TW200911345A - Game device and game medium receiving device - Google Patents

Abstract

To provide a player with amusement in loading game media. Since an IC token in which its own value relative to a reference token value (equivalent to one normal token) is not displayed is used as a game medium, the player can not recognize the value of the IC token as the number of normal tokens from the outside appearance. When the player loads such an IC token into a game machine, the token value data stored in the IC token are read, and tokens equivalent to the value of the loaded IC token are discharged into the play-field.

Description

200911345 IX. INSTRUCTIONS OF THE INVENTION [Technical Fields According to the Invention] The present invention relates to a game medium composed of a token, a coin, a pachinko, or the like, to execute a game game and to receive such a game medium. The game media receives the device. [Prior Art] As such a game device, a game facility installed in a game center or a Pachinko shop or the like is known. For example, a token game machine installed in a game center is set in a pachinko shop. Brother machine or Baiqing machine, etc. In the token game machine, when the player puts in the token (game media), the token (game object) that is put into the token is discharged to the play field, or the token that is put into the game is added. A number of credits (credit). In addition, the Pachinko Steel Ball (game media) that was put into the Pachinko machine was directly discharged to the Pachinko counter (playing field), and the number of tokens will only increase the tokens invested. (game media) a few copies. On the other hand, in a business game device constituting a game system installed in a game facility, a game machine (patent document) using an IC token (game media) having a memory unit for storing electronic materials is known. The game machine adds the amount of credit information based on the amount of the preset setting information when the game uses the 1C token. This setting information can be changed by using the 1C token for the clerk's investment setting. [Patent Document 1] Japanese Laid-Open Patent Publication No. 2006-8 7900-A-4-200911345 [Disclosed] [Problems to be Solved by the Invention] In a conventional game machine, even a player who holds a plurality of game media inputs The results of a game media's input into the game media have not changed. For example, when a game medium is put in the game, the game object is discharged to the game machine of the game field, and the number of game objects discharged to the game field is the same even if any game medium is input. Further, for example, when the game medium is put into the game, the conventional game machine in which the amount of credit data is increased is the same as the amount of addition of the amount of credit data to any of the game media. For this reason, in the conventional game machine, the player can surely predict the result when he or she enters the game media. Therefore, when you put in the game media, you can't give any fun to the player. In the game machine described in the above-mentioned Patent Document 1, in the period in which the setting information is not changed by the store clerk, since the amount of addition of any of the game IC tokens' credit amount data is the same, the same is applied. When the game uses IC tokens, it is impossible for the player to give any fun. Further, the game facility is a counting machine (game media receiving device) that counts the number of players who know the game media, and a storage device (game media receiving device) for storing the game media obtained by the player in the store. Conventionally, when the game media is put into the game media receiving devices, the same is true for the player. The present invention has been made in view of the above circumstances, and an object of the invention is to provide a game device and a game media receiving device that can be played by a player when a game medium is put into play. -5- 200911345 [Means for Solving the Problem] In order to achieve the above-mentioned object, a game device is proposed which has the following features: a general body object; a price data memory object receiving means; The method of generating a memory by comparing the reference price of the unrepresented base price with the self-reported material, and when the special physical object is present, the price corresponding to the relative price of the special physical object is reproduced. And at the price of the data memory means, in the game device described in item 2, item 1 of the patent application, the former has the memory equivalent to its own relative price, and has the following means: The special price of the physical object is recorded in the data section of the relative price of the physical object, and the data reading means is read, the price data is generated and memorized, and the game described in item 3 of the patent scope is applied. In the device, the invention that has the memory to identify the first item of the other special patent range is a means of receiving the body, and is a means of receiving the memory. Usually the price of the quantity of the material; the special indication is equivalent to the special body of the body that usually has a relative price; the price of the special body is subject to the information determined by the conditions determined by the compliance, and the The price control information game control means is to use the information of the billion to control the progress of the game. The invention is based on the method of claiming the object, and the special means of the memory of the data subject to the collection of the object is read from the special part of the body, which is equivalent to the special; The data is used to generate the data of the memory and the data is used as the price data. The invention of 丨 is in the scope of the patent application. The special physical object acquisition method is a special physical object of the memory department of the body and its own identification data -6- 200911345; The identification information of the special body object of the special body object that is taken by the object receiving means; and the corresponding relationship information. The identification data of the special physical object and the relative price of the body object are used. Corresponding relationship of the data corresponds to the above-mentioned price data generating means, using the correspondence information stored in the pair of memory means, determining the price information corresponding to the identification data of the data reading hand, generating the price, the price, the price information Means of memory. Further, the invention of claim 4 is applied to the game device described in the first, second or third application, and has a play field segment, which forms a play field that the player can visually view; and a game object segment. The game object is discharged into the play field; the means "controls the game object discharge means to cause the game object to be priced according to the price of the data memory means to the game field. Further, the invention of claim 5 is the game device of the application of the fourth aspect of the invention, comprising: means for payment, at least one of a conventional body object and the special body object, which is paid to the table, and is carried a mounting surface of a majority of the game object; and pushing the other part of the mounting surface of the game object present on the mounting surface, the part of the mounting surface The relative movement moves back and forth; and the ditch is pushed out to the mounting surface by the game object launched by the pusher member, from which the means are read, and the special information is available; The segment reads out and memorizes the domain of the profit range to form the hand body discharge hand game control to recall the aforementioned body, and the discharge range is the first pass player: the top member, which is pushed out, and the game along with the use of the outside 200911345 The dropping means for dropping the object by the object; the payment means paying at least one of the normal body object and the special body object as a condition of the body falling groove. Further, the invention of claim 6 is in the game device described in the first, second or third aspect of the patent application, having: the price data display means 'displaying the price information stored in the price data memory means. content. Further, the invention of claim 7 is a game medium receiving device which is characterized in that it has a special physical object receiving means, and the receiving is not represented by a reference price equivalent to one of the usual physical objects. The special price of the relative price; the method of generating the price data, when the special physical object is taken to obtain the special physical object, the relative price of the special physical object determined by obeying the determined decision condition is generated. Price 値 data; price 値 data memory means, which is the price 値 data generated by the memory price 手段 data generation means; and the output means is the content of the price 値 data stored in the price 値 data memory means. [Effects of the Invention] In the present invention, as the game medium, a special object having a relative price of the body and a relative price which does not correspond to the standard price of one part of the normal body is used. Therefore, the player is concerned about the relative price of the game media that he or she cannot grasp from the appearance of the game media, that is, how much the price of each game media is. Players invest in such special physical objects (Game Media-8-200911345)' When a special physical object is taken, the price is equivalent to the relative price of the special physical object determined by the decision conditions. data. Therefore, the price information corresponding to the relative price of a particular physical object is different from other special physical objects because of the determined conditions. Therefore, the player is unable to grasp how many relative prices are available for the special physical objects that he or she holds. According to the present invention, when a special object that is a game medium is put into the game, it is possible to give the player the pleasure of expecting that the special body object has a relative price. [Embodiment] [Embodiment 1] Hereinafter, an embodiment (hereinafter referred to as "Embodiment 1" of the present embodiment) in which the present invention is applied to a push-to-play game machine as a game system will be described with reference to the drawings. Furthermore, the drawings are merely illustrative of the shape, size, and positional relationship of the present invention, and the present invention is not limited to the shapes, sizes, and positional relationships illustrated in the drawings. Further, in each of the drawings, a part of the hatching of the cross section is omitted in order to clarify the structure. (Overall Structure) Fig. 1 is a perspective view showing a part of the appearance of the push-pull game machine 1 of the present embodiment. -9- 200911345 This push coin game machine 1 is provided with four accessory device parts SA so as to surround the central drawing device. Each of the accessory device units SA has four game station units ST' as the game machine as the game machine, and each of the players performs the game play with each of the game station units SET. Further, each of the accessory device units S A includes a plurality of accessory device drawing devices 100 00' as physical drawing means around the accessory device drawing device, and each game station portion SET is arranged side by side. (Structure of the game station unit S T) Fig. 2 is an explanatory diagram for explaining the configuration of the game station unit ST of the push coin game machine 1. Fig. 3 is an explanatory diagram for explaining the internal structure of the station portion s τ. As shown in Fig. 3, the 'game station department' has a token insertion mechanism (usually means for receiving physical objects and special means of receiving objects), a token transfer path 200, and a first lift (for games) The object discharge means 3), the second lift bucket 350, the token discharge path 400, the play field 500, the control unit 600, the display unit 700, and the housing 800. The casing 8 00 is a structure that becomes a skeleton of the station portion ST. In the casing 8A, the token input mechanism 100 is disposed on the upper side and the front side, the display unit 700 as a display means is disposed on the upper center side, and the play field 500 is placed in the upper center. Further, the inside of the casing 8 is housed with a token transfer path 20 〇, a first lift hopper 3 as a normal token discharge mechanism, and a second lift hopper 3 50 as a special token discharge mechanism. Control unit 600 or the like. Here, the term "before the front side" is on the side where the player plays the game, and the term "2009-11345" "deep side" represents the opposite side of the side on which the player is playing the game. The area between the "front side" and the "deep side" mentioned above. The token issuing unit 100 is a structure for inputting a normal token (hereinafter simply referred to as "token") which is a normal body of the game medium to the pusher game machine 1 when the player plays the game. The tokens that have been put in from the token-input mechanism 1 are transported to the first lift bucket 300 via the token transport path 200, and are temporarily stored in the i-th lift bucket 3〇〇. The token transport path 200 and the first lift bucket 300 are disposed in the casing 800 as described above. Further, the token transfer path 200 has a mechanism in which the token loading mechanism 100 and the first lift bucket 300 are mechanically and physically connected, and the token inserted from the token loading mechanism 100 is transported to the first lift bucket 3 00. Features. The first lifting bucket 3 00 has a general token storage portion 3 0 as a normal token storage container for storing the token μ, and a lifting portion 3 2 0 for lifting the token to a predetermined height. , The conventional token discharging portion 330 for discharging the raised token μ as a game object by the timer. also, At the discharge port of the usual token discharge portion 330, The token discharge path 400 ° that is used to guide the discharged tokens to the play field 500 is vertically arranged. The upper end of the lift portion 3 2 0 is disposed above the play field 5 position. therefore, The normal token discharge unit 3 3 0 provided at the upper end of the lift portion 310 is also disposed above the play field 5 0 0 . and so, The token 被 ' temporarily accumulated in the normal token storage portion 3 10 set under the play field 5 00 is raised by the ascending portion 320 to be higher than the play field 5 00 -11 - 200911345, The normal token discharge unit 303 is ejected to the play field 500 via the token discharge path 400.  The second lifting bucket 3 5 0 has: As a special token storage container for storing a 1C token of a special body as a game medium, the 1C token storage unit 360 is used. a lifting portion for raising the 1C token Μ' to a predetermined height 3 70, The 1C token discharge unit 380 for discharging the lifted 1C token Μ' by the timer. also, At the discharge port of the 1C token discharge unit 3 80, The token discharge path 45 0 for guiding the discharged 1C token Μ' to the play field 5 00 can be set to the left and right.  The upper end of the lift portion 3 70 is disposed above the play field 500. therefore, The 1C token discharge portion 380 provided at the upper end of the lift portion 3 70 is also disposed above the play field 5 00. and so, The 1C token ’’ temporarily accumulated in the IC token storage unit 306 set in the play field 500 is raised by the lift unit 3 70 to be higher than the play field 5 00. The 1C token discharge unit 380 is emitted to the play field 500 via the token discharge path 450.  In the play field 5 00, a main table 501 as a mounting table for storing a token for a game object is provided. And a pushing portion 510 as a ejector member placed on the main table 501. The pushing portion 5 1 0 has: The top of the retention token (this is called the sub-platform 5 1 1 ), 2. The tilting table 5 1 of the token sliding from the sub-platter 5 1 1 2 And pushing the propulsion wall 5 1 3 of the token stored on the main pallet 501. also, The pushing portion 5 1 0 is slidably disposed on the main table 5 0 1 of the play field 5 00, Under the control of the control unit 600, The sliding motion is performed in a certain cycle or in any cycle. A portion (the deep side of -12-200911345) of the pushing portion 510 is accommodated in a accommodating portion 720 which will be described later, which is provided below the display portion 700. The pushing portion 510 is slid by the detachment from the accommodating portion 720. And move back and forth.  The sub-chassis 5 1 1 slidably abuts against the frame member 7 1 0 of the display 710 of the display unit 700. and so, When the pushing portion 5 1 moves toward the housing direction of the housing portion 7 2 0, The token on the sub-platter 51 1 is advanced by the frame member 71. With this advancement, A portion of the token on the sub-platform 5 1 1 will fall to the tilting table 5 1 2 . A portion of the token dropped from the sub-disc 51 1 1 is inserted into the opening portion of the inclined tray 5 1 2 as a token passage opening (this is referred to as a chuck 5 1 5 -1, 5 1 5 - 2, 5 1 5 - 3 ). And the remaining tokens are dropped directly to the main plate 501. It is stored in the main tray 501.  The token on the main pallet 5 01 is the same as the token on the secondary pallet 51.  