TW201032874A - Game device, method of controlling game device, and program for controlling game device - Google Patents

Abstract

Provided is a card game device capable of detecting a touch position. The game device (card game devices has a configuration wherein a plurality of game media can be arranged. Each of the game media has a contact surface on which a code pattern that includes data indicating the inherent characteristics of a character of a game is printed in such a manner as to be identifiable by infrared rays. The card game device comprises a display unit for displaying an image. The card game device further comprises a table-like plane which transmits invisible light and a first detection unit for detecting the position of the game medium in the plane and the code pattern. Additionally, the card game device comprises a second detection unit for detecting the contact states of a plurality of game media arranged therein.

Description

201032874 VI. Description of the Invention: [Technical Field] The present invention relates to a game device, a control method for a game device, and a control program for a game device. [Prior Art] In the prior art video game machines, various game interfaces such as joysticks, buttons, and trackballs exist. Moreover, in recent years, commercial video game devices using such dedicated video game devices have been popularized. However, this dedicated interface cannot be provided in consumer-oriented video game machines. In the past, video game devices have been used in commercial video game devices (hereinafter referred to as card game devices) including a card-selling device. Such commercial video game devices have the pleasure of collecting cards for playing games. Such a commercial video game device is popular with an interactive game for playing a video game using a card, and is known as a card game device (hereinafter referred to as prior art 1). The card game device of the prior art is provided with a plurality of cards in the game area, and the game can be played by moving the plurality of cards by the user's hand. 卡片In the card used in the card game device of the prior art 1, as an inherent The feed contains a code 1 prior art that is compatible with the game process corresponding to the material! The card (4) device captures the code and performs image recognition by the camera, so that the position of the plurality of cards placed can be obtained 146346.doc 201032874. The card game device of the prior art 1 can be oriented regardless of the direction of the card (angle) And the 'card game device of the prior art 1 displays a game image corresponding to the combination of the materials of the plurality of cards arranged by the player on the game area', thereby enabling the player to enjoy the competition for the group game. Fun. Previous Technical Literature Patent Literature

Patent Document 1: Japanese Patent No. 3736440 SUMMARY OF THE INVENTION Problems to be Solved by the Invention However, the card game device of the first technique is to simultaneously process a plurality of cards as input devices, and to detect the position of the card by infrared rays. Position, inherent transfer identification, identification), and combined with other pressed buttons to play. That is, the card game device of the prior art is as described above, and the information obtained from the user is only the card >; position, posture, time m, and press of the button. That is, the card game device of the prior art has a problem that it is impossible to detect the information that the player is touching the card through the card. Further, the card game apparatus of the prior art 1 cannot know which card the player is touching at any moment (i.e., at the time of the game execution). 'It is detected in the card game by the card'. The player can immediately use the card game device as follows. Any moment (immediately) when the game is executed, which card information is contacted. The purpose of the present invention is to solve the problems described in the present invention in view of such a situation, 146346.doc 201032874. Means for Solving the Problem A game device according to the present invention is characterized in that a plurality of game media are configurable, and each of the game media is printed on a ground plane and includes a game character that is recognized in invisible light. The code pattern of the inherent characteristic data and the game device includes: a display portion that displays a picture; a plane that transmits invisible light; and an i-th detection unit that detects each game medium on the plane a position and a code pattern of the game medium disposed on the plane; a second detecting unit for detecting a contact state with respect to the upper plane; and a control unit for detecting the position by the first detecting unit The position and the code pattern of the game medium or the display of the position and the pattern of the game medium detected by the first detecting unit and the contact state detected by the second detecting unit are displayed on the display. The image information of the department is controlled. In the game device of the present invention, the control unit calculates a pressed position or a pressed time of each of the game media, and changes an action instruction of the game character based on the pressed position or the pressed time. The game device according to the present invention is characterized in that the second detecting unit includes a plurality of conductive members, and an area of each of the conductive members is set to a size smaller than a ground plane of the game medium to be grounded to the plane. The total area of the ground plane for AxB has a specific ratio based on the square value of the specific value, and the area outside the size of the conductive member includes the difference between the value A of the above A and the above A multiplied by the specific value c, and the difference between the above b and the value b obtained by multiplying the above B by the above specific value De 146346.doc • 6 - 201032874 The invention of the present invention is characterized in that the respective areas of the electrical components are occupied It is formed by the area of 1/6 or 1/9 of the entire area of the ground plane. The apparatus according to the present invention is characterized in that the area of the electric material (four) is formed so as to occupy more than 7% of the total area of the ground contact surface. In the game device of the present invention, the second detecting unit detects the electrostatic capacitance value by using a capacitive touch sensor. And the above conductivity

The game device of the present invention is characterized in that it further comprises: (4) a micro-electric m train for detecting the electrostatic capacitance values of the plurality of electrodes, and instantaneously electrostatically counters the plurality of electrodes by the sensor microcomputer array The capacitance value is detected. In the game device of the present invention, the game medium includes a game medium having different electrostatic capacitance values. When the game device of the present invention includes the game medium having different electrostatic capacitance values, the game device further includes an area calculation unit based on the first detection. The image of the portion is calculated for the area of the game medium having the different electrostatic capacitance values, the plane and the electrode overlap, and the area calculation means corrects the capacitance value of the game medium having the different electrostatic capacitance values. The game device of the present invention is characterized in that a plurality of game media are configurable, and each of the game media is printed with a material that is identifiable in invisible light and includes information indicating characteristics inherent to the game character on the ground plane. The game device includes: a game execution unit; a plane portion including a configuration for transmitting invisible light; and a radiation portion that radiates the invisible light from the inside of the game device 146346.doc 201032874; and an imaging unit that will The invisible light is transmitted through the planar portion and reflected by the ground plane of the game medium, and the invisible light returned to the planar portion side is captured as an image inside the game device; and the image detecting unit is applied to the imaging unit. The captured image data is processed, and the information including the position of the game medium on the plane portion and the information indicating the characteristics of the game character printed on each of the game media is detected and supplied to the game. After the execution department' and the contact detection, the 35 measures the contact information of the above plane And the game device is configured to: the information detected by the image detecting unit and the contact detecting unit in response to an operation performed by the player on the game medium on the plane portion The operation information of the player is supplied to the game execution unit, and the domain game execution unit executes the game in response to the operation information; and when the player performs the operation of moving the game medium on the plane portion during the game, the image detection is performed by the image detection. The unit detects the movement of the ray media, and detects the contact with the plane portion by the contact detecting unit, and controls the progress of the game based on the operation information detected by the image detecting unit and the contact detecting unit. The game device of the present invention is characterized in that a plurality of game media are configurable, and each of the game media is printed on the ground plane with information identifiable in invisible light and including characteristics inherent to the game character. In the code pattern, the game device includes a game execution unit and a plane unit, and includes a game medium operation area (game area) and transmits invisible light, and the game medium operation area is formed by a surface having Configuring a width of a plurality of game media, and moving the game media of the configured 146346.doc 201032874 to an arbitrary position by the operation of the player; the light source portion configured to illuminate the configuration from the inside of the game device with invisible light a side of the game medium facing the plane portion; an imaging unit disposed in the game device, • capturing the game medium of the arrangement in the invisible light, facing the flat image detection unit The image data captured by the imaging unit is processed, and the pair of game media operating areas are included The position of the game medium and the information printed on each of the game media indicating the characteristics of the game Φ character are detected and supplied to the game execution unit; and the contact detecting unit is in the game media operation area. The lower portion includes a transparent member for detecting contact information from the upper portion of the planar portion on which the game medium is disposed, and is supplied to the game execution portion, and the game device is configured to correspond to the player in the plane The operation of the game medium is performed, and the information detected by the image detecting unit is supplied to the game execution unit as the operation information of the player, and the game execution unit executes the game in response to the operation information; While the game is being operated to move the game medium on the plane portion, the image detecting unit detects the movement of the game medium, and detects contact with the plane portion by the contact detecting unit. Controlling the above tour based on the information detected by the contact detecting unit The play is going on. The control method of the game device of the present invention is characterized in that it is configured as a control method of a game device in which a plurality of game media can be arranged, and each of the game media is printed on the ground plane and includes a display game identifiable under invisible light. The game device 146346.doc 201032874 includes: a plane for transmitting invisible light; and a second detecting unit for locating and configuring each game medium on the plane on the plane. Detecting a code pattern of the game medium on the plane; and detecting, by the second detecting unit, a contact state contacting the plane via any one of the plurality of game media configured; and The control unit of the game device is configured to: generate image data based on the invisible light reflected by a ground plane of the game medium disposed on the plane portion; and process the image data to include the planar portion The location of the game media and the characteristics of the game characters printed on the respective game media The operation information of the data is detected; the contact information for the plane portion in which the game medium is disposed is further detected; and when the player performs the operation of moving the game medium on the plane portion during the game, according to the operation information The above contact information controls the progress of the above game. The control program of the game device of the present invention is characterized in that it is configured as a control program for a game device in which a plurality of game media can be arranged, and each of the game media is printed on the ground plane and includes a game character that is identifiable under invisible light. The game device includes: a plane that transmits invisible light; and an i-th detecting unit that positions the game media on the plane and the game disposed on the plane And detecting, by the second detection unit, a contact state for the plane in which the game medium is disposed; and the control unit of the game device performs the following steps: Forming the image data by the invisible light reflected by the ground plane of the game medium; processing the image data, and printing the position of the game medium including the plane 146346.doc -10- 201032874 The operation information of the information of the characteristics of the game media that are not inherent to the game character is checked. Measuring the contact information for the plane portion on which the game medium is disposed; and controlling the movement of the game medium on the plane portion during the game, controlling the above based on the operation information and the contact information The game is going on. EFFECTS OF THE INVENTION • According to the present invention, it is possible to provide a game apparatus for detecting a contact state with respect to a card on an entire area by being covered with a small touch area on the game area. [Embodiment] <Embodiment> [Appearance of Game System X] Hereinafter, an appearance of a game system 实施 according to an embodiment of the present invention will be described with reference to Fig. 1 . Φ As shown in Fig. 1, the game system is a commercial video game machine (video game system) installed in a game facility such as a game center, a shopping mall, or a sports facility. The game system X includes a plurality of game devices 1 (μι~1〇_η, servo-fast 5, and a large display device 55. Each game device of the game system 1〇_ • 1~10-η is wired or wireless The network is connected to allow a plurality of players to play against each other. In addition, the game system can also be placed in the other game facilities via the server 5 as a so-called "lobby" word server. The other game devices 1〇_1~ι〇_η play the battle game. The feeding machine 5 pairs of game farms 1 〇 _ 1~1 〇 _ η score, sales, exit 146346.doc 201032874 card Further, the server 5 displays the game surface, the level, the operation status, and the like of the game device in the large display device 55. Further, the server 5 may be connected to the main feeding device not shown. And report the score level or sales amount to the main server. In addition, the feeder 5 can also download the game device from the server - n program or start R〇M (read only memory) ) 130 devices in the memory of the firmware, etc. The following is a description of the game device 10-1 in the game device of the game system X. g [Appearance of the game show 10-1] Referring to Fig. 2, similarly to the previous card game device The game device (7)_1 (game device) includes an IC (integrated circuit) card read/write unit 220, a card exit unit 230, a switch 240, a coin slot unit 250, a display 270, and the like. The user, that is, the case where the player p starts the game using the game device, will be described. The player Pf first purchases the cards 80_〇1 to 80-n used in the game (game) of the card game using a sales machine not shown ( Game media) and 10: The card 85 is set as a set of card sets such as "starting package". Among them, the IC card 85 is used to memorize the game data. Further, the cards 80-1 to 80n are used for actual use. In the game, the player P performs operations on the troops or game characters, etc., except that the shape of the dimension can be used as the game medium such as the card gO.UO n , and the card-shaped game media can be used as the model 346346. .doc 12 201032874 Body. In this case' It is possible to print an object such as a two-dimensional code-like optical code on a ground plane of a three-dimensional shape object for a model, etc. Specifically, when the player p is playing a game, the player will place 1 (: the card 85 is placed at 1C). The card reading and writing unit 220. Then, the player P puts a coin into the coin dispensing unit 250, or performs settlement using a stored value card or the like. Then, the player P arranges the cards 80-1 to 80-n in the game area 60 and causes them to be placed. Move, or press the switch 240, etc. to play the game. The game is displayed in the display 270. Further, it is displayed on the large display device 55 via the server 5. After the game is over, the game-related information including the game scores is written to the 1C card 85. Further, the card exiting unit 230 outputs the card which can be used as the cards 80-1 to 80-11 next time. At this time, the card exiting portion 23, for example, randomly selects a card and outputs it. [Control Structure of Game Device 10-1] Next, the control configuration of the game device 10-1 will be described with reference to Fig. 3 . The game device 10-1 includes a CPU 100 (control unit, game execution unit, area calculation unit), a storage unit 110, a boot ROM 130, a peripheral I/F (interface) interface 140 (peripheral device connection interface mechanism), and bus bar arbitration. The device 15 , the graphics processor 160 (edge device), the graphics memory 170, the audio processor 18, the audio memory 190, the communication I/F 200, the 1C card read/write unit 220, the card exit unit 230, and the switch 240 The coin-operating unit 250, the infrared camera 260 (the first detecting unit, the image detecting unit, and the imaging unit), the display 270 (display unit), the projector 275, the speaker 280, and the touch panel reading unit 300 (second detection) Department, contact detection unit). 146346.doc -13- 201032874 CPU 100 is a CISC (Complex Instruction Set Computer) or RISC (Reduced Instruction Set Computer) CPU (Central Processing Unit), MPU (Micro Processing Unit), DSP (Digital Siganl Processor), ASIC (Application Specific Processor), and the like. The CPU 100 is a control mechanism having arithmetic and control capabilities. Further, the CPU 100 may have the functions of the memory unit 110, the graphics processor 160, the audio processor 180, and the like described below. Further, the CPU 100 can also obtain the image recognition of the codes 810-1 to 810-n (FIG. 11) by using the program 111 to obtain the positions of the touched cards 80-1 to 80-n (FIG. 2). . The memory unit 110 includes a high-speed memory mechanism for main memory such as a RAM (Random Access Memory), an HDD (Hard Disk Drive), a flash memory, and a SRAM (Static Random Access Memory). Static random access memory), and auxiliary memory mechanisms such as magnetic tape devices and optical disk devices. The memory unit 110 includes a program 111 and a material 112. Further, the storage unit 110 includes an OS (Operating System) (not shown) for causing the game device 10-1 to function as a computer. The program 111 or the like can implement various functions of the game device 10-1 by various APIs (Application Programming Interfaces) of the OS. The program 111 is a program for causing the CPU 100 to execute the card game of the game device 1〇_1. Further, 'the configuration may be such that the program 111 itself is downloaded from the server 5 and updated" or downloaded at the start of the game. 146346.doc 14· 201032874 Information 112 is a variety of materials used in the program 111 of the card game. The data 112 includes information on the following scripts, information on each card, polygons for display of characters, music materials, and the like necessary for card games. In addition, the information 112 can also be used to memorize information such as difficulty setting. The boot ROM 130 is a non-volatile memory medium such as R〇M (Read Only Memory), NOR (nor or) flash memory or SRAM. Further, the boot ROM 130 sets the microcode of the CPU 1 when the game device 10-1 is activated. Further, the boot ROM 130 initializes each part. Further, the boot ROM 130 issues an instruction to start the execution of the program 111 from the memory unit 110. Further, the boot ROM 130 includes a program for setting an IP (internet protoco) address of the communication i/f 200, or performing an operation test of each part, or counting the number of coins and cards. Or information. The peripheral I/F 140 series provides USB (universal serial bus), ieee (Institute of Electrical and Electronics Engin) 1394, string for connection to various peripheral devices (peripheral devices). The interface of the line, parallel, infrared, wireless, etc. In the game device 10-1, as the various peripheral devices connected to the peripheral I/F 140, the illumination unit 21 (light source unit, radiation unit), 1 (the card read/write unit 220, the card exit unit 23, and the like) can be used. The switch 24〇, the coin-operating unit 25〇, and the infrared camera 260. In addition, the lever controller, the acceleration detector, the vibration device, and the like can be returned to the monitor, the pedal/hand switch, and the display monitor. A position detector for detecting the position of the 146346.doc -15- 201032874, and a pointing device such as a touch panel, a touch panel, a keyboard, a mouse, or a trackball are connected to the peripheral I/F 14 Further, the peripheral I/F 140 can also control an electronic switch or the like, whereby the peripheral I/F 140 can also turn on/off the power of various peripheral devices to suppress power consumption. Bus arbitrator 150 Providing a so-called "wafer set" or the like, an integrated circuit for connecting the busbar interfaces of the respective sections. The speeds of the busbars connected by the busbar arbiter 150 may be different, and may also rise/fall. The way is asymmetrical. Also, for example, cpu 1〇〇 Preferably, the memory unit 110 and the bus arbitrator 15 are connected by a high speed bus bar such as FSB or HT. Further, the 'graphic processor 160 and the bus arbitrator 150 are also connected by a wide-band bus bar. Further, the CPU 100 may be configured to include a bus interface interface such as a DDR 2/3 SDRAM or an XDR DRAM to directly read and write the memory unit j. The graphics processor 16 0 has a drawing of the three-dimensional CG. A graphics processor 160. The graphics processor 160 includes a geometry portion 162 that performs the calculation of the geometry (coordinates) of the polygon, and a rendering portion 164 that rasterizes/renders (drapes) the geometry-calculated polygon. The graphics processor 160 includes a RAMDAC (digiul-anal〇g eonvener, 146346.doc -16· 201032874 digital analog converter) for outputting the drawn image to the display 270 or the projector 275 (RAM D/A conversion) And a HDMI (high definition multimedia interface) interface, etc. Further, the graphics processor 160 performs infrared rays captured by the infrared camera 26 at high speed. In the image data, the processing of the image data of the pre-recorded game area board 62 (Fig. 8) is subtracted, whereby the graphics processor 丨6〇 can remove noise from the image material, thereby making the noise It becomes an image that is easy to image recognition

