TWI299670B - Gaming machine - Google Patents

Description

1299670 IX. Description of the Invention: [Technical Field] The present invention relates to a gaming machine, and in particular to a one-to-one currency lending machine read by a game machine main body (slot machine main body, Pachinko game machine) The game value information provided by the entity, etc., and pays the technology of the token based on the information. [Prior Art] Conventionally, a system in which a token is used in a circular manner when a Pachinko game machine is used in an individual bank has been provided (for example, unverified No. H11-76496) This patent publication). Also, there has been a system in which a one-dollar lending machine is placed on one side of a slot machine (for example, Unexamined Patent Publication No. 2_177618). In this conventional technique, when a Pachinko game machine is used in a separate machine, the subject of the slot machine described in Japanese Patent Laid-Open Publication No. H11-76496 is removed and the pachinko is assembled. Brother game machine body. However, in the slot machine described in this patent publication, the generation belt will pass through the inside of the slot machine, so the problem is that it is not easy to directly implement the replacement, and the design cost is increased. In the case of Y, it is considered to replace the main body of the slot machine described in the Japanese Patent Publication No. 2002-177618. However, the data transfer between the token lending machine and the slot machine described in the present invention is not performed, so that it is difficult to add versatility to the game. 102560-970303.doc 1299670 SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a game machine of a single machine, which can play a game game main system with different types of game media _ ^ 杲 1 The gaming machine is selectively used. In order to solve the above problem, a game machine according to the present invention includes a casing (casing n) of a child-bearing machine (token lending machine 12a) including a game medium payment for a payment-game medium. a component (funnel 4〇a); and a game machine main body (Baiqingge game machine main body 12, slot machine main body 400) 'on the game machine main body can play according to a game medium or a financial value of a game value-game, The game machine main system is detachably disposed in the occupant, fixed to the casing, and equipped with a game value providing member (main CPU 201, main CPU 464) for providing a specific game value after establishing-predetermined conditions. And a game medium payment control component (main CPU 2CU, main CPU 464) for controlling the game machine media payment component according to the game value provided by the game value providing component; wherein the type can be selectively installed thereon by different types The game medium plays a game machine main body. = One step, preferably, the game medium payment control means controls the game medium payment means under the condition that the player performs a predetermined job. It is characterized in that the carrier receives the financial medium thereby lending the game medium. Preferably, the child machine is placed to the right or left side of the position where the main body of the game machine is mounted. The game media payment component can be a funnel. Preferably, the predetermined operation is a press operation of a pre-set 102560-970303.doc 1299670 button set in the carrier. In the same way, it is preferred that the credit data in the machine is converted into the quantity information in the game medium, which is used in the game provided in the game. Class: The situation of the external travel ί Jia is that the main body of the game machine (which can play a game with the medium of different fish) is the main body of a Pai Qingge game machine and the main body of the slot machine. Coins, credit cards, coupons or the like The machine accepts financial media such as banknotes. [Embodiment] Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings. Throughout the drawings, the same reference numerals are used to refer to the same parts, and the explanation of the overlap is omitted. It is to be noted that the following description is directed to the preferred embodiments of the invention, and thus the invention should not be limited to the embodiments. In FIG. 1, the game machine 1 is obtained by integrating a casing casing (which is equipped with a casing of the token lending machine 12a) and a Pachinko game machine 12 fixed to the casing 丨丨. Oh, and thus constitute a separate machine. The casing I supports the game machine main body 12 so as to position the game area 13a of a game board 13 in the main body 12 of the game machine at the eye position of the player. A mounting base 14 of the forwardly extending outer casing is disposed at a position immediately below the game machine main body 12 in the outer casing u, and a display panel 15 notifying the player of the predetermined information is disposed at a position immediately above the main body of the gaming machine The game machine main body 12 includes and accumulates a predetermined number of game balls, and plays a game by cycling the game balls included in the game by 102560-970303.doc Ϊ 299670. In the game machine main body 12, the above game board 13 A frame system attached thereto is rotatably fixed to the outer casing u by a hinge. A glass door 2 is opened and configurable in front of the game board 13 so that the game board 13 can be observed, and the tray unit 17 It is also fixed to the underside of the glass door 17 in an openable and closable manner. Obstructions such as game nails and windmills (not shown), a door (not shown), and a winning opening 19 (for example, one) Start winning opening (9), - winning opening 19b), - opening and closing the door, - accepting the opening of the game ball in the continuous winning opening (not shown), - normal winning opening (not shown) and the like And a large winning nl9e having a swingable tilting plate (not shown) is suitably disposed on the game area (1), and the game area (1) is an area divided by the game board 13 - the road (10) and the game ball Here, it is hit and flows. In the step, the (5) (10) heart that passes through the game ball that is not placed in the winning opening 19 is set in the bottom of the game area m. One is used to collect from the game area 13a. The game ball collecting opening of the lower out game ball is constituted by the winning opening 19 and the OUT opening 2〇. Here, when the game ball is placed on the general winning opening 19b, the large winning opening... or the similar opening, the number of silent ( For example, when f is placed on the general winning opening 19 b, it is r 7 ^ vp .. f horse 7", s placed on the big winning opening l9c is "14", etc.) will be added to the prize ball data ( As will be explained hereinafter, "should note that the starting value of the prize ball data is "〇". The game area 13a further has a special apostrophe display portion 2 构成 which constitutes the trowel of the image display device 54 (Fig. 8). Display part 2] 102560-970303.doc 1299670 Changing the display mode of the symbols (which are plural (for example, three) identification information images), and once the game ball is placed on the start winning opening i9a, the symbols are started or stopped. When stopped When the combination of the symbols becomes one of the special symbols, the combination is previously set, that is, the large winning opening 19c is brought into an open state according to a predetermined formula, and is converted to a special game state favorable to the player. Game area Ua Further, there is a normal symbol display portion (not shown) for implementing a variable display of a normal symbol. The tray unit 17 as described above is disposed under the game board 13. The tray unit 17 has an accumulation tray 22 where the paid game ball and the game ball hit in the game area 13a are temporarily accumulated. It should be noted that although the lower tray is disposed under the accumulation tray 22, in the embodiment of an internal game machine, the game balls are not accumulated in the lower tray 23. The right side of the seven-disc unit 17 has a handle 24 that is operated when the game ball is hit into the game area 13a of the game board 13 via the track 丨8. A launching device 9 (Fig. 8) operates by rotating the handle 24 and emits a game ball fed into the launching device. It should be noted that the launching device 9 is configured to swing a hammer by controlling a launching solenoid (not shown) and at the launching position (at the end of the ball passage from the accumulation tray 22 to the launching device) The end of the hammer hits the game ball to send the game ball to the game board 13. One end of the main body of the gaming machine 12 (on the right side of the viewer when shown in the figure) has a token lending machine 12a that lends a game ball equivalent to the amount of goods inserted by the player. The debit card 12a has a credit number display portion 31, a credit knot 102560-970303.doc 1299670, z, a credit conversion button 33, a token number display portion 34, and an external line transmission/reception portion 3 5. The number of brothers shows that part 3 1 is composed of a three-digit seven-segment LED (light-emitting diode) and displays the current hard credit in the main body of the Pachinko game machine 12 (one is indicated by the coin credit data) The number should be noted. The starting value of the coin loan is “〇”). Further, the token number display portion 34 force · 11 factory ', 糸 consists of one or two digits and seven segments led (light emitting diode), and shows the current rent " the number of tokens in the main body of the Pachinko game machine 12 (Any credit is credited to the beneficiary by the token. It should be noted that the starting value of the token credit data is Γ 0"). The item conversion button 33 is a button for converting the credited coins (tokens), tokens, or the like into game ball data, which will be explained below, and the conversion is Implemented by pressing this button. For example, the conversion is implemented as shown below. When the credit conversion button 33 is pressed, a credit conversion signal is transmitted to the substrate 30 of the % discharge machine 12a. Then, the substrate 30 transmits the credit conversion signal to one of the main control circuits 2 of the Pachinko game machine main body 12. The main CPU 201 of the main control circuit 200 confirms the credit data based on the credit conversion signal received from the substrate 3. As a result, when the coin is credited, the process of converting the coin into a game ball is performed. For example, if a yen is worth a game ball, subtract Γι from the coin credit and add "12〇" to the game ball data. It should be noted that the added game ball data is stored in the main RAM 203 for storage area in which the number of game balls can be transmitted. At this time, the credit number display portion 31 displays the number obtained by subtracting "丨" from 102560-970303.doc 11 1299670 mesh. On the other hand, in the case of crediting the token due to the confirmation, the token is implemented. The processing of credit data into game token data. For example, if a token value is 7 game balls, subtract "丨" from the token credit data and add "7" to the game ball data. It should be noted that the added game ball data is stored