TWI389729B - Game device and game control method - Google Patents

Description

Game device and game control method

The present invention relates to a game device that plays a game by inputting a game currency such as a token, a coin, a ball, and the like, and exits the game currency according to the progress of the game.

A game device that plays a game by putting a token or the like is generally constituted by a physical action such as a token.

Patent Document 1 discloses a game device in which a token is placed from a position vertically disposed below a transparent drop, and a plurality of stitches disposed on the back side of the transparent drop cause a change in the direction in which the token falls, and the contemporary coin just enters When a round-trip target that is disposed at the lower portion of the transparent drop and moves back and forth in the left-right direction, a plurality of tokens are automatically discharged from the upper side of the transparent drop, thereby being connected to the lower portion of the transparent lower surface and moving back and forth in the front-rear direction. Pushing the table and the fixed pushing area, the number of tokens exiting from the coin withdrawal port has increased.

Patent Document 1: Japanese Laid-Open Patent Publication No. Hei 8-299587

As described above, the conventional game device such as a token is mainly composed of a physical operation such as a token, and a mechanical "target object" is provided to improve the game performance, and the operation of the "target object" is common. The game is very monotonous, and the gameplay that is generated according to the game is difficult to show. open. Moreover, in a game with popularity, it is best to use the same frame to easily transform into another game. However, it is generally easy to be restricted by the mechanical "standard object" as described above. use.

The present invention has been made in view of the above problems, and an object of the present invention is to provide a game device in which a physical game currency such as a token can be put in and out and image-integrated, and a variety of game scenarios can be developed, and the casing can be easily reused.

In order to solve the above-described problems, the game device of the present invention includes a display device for displaying a game image including a target object and an emitter, an input receiving device that accepts input of a game currency, and a detection device and a control for detecting input of game money. a control device for performing the game; the control device performs the following processing: when receiving the detection signal of the game currency input from the detection device, displaying the image of the movement of the emitter on the display device; determining whether the emitter and the target are After the collision, it is judged whether the lottery is selected or not; and the selected game data is decided according to the performance of the selected game, and the game currency is withdrawn.

In the above game device, the display device may include a screen portion that is disposed along a horizontal direction, and a projection portion that is disposed above the screen portion and projects an image onto a surface of the screen portion.

In the above-described game device, the display device may include a first screen portion that is disposed along the horizontal direction and that is switchable, and is disposed at a lower portion of the first screen portion and that is exposed when the first screen portion is opened. a second screen portion of a portion of the analog lottery portion and disposed above the first and second screen portions, and projecting an image when the first screen portion is closed The surface of the first screen portion is projected onto the projection portion of the surface of the second screen portion including the surface of the analog lottery portion when the first screen portion is opened.

In the above-described game device, the control device may shift the play to the analogy by a predetermined number of times after the draw is determined according to the collision between the emitter and the target. Lottery of the lottery department.

In the above-described game device, the analog lottery unit may include a small ball, a rotating portion having a plurality of points that the small ball enters when stopping or rotating at a low speed, a concave portion surrounding the rotating portion, and the rotation driving the rotating portion. a driving unit, a rotation angle detecting unit that detects a rotation angle of the rotating unit, and a site detecting unit that detects a point where the ball enters the rotating unit; and the control device performs a process of causing the The rotating portion rotates from the stopped state, the small ball is caused to fly from the base point to the concave portion, and is stopped after a predetermined time. In the second processing, the image synchronized with the rotation of the rotating portion is synchronized by the detection signal of the rotation angle detecting portion. The projection unit is projected onto the surface of the rotating portion, and in the third processing, the result of the lottery is determined according to the detection signal of the spot detecting unit according to the point where the small ball enters; and the fourth step is to exit the game currency according to the result of the lottery.

The above-described game device may be configured to include a plurality of satellite devices that the player plays in a position surrounding the game image displayed by the display device, and each of the satellite devices includes the input receiving device and the detecting device.

In the above-described game device, the control device may limit the range in which the emitter flies out to a predetermined range determined by each of the satellite devices.