It is advanced by the amount of sliding movement of the pushing portion 510. that is, The pushing portion 5 1 0 is placed on the main table 5 0 1 without a gap, Therefore, when the pushing portion 510 moves from the accommodating portion 720 to the carrying-out direction, The token on the main table 501 is advanced by the pusher wall 513 in front of the pushing portion 510. With this advancement, A portion of the token on the main tray 501 will fall. Among the fallen tokens, From the player's side (this is called the front end 501a, Referring to Figure 2) the fallen tokens are paid to the player' while other tokens, For example, the tokens dropped from the both sides of the main pallet 501 (referred to as the side end 5 0 1 b) are stored in the predetermined storage portion in the station portion S Τ.  In addition to the aforementioned structure, As shown in Figure 3, The game station unit ST of the first embodiment has a token movement simulation performance unit 900. The token movement simulation department 900 is as described later. Having a plurality of light-emitting portions (rear LED 920) arranged in the vicinity of the normal token discharge portion 3 3 0 from the vicinity of the token input mechanism 00 -13 - 200911345, By causing the light-emitting portions to be sequentially turned on from the token dispensing mechanism 1 〇〇 the usual token discharging portion 3 3 0, To simulate the performance of the performance into the agency's 10th generation of coins to move. at this time, The path of the token μ real is different from the path simulated by the performance. Or not.  also, From the token-input institution 1 〇 〇 之 之 暂时 暂时 暂时 暂时 暂时 暂时 暂时 暂时 暂时 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 The usual token discharge section 3 30 of the first lift 3, The tokens stored in the normal token storage section are lifted up by the lifting section 320 and placed in advance. When the generation is put into the token to invest in the institution, The control unit 600 will display the token price information of the number of pieces, Temporarily memorized after the RAM 603 as the price data memory, Control the first lifting bucket 3 00, The tokens of the regular token discharge section 3 3 0 will be placed in advance. Only the data in the RAM 603 is discharged to the play field 5 00. in this way, In the first embodiment,  The tokens invested by the family and the tokens actually invested in the play field 500 are different tokens.  also, When the Token Mobile Simulation Performance Department 900 is a token, it will be put into the agency 1 00. Comply with the control from the control unit 600, The LEDs 92 0 are turned on in order from the token input mechanism 100 side to the normal token discharge unit. at this time, The timing at which the normal token discharge portion 3 3 0 is attached to the LED 92 0 is turned off by the control, and the timing is discharged from the normal token discharge portion 330. It is possible to simulate the performance of the performance being transferred to the token of the token input institution 100 by the token movement simulation department 900.  The side-to-side currency investment is also in the promotion. 3 10 Μ 投入 投入 投入 于 于 于 3 3 3 3 3 3 3 3 3 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 - - - - - - - - - - - - - - - - - - In the 1C token discharge unit 380 of the second lift bucket 350,  The 1C token M' stored in the 1C token storage unit 3 60 is lifted up by the lifting portion 370 and placed in advance. The I C token discharge unit 380 follows the control from the control unit 600. The IC token M' is pre-loaded to the play field 5 00. that is, In the first embodiment, In the play field 500, there are a common token of a token that does not have a memory portion for memorizing electronic data, and an IC token that has a special token with a memory portion for memorizing electronic data.  In the first embodiment, The 1C chip of the 1C Token Μ's memory has the currency price information. The so-called token price data is the equivalent of its own relative price, which is equivalent to the benchmark price of one copy of the usual token. In the first embodiment, It means that the IC token Μ ’ is 1 for the usual token.  It has the equivalent of the number of tokens (relative price). The so-called "token price" refers to the conversion of the usual tokens. As a token price, the 1C 1C token is a token with a typical token of 1 〇. Furthermore, In the first embodiment, Memory in 1C tokens,  The currency price 値 data is "1 〇", "3 0", Any of "5 0". Therefore, there is an IC token 相当于 that is equivalent to 1 通常 of the usual token. Equivalent to 30 tokens of ic tokens, usually , It is equivalent to the three types of IC tokens of the IC token ’ ’ But it is not limited to this.  In the present embodiment, 丨C tokens, The size of the exterior is smaller than the token size. also, The appearance and color on the surface of the token are also different from the token μ. The appearance is different from the token. therefore, The player can distinguish between the appearance and identify the tokens and I C tokens that exist in the play field 5 00.  -15- 200911345. but, In the first embodiment, IC tokens are all identical in appearance.  Did not show the token price of its 1C token, The difference in the electronic data stored in the 1C chip cannot be distinguished by the difference in appearance.  As in the first embodiment, Use the difference in appearance and identify tokens and 1C tokensΜ, For the player, It can promote the tokens that exist in the game field 5 00, Give priority to the 1C token Μ' to the strategic play of the tokens falling into the ditch. Improve gameplay. Furthermore, Make the tokens and 1C tokens the same in appearance, It is also possible for the player to distinguish between the appearance and the tokens and the 1C tokens. at this time, It can provide gameplay that cannot be provided by players who can distinguish between appearances and recognize tokens and 1C tokens.  also, In the 1C chip of the 1C token Μ' of the first embodiment, the store ID unique to the store using the 1C token Μ' is used. With this, As will be described later, It is possible to prevent the 1C token M' of other stores that are prohibited from being used in the store from being improperly used.  also, The 1C chip of the 1C token M' of the first embodiment stores the expiration date information for specifying the expiration date of the I C token ’ '. By this, The effective period management of 1C tokens can be performed.  also, The IC chip of the IC token ’ 'is memorized the token ID (identification data) of each I c token ’ '. at this time, A data sheet or the like for storing various materials can be managed on the game device side or the store side so that the tokens 1D correspond to each other. Specifically, for example, The memory device (corresponding to the relationship information memory means) of the central drawing device 2000 of the push coin game machine,  Memorize the table data (correspondence -16 - 200911345 information) for the correspondence between all tokens I D and various materials (including token price/data) that are circulated in the game center. Then, the 1C reader described later reads the 1C token M stored in the game station unit ST, When the token ID of the 1C chip is Refer to the table, Specific information on the token ID (including the currency price/data) and the various materials as the corresponding data. The information is determined. According to this configuration, Its management system has a higher protective effect than the situation in which various data are memorized in each I C token ‘ in the place where it is easy to prevent inappropriate data tampering. also, Even if you don’t pay for each IC,  Accessing can also be performed to make each IC token μ, In accordance with the change of the expiration date data, it is soft to correspond to the operation policy of the store side. that is, Even if the j c token Μ ’ is handed to the player’s hand, You can also change ϊ c tokens, Valid period information, After the IC token is paid to the player, after that, When you want to change the validity period of your 1C Token Μ ’ It can also be easily adapted.  Furthermore, The electronic data of the 1C chip stored in the 1C token Μ' is not limited to the one illustrated in the first embodiment. You can also remember how to use the 1C Token Μ’, The electronic data of the memory is selected appropriately.  The game station unit ST has a ball input mechanism 1 8 〇 至少 at least on one side as shown in Fig. 2 . The ball input mechanism 1 8 〇 is a structure for putting a ball Β 1 ' Β 2 of a spherical object which is a shaped object described later into the play field 500. There is a ball input ramp 1 8 〇 1 and the ball is put into the position selection mechanism 1 8 1 0.  Furthermore, Ball Β 1, Β 2 is a selection object for executing a bingo game to be described later.  The ball input ramp 1 800 is used to throw the ball from the ball carrier 1 5 2 0 described later by gravity. Β 2 leads to the construction of the ball input position selection mechanism 1 8 1 0. and so, A ramp that slopes down. Also, the ball is put into the position selection -17- 200911345 The institution 1 81 0 is used to draw the ball B1. The structure of the position on the field of the B2 game field 5 00. in this way, The ball B1 is put into the game station S T from the ball carrier 1 520 which will be described later. B 2, The player enters the play field 500 via the ball input ramp 1801 and the ball input position drawing mechanism 1810.  also, The game station unit S T has a ball transport mechanism 1 900 at least on one side as shown in Fig. 2 . The ball handling mechanism 1 900 is used to be on the ball B1.  B2 is dropped from the main table 501 of the play field 500 to the token drop groove provided on the front side. Carrying the ball Bl' B2 to the configuration of the accessory device drawing device 1000, There is a ball transport path 1〇4〇, which will be described later. Ball transport unit 1 9 1 0 and ball transport unit travel ramp 1 909. The ball transport path 1 0 4 0 is disposed below the front end 501a. The ball Bl, which will fall from the front end 501a, B2 leads to the ball transport unit 1 9 1 0. The ball transport unit 1 910 is a ball B1 for receiving the ball transport path 1 040, B2 transport to the auxiliary equipment drawing device 1 000 structure, The ball transport unit row ramp 1901 is guided by the control unit 600. Furthermore, It is carried to the ball Bl of the accessory equipment sorting device 1000, The B2 is delivered to a ball carrier 1520 (refer to FIG. 6) which will be described later.  also, The ST department of the game station department is shown in Figure 2. There is a token payment mechanism including a third lift 1200 0 0 and a 4th lift 10000 0 and a token payment unit 1 03 0 as payment means, Using the token payment agency, With the token 落 or ic token M falling from the front end 501a to the token drop ditch, A token or a 1C token that has the same token price is discharged to the storage surface of the token input facility 100 〇 b. In the display unit 700 of the station portion ST, It displays the game screens of the same game as the push-pull game, such as the bingo game and the digital lottery game (Slots game). In addition to the push coin game, the push coin game machine is described later. While the display unit 700 displays the game screen for eating tigers as shown in FIG. 4 and executes the slot game, Yu Xian 700 displays the bingo game screen shown in Fig. 5 and executes the bingo game. The slot machine game is a digital lottery game in which the control unit of the station station ST performs digital drawing. The condition of the slot machine game is entered in the chuck 515-1 provided on the tilting table 512 of the pushing portion 5 by the token or the 1C token M', 515-2, Any of 515-3. The display unit 700 is in a period in which the bingo game to be described later is not performed.  As shown in Figure 4, the game screen for the slot machine, Token Μ or ic Μ ’ enters the chuck 515-1, 515-2, 515_3 to achieve the angle of eating, when the tiger draws the starting conditions, The control unit 600 performs display control for rotating the three dice tigers DS. In the number of slot games, The control unit 600 executes the predetermined lottery program, The number of random numbers that have been generated determines whether or not to win any award or lose the election. after that,  When the Department 600 decided to win the election, In the manner in which the combination of the selected awards is stopped and displayed on the display unit, Display control for stopping the rotation of the three dice Slots D S is performed.  In the first embodiment, As a digital lottery, Prepare for the next class: Small award A, Provides 3 tokens to the play field: Small awards, The system supplies three 1C tokens to the play field; The Ball Supply Awards are for the ball Β 1 to the play field 5 00; Gold award, The system provides 30 tokens to the play field 5 00; Indeed gold award, The system provides 30 tokens to the same field as the game field 500. In addition to the corner display: 〇 600 Start 0 starts to show the coin, the old angle, the position, the control, the control, the case, the 5,500,000 regular prize,  -19- 200911345 In the subsequent digits, use the election schedule with the probability of being selected as higher; Direct accessory equipment awards, The ball B 1 is directly supplied to the accessory device drawing device 1 0 0 0. The probability of being elected for each award is set in such a way as to decrease in this order. In addition, 'what kind of awards are prepared, And each award is set to which election probability is arbitrary. E.g, To pay the token directly to the player, etc. It can be constructed in such a way as to give the player all kinds of benefits.  In the first embodiment, The control unit 600 determines whether or not to supply the ball 1 to the digital field of the play field 500 by deciding whether or not to vote for the prize. then, When the ball is supplied by the control unit 60 0, the ball is supplied from the control unit 600 to the control unit (not shown) of the accessory device lottery device 100. With this, The control unit of the accessory device lottery device 1 0 0 "delivers the ball from the ball supply mechanism 1 3 至 to the ball carrier 1520" to make the ball carrier 1520 along the ring-shaped ball transport path 1 500 Outside the week, Move to the corresponding position of the game station ST that the ball is supplied to the award. Then, the ball 1 is delivered from the ball carrier 1 520 to the ball input mechanism 1 8 〇 该 of the game station unit S T , The ball β 1 is supplied from the ball putting mechanism 1880 to the play field 5 〇 . Furthermore, In this implementation, Bear 1 The ball B 2 is as described later. It is only supplied to the play field 5 〇 成立 when the negative result of the k疋 line is established on the bingo card of the bingo game. At this time, regarding the ball JS and the action of the ball, The ball B 2 is delivered from the ball supply mechanism 1 400 that is different from the ball supply mechanism 1 3 0 to the ball carrier 5 2 〇, It is almost the same as the situation of the ball.  In this form, So used to smash the ball, Β 2 is supplied to the play area. The component of the field 500 is a means for supplying the shaped object.  -20- 200911345 Bingo is played by using two types of balls B1, B 2 and ancillary equipment The physical selection game for the physical selection of the selection device I 〇 〇 This is carried out by a control unit (not shown) and a control unit 600 of the game station unit S T, which are described later as an accessory device drawing device. Furthermore, In the bingo game, The control unit of the attached equipment drawing device 1 000 mainly controls the selection of the bingo numbers that determine the bingo game. The control unit 600 of each of the station units ST to which the accessory device unit SA to which the accessory device lottery apparatus 1000 belongs is controlled to perform the performance of the bingo game and the determination of the bingo establishment. In the first embodiment, By moving the ball B 1 ' B 2 at the accessory device 1 〇 〇, A physical lottery is selected in which one bingo number (elected object) is selected from a plurality of plural bingo numbers (sampling objects). In the physical drawing of the first embodiment of the present embodiment, Select one of the selected bingo numbers from the "1 J to "9 J bingo numbers. then, For example, the control unit 600 as the arrangement information generating means of the station portion s T is used. Individually produced in each game station department ST, The bingo numbers of "1" to "9" are arranged in a matrix of bingo cards. after that, The image of the bingo number of "1" to "9" (the image of the selected object) is a bingo card image arranged in accordance with the arrangement information. The BC system is shown in Fig. 5. The display unit 700 is displayed on each game station unit ST.  In the first embodiment, When the bingo game is not performed, the display unit 700 displays the game screen for the slot machine shown in FIG. When the physical drawing of the bingo game is started, the game screen for the bingo shown in Fig. 5 is switched. Again, At the end of the physical selection of the bingo game, Will return to the slot machine again, using the game screen, but, The bingo card portrait BC is shown in Figure 4.  It is displayed in the upper part of the game screen for the slot machine. and so, Player -21 - 200911345 is a bingo card that can be confirmed at ST in the game station department from time to time. The degree to which the bingo figures are selected.  