running line of each horse according to the third horse tone setting. In the adjustment before the purchase decision, the betting ticket is purchased using the one displayed in the standard betting ticket purchase candidate display field 755 or the first betting ticket purchase candidate display field 7 is displayed.
A selection process is performed to select whether to perform with the one displayed in 57, with the one displayed in the second betting ticket candidate display column 759, or with the one displayed in the third betting ticket candidate display column 761. And a purchase price determination process.

In the selection process here, in the selection frame 767,
Standard betting ticket purchase candidate display field 755, first betting ticket purchase candidate display field 757, second betting ticket purchase candidate display field 759, or third
The display content of the betting ticket purchase candidate display column 761 is enclosed. The selection frame 767 is a selection frame display button 36
When 1K is operated, it is displayed in the betting ticket purchase image 739. The selection frame 767 is initially displayed above the standard betting ticket purchase candidate display field 755 in this state. Here, when the selection frame display button 361K is operated again, it moves to the first betting ticket purchase candidate display field 757 on the right side. Each time the selection frame display button 361K is operated, it is sequentially moved.

When the select button 361C is operated,
The betting ticket enclosed in the selection frame 767 is the data of the purchased betting ticket. For example, in the case shown in FIG. 42, the data in the second betting ticket purchase candidate display field 759 is the purchased betting ticket. In the purchase price determination process, as shown in FIG. 43, first, a purchase price input process is performed (S2200), and then a betting ticket selection input process is performed (S2210), and it is determined whether the purchase amounts are equal (S222).
0). The purchase price determination process is an example of a voting price distribution means. For the purchase amount input, the value input in S2110 is input as it is. In the betting ticket selection input processing, data indicating whether the selection 1 button 365A, the selection 2 button 365B, the selection 3 button 365C, the selection 4 button 365D, or the selection 5 button 365E shown in FIG. 13 has been pressed is input.

In the determination of equality, in S2210, selection 1
If none of the button 365A, the selection 2 button 365B, the selection 3 button 365C, the selection 4 button 365D, and the selection 5 button 365E has been input, it is determined that they are equal, and any of them is determined. Is input, it is determined that they are not equal.

If it is determined that they are equal, the number of purchase points is input (S2230), and the purchase amount is then divided by the purchase points, and the purchase amount per point is calculated (S2230).
2240), and based on the result, the intersection of the selection frames is set as the purchase price per one point (S2250). As the purchase point, the value of the purchase point of the purchased betting ticket candidate in the portion surrounded by the selection frame 767 is input. The purchase price per point is determined by rounding down the value obtained by proration. In the process of setting the intersection of the selection frames to the purchase price per one point, FIG.
As shown in (5), the display of the amount of money 773 calculated in the proposition is performed at the intersection 771. The right side portion 775 of the intersection portion displays an amount of money larger than the amount of the intersection portion 771 and the left side portion 7
77 displays a small amount of money.

[0176] If it is determined in S2220 that they are not equal, then the amount of the selected betting ticket is input (S226).
0), and then calculates the purchase amount for each purchased betting ticket (S2
270) Finally, a purchase price change screen is displayed in the selection frame (S2280). The amount input of the selected betting ticket is performed in the following procedure. The operation of the one-yen ticket button 369 and the one-yen ticket button 373 shown in FIG. 13 is recorded, and the total amount is input as the amount of the selected betting ticket.

[0177] The purchase price change screen displayed in the selection frame is as follows.
This is as shown in FIG. Purchase price change screen 78
1 is displayed instead of the image in the selection frame 769 in FIG. This includes a purchase price change display 783,
Number display 785 of the purchased betting ticket and purchase price display 787
And are displayed. Highlight processing 789 is performed on the amount of the selected betting ticket. The number and price are displayed for all purchased betting tickets. Number and amount are stored in memory 4.
07 is stored in the purchased betting ticket data memory 799.

When the pre-purchase adjustment in S2130 of FIG. 41 is completed, betting ticket purchase execution processing is performed next (S214).
0). This processing is executed when the purchase button 339 is pressed and then the execution button 361D is pressed. In the betting ticket purchase execution process, the racetrack net system shown in FIG. 1 is transmitted by wireless data communication with data indicating the number of the determined purchase betting ticket determined in the pre-purchase adjustment of S2130 and the determined purchase price together with predetermined data. Send to 5.