In the above-described game device, the control device may count the number of collisions by counting the number of times the game currency is put in based on the detection signal from the detection device, and counting the number of collisions by determining whether or not the emitter and the target collide. Or the number of non-collisions, compare these technical information and technical level information that predetermines the skill level of the player to determine the skill level of the player, and reduce the difficulty of the game to control when the predetermined technical level is not reached.

Further, in order to solve the above problems, the control method of the game device of the present invention is characterized in that the program includes: displaying a game image including the object by the display device; accepting input of the game currency by the input accepting device; and detecting the device After detecting the input of the game currency, the image of the moving object is displayed by the control device over the game image; the control device determines whether the emitter and the target object collide; and after determining that the collision occurs, by controlling Whether the device lottery decision is selected or not; and according to the performance of the selected, the control device exits the game currency.

According to the description of the game device of the present invention, it is possible to integrate the input and exit of the physical game currency such as tokens and the image, and to develop a diverse game scenario, and the frame can be easily reused.

The embodiments of the present invention will be described below using the drawings.

In addition, the example described herein uses tokens as a game currency to capture the target of fish as a game content using a fishnet such an emitter.

Fig. 1 is a perspective view showing the appearance of a game device according to an embodiment of the present invention, and Fig. 2 is a front view of the appearance. In the first and second figures, the game device 1 has a base unit 2 having a substantially rectangular parallelepiped shape, a plurality of satellite units 3 embedded in each side of the base unit 2, and a top supported by a square column on the base unit 2. / Pillar unit 4 is constructed.

In the illustrated example, the satellite unit 3 is provided one on each of the short sides of the base unit 2, two on the long side, and six in total, and each satellite unit 3 corresponds to two players. Further, it is assumed that the two players using one satellite unit 3 have a family relationship, and the two individuals individually perform game operations such as inputting tokens, but the withdrawal of the tokens is performed in a shared manner. That is, on the console 31 at the upper end of the satellite unit 3, a token transaction unit 34 shared by two players is provided, and at the edge portions of both ends thereof, token insertion ports 32-1, 32-2 are set, and the token transaction is performed. The deep inner wall of the portion 34 is provided with a token exit port 33. Further, on the operation table 31, dials 35-1, 35-2 for indicating the emission direction of the fishnet image of the fishery which are emitted by the input of the token, and buttons 36-1, 36 which are pressed when the fishing net is switched are provided. -2. Further, inside the satellite unit 3, as will be described later, a token input sensor for detecting token input, a token withdrawal mechanism, a loudspeaker, and the like are provided.

On the other hand, inside the top/pillar unit 4, a projector 41 that projects a game image and a lens 42 that reflects the projection light are provided, and the game is displayed on the screen portion 21 of the next stage provided on the upper side of the base unit 2. image. also, The screen unit 21 includes a screen sheet 211 that can be opened and closed by a reel, and a screen sheet 212 that is exposed when the screen sheet 211 is opened is provided at a lower portion thereof, and a mechanical analog lottery portion 22 is provided at a central portion of the screen sheet 212. Further, the image from the projector 41 is also projected on the surface portion of the analog lottery unit 22.

Further, a display lamp 43 is provided at the lower end portion of the opening portion of the top/pillar unit 4 located above each satellite unit 3, and a state as a procedure for classifying the lottery (a total of 10 steps to obtain the qualification for the analog lottery) is displayed.

Further, inside the base unit 2, as will be described later, a control unit, an interface, a sound amplifier, a DVD player, and the like are provided. Inside the top/pillar unit 4, as will be described later, an interface, a loudspeaker, and the like are provided. On the outside of the top/pillar unit 4, a lighting device for decoration is appropriately provided.

Fig. 3 is a unit configuration diagram of the screen unit 21, wherein (a) is a plan view and (b) is a front view. In Fig. 3, the screen unit 21 includes a flexible screen sheet 211, a support shaft 213 for scrolling the screen sheet 211, a motor 214 for rotating the support shaft 213, and a rotary decoder 215 for detecting a rotation angle. In the third drawing, the state in which the screen sheet 211 is completely closed is shown, and the analog lottery portion 22 in the lower portion thereof is in an invisible state. Fig. 4 shows a state in which the screen sheet 211 is opened, and the analog lottery portion 22 and the screen sheet 212 are exposed. By completely opening the screen sheet 211, the analog lottery portion 22 and the screen sheet 212 are completely exposed. In addition, B is a small ball.