In the first embodiment, Each bingo game played at each game station is usually at each game station ST. Conducted independently. that is, In 1 game station ST, Ball B 1, B2 falls until the token falls into the ditch and the physical drawing is started at the auxiliary equipment drawing device 1000. The bingo figures thus elected are only processed at the time when the one station station ST is elected as the bingo number. In other game stations, the ST system is not treated as an elected bingo number. but, In the first embodiment, When the agreed event conditions are described later, On the ball B 1 , B2 drops the number of bingos that are selected when the tokens of one game station ST fall into the ditch, It is not only in one game station ST, but also It is also treated as the elected bingo number of other game station STs.  here, The other game station unit ST of the first embodiment is the same as the one game station unit s T . The remaining three game station units ST belonging to the accessory device unit S A . that is, In the first embodiment, All the game station units S T of the push coin game machine 1 are divided into complex array groups. Each group is used as an accessory device unit SA. Between the game station units ST belonging to the accessory device unit SA, Using the conditions of the aforementioned events, It can produce a situation in which the players' games are related to each other. result, For example, it is generated that the players who play the game in the game station unit s belonging to the same accessory device unit S A cooperate with each other to obtain the game of the token.  Beyond, The bingo game of the first embodiment will be described in detail later.  -22- 200911345 (Structure of the accessory device drawing device) Fig. 6 is a perspective view showing the main structure of the accessory device drawing device 1 〇 〇. The auxiliary equipment drawing device 1000 has: Outer bingo platform 1100, The inner bingo platform 1200, Ball feeding mechanisms 1300 and 1400, Ball transport path 1500, The platform ball is put into the mechanism 1600 and the support station 1700.  The support table 1700 is a structure of a skeleton of the accessory device drawing device 100A. In the support station 1700, In the upper center, there is an inner bingo platform 1 2 0 0, And surrounding the inner bingo platform 1 200, Equipped with an outside bingo platform!  10 years old. and then,  To surround the periphery of the outer bingo platform 1 1 0 0, It is equipped with a ball transfer path of 1 500. A ball supply mechanism 1300 is disposed beside the ball transport path 1 500  The 1400° ball supply mechanism 1 300 is a structure for supplying a certain ball (for example, a non-metallic ball B1). on the other hand, The ball supply mechanism 14 is configured to supply a ball of a different type from the ball B1 (for example, a ball B2 made of metal).  Furthermore, The difference between the ball B1 and the ball B2 is not related to metal or non-metal.  Based on other factors (for example, The color of the ball) is also stipulated.  The ball supply mechanism 1 300 has: The ball supply unit 1 301 'lifts the portion 1 3 02 and the ball return path 1 3 0 3 . The ball supply mechanism 1301 is configured to supply the ball B1 to the ball carrier 1 520 which will be described later. The lift portion 1 3 02 is a structure for raising the ball B 1 to the ball supply portion 1 310. The ball return path 1 3 0 3 is a structure for returning the ball B 1 supplied to the outer bingo stage 1 1 0 0 to the lift portion 1302 of the ball supply mechanism 1 300.  identically, The ball supply mechanism 1 400 has: Ball supply unit 1 4 0 ],  -23- 200911345 Lifting section 1 402 and ball return path (not shown). The ball supply mechanism 1401 is configured to supply the ball B 2 to a ball carrier 1 520 which will be described later. The lifting portion 1 4 0 2 is a structure for raising the ball B 2 to the ball supply portion 1 410. The ball return path (not shown) is a structure for returning the ball B 2 supplied to the inner bingo stage 1 2 0 0 to be described later to the path of the lift portion 1 4 0 2 of the second ball supply mechanism 1 400. .  The ball carrier 1 520 is used to carry the ball Bl along the circumference of the ring ball transport path 1 500. The structure of B2. The ball carrier 1 5 20 is a receiving portion formed by two rod-shaped members bent in a V shape. Keep the ball B1 here  B2. also, The ball carrier 1 5 20 is fixed to the annular member 1 5 50 provided along the ball transport path 1 500. and so, Rotating along the ball transport path 1 500 by the ring member, The ball carrier 1 520 moves along the ball transport path 1500.  The ball transport path 1 00000 has a plurality of sensor portions 1 5 1 0 on the outer peripheral surface. The sensor portion 1 5 10 is a structure for detecting whether or not the ball carrier 1 520 is present in the vicinity. The information detected by the sensor unit 1 5 1 0 is appropriately or immediately input to, for example, a control unit not shown. The control unit is based on information sent from the sensor unit 15 10 . a specific ball carrier position of 1 5 20, Based on this, the walking and stopping of the ball carrier 1 520 is controlled. E.g, The situation in which the game station unit ST supplies the ball B 1 as shown in FIG. 2, The control unit is based on information from the sensor unit 1 5 1 0. The ball carrier 1 520 is stopped at the position of the sensor portion 1 5 1 0-1. With this, The ball carrier 1 5 2 0 will be placed on the extension line of the ball input ramp 1 800. In this state, By a control unit not shown, When the V-shaped receiving portion of the ball carrier 1 5 2 0 is turned to the ball and the side of the ramp is 1 0 0 1 The ball B1'B2 held in the ball carrier 1520 is put into the entrance of the ball input ramp 1801 (refer to Fig. 2 of -24 - 200911345). Furthermore, The sensor section 〖5 1 0 is set on the outer peripheral surface of the ball transport path 00 00 individually. that is, Individually placed in each game station section S Τ 投入 投入 投入 投入 1 1 1 1 1 1 1 1 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。  Put the ball into the ball on the ramp 1 8 0 1 Β 2, It is temporarily held by the stopper 1802 shown in Fig. 1. then, When the player presses the button 160 and the operation signal is sent to the control unit 600, The control unit 600 drives the control so that the stopper 1 8 02 reverses the ball to the exit side of the ramp 1 801. With this, The ball that is blocked by the stopper 1 8 0 2 Β 2, Rolled off by the ball being thrown into the slope of the slope 1 810. And by the ball into the position selection mechanism 1810, Invest in the play field 500. Put into the ball of the play field 500, Β 2 is in the process of pushing the coin game, It is dropped from the front end 501a of the main table 501 to the token drop ditch with the same token or IC token Μ'.  Falling ball Β 1, B 2 is as described above, The ball transporting portion 1910 is placed via a ball transport path 1040 to be described later. Furthermore, The ball transport path 1〇4〇 has only the receiving ball 1. B 2, And make tokens and IC tokens, The ball receiving portion 1 〇 4 1 passes. also, The ball transporting unit 1 9 1 0 is in a normal state,  The ball discharge port of the ball transport path 1 〇 4 0 1 〇 4 3 Standby.  The ball transport unit 1 9 1 0 is as described above. Used to put the ball β 1, Β 2 The structure to be transported to the accessory equipment sorting device 1000. The ball carrying portion 1910 is for example, the ball is placed. Β 2 o', based on control from a control unit not shown,  Drive the ball carrying section on the ramp 1909 to move to the upper end of the ball transporting ramp 1 909. The ball carrier 1 5 2 0 is placed in the vicinity of the upper end of the ball ramp 1 906. The ball transporting unit 1 9 1 0 is moved to the ball transporting section -25- 200911345 after the upper end of the ramp 1 901 Carrying the ball B 1, B2 is handed over to the ball carrier 1520. Furthermore, Delivered to the ball Bl, The ball carrier 1520 of B2 is in this position.  also, The ball carrier 1 5 2 0 receives the ball B 1, B 2, According to the control from the control unit not shown, Move to the position opposite the platform ball input mechanism 1 600. The platform ball input mechanism 1 600 has a receiving disk 1 6 1 0 for putting the ball B 1 into the outer bingo platform 1 1 〇 、, And a receiving disk 1 620 for feeding the ball B 2 to the inner bingo platform 1 200. The ball carrier 1 5 20 is based on control from a control unit not shown above. Follow the type of ball that keeps it (Bl, B2), Move to the position opposite the receiving disk 1610 or 1620. Withstand disk 1610, When the 1620 receives the ball from the ball carrier 1520, Drop to the position opposite the ball carrier 1520, And when receiving the ball from the ball carrier 1520,  Then rise to the ball input path 1 1 1 〇, 1 2〗 0 opposite position. then,  Keep the ball until the time the ball is put into action.  E.g, When the ball B1 is received from the ball carrying portion 1910, After the ball carrier 1520 walks along the ball transport path 1500, The ball B 1 is delivered to the receiving disk 1610 of the platform ball input mechanism 1600. The receiving disk 1610 receiving the ball B1 is, for example, the timing when the player presses the button 1 60. The ball B 1 to be held is put into the ball input path 1 1 1 〇. After the input ball B 1 is accelerated by the inclination and length of the response ball input path 1 1 1 ,, It is put into the outer bingo platform 1 〗 0 0. Another example, When the ball B 2 is received from the ball carrying portion 1 9 1 0, After the ball carrier 1 5 20 is walking along the ball transport path 1 500, The ball B2 is delivered to the receiving plate 1 600 of the platform ball input mechanism 1 600. The receiving disk 1 620 that receives the ball B2 is, for example, the timing when the player presses the button 1 60. Ball B2 holding -26-200911345 is put into the ball input path 1 2 1 0. After the ball B2 is put into the acceleration of the inclination and length of the ball input path 1 2 1 0, It was put into the inner bingo platform 1 2 0 0. Furthermore, The type of ball delivered to the ball carrier 1 5 2 0 is Β 1 or Β 2, for example, the ball 1 is made of non-metal. The ball Β 2 is made of metal, It can be detected by using the ball carrier 1 520 to set a metal sensor or the like. also, For example, the case where the ball Β 1 and the ball Β 2 are different colors can be used for the color carrier 1 520 to set a color sensor, etc. The type of ball delivered is detected. also, The type of the detected ball is sent to a control unit (not shown). and so, The ball carrier 1 520 is controlled in accordance with the type of the ball notified to the control unit.  The outer bingo platform 1 1 0 0 has two or more holes (referred to as prize points u 〇) having a diameter that the ball python 1 can pass. Rotate around the inner bingo platform 1 200 at a predetermined period. In the first embodiment, Set 1 winning point 1 1 0 1, The bingo numbers of "1" to "9" used in the bingo game and the total of 10 winning points of the winning match are 1 1 0 1 respectively. The ball Β 1 that is put into the outer bingo platform η 00 is wound around the outer bingo platform 1 1 0 0 by the acceleration obtained in the ball input path 1 1 1 0 and the rotation of the outer bingo platform 1 1 〇〇 itself. Rear, Enter any of the winning points 1 1 0 1. The information on which the winning point 1 1 〇 1 is entered is appropriately sent to a control unit (not shown). The control unit is when the ball 1 enters the winning point 1 1 0 1 to which any of the numbers is assigned. Then, it is activated in cooperation with the control unit 600 of the game station unit S 作为 which is the source of the transport of the ball 1. The bingo number to be assigned to the winning point 1101 as the elected bingo number, And do bingo games. In addition, the player who enters the prize point 1 1 0 1 will be temporarily held at the prize point 1 1 〇 1 after the player can confirm -27 - 200911345. It is put into the ball return path 1 3 0 3 set below the outer bingo platform 1 1 0 0.  identically, The inner bingo stage 1 200 has one or more winning points 1 20 1 having a diameter through which the ball python 2 can pass. The center portion is rotated as a center of rotation and rotated at a predetermined period. In the first embodiment, There are a total of 5 winning points 1 201, The system is assigned two bonus points 1201 for the bingo numbers of "1" to "8" used in the bingo game. A total of 5 winning points 1 2 0 1 with 1 winning point 1 2 0 1 assigned to the bingo number of the "9" used in the bingo game. It is put into the inner bingo platform. The ball 2 of the 1 2 0 0 is rotated around the inner bingo platform 1200 by the acceleration obtained by the ball input path 1 2 1 0 and the rotation of the inner bingo platform 1200 itself. Enter any of the winning points 1201. The information of which ball point 2 is entered into which prize point 1 2 01 is appropriately sent to a control unit (not shown). The control unit is when the ball 2 enters the winning point 1 20 1 to which any of the numbers is assigned.  Then, it cooperates with the control unit 600 of the game station unit ST which is the source of the transport of the ball cymbal 2, and the like. A bingo game is assigned to the bingo number of the winning point 1 2 0 1 as the elected bingo number. Furthermore, Enter the winning point 1 2 0 1 Ball Β 2 is in a way that the player can confirm, Temporarily kept at the entrance to the winning point 1201, It is put into a ball return path (not shown) provided below the inner bingo platform 1200.  (Structure of Play Field) Fig. 7 is a partial perspective view showing the structure of the play field 500 and its peripheral portions.  -28- 200911345 Fig. 8 (a) and (b) are explanatory diagrams for explaining the back and forth movement of the pushing portion 510 of the play field 500.  As above, The play field 500 is composed of a main plate 501 as a mounting table. It is constituted by a pushing portion 510 of an ejector member slidably placed on the main table 501. The pushing unit 510 is configured to enter and exit the storage unit 420 provided below the display unit 70 1 of the display unit 00. The front and rear sliding movements are performed on the main table 501. Furthermore, Fig. 8(a) is a plan view showing the state in which the pushing portion 510 enters the deepest portion of the accommodating portion 720. Fig. 8(b) is a plan view showing the most protruding portion 510 from the accommodating portion 720.  The sub-plate 5 1 1 as the upper surface of the pushing portion 5 10 is as described above.  The frame member 7 1 0 of the display unit 700 is abutted. and so, Storing the tokens or IC tokens ’ of the sub-disc 5 1 1 which is above the pushing portion 5 1 0, When the pushing portion 510 moves in the direction of entering the accommodating portion 7 2 0 (refer to (b) - (a)) in Fig. 8, The frame member 7 is advanced on the sub-plate 5 1 1 toward the inclined table 5 1 2 , The token M or the IC token on the sub-platform 5丨1 flows toward the tilting table 512 as a whole. the result, A portion of the token 或 or 1C token Μ ' stored on the sub-disc 51 1 1 near the tilting table 5 1 2 will fall toward the tilting table 512. Furthermore, One of the falling tokens or the 1C token Μ' enters the chuck 515-1 set on the tilting table 5 1 2 515-2, Any of 515-3, The rest is dropped to the main table 5 0 1 . Further, on both sides of the range in which the pushing portion 5 is slid, a fall prevention wall 5 2 1 ' is provided to prevent the token μ or the IC token. It falls from the side of the sub-disc 5 Π.  Further, the "pushing portion 5 1" is placed on the main table 5 〇 1 without a gap. -29 - 200911345, The so-called "no gap" means that there is no gap above the width of the token or the 1C token. and so, Tokens I or I C tokens stored on the main tray 5 〇1, When the pushing portion 510 moves in the direction from the accommodating portion 7 2 0 (refer to (a) - (b) in FIG. 8", the pushing wall 513 in front of the pushing portion 510 is on the main table. The disk 501 is advanced toward the front end 501a. The token Μ or 1C token ’ ' on the main tray 501 flows toward the front end 501a as a whole. the result, A portion of the token or 1C token M' present on the main deck 501 near the front end 501a will fall from the front end 501a to the token drop groove. also, By the flow of tokens or 1C tokens at this time, A part of the token Μ or IC token 存在 ' existing on the main tray 501 near the two side ends (side end 5 0 1 b ) of the main table 510 is likely to be from the side end 5 0 1 b falls. Furthermore, The token 落 or the 1C token 落 落 falling from the side end 5 0 1 b is stored in a predetermined storage portion inside the game station unit ST.  also, The token or the I C token 落 from the front end 5 〇 1 a is shown in Figure 7. Is disposed below the front end 501a (ie, The token is placed in the ditch) The token accepting part 1 〇 〇 1 Receive. The token accepting unit 1 0 0 1 is connected to the token transport path 1002 having the token sorting unit. also, The token accepting unit 1001 is inclined toward the connecting portion with the token transport path 1 002. to this end, The token or the 1C token M' received by the token accepting unit 1001 flows into the token transport path 1 002. also, The token transfer path 1 002 is tilted toward the storage unit 1 021 of the third lift hopper 1 020 toward the token payment mechanism. Furthermore, The connection portion between the token accepting portion 1001 and the token transporting path 1〇〇2 is provided to stopper a balloon described later. Β2 is 1 〇1 〇, Take the ball! , Β2 will not be transported to the downstream of the token transfer direction 1 002 in the direction of the transfer of 30-200911345.  Fig. 9 is a plan view showing the structure of the token sorting unit provided in the token transport path 1 0 0 2 .  