data. Further, the graphics processor 160 can also perform image recognition of the codes 81〇1 to 81〇 n (Fig. 11). The geometry unit 162 is a portion for rotating or enlarging a row or the like for a coordinate (global coordinate) of a polygon in a three-dimensional space. Further, the geometrical portion 162 performs affine transformation or the like to obtain a coordinate of the polygon in the two-dimensional space. Further, the geometry portion 162 may also include a "geometry shader" (or (4) shader) that performs tessellation such as polygon division or spline interpolation. / 一 dye 164 series attached to the polygon after the coordinate juice is called texture image data, to add various effects and in the @形 memory (10) middle edge map as the above various effects, you can use programmable shader Etc., and perform the calculation of the light spot, shadow (shadow, light and dark, translucent, oscillating, fogging, HDR (high dynamic range synthesis), etc.) X's polygon of 164 The type is a combination of a polygon such as a point polygon (dot), a line polygon (line table), a triangle or a quadrangle, and a polygon of a polygon, etc. In addition, when the dyeing method uses a feed pattern such as a ray tracing method, (4) An object defined by a region such as a circle, a circle expansion, a ball deformation ball, etc. 146346.doc 17- 201032874 Further, the geometry unit 162 may be configured to be processed by the CPU 100. In this case, the CPU The coordinates of the polygon are created by executing the program stored in the memory unit 110. Then, the CPU 100 performs an operation of transferring the coordinates of the polygon to the graphic memory 170. The rendering unit 164 draws the coordinates of the polygon. Polygon. Graphics § Remembrance 170 is a memory medium that can be read and written at high speed for drawing by the graphics processor. For example, as the graphics memory, gddr (Graphics Double Data Rate) can be used. Broadband memory. In addition, high-level memory interleaving can be used to connect the memory. It can also be placed in the graphics memory as a system LSI (large scale integration). Further, it may be configured to be displayed on the display monitor during the drawing by the graphics processor 160. The audio processor 180 has a PCM for outputting music, sound or effect sounds ( Pulse code modulation (DSP), such as a DSP (digital signal processor), etc. The audio processor 180 performs a physical operation sound source, an FM (freqUency modulati〇n, FM) sound source, and the like. In addition, the audio processor 18 can also calculate various sound effects such as reverberation or echo. The audio processor 18 has a D/A (digital) The conversion is transmitted to a digital amplifier, etc. The output is reproduced by the speaker 280 as a music, sound or effect sound. Further, the audio processor 180 can also recognize the voice recognition of the sound input from the microphone, etc. The audio memory 190 It is a memory medium for storing data obtained by digitally converting music, sound or sound effects. Further, of course, the audio processing number 146346.doc 28 201032874 180 and the audio memory 19 can also be integrally formed. The communication I/F 200 is used to connect to a LAN (1〇cal _(10) (four) spit, regional network), wAN (wide area network) network interface. The communication I/F 200 can use, for example, WiMax (registered trademark), c丄丨 (registered trademark), HDMI (registered trademark), wired/wireless LAN, telephone line, mobile telephone network, PHS network, electric light line network, IEEei 394 Wait. Through the communication I/F 200, the game device 1〇 can communicate with other game devices ι〇_鲁 2~l〇-n or the server 5. Thereby, for example, the player can perform a competition game (a game in which a competition such as a competition, the same applies hereinafter) or a cooperative game (a game in which the problem is solved, the same applies hereinafter) to the players of the other game devices 10_2 to 10_n that are communicably connected. Further, a plurality of game devices 1〇-1 to 10-n are communicably connected, and the game scores (points, scores, etc., hereinafter referred to as scores) can be totaled via the server 5. Further, it is possible to perform a competition game with the game devices arranged in other game facilities, or to total the ranks. Φ The illumination unit 210 is provided in a portion of the casing 70 (see FIGS. 6 and 26) of the game device 10-1 and emits electromagnetic waves that are invisible to the naked eye. The illumination unit 210 includes an infrared ray lamp, an infrared euuing array, an ultraviolet ray array, and the like, and a portion such as a relay or an electronic switch (hereinafter, an example using infrared rays). Further, the illumination unit 210 may include a wavelength selection filter ' as shown in the first filter 711 of Fig. 6 to remove visible light components from the emitted infrared rays. The infrared rays are irradiated from the back (lower side) of the card to the cards 80-1 to 80-π placed in the game area 60 of Fig. 6. Infrared is used to read the code printed on the bottom surface 146346.doc -19- 201032874 (the back of the card) by the infrared camera 26〇. Further, the illuminating unit 210 also includes an illuminating body for turning on an LED (not shown) or an illuminator outside the casing 7 and its switch. The card read/write unit 220 is a 1C card reader or an IC card writer known for reading and writing information to the ic card 85 (Fig. 2). The 1C card 85 memorizes individual achievements. Further, 1 (the card 85 memory and the name of the character in the game associated with each of the card ribs _ 1 to 80-n, the growth level, etc. Further, the 1C card 85 can also be written and memorized for playing the game object. Further, the 1C card 85 includes a memory unit such as a non-volatile flash memory and a control unit of the MPU, etc. 1 (the card read/write unit 22 supplies the redundant card) The power is turned on and written to the flash memory. The card exiting unit 230 is the part of the card (output) that can be used as the card go-hgon next time. Further, the card is, for example, on one side ( For example, a game-related information such as a force or a game character is drawn on the surface. Further, on the other side of the card (for example, the back side), an ink coded using an electromagnetic wave that is invisible to the naked eye, such as infrared rays, is printed ( The code of FIG. 1 is 8丨〇_丨~8 i, etc. Further, the card outputted by the card exiting unit 230 can be randomly arranged by the manager of the game device μ" in the frame having the button to supplement. On, card exit part 230 and cast The portion 250 is the same. When the game is over, the CPU 100 instructs to eject the card from the card ejecting portion 230. Further, the card ejecting portion 230 may also include a printer that reflects ink of electromagnetic waves that are invisible to the naked eye, such as infrared rays, to Printing code 81〇_ 146346.doc •20· 201032874 1 ~81〇-n. Also, rabbit·^, the improper situation occurs, the card exits the squad 230 can output the card, at the code 8HM~81〇-n It also prints the encrypted release date, place of issue, lD (Identifieati(m), etc.. Also, you can increase the number of exit cards according to the results of the game. Also, according to the results of the game (scores, points, Score, grade, etc.), and choose the type and number of cards.