Fig. 5 is an external perspective view of the analog lottery unit 22, and Fig. 6 is an external front view of the analog lottery unit 22. In the fifth and sixth figures, the analog lottery unit 22 is provided with a reel 221 as a rotating body at the center portion, on the circumference of the reel 221 A plurality of (in the illustrated example, six) groove-shaped bases 221a are provided. Further, a frame 222 having a vessel shape is disposed around the runner 221, and the inner surface of the casing 222 is spaced apart to prevent the small ball from flying to the surrounding partition wall, and the bottom of the inner surface is gradually inclined downward toward the runner 221 to form a The small ball rotates the recess 222a. Further, the upper surface of the runner 221 and the housing 222 is surface-treated with a color such as white, and the image can be reproduced by the projection light from the projector 41. Further, on the lower side of the analog lottery unit 22, a motor 223 that rotates the turning wheel 221, and a circular encoder 224 that transmits the rotating shaft of the motor 223 in order to detect the rotation angle and the rotational speed of the motor 223 are provided for detecting A small ball sensor 225 that enters the small ball of the base 221a of the reel 221 and pairs the light-emitting portion and the light-receiving portion (the same number as the base 221a). The ball sensor 225 is disposed at an equal angle from the center of the reel 221 along the radial direction. Further, on the back surface of the runner 221, an original position ball type handle for detecting the home position is extended downward, and the rotation of the wheel 221 is between the light-emitting portion of the ball sensor 225 and the pairing of the light-receiving portion. by.

Fig. 7 is a view showing the hardware structure of the game device 1. In Fig. 7, on the base unit 2, in addition to the aforementioned screen portion 21 (including the motor 214, the circular encoder 215) and the analog lottery portion 22 (including the motor 223, the circular encoder 224, the ball sensing) The controller 225) is further provided with a control unit 23 for controlling the progress of the game, interfaces 24 and 28, sound amplifiers 25 and 26, and a DVD player 27 for inputting various game programs supplied from the DVD-ROM.

On the satellite unit 3, the token input sensor 37-1 for the player #1, the dial 35-1, the button 36-1, the token input sensor 37-2 for the player #2, and the dial are set. 35-2, button 36-2, token withdrawal mechanism 38, and loudspeaker 39.

In addition to the projector 41, the lens 42, and the step display lamp 43, the top/pillar unit 4 is provided with an interface 44 and a loudspeaker 45. Further, the loudspeakers 45 provided on the top/pillar unit 4 send out the sound effects shared by the players of all the satellite units, and the loudspeakers 39 provided on the new unit 3 deliver the sound effects only for the players of the satellite unit 3.

Further, the control unit 23 receives the respective operation signals transmitted from the respective satellite units 3, performs collision determination processing to be described later for each signal, and performs lottery processing to be described later for each signal to generate an operation signal reflecting all the satellite units 3, and the like. The image is projected on the screen unit 21 by the projector 41. At this time, each satellite unit 3 transmits the "satellite ID" determined by each and the operation signal (token detection signal, fishnet transmission direction information) of the player to the control unit 23, whereby the control unit 23 can determine which one it came from. The operating signal of the satellite unit 3. Further, the control unit 23 can manage the mode using the flag for each satellite ID, and determine whether it is the "normal mode" or the "other mode (analog lottery mode)".

The operation of the game device 1 will be described below.

Fig. 8 is a flow chart showing the processing of the game device 1. In the eighth drawing, the player inputs the token to the token input port 32, and when the contemporary coin input sensor 37 detects the operation (step S101), the control unit 23 transmits the fishnet through the image (step S102). Specifically, an image in which the object of the fishing net is moved and the fishing net is launched is generated in the virtual space and displayed on the screen. Fig. 9 is a view showing an example of an image of a fishing net, and as shown in part (a), the state in which the fish is only swimming in the sea is projected on the screen sheet 211 of the closed state of the entire screen portion 21, after amplification, as in (b) As shown in the section, standing on the end of the player The fisherman's fishing net in the head of the fishing boat is displayed in the direction of the fisherman's fishing net, and then the token is placed, thereby displaying the image of the fishing net as shown in (c). The launched fishing net goes straight ahead, and if it collides with the fishing only as the target, it becomes an image of the fishing catch, and if it does not collide, it is eliminated.