The racetrack net system 5 first inputs betting ticket purchase data from the received data, as shown in the flowchart of the winning voting machine management processing routine shown in FIG.
This is output to the voting management system 7 (S2300).
This processing has a function of one mode of the voting receiving means. Next, the voting management system extracts voting data including the identification number of the winning horse voting machine 201, the identification number of the ID card 181, the race number, the betting ticket number, and the purchase price (S2310). The data is output to a winning horse voting execution process (not shown) (S2320). S231
The process of 0 has the function of the vote counting means, and the process of S2320 has the function of the vote execution means.

In the winning horse voting execution processing, the voting data from the polling place voting machine system 31 and the racetrack net system 5
At the start of the race, the expected payout amount is calculated and displayed on the odds display building 59, and is also sent to each of the winning voting machines 201 via the racetrack net system 5. Send. After the race is over, the payout is calculated, displayed on the race indicator 52 and displayed on the payout place 57. S2310
To S2320 have the function of the voting mediation means of claim 1.

Next, a race result input process is performed (S2
330), settlement is performed (S2340). In the input of the race result, the result of the voting data output in executing the winning voting in S2320 is input from the winning voting execution process. Here, the data of the success or failure and the payout amount are input. In the settlement, the voting is settled. Here, the payout amount by voting is settled.

After the settlement, based on the result, settlement of the cash processing system (S2350), settlement of the account management system (S2360), and settlement of the cash accounting system (S23).
70). The settlement of the cash processing system is performed by renewing the amount of the advance payment when there is an advance payment to the winning horse voting machine 201. The amount here is used for reference to the balance of the prepaid amount of the winning voting machine 201. The settlement of the account management system is performed by updating the amount of the credit account when there is a credit account. Payment in the cash accounting system is performed by renewing the amount of the prepaid money when there is a prepaid money.
The amount here is used for cash refund.

After each settlement process, a voting result transmission process is performed (S2380), and this routine is temporarily terminated. In the voting result transmission process, the settlement data of the voting is transmitted via the racetrack net system 5 to the victory voting machine 20 having voted.
Send to 1.

That is, a process of returning the result of the voting to the winning voting machine 201 which has performed the voting is performed. FIG. 46 is a flowchart of the winning voting settlement process routine. This processing is executed by the winning voting machine 201 in response to the execution of the voting result transmission processing of S2380 in FIG. The process that the winning voting machine 201 responds to is performed by a predetermined response process, but detailed description thereof is omitted.

When the winning horse voting settlement process is started, a voting result input process is first performed (S2400), and then a renewal of the prepaid money (credit account information disclosure) process is performed (S241).
0). In the renewal processing of the deposit, the value of the deposit memory 455 in the memory 407 is updated based on the settlement data of the voting. For example, if there is a payout of 10,000 yen as the settlement data, the amount in the deposit memory 455
Do a plus of 10,000 yen.

When voting by the credit account is performed using the ID card 181, the credit account information such as the balance data of the credit account and the available amount is updated. After updating the data, a voting result display process is performed (S242).
0), this routine is temporarily ended. The display of the voting result includes displaying a betting betting ticket, displaying whether or not the betting is completed, and displaying a payout amount and displaying a balance of a prepaid amount when a winning horse is won.

[0187] As described above, by performing the winning voting settlement processing, the race starts collecting information on races and racehorses, voting on horses after estimating the development of races using simulation, and receiving a dividend based on the voting results. Is completed. Next, winning voting using the tablet 301 will be described.

This processing is performed by a tablet direct input processing routine (not shown). The tablet direct input process is performed by the single button 331, the multiple button 333, the horse button 335, or the frame button 3 shown in FIG.
This is executed when any one of 37 is operated.

When one of the buttons 331 to 337 is operated, that button is turned on. Next, when any one of the number 1 buttons 343 is operated, the operated button is turned on, and an upper connection line display line lamp for displaying a state of communication between the buttons 331 to 337 and the number 1 button 343. 353 is turned on.

Next, when any of the number 2 buttons 349 is operated, the button 349 is turned on, and the lower connection line display line lamp 355 is turned on. For example, in Maren,
If you want to purchase 5-6, press the horse button 335 first as in the lighting state 791, this lights up,
When the 5 button 343A is pressed, this lights up,
The line lamps 353A, 353B, 353C are turned on. Next, when the 6 button 349A is pressed, it lights up and the line lamps 355A, 355B, 355
C lights up.