Open the relationship button, handle or joystick. The switch 240 is used for various selections, menu calls, and input of names when performing a card game. The coin-operating unit 250 is a part for detecting a coin or a stored value card that the user inputs for playing a card game (the settlement information detecting unit p coin-operating unit 25 may detect a specific coin or amount) The detection signal is transmitted. As the coin, an economic value media such as a metal coin used in a game facility can be used. The coin-operating unit 250 can also include a magazine for storing coins or the like. The manager of 1 opens the frame 70 (Fig. 6) by using a button (not shown), thereby accessing the cassette. The infrared camera 260 can detect electromagnetic waves that are invisible to the naked eye such as infrared rays (for example, the wavelength is An image pickup unit (image pickup unit) such as a CCD (charge coupled device) camera or a CMOS (complementary metal oxide semiconductor) camera that acquires image data is obtained by light of a specific wavelength such as 0.7 to 2.5 μm. Further, in order to form an image only by electromagnetic waves (light) having a wavelength of infrared rays, the infrared camera 260 may include the second filter 712 of Fig. 6. The infrared camera 260 is taken from The image of the infrared light reflected on the back of the card 80-146346.doc •21 - 201032874 l~80-n is placed in the game area 60 of FIG. 6 and is made into image data. Further, as described above, the card 80- The back surface (back surface) of 1 to 80-n is printed with a two-dimensional code printed in an invisible infrared reflective ink, that is, a code 81〇_1 to 810-n (code pattern)' CPU 100 or a graphics processor 160, which can be The position or angle of each card and the information described in the code are read based on the image data of the infrared rays captured by the infrared camera 260. Further, instead of the illumination unit 210 and the infrared camera 260, the illumination unit 210 and the infrared camera 260 may be replaced. As in the case of "system liquid crystal", the liquid crystal element itself is incorporated in the photo sensor and reads the code 810-1 to 810-n. The display 270 is a liquid crystal display, a PDP (plasma display panel), an HMD ( A display mechanism (display portion) such as a head mount display or a head-mounted display. The display 270 displays the progress and scores of a specific game associated with the arrangement of the cards, etc. Further, the display 270 can also display a setting screen or the like. Instrument 275 A projection mechanism (projection unit) that projects (image). The projector 275 can use MEMS (Micro Electro Mechanical Systems), LCOS (Liquid Crystal on silicon), and a transmissive high-temperature polysilicon LCD. (liquid crystal display, liquid crystal display), or optical projectors such as lasers. In the configuration of the projector 275, the following screen 63 5 (see Fig. 27) is provided in the game area 60 (Fig. 2). Thus, the projector 275 can be used in a card game in which an image is projected. The speaker 280 amplifies the sound signal (sound information) output from the audio processor ι8〇 by a digital amplifier or the like, and then the sound is rotated out. 146346.doc •22· 201032874 Further, the speaker 280 may be provided with a microphone (not shown) for inputting sound. The touch panel reading unit 300 is provided with a contact detecting mechanism (contact detecting unit) that performs a complex detection function for detecting a plurality of contact points. That is, the touch φ plate reading unit 300 can detect the contact state at the time of contact. * The touch panel reading unit 300 can be configured to include a touch electrode η and sensor micro-computers 310-1 to 310-n. The touch electrodes 400-1 to 400-n are formed substantially transparently, and are formed so as to substantially transmit electromagnetic waves (light of a specific wavelength) that are invisible to infrared rays or the like from the illumination unit 210. For example, the touch electrodes 400-1 to 400-n are switches of a capacitive touch panel or a touch switch of a resistive film type. The touch electrode can form a conductive divided region (region) on the plate-shaped transparent substrate by using the following manufacturing method. Further, in the following embodiment, a case where the switches of the capacitive touch panel are used as the touch electrodes 400-1 to 4〇〇-n will be described. The sensor microcomputers 310-1 to 310-n acquire the electrostatic capacitance from the respective touch electrodes 4〇〇_1 to 4〇〇_n and detect the contact with the microcomputer (Mpu, sensor control unit) and the like. More specifically, referring to Fig. 4, the touch panel reading unit 300 is configured to include, for example, the touch electrodes 4?n formed by printing, and the sensor microcomputers 310-1 to 310-n. Each of the touch electrodes includes a plurality of electrodes as a plurality of touch sensors. 146346.doc -23- 201032874 Each sensor microcomputer 3 10-1~310-n is connected to the corresponding electrode 4〇l_i~401-η. Each of the sensor microcomputers 310-1 to 310-n performs scanning of each electrode in accordance with the instruction of the CPU 1〇〇. In this scanning, the sensor microcomputers 31 〇 1 to 310-n perform a/D conversion on the electrostatic capacitance of each electrode to obtain the value of the electrostatic capacitance. The value of the electrostatic capacitance to be scanned can be read by the control unit (control unit) such as the CPU 1 or the processor 160 via the peripheral I/;F. The value of the electrostatic capacitance of which of the detecting electrodes 4 〇 1 -1 to 401 - η has been changed by the control means at the time of reading. Thereby, a plurality of pieces of information such as coordinates touched in the game area _ 6 〇 (Fig. 6) or the frame 70 (Fig. 6) can be simultaneously detected. Furthermore, the sensor microcomputers 310-1 to 310-n can also be integrated into the sensor microcomputer array 301 by wafer stacking. (Relationship between Touching Electrode of Game Device 10-1 and Coded Shooting) Here, with reference to the conceptual diagram of FIG. 5, touch detection and code reading of card 80-1 of game device 10-1 according to an embodiment of the present invention are performed. Take a more detailed description of the relationship.下方 Under the card 80-丨 placed on the center of the game device, there is one touch electrode 4〇〇_1 which is an electrode of the touch switch as described above. The electrode is connected to the sensor microcomputer 3丨. In this state, the infrared image irradiated from behind the card can be taken by the infrared camera 260. That is, in the game device 忉-丨 according to the embodiment of the present invention, the printed matter can be read from the back side of the touch switch. That is: • The card touch sensor can be combined with the code reader. 146346.doc •24- 201032874 • The transparency of the touch switch can be used to read the code of the card 80-1 using the back side of the picture. Furthermore, the printing object of the game medium such as the card 80-1 can be either a card or a three-dimensional object. In this way, (4) the effect of simultaneous touch detection and code reading can be obtained. At this time, not only is the reading from the touch sensor and the infrared camera combined, but the image of the camera is used to supplement the touch.