in the main RAM 203 for storage area in which the number of game balls can be transmitted. At this time, the number of subtracted ... is displayed on the token number display portion 34. It should be noted that, in the present embodiment, each time the credit conversion button 33 is pressed, the credit data of one 1 Japanese yen hard band or one token is converted into game ball data, and the present invention is not limited thereto. Embodiments and all credit data can be converted into game ball data by pressing the button once. Progressively, in the case of crediting the coin transfer button 3 3, in the case of crediting coins and tokens, 'in this embodiment' will preferentially convert the coin credit data into game ball data: however, the token Credit data can also be preferentially converted into game ball data. Here, the tour request information indicates that the number of game balls that can be shot by the handle to the game area 13a can be made by #. For example, if the game ball data is "120", 12 game balls can be launched to the game area 13". The credit settlement button 32 is a button for executing the payment credit or the credit %. By pressing this button, the main control circuit 2 performs the credit disjunction process 'by performing the payment. It should be noted that the hard tape of the credits is converted into tokens and paid via the token payment opening 36a. 102560-970303.doc 12 1299670 For example, when two 100 yen coins are credited, the press credit settlement button 32 can pay a total of 34 from the token payment opening 36a since one 1 yen coin value is 17 tokens. On behalf of the token, on the other hand, directly from the token payment opening 36a to pay the credit amount of the credit. For example, if there are six credited tokens, then press the credit settlement button to self The token payment opening 36a pays six generations. Once the payment is completed, the credit number display portion 31 and the token number display portion 34 display the credit balance as zero. Further 'set below the token number display portion 34: One generation coin inserted into slot 37, play The home inserts the token as a game medium; the token is returned to the lever 37a, the player operates the lever to retrieve the token inserted into the token insertion slot; and the generation returns to the slot 37b for inserting a non-designated token The token is retrieved when the player operates the token exit lever 37a. Provided below the token retreat groove 37b is: a coin insertion slot 38, whereby the insertion slot can be inserted into a coin such as a 1-inch coin or a coin-like coin retracting lever 38a, and the player operates the lever to retrieve the inserted coin insertion. A coin in the slot; and a coin withdrawal slot 38b for retrieving the coin when a non-designated coin is inserted or when the player operates the coin retraction lever 38a. In the present embodiment, it should be noted that a one-day yen coin is a designated coin, and when a coin other than a Japanese yen coin is inserted into the coin insertion slot %, it is regarded as a non-designated coin' However, not only A round coin and its: The type of coin can also be set as the designated coin. An infrared transmission/reception portion 35 is provided between the token number display portion 34 and the token insertion slot 37. 102560-970303.doc -13 - 1299670 In the infrared transmission/reception part 3 5 ^ ^ ^ ^ Knife 传 can pass the game information after the end of the game (the acquired token | a, ^ t, the number of 咿). For example, when a predetermined location is accessed after receiving game material by means of a mobile terminal 39 (hereinafter referred to as "honeycomb"), the number of tokens acquired by the player is lost. In this position. When a plurality of players implement the same registration, the national ranking of the number of tokens acquired during a predetermined period (e.g., '-day or week) is displayed, which accounts for the possibility of increasing interest in the games. The coin inserted into the coin insertion slot 38 is detected by an insert coin sensor (not shown) which will be explained later. When the coin sensor is detected, a coin insertion detection signal is transmitted to a substrate 30. Tie De, 兮; ^ 敝 ., ..., 俊5海 coin insertion detection signal is transmitted from the substrate 30 to the main control circuit 2 〇〇. Receiving 主 The main control circuit 200 receiving the transmission is supplied to the factory and the data is stored in the main RAM 203. This is how to credit coins. The token inserted into the slot 37 is inserted by the insert token sensor (not shown) which will be described later. When the plug-in f sensor performs detection, the generation of the pre-measurement signal is transmitted to a substrate 30. Then, the token insertion detection signal is transmitted from the substrate 30 to the main control circuit 2A. After receiving, , and then sighing, the main control circuit 200 of the 迗 给 给 给 亥 亥 亥 亥 § § § § § § § § § § 添加 添加 添加 添加 添加 添加 添加 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存 储存This is how to credit the code. Next, the funnel 40a and the coin accumulating tank 41 which are not shown by the two dotted lines in Fig. 1 will be described. The token is inserted into the slot 37 or the token is paid for and the opening 36a is provided with an accumulation on the back side.

J The coin credit data is added 102560-970303.doc -14- a 1299670 The funnel of the payment band 4 〇 a. The "funnel 40a" has a storage container (hereinafter referred to as a bucket) as shown in Fig. 2, which can accumulate the token inserted into the insertion groove 37. For example, after the insert f sensor detects the token inserted into the insertion slot 37, the 5 hai band is accumulated in the funnel 40a after passing through a funnel guiding path (not shown). 5 in. The front side of the funnel 40a is provided with a first outlet 6 constituting one of the outlet portions of the token. The token accumulated in the funnel 40a is discharged from the first outlet 6〇. Further, a second outlet (not shown) is disposed on the back side of the token payout opening 36a, which receives the token discharged from the first outlet 60. The token received from the first outlet 60 received at the second outlet is discharged from the token payment opening 36a through a payment path (not shown) and accumulated in the token receiving portion %. A coin accumulating tank 41 for accumulating coins is disposed under the funnel 4〇a. A coin inserted into the coin insertion slot 38 is detected by the inserted coin sensor, passes through an accumulation path (not shown), and is accumulated in the coin accumulating tank 4. Next, the configuration of the funnel 40a will now be explained with reference to FIGS. 2 to 7. Figure 2 is a perspective view showing the exterior of the funnel 4A. As shown in Fig. 2, the funnel 40a is constituted by a main body portion Π3 having a rotary disk m (Fig. 4) and the like, a plate 110, and a bucket 115 attached to an upper portion of the main body portion 113 and accumulating a large amount of tokens. Here, the bucket 115 is detachably attached to the main body portion 113 by means of an attachment screw (not shown). In addition, the reference in the drawing is not a generation of coins. 102560-970303.doc -15- 1299670 Figure 3 is a perspective view showing the exterior of the panel constituting the funnel of Figure 2. One of the upper portions of the plate I10 has a body portion tray 110a projecting in a cylindrical shape. The body portion 113 can be fitted to this body portion tray u〇a. The first outlet 60 is provided on the front surface of the funnel 40a. Next, the structure of the funnel 4 〇 a will now be explained using FIG. Fig. 4 is a perspective view showing a state in which the inside of the main body portion 113 is in a disassembled state. A rectangular support plate 120 is constructed of a metal plate that is obliquely attached to the main body portion 丨13. A motor 121 equipped with a speed reduction mechanism is attached to one of the lower surface sides of the support plate 20. A disc 121a is fixed to one of the output shafts of the reduction structure. The disk cartridge 2 J a is positioned in a shaft hole 12 形成 1 formed on the support plate 12 , and the rotary disk 111 is fixed to the end of the disk 121 a by means of an attachment screw 122 . Further, a hole 120b for discharging waste, a convex hole 120c of a fixed roller 123 (to be described later), a convex hole 12〇d of a moving roller 124, and a sensing for the token sensor The window 12 〇 e, the step portion 120 f for arranging the blocking member 12 〇 g, and the like are formed on one of the coin receiving faces of the support plate 12 . The blocking member mg is rotatably attached between the walls on the side of the step portion (10) and the shaft is disposed at the two ends of the blocking member as a branch point (the shaft is rotatably fitted to the step portion 12) _ in the shaft hole provided in the wall on the surface). By using the shaft as a support point, a seagull-shaped spring (gUll Spring) 120iA is applied to one of the back sides of one of the end-fit barrier members 120g to hold the blocking member 12 in one of its self-supporting I02560- 970303.doc -16 · 1299670 The state of the upper plane of the plate 12 0 is convex. Further, an annular opening 125 having a diameter larger than the diameter of one generation of coins is formed on the lower side of the square turntable 111. Eight annular openings 125 are provided in the circumferential direction of one of the rotating disks 1丨1 at the same pitch. It should be noted that the number of the circular opening 125 can be appropriately increased or decreased according to the size of the rotary disk lu. The upper periphery of one of the circular-shaped openings 125 is formed to be gradually opened upward, whereby the one-mesh can easily enter the circular opening 125. A thrust bearing 135 is disposed on the lower side of the rotating disk. The thrust bearing 135 is mounted in an attachment groove formed on the back surface of the rotary disk lu and disposed between the rotary disk 111 and the support plate 120. The load of the inner coin of the bucket 115 is received in the thrust bearing 135, so that the rotary disc ln can be smoothly rotated at the bottom of the bucket 5 . Further, the token feeding guide 13 is fixed to the lower side of the rotary disk 111 by an attachment screw 131. The token feeding guide 130 is formed in the form of a ratchet made of metal and includes eight guiding teeth 132 so as to correspond to the ring y opening 125 of the rotating disk U1. The guiding teeth 132 are disposed on the inner side of the guiding teeth 132. The token holding guide surface 132a and a token feeding guide surface 132b disposed on the outer side of the guide tooth 132 are formed. The token retaining guide surface 132a is formed in the form of a circular arc that follows the annular opening 125 of the rotating disk 1U. The token feeding guide surface 13 is formed in a circular arc shape, and the outer side of the ring protrudes so that the token feeding guide surface 132b continues to one of the inner end portions of the token holding guide surface ma and contacts one The outer end of one of the token holding guide faces 132a adjacent to the guide teeth 132 has an acute angle at the knife. Therefore, a token passing through the circular opening US and supported by 102560-970303.doc -17-1299670 on the support