Further, Fig. 10 is a view showing the display of the object of the correction processing, and as shown in part (a), if the object existing in the virtual three-dimensional space as a 3D model is present on the screen, the object (fishing only) is directly displayed as The image of the viewpoint coordinate system converted to the camera (viewpoint) is compared with the object on the upper side (the object of the fishing target near the viewpoint), and the object of the same type on the lower side (the fishing spot far from the viewpoint) The size of the target object becomes smaller, which makes the player feel the difference between good and bad, and forms a problem. Therefore, as shown in part (b), the size of the 3D model of the underlying object is made larger so that the size of the same kind of object is equal in display.

Further, Fig. 11 is a diagram showing an example of limiting the range of the fishing net emission. When a plurality of players share the same screen portion 21, if the fishing net is launched in an unrestricted direction in a direction determined by the dial 35, other players can only Filling the fishing nets in front of the eyes, and showing the proficiency to each other in an explicit manner, therefore, as shown by the broken line in the figure, limiting the launch range of each player's fishing net can prevent troubles with other players.

Returning to Fig. 8, after the launch of the fishing net (step S102), the control unit 23 determines whether or not the fishing spot as the target collides with the fishing net (step S103). Fig. 12 is a view showing a judgment process of whether or not the target object and the emitter collide, and as shown in part (a), the object is used as a reference surface, and if the object projected in the secondary space and the fishing net as the emitter are not phased Hit as "not collided", as in part (b) As shown in the figure, if the target object is used as a reference surface, if the object projected in the secondary space collides with the fishing net as the emitter, it is regarded as a "collision." In addition, Fig. 13 is a view showing an example of an image when a fishing net collides with a target object.

When the fishing net does not collide with the target, the control unit 23 shifts to an internal lottery section (described later) (step S104), and if it collides, shifts to the main lottery section (step S105). In the main lottery section (step S105), as shown in Fig. 14, a slit image is displayed next to the bow image, and it is determined that the match with the changed number is selected. Furthermore, with regard to the slit image, a satellite display is provided on each satellite unit 3, so that it can be displayed thereon.

Returning to Fig. 8, the control unit 23 determines whether or not the slot lottery is drawn (step S106), and if it is not drawn, it is regarded as the object that has not been selected (step S107), and returns to the standby state in which the token is charged (step S101). . Further, if the slot lottery is drawn, it is further judged whether or not the eligibility for the entry procedure is satisfied (as described above, this is a condition for the analog lottery, and 10 steps are accumulated to obtain the condition of the analog lottery) (step S108), if not The token is exited (step S109), and if yes, a step is provided (the number of steps is memorized in an internal manner, and the number of steps is displayed by the step display lamp 43) (step S110). Further, the relationship between the result of the slit lottery and the number of exit tokens is managed by the inside of the control unit 23 using a table, and is stored using a memory device.

Next, when the token is exited without entering the step (step S109), the standby state of the token (step S101) is returned. Further, after the step (step S110) is provided, it is determined whether or not the step has reached "10" (step S111), and if it has not arrived, the standby state of the token (step S101) is returned, and if it is reached, the transfer is made. The process moves to the analog lottery described later (step S112).

Further, when the game is played, the control unit 23 performs the following processing in order to prevent the player with a low level of skill such as a beginner from being in an unfavorable state.

(1) The number of times the token is put in is counted based on the detection signal from the token input sensor 37.

(2) Count the number of collisions or the number of non-collisions by judging whether the emitter (fishing net) and the target collide.

(3) Compare these counting information with the technical level information of the player's technical level (stored in the memory department) to determine the skill level of the player.