The information of the sensor can be added to the pressed position of the touch sensor with higher precision. Further, depending on the type of the detection target (e.g., a card) on which the code is printed, such as a game medium, the capacitance may be affected. Therefore, in response to this effect, it is possible to detect the type of the detection object by the code identified by the infrared image, and then correct the value of the capacitance. [Device Configuration of Game Device 10-1] Next, the configuration of the inside of the game device 10-1 according to the embodiment of the present invention will be specifically described with reference to Figs. 6 to 1B. Referring to the cross-sectional view of Fig. 6, a game area 6A (flat surface, flat portion) is formed on the upper portion of the casing 70. The game zone 60 includes, for example, a protective layer 610, a game zone panel 62, a touch panel panel 630, and a glass panel 640. Each part is substantially transparent with respect to infrared rays. In this way, each part is formed by a member that allows infrared rays to pass through substantially. Further, 'cards 80-1 to 80-n are arranged on the protective layer 61〇0 146346.doc 25· 201032874 Here, when the illumination unit 210 inside the frame 70 emits infrared rays, the infrared rays will transmit substantially only through the infrared rays. The first filter 7U. The infrared rays are irradiated onto the cards 80-l~80-n, and the faces of the codes (e.g., codes 810-1 to 810-11 of Fig. η) are drawn. Further, the infrared rays reflected from the cards 8〇_1 to 8〇_11 are collected by the first reflecting plate 721 and the second reflecting plate 722. The concentrated red light passes through the second filter 712 which is substantially only transmitted through the infrared rays. The infrared camera 260 can form the infrared image into an image. Here, in the game device 1 〇-1, for example, the card 80 can be sensed by the touch electrodes 400-1 to 400-n (see FIGS. 8 and 9) printed on the touch panel sheet 630. -1~80-η contact. Referring to Fig. 7, a schematic diagram of a plane drawn from the user's plan view direction (upper surface) in the vicinity of the game zone 6〇 of the game device 1 〇 1 will be described. Thus, the cards 80-1 to 80-n are arranged in the game area 60. The illumination unit 210, the first filter 711, the first reflection plate 721, the second reflection plate 722, the second wave 712, and the infrared camera 260 are arranged in a line as indicated by a broken line. By constructing in this manner, the game area 6 can be used more widely. Furthermore, the display 270 can be disposed above the second reflecting plate 722 and on the casing 70. (Configuration of Game Area 60) A game area 60 of the game device 〇 〇 1 according to the embodiment of the present invention will be described with reference to the conceptual diagram of Fig. 8 . FIG. 8 shows a schematic diagram of the game area 60. As described above, in the game device 10 of the embodiment of the present invention, the cards 80-1 to 80-n are placed on the game area 60. Further, the main wave 711 of the light source of the illumination unit 208 is irradiated to the back surface of the play area 60 by the first wave 711. At this time, the touch panel panel 630 or the game zone panel 620 substantially transmits infrared light. Therefore, infrared light is irradiated to the back surface of the cards 8〇_1 to 80-n. Then, the code can be recognized by reading the infrared light reflected from the back surface of the cards 8〇_i to 80-n. Further, the game device 10-1 can recognize that the user's finger touches the coordinates on the game area 60. Here, the structure of the game area 6A will be described in more detail with reference to the cross-sectional view of Fig. 9. The stomach is first provided with a glass plate 640 from the lower side (rear) of the infrared light irradiation. The glass plate 640 is a glass that is transparent to invisible light such as infrared rays. Above the glass plate 640, a touch panel sheet 63 is provided. In the touch panel sheet 630, a method of screen printing a conductive paste containing extremely fine conductive particles onto a transparent substrate by (1) (refer to Japanese Patent Laid-Open No. 2007-142334, etc.) or gravure printing, etc. a printing method; or (Η) a method in which a gold foil such as copper is laminated on a transparent substrate and an anti-money agent pattern is formed on the metal foil, and the metal foil is subjected to a surname method (refer to Japanese Patent Laid-Open No. 2〇〇8_32884, etc.) ), or a manufacturing method such as photolithography, to form each of the touch electrode buckles ... 丨 ~ buckle ... η. Further, the conductive pattern corresponding to each electrode that touches the panel sheet 63 0 is connected to the sensor microcomputers 3 1_1_1 to 31〇_n (not shown). A game area plate 62 is provided above the touch panel sheet 630. The game zone sheet 620 is printed with a pattern of a game area or the like as in the prior art, but transmits infrared light. Further, a transparent protective layer 146346.doc -27- 201032874 610 is provided above the touch panel sheet 630. During the game of the card game, the cards 80-1 to 80-n are arranged by the user above the protective layer 610. Here, the example 0 in which the card 80-1 is placed is shown as 'printed on the back side of the card 8〇_i. The code 810-1 can be optically read by reflected infrared rays or the like. Further, the touch panel panel 630 may be located at a higher level than the game panel 620. Further, the game zone panel 620 or the touch panel panel 630 may be integrally formed with the protective layer 61. Further, when a projector or the like is used as described below, other layers for projecting images (images) may be provided. Next, the protective layer 610 will be described with reference to the cross-sectional view of Fig. 10. As shown in Fig. 10 (a), the protective layer 61 can have a conical projection. Further, as shown in Fig. 10 (b), the protective layer 610 may have a hemispherical projection. The friction is thus reduced by the protrusions. Thereby, the card can be smoothly moved to play the game. Further, the abrasion of the protective layer 61 can be suppressed. Further, the "infrared light is diffused by the protrusions", so that the misidentification of the codes 81 〇-1 to 81 〇_n due to the damage of the protective layer 61 can be reduced. Referring to Fig. 10(a), the end portion 611 of the cone is not completely formed in a convex shape but is formed flat. Thereby, the dispersion and smooth movement of the pressure on the card can be simultaneously achieved. Further, the diameter of the trunk portion 612 or the end portion 611 of the cone may be formed such that the diameter of the Mohs pattern (M〇ire卯(7)) is not easily generated when the code 81 (M to 810_n) is recognized. The hemisphere of Fig. 10(b) 6〗 3 is formed into a hemispherical shape, which in turn can reduce the stimulation of the user's hand. In addition, the effect of removing the dirt during wiping can be obtained 146346.doc • 28- 201032874. The diameter of the hemisphere can also be formed as It is difficult to generate the diameter of the Mohs pattern. (Structure of code 810-1) Next, a schematic diagram of the code 81〇_丨 of the back side of the card 804 will be described with reference to Fig. 11 and 'flat code 810-1 open>. It has a structure in which a plurality of circumferential strips are extended from the central axis 82. The code 81 (M can be distinguished as the place where the brightness of the infrared reflection is ( (white) and the place where the brightness is low (black). The pattern can record various information. Moreover, by "arranging the code in a circular shape", the position (coordinate), direction (angle), and card of the card on the game area 6〇 can be accurately recognized and grasped. The boundary of the part. Thereby, the touch can be simultaneously performed The reading of the panel and the code is not limited to this. Even if the number of the touch electrodes 40 of the touch panel is reduced (M to _n, the position of the touch (contact) can be grasped with the squeaking. The cost of the electrodes 400-1 to 400-n is the cost and the cost of the arithmetic device for identification. Further, as the code 810-1, the white code can be recorded using Gray code. In this way, the influence of misrecognition can also be suppressed. Further, the code 810-1 is not limited to the black and white display based on the special 查 查 查 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 This can also increase the amount of information in the game media. A, s own information. In addition, the pattern can have a plurality of values according to the infrared, etc. The difference in the reflection frequency, as the code 8HM The information listed in the information is not the type of card, etc. 1 is the type of the card described in the '7', and also includes the information of the special "Hyun Card" (4) of the following 146346.doc -29- 201032874. Further, as the code 8i〇_ The information recorded in iifi also records the contact The position of the card can be used to perform information such as "special attack" in the game as described below. The information described in the η encoding 8UM also includes the ID of the card for distinguishing the same type by the serial number or the like. [Game Processing of Game Device 10-1] Here, the flow of the card game will be described with reference to the flowchart of Fig. 12. In the game towel, the user of the game device of Fig. 2 is the player p. In the game processing, the control unit mainly performs the specific processing using the hardware resources such as the program U1 or the data 112 stored in the storage unit 110. . (Step S101) First, the CPU 100 executes the game start processing. Here, initially, the CPU 100 detects whether the player has inserted the IC card 85 using the 1C card read/write section 220 via the periphery 1/1?140. Then, the CPU 100 detects that the player has used the coin dispensing unit 250 to settle by the coin input or the stored value card via the periphery 1/1? 14〇. When the field CPU 100 detects that the settlement has been made, the process proceeds to step s1. Otherwise, the CPU 100 displays a screen indicating the input of the coin or the stored value card on the display 27 or outputs the sound from the audio processor 180 to the speaker 280. Further, when the 1C card 85 is not inserted and the account has been settled, the cpu 1 〇〇 prompts the insertion of the 1C card 85 and notifies the contents of the start package for which the 1C card 85 needs to be purchased. 146346.doc •30· 201032874 In the state where the 1C card 85 is not inserted and is not settled, the cpu 1〇〇 can display the face on the display 270 to attract the interest of the player. At this time, the cpu 1〇〇 can also let the player know that the game device m has not played the game by not outputting a sound. (Step S102) The CPU 100 performs an IC card reading process. The CPU 100 reads the data of the π card 8 5 using the 1 〇 card read/write unit 22 经由 via the periphery 1/1 〇 H 。. As described above, the 1C card 85 is a contact type or a non-contact type IC card. The IC card 85 can be provided with a flash memory (memory unit) and an Mpu (control unit), and the information of the game is encrypted and stored. As the information of the game, the level of each character of each of the cards 80-1 to 80-n, the military fee in the game, the dominant territory, the rank, and the like can be stored as follows. Moreover, as the information of the game, the game level of the player ρ is also memorized. • As the game level, you can memorize game related information or player related information. The game related information is the information related to the game, such as the number of scripts in the campaign mode or the number of the territories, and whether the player completes a plurality of game scripts during the game. The player-related information card has information about the card with a strong number of cards, the game winning percentage in the card game, and the like. The CPU 100 can change the selectable script according to the level of the game as described below. Furthermore, in the case where the reading of the data memorized for the 1C card has failed, or the case where the error data is recalled, the CPU 100 may end the processing of the game without proceeding to the processing of the next step S103. In this case, the CPU 100 transmits "1C card failure/error J data" to the server 5. Further, the CPU 100 can instruct the self-audio processor 180 to sound an alarm or the like to the speaker 280 to remind the store clerk (staff member) Further, the CPU 100 may return the coin from the coin dispensing unit 250. (Step S103) Here, the CPU 100 performs game processing for specifically executing the game. In the game processing, the CPU 100 executes the program U1i of the storage unit 110. A part of the tactical-level real-time simulation game (real-time strategy) in which the game device 10_丨 of the embodiment of the present invention is executed to perform the game of the era of the Three Kingdoms is described. The flow of the instant simulation game is as follows: First, as the user selects the game mode, etc., the CPU 100 reads out the game script β Φ and then 'about the enemy forces in the script (enemy characters), the towel troops (neutral) Role), by the CPU1〇〇 using AI (artificialime ge (10) artificial intelligence) to issue an indication or by the opponent to send instructions via the network. For the script Party forces (play the role, _ - configure card 8 (Μ ~ 80 · η, and, play 豕Ρ Μ), Μ * ^ 〇 80 80-1 ~ 8 〇 4 to select (contact with the switch 240 to select instructions, etc. In order to give instructions, the instructions to the enemy forces and the neutral CPU ww team are calculated by, for example, i/6G seconds, and immediately 146346.doc •32· 201032874 is reflected in the game. In this way, the CPU 100 causes the game to generate or decrease the force of the personnel, or the position on the map belongs to the own or enemy forces. Further, the CPU 100 uses the graphics processor 160 to render the change on the display 270. In addition, the CPU 100 uses the audio processor 180, and outputs an effect sound or BGM (background music) from the speaker 280. When the script end condition of the personnel, the configuration, or the position of the position is satisfied,