plate 120 is held on the token holding guide surface 132& and is guided by the token feeding guide surface 132b. The steering of the rotary disk ill is fed in a direction in which the token is separated from the central axis of the rotary disk 111. An outer guide 140 having a thickness slightly thicker than one generation of coins and a cover 112 located thereon are attached to the support plate 12''. The outer guide 14 is formed of a rectangular metal plate. One of the token guiding faces 141 in the form of a circular arc having a diameter slightly smaller than the outer diameter of the rotary disk 111 is formed in the central portion of the outer guide 140. A fixed roller 123 and recesses 143 and 144 for moving the roller 124 are formed at the token discharge opening 142. Further, a space is formed between the support plate 120 covering the upper portion of one of the token discharge openings i42 and the cover 112, and this interval is connected to the first discharge port 60. The generation guide surface 141 is divided into a first guide surface 141a and a second guide surface 141b. The first guide surface 141a is formed as a circular arc having a radius of curvature slightly smaller than the outer diameter of the rotary disk 111 and centered on the central axis of the rotary disk. The guide-side surface 141b is formed to have the same curvature radius as that of the first guide surface 141a, and is formed as a circular arc centered at a position deviated from the central axis of the center spin disk 111 to the token discharge opening 142. The center of the radius of curvature of the second guide surface 14 lb is slightly moved to the side of the token discharge opening 142' so that a token is gradually brought closer to the token discharge opening 142 when the token is discharged, and the token can be smoothly discharged. Further, a roller attachment bracket 150 is attached to the support plate 120. The roller attachment bracket 150 is for attaching the fixed roller 123 and the moving roller 124 so as to extend from the support plate 120 by a thickness of up to one token. The fixed roller 123 is rotatably attached to the roller attachment bracket 150 to be positioned in the token discharge opening 142 such that the periphery of the 102560-970303.doc -18-1299670 nozzle is located on the outer guide 丨 4 One of the second guiding faces i4ib extends in the direction of extension. An elastomer 12 made of rubber is attached to the periphery of the moving roller 124 and rotatably attached to the end of the arm 15''. It should be noted that not only rubber but also synthetic resin can be used for the elastomer 124a. #15 1 is slidably attached to the roller attachment bracket 150 with the attachment shaft i5〇a as a center of rotation, whereby the moving roller 124 is displaced within the slit 150b, and the slit 150b is located in one of which the outlet is closed The position (the position shown by a broken line in Fig. 5 is explained later) is between a position in which the outlet is closed (a position shown by a solid line in Fig. 5, hereinafter explained). A tension coil spring 1 52 is attached to the arm 丨 5 i, and the tension coil spring 丨 52 presses the moving roller 124 in the direction of a closed moving roller 124. In this position in which the moving roller 124 is closed, the moving roller 124 is disposed to be positioned in an outer peripheral portion of one of the rotating disks 111. The token detecting portions 40Sa and 40Sb are attached to one of the concave portions 112a of the cover 112 to detect the tokens in the first outlet 6''. Further, a sensor window is formed in a position corresponding to the token detecting portions 4〇Sa&4〇Sb and the floor panel 120 in the cover 112. A reflective light sensor is used for the token detecting sections 40Sa and 40Sb. The token detecting sections 4〇Sa and 40Sb detect one of the tokens passing through the token detecting sections 40Sa and 40Sb. A light blocking cover 166 for covering the token detecting portions 40Sa and 40Sb is also attached to the concave portion 112a of the cover 112. It should be noted that not only the reflective photo sensor but also a transmitter/detector photo sensor can be used for the token detecting portions 40Sa and 40Sb. Next, one of the operations of the funnel 40a will now be explained. Figure 5 is a diagram showing the state of motion of the 102560-970303.doc -19-1299670 movement of the token on the token feed guide 130 and the outer guide 140 when the token is paid. Bucket 115 (Fig. 2) contains a large number of generation belts. Upon determining to pay the generation band, the main CPU 201 of the game machine main body 12 outputs a payment command signal to a funnel drive circuit 41a, and drives the motor 121 by the funnel drive circuit 4A. The motor 121 rotates the rotary disk U1 in the clockwise direction in FIG. 5 (hereinafter referred to as "positive rotation direction"), whereby the token contained in the vibration bucket 115 is made to be circular from the rotary disk 111. The opening 125 is dropped onto the support plate 120. The token dropped onto the support plate 12 is pushed to the guide surface 141 of the outer guide 14 〇 which is rotated together with the rotary cutter "to rotate the guide guide plate 130" and is formed on the surface of the support plate 12 The coin discharge opening moves. Since the support plate 120 is inclined, the token sent over the central axis of the rotary disk U1 falls by its own weight and is held at the token holding guide surface 132a of the token feeding guide 130. Further The token below the central axis of the rotary disk hi contacts the guide surface 141 of the outer guide 14 by its own weight. The token that is in contact with the second guide surface 141b of the guide surface 141 is replaced by the token feed guide 130 The coin feeding guide surface 132b is towed and sent toward the token discharge opening 142. § When the coin is assisted by the rotation of the question dial 111 and positioned within the discharge opening 14 2, the '5 Hai belt is in contact with the fixed roller 12 3 . In this state, the tokens are moved in a discharge direction by the pressure from the token feeding guide surface 132b of the guide teeth 132 by shifting the moving roller 124 to an opening position (outlet). Lead to one of them When the position of the token is touched, the token will be directed to the position where the moving roller 124 is crossed. Therefore, the token is no longer subjected to the pushing action of the guide teeth 132, and by virtue of the moving roller 124, 102560-970303.doc - 20- 1299670 Tension coil spring 152 - The partial pressure is increased in the discharge direction. The tokens 40Sa and 40Sb detect the tokens that are strongly discharged due to the return of the moving roller m in the closing direction. In part 4, and when the side detects the token, a payment completion signal (4) outputs a generation detection L to the main CPU 201. In a similar manner, the generation is discharged one by one from the first outlet 60. 'Until the token amount reaches the predetermined number specified by the main cpu 201. Here, the contemporary coin detecting sections 40Sa and 40Sb are in the state of detecting the token (that is, the contemporary currency exists in the token detecting section 4 〇Sa&4〇sb position)) This is a state in which one of the token channel switches (not shown) is turned on, and when in an undetected token state, the token channel is turned off. It should be noted that if the token detection part is 4〇 and 4〇讥In the state of detecting the token, the payment completion signal circuit 43 will continue to output the token detection signal. In addition, a token needs to spend some time through the token detecting portion 4〇8& and 4〇% of the position Therefore, the time period during which the token detection signal is output (that is, the time period during which the token channel detection switch is turned on) is shorter than a specific period of time (for example, 2.23 ms to 3.35 ms). In the case, the main CPU 201 judges that the token detection signal is a noise, and decides that the token payment is still not executed. The payment completion signal circuit 43 counts the token detecting portions 4〇Sa and 40Sb to detect the token. The number of times, and when the counter value (that is, the number of tokens paid from the funnel 4 (^) reaches the quantity specified by the main CPU 20 1 , it will be used to detect the generation of 102560-970303.doc -21 · 1299670 The payment completion completion detection signal is output to the main cpu 2〇ι. When the main CPU 201 determines that the counter value reaches the amount to be paid, the main Lu 2+01 outputs a -payment stop command signal to the funnel drive circuit - and stops the driving of the motor 121 by the funnel drive circuit 41a. At this time, the driving of the motor 121 is immediately stopped. It should be noted that the driving of the motor i2i needs to be controlled so that the funnel 41a of the present embodiment can pay ten tokens in one second (one token is paid in one second). 6 and 7 are cross-sectional views taken along line V-V of Fig. 5 (a cross-sectional view of the token discharge portion). Fig. 6 is a cross-sectional view showing a state in which no token is discharged. The blocking member 120g is biased so as to bear its end against the back of the cover 112a by means of a seagull-shaped spring i2〇i (i2〇h). In the case where the blocking member 120g is biased in this manner and the first outlet 6 is blocked, any object cannot be inserted into the funnel 40a via the first outlet 60. Therefore, it is possible to prevent the behavior of improperly acquiring the token by placing a wire or a piano string into the funnel 4〇a. Fig. 7 is a cross-sectional view showing a state in which a generation of coins is discharged. The tokens are exhausted in the direction of discharge, and reach the position of the blocking part 12〇g, thereby blocking the retraction of the part 12〇g. Accordingly, the token is discharged from the first outlet 6〇. Therefore, it can prevent any improper behavior of the funnel 4〇a and realize the payment of the token. It should be noted that the biasing force of the seagull-shaped spring 12〇i (i2〇h) is defined as -force' such that the blocking member 12〇g is pushed and retracted by the token. Figure 8 is a block diagram showing the circuit of one of the game machine control systems shown in Figure 0 0 l 〇 2560-97 〇 3 〇 3 (doc -22-1299670 game machine ί ο ο ο ο ο The main control circuit 200 includes a sub-control circuit 3 connected to the main control circuit 2A and a transmission control circuit 70. The control system has a main control circuit 200 as a main component and is loaded on the game board 13. The substrate 30 is connected to the main control circuit 200 of the Pachinko game machine main body 12 as a control system of the token lending machine i2a. Further, the funnel drive circuit 41a and the payment completion signal circuit 43 are both Connected to the main cpu 2〇1 of the Pachinko game machine main body 12 via the I/O port 205. The main control circuit 200 is mounted with a main CPU (microprocessor unit) for executing the game machine according to a previously set program. a game operation; an initial = reset circuit 204 for setting various set values to an initial value in an abnormal situation, the main RAM 203 for storing various necessary when operating the main CPU 2〇1 Information; and a master r〇m 2 2, which is used for storing a program for the main CPU 201 to process and control the game operation of the game machine, and a large winning determination table and S for a result when a large win is determined according to the Ik machine number drawing method. Various probability tables referred to at the time of drawing. Here, the main CPU 201 performs a large winning determination process to perform a large winning determination when the game ball is placed in the start winning opening 19a, thereby generating a start, a win, and a special symbol display. The determination processing of the effect display of the ^=m-background picture displayed in a variable manner on the portion 2 1 and the determination processing of the detail displayed on the portion of the hanging symbol are displayed. Further, the main CPU 201 is configured to control the large The winning SOL 72S wins the π SOL control component to open and close the large winning opening 19c when the game state is converted to the special 102560-970303.doc -23 - 1299670 game state. One is set inside the channel door and detected The access gate SW 19Sd of the game ball passing through the access door and a start opening SOL 71S for detecting the game ball placed in the start winning opening 19a are connected to the I/O 埠 20 of the main control circuit 200. 