(4) According to the judgment result, when it is judged that the predetermined technical level is not reached, the difficulty level of the game is controlled, and the game is lowered.

In the technical aspect of reducing the difficulty, when the target object is displayed on the screen, the target object is moved to stop in a specific area (the range in which the fishing net arrives), and the moving speed of the target object is lowered, so that the moving direction of the target object is Straight lines, by performing these display controls, can easily make the net hit the target. Moreover, the amount of tokens to be withdrawn can be increased by increasing the probability of the lottery decision processing. In addition, in the established area, the subject matter (such as special fish) that is included in the special offer, when it is judged that there is a collision with the fishing net, can be "pushed" in the lottery with a 100% chance to exit the plural. The processing of tokens.

Fig. 15 is a flow chart showing the process of the internal lottery (step S104) in Fig. 8, even if the fishnet misses the target, in order not to cause the player to confiscate the token, the opportunity to return the token is given. In Fig. 15, if it is detected that the token is invalid due to the missed object of the fishing net (step S201), the token is distributed (step S202), and stored in each internal lottery storage area (step Step S203), a part is placed in the slit lottery storage area (step S204), a part is placed in the special internal lottery A storage area (step S206), and a part is placed in the slit B storage area (step S212). For example, a token is treated as 100%, divided into a predetermined ratio, and placed in each storage area.

After the slit lottery storage area is placed (step S204), the slit lottery is incremented (step S205) to be used as the next slit lottery (main lottery).

After the special internal lottery A storage area is placed (step S206), the special internal lottery A is started (step S207), it is judged whether or not the special internal lottery A is drawn (step S208), and if not drawn, the lottery process is repeated. If the drawing is made, the exiting object appears on the screen (step S209), and it is judged whether the fishing net collides with the exiting target object (step S210), and if there is no collision, the lottery is repeated, and if the collision occurs, the token is executed. Exit (step S211).

After the slit B storage area is placed (step S212), the slit B lottery is started (step S213), and it is determined whether or not the slit B lottery is drawn (step S214). If not, the lottery process is repeated, and if it is drawn, the process is performed. The withdrawal of the token (step S215).

Fig. 16 is a flow chart showing the processing of the analog lottery (step S112) in Fig. 8. In Fig. 16, if 10 steps are obtained (step S301), the control unit 23 determines that it is a mode of another player (step S302), and then determines whether the other players are in the normal mode (step S303). If it is not in the normal mode, it waits for the end of the mode (step S304). In addition, as a condition for entering the analog lottery, a special fishing net (golden fishing net) can be used in the case of obtaining 10 steps, and thus it is also possible to capture the large fish when it appears.

If all the other players are not in the normal mode, the control unit 23 turns on the screen sheet 211 of the screen unit 21 (step S305), and starts the analog lottery (step S306). Fig. 17 is a view showing an example of an image in the analog lottery, and the image is projected from the head camera 41 to the screen sheet 212 and the analog lottery unit 22 which are exposed by opening the screen sheet 211. Here, the image of the portion of the wheel 221 of the lottery portion 22 (including a part of the frame 222 or the entire frame 222 as needed) is synchronized with the rotation. Further, in Fig. 17, on the analog lottery unit 22, the weight of the fish is used as the winning item in the reel 221, and the image with the scale is displayed on the casing 222, or as shown in Fig. 18 ( a) As shown in part (b) and (c), as a variety of images. Also, the analog draw can be performed only by the player, and other players can continue the normal game by projecting onto the screen on the screen sheet 212 other than the analog lottery unit 22. As a result, when a plurality of players use the game screen in common, in order to exclusively play the game screen for the player who satisfies the specific condition, the other player cannot use the screen, and it is necessary to wait until the special game is over, and this problem can now be eliminated.

Returning to Fig. 16, after the analogous lottery is started (step S306), the rotary wheel 221 of the analog lottery section 22 is rotated, causing the small ball B to fly out to the concave portion 222a, rolling on the concave portion 222a, and after the rotation of the rotary wheel 221 is weakened And enters the base 221a of any one of the reels 221 . The control unit 23 detects the ball B entering the site 221a (step S307), and determines whether or not the prize is awarded in the special large lottery previously allocated on the spot 221a (step S308). If the prize is not awarded, the exit is pre-allocated on the site 221a. The number of tokens (step S309). Further, the relationship between the prize item and the number of tokens to be withdrawn is managed by the inside of the control unit 23 using a form, and is stored using a memory device.