Thus, a betting ticket to be purchased can be specified with one touch and can be confirmed at a glance. Next, by operating the 1,000 yen ticket button 369 and the one hundred yen ticket button 373, the number of purchased winning horse voting tickets can be specified, and the specified state can be checked at a glance.

For example, in order to purchase 11,500 yen for 5-6 in Maren, the 10 button 369A and the 1 button 3
It can be executed by pressing the 69B and the 5 button 373A. These are turned on when pressed. After designating the type of betting ticket and the number of betting tickets, the voting button 365F is first operated, and then the purchasing button 339 is operated, whereby the data of the number and the amount of money are stored in the purchased betting ticket data memory 799, and Winning voting is performed. The actual winning voting is performed by transmitting the voting data to the voting management system 7 described above.

Next, the processing during the race will be described. FIG.
Is the display 80 during the race on the display 309 during the race.
1. FIG. 48 is a flowchart of the in-race display processing routine. The display 801 during the race is displayed on the display 309 when the race starts by the display processing during the race.
Is displayed in.

When the in-race display process is started at predetermined time intervals by the CPU 401, it is first determined whether or not a race is in progress (S2500). The determination that a race is in progress is made based on the presence or absence of the in-race signal transmitted from the racetrack net system 5. The in-race signal is output from the user service system. The user service system outputs a racing signal by a predetermined process.

If the race is not in progress, the present routine is temporarily terminated. If a race is in progress, a race relay image is input (S2510), and then a race relay image is displayed (S2520). As the race relay image, an image captured by the in-facility shooting monitor camera system 29 is received via the user service system 19.
In the display of the race relay image, an in-race display 801 image as shown in FIG. 47 is displayed on the display 309.

Next, the race information reading process (S253)
0), race data is input from the race result memory (S2
540), simulation data is input from the race simulation data memory (S2550). In the race information reading process, the race information is input from the race information memory 570 in the RAM 403. When reading the race information, data of a race number, a distance, and a course are input. The race data is substantially the same as that used for displaying the race indicator 52 shown in FIG. 22, and indicates the real-time progress state of the race. This is input via the racetrack net system 5 from the race result memory 459 shown in FIG. The simulation data is stored in the memory 40
7 from the race simulation data memory 593.

After inputting each data, the simulation data is corrected with the race data (S2560), and based on this, the first goal horse and the second goal horse are calculated (S25).
70). The correction with the race data is performed to correct a gap between the simulation and the actual by correcting the simulation data in an actual race state. For example, in the simulation, it should have reached 1000 meters, but when it is actually 970 meters, a process of correcting the simulation data from 1000 to 970 is performed.

The first goal horse and the second goal horse are calculated based on the corrected simulation data.
For example, a horse calculated to reach the goal distance in the shortest time is the first place, and a horse calculated to reach the goal in the shortest time is the second place. This expected result largely reflects the actual running state. For example, even if the finish order by the simulation before correction is the first, if the finish is actually delayed, the delay affects the goal, and the finish is not always completed. As a result, the prediction accuracy of the goal increases as the race approaches the goal, and this has the effect of feeling that the reliability of the simulation is high.

Next, a betting ticket data input process is performed (S
2580) Subsequently, an expected payout amount calculation process is performed (S
2590). The purchased betting ticket data is input from a purchased betting ticket data memory 799 shown in FIG. The expected payout amount is calculated for the first goal horse and the second goal horse predicted in S2570. A betting ticket that matches the expected one is extracted, and the total amount of the expected dividend is calculated as the expected dividend amount. That is, if the betting ticket predicted by the simulation result is bought, the payout amount is obtained.

After the payout amount has been calculated, next, a live race display process is performed (S2600). In the live race display processing, the display 309 displays the current position of the head, the number (name) of the predicted first goal horse, the number of the second goal horse, and the expected payout amount. As shown in FIG. 47, the head current position is formed as shown in a display 803, the first goal horse and the second finisher horse are formed as a display 805, and the expected payout amount is formed as a display 807. Is done.

By performing the live race display processing in this way, if the race proceeds as it is, the payout amount that the player will be able to get will be brought to the front, and the interest of the race will be extremely high. In addition, it will be realized by the amount of the dividend amount that the point at which one's expectations were met was realized,
The learning effect of future race prediction can be enhanced.