5. Connected: a V-count SW 19Sd disposed in the continuous winning opening in the large winning opening 19c and detecting the placed game ball, and being disposed in the normal winning opening in the large winning opening 19c and detecting the placed The game ball count sW 19Se, a general winning ball sensor 19S for detecting a game ball placed in the general winning opening i9b, and a backup clearing SW 74S for deleting various materials stored in the main RAM 203. Further, the connection A game ball sensor 52S' that detects a game ball emitted from the launch device 90 by the operation of the handle 24 and a game that detects a board that has been launched but has not reached the game board 丨3 and returns to the game 18 Ball return ball sensor (not shown). Further, as the actuator, the opening opening S〇L 71 S of the ball receiving opening, the large winning opening SOL 72S for opening and closing the large winning opening 19c, and the inclined plate s driving the inclined plate in the large winning opening 19c are provided. The L 73S and similar components are all connected to the I/O port 205. When each sensor of the above sensor detects the game ball, a detection signal thus generated is input to the main CPU 2〇1 of the main control circuit 2, and the main CPU 201 responds to the input. The signal controls the driving of each of the actuators 71S, 72; § and 73 S described above. Further, a control command autonomous control circuit 200 command output 埠2〇6 is respectively transmitted to the sub-control circuit 300 and the emission control circuit 70, and the sub-control circuit 3〇〇 and the emission control circuit 70 control the image display device 54, the speaker 25 , lamp / LED display device 39 & 102560-970303.doc -24- Ϊ 299670 and the operation of the transmitter 90. It should be noted that the main CPU 201 includes a launching game ball counting member, and each time the launching ball sensor 52S detects a game ball, the launching game ball counting member automatically stores the game ball in the storage area capable of launching the number of swimming balls. When 1", * (5) is subtracted from the data, "1" is added to the game ball data whenever the return ball sensor detects a game ball. For example, in the case of the game ball data system "140", when the launch ball sensor 52S1 detects 20 game balls and the return ball sensor detects 4 game balls, the game ball data is It becomes "124". The main CPU 201 includes a transmission control means that transmits a hit start signal to the transmission control circuit 70 when the game ball data changes from "〇" to "1" or more. Further, the emission control member has a function of monitoring the balance of the game ball data stored in the storage area of the game ball, and stops transmitting to the transmission control circuit 7 when the game ball > Hit the start signal. The sub-control circuit 300 is provided with a sub-cpu 301, a working RAM 30 3 and a program ROM 302. The sub CPU 301 interprets a control command received by the command input 埠3〇4 autonomous control circuit 200, and performs control of the image control circuit 305, the sound control circuit 306, the lamp control circuit 307, and the like according to one of the interpretations. . The program R〇M 302 stores: a sub-CPU 301 according to an image control command signal outputted by the autonomous control circuit 2〇〇 to process and control the control program of the image control circuit 3〇5, and a program for output according to the autonomous control circuit 200. a sound generating command signal to process and control a control program of the sound control circuit 306 of 102560-970303.doc -25 - 1299670 t, and a light control command signal for outputting and controlling the light control circuit according to the output of the autonomous control circuit 200 3〇7 control program and other programs. When the sub CPU 301 performs the private processing and control according to the above control, the working ram M3 becomes a temporary storage member. The image display device 54 is connected to the image control circuit 305. The image control circuit 305 performs image display control processing, for example, based on the control of the sub-cpu, to display a special symbol and background picture with respect to the result of one of the large win judgments of the image display device 54 in a variable manner. Further, the image control circuit 305 and the image display device 54 constitute a notification member for notifying whether the effect of the reach effect or the intended generation is achieved according to the effect display mode when the special symbol is displayed in a variable manner. The type of effect and the reliability of a major win. The speaker 25 is connected to the sound control circuit 3〇6. The sound control circuit 3% generates an acoustic signal in accordance with the control of the sub CPU 301. The speaker 25 produces an accompanying sound based on the input sound signal. The lamp/LED display device 39a is connected to the lamp control circuit 3〇7. The lamp control circuit 3〇7 generates a signal in accordance with the control of the sub CPU 301. The lamp/LED display device 39a performs illumination display and the like based on the input signal. The transmitting device 90 is connected to the emission control circuit 7A. The emission control circuit 7 controls the driving of the transmitting solenoid during one rotation of the handle 24 during the time when the game ball hit flag (which will be explained later) is set to "i". Accordingly, the launching device 90 transmits a game ball. It should be noted that one of the initial values of the game ball hit flag is "〇". When the game 102560-970303.doc -26-!299670 is that the game ball hit flag is set to "1" or greater, the stop button (not shown) is used to stop the launch further, the handle 24 has A game ball.

丨5 from a cellular telephone 39 or a signal or the like, and the infrared transmitting/receiving portion 35 receives a number from a communication terminal and transmits the same to the terminal. The credit number display portion 31, the token number display portion 34, the credit conversion button 33, the credit settlement button 32, the _change setting value button 5 (the picture and the like are all connected to the substrate 30. Similarly, The substrate 30 is connected to the main control circuit 200 of the Pachinko game machine main body 12 and performs signals such as the self-credit conversion button 33, the credit settlement button 32, the change set value button 50, and the like to be transmitted to the main control. The circuit 200 controls the display operation of the credit number display portion 31 and the token number display portion 34 and other operations according to the control command received by the autonomous control circuit 2, and changes the set value by the sister system. Large winning probability (determining the probability of achieving a large win in a large winning decision. For example, the probability may vary between 1/200 and 1/600), the probability change ratio (for example, the probability may be 1/1.5 a change between 1/5), a continuous ratio of the probability change (eg, the probability can vary between 1/1.5 and 1/5), and the like. For example, when the gaming machine 10 is powered on and simultaneously pressed to change Set value button 5 At 0 o'clock, game 102560-970303.doc -27- 1299670 machine 10 enters a mode in which the set values can be changed. At this time, the setting for changing the above probability can be implemented by implementing different jobs. Token lending machine 12a The funnel portion 40 is provided with a funnel 4A and a token detecting portion 40Sa and 40Sb. Further, the funnel 40a is connected to the funnel driving circuit 41a of the Pachinko game machine main body 12, and the token detecting portions Sa and 40Sb Each of the payment completion signal circuits 43 connected to the Pachinko game machine main body 12 should note that when a token payment signal is generated, the main CPU 201 of the Pachinko game machine main body 12 passes through the funnel drive circuit 41 & Controlling the driving of the funnel 40a causes the funnel 40a to pay the token of the amount indicated by the token payment signal. Next, one of the operations of the present embodiment will now be explained. In the gaming machine i, when a player places a coin (for example, a When the HQ yen coin or the like is inserted into the coin insertion slot 38, the inserted coin sensor detects the coin, and a coin insertion detection signal is transmitted to the substrate 3. Then, the coin is inserted. The price measurement signal is sent from the substrate 30 to the main control circuit 2. The main control circuit 2 that receives the transfer adds "1" to the credit data of the coin and stores the data in the main RAM 203. Then, the main CPU 201 of the main control circuit 200 transmits a control command to the substrate 30, and performs control so that the credit number display portion 3 displays the number currently indicated by the credit data of the coin. When the player inserts a token into the token insertion slot 37, an insert token sensor detects the token and transmits a token insertion detection signal to the substrate 30. Subsequently, the token insertion detection signal is transmitted from the substrate 102560-970303.doc -28-1299670 to the main control circuit 200. The main control circuit 2 that receives the transfer adds "1" to the credit data of the token and stores the data in the main ram 203. Then, the main CPU 201 of the main control circuit 200 transmits a control command to the substrate 30, and performs control so that the token number display portion 34 displays the number currently indicated by the credit data of the token. Specifically, the main cpu 2〇1 of the main control circuit 200 (which is a game value summary member) is displayed on the token number display portion 34 after establishing a predetermined condition (for example, inserting a token or winning a large win) ) the specific game value that will be provided (for example, as indicated above, the amount indicated by the token credit data). Further, the main CPU 2〇1 of the main control circuit 200 executes the credit conversion processing and the transmission control circuit processing which will be described later (in the transmission control processing, a process of whether or not a game can be played) is performed, whereby Play a game with a game value of δ above or a coin. Further, in the credit settlement processing (to be explained later) performed by the main cpu 201, the preparation of the token payment and the post-processing is performed, and the funnel control processing implemented in the main cpu 2〇1 (which will be explained later) In the middle of the funeral debit machine 12a funnel 4〇a pays a token. The tea photo schema now explains one of the operations performed when a player presses the credit conversion button 33 when the credit information (the coin or the token loan) is "1" or larger. Figure 9 is a flow chart showing the credit conversion process performed in a predetermined cycle (e.g., 2 msec). In step 101, the main CPU 201 of the main control circuit 200 confirms whether or not 102560-970303.doc -29-1299670 has received a credit conversion signal from the credit card conversion button 33 via the substrate 30. As a result of the confirmation, if the credit conversion signal is received, the process moves to step 102, and if the credit conversion signal is not received, the credit conversion process ends. In step 102, the main CPU 201 of the main control circuit 200 confirms whether or not the coin credit data stored in the main RAM 203 is r i" or larger. As a result of the confirmation, if the coin credit data is r 1" or greater, the process moves to step 103, and if the coin credit data is not "1" or greater, the process moves to step 1. 