Or, when a certain time has elapsed, the CPU 100 ends the game processing. Furthermore, the game system X is a so-called multiple platform. That is, the game device 1〇1 can select a plurality of games to play the game. In this case, the type of the playable game may be described in advance in the 1C card 85, and the program lu itself may be downloaded from the server 5 in accordance with the selection of the player p. Further, when the player P plays a game, the game content can be displayed on the large display device 55 via the server 5 of @1, so that the player p can enjoy a more exciting game. The game processing will be described in detail below with reference to Fig. 13'. (Step S301) First, the CPU 100 performs a script reading process. This: This: Before the choice of the game player 2 of Figure 2 first selects the game mode. , ', use the button or switch of the software keyboard drawn in the game area 60 as the game mode, V Γ select the campaign mode, "national squad", "sports mode", "foot too 1 buried 4 four hegemony Modes such as mode selection mode and "guide". The War Only Mode is based on the scripts that are prepared by the standard. The "National Dominance 146346.doc -33- 201032874 Mode" selects the scripts of countries by selecting the country to be attacked. The "sports mode" is played by selecting a script between the player P and other game devices i 〇_2~i 〇_n. The Script Selection Mode selects a script that has ended (completed). The Guide is a method for teaching beginners to play games. The CPU UH) reads the script corresponding to each game mode in accordance with the instruction of the player P when the player Pii selects the mode. The script can also be stored as part of the data m in the HDD of the memory unit. X, can also be configured as a self-feeding device $ download script. ❿ As the content of the textbook, you can use map data, military configuration information, end condition data, special weapon data, etc. The map tribute is used as a map of the battlefield 3D (three dimensiona). The map data is displayed on the display 270 using the graphics processor P4, or the viewpoint change or shadow _, 2 is displayed on the display 270, or the self-feeding device 5 is displayed on the device 55 via the network. In addition, the map data includes information such as height and terrain attributes. Information on the degree of terrain and terrain, etc. ❹ (4) It can be “related to the speed of the troops///topographic data such as traps, and helmets.” The map data contains the resources of “positions” ^==bevels. The troops are facing the "position I, the squad or the "position". _ Take the "flag" to rule the objects. The configuration of the domain pool, stone wall or moat troops can also be configured in each position. The configuration of the enemy team on the map data, the timing of the reinforcement, the end of the chat, etc., and the end of the conditions can be compiled. The force ^ 灭 146346.doc •34- 201032874 for the condition of 5 recalled. In addition, it can be remembered by setting various conditions for ruling a particular position, killing the leader of a designated unit, and launching a specific "killer" shape. At the end of the month, the CPU 1GG starts the specific battle (step S302). The CPU just performs card detection processing to detect the configuration and contact state of the card >} 8G.1 to 8G_n. One, three, as shown above, detect the player p of Figure 2 on his own troops. In this processing, the game device 10-1 according to the embodiment of the present invention uses the card t-set state and the contact state of the cards 80-1 to 8〇-η. The case of using the configurable contact state is not the combination of I I and (4) is not the same as fe1. Therefore, unlike the prior art, various indications can be used to improve the gameability. First, 1 'refer to FIG. 14 _ 'Detailed description of each card 8Wn, specifically how to detect the code, determine the touch position. When detecting the code, the code 81 is read by infrared or the like (M~81〇_n and the code is detected. When the fixed position of the fixed boat % & is touched, it is determined by the contact of the touch electrodes 400-1~4〇〇_η. The processing of the card (4) is divided into the following two processes to say : 虚是(1) Cards that use plain paper media _ : = =; and (2) cards 8 containing special "shock cards" containing metal falling (the game media of static electricity) (Μ~8 The detection of 〇-η can decide which of the (1) or (2) I46346.doc •35- 201032874 is processed according to the type of the card game. Here, the CPU 100 can process the two types of processing. It is available for selection in non-volatile memory of memory unit 11(). [(1) Pair of plain paper Detection of the media cards 80-1 to 80-n] First, the detection of the cards 80-1 to 80-n using the plain paper media will be described with reference to FIGS. 14 to 18. As described above, 'touching The electrodes 400-1 to 400-n are capacitance electrodes formed on the touch panel sheet 630 by printing or the like (see FIGS. 4 and 8). Further, the touch electrodes 400-1 to 400-n are used by Wiring is connected to the sensor microcomputers 310-1 to 310-n. Therefore, "multi-touch" can be realized, and a plurality of contact information for each electrode can be obtained at the same time point. The image acquired by the camera 260 is processed and used, and the position of the card and the contact position are detected with higher precision. Hereinafter, the detection and encoding of the contact position will be more specifically described with reference to the flowchart of FIG. At this time, the processing between the CPU 100, the touch electrode 400, and the sensor microcomputer 3 10-1 will be described as a representative example (Step S1021) First, the CPU 100 of the game device 10-1 performs sensing. The microcomputer action starts processing. Here, at the beginning of the game processing in Figure 12 At this point, the CPU 100 controls the electronic switch by using the peripheral I/F 140. Then, cpu ! 供给 supplies power to the sensor microcomputers 3 10-1 to 3 10-n. Thereby, the sensor microcomputer 3 can be made. 1 〇-1~3 1 〇_n is only operated during the game processing 146346.doc -36 - 201032874. Thereby, the effect of reducing the running cost of the game device 1 〇 _ can be obtained (step S1022). The CPU 100 performs sensor microcomputer communication connection processing. In this processing, the CPU 100 checks whether or not the communication connection can be made via the peripheral I/F 140 between the sensor microcomputers 31〇_1 to 3 10-n and the CPU 100. By this check, 'when either of the sensor microcomputers 310-1 to 310-n does not respond, it is determined to be a failure. At this time, the CPU 100 transmits the failure to the server 5 via the communication I/F 200. Further, the manager of the game device 10-1 is notified by sounding an alarm or the like. When all of the sensor microcomputers 3 10-1 to 3 10-n are responsive, the CPU 100 advances the processing to step S1023. (Step S1023) Next, the CPU 100 performs sensor microcomputer initialization processing. In this example, the initial signals and the like are transmitted to the sensor microcomputers 31〇_1 to 310-n. Thereby, each of the sensor microcomputers 3 1 〇-1 to 310-n starts initialization processing from the initial position of the built-in R 〇 M or the like. As the initialization processing, each of the sensor micro-electric systems performs connection confirmation or correction with respect to the connected touch electrodes 4〇〇_1 to 4〇〇_n. Then, each of the sensor microcomputers 31 〇 1 to 3 10-n transmits the result of the initialization processing to the CPU 1 . Further, when the CPu 100 confirms that the data is abnormal, it is also possible to notify the manager of the game device 丨〇_ by transmitting the alarm to the server 5 via the communication I/F 200 and sounding an alarm or the like. 146346.doc •37- 201032874 Thereafter, when the initialization processing is normal, each of the sensor microcomputers 310-1 to 31〇-n stands by to wait for the detection start signal from the CPU 1〇〇. Hereinafter, the detection of the card contact after the start of the card game will be described by taking the sensor microcomputer 3 1〇-1 in the sensor microcomputers 310-1 to 3 l〇-n as a representative example. (Step S1024) Here, the sensor microcomputer]^-〗 determines whether the detection start signal has been received from the cpu 1〇〇. The detection start signal is sent by the cpu 1〇〇 after the start of the card game. With the detection start signal, as described above, the sensor microcomputers 3 i 1 to 310-n can perform contact detection of the card (10)-bu ribs of about 60 times/second. When the judgment of step S1 〇 24 is Yes (YES), the sensor microcomputer 310-1 advances the processing to step S1030. On the other hand, in the case where the judgment in step S1024 is "NO", the sensor microcomputer 310-1 returns the processing to step sl24. (Step S1025) Next, the sensor microcomputer 310-1 performs scanning processing. Specifically, the sensor micro-computer 31 (M sequentially measures the electrostatic capacitance of each electrode of the touch electrode 400-1 that performs scanning) and performs a/d conversion or the like to obtain a capacitance value (touch count value). The electrostatic capacitance value can obtain the electrostatic capacitance value of each electrode when it is turned on/off. Further, the contact pressure (contact area) of the touch can be obtained. When the electrostatic capacitance values of all the electrodes of the touch electrode are obtained, The sensor microcomputer 310-1 writes the electrostatic capacitance value to the memory unit 110 by DMa transmission via the communication I/F 2, and 146346.doc -38- 201032874. Further, the CPU 100 can also directly obtain The electrostatic capacitance value is stored in the memory unit 110. The scanning process is terminated (step S1026). Next, the CPU 100 performs electrode coordinate acquisition processing. Here, the CPU 100 generates static electricity based on the micro-electricity of each sensor. The capacitance value is obtained, and the coordinates of the electrode that is touched (pressed) by the user are obtained. Here, the relationship between the size of each electrode and the coordinates of the pressed (contacted) electrode will be described in detail with reference to Figs. 15 to 18 . [The size of the electrode and The relationship between the coordinates of the poles is first described with reference to the conceptual diagram of Fig. 15. For example, if the area of each of the capacitive electrodes of the touch electrodes is too large with respect to the card 80-1 to be detected, the phase is The determination of the neighboring area becomes unclear. Therefore, the maximum area of the electrode is determined based on the area of the card 80-1 to be detected. Further, when cards 80-1 to 80-n are used, each card can be used. In the center, the position of the pressed card (the position of the contact card) is detected only in a specific area, thereby reducing the false detection. Thus, in the cards 8G-1 to 8ϋ·η, the area in which the entire card is specifically detected is set. The inventors of the present invention have repeatedly conducted active experiments and studies in order to specifically apply this to the game. As a result, it has been found that the area of the effective area around the area of the area of the card which is assumed to be the detection target is Then, in combination with the infrared image recognition of 146346.doc -39· 201032874, the position of the card 8〇1 can be determined at high speed and high precision. That is, the electrodes of the touch electrodes 400-i can be touched. The size is set to be about 70% of the size of the card 80-1. Further, when a model or the like is used as the game medium without using the card 80-1, for example, an optical code such as a two-dimensional code t can be printed. The area of the effective area of 70% or the like is used for the area of the floor. Here, with reference to Fig. 16, it is determined that a sufficient effective area necessary for detecting each of the cards ～80·η is used for the card 80-丨 according to the detection target. The electrode area determination method of the size of one electrode will be described in more detail. First, if the card 8 (the size outside the 设为 is set to the length & length β,

The area of the effective area is set to the entire card, which becomes: a=KxA

b=KxB ...... Equation (1). The area is defined as the length (Μ=Κ2χ1〇〇) where 'will touch each part of the electrode 400-i cx length d. The method for determining the length C and the length d will be described with reference to Figs. 17A and 17B. First, referring to FIG. 17A, if the positional relationship of the sensor just across the adjacent and closely connected sheets becomes a "difference condition" that is difficult to detect the contact position, that is, in the case of the static lightning according to the touch electrode 400-1. In the case of "w electric current valley value and discriminating the electrode is turned on", it is impossible to discriminate which of the two is the contact. X卞片_与卡8〇· 146346.doc -40. 201032874 Therefore, in order to determine the card to be contacted, each electrode must be outside the effective area, that is, "unrelated band (4) coffee, such as z. >»疋The target sets the M (%) of the card area to the lateral width c of the touched device: Refer to Figure 1 7B, as described above, the touch sensing in the case of the effect area

c = A - a = A - KxA ... Equation (2) 〇 Direction This loose width c can be set to the lateral width of one electrode of the touch electrode 400-1.

Similarly, the longitudinal width d can be set as: d = B - KxB ... (3). In this case, when the rotation posture of the card is also considered, the area of the touch sensor can be set to be the diagonal of the shorter one of the lateral width c and the longitudinal width d. As described above, after the active experiment and research by the inventors of the present invention, it is found that when the electrode of the touch electrode 400-^400^2 is disposed to achieve the maximum price performance, about 7% of the area of the detection object is detected. A case where it is set as an effective area is a preferred example. That is, a minimum of the touch electrodes (switches) is provided with respect to one of the cards 80-1 to 80-n. Therefore, when the effective area is set to 70% of the area of the detection target in this manner, the cost can be suppressed and the contacted coordinates of the cards 80-1 to 8〇_n can be detected. Here, another example will be described with reference to Fig. 18. In this example, the size of the touch electrode 4004400-11 may be obtained by using the area of the card 80-1 to be detected as an equal area as a reference. 146346.doc -41 · 201032874 The inventors of the present invention repeatedly conducted active experiments and tests, and found that the area after the division is preferably the area of the card (10) - rib ^ 丨 or "丨". As shown in FIG. 18, in the case of the area of 1/6 of the card, the card area is divided into 6 equal parts, and the size of one electrode of the touch sensor of the electrode 4〇〇1 is set. . Further, in the case of the area of 1/9 of the card, the card area is divided into nine equal parts, and the size of the electrode of the touch sensor of the electrode 4004 is set. If the setting is made in this way, it is also possible to easily grasp which position inside the cards 80-1 to 80-n is in contact with. If the above is summarized, it is preferable to arrange the electrodes so as to cover the electrodes of the electrode hoppers (10)-(10) and to cover 70% of the cards 80-1 to 80-n. Alternatively, it is preferable to detect the contact position of each of the cards 80-1 to 80-n in detail by setting it as 1/6 or 1/9 of the area of the cards 80-1 to 80-n. (Step S1027) Here, again, referring to Fig. 14, the detection processing of (1) cards 80-1 to 80-n using plain paper media will be described. In step S1027, the CPU 100 performs an infrared image card position acquisition process. As in the prior art 1, this processing uses infrared rays or the like as shown in Fig. 6, and receives an image printed on the back surface of the cards 80-1 to 80-n by the infrared camera 260. 146346.doc -42- 201032874 Then, the CPU 100 also parses the received image using the graphics processor 160 or the like, and recognizes the code WO-hSUn as shown in FIG. Thereby, the value of the operation information on the coordinates (position), angle (direction), ID (card type) of the card (9) - rib... on the game area 6 can be obtained. The CPU 1 stores the values of the operation information of the coordinates, angles, 1 〇, etc. of the cards 8 (M to 8 〇 _n) in the storage unit 110. Further, the cards 80-1 to 80-n are not placed in the memory unit 110. The situation on the game area 60

When you recall the "not placed" flag ◎, you can also set the coordinates to a value such as (X, Υ) = (·1, _1). (Step S1028) Next, the CPU 100 performs card information acquisition processing. As the card information, the following information is obtained: • The location touched by the user on the game area 60 (contact information) • The number 8 of the card 8 (M~8〇_n, m, coordinates, Angle and touch information. Here, the above-mentioned "touch information" will be described. The CPU (10) obtains information related to the case where the card Ln on the game area 60 is touched and touched, and serves as touch information. Touch the information 'can use the card to contact the flag, contact strength, contact coordinates and other information. Based on the image processing of the card, the contact coordinates in the contact information of the road contact Correction according to the coordinates of the electrodes of the card 80-1~. 8〇-n coordinates and angle, contact again' as described above, card 8〇. 146346.doc 43· 201032874 1~80·η coordinates The angle and the angle are obtained by the infrared image card position acquisition processing. Further, the coordinates of the contacted electrode are obtained by the above-described electrode coordinate acquisition processing. Here, for example, the CPU 100 is on the card 8〇-1~80. -η overlaps with the coordinates of the electrode When the position of the card is set as the contact coordinate, the CPU 1 is in contact with the card 80-1 to 80-n when the electrode is touched but deviated from the card within a certain value. Further, the value of the electrostatic capacitance when the CPU 100 is contacted with 2 to 4 electrodes exhibits an approximate value of the shape of the electrode which is closer to the card 80-1 to 80-n as the contact coordinate. Moreover, the temporal correction can also be performed. As described above, the contact coordinates can be updated, for example, every 1/60 second. Therefore, when the contact electrode moves, the CPU 100 selects which contact to touch according to the amount of movement of the electrode. The cards 8〇_1 to 80-11. Moreover, the CPU 100 sets the coordinates of the selected card so-uo-n as contact coordinates. Thus, the CPU 100 has been touched by the card 8〇_ι~8〇_n. In the case, the corrected coordinates can be memorized in the touch information. In addition, the touch information can also memorize the contact coordinates in the card. (Step S1029) Here, 'return to the action of the sensor microcomputer 310-1. For the description, the sensor microcomputer 3 1 0 · 1 determines the contact for the card Specifically, the sensor microcomputer 310-1 determines whether the detection end 彳s number has been received from the cpu 1〇〇. Further, the CPU 1〇〇 can be 146346.doc in the step of FIG. · 201032874 The end of the game processing time, the detection end signal is transmitted. When the determination in step S1029 is Yes, the sensor microcomputer 3 j 〇 _ 1 advances the processing to step S1030. Otherwise, the determination in step S1029 is No. In the case, the sensor microcomputer 310-1 returns the processing to step si 024, for example, repeating the processing of the following processing every 1/6 sec. (Step S1030)