FIG. 49 is a flowchart of a winning voting machine return processing routine, and FIG. 50 is a flowchart of a leaving management routine. The winning horse voting machine return processing is performed in S10 of FIG.
40 is a detailed process. This processing is executed by the voting machine return machine 221 shown in FIGS. 7 and 8.

First, the receiving process of the winning voting machine is performed (S2700). This acceptance processing is performed by the winning horse voting machine 201.
Is started when it is inserted into the return port 231. The inserted winning voting machine 201 has a storage mechanism 8 (not shown in detail).
11 is stored in the storage 813.

Next, it is determined whether there is an ID card (S2710). If the ID card 181 is inserted in the winning voting machine 201 stored in the storage 813, a process for removing the ID card from the winning voting machine is executed next (S2720), and the ID card is returned (S273).
0). If the ID card 181 is not inserted, the process proceeds to the next process. The ID card 181 is returned from the ID card return port 235.

After the processing of the ID card 181, the prepaid balance and the payout balance are read (S2740). In these readings, the deposit is read, and the remainder of the payout and the remainder of the deposit are calculated from the deposit memory shown in FIG. Next, it is determined whether or not the return is to be made (S2750). If the return is not made, this routine is temporarily terminated. If it is determined that the return is made, it is next determined whether or not the return is made by cash (S276).
0), in the case of cash return, withdraw cash (S
2770) If it is not a cash return, a withdrawal is made to the account (S2780). Cash withdrawals can be made using the cash machine 27
Perform by 3. Withdrawal to the account is executed by outputting data to the account management system 17 via the communication interface 265 via the communication line 211. The account management system 17 manages the credit status of members. The account management system 17 inputs data to the account data of the member.

By the above-described winning horse voting machine return processing, the borrowed winning horse voting machine 201 is returned,
Prepayments and dividends can be settled. The exit management process of FIG. 50 is a process executed by the gate 69. First, an interrogation radio wave emission process is performed (S280).
0), and then performs response radio wave reception processing (S281).
0), when there is no response radio wave (S2820), this routine is once ended as it is.

On the other hand, if there is a response radio wave, a gate temporary opening stop process is performed (S2830), and a clerk calling process is performed (S2840). The calling radio wave of S2800 is a calling radio wave to the winning horse voting machine 201, is emitted at the passage position of the gate 69, and is performed by a predetermined radio wave type.

The response radio wave is emitted from the winning horse voting machine 201, and is emitted in a predetermined radio wave type when an interrogation radio wave is received. By this processing,
If the winning voting machine is taken out of the gate 69, an alarm is issued and illegal take-out can be prevented.

FIG. 51 is a configuration diagram of a horse race voting system using a communication network, and FIG. 52 is a configuration diagram of the terminal. As shown in FIG. 51, the communication network horse race voting system 821 is a description corresponding to an aspect of claim 6, and is configured as an accessory function of the racetrack integrated system 1, and includes a public communication network 825, a home game hall, 827. In the horse racing integrated system 1, the communication network horse racing system 823 has an interface function. The public communication system 1 includes a communication line 831 and a transit exchange 833. Public communication net 8
25 is, for example, a public telephone line, a dedicated line, or a communication network such as the Internet.

As shown in FIG. 52, the home game arcade 827 includes a line connector 835 and a home net line network 837.
, A network computer 839, a home monitor system 841, and a network tablet 843. The home network 837 includes a data transmission wire 847 and a terminal 849.
The network computer 839 is connected to the terminal 849
Connected to.

[0211] The network computer 839 includes a communication management computer (not shown), and is data-linked to the communication network horse racing system 823 via the communication line 831. The network computer 839 performs image and sound output by the home monitor system 841. The home monitor system 841 is usually
Functions as a receiver for cable television broadcasting and public television broadcasting.

The network tablet 843 includes a network computer 839 and a home monitor system 8.
41 is remotely controlled. The network tablet 843 has substantially the same configuration as the tablet 301 of the winning voting machine 201. Home monitor system 8
41 displays substantially the same as the display section 303 of the winning voting machine 201. The network computer 839 includes the network tablet 843 and the home monitor system 8
41 is made to function almost in the same manner as the victory voting machine 201, and the home game arcade 827 is operated as if it were at one corner of the racetrack 41.

By using the communication network horse race voting system 821 described above, the victory voting machine 201 can be used at the racetrack 41 without actually going to the racetrack 41.
By operating the, it is possible to obtain almost the same fun as enjoying an entertaining horse race. In the case of the communication network horse racing voting system 821, only the winning horse vote by the credit account can participate in the winning horse vote involving the exchange of money. The communication network horse race voting system 821
In the case of (1), a configuration is also provided in which game horse racing without actual money exchange is performed.