〇 5. In step 103, the CPU 201 of the main control circuit 2 subtracts r i " from the coin credit data stored in the main RAM 203, and adds "120" to the game ball. The added game ball data is stored in the main RAM 2〇3 for storing a storage area in which the number of game balls can be transmitted. It should be noted that the main CPU 201 of the main control circuit 2 transmits a hit start signal to the transmission control circuit 7 when the game ball data is changed from r 〇 to factory 1 ′ or more in step i03. In step 104, the main CPU 2〇1 of the main control circuit 1 displays the number indicated by the coin credit data stored in the main RAM 203 on the credit number display portion 31 by the substrate 3. In step 105, the master cpu 2〇1 of the main control circuit 1 confirms whether the token credit data stored in the main RAM 203 is "i" or more. As a result of the confirmation, if the credit credit data is "1" or more, the process moves to step 1〇6, and if the credit credit information is not "丨" or more, the loan The conversion process ends. 102560-970303.doc -30- 1299670 In step 106, the control circuit 1〇〇cpu 2〇ι subtracts % from the token credit data stored in the main 2〇3, and gives the game ball • Add “7” to the poor material. The added game ball data is stored in a storage area in the main RAM 2〇3 for storing the number of game balls that can be fired. It should be noted that when the game ball data is changed from "〇" to "1" or more in step 1〇6, the main CPU 2〇1 of the main control circuit 200 transmits a hit start number to the transmission control circuit. 7 0. In step 107, the main CPU 2〇1 of the main control circuit 2 displays the quantity indicated by the token credit data stored in the main RAM 203 on the credit number display portion 34 by the substrate 2. . Next, the operation of the emission control circuit 7 will now be explained with reference to the drawings. Figure 1 is a flow chart showing the processing of the transmission control circuit executed in a predetermined cycle (e.g., 2 msec). In step 201, the transmission control circuit 7 confirms whether a game ball hit flag is set to "〇". As a result of the confirmation, if the game ball hit flag is set to "〇", the process moves to step 2〇2, and if the game ball hit flag is not set to "〇", the process Go to step 205. In step 202, the transmission control circuit 7 confirms whether the autonomous cpu 2〇ι receives a hit start signal. As a result of this confirmation, it is autonomous CP. 2〇1 receives the hit start signal, the process moves to step 2〇3, and if the autonomous CPU 201 does not receive the hit start signal, the transmission control circuit processing ends. < In step 203, the launch control circuit 7 executes a game ball hit start process specifically and a ' can drive the launch solenoid (for example, power is supplied 102560-970303.doc 1299670 to the launch solenoid) , etc.) whereby the game ball can be launched from the launching device 90 in response to a rotational operation of the handle 24. In step 204, the emission control circuit 7 smashes the game ball to "1". In step 205, the transmission control circuit 7 confirms whether the autonomous cpu 2〇 is receiving the hit start signal. As a result of this confirmation, if the hit start signal is received, the process moves to step 2〇6, and if the hit start signal is not received, the transmission control circuit process ends. In step 206, the emission control circuit 7 performs the end processing of the game ball hit. Specifically, f, the transmitting solenoid is not driven (e.g., power is supplied to the transmitting solenoid, etc.) to cause the transmitting device 9 to stop transmitting the game ball. Then, even when the handle 24 is rotated, the game ball is not emitted from the launching device 90. In step 207, the emission control circuit 7 sets the game ball hit flag to "0". As described above, in the present embodiment, only when the game ball hit flag is set to 1", the game ball for which the adjustment force is adjusted can be transmitted to the game area by the operation handle 24. . Then, when the game ball launched into the game area 13? is placed in the general winning opening 19b or the like, the main CPU 2() 1 adds - a predetermined number (e.g., "7") to the prize ball material. The added prize ball data is converted into the token data by the main cpu 2 () 1 (for example, if the prize money #7 is converted into the token credit data "1"", the prize ball data "7" t becomes "G", and "i" is added to the token credit data. At this time, '102560-970303.doc -32 - 1299670 is indicated by the credit credit data after the addition and is stored in the main The quantity will be displayed in the token number display section 34) in the RAM 203. Further, assuming that the game ball passes through the access door, the normal symbol display portion begins to display a legitimate stop in a variable manner. One of the normal symbols in the normal symbol display portion stops displaying the square beat and the beat is determined according to a variable display method of extracting the normal symbol using a random number. Then, according to the determination, if the normal symbol display portion of the knife 7 stops the display mode - "winning", a normal electric attraction part (not shown) is set in the start winning opening i9a. The predetermined time period (for example, 〇3 seconds) in which the game ball can be easily accepted can be easily switched to one station. The step-by-step assumes that the game ball has been placed in the start winning opening 19a. The image display device 54 starts to display in a variable manner - a special symbol. The image display is set to 54. The stop number is determined based on a lottery method using a random number. After bran ..., silly, according to this decision to stop the variable display of the special symbol. Here, if the stop mode of the special symbol in the image display unit 54 is - "big win", the state moves to the special singular g, and the large winning opening S Ο L 7 2 S opens the large winning opening i 9 c The door does not pass until a predetermined period of time (eg, 30 seconds), until a predetermined number of game balls are received (eg, '9 game balls). Further, if the game ball placed in the big win π 19e is also placed in the continuous winning opening during the time when the door is opened, the door of the large winning opening 19c will be opened again. This is repeated until a predetermined maximum number is reached (e.g., i 5 times). 102560-970303.doc -33 - !29967〇• Should the 'intention' if the game ball is placed in any of the openings of the winning opening in the big winning opening 19c (normal winning opening or continuous winning opening), the main material u 201 adds a predetermined number (for example, "14") to the prize ball item. The added prize ball data is converted into the token credit by the main CPU 201 (for example, if the prize ball data "7" If the credit information "1" is converted into the token, the prize ball data "14" becomes "〇" and the token is credited. The data is added with "2". At this time, the token display portion 34 is displayed. A number indicated by the added 4th credit credit data will be displayed and stored in the main RAM 2〇3. The game ball placed in any opening of the winning opening 19 and the game ball flowing into the fUT opening 20 are collected in the game ball collecting opening extending in the game area 13a, and accumulated in the accumulation tray 22 . Still, the token credit data in the main RAM 203 may be borrowed by the player in the event that the game ball or similar prize is continued in the game or when it is desired to end the game or the like. One of the tokens is received by the push credit settlement button 32. ^ The operation of the actual = when the player presses the credit settlement button 32 will now be described with reference to the drawing. Figure 11 is a flow chart showing the credit settlement process performed in a predetermined cycle (e.g., 2 msec). In the step 3 (1), the main CPU 2'1 of the main control circuit confirms whether or not the board 3G self-credit settlement has been received. (4) The credit-settlement signal is received. As the result of the confirmation - result 'If receiving (4) credit settlement (4), the process moves to step 302, and if the credit settlement signal is not received, the credit settlement process ends. 102560-970303.doc • 34-1299670 In step 302, the main CPU 201 of the main control circuit 2 confirms whether the coin credit data stored in the main RAM 203 is "i" or larger. As a result of the confirmation, if the coin credit data is "1" or greater, the process moves to step 303, and if the coin credit data is not "1" or greater, the process moves to step 3. 