When winning a prize in a special large lottery, the analogous lottery based on other synchronized images is further started (step S310), and generation is performed according to the winning result. The withdrawal of the coins (step S311), the screen sheet 211 of the screen portion 21 is closed (step S312).

Fig. 19 is a flowchart showing the control processing of the analog lottery unit 22, and Fig. 20 is a view showing an example of the change in the number of revolutions of the reel 221. In Fig. 19, when the analog lottery starts (step S401), the control unit 23 accelerates the reel 221 to the first rotational speed (step S402), maintains the first rotational speed for a certain period of time (step S403), and then decelerates to The second rotation speed (step S404). In this process, almost no mistake, the small ball B flies out from the base 221a of the runner 221, and starts to roll on the upper surface of the recess 222a.

Next, the control unit 23 determines whether or not the small ball B is emitted (step S405), and the case where the small ball B is not emitted due to a failure of the mechanism portion or the like is regarded as a mistake. When the small ball B is emitted, it is next judged whether the small ball B enters the base 221a of any one of the reels 221 (step S406), and if not, it is judged whether or not a certain period of time has elapsed (step S407), if a period has not elapsed The time returns to the judgment of whether or not to enter the site 221a (step S406). Even if there is a period of time due to a malfunction of the organization department, the case where the ball is not entered is an exception and is regarded as a mistake. Then, when the small ball B enters the base 221a of any one of the reels 221, the lottery end processing is performed (step S408), and the rotation of the reel 221 is stopped.

Fig. 21 is a view showing an example of the operation of detecting the presence or absence of the small ball B and the base 221a into which the small ball B enters. In Fig. 21, as shown in part (a), the number is added to the base 221a of the reel 221, and the number is also added to the ball sensor 225. When the reel 221 is turned to the left, the ball is The detection signal of each of the ball sensors 225 when B is not entered is passed through the original position, as shown in part (b). Signal patterns that each sensor responds in a good order. Further, the detection signal of each of the ball sensors 225 when the ball B enters the ball sensor 225 of #3 is as shown in (c), indicating that a unique reaction pattern of the entry of the ball B appears. Thereby, the control unit 23 can determine the base 221a into which the small ball B enters from the timing at which the detection signal of the frequency bandwidth is generated at the original position.

Further, Fig. 22 is a view showing an example in which the player participates in the analog lottery, and as shown in part (a), the button 36 as an operation tool is pressed while the reel 221 is rotated, whereby the control unit 23 receives the operation signal. The rotation of the reel 221 can be temporarily stopped or decelerated to control the driving of the motor 223 as the driving means, and the required spot 221a can be easily entered. Similarly, as shown in part (b), when the rotation of the reel 221 becomes weak, if the small ball B enters a few bad points 221a provided, the rotation of the reel 221 can be temporarily accelerated by pressing the button 36. Pop the ball B.

Fig. 23 is a flow chart showing the synchronization processing of the image on the reel 221 . In Fig. 23, after the reel 221 is rotated (step S501), it is judged whether or not the determination of the home position is completed (step S502), and if the determination is not completed, the coding of the rotation angle of the circular encoder 224 via the analog lottery unit 22 is performed. (Step S503), the code of the circular encoder 224 when the first ball sensor 225 is hidden in the home position is obtained (step S504), and the code is used as a reference for the image angle (step S505). Further, if the original position determination is completed, these processes are omitted.

Then, via the encoding of the rotation angle of the circular encoder 224 (step S506), the encoding obtained from the circular encoder 224 and the encoding of the image angle of 0 degrees are converted into absolute rotation angles (step S507), and the mapping is performed. The image rotated by the absolute rotation angle (step S508).