Next, when the detection is completed, the CPU 100 performs a sensor micro-computer operation stop processing. Specifically, after receiving the detection end signal, the sensor microcomputer 31〇_1 enters a HALT (stop) state or the like and stops the operation to suppress the power consumption mode. Then, the CPU 100 controls the electronic switch using the peripheral I/F 140, and turns off the power of the sensor microcomputer 31〇-l~310_n. Thereby, power consumption during the period in which the game is not played can be suppressed, and malfunction or the like can be reduced. By the above, (1) the card 8 using the ordinary paper medium (the detection process of the M-specific η is finished. The card 80-1 to 80-η [(2) for the detection of the special "hyun card containing the metal foil, etc." Handling] Secondly, the processing of the card containing the "Hyun Card Line Description" 8〇-1~80-η into the "Hyun Card" is spread on the surface or inside like "^^^^ Gold and Silver Brocade" with metal/ Searching or printing a box with a slogan such as the slogan/white card. "Hyun card" is used in card games 146346.doc 45 201032874. It is used as a card with special value. Small or two ": card" is used The relationship between the metal pigs and the resistance of the Takaka bridge between the electrodes that are straddling is the electrostatic cross between the two electrodes, and the two are detected inside, so that the capacitance is increased. : Therefore, in consideration of the following method, the coordinates of the cards 80-1 to 80-n are obtained in the game area 60, and the capacitance value is corrected by this. Specifically, the corresponding electrode is determined. "offset value", and cpu 100 memorizes the "offset value" in the memory unit m The obtained electrostatic capacitance value can be corrected, and the "dazzle card" can be detected in the same manner as a normal card. Hereinafter, with reference to the flowchart of Fig. 19, (7) a special "dazzle card" including a metal network is detected. The processing of the cards 8 () 1 to 8 Qn will be described in detail. (Steps S1031 to S1034) Referring to Fig. 19 and Fig. 14, in the processes, steps §1 to 31 perform the same processing as that of step S1021, and steps sl102 The same processing as that of step S102, step S1033 performs the same processing as step S1, and step S1034 performs the same processing as step S1024. (Step S1035) Here, 'CPU 100 performs infrared image card position obtaining processing. The processing is also the same as the step S1027 of Fig. 14. Thereby, the cpu 1〇〇' first acquires the coordinates (position) on the game area 60 of the card 8 (the codes 810-1 to 810-n on the back side of the M to 80_n). The value of the angle 146346.doc -46·201032874 (direction), ID (card type), etc. Further, the CPU 100 can determine whether the card is a flash card and perform correction processing based on the ID in the following processing (step S1036). Second, the CPU 100 determines whether there is a flash card. Here, it is determined whether or not there is a flash card in the card on the game area 60 of Fig. 2. When the determination in step S1036 is Yes, the CPU 1 causes the process to proceed to step S1037. When the determination in step S1036 is "N", the CPU 1 advances the processing to step S1039 to perform normal scanning processing (step S1037) The CPU 100 performs a flash card area calculation processing. Description will be made with reference to the conceptual diagram of Fig. 20. As described above, when the X-ray card is in contact with the electrode, the electrostatic capacitance values of the electrodes touching the electrodes 400-400 are increased only in proportion to the area where the flash card and the electrode overlap. φ is as shown in Fig. 2A. When a flash card is disposed across a plurality of touch electrodes at any position on the area, the touch electrodes 400-4004 may malfunction. In the case of the touch-open relationship, the sensitivity value is calculated according to the relationship between the electrostatic capacitance and the capacitance between the objects on the electrode, so that the value of the sensitivity proportional to the area covering the electrode changes when the flash card is placed. . Moreover, this is the cause of the malfunction of the touch electrodes 400-1 to 4〇〇_n. Therefore, in the game device 10-1 according to the embodiment of the present invention, the card position is determined by recognizing the lines 81G] to 8lG.nit.卩卩, Game Pack 146346.doc •47· 201032874 Set up 10-1 to identify the coded line using image recognition, whereby the position coordinates of the determined card can be used. Thereby, the position coordinate information of the determined card and the electrode position information can be combined to calculate the area covering each electrode. In other words, the touch calculation is performed by subtracting the increase amount of the sensitivity value by calculating the t area in advance, thereby suppressing the malfunction of the electrode. In the example of Fig. 20, when the card 8〇_3 is a flash card, the overlapping area of the card 80-3 and the respective electrodes overlapped is calculated. Since the position of the electrode is known to be placed on the game area 60, the known coordinate can be memorized in the memory unit U, and the intersection of the coordinates of the card and the electrode can be calculated, whereby the area of the overlapping portion can be counted. For example, in the example of Fig. 20, since the electrodes that touch the electrodes are not overlapped, the calculation is not performed. On the other hand, since the electrodes are completely overlapped by the touch electrodes, the area of the overlapping portion can be calculated. The CPU (10) stores the value of the area of the overlapping portion obtained for each electrode in the memory unit 11A as an array variable or the like. (Step S1038) Next, the CPU 100 performs electrode sensitivity value correction processing. In this process, the "offset value" of the electrostatic capacitance value of each electrode is calculated and calculated based on the area of the overlapping portion of each electrode obtained in the above-described card area calculation processing. The offset value of each of the electrodes can be obtained by the following equation: (offset value of each electrode) = (area of overlapping portion of each electrode) X (coefficient) Formula (4). The relationship between the electrostatic capacitance and the area of the ordinary card and the flash card is obtained in advance, and 146346.doc 201032874 can be stored in the memory unit 11 as a specific constant representing the relationship. The CPU 100 also stores the obtained offset values of the respective electrodes as array variables corresponding to the respective electrodes and the like. (Step S1039) Step S1039 performs the same processing as that of step S1025, and each of the sensor microcomputers 310-1 to 310-n performs a scanning process. (Step S1040) Here, the CPU 100 performs electrode coordinate acquisition/offset processing. First, in this processing, the CPU 100 performs the same electrode coordinate acquisition processing as that of step 31026. That is, the CPU 100 reads the electrostatic capacitance values obtained by the respective sensor microcomputers 310-1 to 3 10-n from the memory unit 110. Then, the CPU 100 reads out the offset values of the respective electrodes from the memory unit 11A, and adds or subtracts the capacitance values corresponding to the respective electrodes. Thereby, it is possible to obtain an effect of eliminating the malfunction of the card and accurately detecting the contact of the cards 80-1 to 80-n. Thereafter, the CPU 100 performs zero-padding or the like to eliminate the array of offset values of the respective electrodes. (Steps S1041 to S1043) Step S1041 performs the same processing as that of step S1028, and step si〇42 performs the same processing as that of step S1029. Step S1043 performs the same processing as that of step S1030. According to the above, (2) the process of performing the debt measurement on the cards 80-1 to 80-n including the special "dazzle card" containing the metal foil or the like is completed. 146346.doc •49· 201032874 In this way, if it is configured to use the touch position obtained by each sensor microcomputer SiO-UW n and the image obtained by the infrared camera 26〇, the game can be played. The resolution of the detection of the position at which the user touches the game area 60 on the entire surface of the area 60 is set to, for example, 4 〇〇 or more. By the fact that each of the cards (10)-bu ribs for the game is about the size of 86 mm x 54 mm, it is possible to obtain a resolution of about 6 equal parts without much cost. Further, it is also possible to form a resolution for achieving a point which is about 9 equal parts. Further, in the game device 1A1 according to the embodiment of the present invention, it is possible to detect the contact position of 6 times/second or more for 400 points in the game area 60. Compared with the previous prior art of optical detection coding only, the speed is very good, and when the user touches the card 8〇1~8〇n, the contact position can be detected at a very fast speed substantially instantaneously. . Moreover, the drawing speed of the dynamic picture that the human eye can perceive is also about 6 frames/second. Furthermore, the 60 frames/sec is also the drawing speed commonly used in games. Therefore, the drawing speed, the detection speed of the code, and the speed of the contact position of the contact position can be made. Thus, it is possible to avoid a state in which the response of the game device 10-1 is slow (slow) in comparison with the game player P. Especially in real-time simulation games, the state of the game is greatly affected by the speed of private placement of the various units. Therefore, the speed of the reaction is very important for the game's taste! Health and operability. Thus, as in the embodiment of the present invention = the card detecting method has a sufficient detection speed, a remarkable effect of improving the operability of the card game can be obtained. 146346.doc 201032874 (Step S303) Here, the specific processing of the card game after the card detection will be described in detail with reference to FIG. CPU HH) performs its own unit processing. In the processing of the own troops, cpu (10) for each of the own forces, and obtain the card heart of the player p of Figure 2.

1~8〇-n configuration, and various instructions based on card contact. In addition, the CPU 10 takes two into four to process the actions of each character in the own army. As the action, the P system moves to the destination and fights against enemy troops and the like. The enemy units are operated by the CPU or other players. The results of these processes are reflected by the (iv) processing after the lower-enemy forces process. Hereinafter, the processing of the own troops of the step 83〇2 will be described in more detail with reference to Figs. 21 to 24 . [Strength Composition] First, the information related to the troops will be described with reference to FIG. In the card game of the game system of the embodiment of the present invention, the data of the troops such as the enemy units, the enemy units, and the neutral units are respectively carried out, and the game is played on the script according to the state of the team. An example of the elements of the data relating to the own unit is shown in FIG. The data element may have the following elements: force number D1〇1, leader number D102, command D103, special attack level d 1 〇4, target D1 〇5, morale D106, and member D107. The unit number D1 〇 1 is a part (the unit number memory unit) that stores the number used in the program corresponding to each unit. Furthermore, in the case of a card game using, for example, the card 80-^80-11 of the same generals (category), it can be distinguished according to the force number D1 〇 1 of 146346.doc -51- 201032874. The 100-segment number D102 stores a part indicating the number of the character of the card 80-1 to 80-n corresponding to the unit number. (When the memory unit of the military is used in the case of using the same type of card, the card can be used. The command D1G3 is a part of the command data (action information memory) of the action of the unit determined by the force action instruction processing. The special attack level D104 is a "special attack level" for the following special attacks. The part (special attack level memory). This special attack level is by pressing (contacting) the card 8 corresponding to the force number (Μ~8〇_η time or press (contact) strength (contact area) And the special attack level will be reduced or become X when a special attack is issued. It can also be set to increase the "special attack level" in proportion to the time or damage of the attack. Target DH) 5 indicates the map The coordinates of the coordinates or the part of the troops to be pursued (coordinate information memory). Transfer date # 'J The target Dl05 can be configured according to the corresponding card 80_ 1~80-n Decision morale DH) 6-based memory with a portion of the relevant parameters morale (morale parameter memory unit). The relationship between morale and material warfare (four) degrees, loyalty, degree, and aggression. For example, you can set the minimum morale to 〇 and the highest morale to 255. The member face remembers the part of the list of member roles (member role memory). Among the members, there are variables other than the leader. Thus, for example, an operation of converging troops to assign members to other units can be performed. Also, 146346.doc 201032874 can also be used to increase the membership of the enemy from the role of betrayal of the enemy forces. In addition, the different roles of the archers and the cavalry can be operated as the same unit. Furthermore, the morale D106, the number of members D107 and the type of character can be memorized in the 1C card 85. [Role composition] The person's information on the role of the unit will be described with reference to FIG. In the card game of the embodiment of the present invention, the cpu 1 〇〇 causes each character to act as a member of the army of the card game. And, the cpu 100 displays each character on a map three-dimensionally drawn by the graphics processor 16〇. In the card game according to the embodiment of the present invention, as the character type, there is a leader role and a "character other than the leader". The leader role corresponds to the card ~80_n. "The role other than the leader" is used as an ordinary force. • # is the data element related to each role, which can have member number D201, name D202, HPD 203, LVD 204, occupation D205, skill D2〇6, gender D207, ability value D2〇8, leader D2〇9, item/ Equipped with elements such as D21〇. Member number D201 is a number corresponding to the role of each member. This number can be attached by the CPU 1 in accordance with the program each time a card game is played. The name D202 is not an element of the role name. The name is set to the default name when it is in the role of the leader. Also, the player p of Fig. 2 can also name himself. The name of the leader character can also be pre-recorded in 1 (: card 85 146346.doc -53- 201032874. The name of the character other than the leader can be used by the CPU 100 each time the card game is played and according to the specific name. The name is set in the list. The HPD 203 is the element that represents the physical value of the character. When only 卩 is ❹, the character dies. The value of HP can be used when the character is in a specific location such as a city on the map. Supported or automatically replied. Also, when the leader’s HP is 〇, the leader will become “unable to fight” and cannot be used in the game. In addition, when replying, it is called the “Bing Food” card game. The LVD 204 is a factor that indicates the level of the character's strength, etc. The leader's level will rise according to the number of games or the number of special attacks, etc. Also, the level of the character other than the leader in the army is The script specifies, or the level of the magic item, which is set by cpu(10) when starting the game. : Industry D "205 is the appearance or skill on the polygon drawing of the character, the occupation" In the profession used by the leader, 'there are some types of martial arts who use the genre of the genre. The traits of the future, such as the future people, the devil, and the humanoid robots.