〇 5. In step 303, the main CPU 2〇1 of the main control circuit 2 executes a conversion process for converting coins into tokens. Specifically, all credit data stored in the main RAM 203 is converted into token credit data. In the embodiment, the coin credit data 4" is converted into the token credit information "17". Therefore, for example, if the coin credit data is "2", the coin credit data will become "〇" and "40" will be added to the token credit data. In step 304, the main CPU 2〇1 of the main control circuit 2 executes a display process for displaying the credit number of the coin. Specifically, the number indicated by the coin credit data stored in the main RAM 2〇3 by the substrate is displayed in the credit number display portion 31. In step 305, the main CPU of the main control circuit confirms whether the credit (4) stored in the main RAM 203 is #丨丨. _ The confirmation - the result, if the generation of "recoupling (4) "1" or Μ, _ moves to step 鸠 ' and the token credit information is not ... or greater, the credit settlement process ends. Attached in step 3, the master cpu of the master control circuit generates a generation of help payment signals indicating that the payment is equivalent to the number of tokens stored in the master _ 203. In step 3〇7, the 'execution-funnel control process is performed. The token payment is processed by the secondary funnel control 102560-970303.doc -35· 1299670. Once the virtual e+ payment is completed, a generation of currency is transferred from the payment completion signal circuit 43 to the main control circuit; CPU2G1. The implementation-generation payment processing in the second step 308 of the funnel control process will be provided below. Specifically, the main control circuit 2 that receives the factory payment completion signal 2 subtracts the funnel control in step 3〇7 from the credit credit data in the storage democracy R Zhao 203 The amount of tokens paid during processing. In step 309, the main cpu 2〇1 of the main control circuit executes a display process for displaying the number of token credits. Specifically, the number indicated by the token credit data stored in the main RAM 203 is displayed in the token display portion 34 by the substrate 3. Next, the funnel control process will be explained with reference to the drawings. Figure 12 is a flow chart showing the funnel control process executed in a predetermined cycle (e.g., 2 msec). In step 401, the main CPU 2〇1 of the main control circuit 2 confirms whether a token payment signal has been generated. As a result of the confirmation, if the token payment signal has been generated, the process moves to step 4〇2, and if the token payment signal has not been generated, the funnel control process ends. In step 402, the main CPU 201 of the main control circuit 200 performs a funnel driving process. Specifically, a payout command signal is output to the funnel drive circuit 41a to drive the motor 12i via the funnel drive circuit 41a, thereby controlling the driving of the funnel 40a and paying the number of tokens indicated by the above-described token payout signal. It should be noted that these tokens are paid via the token payment opening 36a. 102560-970303.doc -36-

1299670 In the payment, the main cpu 2gi of the main control circuit 2gg confirms whether or not the circuit 43^, the payment completion signal. As the confirmation 4 - 4, if the payment completion signal is detected, the process moves to the step "not yet _ to the payment completion signal, then the funnel drive processing of step 4 〇 2 is continued. = 〇 4〇4, The main CPU of the main control circuit performs a funnel process. Specifically, a payment stop command signal is output to the funnel drive circuit 4U to stop the driving of the motor i2i by the funnel drive circuit 4u, thereby ending the token payment processing of the funnel 40a. After the above processing ends, the payment completion signal circuit 43 transmits the token payment number to the main CPU 201 of the main control circuit 200. In other words, the token lending machine 12a includes a token payment component (funnel 4〇). a), the gambling payment component is configured to perform a game value corresponding to the game machine main body by performing a 5 hovel funnel control process via control of the main CPU 〇1 of the game machine main body (for example, the token Crediting the amount indicated in the credit data. In this embodiment, the game is played as described above. It should be noted that the player who receives the token payment from the token payment opening 36a can insert the token of the payment. The above-mentioned game is started again in the token insertion slot 37. Further, in the case where the above tokens accumulate to a certain amount, the tokens may be submitted to a counter or the like to be replaced by the number equivalent to the submitted token. In addition, in the present embodiment, although the coin credit data or the token credit data is stored in the main CPU 201 of the main control circuit 200, the prize is stored in the main CPU 201 of the main control circuit 200. Not only can the storage 102560-970303.doc -37-1299670 be stored in the main CPU 201, but also stored in the storage device disposed in the substrate 3. The main CPU 201 credits the credit information and the token. For the processing of the data implementation, a CPU disposed in the substrate 30 can perform this processing instead of the main CPU 201. Also in this embodiment, although the coin credit data and the token credit data are in the credit settlement processing, The credit settlement button 32 is converted into a token and then paid, but the game ball data can be converted into a token and paid (for example, 'pay a token for the game ball "7"). Further, the operation of the transmission control circuit which is implemented by the transmission control circuit 70 in the present embodiment can be carried out by the main control circuit 200. The above has explained an example of a Pachinko game machine main body 2 in which a Pachinko game machine main body 12 using a game ball as a game medium is disposed in the casing 11 of the game machine 10. However, the gaming machine 1 of the present embodiment is designed to set a main body (game machine main body) of a gaming machine (for example, a slot machine) that uses other game media (for example, a slot machine) in the game to the casing 11. In lieu of the Pachinko game machine main body 12. The game machine 10 for Cf is optionally provided with a game machine body in which a game medium using different types of game media is played in the casing 11. For example, in the present embodiment, the slot machine main body 400 in which a token is used as a game medium may be attached to the casing i to replace the pachinko machine body 12 in which a game ball is to be used as a game medium. . Specifically, in FIG. 13, the gaming machine 1 is integrated with the slot machine body 400 attached to the casing i1 by attaching the casing 丨丨 (which is a casing equipped with the token lending machine 12a) The composition is constructed to form a single machine. 102560-970303.doc -38· 1299670 Now, the slot machine body 40〇 will be explained below. The inside of a chassis of the slot machine main body 400 is rotatably provided with three reels 402, 403 and 404. These reels 402, 403, and 404 variably display various symbols used in a game in a plurality of lines. A symbol line composed of a plurality of types of symbols (hereinafter referred to as "symbols") is drawn on the outer peripheral surface of each of the reels 402, 403, and 404. The front portion of each of the reels 402, 403, and 404 is provided with a reel display window portion 439. Regarding the symbols drawn on the outer periphery of each of the reels 402, 403, and 404, three symbols can be seen through the display windows 405, 406, and 407 formed on the reel display window portion 439, respectively. Here, the transparent display of the reels 402, 403, and 404 and the reel display window portion 439 includes a payout display member. Further, the reels 4〇2 to 4〇4 are a predetermined combination (which will be explained later) based on a winning combination determined by the winning combination judging means to stop and display a predetermined winning combination. The drum display window portion 439 is provided with a total of five paylines, three horizontal lines and two cross lines. Further, a liquid crystal display device 440 is disposed under the display windows 405 to 4〇7. One of the liquid crystal display devices 440 displays information about the game on the screen 44A and the like. Further, on the right side below the display windows 405 to 407, there is provided an insertion slot 4〇8 for the player to insert the token as a game medium. However, in the present embodiment, a token is inserted into the token insertion slot 37 provided in the token lending machine l2a, so that the insertion slot 408 disposed in the slot machine body 4 is not used. However, this mode is not the only applicable mode, and can also be played by inserting a token into the slot 408 by inserting a token into the slot 408. Before the start of a game, when the player inserts a coin into the coin insertion slot 38, the coin is detected by inserting the coin sensor, and a coin insertion detection signal is transmitted to the substrate 30. Subsequently, the coin insertion detecting signal is sent from the substrate 30 to the main cpu 464 of the slot machine body 4. The main CPU 464 receiving the transport will add "1" to the coin credit data and store the data in the main RAM 203. Therefore, the coin is credited to the slot machine main body 4, and the amount indicated by the coin credit data is displayed in the credit number display portion 3. Further, by pressing the credit conversion button 33, the coin credit data can be converted into a one-currency credit data. For example, the coin credit data "丨" can be converted into a one-currency credit data "7". Before starting a game, when the player inserts a token into the token insertion slot 37, the insertion token sensor detects the token and transmits a token insertion detection signal to the substrate 30. Then, the token insertion detection signal is sent from the substrate 30 to the main cpu 464 of the slot machine body 4. The main CPU 464 receiving this transfer adds "i" to the token credit data and stores the data in the main RAM 203. Therefore, the token is credited to the slot machine main body 4, and the amount indicated by the above-mentioned token credit data is displayed in the token number display portion 0 0 should be noted, as indicated by the above-mentioned token credit data The number can be displayed in an accumulated quantity display portion 416 which will be described later. 102560-970303.doc -40- 1299670 Credits for these coins and tokens can be paid by pressing the settlement of accounts. At this time, the main CPU 464 generates a token payment signal. Further, in the present embodiment, when a token is inserted into the token into the slot 37, the token is loaned once. However, this is not the only mode of application, so that when the token is inserted into the slot 37, the drum can be actuated by pressing the accumulation token insertion switches 426 to 428 described later. operation. The procedure for this example will be explained later. When the player inserts a token into the token insertion slot 37, the pay line L1 (which is located in one of the horizontal lines in the middle portion) can be driven. When two tokens are inserted, the pay lines LI, L2A and L2B (which are three horizontal lines, two horizontal lines above and the pay line below) can be driven. When three tokens are inserted, all five paylines L1 (center line), L2A (top line), L2B (bottom line), L3A (downward and line), and L3B (upward line) can be driven. A machine front surface panel 438 on the left-hand side of the display windows 405 to 407 is provided (from the top): an operation display unit 409 for attracting parts to continuously operate the adding device, an operation display unit 41 for attracting the parts continuous operation device, and a replay display The unit 411, the game stop display unit 412, the three inserted game token number display lamps 413 to 415, the accumulated number display unit 416, and the start lamp 417. The display units 4〇9 to 412 are illuminated and controlled according to the game states, and the game token number display lamps 413 to 415 are inserted, and the player's