In addition, the analog lottery section 22 described above can perform binning of the bingo game by some modifications. That is, the reel 221 as the rotating portion can be made into a larger object, and the number of the 221a to be arranged around the circumference can be as large as 25, whereby the code attached to the 221a into which the small ball B enters can be used as The number of the bingo game is drawn. Further, the number attached to each of the bases 221a may be performed by projection from the projector 41 in addition to the printing in advance, or the number displayed may be changed in the middle so that the specific number is easily selected. Only the even numbers are selected, not selected, and so on.

On the other hand, the base 221a of the turning wheel 221 as the rotating portion can be set to one (or plural), and a plurality of small holes can be provided in the concave portion 222a. Then, on a plurality of small holes, a number corresponding to the selected number of the bingo is added (in addition to being pre-printed, it can also be performed by projection from the projector 41), and, in the vicinity of each small hole, A detecting unit configured to detect whether or not the small ball B has entered is configured. Further, a recovery mechanism is provided which can return the small ball B entering any small hole to the base 221a of the rotary wheel 221 after the end of the drawing. The recovery mechanism may be implemented by activating a driving unit such as a motor or an electromagnet to rush a rod-shaped member such as a plunger disposed below the hole portion from below to the upper portion. After the small ball B that has been punched out moves from the concave portion 222a to the center, the reel 221 is rotated at a low speed before the small ball B enters the base 221a (before detection by the detecting portion), and the recovery operation is ended. In this configuration, the reel 221 and the base 221a have only the function of causing the small ball B to emit.

The present invention is not limited to the above-described embodiments, and various modifications can be made without departing from the spirit and scope of the invention.

In addition, Japanese Patent Application No. 2005-295356, filed on October 7, 2005, is hereby incorporated by reference. The entire content of this patent application is used in this International Patent Application.

1‧‧‧game device

2‧‧‧Base unit

21‧‧‧Screen Department

211‧‧‧Screens

212‧‧‧Screens

213‧‧‧ fulcrum

214‧‧‧Motor

215‧‧‧ Rotary Decoder

22‧‧‧ analogy drawing department

221‧‧‧Runner

221a‧‧

222‧‧‧ frame

222a‧‧‧ recess

223‧‧ ‧motor

224‧‧‧Circular encoder

225‧‧‧Small ball sensor

23‧‧‧Control Department

24‧‧‧ interface

25, 26‧‧‧Audio amplifier

27‧‧‧DVD player

28‧‧‧ interface

3‧‧‧ satellite unit

31‧‧‧ operator station

32, 32-1, 32-2‧‧‧ token insertion

33‧‧‧Token exit

34‧‧‧Token Trading Department

35, 35-1, 35-2‧‧ ‧ dial

36, 36-1, 36-2‧‧‧ button

37, 37-1, 37-2‧‧‧ tokens into the sensor

38‧‧‧Token withdrawal agency

39‧‧‧Amplifier

4‧‧‧ pillar unit

41‧‧‧Projector

42‧‧‧ lenses

43‧‧‧Step display light

44‧‧‧ interface

45‧‧‧Amplifier

B‧‧‧Ball

Fig. 1 is a perspective view showing the appearance of a game device according to an embodiment of the present invention.

Figure 2 is a front view of the appearance of the game device.

Fig. 3 (a) and (b) are unit configuration diagrams (one) of the screen unit.

Fig. 4 is a diagram showing the unit structure of the screen unit (Part 2).

Fig. 5 is an external perspective view of the analog lottery unit.

Figure 6 is a front view of the appearance of the analog lottery.

Figure 7 is a diagram showing the hardware structure of the game device.

Fig. 8 is a flow chart showing the processing of the game device.

Fig. 9 (a) to (c) are diagrams showing an example of an image of a fishing net.

Fig. 10 (a) and (b) are diagrams showing the display of the correction processing target.

Figure 11 is a diagram showing an example of limiting the launch range of a fishing net.

Fig. 12 (a) and (b) are diagrams showing a determination process of whether or not the target object and the emitter collide.

Figure 13 is a diagram showing an example of an image when a fishing net collides with a target.

Figure 14 is a diagram showing an example of an image of a main lottery.

Figure 15 is a flow chart showing the processing of the internal lottery.