The token sorting unit is constituted by a sorting hole 1 〇 〇 3 provided on the bottom surface of the token transport path 1 〇 〇 2 . The width of the sorting hole 1 〇 〇 3 (the length in the direction orthogonal to the direction in which the token is transported) is smaller than the diameter of the token ,. And larger than the diameter of the IC token ’ '. and so, The token μ is conveyed when the bottom surface of the token transfer path 1002 is brought into contact with the surface of the token and is slid. Will not drop the classification hole 1003, And through its classification hole 1〇〇3, It is transported to the storage unit 1 〇 2 1 of the third lift 1 0 2 0. on the other hand, When the surface of the token transfer path abuts the surface of the token and is slid and transported, Fall into the classification hole 1 〇 〇 3. A 1C token transfer path 1〇〇4 inclined to the storage portion 1 0 5 1 of the fourth lift hopper 1 〇 5 配置 is disposed below the sorting hole 1 0 0 3 . therefore, The 1C token 落' that has fallen to the sorting hole 1〇〇3 is transported to the storage unit 1051 of the fourth lifting bucket 1〇5〇.  The token counter 1 006 to be described later is provided at the entrance of the storage unit 1 〇 2 1 of the third lifting bucket 1 〇 20 . The token counter 1〇〇6 calculates the number of tokens μ that are input from the token transport path 1 002 to the storage unit I 02 1 . The number of tokens μ calculated by the token counter 1 0 06 is notified to the control unit 600 of Fig. 3. The control unit 600 uses the number of tokens to be notified to drive the third lifting bucket 2〇, The number of tokens μ is paid from the token payment unit 1 0 3 0 to the storage surface of the token input institution 1 〇 1 1 〇 ].  The third lifting bucket] 〇 2 () has a bucket drive!  〇22 and the lifting portion 1〇23' are controlled according to the control unit 600. Use the bucket drive unit 1 〇 2 2 move -31 - 200911345, The payment token is paid from the token payment unit 1 03 0 provided at the end of the lifting unit 1 023. In the first embodiment, a token payment institution including a third lift 1 020 and a token payment unit 1 〇 30. As a condition, the token is dropped from the front end of the main table 5 0 1 5 0 1 a to the drop of the token.  It acts as a payment means for the token to be paid to the player.  The basic structure of the fourth lifting bucket 1〇50 is the same as that of the third lifting bucket 1〇2〇. but, The 4th lift bucket 1 〇 5 0 is attached to the 4th lift bucket!  〇 5 〇 the lifting part 1 05 3, There is provided an Ic writer 1054 which is an information writing means for writing an electronic material commanded from the control unit 600 to the ic chip of the discharged ic token. It is different from the configuration of the third lift bucket 1020.  Further, I c reader 1 〇 〇 5 is provided on the bottom surface of the IC token transport path 1 〇 〇 4. The I C reader 1 0 0 5 reads the I C tokens passed, The IC chip is recorded in the electronic data of billion. I c reader 1 〇 〇 5 is the token price information read from the 1C chip of the I c token Μ'. It is sent to the control unit 600 of Fig. 3. The control unit 600 is based on the received token price data. Control the 4th lift bucket 1 05 0. As described in detail, the "IC chip" for the IC token Μ in the lift portion ι 53 writes the same token price information as the token price data received from the ic reader 1 005 using the IC writer 1054. I C tokens 被 被 are written by the lift!  〇 5 3, It is paid from the token payment unit 1〇3〇 to the storage surface ι〇1 of the token input institution 100. that is, In the present embodiment, the "throat game that is executed independently of each other in the game station unit ST" reaches the payment condition of the so-called 1C token M' when the token is dropped. The 1C token M' will be paid to the player.  Furthermore, here, Already for 1C Token M, From the main table 5 〇 〗 〖 -32- 200911345 5 0〗 a fell to the token drop ditch is 1C token M, The status of the payment terms, However, it is not limited to this. E.g, The tokens that fall within the specified period from the main tray 5 will be used as I C tokens. Payment terms are also acceptable. In the condition of such conditions, It is not necessary to discharge the IC token Μ' to the main tray 501. The second lift bucket 350 is not required. Furthermore, 'at this time' there is no IC token ’ on the main table 501. Only the usual tokens are stacked.  In the first embodiment, On the main table 501, there is also a ball 供给1 supplied from the ball carrier 1520 of the accessory device drawing device 1000. Β 2.  The ball Β 1 ' Β 2 is accompanied by the flow of the token IC or IC token ’ ' caused by the back and forth movement of the pushing portion 5 10 . After moving on the main table 5 0 1 , Drop from the front end 5 0 1 a until the token falls. Below the front end 5 0 1 a (ie, The token falls into the ditch) as above, Set the ball transfer path 1 04 0. The ball transport path 1 040 has only the ball B1 that receives the drop, B2, Make the token Μ or 1C token Μ ‘pass the ball receiving part 1 04 1、 The ball stopping unit 1042 that stops the ball received by the ball receiving portion 104 1 until the predetermined condition is reached  And ball discharge 1 043. and so, The ball received by the ball receiving portion 104 1  Β2 is stopped by the ball stop unit 1042 until the timer is reached. It is discharged from the ball discharge port 1 043. With this, Ball Β 1, The Β 2 system is placed in a ball carrying portion 1910 (refer to Fig. 2) that is waiting at the ball discharge port 1043. Furthermore, The game station unit ST of Fig. 2 and the game station unit ST of Fig. 3 or Fig. 7 are reversed by left and right for convenience. But the structure is the same.

Further, in the main table 501, as shown in Fig. 7, a guide portion for controlling the flow of the tokens and the IC tokens, and the flow of the balls 1 and B 2 is set. 5 3 0 R -33 - 200911345 , 5 3 0L. Further, a guide moving mechanism 540 for moving the guide portions 530R and 530L up and down with respect to the main table 501 is provided below the main table 501. The guiding portions 5 3 0R, 5 3 0 L respectively have a ball guiding plate 531 for controlling the flow direction of the balls B1, B2, and a token guiding plate 5 3 3 for controlling the flow of the tokens or 1C tokens M, respectively. 'and a support portion 534 for supporting the ball guide plate 53 1 and the token guide plate 53 3 . Further, the ball guiding plate 531 and the token guiding plate 533 are supported by the support portion 534 so as to be supported by the support portion 534 so as to form a through port 5 3 2 having a predetermined shape therebetween. When the guiding portions 5 3 0R, 5 30L are moved to the lower limit position, the upper end of the token guiding plate 5 3 3 of the guiding portion 5 3 0R ' 5 3 0L is located on the same as or below the main table 5〇1. The location. That is, when the guide portions 53 0R and 530L are moved to the lower limit position, the token guide sheets 53 3 are housed below the main tray 501. However, even in this situation, the passage opening 532 between the token guide plate 5 3 3 and the ball guide plate 531 is not blocked as a whole. In this state, the token guide plate 533 is retracted to the state below the main tray 501, because the token guide 533 does not obstruct the flow of the token IC and the IC token Μ on the main tray 501. Therefore, the token or IC token Μ ' can flow through the mouth 532 to the free direction. That is, the token Μ and the 1C token 可 can flow to the side of the side disk 5 0 1 b of the main table 50]. As a result, the token or IC token 落 ' dropped from the side end 5 01 b is, for example, much larger than the state in which the guiding portions 5 3 0R and 530L are moved to the upper limit position. However, the obstruction of the flow of the tokens and the 1C tokens caused by the support section 5 3 4 is ignored for the sake of simplification of the illustration. Further, even when the guide portions 5 3 0 R and 5 3 0 L are moved to the lower limit position, the ball guide plates 53 1 are protruded from the main table 501 by -34 to 200911345, so the balls B1 and B2 are borrowed. The flow direction is restricted by the ball guide plate 531. That is, the balls B 1 and B 2 are guided to the direction of the front end 5 0 1 a so as not to fall from the side end 5 0 1 b of the main table 5 0 1 . On the other hand, in the state where the guide portions 53 OR, 530L are moved to the upper limit position, the upper end of the token guiding plate 533 of the guiding portions 530R, 530L is in a state of being protruded from the main table 501. Since the token guide board 533 hinders the flow of the tokens and the 1C tokens on the main tray 501, the flow of the tokens and the 1C tokens is restricted to the direction toward the front end 501a. As a result, the token 落 and the 1C token ’ ' which are dropped from the side end 5 01 b can be reduced, for example, as compared with the case where the guide portions 5 3 0R and 530L are moved to the lower limit position. However, the obstruction of the flow of the tokens and the IC tokens ’ caused by the support unit 342 is ignored for simplification of the illustration. Further, even when the guide portions 53 0R and 530L are moved to the upper limit position, the ball guide plate 531 protrudes from the main table 501, so that the ball Β1 and Β2 are restricted by the ball guide plate 531. Flow direction. That is, the ball Β 1 and Β 2 are guided to the front end 50 1 a so as not to fall from the side end 5 0 1 b of the main table 501. As described above, in the first embodiment, the guide portions 5 3 0 R and 5 3 0 L are moved to the lower limit position, in other words, the token guide sheets 5 3 3 of the guide portions 5 3 0R and 53 0L are accommodated in the first embodiment. Under the main table 5 0 1 , the flow direction of the ball 1 can be restricted to the direction of the front end 5 0 1 a, and the flow of the token μ and the IC token Μ can be made relatively free. As a result, the ratio of the tokens and the IC tokens ’ falling from the side end 5 0 1 b can be increased from the tokens and the I c tokens ’ in the main tray 5 〇. On the other hand, by moving the guides -35 - 200911345 5 3 0R, 530L to the upper limit position, in other words, by using the token guide plates 533 of the guide portions 530R, 530L to protrude from the main tray 501, While restricting the flow of the ball B1, the flow of the token Μ and the 1C token Μ ' is restricted to the direction toward the front end 501a. As a result, the flow of the tokens and the 1C tokens can be concentrated to the direction of the front end 501a, and most of the tokens and the 1C tokens M' can be dropped from the front end 501a while allowing the slaves to The proportion of the tokens and the 1C tokens M' dropped by the side ends 501b is reduced. (Structure of Token Investment Mechanism) Fig. 10 is a perspective view showing the token input mechanism 100 of the first embodiment. Figure u is a front view of the token input mechanism 100. FIG. 12 is a plan view of the token dispensing mechanism 100. Figure 3 is a front perspective view of the token input mechanism 100. The token input mechanism 100 includes a horizontal region 21, a first inclined region 22 and a second inclined region 23 located on both sides of the horizontal region 21, and a first side structure 1 1 located outside the first inclined region 2 2 7. The second side structure 1 1 8 located outside the second inclined region 2 3 . Further, the token input mechanism 1 includes a storage surface "0" which stores a plurality of tokens including the token Μ and the 1C token Μ '. The storage surface 1 0 1 constitutes a horizontal area 2 1 of the token input mechanism 100. The token input mechanism 100 further includes a first inclined wall extending from the first boundary region 102 connecting the first side portions of the storage surface 1 0 1 while being inclined upward. The first inclined wall system forms the first inclined region 22 - 36 - 200911345 . The first inclined wall is composed of a first inclined wall lower region 1 〇 4 and a first inclined wall upper region 1 〇 6 . The Dijon boundary area 丨〇 2 is composed of curved surfaces. The token-investing agency 1 is more included from the same as the aforementioned! The second boundary wall in which the second boundary portion 1 0 3 to which the second side portion of the storage surface 1 〇 1 on the opposite side of the side portion is connected is continuously inclined upward. The second inclined wall forms the second inclined region 23. The second inclined wall is formed by the second inclined wall lower region 1 0 5 and the second inclined wall upper region 1 〇 7 . The second boundary area 1 0 3 is formed by a curved surface. The token input organization 1 has a 1st generation coin input unit 1 〇8, which is located close to the first inclined wall, and has a 1st coin input port 1 〇 8 -1 ; and a 2nd generation coin input The portion 1 09 ' is located close to the second inclined wall and has the second token input port 109-1. The first boundary area 1〇2, the first inclined wall lower portion 104, the first inclined wall upper portion 1〇6, and the first token input unit 1 0 8 form the first inclination of the token input mechanism 1 Area 2 2 . The second boundary area 1 0 3, the second inclined wall lower portion 1 〇 5, the second inclined inclined wall upper portion 1 07, and the second token input portion 109 form the second inclined region 23 of the token insertion mechanism 100. The first generation coin input unit 1 〇 8 series has the first mounting flange! i 〇, the first mounting flange 1 1 0 extends from a portion of the first boundary region 1 〇 2 to a portion of the storage surface 101. The second generation coin input unit 1 09 further has a second mounting flange ill which extends from a portion of the second boundary region 103 to a portion of the storage surface 〇 1 . The first mounting flange 1 1 0 and the second mounting flange -37- 200911345 1 1 1 extending over the storage surface 110 are as shown in Fig. 12, having a large circular arc-shaped corner. . The first mounting flange 1 1 0 and the second mounting flange 1 1 1 define a token storage area for the storage token M and the 丨c token ’ ' on the storage surface 〇 i. The first mounting flange U 0 and the second mounting flange 丨U are separated from each other, and the token supply side 1 1 9 between the two flanges 1 1 〇, 1 1 1 is supplied with a token μ or 1 C token. Μ '. The supplied token or IC token ’ is restricted to the corners of the first mounting flange 110 and the second mounting flange ill having a large circular arc shape. The side opposite to the side of the supply side of the storage surface 1 0 1 is provided to prevent the supply of the token or the 1C token from the storage surface 1 〇1 to the front side of the player. The 1st token limits the tablet 1 1 2 . The first guiding portion 1 1 3 is formed in the boundary between the first inclined wall lower region 104 and the first inclined wall upper region 106. The first guide portion i H 3 locks the token of the first inclined wall upper region 1 0 6 so as to be slidably rolled along the first guide portion to the first token insertion port 1080-1. Composition. The first guide portion 1 is formed of a first step portion 1 1 3 formed in the boundary between the first inclined wall lower region 104 and the first inclined wall upper region 106. The first step difference portion 1 1 3 extends while descending straight toward the first token insertion port 1 08-1. The first inclined wall upper region 106 has at least one projection that reduces friction with the token and the ic token M' that slides in along the first guiding portion π 3 . The way it is formed. In other words, the first inclined wall upper region 106 has a distance from the first guiding portion Π 3 that is separated only by a diameter smaller than the token or the 1C token , ', and the first guiding portion 1 3 At least one ridgeline shape protrusion 15 in which the direction extends approximately parallel extends. Specifically, as shown in the figure -38 - 200911345, a plurality of ridgeline-shaped projections I] 5 are formed. The second guide portion 1 1 4 is formed on the boundary between the lower wall portion 1 〇 5 of the second inclined wall and the second inclined wall I 〇 7 . The second guide portion locks the token of the upper portion of the sloping wall 1 〇 7 so that the guide portion is slidably rolled into the second token input port log-〗. The second guiding portion 1 1 4 is formed by the second step portion 1 formed in the boundary between the second inclined wall lower region and the second inclined wall upper region 1 〇 7 . The second step difference portion 1 1 4 is extended toward the second generation coin insertion port. The second inclined wall upper region 1 07 has at least two projections which reduce the friction with the token μ and the 1C token which are slidably rolled along the first 114. That is, the 'second sloping wall upper region 1 〇 7 has a diameter which is separated from the second 1 1 4 only upward by less than the token μ or the IC token ,, and the direction of the extension of the second guiding portion 114 is approximately At least one ridgeline-shaped projection 1 16 that is parallel. Specifically, a plurality of ridgeline-shaped projections 1 16 are formed as '. The outer upper end portion of the first inclined wall upper region 1 〇 6 is coupled to the first structural body 1 17 . The first side structure 1 1 7 has a deformed surface shape, and is composed of a horizontal upper portion, a vertical wall portion, and a horizontal lower portion. The upper portion extends from the outer upper end portion of the first inclined wall upper portion 106 to the outside. The vertical wall portion extends from the lower end portion of the horizontal upper portion. The lower horizontal portion is present inward from the lower end portion of the vertical wall portion. The operation handle portion area of the control system for controlling the position and