state of the game and the number of inserted tokens are notified to the player. The accumulated amount display unit 416 is composed of a three-digit seven-segment LED (Light Emitting Diode) and displays the number of tokens currently credited to the slot machine body 400. The start light 417 flashes when each of the drums 102560-970303.doc -41 - 1299670 402 to 404 is operational. Further, the display screens 405 to 4〇7 are arranged on the machine 珂 surface panel 438 (from the top). • A forged prize juice display portion 41 8 , WIN lamp 419, prize number display portion 4) The knife 420 and an insertion lamp 421. The bonus count is not shown in part 418. It is displayed in the - bonus game by the three-digit seven-segment coffee m-digit method. It may be in the -RB game and the jack game (which will be described later). The number of remaining bonuses won. The cut light 419 lights up when the symbols of the winning combination are aligned to an activated pay line (which is called, activated pay line,). The prize quantity display portion 420 is composed of a number of seven # LEDs, and displays the number of token prizes obtained at the time of winning. The insertion lamp 421 lights up when the insertion slot 4〇8 can accept the insertion of a generation of coins. On the left and right sides of the front panel 438 of the machine, there are: a cross key 423, an A button 424, a B button 425, a accumulation token insertion switch 426, a second accumulation token insertion switch 427, and a third accumulation generation. The coin is inserted into the switch 428. The cross key 423 (which operates to shift in the up, down, left, and right directions) operates in conjunction with the A button 424 and the B button 425 and is used when selecting information displayed on a display panel 440a. Further, the accumulation token insertion switches 426 to 428 are used to display and credit the token amount on the accumulation amount display portion 416 and to bet one to three tokens in a game (when the reel has been activated). The lower side of the liquid crystal display device 440 is provided (from the left hand): an accumulation token settlement switch 429 (which is not used in this embodiment), a start lever 430, and stop buttons 431, 432, and 433. The start bar 430 includes a game start member for starting a game 102560-970303.doc - 42-1299670. The rotation of all of the drums 402 to 404 can be started together by operating the start lever 43. The stop buttons 431 to 433 are set to correspond to each of the reels 402 to 404, and their respective operations are activated when the rotation of the reels 402 to 404 reaches a predetermined speed. The player stops the rotation of the reels 4〇2 to 404 according to the operation. Each of the stop buttons 431 to 433 includes a stop command member for stopping the rotational movement of each of the scrolls 402 to 404. Further, the upper part of the front panel of the slot machine main body 400 is provided with a prize display portion for indicating how many tokens are paid for a winning. "^. Also provided is a winning symbol combination table, which is preset in the eating corner of the embodiment. In the slot machine main body 400, and the watch is displayed in the prize display portion 之上6 on the upper part of the front panel of the slot machine main body 400. If in a general game - the symbol "Red & 7" _ "Red 7" _ " The combination of red 7" is arranged on the activated pay line to _硷, day eight: ^, ^ line, then fifteen tokens are allocated and then a BB (big bonus) game is executed.同揭_ . ^ 色七蓝7 X丨J-like, right in a game with a symbol "blue J - j - blue 7" combination or a symbol rBAR" "conversation" - "BAR" combination If the activation paylines are lined up, fifteen tokens can be assigned, and then a regular bonus game is executed. If the three payouts of "watermelon, another "a" and the bell" are respectively lined up on the activated payline, they can be served as a t ^ J, which is a small win. One token and ten tokens. Further, the two right J-symbols on the right-hand side are lined up on the already-paying payline, then the tongue JJ, and the game is replayed. This means that although the token will be paid, it can be played again - People play games without having to insert a token. The group of three "Plum" symbols is used, and σ is also a one-eighth game during the game that indicates the success of a jack game. This jack game is one of the games in the RB^ 102560-970303.doc -43· 1299670 drama "Li Zi" _ "Li line L1 on the line. The plum" combination pays the same in the center, if in a general game During the period, a "cherry" symbol stops on the activated-payment line of the third-drum 3, which is obtained as a small win, thereby obtaining "two cherries" in which two tokens can be allocated. If a "cherry" symbol is stopped on two activated paylines when three tokens are bet, "four cherries" can be obtained, of which four tokens can be assigned. Here, the amount of the above-mentioned assigned tokens is added to the token credit data stored in the main ram 2〇3. However, this mode is not the only applicable mode, so the token payment can be implemented by the main CPU 464 by immediately generating a generation of payment signals. Figure 14 is a block diagram showing the circuit of the game machine control system shown in Figure 13. The above slot machine body 400 includes a main control board 461 and a sub-control board 462a for controlling the slot machine body 4 A game handles the job. Further, the main control board 46i includes a main control circuit, and the sub control board 462a includes an image control circuit and a sound/light control circuit. The funnel portion 40 and the substrate 30 for controlling the operation of one of the token lending machines 12a are connected to the main cymbal 11 464 of the slot machine main body 400 via 1/〇埠 of a microcomputer 463 (which will be explained later). In addition, the funnel drive circuit 41a and the payment completion signal circuit 43 are connected to the main CPU 464 of the slot machine body 4 via the I/O port. The funnel portion 4 of the token lending machine 12a is equipped with a funnel 4〇a, and a token detecting 102560-970303.doc -44-1299670 measuring portions 40Sa and 40Sb. The funnel 40a is connected to the funnel drive circuit 41a of the slot machine body 400, and each of the token detecting portions 4A and 40Sb is connected to the payout completion signal circuit 43 of the slot machine body 400. It should be noted that the main CPU 464 of the slot machine body 400 causes the funnel 4A to pay the token payment signal as indicated by the drive of the funnel drive circuit 4ia and the like circuit control funnel 40a when generating a token payment signal. The number of tokens. The control portion of the main control board 461 has a microcomputer (hereinafter referred to as "microcomputer") as a main component, and is constructed such that the microcomputer 463 is added with a circuit for random number sampling. The microcomputer 463 includes: a main CPU (central processing unit 70) 464 for performing a control operation according to a previous setting program, a program ROM (read only memory) 465 of a program storage component, and a backup function. Control RAM (random access memory) 466. a clock pulsation generating circuit 467 for generating a standard clock pulsation, a frequency divider 468, a random number generator 469 for generating a random number with a fixed range, and a random number for specifying the generated random number The random number sampling circuit 470 is connected to the main CPU 464. A 1/〇埠 471, which transmits a signal to the peripheral device (actuator) described below, is also connected to the main CPU 464. The storage portion of the ROM 465 is divided into a plurality of sections for storing a winning probability table, a symbol table, a winning symbol combination table, and a sequence of equations. A primary actuator (whose operation is controlled by one of the control signals issued by the microcomputer 463) - examples include - rotatably driving the rotary 238 and the stepper motor 445, respectively. The stepper motor is driven by a motor 102560-970303.doc •45- 1299670 Road 473 control. The driving circuit 473 is connected to the CPU 464 of the microcomputer 463 by ι/ο埠 471. Further, an example of the main input signal generating means (which is used to generate an input signal necessary for the microcomputer 463 to generate a control signal) includes one use. At the start of operation of the debt measurement start lever 430, the switch 43〇s, the accumulated token insertion switches 426 to 428, and the accumulation token settlement switch 429. The start switch 430S constitutes a game start command member for outputting a game start command ## based on the result of one of the players' operations. The microcomputer 463 constitutes a winning combination determining means for determining a predetermined winning combination as a winning combination based on the input game start command signal (which is output by the game start τ command member). An example of the input signal generating means includes one The drum position path 477 is used to measure the rotational position of each of the reels 402, 403, and 4〇4 in response to one of the output pulsations from the photo sensor 449. The light sensor 44 is included in one of the driving mechanisms of each of the drums 4〇2 to 404, and the graying position is not shown. The turning position detecting circuit 477 calculates the rotation of the rotating drums 402 to 404 and supplies them to the rotating shaft. The stepping motor 445 drives the number of pulses and writes the calculated value to a predetermined area of the RAM 466. Thus, RAM 466 stores a calculated value for each of the drums 404 (which corresponds to each of the rotational turns of a range). Whenever each drum rotates from 4〇2 to 4〇4, the light senses a blocking-blocking component (not shown) and generates a reset pulse. This reset pulsation is supplied to the CPU 464 by the drum position phase circuit 477, and the calculated value of the (four) pulsation (which is calculated by RAM Yang) is cleared to %. In this clearing, there is a deviation between the display of each-symbol motion and the rotation of 102560-970303.doc -46-1296970 per stepper motor 445. The microcomputer 463, the stepping motor 445 and the drum position detecting circuit 477 constitute a stop control member for causing the drums 4〇2 to 4〇4 to stop and display a predetermined winning combination according to a winning combination and a predetermined winning combination. . Further, as the input signal generating means, there is a drum stop signal circuit 478. When the stop buttons 431, 432 and 433 are pressed, the drum stop signal circuit 478 generates a signal for stopping a corresponding drum, self-payment The token payment completion signal transmitted by the signal f path 43 is completed, various signals transmitted from the substrate 30, and the like. Each of the circuits constituting the input signal generating means is also connected to the CPU 464 by ι/〇璋π. Similarly, the communication port 479 is connected to 1/〇埠 471, and the microcomputer transmits a signal to the board 462a by the sub-control portion communication 479. The game machine 1 of the present embodiment can be attached to the outer casing u by the borrowing machine main body 400. Slot machines come to play 4 〇. Attached to the shell U of the game machine 1 、,, 'two; two slot machine master button button 32 has been credited to eat y: by the button to move the home machine 400 in the body of the self-generation take-out (7) The funnel 40a pays for the generation of the only mode, so that the payment can be implemented by the accumulation of the token settlement switch. In addition, in the game machine 102560-970303.doc -47-1296970 in which the slot machine body 400 is attached, the coin credit data and the token credit data are stored in the CPU of the slot machine body 400. 