Figure 16 is a flow chart showing the processing of the analog lottery.

Figure 17 is a diagram showing an example of an image in an analogy lottery.

Fig. 18 (a) to (c) are diagrams showing examples of other images.

Fig. 19 is a flow chart showing the control processing of the analog lottery unit.

Fig. 20 is a view showing an example of a change in the number of revolutions of the reel.

Fig. 21 (a) to (c) are diagrams showing an example of the operation of detecting the presence or absence of a small ball and the base where the small ball enters.

Fig. 22 (a) and (b) are diagrams showing an example in which the player participates in the analog draw.

Figure 23 is a flow chart showing the synchronization processing of the image on the reel.

Claims (7)

A game device, comprising: a display device for displaying a game image containing a target object and an emitter; the display device comprising: a first screen portion arranged along a horizontal direction and switchable; and being disposed in the first screen portion a second screen portion including a portion of the analog lottery portion exposed when the first screen portion is opened; and a second screen portion disposed above the first and second screen portions and projecting the image when the first screen portion is closed a surface of the first screen portion that projects a video onto a surface of a second screen portion including a surface of the analog lottery portion when the first screen portion is opened; an input receiving device receives an input of a game currency; and a detecting device Detecting the input of the game currency; and controlling the device to control the progress of the game; the control device performing the following process: when receiving the detection signal of the game currency input from the detecting device, displaying the image of the moving object on the display device; Whether the emitter and the above target collide; if it is judged to be a collision, the lottery decision is to be selected It is not selected; and selected according to the performance of the game to decide how much money will exit the selected data, quit the above-game currency. The game device of claim 1, wherein the control device moves to a predetermined number of times after the lottery determined by the collision between the emitter and the target reaches a predetermined number of times, and then moves to Above The lottery of the analog draw. The game device according to claim 1, wherein the analog lottery unit includes a small ball, a rotating portion having a plurality of points that the small ball enters when stopping or rotating at a low speed, a concave portion surrounding the rotating portion, and the rotation driving a driving unit of the rotating unit, a rotation angle detecting unit that detects a rotation angle of the rotating unit, and a base detecting unit that detects a point where the small ball is inserted in the rotating unit; and the control device performs a process of: causing the driving unit to The rotating portion rotates from a stopped state, and the small ball is caused to fly from the base point to the concave portion, and is stopped after a predetermined time. The image synchronized with the rotation of the rotating portion is caused by the detection signal based on the detection signal of the rotation angle detecting portion. The portion is projected onto the surface of the rotating portion; the lottery result is determined according to the detection signal of the spot detecting unit according to the point where the small ball enters; and the game currency is withdrawn according to the lottery result. A game device according to claim 1, comprising a plurality of satellite devices for playing a game at a position surrounding the game image displayed by the display device, wherein each of the satellite devices includes the input receiving device and the detecting device. The game device of claim 4, wherein the control device limits the range in which the emitter flies out within a predetermined range determined by each of the satellite devices. The game device of claim 1, wherein the control device counts the number of times the game currency is put in based on the detection signal from the detection device, and counts the phase by determining whether the emitter and the target collide. The number of collisions or the number of non-collisions, compare these technical information and technical level information that predetermines the skill level of the player to determine the skill level of the player, and reduce the difficulty of the game to control when the predetermined technical level is not reached. . A game control method, comprising: displaying, by a display device, a game image including a target object, wherein the display device comprises a first screen portion arranged along a horizontal direction and switchable, and disposed on the first screen portion a second screen portion including a portion of the analog lottery portion exposed when the first screen portion is opened and disposed above the first and second screen portions, and projecting an image on the first screen portion when the first screen portion is closed a surface of the first screen portion and projecting the image onto the projection portion including the surface of the second screen portion on the surface of the analog lottery portion when the first screen portion is opened; receiving input of the game currency by the input accepting device; After the device detects the input of the game currency, the image of the moving object is displayed on the game image by the control device; and the control device determines whether the emitter and the target object collide; after determining that the collision is performed, by controlling Whether the device draws the decision whether it is selected or not; and according to the performance of the selected, the control device exits the game .