category. According to this category, the profession of f-collar can be as famous as the name, the servant: the head of the rebel army, the captain of the sergeant, the attribute of the occupation of the forbearance, and the first archer in the same unit, the robbing soldier, the stepping hill : The role of the occupation 'can use the cavalry industry ° the position to discuss this i + color (4) after the transfer of the force allocation process, the user will set the foot; In the case of troops, the proportion of occupations of 1 soldier according to their distribution ratio is memorized in IC card $146346.doc •54· 201032874. Then, as the card game progresses, the career of Shiqiu can be set at this ratio.技能 Skill D2G6 is a property that only the leader has, and remembers the special attack method that is performed when there is a special attack. This skill 〇 206 can also be increased from the value of the leader character level D204. In addition, you can also "learn the enemy skills". Gender D207 is the gender of men, women, neutrals, or the value of the character's sex. 4 The gender or personality is different. The value of the power and the courage of the enemy forces changed in the game. The value of this attribute of the leader also affects the value of the character other than the leader. The ability value D208 is an attribute indicating the ability to be specifically assigned to each character. The attribute value of the ability value D208 can be expressed by increasing or decreasing from a specific value of the same level. For example, the value of the AG (Agility) value of the role of member number D201 in Fig. 23 is +5〇, and the value of DF (Defense) is also φ +20. The ability value may vary based on other attributes, such as the value of Career D205 or Item/Equipment 210. The leader D209 indicates whether the character is the leader's flag. Furthermore, of course, it can be configured to have different characteristics for the leader role and other roles. Item/Equipment D210 indicates the property of the character's equipment or items. It also remembers the equipment/unequipped attributes. Also, depending on the attribute value of the item/equipment D210, the values of other attributes may also change. Furthermore, it is also possible to preliminarily store in the server 5 the data of the corners 146346.doc • 55· 201032874 for the player p, which are downloaded and used at each game (step S2011). Here, 'refer to FIG. 21 The flow chart is explained in more detail. Details of the handling of the own units The CPU 100 performs the card team correspondence first. First, the process is performed in step S2011. Swim == 'CPU1°°Retrieve the card information obtained, and read the card 8 (M~8G_n, which is associated with the processing: the team building). In the following example, 'card 8〇 The system is associated with the unit that performs the processing of the team number Dl〇i. The following: CPU (10) associates the card 8 (the coordinates of the game area 6G of M with the coordinates on the map of the corresponding card game). Thereby, the "<moving position" on the map indicating the unit of the incoming processing can be obtained. The CPU 100 memorizes the moving position in the target DU) 5 of the processing unit. Also, at the position on the map In the case of an enemy unit, the enemy unit δ can be recalled in the target D105. ❹ 夕...: After the CPU 100 β tenth, the coordinates have moved from the position of the previous building to a lesser distance. The degree of the instruction for the unit to be processed can be obtained. Further, when the card (10)-b(10)... disposed in the game area 60 is not connected to the unit being processed for a certain number of seconds, it is determined that the card is The card has been withdrawn from the game area 60. The situation It is judged that the player's instructions for the handling of the troops to the "City" and the like are equipped with the coordinates of the reserve force β χ, and it can be judged that the i46346.di -56- 201032874 has been referred to as "Retreat" to the outside. S2012) 'Next' CPU 100 performs card contact time acquisition processing. Specifically, CPU HH) obtains the flag of the card touch based on the card information of the card 8 associated with the processing unit (M card information) Or press the value of the strength (contact pressure, contact area, etc.). In this process, the CPU 100 detects whether or not the card is in contact with the position of the card. / card, or contact strength, and here, although Before the special (four) number, the line was closed, and the next day was in a specific building.

When the number of flags indicating whether the contact is "0" or not, the CPU UK) determines that the card is issued. u ._ ^ Wrong this *' to get contact time (press time). The contact time is until the time of the door. i to release the card contact (non-contact) According to the connection (4), (4) the special attack level D104 is added. According to the value of the special attack level D104, the damage (power) of the enemy is changed by the following "special attack". In addition, it is also possible to repeat the action of the "tap" action (repeated contact/non-contact "special action" instruction. The company is released (step S2013). Next, the CPU 100 performs card contact position acquisition processing. In other words, the CPU 100 associates the coordinates of the touch with the unit that touches the card information of the incoming card (4). H (4) is internally connected 146346.doc • 57· 201032874 As described below, the contact coordinate system and the above contact time In combination, it is used for the action indication of the unit. (Step S2014) Next, the CPU 1 performs the action determination process. Specifically, as the action of the unit, the "moving position" obtained in the above step S20U is first. When the situation is different from the coordinates on the current map, the coffee 100 makes a decision to perform the mobile action. The movement (4) mobilizes the actions of the forces of the respective characters in such a manner that the troops move to the coordinates of the moving position. Here, 'special The attack level DHM is very high and can be in a special attack state, and the player p of FIG. 2 applies a large contact pressure to the card (the contact area is increased), or When moving the card in such a way that the card moves a certain longer distance or more, the coffee has just made a decision to perform the following action of the special attack J. 4 Special card =!! The player has hardly moved to associate with the processing unit. When the 10n piece 1 is subjected to the process of contact and then released, the CPU 1〇〇 makes a decision to execute the basic attack instruction, and performs the bowing and arching of the bow and arrow mound ' ρ at the position 墼..., The attack of the arrow and the attack of the team to carry out the attack is not decided by the day. At this time, Yu Bo issued a special action. The decision of the attack indication. When the troops have been placed closer to each other at a specific distance, ^ Click ", then the CPU can just make a special attack to perform a dynamic attack such as a linked attack." In addition, the state of the game is connected, and the player p of Figure 2 touches, seven*,,,, 'contact with special attacks... Sheet 8 (Μ~8〇-Π when applied larger (increased contact area), or when the length of time is contacted and released, 146346.doc -58- 201032874 Put the door (to become the card of the own unit of the army 8 After M~8G_nig is pressed, it becomes contact state and then For the non-contact state) _ can make the decision to perform the action of the linkage attack. By this: Compared with the real-time simulation, you can get the troops of the other side and the other side. In addition, the "coupling attack and knife cooperation to attack the enemy" It can be used together with a special attack. Also, in the case where the card is in contact with the state, the CPU 1 (9) can make an indication of the basic action of the team according to the coordinates touched, and then 'When the switch 24 of the user's connection is detected, the CPU makes a display menu, etc., and waits for the nd to find the confluence or reply or retreat of the team. In addition, it may be configured such that: "Response" or the like refers to =, can be selected when it is in a position such as a city, and does not accept other instructions 0 during the execution of the option (step S2015). 1〇〇 Determine if the unit is in combat. The combat unit is determined by the CPU 100 based on whether there is an enemy force within a specified distance from the indicated unit, or whether it is a long-range attack on the archery or the sniper of the enemy team within the range. That is, when the CPU 100 has an enemy unit within a certain distance, it is automatically determined that "Yes" is determined in the combat of the troops, and "No" is determined in the case other than (4). Further, the determination in step _5 is Yes, and (4) ι 〇〇 causes the process to proceed to step S2016. 146346.doc -59· 201032874 On the other hand, when the determination in step S2015 is No, the CPU 100 advances the processing to step S2017. (Step S2016) The CPU 100 performs combat action processing. In the combat action processing, the CPU 100 controls each character in a manner of attacking enemy units located at positions closest to the respective characters. Specifically, the CPU 100 selects the attack means of each character mainly based on the weapons and occupations equipped in the item/equipment D210 to cause each character to attack. Also, perform a "special attack" in the case of the selected one. The attack or special attack "hits" the enemy's role based on the number of chaos, the range or coordinates of the attack, the level D204 of each character, or the ability value D208. The value of HPD 203 is reduced when the role of the enemy unit being attacked is hit by an attack. At this time, the CPU 100 obtains the value of the reduced HPD 203 based on the specific value of the attack means, the level D204 of each character on the attack side and the defense side, and the capability value D208. In this combat action processing, the CPU 100 performs thinking processing for each character. At this time, the CPU 100 performs thinking processing so as to make the character protection leader character other than the leader of the same army as vulnerable as possible. Further, when the HP 100 203 of each character becomes 0, the CPU 100 performs the death processing of the character. Further, the CPU 100 stops the attack indication when the leader character has died. Then, the CPU 100 retreats the character other than the leader or "defects" to the enemy unit. Also, when CPU 100 is killed in the role of the leader of the enemy unit, 146346.doc -60- 201032874

Waiting for the knowledge: the morale of the own troops in the South is Di〇6. On the other hand, when the CPU 1 is weakened by the enemy's troops, the morale of the own troops is reduced. Further, the CPU 100 causes the own troops not to attack the enemy units according to the morale 〇 106, or to escape. When the escape process is performed, the CPU 1 causes the morale di 〇 6 to decrease. When the combat processing of each character of the own troops to be processed ends, the CPU 100 advances the processing to step S2〇18. (Step S2017)

CPU _ performs other action processing. As other action processing, the CPU 100 performs the movement processing, that is, the 佶 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 邛 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 In addition, CpU 1GG is processed according to the option of the early choice of the dish. Furthermore, the CPU 100 moves on the object. In order to avoid obstacles, the post CPU 1GG makes the processing step into the step ^ (4). (Step S2018) Here, the CPU 100 determines the reason. Has it been done for all of its own forces? The CPU 100 determines that σTai has not all of its own parts. In addition, the troops have been dealt with in the withdrawal of the executive forces. In the judgment of the state of the instruction, the "request" and other option indications are not available. 146346.doc -61 - 201032874 Moreover, in the determination of step s·, t is judged as "γ~, that is, all the troops have been In the case of processing, '(4) ι〇〇 ends the processing of the own troops. Conversely, in the judgment of step 8, when a% is judged, there is a situation in which the unprocessed ingredients are present, and the coffee (10) returns the processing to the step. With 1. Then, carry out various treatments for other own units. (Step S304) Here, the main game processing will be described with reference to Fig. 13 again.

The Q-square step is in the middle, and the CPU1GG performs enemy unit processing. Regarding the enemy processing, the processing of the color action in the enemy unit is performed based on the instruction sent from the CPU 1GG or the other game equipment - 10 10 η of the opponent. Other actions, such as those handled by the above-mentioned units. Inciting "combat or reply to the situation when the CPU (10) issues an action instruction, so that the (4) law or the hall _ ax law, artificially intelligently refer to the combat capability, etc.