464, but this mode is not the only suitable mode, so it can be stored in a storage device mounted in the substrate 30. Regarding the processing performed by the main CPU 464 on the credit data and the token credit data, a CPU disposed in the substrate 30 can perform this processing instead of the main CPU 464. As described above, according to the present embodiment, the main body of the gaming machine (for example, the Pachinko game machine main body 12 or the slot machine main body 4) is provided with the main CPU 201 and the main CPU 464 for implementing the determination of the proposed payment generation. The amount of coins and the control of the token payment of the funnel 40a, whereby the lending machine 1 is debited to pay the tokens. Therefore, the token lending machine 12a can be shared among the game machine bodies using different game media, whereby a game machine having a stand-alone type of game machine on which a game machine main body using different types of game media is played can be obtained. The gaming machine 1 can be selectively used. Further, according to the present embodiment, the token is housed in the token lending machine 12a mounted on one end of the main body 12 of the game machine (on the right side in the case shown in Fig. 1 or Fig. 13), and thus The token will not pass through the main body of the game console. Therefore, the main body of the game machine can be replaced without changing its design. Therefore, it is easy to replace the game machine main body in which the game is played using different game media, and the design cost can be reduced, so that the game can be added with diversity. Further, according to the present embodiment, since the main CPU 201 and the main CPU 464 perform the control of the payment of the tokens with respect to the funnel 4〇a under the condition that the player performs a predetermined operation condition, the token can be paid at the time desired by the player. Convenience is available. In the above embodiment, a case in which the main body of the pachinko 102560-970303.doc -48-!29967〇 game machine and the slot machine body are selectively attached as the main body of the game machine is explained. The game machine of the present embodiment is not limited to such game machines, but

Tian JUA; includes a variety of game consoles such as Jong-Kyu, Smart Ball and other game consoles. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing a game machine on which a Pachinko game machine main body is fixed according to an embodiment of the present invention; FIG. 2 is a view showing a funnel according to an embodiment of the present invention. Figure 3 is a perspective view showing the exterior of one of the bases of the funnel of Figure 2; /4 series - showing a perspective view of the inside of the main body of the funnel of Figure 2; Figure 5 Figure 1 shows a cross-sectional view of the normal-time-outlet; Figure 7 is a cross-sectional view of the first exit when paying the token; Figure; 9 is a flow chart according to the present invention; FIG. 10 is a flow chart according to the present invention; FIG. 11 is a flow chart showing one embodiment of the month according to the present invention; FIG. 8 is a view showing the display shown in FIG. One of the circuits of the game machine control system is one of the embodiments of the month of the credit conversion. The one of the embodiment of the transmission control circuit at the credit control settlement 102560-970303.doc 49. 1299670 Figure 12 is a display Leakage according to an embodiment of the present invention Figure 13 is a perspective view showing a game machine having a slot machine body fixed thereto according to an embodiment of the present invention; and Figure 14 is a control showing the game machine shown in Figure 3. Block diagram of the system circuit. [Main component symbol description] 10 Game machine 11 Case 12 Pachinko game machine (game machine main body) 12a Token machine lending machine 13 Game board 13a Game area 14 Mounting base 15 Display panel 16 Glass door 17 Pallet unit 18 Road 19 Winning opening 19a Start winning opening 19b General winning opening 19c Large winning opening 19S General winning ball sensor 19Sd Access door SW (V-counting SW) 102560-970303.doc -50- 1299670 19Se Counting sw 20 OUT Opening 21 Special symbol display Part 22 Accumulation tray 23 Lower tray 24 Handle 25 Speaker 30 Substrate 31 Credit number display portion 32 Credit settlement button 33 Credit conversion button 34 Token number display portion 35 Infrared transmission/reception portion 36 Token reception portion 36a Token payment Opening 37 Token insertion slot 37a Token return lever 37b Token retreat slot 38 Coin insertion slot 38a Coin retraction lever 38b Coin retreat slot 39 Mobile terminal (holophone) 39a Lamp/LED display device 40 Funnel section 102560-970303. Doc -51 - 1299670 40a Funnel 40Sa Token Detection Section 40Sb Currency detecting portion 41 coin accumulating tank 41a Funnel driving circuit 43 Payment completion signal circuit 50 Change setting value button 52S Launching ball sensor 54 Image display device 60 First exit 70 Launch control circuit 71S Start opening SOL (actuator) 72S Large Winning Opening SOL (Actuator) 73S Inclined Plate SOL (Actuator) 74S Backup Clearing SW 90 Launching Device 110 Plate 110a Main Portion Tray 111 Rotating Disk 112 Cover 112a Concave Portion 113 Main Body Section 114 Token 115 Storage Container ( Bucket) 102560-970303.doc •52, 120 1299670 120a 120b 120c 120d 120e 120f 120g 120i 120h 121 121a 123 124 124a 125 130 131 132 132a 132b 135 140 141 Rectangular support plate shaft hole discharge hole (sensor window)

Protruding? L

Protruding? L sensor window step part blocking part seagull spring seagull spring motor disc fixed roller moving roller elastic body circular opening token feeding guide attached screw guide tooth token holding guide surface token feeding guide surface thrust bearing External guide token guiding surface 102560-970303.doc -53 - 1299670 141a First guiding surface 141b Second guiding surface 142 Token discharge opening 143 Notch 144 Notch 150 Roll attachment bracket (roller 150a Attachment shaft 150b Notch 151 Arm 152 Tension Coil Spring 166 Light Retaining Cover 200 Main Control Circuit 201 Main CPU 202 Main ROM 203 Main RAM 204 Initial Reset Circuit 205 I/O 埠 206 Command Output 埠 300 Sub Control Circuit 301 Sub CPU 302 Program ROM 303 Operation ROM 304 command input 埠305 image control circuit 102560-970303.doc -54-1299670 306 sound control circuit 307 light control circuit 400 slot machine body 402 drum 403 drum 404 drum 405 display window 406 display window 407 display window 408 Inserting slot 409 operation display unit 410 operation display unit 411 replay display unit 412 tour Play stop display unit 413-415 Insert game medium number display light 416 Accumulation number display unit 417 Start light 418 Bonus count display portion 419 WIN light 420 Prize quantity display portion 421 Insert light 423 Cross key 424 A button 425 B Press 4 ugly 102560-970303.doc -55- 1299670 426 427 428 429 430 431 432 433 436 438 439 440 440a 445 449 461 462a 463 464 465 466 467 468 469

1 Accumulation token insertion switch 2 Accumulation token insertion switch 3 Accumulation token insertion switch Accumulation token settlement switch Start lever stop button Stop Press stop button Prize display part Machine front panel display window Part LCD display device display Screen stepper motor light sensor main control board sub-control board microcomputer main CPU program ROM (read only memory) control RAM (random access memory) clock pulsation generation circuit frequency divider random number generator 102560-970303.doc - 56- 1299670 470 471 473 477 478 479 Random number sampling circuit I/O 埠 motor drive circuit drum position detection circuit drum stop signal circuit sub-control part communication 埠102560-970303.doc -57-

Claims (1)

1299670 X. Patent application scope: 1. A game machine, comprising: a casing, which is provided with - a machine for paying for a game medium payment component of a game medium; and - a game machine body on which Playing a game according to a game value of one of the game media, the game machine main system is detachably disposed in the occupant, fixed to the casing, and configured with a game value for providing a specific game value after establishing a predetermined condition And a game medium payment control member configured to control a game medium payment component of the child machine according to the game value provided by the game value providing member, wherein the game machine body playing a game using different types of game media It can be selectively installed in the housing. 2. The gaming machine of claim 1, wherein the game medium payment control means controls the game medium payment component under conditions in which the player performs a predetermined operation. 3. The gaming machine of claim 1 or 2, wherein the player accepts one type of game medium thereby lending another type of game medium. 4. A game machine as claimed in claim 1, wherein the carrier is disposed on the right or left side of the position in which the main body of the game machine is mounted in the casing. 5. The game machine of claim 1, wherein the game medium payment component is a miss. 6. The gaming machine of claim 2, wherein the predetermined operation is a push operation of a predetermined button disposed in the handset. 7. The gaming machine of claim 2, wherein the credit data credited to the 102560-970303.doc 1299670 in the casing is converted into one used in a game of the game machine main body. The amount of information on the game media. 8. The gaming machine of claim 1, wherein the game machine main system is a game machine main body and a slot machine body using a different type of game medium. 102560-970303.doc 1299670 VII. Designated representative map: (1) The representative representative of the case is: (1). (2) Simple description of the symbol of the representative figure: 10 Game machine 11 Case 12 Pachinko game machine (game machine main body) 12a Token machine lending machine 13 Game board 13a Game area 14 Mounting base 15 Display panel 16 Glass door 17 Tray unit 18 E-mail 19 Winning opening 19a Start winning opening 19b General winning opening 19c Large winning opening 20 OUT Opening 21 Special symbol display portion 22 Accumulation tray 23 Lower tray 24 Handle 30 Substrate 102560-970303.doc 1299670 31 Credit number display portion 32 credit settlement button 33 credit conversion button 34 token number display portion 35 infrared transmission/reception portion 36 token receiving portion 36a token payment opening 37 token insertion slot 37a token refund lever 37b token return slot 38 coin insertion Slot 38a coin withdrawal lever 38b coin retreat slot 39 mobile terminal 40a funnel 41 coin accumulation box VIII. If there is a chemical formula in this case, please disclose the chemical formula that best shows the characteristics of the invention: (none) 102560-970303.doc