The integrated racetrack integrated system 1 described above
The race conditions of each racehorse are separated into race conditions, surrounding conditions, and surrounding environments, sampled in detail, compiled into a database, and the conditions of this database are used to simulate the race conditions of the next race. ing. Then, the simulation is provided to the visitors, and the system is provided to provide the reference data of the expected horse.

In the race simulation,
It provides a visual presentation of the ever-changing ranking status to the attendees, and provides a configuration in which the difference from the sixth sensation of the winner can be obtained at the nuance stage. In addition, each of the winning voting machines 201 that the attendee owns can obtain such information independently.

In addition, since the results of the simulation specify the horse at the time of the goal, it is possible to vote for the winning horse by believing the information as it is, and even an amateur can have sufficient data of the same type as a professional. After scrutinizing, it will be possible to vote for winning horses. Also, if the simulation result is slightly different from the information you earned with your feet, simply correct this and perform a new simulation,
You can expect a horse.

In addition, since the betting betting ticket that respects the result is automatically selected from the result of the expected horse in the simulation result, knowledge and attention are required despite the fact that the winning horse is accurately predicted. It is no longer saying that there is a shortage of money and misses the purchase of a betting ticket.

Furthermore, if a betting ticket purchased as a result of the simulation is selected to be purchased as it is, a winning horse vote is automatically executed only by designating a purchase budget, which is convenient. The various advantages described above can be obtained without omission by the wireless handy type victory voting machine 201 and the home monitor system 841.

Although the present invention has been described with reference to the embodiment with respect to horse racing, the present invention is not limited to this. A fair race is performed on a racing course, and some money or goods are bet or voted on the fair course. Sports, such as athletics and athletics such as boat racing, bicycle racing, dock racing, auto racing, stock car racing, track racing, cross-country racing, marathon, obstacle racing, yacht racing, power boat racing, and drag car racing ,
Survival races, hunting games, survival games, roller games, martial arts, ball games such as soccer and baseball, etc.All distances and time, speed races, matches, similar competitions with survival, stock investments and products that simulate the economic situation Applicable to casino betting that simulates investment, stock speculation, product speculation and fortune flow.

FIG. 53 is an overall configuration diagram of the gambling field system 901, FIG. 54 is a block diagram of the game management unit 903, FIG. 55 is a block diagram of the game voting machine 905, and FIG. FIG. FIG. 53 to FIG. 56 show an explanation of one embodiment of the tenth aspect.

As shown in FIG. 53, the gambling field system 901 includes a roulette table 907 which is a game machine.
And a game management unit 903 that is located above the roulette table 907 and monitors the progress of the game.
And a game voting machine 905 receiving a command from the game management unit 903.

The game management unit 903 has a CPU 91
1, a RAM 913, a ROM 915, an input / output interface 917, an input interface 919, an output interface 921, and a display controller 9.
23, and a host communication interface 925.

An input / output interface 917 includes an infrared light emitting element driver 927 and a ball position detecting circuit 929.
And are connected. An infrared light emitting element signal output device 931 is connected to the infrared light emitting element driver 927. The ball position detection circuit 929 includes an image input circuit 93
3 is connected, to which a video camera 935 is connected.

[0224] The display controller 923 includes a data display 937 and a video display 939.
Is connected. A video signal is input to the video display 939 from the image input circuit 933. The receiver 941 is connected to the input interface 919. The receiver has a microwave antenna 943
Is connected.

[0225] The transmitter 945 is connected to the output interface 921. Transmitter 945
Is connected to an antenna 947. The transmitter 945 transmits data to the game voting machine 905. The receiver 941 receives data from the game voting machine 905. The video camera 935 is connected to the roulette table 9
07 is imaged. Host communication interface 9
25 communicates game state data with a host system (not shown).

The ball position detecting circuit 929 detects the position of the ball. The video display 939 displays an image on roulette as it is. Data display 9
37 displays a bet state. Game voting machine 905
Are a CPU 951, a ROM 953, and a RAM 955
, An output interface 959, and an input interface 961. A transmitter 963 is connected to the output interface 959, and an antenna 965 is connected to the transmitter 963. The output interface 959 transmits the voting data to the game management unit 903.