the direction of the discharge end of the token discharge path is installed in the horizontal upper portion. The structure is constructed along the first form. The distance between the straight guide and the guide portion of the guide portion is not the same as the one side L-shaped cross section. The i-continuously extending i 00 to the vertical side, the player -39-200911345 operates the operating handle to control the position of the discharge end of the token discharge path 400 and the direction in which it is directed. The horizontal lower portion achieves the function of mounting the flange of the casing 800 for attaching the token input mechanism 100 to the station portion ST. The outer upper end portion of the second inclined wall upper region 107 is coupled to the second side portion structure 1 1 8 . The second side structure 1 1 8 has a deformed L-shaped cross-sectional shape 'consisting of a horizontal upper portion, a vertical wall portion, and a horizontal lower portion. The horizontal upper portion extends continuously outward from the outer upper end portion of the second inclined wall upper region 1 〇 7 . The vertical wall portion extends vertically downward from the outer end portion of the horizontal upper portion. The lower horizontal portion extends inward from the lower end portion of the vertical wall portion. An operation handle for controlling the position of the discharge end of the token discharge path 400 and the direction of the control system is mounted on the upper horizontal portion, and the player controls the operation handle to control the discharge end of the token discharge path 400 Location and direction. The horizontal lower portion achieves the function of mounting the flange of the casing 800 for attaching the token input mechanism 100 to the station portion ST. The storage surface 101, the first boundary region 102, the second boundary region 103, the first inclined wall lower region 104, the second inclined wall lower region 1〇5, the first inclined wall upper region 106 and the second inclined wall upper region 1 07 is the same as the - component, then in the token or IC token, the movable area is seamless, and the impedance can be reduced. In addition, the second generation coin input port 109-1 of the first generation coin input unit 108 and the second generation coin input port 109-1 of the second generation coin input unit 1〇9 have only one generation at the same time. The size of the currency and the 1C token. This is the case where the plurality of tokens simultaneously enter the first token input port 108-1 and the second token input port 109·1 'can be used to surely prevent the token from plugging the first token input section -40 - 200911345 1 〇8 or the first token input unit]〇9. The token input mechanism 1 has a shape and a structure that are substantially symmetrical with respect to the first and intermediate positions. Figure 〖4 Partial exploded view of the token-investing agency 1 0 0. The 1st generation of the coin-input unit 1 0 8 and the 2nd-generation coin are the same structure. . The second generation coin input unit 1 〇 9 system has a second generation coin, which is close to the second guide portion 1 14 (that is, the second end portion; the token input path 1 09-7, the system and the second Segment: End connection; token drop hole 1 0 9 - 8, connected with tokens; 1st token guide plate 109-5 and 2nd token 6, defining token input path 1 0 9 - 7 The token input channel 1 0 9 - 7 is formed by guiding the token inserted through the port 109-1 to the token drop hole. Further, the second token input unit 1 0 9 has a 1st, and the first intermediate plate 1 0 9 - 3 has a first roller 1 interplate 109-3 attached to the 1st token guiding plate 109-guide plate 109-6. When the roller 109-4 is on the position 109-8, and the token Μ' of the token input path 109-7 comes to the token drop hole 109-8, the friend 109-4, the token Μ or The 1C token Μ ' is slightly depressed and falls at 1 09-8. The token insertion mechanism 1 of the present embodiment is the middle insertion portion 109 of the second side portion, and the internal structure: the input port 1 0 9 - 1 difference 1 1 4 ) difference 1 1 4 tail path 1 0 9 · 7 109- path plate 109-- second input token 7 intermediate plate 109-8 of embodiment 1 billion 9-09-4. The 1st - 5th and 2nd generation coins are dropped in the tokens or the IC > The 1st roller is dropped from the token to the hole and the token is put into the path -41 - 200911345 The portion covered by the token input portion cover 109-2 is provided with a 1C reader 1 09-9 as a material reading means for reading electronic data of the C chip stored in the IC token. The token drop hole 1 〇9 - 8 ' is the same as the sorting hole 1 〇〇 3 of the above-mentioned token classification section, and the token is not allowed to fall through the hole 1〇9_8, and the 1C token is passed. Μ 落 落 落 落 代 代 代 代 代 代 代 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ 00. It is moved to the first! The delivery hopper 3 is lifted up to the supply end of the token discharge path 4〇〇, and is supplied from the discharge end to the play field 5 〇 经由 via the token discharge path 4 〇 。. On the other hand, 'IC tokens that fall to the token drop hole 109_8 are transferred to the table 2 Ρ Ρ 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 350 The extractor 109-9 reads out the electronic data stored in the 1 (: the electronic data of the chip. That is, the 丨C token that is put into the token input mechanism 系' is by the IC reader i 09- 9 'Read all the electronic data stored in the IC chip. In this embodiment, the electronic data stored in the 1C chip of the 1C token M' that is put into the token input mechanism 100 can be utilized. Various controls are given. The specific examples of the control are described in detail later. The player makes the tokens or I c tokens stored on the storage surface 1 0 1 , and slides upward from the storage surface 1 〇 1 The direction is inclined while the first inclined wall lower portion region 04 and the first inclined wall upper region 1 〇6, and the second inclined wall lower region 〖05 and the second inclined wall upper region 1 〇7 are present, and the hand is placed When opening a coin or a 1C token, 'when the gravity token μ or 1C token Μ ' will slide the first sloping wall upper region 6 and the second slope -42 - 200911345 The upper region 1 ο7, the first step portion 丨} 3 constituting the first guide portion 1 1 3 is locked with the second step portion ι 4 of the second guide portion 114. Then, the first step is The portion 1 1 3 and the second step portion 1 14 are arranged such that the token M or the 1C token M' is swept by gravity into the first token input port 及 ι and the second generation 胄 input port 109-1 In other words, the player causes the token Μ or the IC token M to slide on the first inclined wall lower region 104 and the first inclined portion which are extended while continuing upward from the storage surface 1 〇1. The upper region 106, and the second inclined wall lower region 1 〇5 and the second inclined portion upper region 1 〇7, and then, when the hand leaves the token, by gravity token or 1C token M' When the first inclined portion upper region 106 and the second inclined portion upper region 丨07 are slid, the first segment difference portion Π3 and the second step portion 114 are locked, and then the token μ or ic token Μ ' follows the first The step portion 1 1 3 and the second step portion 丨 4 are rolled by gravity to the first token input port 108-1 and the second token input port 1 09-1 of the first input unit. Μ or 1 When the C token M' rolls along the first step difference portion 1 1 3 and the second step difference portion Π 4, the token μ or 1C token Μ ' is relative to the first inclined wall upper region 106 and the second inclined wall. The upper area 110 slides. That is, the player makes the token or the IC token, from the storage surface 1 0 1 along the first inclined wall lower region 104 and the first inclined wall upper region 106. And the second inclined wall lower region 1 〇5 and the second inclined wall upper region 110 7 are slid and the hand is released, and the token is transferred to the token input port by hand. The customary operation method of investing in the token input allows the player to perform relatively easy hand movements. For this reason, even if the player continues to invest in the token for a long time, it can greatly reduce the feeling of fatigue that the player feels -43 - 200911345. Moreover, since the spirit of the token is not depleted, the game itself can be concentrated and the game can be fully enjoyed. In addition, since the player's input is not easy to automate and the player's input work is made easier, the player can feel the actual feeling of the game while continuing to play for a long time. Fig. 1 is a flow chart showing an example of a flow of control when the IC token is put into the token input mechanism 1 〇 。. When the IC reader 1 〇 9-9 reads the various materials stored in the 1C chip of the 1C token inserted into the token dispensing mechanism 100 (S 5 1 ) The read data is temporarily stored in the RA Μ 6 0 3 as the price data memory means. First, it is judged whether or not the shop ID received from the Ic reader 1 0 9 - 9 is a valid shop id (S52). Specifically, it refers to the valid store ID data stored in R Ο Μ 630 to determine whether the received shop Ϊ D is consistent with the valid store ID data. When it is determined that the shop I d is not a valid shop Ϊ D, an error notification is generated by causing a certain error notification to occur, or the 1C token Μ ' is collected before being transported to the second lift hopper 35 , and returned to the player ( S 5 3 ). On the other hand, when it is judged that the shop I d is a valid shop ID, it is judged whether or not the expiration date indicated by the received expiration date data has expired (S 5 4 ). Specifically, referring to the date data or time-of-day data of the date data stored in R A Μ 6 0 3, it is judged whether the expiration date indicated by the expiration date data of the reception exceeds the date data, the time data or the time-time data. When it is judged that the expiration date has expired, an error notification is generated to cause an error notification to be generated, or the 1C token Μ' is collected before being transported to the second elevator 3 0 0 and returned to the player (S 5 3 ). -44 - 200911345 On the other hand, when it is judged that it is within the expiration date, the control unit 6 performs the memorandum price data temporarily stored in the ra Μ 6 0 3 based on the receipt from the IC reader 1 〇 9 - 9 ' The first lifting bucket 3 0 控制 is controlled, and the token (game object) whose token price is not the same as the token price is continuously discharged to the processing field 5 0 0 (s 5 5 ). At this time, the IC tokens of the first embodiment are all identical in appearance, and the token price of the j C token is not displayed. The player cannot visually recognize the contents of the token price data stored in the IC chip. In this way, the player will put the IC token 投入 'into the token input institution 1 0 0 ', and after all the tokens are discharged into the play field, the token price of the 1C token is not recognized. "10" or "30" or "50". Therefore, when the ic token is put into the token input institution 100, the player can have his IC token, which is the expectation of how many tokens are available, and there is no fun to this day. Further, the expiration date data of the ic chip memorized in the 1C token M' is written using the IC writer 1 054 of the fourth lift 1500. Thereby, the expiration date data can be written before being paid to the player by the fourth lift hopper 105. As a result, the data of the expiration date calculated from the time point of the 1C token M to the player can be written to the IC chip, and the appropriate expiration date management can be performed. Further, the control unit 601 of the control unit 00 performs a process of adding "1" to the count 投入 of the number of 1C tokens of the RAM 603 (S 5 6 ). Then, it is judged whether or not the count 値 becomes "3" (S 5 7 ). In this judgment, when it is judged that the count is not "3", the processing is directly ended. On the other hand, when the judgment count 値 becomes "3", it is judged that the start condition of the -45-200911345 jackpot lottery is reached, and the count 値 is reset to 〇 (S 5 8 )' The flow chart shown in 2 2 is controlled like a lottery lottery (S 5 7). Furthermore, the lottery lottery performed by the central drawing device 2000 will be described in detail later. (Structure of the central drawing device) Fig. 1 is a front view showing the structure of the central drawing device 2 〇 〇 。. Figure 17 is a perspective view showing the configuration of the central drawing device 2000. The central drawing device 2000 is mainly composed of a circular rotating conveying device 21 00, a device supporting table 2200 supporting the rotary conveying device 2100 from the lower side in the vertical direction, a display device 2300, and a large ball input mechanism 2 500. The large-sized drawing ball 2400 and the conveying ramp 2600 are transported to the rotary conveying device 2100 from the large-sized drawing ball 2400 which is input from the large-sized ball input mechanism. The rotary transfer device 2100 is rotationally driven in the counterclockwise direction by a drive device (not shown) provided on the device support table 2200. With this drive means, the rotary transfer device 2100 is often rotated at a constant cycle after the pusher game machine 1 is powered on. The outer peripheral region ′ of the rotary transfer device 2 1 0 0 is formed in a plurality of holding spaces f having an internal space capable of accommodating only about 1 part of the large drawing ball 2400 in the outer circumferential direction. In the first embodiment, 20 holding spaces F are provided at equal intervals in the outer peripheral region of the rotary conveying device 21 ο 。. Each of the holding spaces F is wound around the outer circumference of the rotary conveying device 2 by the rotation of the rotary conveying device 2 100. In the rotary transfer device 2 of the first embodiment, the rotation is -27 - 200911345. The axis is inclined in the vertical direction or in the horizontal direction. Therefore, each space F moves along a virtual spiral even for a vertical plane or for a horizontal plane. A ball input mechanism 2 500 is provided on the left side of the figure of the rotary conveying device 2100. The large ball input mechanism 2500 is composed of a member: a ball recovery port 2510, which receives a large drawing ball 2400 holding portion 2 5 2 0, and supports receiving a large pumping 2400 from the ball collecting port 2 5 1 0; Body 2530. The large pump 2400 entering the ball recovery port 2510 is conveyed by the weight of the casing 2530 to the holding portion 2520 by its own weight, and is stopped by the ball stopper 2 52 1 of the ball holding portion 25 20 . The ball stopper 2521 is driven between the ball position of the large drawing ball 240 0 and the ball releasing position of the large drawing ball 24 00 by the control of the control unit of the center drawing device (not shown). Further, Fig. 7 shows a state in which the ball stopper 2 52 1 is positioned at the ball holding position, and the drawing ball 2400 is held by the ball holding portion 2520. When the ball stopper 2 5 2 1 is moved from the ball holding position to the ball releasing position, the large drawing ball 2400 held by the ball holding portion 2520 is rolled onto the conveying ramp 2600 by the amount. As a result, as shown in Fig. 16, the large ball 2400 is rolled on the transport ramp 2600 by its own weight, and the lowest point of the transport ramp 2600 is centered as a pendulum moving. The slope 2600 is a holding space F of a region adjacent to the bottom portion of the rotary conveying device 2 100 which is a part of the lowest point, and the region is configured such that the side of the conventional conveying device 2 1 00 is inclined. Therefore, when the moving speed of the large drawing ball on the transport ramp is gradually reduced, the large drawing ball maintains the surface and has a large lower structure; the ball is selected from the ball to the ball to be blocked by the holder of the 2000, and the large-scale time is selected and transported. The transfer 26 00 2400 - 47 - 200911345 enters the holding space F that is wound by the rotation of the rotary transfer device 2100, and is adjacent to the holding space F of any one of the transfer ramps 2600. In the first embodiment, the lowest point of the transport ramp 2600 is configured such that the most rotating conveyor 2 1 00 side is inclined, and the closer to the lowest point of the transport ramp 2 600, the large lottery ball The 2400 is more likely to enter the holding space F of the rotary conveyance device 2100. Each of the holding spaces F of the rotary transfer device 2 00 is used to detect the ball sensor 2 1 0 1 in which the large drawing ball 2400 enters the holding space F as shown in Fig. 17 . Each of the ball sensors 2 1 0 1 is connected to a control unit (not shown) of the central drawing device 200, and the detection signal is transmitted to the control unit. Thereby, the control unit of the central drawing device 2000 can grasp which holding space F the large drawing ball 2400 enters. In each of the holding spaces F, a prize is assigned, and in the present invention, in the first embodiment, a jackpot prize, an event prize, and a token supply prize are included. In the central drawing device 2000, the large-scale drawing ball 2400 is entered into the physical drawing (the lottery lottery) of the common game. The bonus prize is a prize for the play area 5 of the game station unit ST that has reached the start condition of the lottery lottery (common game permission condition). For the predetermined initial 値 (for example, 500 pieces), for each game station part S Τ, when the condition for increasing the storage amount of the so-called input token is reached, the cumulative addition is equivalent to the token input. The number of parts in the number (for example, 0.0 3). When the prize is awarded, the number of tokens (i.e., the number of coins stored) supplied to the play field 500 is set to be the highest in the -48-200911345 push coin game machine 1 The maximum number of tokens that can be supplied to the play field 500. Therefore, the game played in the game is usually played with the goal of winning the prize. In addition, the event award is achieved at the time of the election, and in the subsequent event period, the accessory device unit SA to which the game station unit ST to which the start condition of the lottery lottery is reached belongs to the accessory device unit. The physical lottery selected by any one of the four game station units ST of the SA is selected as the elected bingo number, even if the other three game station units ST are treated as the elected bingo number. Reward. Further, the "Token Supply Award" is a prize for a predetermined number of tokens to be supplied to the play field 5 of the game station unit ST that has reached the start condition of the lottery. Furthermore, it is preferable that the number of tokens to be supplied is less than the initial amount of the number of coins stored in the credit supply prize. Further, in the display device 2300 of the central drawing device 2000, the period in which the lottery lottery is not performed is as shown in FIG. 18, and when the current lottery number of the lottery (that is, the current lottery prize) is obtained, the display is displayed. A screen for the number of tokens supplied to the play field 500. On the other hand, during the period in which the lottery is selected, the performance screen of the lottery is displayed. At the beginning of the lottery lottery, the device support table 22 itself rotates with the rotation axis parallel to the vertical direction as the center of the game station unit ST that achieves the start condition of the lottery lottery. The attached device unit SA is driven such that the central drawing device 2000 faces the front side. After that, the lottery is selected. And the selection of the lottery is detailed later -49- 200911345