A tablet 967 is connected to the input interface 961. Bet data is input to the tablet 967. The image processor 957 includes:
An image composition circuit 969 is connected. Image composition circuit 9
A receiver 971 is connected to 69, and an antenna 973 is connected to the receiver 971. The image composition circuit 969 receives the video image from the game management unit 903 and outputs the video image to the image memory 975. Image memory 975 outputs the video image to display 977. The display 977 is connected to a pen input controller 979 and receives pen input from the input pen 979A.

The game voting machine 905 has a configuration shown in FIG. 56, and has a configuration in which a predetermined game or bet is performed by a bet processing routine (not shown) using a tablet 967 and an input pen. Thereby, the roulette table 90
Handheld wherever you are, without actually going to 7,
You can enjoy roulette game betting.

Although the example of roulette is shown here, the present invention is not limited to this, and can be applied to all gambling games played in casinos.

[Brief description of drawings]

FIG. 1 is an overall block diagram of a racetrack integrated system 1.

FIG. 2 is a layout diagram of a racetrack 41.

FIG. 3 is a layout diagram of a riding ground 43.

FIG. 4 is a block diagram of a horse coordinate output device 81.

FIG. 5 is a front view of the voting machine lending machine 111.

FIG. 6 is a block diagram of the voting machine lending machine 111.

7 is a front view of the voting machine return machine 221. FIG.

FIG. 8 is a block diagram of a voting machine return machine 221.

9 is an external view of the winning voting machine 201. FIG.

10 is a right side view of the winning voting machine 201. FIG.

11 is a front view of the winning voting machine 201. FIG.

12 is a front view of the winning voting machine 201. FIG.

FIG. 13 is a layout diagram of the tablet 301 of the winning voting machine.

14 is a block diagram of the winning voting machine 201. FIG.

FIG. 15 is a flowchart of a horse racetrack routine.

FIG. 16 is a flowchart of a winning horse voting machine lending process routine.

FIG. 17 is an explanatory diagram of data sampling to a race result memory.

FIG. 18 is an explanatory diagram of a racehorse record database.

FIG. 19 is an explanatory diagram of a running state of a racehorse.

FIG. 20 is an explanatory diagram of an example of a record database.

FIG. 21 is an explanatory diagram of an example of a record database.

FIG. 22 is an explanatory diagram of a race indicator.

FIG. 23 is a flowchart of a race simulation processing routine.

FIG. 24 is an explanatory diagram of a race information collection processing function means 573.

FIG. 25 is an explanatory diagram of the overall average line, showing the slowest range line;
It is a racehorse running state graph which shows a slow half range average line, a whole average line, a fast half range average line, and a fastest range line.

FIG. 26 shows a race simulation data creation process.

FIG. 27 is a race simulation data memory 593.
FIG.

FIG. 28 is an explanatory diagram of a race simulation service.

FIG. 29 is a flowchart of a race simulation image display processing routine.

FIG. 30 is a flowchart of a simulation display data generation processing routine.

FIG. 31 is a block diagram of a race simulation image synthesis unit.

FIG. 32 is a flowchart of a purchased betting ticket data creation processing routine.

FIG. 33 is an explanatory diagram of a correspondence between an overlapping pattern and a purchase candidate betting ticket.

FIG. 34 is an explanatory diagram of an overlapping pattern.

FIG. 35 is an explanatory diagram of a horsepower input process.

FIG. 36 is an explanatory diagram of a horsepower correction characteristic.

FIG. 37 is an explanatory diagram of a horse input screen.

FIG. 38 is an explanatory diagram of a time range.

FIG. 39 is an explanatory diagram of customized race simulation data creation processing.

FIG. 40 is a flowchart of a purchased betting ticket data creation processing routine.

FIG. 41 is a flowchart of a betting ticket purchase process.

FIG. 42 is an explanatory diagram of the operation of the betting ticket purchase processing.

FIG. 43 is an explanatory diagram of a purchase price determination process.

FIG. 44 is an explanatory diagram of a purchase price change screen displayed in a selection frame.

FIG. 45 is an explanatory diagram of a flowchart of a winning voting machine management processing routine.

FIG. 46 is a flowchart of a winning horse vote settlement processing routine.

FIG. 47 is an explanatory diagram of a display during a race on the display 309 during a race.

FIG. 48 is a flowchart of a race display process routine.

FIG. 49 is a flowchart of a winning voting machine return processing routine.