(Structure of Game Control System) Fig. 1 is a block diagram showing the main structure of the game control system of the push coin game machine 1 and the discharge control system of the token μ or 1C token. In addition, the block diagram is a structure in which a drive control system other than the order of the tokens or the I C tokens ′ is omitted, for example, a drive control system for driving the respective sections in response to the progress of the game. The structure of the game control system according to the first embodiment is mainly composed of a control unit 690 of the game station unit s ;, a control unit 610 of the accessory drawing device 1 000, and a control unit 620 of the central drawing device 2000. . The control unit 600 of the game station unit ST mainly controls the entire slot game and the bingo game described above, and the control unit 610 of the accessory device lottery device 1000 mainly controls the physical drawing of the aforementioned bingo game. And the transfer control of the ball Β 1, Β 2, and the control unit 620 of the central drawing device 2000 are mainly used for the control of the lottery lottery. The control unit 60 0 of the station portion ST is mainly composed of a control device 6 0 1 , R Ο Μ 6 0 2 as a game control means and a price data generating means, and a price data storage means RAM 603 and a communication device 604. The control unit 610 executes various programs stored in R 〇 Μ 602 and performs various controls. In particular, the control device 610 controls the execution of the push-pull game by performing various controls required for the push-pull game by executing an execution program for the push-pull game stored in the ROM 602 by its internal computer. R〇 Μ 6 0 2 Memory The execution of various controls to be performed by the control unit 600 of the station station S - -50- 200911345 program. The RAM 603 temporarily stores various materials or information including the token price data read by the 1C reader 108-9. The 604 is used to control the data communication device in the control unit 6 1 0 of the accessory device 1 . The control unit 610 of the accessory device drawing device 1 000 is composed of main devices 6 1 1 , R Ο Μ 6 1 2, R A Μ 6 1 3, and game station side communication device center side communication device 6 15 . The control unit 611 executes various programs of the ROM 612 and performs various controls. r〇M612 has an execution program to be controlled by the control unit 6 1 0 of the accessory device lottery device 1 0 0 0 . R A Μ 6 1 3 is a temporary record of various kinds of information or. The game station side communication device 6 1 4 is configured to perform data communication between the control unit 600 belonging to each of the game station units ST of the subsidiary SA for the center side communication device 615 to be used between the central drawing device 2000 unit 62 Data correspondent. The control unit 62 0 of the central drawing device 200 is mainly composed of a control device 6 2 1 and an R Ο Μ 6 2 2 storage amount data memory means functioning as a manufacturing means and an accumulation means, and a communication device. . The control device 621 performs various kinds of control in the ROM 622 and performs various controls. In particular, the control device 6 2 1 controls the lottery selection by using various controls required by the computer to execute the execution program color lottery selected in the ROM 622. R Ο Μ 6 2 2 The execution program of various controls of the control unit of the central drawing device. RA Μ 6 2 3 is the temporary memory pack sharing data for the retention data of the lottery data of the '109-9 information device between the control device 614 and the memory of the various information of the device information . The control of the game is controlled as a program of 624, and the inside is carried out. 620 it is included as a variety of materials -51 - 200911345 materials or information. The communication device 624 is configured to perform data communication with the control unit 610 of each accessory device unit SA. The above configuration is an example in which the control unit 600 of the game station unit ST, the control unit 610 of the accessory device lottery device 1000, and the control unit 62 0 of the center lottery device 2000 are connected in series, but the control units 600 and 6 are connected. 1 0 and 620 can also be connected to each other IJ (star type and bus type). (Flow of the slot machine game) Next, the flow of the slot machine game performed by each of the game station units ST of the pusher game machine 1 according to the first embodiment will be described. Fig. 20 is a flow chart showing the flow of the slot machine game of the first embodiment. When the player puts the token on the storage surface 101 into the first generation coin input port 1 〇 8-1 and the second generation coin input port 1 0 9-1 in the above manner, the token will be played in the playing field. The sub-disc 5 1 1 is sent out. Then, a part of the token Μ or 1C token Μ ' on the sub-platter 5 1 1 slides down the tilting table 5 1 2 and enters the chucks 515-1, 515-2, 515 provided on the inclined table 512. When any of -3 is detected by a token detecting means (not shown), the detection signal is transmitted to the control unit 600 of the control unit 600 of the station portion S, and the control device 601 grasps The token Μ enters any of the chucks 515-1, 515-2, 5 1 5 - 3 (S 1 ). Thereby, the control device 610 determines that the start condition of the slot machine game has been reached, and executes the lottery program stored in the R Ο Μ 0 0 0 而 而 而 而 已 已 已 已 已 已 已 已 已 已 已 已 已 已 已 已 已 已 已 已 已 已 已 已Any prize or unsuccessful digital draw (S2). Further, the control-52-200911345 device 610 performs control for rotating the three dice-like slot machines DS displayed on the game screen for eating tigers shown in FIG. 4 of the display unit 700, and is in the digital position. When the lottery is decided to be elected, the rotation of the three scorpion-shaped scorpion DSs is stopped (S 3 ) in order to stop displaying the combination of the patterns of the elected prizes. When the above-mentioned digital lottery is decided not to win any of the awards (S4 control device 601 directly ends the slot game). On the other hand, when the small prize is selected (S 5), the control device controls the first lift 3 00 The usual token discharge unit 3 3 0 supplies the 3 coins to the play field 5 00 (S6). Further, in the present embodiment, the form is used to discharge the tokens to the play field 5 0 0 In the case of the player's input of the token 上1 on the storage surface 1 ,1, the first lift hopper 300 on the sub-platter 511 in the play field 500 is sent out, but the use and the first lift are described. The bucket 3 00 is different in structure. In the case of using other mechanisms, the same structure as the first lift 300 can be used. Also, 'when the small prize is elected (S7), the control device 601 is made up for special token discharge. In the first embodiment of the second lifting bucket 350 of the IC, the three IC tokens Μ are supplied to the play field 5 〇〇 (wherein, in the first embodiment, the present invention is provided as Under the control of the control unit of the control unit, under the control of the IC token, which is pre-loaded in the IC token row 380 The c-chip 'writes the data writing means of the electronic data commanded by the control unit 6 from the control unit 6 to the 1C writer 390, and the corner display unit performs the above, 60 1 generation state 1 Machine lift system control coin row S8) 600 out of the device. In the first embodiment, the control device 610 is the token price of the IC chip that is stored in the j C tokens that are discharged to the play field 5 在 when the small prize B is selected. The data is appropriately rewritten after complying with the predetermined token price and decision conditions, and then discharged to the play field 500. As a condition for determining the price of the token, the scheme $卩可ί is rewritten to the price of the token determined by the random number, etc. I condition·> or it may be rewritten to make the coin Game console! The actual selection rate of the accessory equipment department SA or the game station unit ST is close to the target selection rate and determines the condition of the token price/data. When the actual selection rate is lower than the target selection rate in the case where the condition is adopted, the token price data of the 1C token 写入 'written to the discharge is increased, and conversely, when the actual selection rate is higher than the target selection rate, The token price data of the IC token that is written to the ejected is reduced. In the case of one of the following, the condition for determining the price of the token is not limited to the conditions exemplified above. Other conditions may be employed. Also, the 1C writer 390 does not necessarily need to be set. Further, when the normal bonus prize is selected (S9), the control device 601 controls the normal token discharge portion 3 3 0 of the first lift bucket 3 00 to supply 30 tokens 游 to the play field 5 0 0 (S 1 0 -1 ). Further, the control unit 610 is used as a selection table for the subsequent digital lottery, and the setting is changed by using the normal selection table whose selection probability is set to be lower (S1 0-2). Further, when the bonus prize is selected (s 1 1 ), the control device 610 controls the normal token discharge unit 330 of the first lift bucket 3 00 to supply 30 tokens to the play field 5 0 0 ( S 1 2 -1 ). Further, the control means 610 is used as the stipulation table for the subsequent digital lottery, and the change is set by the method of selecting the high probability rate selection table of the selection probability setting -54 - 200911345 (S12-2). Further, when the ball is supplied for the prize (S 1 3), the control device 706 outputs the ball supply command for the ball B 1 to the control device 611 of the control unit 610 of the accessory device drawing device 1.00. Thereby, the ball B1 is delivered from the ball supply mechanism 1300 to the ball carrier 1520, and the ball B1 is again delivered from the ball carrier 1520 to the ball input mechanism of the game station ST that is elected as the ball for the award. 1 800. The ball B1 delivered to the ball shooting mechanism 1 800 is temporarily held by the ball being thrown into the stopper 1 802 of the ramp 1801. Then, when the player presses the button 1 60 and the control device 60 1 receives the operation signal, the control device 6 01 releases the ball B1 from the stopper 1 8 0 2, and the ball B 1 rolls the ball into the ramp 1 8 On 0 1 , it was delivered to the ball throwing position selection mechanism 1 8 1 0 . Then, the ball is thrown into the position drawing mechanism 1 8 1 0 to perform the drawing of the ball supply position on the play field 500, and the ball B1 is supplied to either the deep side or the front side of the main table 501 (S 1 4 ). The ball input position drawing mechanism 1 8 1 0 has a structure in which the ball B 1 and B2 can pass through the ball receiving port and move back and forth between the front side and the deep side centering on the lowest point of the ball input ramp 1 800 1 . When the ball enters the ball receiving port, the ball is supplied to the front side of the main table 50], and when the ball does not enter the ball receiving port, the ball is supplied to the deep side of the main table 501 . When the ball is supplied to the front side on the main table 501, compared with the case where the ball is supplied to the deep side of the main table 501, since the moving distance to the ditch is short, the moving distance is short. It is easy for the ball B 1 to drop the token and drop the ditch, and it is easy to achieve the starting condition of the bingo game. Therefore, the player assumes that the ball B 1 held by the stopper 1 8 02 enters the ball input position and the timing of the ball receiving port of the drawing mechanism 8 1 0 is pressed to press the button 60 -55- 200911345 to play. Further, when the direct accessory device award is selected (S 1 5), the controller 6 〇 1 outputs a ball supply command for the ball B 1 to the control device 6 1 1 of the control unit 6 1 0 of the accessory device 1 . Thereby, the ball I ball supply mechanism 1 300 is delivered to the ball carrier 1 520. Thereafter, the 1520 is moved to the receiving tray 1610 which is delivered to the platform ball input mechanism 1600 at a position B1 opposite to the platform ball input mechanism 1600. However, when the player presses the button 160, the control device 610 receives the operation signal, and the control unit 610 outputs the ball input command to the control device 6 1 1 of the control unit 6 1 0 of the accessory device. Thereby, the ball B 1 ball is put into the outer bingo platform 1 1 〇 投入 by the path 1 Π 0, and is selected. Further, when the direct accessory equipment award is selected, the control device starts the bingo S20 described later as a starting condition for achieving the bingo game. (Flow of Bingo Game) Next, the flow of the bingo game performed by the station unit ST of the pusher game machine 1 according to the first embodiment will be described. Fig. 21 is a flow chart showing the bingo game of the first embodiment. In the bingo game of the first embodiment, when the ball B1, B2 coin drop groove or the start condition of any bingo game in which the above-mentioned slot game is elected as a direct accessory (S 2 I ), the game station is reached.咅| Control unit 6 0 0 control device 6 0 1 is stored in R 〇Μ 6 0 2 device selection device 1 system from the ball carrier, after the ball, at the time machine selection device through the game 601 system game (The flow of each game falls into the bingo-56-200911345 of the generation equipment award ST, and the bingo game is started. Specifically, the control device 60 1 is first displayed on the display unit 7 The game screen for the slot machine is switched to the bingo game screen shown in Fig. 5, and the display control is performed (S22). Here, the bingo card image BC displayed on the bingo game screen is based on the past. Arrangement information generated at any timing. The timing at which the arrangement information is generated may be, for example, when the power of the push button game machine 1 is turned on, when the reset button is not illustrated, and when the bingo game is established in the past. In the first embodiment, it is cited in If the game generates the bingo, the arrangement information is generated, and the situation in which the previous arrangement information is replaced is taken as an example. When the control device 60 1 reaches the start condition of the bingo game, the bingo start command is output to The control device 6 1 1 of the control unit 610 of the accessory device drawing device 1 000. Thereby, the control device 61 1 moves the ball carrier 152 到 to the ball transport mechanism 1900 of the game station unit ST that receives the command. The ball transporting portion moves the position of the exit ramp 1901. In addition, the control device 60 1 controls the ball transport mechanism 1 900 and moves the ball Bl and B2 that have fallen to the ditch drop groove from the ball transport portion. 