FIG. 50 is a flowchart of a leaving management routine.

FIG. 51 is a configuration diagram of a horse race voting system using a communication network.

FIG. 52 is a configuration diagram of a horse race voting system terminal.

FIG. 53 is an overall configuration diagram of a gambling field system 901.

FIG. 54 is a block diagram of a game management unit 903.

FIG. 55 is a block diagram of a game voting machine 905.

56 is a plan view of the game voting machine 905. FIG.

[Explanation of symbols]

1 ... Racetrack integrated system, 3 ... Central control unit, 5 ...
Racetrack net system, 7 ... Voting management system, 41 ...
Racetrack, 81: Horse coordinate output device, 111: Voting machine lending machine, 181: ID card, 201: Horse voting machine, 221
… Voting machine return machine, 821… communication network horse racing system, 901… gambling field system

Claims (10)

[Claims] 1. A race track for racing such as horse racing, boat racing, bicycle racing, and auto racing, a race track facility located around the race track, and voting counting means for counting the number of votes for the race. Voting input means for inputting a vote for a predetermined race; voting data transmitting means for wirelessly transmitting input data of the voting input means; Voting data receiving means for receiving the input data of the voting input means transmitted from the data transmitting means, and voting mediation means for outputting the input data of the voting input means received by the voting data receiving means to the voting counting means. Gambling field integration device. 2. The gambling field integration device according to claim 1, wherein the voting input means and the voting data transmission means are of a portable type configured to carry both at the same time. 3. The gambling field integration device according to claim 1, wherein the voting data receiving means has a private wireless LAN configuration. 4. A racetrack for races such as horse racing, boat racing, wheel racing, and auto racing, a race state detecting means for detecting the progress of a race in the raceground, and a detection result detected by the race state detecting means. Race status storage means for classifying and storing the results; simulation means for simulating the progress of the next race based on the storage of the race status storage means; simulation result output for outputting the simulation results of the simulation means And a gambling field integration device. 5. A gambling stadium integrated device comprising: a race track for racing such as horse racing, boat racing, bicycle racing, and auto racing; and voting counting means for counting the number of votes for the race. Simulation means for simulating the progress of a race to be performed next, voting input means for inputting a vote for a predetermined race, and voting for the voting input means based on a simulation result of the simulation means. Voting executing means, voting data transmitting means for wirelessly transmitting input data of the voting input means, and voting data transmitting means provided at the race facility and receiving input data of the voting input means transmitted from the voting data transmitting means. Voting data receiving means, and input data of the voting input means received by the voting data receiving means. Gambling field integrated device that includes a voting agency means for outputting the vote aggregator. 6. A gambling field integrated device comprising: a race track for racing such as horse racing, boat racing, bicycle racing, and auto racing; and voting counting means for counting the number of votes for the race. Simulation means for simulating the progress of a race to be performed next, voting input means for inputting a vote for a predetermined race, and Voting execution means for performing, voting data communication means for transmitting input data of the voting input means by a public communication line, input data of voting input means provided at the race facility and transmitted from the voting data communication means Voting data communication receiving means for receiving voting data, and voting input means received by the voting data communication receiving means Gambling field integrated device that includes a voting agency means for outputting to the voting aggregator input data. 7. The voting input means according to claim 5 or 6, further comprising a horsepower correction value input means for inputting a horsepower correction value for correcting a simulation result according to a state of the horse, wherein the simulation means comprises: A gambling field integration device comprising simulation correction means for correcting a race simulation based on an input value of a force correction value input means. 8. The voting execution means according to claim 5 or 6, wherein the voting execution means according to the simulation results in categorizing the first group based on the simulation result, and voting the first group sorted by the first group classification means. A gambling field integration device, comprising: a voting target selection unit that selects a target. 9. The voting execution means according to claim 5 or 6, further comprising: a voting amount prorating means for prorating a preselected voting amount into voting targets and voting in one race. Gambling field integration device. 10. An indoor game site having an indoor game such as a casino or an amusement facility, a payout calculating means for detecting the progress of the indoor game and calculating a payout, and a bet for inputting a bet on a predetermined indoor game. Input means, bet data transmitting means for transmitting the input data of the bet input means by wireless or public communication line, bet data receiving means for receiving the input data of the bet input means transmitted from the bet data transmitting means, A gambling field integrating device comprising: a bet ordering unit that outputs input data of the bet input unit received by the bet data receiving unit to the payout calculation unit.