1901 is transferred to the ball carrier 1520. Thereafter, as described above, the control unit 6 1 1 of the control unit 610 of the accessory device drawing device 1000 moves the ball carrier 1 520 to the platform ball input mechanism 1 600. To the position, the ball B1, B2 is controlled to the outer bingo platform 1100 or the inner bingo platform 1200 (S23) according to the type of the balls B1, B2, and the platform ball input mechanism 1 600 is controlled. Platform 1 1 0 0 or inside bingo platform 1 2 0 0 When the balls Bl and B2 enter any of the winning points I 101 and 1201, the signal is transmitted from -57 to 200911345 to the control unit 6 1 1 of the control unit 6 i of the accessory device drawing device 1 . 'The control device 6 1 1 identifies the winning point 1 1 0 1 and 1 2 0 1 of which the ball β 1 ' Β 2 enters. The winning points 11〇丨, 12〇1 of the ball Bl and Β2 are assigned to the guest. When the number is awarded, the control device 6 1 1 of the control unit 6 1 0 of the accessory device drawing device 1 outputs the information indicating the bingo number to be distributed to the bingo game. The control device 60 1 of the control unit 600 of the game station unit S of the start condition. The control means 60 1 for receiving the information is associated with the elected bingo digital memory area in R A Μ 603 as a means of memory, and the bingo number for the information is stored as the elected bingo number. Further, in the elected bingo digital memory area, the accumulated memory has an elected bingo number corresponding to the arrangement information of the station portion ST. Then, the control device 60 1 functions as a determining means, and performs the arrangement information by referring to all the selected bingo numbers stored in the elected bingo digital memory area and the arranged information of the arranged information memory area stored in the RAM 603. On the bingo card shown, the card arrangement (the arrangement of the objects selected) of the bingo numbers of "1" to ^9", whether the arrangement of all the elected bingo numbers is a specific arrangement of bingo decisions (S 2 5). Further, the specific arrangement of the present embodiment 1 is a vertical, horizontal, and oblique column on a bingo card of 3 X 3 , and there are a total of eight columns. In the first embodiment, a predetermined number of IC tokens are allocated to each specific arrangement, and the I c token payment prize paid to the play field 5 0 0 is supplied, and the balloon 1 is supplied to the play field 5 00. The ball is usually supplied with a prize, and the ball 2 is supplied to any of the special ball supply prizes of the play field 500. In the above-mentioned -58-200911345, in the bingo determination, when the control device 610 determines that it is not a specific arrangement (that is, when the bingo is not established, the S S S 〇), the bingo game is ended. On the other hand, the control device 601 is configured to determine that the bingo is established (Yes in S2 5) and the specific arrangement is to supply the prize to the special ball (Yes in S26). In the slot game, when the small prize B is elected, the same number of 1C tokens M' is supplied to the play field 5 00 (S27-1), and the ball is used in the above-mentioned slot game. In the same way as the award, the ball B 2 is supplied to the play field 500 (S 2 7 - 2). Further, the control device 601 is the same as when the bonus player is added to the normal ball (Yes in S28), and acts as a bonus giving means to use the same as when the small prize B is selected in the above-mentioned slot machine game. In the method, when the predetermined number of 1C tokens M is supplied to the play field 500 (S29-1), the ball B 1 is supplied to the same method as when the ball is supplied to the above-mentioned slot machine game. Play on the field 500 (S29-2). Further, when the specific arrangement of the bingo establishment is that the prize is supplied to the token (No in S28), the control device 60 1 functions as a bonus providing means, and is the same as when the small prize B is selected in the above-mentioned slot machine game. In the method, the predetermined number of 1C tokens M is supplied to the play field 5 00 (S3 0 ).

In addition, the number of 1C tokens 供给 supplied to the play field 500 at the time of the establishment of the bingo may be set to a different number according to each prize for the bingo establishment, and may be the same number. Also. In addition, as for the supply of 1C-59-200911345 tokens, it is also possible to supply tokens. In this way, the control device 60 1 that performs the processing after the establishment of the bingo functions as the arrangement information generating means, executes the arrangement information generating program stored in the ROM 602 to generate new arrangement information, and stores the information memory stored in the RAM 603. The arrangement information of the area is replaced with the newly generated arrangement information, and the arrangement information (S 3 1 ) is reset. (Flow of the lottery lottery) Next, the flow of the lottery lottery performed by the center lottery apparatus 200 of the push-pull game machine 1 of the first embodiment will be described. Fig. 22 is a flow chart showing the flow of the lottery lottery in the first embodiment. When the start condition (common game permission condition) of the lottery lottery unit 100 of the so-called valid 1C tokens is input to each of the game station units ST (S 41), the station unit The control device 60 1 of the s Τ is sent from the control unit 610 of the accessory device selection device 1 to the central drawing device via the communication device 604 as the permission request transmitting means. 2 000. When the communication device 624 of the central drawing device 2000 as the permission request receiving means receives the lottery lottery start request, the central drawing device 2's control device 62 1 allows the game of the source of the request to be requested at the start of the lottery lottery. At the beginning of the lottery selection in the station S, the execution of the lottery program in R Ο Μ 6 2 2 is executed and the lottery draw is started. Specifically, the control device 62 1 first rotates the device support station 2200 so that the central drawing device 2000 is oriented toward the front portion of the game station portion s T to which the start condition of the lottery lottery is reached -60-200911345. Way to come. Further, the display device 2300 displays the performance of the lottery and displays and controls the screen.

Thereafter, when the game station unit ST performs the button 160 of the player station unit ST that is being played (S42), the operation signal is the control unit 610 of the control unit 600 of the station unit S. The device 60 1 is controlled by the control device 620 of the central drawing device 2000 via the control device of the auxiliary device drawing device 1 000. Thereby, the control device 62 1 puts the ball into the large ball input mechanism 2500. The large-sized structure that receives the ball input command moves the ball stopper 2 52 1 from the ball holding position to the set, and the large drawing ball 24 〇 0 held by the ball holding portion 2 5 20 is sent to the ramp 2600 (S43 ). As a result, the large drawing ball 2400 is moved in the center of the holding space F of any one of the rotating conveyors 2100 as a pendulum. When the large 2400 enters any of the holding spaces F, the signal is transmitted to the control unit 621 of the control unit 620 of the selecting device 2000. In this way, the 621 system is used to recognize the holding space of the large drawing ball 2400. At this time, when the large drawing ball 2400 enters the holding space F, there is a prize winner (S44 of the Yes), and the control device RAM623 reads the data of the color storage. The process of supplying the tokens of the number of copies to the game field 500 of the game station unit ST that has achieved the lottery lottery (S4 5-Auxiliary device drive control screen, press the tour It is input to this, and the J part 6 1 0, :621 is controlled, and the output command ball is put into the ball release position to be transferred to the center to draw the ball to the center, and the control device is assigned 621 system. The beginning of the information)). At this time -61 - 200911345 'The control device 610 that outputs the token supply command to the control unit 600 of the station portion st from the control device 621 1 controls the normal of the first lift 3 00 The token discharge unit 333 may supply the token μ to the play field 500. However, the number of tokens to be supplied at the time of the prize money is large. Therefore, in addition to the above-described first bucket 300, the token supply unit can be used to supply the token. At this time, it is also suitable as a performance when winning a prize. Alternatively, the total composition of the token price of the all-in-one tokens supplied by the second lifting bucket 3 5 〇 ' is supplied to the IC generation in the same manner as the number of the credits stored in the data. Currency Μ 'may also. In addition, the scores generated by the sum of the token prices of the '1C tokens' are supplied using the first lift 3 00 in tokens. Further, the control unit 620 resets the amount of the gold stored in the data stored in r a Μ 6 2 3 to the initial value (S45-2). On the other hand, when the holding space f of the large lottery ball 2400 enters is an event prize winner (Y es of S 4 6), the control device 6.2 outputs the token supply command to the start of the lottery lottery. The control unit 6 0 0 of the control unit 600 of the game station unit ST under the condition. Thereby, the control device 610 controls the normal token discharge unit 333 of the first lift 30,000, and supplies a predetermined number (for example, 00) of tokens to the game of the station ST. Field 5 00 on (S47-1). Further, the control device 621 outputs an event start command to the control device 6 1 1 of the control unit 6 1 0 of the accessory device drawing device 1 of the accessory device unit SA to which the game station unit ST belongs. The control device that receives the control device determines that the predetermined event condition is reached, and performs a process for making any of the four game station units ST belonging to the accessory device unit-62-200911345 SA in the subsequent event period. If the physical selection of the game is elected as the bingo number, even in the other three game station units ST, it is treated as an event of the elected bingo number processing (S47-2). Specifically, the control device 611 outputs information indicating the elected bingo number selected in the physical drawing of the accessory device drawing device 1000 during the predetermined event period to all the gaming stations belonging to the accessory device unit SA. The control unit 610 of the control unit 600 of the ST unit. Further, when the holding space F in which the large lottery ball 2400 enters is the token-added prize supplier (No in S46), the control device 62 1 outputs the token supply command to the game station that fulfills the start condition of the lottery lottery. The control device 601 of the control unit 600 of the unit ST. Thereby, the control device 601 controls the normal token discharge unit 3 30 of the first lift bucket 300, and supplies a predetermined number of tokens to the play field 5 00 of the game station unit ST (S48). . As described above, in the first embodiment, the 1C token 特殊' which is a special body of the game medium does not show its relative price relative to the predetermined benchmark price (usually the price of one token). (Token price is 値), so the player can't grasp the IC tokens that he holds from the appearance of each 1C token Μ'. How many tokens are there, that is, each I c token, which is equivalent to Usually a few copies of the token. When the player inputs such a 1C token] VI, when the token input institution 1 of the game station department ST receives it, it generates a token representing the price of each IC token that is determined according to the determined decision conditions. Token price 値 information. In the first embodiment, the 1C readers 108-9 and 109-9, which are data reading means, read the 1C wafer which was put into the Ic input of the mechanism 1000-200911345 The currency price and the data are determined as the price information, resulting in price information. According to the form 1, the player is not able to grasp the 1C token ’ in the 1C token ’’ in the case of the IC token ’ held by himself, which is a multi-price 。. Therefore, when the 1C token is put in, it is a pleasure for the player to wait for the 1C token Μ'. Furthermore, in the first embodiment, the token price information of the IC chip written to the player's payment is the same as the token price of the IC chip stored in the IC token of the drop to the lower ditch. Different currency prices are also available. At this time, the IC chip of the IC token ’ ' paid by the control unit 600 is appropriately written with the token price data determined in accordance with the predetermined decision condition. As a condition for the predetermined token, for example, it may be rewritten to be a condition for drawing the price of the token by the random number or the like. Further, it is also possible to use the condition that the credit card price data determined by the game machine 1' accessory device unit SA or the game station unit ST is selected to be close to the target selection rate. In the condition of the condition, when the actual selection rate is lower than the target selection rate, the amount of the coin price of the 1C token 写 'written is increased. Conversely, when the real rate is higher than the target selection rate, the write to the payment is made. The price of the IC token currency has become smaller. Of course, the conditions for determining the price of the token are based on the conditions exemplified above, and other conditions may be used. In the first embodiment, the game station unit S transmits the token input data as the storage material to the central drawing device 2000, and reads the present embodiment. Investing in its less tokens gives the 1C tokens a token, but it is possible to determine the rate of the coin at the price of the token, and the use of the entry to the election is not limited to the amount of the central bank. -64 - 200911345 The selection device 2000 system includes: RAM 623, which is a storage amount data storage means for storing the lottery data (storage amount data); 624' is for receiving the amount of the token sent from each game station unit St. The data receiving means, the control device 62 1, is a means for accumulating the token input data received by the communication device 624, accumulating the accumulation means of the color stock, and for achieving the so-called common game selected for winning the prize in the common game. The player of the ST who pays the condition 'pays the paying currency M for the amount of money stored in the lottery. In the case of the above-described game device, the game system of the plurality of game devices (game station unit ST) that performs the mutual play is used. More useful. This is based on the relationship between the number of tokens that can be paid to the player once for each game device, and the selection rate (payout rate) of each game device. However, with the situation of the lottery lottery device, the upper limit of the number of tokens per order can be determined by the selection rate of the plurality of game devices. Therefore, a large amount of tokens can be paid to the player once. Therefore, the game system of the first embodiment allows the player to hold a large amount of expectation of token payment and attracts the player's interest. Further, the structure in which the player can pay the 1C token M to be paid into the game machine can be used as the following structure. In other words, in the transfer route 2000 that is transferred to the token input mechanism, the token sorting unit of the sorting hole 1 0 0 3 provided on the bottom surface of the token transfer path can be divided. The storage of the number of communication devices is used as a basis for the use of the number of shares of the lottery game. The reason for the use of the money is also limited to the relationship that can be paid. According to this association, I will be transferred to the coin transfer. I 002 into the token -65- 200911345. I will invest in the currency of the currency 1 and the I c token. This is transferred to the 1st rise. The normal token storage unit 斗 of the bucket 3 Ο 0 is stored in the 1C token of the second lift bucket 350. The 'set as the coin to be put into the token' is transferred to the second lift 35 〇 IC token storage between the '1C reader that reads its IC token M, the I read the chip inside the chip, can use the controller 600% to read the token price 。 data. Then, control Department 6 0 0 . The token price received by the reader 値 the data indicating the token price is continuously discharged to the tour In the field of 500 00, the control 300. With the above configuration, when the player puts the IC token into the institution 1 , the IC 値 data of the IC token 记忆 'memorizes the token price. The number of copies is discharged to the play field 5 00. In addition, as the structure of the push-pull game machine 1 for the player to pay, the following structure may be employed. In the token loading mechanism 100, the token sorting unit of the sorting hole 1 〇〇3 provided on the bottom surface of the token transfer is provided in the transfer path 200, and the token Μ and the IC token Μ ' can be distinguished from the input mechanism. The normal token storage unit Μ' conveyed to the first lift bucket 3 00 is configured to be transported to the second lift bucket 350. The bucket 350 is not provided with the 1C token storage unit 360. In the case of the 1C token that will be put into the token 100, the token data will be used in the IC 代 3 1 0, IC token unit 3 60 The 1C reading system is based on the token price of the first lifting bucket from the 1C equivalent of the token to the token. t currency Μ 'Token to the token of the token 1 0 0 2 is put into the token 'to the token Μ 3 1 0, I c token 'in the second up 2 lift 3 5 0 Μ ' It is itself driven to the -66 - 200911345 play field 5 00. With the above configuration, when the player puts the IC token Μ' into the token input mechanism 100, its 1C token 本身' itself is discharged to [Embodiment 2] Next, an embodiment in which the present invention is applied to a token storage device as a game medium storage device as a game medium storage device will be described (hereinafter, this embodiment is "Embodiment 2"). Fig. 23 is a perspective view showing the token storage machine 3000 of the second embodiment. The token storage machine 3,000 is a device for temporarily storing a 1C token ’ ' and a token 身 as a special physical object that is a game medium circulating in the game system from the player. The token storage machine 3000 is provided with a token receiving slot 3010 as a token receiving device for receiving a special physical object receiving means of 1C tokens and tokens, and the player will store the tokens, Μ' Put in the token to receive 3010. Further, a touch panel is provided in the token storage machine 3000. The touch panel is composed of an input device 3 005 that accepts an operation performed by a player, and a display device 3006 for displaying an image of an operation instruction or the like. Further, in the token storage machine 3000, a discharge outlet 3 0 1 1 for storing a certificate of storage required for the deposit of the tokens Μ, Μ' is also provided. The player uses the custody certificate discharged from the discharge port 3 0 1 to the store clerk such as the store counter, and can present the token 保管, Μ 保管. Figure 24 is a block diagram showing the main construction of the token game machine A, IB, ... and the token holder 3 00 0 . -67- 200911345 Each token game machine 1 A, 1 B, ... is controlled by at least a control device 5 00 1 as a game control means, a ROM 5002 'RAM 5 003, and a 1C writer 5004 as a material writing means. A token payment institution 5〇〇6 of the payment means and a token display 5007 as a means of displaying the price data. The control device 5 00 1 executes various programs of the ROM 5002 and performs various controls. In particular, the control device 500 00 1 controls the progress of the game by performing various control functions required for the game by executing the game execution program stored in the ROM 5 002 by the internal computer. Furthermore, the game content of each of the token game machines 1A, 1B, ... can be any content. The ROM5002 is an executive program with various controls. RAM5 003 is a temporary memory of various materials or information. Further, the RAM 5 003 functions as a price data memory means for storing the token price data of the tokens Μ and ’ ' which are to be entered as the amount of credit data. The 1C writer 5 0 04 is a 1C chip player for writing the token price data to the 1C token Μ' paid by the 1C token payment institution under the control of the control device 500 1 . The 1C token payment institution 5006 is used to pay the 1C token Μ' to the player under the control of the control device 5 006 when the game controlled by the control device 5006 reaches the predetermined payment condition. The squaring display 5 007 displays the amount of the amount indicated in the amount of credits stored in the RAM 5003. In the case of the token game machine of the second embodiment, A, 1 Β, ..., when a normal token is put into a token insertion mechanism (not shown), the sensor is detected by a token (not shown). The token was detected. Then, the control device 5 0 0 1 performs a process of adding the number of tokens detected by the token detecting sensor to the token data in the RAM. Further, in the case of the token game machine 1 A, 1 B, ... of the embodiment 2 - 68 - 200911345, when the IC token is put into a token insertion mechanism (not shown), the same as the above-described embodiment, The illustrated ic reader reads the token price data of the lc chip stored in the IC token. Then, the control unit 5 0 〇 1 performs processing for adding the token price data read out by the 丨c reader to the token data in the R A Μ. As described above, even in the second embodiment, the IC token μ does not display its own relative price (token price) relative to the reference price (usually the price of the token). It is impossible to grasp the 1C token M held by each 1C token M, and how many tokens are there, that is, each IC token Μ 'is equivalent to several tokens of the usual token. Therefore, according to the second embodiment, the player is unable to grasp the IC token Μ ' is for the I c token 自己 that he/she holds, and confirms the display of the semaphore display 5007 after inputting the 1C token Μ' How many tokens are there. Therefore, even in the token game machine of the second embodiment, when the ic token is put in, it is possible to give the player an expectation of the IC token, which is a pleasure of how many tokens. The token storage machine 300 is mainly composed of a control device 3 00 1 as a price data generating means, a ROM 3 002, a RAM 3 003 as a price data storage means, and a 1C reader 3 004 ' input device as a material reading means. 3 005, a display device 3 006 as an output means, and a printer 3 008 as an output means. The control device 3 00 1 executes various programs stored in R Ο Μ 3 0 0 2 and performs various hardware control. ROM3 002 is a program that memorizes various controls. RAM3 003 is a temporary memory of various materials or information. R A Μ 3 0 0 3 is used as a memory to be input to -69 - 200911345 Tokens are accepted. 3 0 1 0 The tokens of the currency, the price of the tokens, and the price of the data are used as data memory means. Further, the classification of the tokens Μ and Μ which are put into the token receiving port 3 0 1 0 can be the same as the structure of the first embodiment. The IC reader 300 is installed at the entrance of the ic token storage unit (not shown) that stores the classified 1C token Μ ', and is read and stored in the IC that is put into the token receiving port 3 0 1 0. The token price of the IC chip of the token. On the other hand, the token counter 3 0 0 7 is installed at the entrance of the token storage unit (not shown) in which the classified tokens are stored, and the tokens that have been put into the token receiving port 3 0 1 0 are detected. The number of people. The input device 3005 is for accepting an operator performed by the player, and constitutes the aforementioned touch panel. Further, the display device 3 006 is an image for displaying an operation instruction or the like, and constitutes the touch panel. The printer 3008 is used to print the proof of the total token price (storage amount) of the tokens Μ, Μ' put into the token receiving port 3010 under the control of the control device 3001. The book is discharged from the discharge port 3 0 1 1 . Further, in the token storage machine 3,000 of the second embodiment, when the normal token is put into the token receiving port 3 0 1 0, the number of tokens to be inserted is calculated by the token counter. Then, the control unit 5 00 1 performs a process of adding the number of tokens calculated by the token counter to the storage amount data in the RAM. Further, in the token storage machine 300 of the second embodiment, when the 1C token is put into the token receiving slot 3010, the generation of the 1C chip stored in the 1C token can be read by the 1C reader. Currency price information. Then, the control device 5001 performs a process of adding the token price data read by the 1C reader 3 002 to the storage amount data in the RAM. IC Token-70-200911345 As above, since the relative price (token price) relative to the specified benchmark price (usually the price of one token) is not displayed, the player cannot be from each 1C generation. The appearance of the currency M' has a mastery of the price of each of the 1C tokens M' held by the holder, that is, each 1C token M' is equivalent to a few tokens of the usual token. Therefore, according to the second embodiment, the player confirms the display of the display device 3006 by adding the 1C token M to the token receiving port 3010 for each 1C token M' held by the player, or seeing it by Until the printer 3 0 0 8 prints the custody certificate of the custody amount, it is impossible to grasp the Ϊ C token Μ 'how many tokens are there. Therefore, according to the token storage machine 3000 of the second embodiment, when the I c token 投入 ' is input, the player can be given the expectation that the 1C token Μ ' is the price of the token. Further, in the above-described first and second embodiments, the special object that does not indicate the relative price 相当于 corresponding to the reference price of one part of the normal body is the memory unit having the memory electronic data.状况 c The status of the token is described as 'but' as long as it is a structure that can identify each particular object. For example, an image that uses a recognition data or a token price to be barcoded can be used on the surface. Furthermore, the present invention is not limited to the above-described token game machine, and can be applied to all Pachinko machines, Pachinko machines, and other game machines. [Simple description of the diagram] [Fig. 1] is not related to the embodiment! A partial perspective view of the overall structure of the push coin game machine. -71 - 200911345 [Fig. 2] An explanatory diagram for explaining the structure of the game station unit of the push coin game machine. Fig. 3 is an explanatory diagram for explaining the internal structure of the same game station unit. [Fig. 4] An explanatory diagram showing an example of a game screen for eating a tiger on the display unit of the game station unit. Fig. 5 is an explanatory diagram showing an example of a bingo game screen displayed on the display unit of the game station unit. Fig. 6 is a perspective view showing the main configuration of an accessory drawing device of the push coin game machine. Fig. 7 is a partial perspective view showing the construction of the play field of the game station unit and its peripheral portion. [Fig. 8] (a) and (b) are explanatory diagrams for explaining the back and forth movement of the pushing portion of the same playing field. Fig. 9 is a plan view showing the structure of a token sorting unit provided in the token transfer path of the push coin game machine. [Fig. 1 〇] reveals a perspective view of the token input mechanism of the game station department. [Fig. 1 1] Front view of the same token input mechanism. [Fig. 1 2] Top view of the same token input mechanism. [Fig. 13] A front perspective view of the same token input mechanism. [Fig. 4] A partial exploded view of the same token input mechanism. [Fig. 5] A flow chart showing an example of the flow of control when the I c token is put into the same token input mechanism. [Fig. 6] A front view showing the construction of the central drawing device of the push coin game machine. -72- 200911345 [Fig. 17] A perspective view showing the configuration of the same central drawing device. Fig. 18 is an explanatory view showing an example of a screen displayed on a display device of the same central drawing device. [Fig. 19] A block diagram showing the main structure of the game control system and the token discharge control system of the push coin game machine. Fig. 20 is a flow chart showing the flow of a slot game played by each game station unit of the push coin game machine. Fig. 21 is a flow chart showing the flow of the bingo game performed in each game station unit of the push coin game machine. [Fig. 22] A flow chart showing the flow of the lottery lottery performed by the central drawing device of the push coin game machine. Fig. 23 is a perspective view showing a token storage machine included in the game system of the second embodiment. Fig. 24 is a block diagram showing the main structure of a token game machine and a token storage machine included in the game system. [Description of main component symbols] 1: Push coin game machine 100: Token input mechanism 1 〇1: Storage surface 108-9, 1〇9-9, 1005' 3004: ic reader 3〇〇: 1st lift 3 1 0 '·General token storage section 3 2 0 : Lifting section -73- 200911345 3 3 0 : Normal token discharge section 3 5 0 : Lifting bucket 3 6 0 : IC token storage section 3 70 : Lifting section 3 8 0 : IC token discharge unit 390, 1054, 5004 : 1C writer 5 00 : play field 5 0 1 : main table 5 1 0 : push unit 600, 610, 620: control unit 1 000 : subsidiary Equipment drawing device 1 002 : Token transfer path 1 003 : Classification hole 1 0 0 4 : IC token transfer path 1 020 : 3rd lift 1 0 2 1 : Storage part 1 0 2 2 : Bucket drive part 1 〇 2 3 : Lifting section 1 〇 3 0 : Token payment section 1 0 5 0 : 4th lifting bucket 1 0 5 1 : Storage section 1 〇 5 3 : Lifting section 1 3 00, 1 400 : Ball supply mechanism 2000: Central lottery Device-74 200911345 3 000 3 005 3 006 3 007 3 008 5 000 5 006 5 007 B1, Μ : ' Μ,: SA : ST : : Token storage machine: Input device: Display device: Token counter: Print table Machine: token game machine = token Payment agency ‘·Scalor number display B2: Ball Goco 1C Token Subsidiary Equipment Department Game Station Department -75

Claims (1)

200911345 X. Patent application scope 1. A game device characterized in that it has: generally means of receiving a physical object, and receiving a body object; The price of the quantity of the physical quantity; the special means of receiving the physical object is a special object that is not equivalent to the normal price of the body; the relative price of the individual is compared with the relative price of the body; 'When the special physical object is taken to receive the special physical object, the price information corresponding to the relative price of the special physical object determined according to the determined decision condition is generated, and the price data is memorized at the price. Data memory means; and game control means, using the price data stored in the price data memory means to control the progress of the game. 2. The game device according to claim 1, wherein the body receiving means receives a special body having a memory unit having a price corresponding to its own relative price; Taking means, the memory portion of the special physical object taken from the special physical object receiving means 'reads the price information corresponding to the relative price of the special physical object; the above-mentioned price data generates a memory means' The data read by the reading means is used as the price data to determine 'generate the price 値 data and memorize the price 値 data memory means. -76 - 200911345 3. The game device as recited in claim 1, wherein the special physical object receiving means is adapted to receive a memory portion for identifying other special physical objects and identification data of itself. Person with physical objects; has: means for reading data 'removing the identification data of the special physical object from the memory part of the special physical object taken from the special physical object receiving means; and corresponding information memory means' Corresponding relationship information for identifying the correspondence between the identification data of each specific physical object and the price information corresponding to the relative price of each special physical object; the above-mentioned price data is generated by means of memory, and is used to memorize the corresponding relationship information. The correspondence information of the memory means determines the price information corresponding to the identification data read by the data reading means, generates the price data, and memorizes the price information in the aforementioned information. 4. The game device according to claim 1, wherein the game device includes: a play field forming means for forming a play field that the player can visually view; and a game object discharge means for playing the game. The object is discharged to the play field; the game control means controls the game object discharge means to discharge the game object in accordance with the number of the price data stored in the price data memory means to the play field . The game device according to claim 4, wherein the game device has: a payment means for paying at least one of the normal body object and the special body object to the player; The mounting surface has a mounting surface on which a majority of the game object is placed; and the ejector member is a method of pushing the game object existing on one of the mounting surfaces to the other side of the mounting surface For the placement surface, the relative movement is moved back and forth along the portion; and the drop groove is pushed out to the game surface by the game object pushed out by the ejector member. The dropping means for dropping the object; the payment means paying at least one of the normal body object and the special body object on the condition that the body object falls to the falling groove. 6. The game device according to the first, second or third aspect of the patent application, wherein: the price data display means displays the content of the price data stored in the price data memory means. 7. A game media receiving device, characterized by: having a special physical object receiving means, and receiving a special physical object that does not represent a relative price 相当于 corresponding to a reference price of one part of the usual physical object; The method of generating the price data is to obtain the price information corresponding to the relative price of the special physical object determined according to the determined decision condition when the special physical object receiving means receives the special physical object; It is the content of the price, the data, and the output means, which are the contents of the data stored in the price memory means.