Q The operations of each unit are operated by CPU 100&#,0~. Therefore, it is not limited to follow the instructions. In the case of a neutral force in the script, or an event occurs after the enemy material is processed, it is expected to be * and the enemy department TM. . The processing is performed in the same manner. : Team:::: The action of the unit' can also give instructions in the script. Also;: The system is executed by CPUH)_^ from the script_(4), and the event of other enemy units is processed. Time is out 146346.doc -62- 201032874 (step S305) Next, the CPU 100 performs edge map. action execution processing. In this process, the CPU 1 is used to draw the % ^ p, ^ ^ , and the shape processor 160 is drawn on the map of the three-workroom, and the polygons and the like are used to display each of the units. Acting as an effect to perform the second involvement of each unit, including the combat, the specific processing of the action execution process

The conceptual diagram of the sex f4, the CPU 100 uses the graphics processor (10) and the mode: the ground represents the game written game of the card game displayed in the display 270. In the game screen, the following objects are mainly displayed: , object, configuration screen 1010; city pool 〇 2 〇, non-intrusive zone; position _; direction bar; own army icon (10) (M ~ delete · η; (10) 51~1〇85_ η, special attack mark 1G87•卜1G87_n; enemy force icon! Jump 1~1 trace 1 enemy unit damage degree HMmn; and 1500. Configuration _ _ 系 昼 昼 模式 模式 模式In the middle, the icon of each army or leader character is displayed. The player 1010 in Figure 2 makes the card 8〇_

Ln moves the money to move the troops (4), which can be used to move to the ground (4). City Pool 1020 is an object that represents a position with excellent defense. Furthermore, it is of course not possible to represent such a target, but to represent the city on a three-dimensional model. The non-intrusive zone 1030 represents a steep mountain range on the map or a part of a river or lake or a wall that cannot be moved. In addition, when the troops include the 146346.doc -63- 201032874 specific items in the role of the item/equipment D21, or the role of a special occupation such as a ninja, they may sometimes advance beyond the invulnerable zone. . Position 1040 is a representation of the location on the map that must be obtained in the script or as a resting place for the own troops. Usually, when there is an enemy unit or one of the own units in the position, the enemy or player p obtains the position. It is possible to express whether or not the land is obtained by using a color or the like. In the positions obtained by the own troops, you can also choose to reply and other options. The direction bar 10 5 0 indicates which object the three-dimensional drawing is located on the map. The CPU 1 measures the operation of the switch 24A, and moves the viewpoint (virtual camera, virtual viewpoint) in the virtual three-dimensional space of the three-dimensional edge. Moreover, the graphics processor 160 is used to zoom in, zoom out, and rotate the display. The CPU 100 calculates and displays the direction bar in accordance with the viewpoint, for example, by rotating or enlarging/reducing the direction toward the top of the map. The own unit icon 108044080^ is on the map drawn on the 3D map to represent the icon of the own unit. The icon is displayed corresponding to the cards 80-1 to 80_n arranged on the game area 6〇, and the texture information such as the illustration of the leader character of the card 8〇1 to the rib η can be attached to the plane polygon or the like. Such as the way to display. The damage degree of the own unit is 1085-1~1〇85_η, which is a graph showing the average value of the 2〇3 of each role of the own troops. The own unit damage

Degree 1085-1~! 085_η can also display the HPD 203 of the leader role according to the option indication. V special attack mark indicates that the special attack level D104 of each unit of 146346.doc -64 - 201032874 drawn by the enemy unit icon 1080-1~l__n or the enemy unit icon is available for special attack. The status of the mark. A graph display indicating a special attack level may be performed in addition to the special attack mark 1087-1 to 1087-n. The enemy unit icon 11〇(Μ~11〇〇_n is on the map of the three-dimensional edge system to represent the icon of the enemy unit. The enemy unit icon 11〇〇1~u〇〇n is available t The scenery is different, and the drawing is made in a way that distinguishes it from the symbol of the own army (10).

The damage level of the enemy units (10) is displayed, and the graph showing the average value of the PD 203 at each corner of the enemy units is displayed. The chart display is performed in the same manner as the damage degree of the own units 1085], ^. Represents the role of three-dimensional (four) loading system. The character draws in the manner of (4) the hand and foot activities using a polygon or the like based on the data of the attribute value. The role of the leader in the character 15GG can change the color or ♦ the flag Bamboo: Sr to distinguish the difference ^ Other than the CPU can just display a number of objects such as the terrain or the game ring brother. This == performs detailed instructions such as "special attack", "linked attack", and "special action user's action instructions. A description of the way to attack is an example, when the player p of Figure 2 adopts The master=step grabs the card of the own unit that is composed of the troops. 8(m enters,” the rcpu 100 can perform a more salty step than the usual attack. That is, the CPU100 can make the attack of the enemy character hit by the attack. 146346.doc -65- 201032874 2〇3 drastically reduced. In the special action of the person, when using the force to carry out the step-attack attack, the force can be attacked by performing the above-mentioned "pat". An example of the "linked attack" will be described. The game system X according to the embodiment of the present invention corresponds to a plurality of touches of the touch electrodes 40〇-1 to 400·n for measuring the electrostatic capacitance. Cards of one's own troops 8 (Μ~8〇_^ contact, let go' and CPU 1()() makes the attack timing of each unit _ when attacking. By attacking with each other' and spreading the attack with each unit In contrast, you can concentrate on the attack. Because &a Mp;, can bring more damage to the enemy than usual, can simulate the training of the trained army and the rabble, thus increasing the realistic sense of the tactical simulation in the game. To make the game more skilled and enthusiastic. Moreover, by the linkage attack, as in the second rule of the blue and the special law ("the law of concentrated effects"), the user can feel the effect of concentrated combat capability. It can express the realistic feeling of the battle in the game. According to these characteristics of the "Linked Attack", it is possible to improve the effect of the card game. "Secondly, the touch electrode 4〇〇i of the embodiment of the present invention is obtained. The example of "Special Action" of ~4〇〇_n is explained. #After reaching a special attack level that can be used for special attacks, "Special Action" can be performed by moving the card (10) - Bu Ri 10 . The performance is like breaking the enemy position and dividing the enemy forces into 146346.doc * 66 - 201032874. The situation of the horse-riding assault victory or defeat. Or the assault of the back-water position, the assault-like decision, can be adjusted to 1 When measuring the touch intensity (the size of the contact area), the card is moved 8〇1~8" by the particularly powerful pressing, and the speed of the assault is completed. Also, the CPU_ performs the "special action". _, can also increase the attack power of the unit, and can also make the queue spread. When the "special ^

At the time of success, the CPU just increased the morale of the unit by 1 () 6 to a specific larger value. Conversely, when the CPU 1G is unable to break through the enemy forces, etc., the morale D106 is reduced to a certain larger value. Next, an example of the case of the action indication based on the contact positions of the cards 80-1 to 80-n will be described. As described above, when the contact position of the card 8〇1 to 8〇1 can be detected by 1/6 or 1/9 of the card, the action indication can be changed particularly according to the position at which the user touches the card. For example, when the CPU 100 detects a contact on the card 804 (deep), it can be identified as an action indication of the attack. In addition, when the cpu 1 detects the contact of the card 1 (near the front), it can be recognized as a defense action indication. Furthermore, the CPU 100 can also be set to change the formation according to the contact position of each card of the card 804. (Step S306) Here, the game processing will be further described with reference to Fig. 13 again. In step S306, the CPU 1 determines whether or not the script end condition is satisfied. As the script end condition, as described above, it is possible to set the condition to end as the "defect" when the player 146346.doc -67- 201032874 of the player in Fig. 2 is completely destroyed. In addition, it is possible to set the conditions for ending as a "victory" when all enemy units are destroyed. In addition, it is also possible to set the conditions for the completion of the "success" and "success" of a particular position when a particular unit moves to a specific location on the map, or the death of the leader of a particular enemy unit. Further, in the determination of step S306, when it is determined that r Yes", that is, the condition of the end of the script is satisfied, cpu (10) causes the process to proceed to step S307 °. Otherwise, in the determination of step S306, when it is judged as "N〇" When the situation is still being processed for the own troops and the enemy units in the card game, the CPU 1 causes the process to proceed to step S3〇7. (Step S307) When the script end condition is satisfied, the CPU 1 determines whether or not to end the game. In the case of ending the game, it is determined that the game is ended when the "defect" of the script end condition or the balance of the settlement is insufficient. In addition, it is also possible to set the game to be ended when the coin is thrown once and the game is defeated several times. Further, when the player p in Fig. 2 is in the "national hegemony mode" game, the field player P determines that the game is ended when the "defect" towel loses the "land" in the script. Further, in the determination of step S307, when it is judged as "Yes", that is, when the game is ended, the CPU 1 causes the process to proceed to the step (10). On the other hand, in the determination of step S306, when it is judged as "N〇", that is, when the player P "wins", the CPU 1 causes the process to proceed to step 146346.doc -68 - 201032874 S308 〇 (step S308) When the game is not ended, the CPU 1 performs a score addition process. As the score addition processing, the CPU 100 calculates "points" under various conditions at the end of the script and adds the total of the points as a score.

As the various conditions, the CPU 100 can calculate the point for, for example, the number of enemy troops killed, the number of damages of the own units, and the time spent until the end condition of the script. The CPU _ uses the graphics processor (10) to display the total of the points and points obtained in the display 27(). Further, CPU i (10) memorizes the contents of the script in the memory unit 110. "By the player CPU 1 of Fig. 2 can also change and the CPU 100 increases or decreases the "military expenses" or the squadrons obtained by P according to the scores obtained in the game. Also, the choice of the script to be read next. Here, the CPU 100 selects the next script in the case of "battle mode". In addition, when the CPU is in the "national hegemony mode", the player p selects the script of the "country" of the second attack corresponding to the script result. (4) In the case of the "Sports Mode", the player p is selected to play the next _combat object or change to the normal campaign mode. When cpu(10) is in the "script selection mode" mode, make play, t 豕P select the completed script. When the CPU 100 is in the "South" situation, the player is made? Choose a normal script. Thereafter, the CPU 1 returns to step S3 01' to perform a new foot 146346.doc • 69 - 201032874 This is 0 (step S309) When the game is ended, the CPU 100 ends the game processing. Specifically, similarly to the above-described score addition processing, the CPU 100 calculates the point of the defeated situation and adds it as a score. In this case, the calculation is less than in the case of victory. Then the CPU 100 uses the graphics processor 160 to display the end of the game display in the display 27A. The game processing is ended by the above. (Step S104) Here, the subsequent process of the game processing of the game device (3)-丨 will be described with reference to Fig. 12 again. In step S104, the CPU 100 performs a 1C card write process. In this process, the CPU 1 stores the value of the player p of FIG. 2 in the game, the character level of each card 80-1 to 80-n, D2〇4, and the item/equipment 2〇4. In Figure 1 of the 1 Leica 85. Moreover, (^1;1) in the case of "battle mode" or "national hegemony mode", it also remembers the number of roles of each party or the soldier's occupation, military expenses or the amount of food and the like related to the game. In addition, when the CPU is in the "battle mode", 5 recalls the status of the script, and in the case of "the country's hegemonic mode", it remembers the "state" that has become the territory. In order to memorize the attribute values of all the characters (step S105) 146346.doc 201032874 Next, in step sl5, the CPU 100 performs a card exit process. The cpu 100 uses the card exit portion 23, and outputs the same card. Cards. In terms of the selection of the card, it can be randomly selected as described above, and the number or type of cards to be output can be changed according to the score. It is a condition of the specific conditions of the full script, or Output "Hyun Card".

Thereafter, the CPU 100 disconnects the power of the sensor microcomputers 31 _ 1 to 310-n using the peripheral I/F 140. The game processing of the game device 10-1 is ended by the above. According to the above configuration, the following effects can be obtained. . In the prior art, in a game using a flat reader that processes a plurality of cards as a turn-in=piece, the information obtained from the user is as good as possible, but the player's contact cannot be detected immediately. card. On the other hand, in the game device 1G-1 according to the embodiment of the present invention, the user's contact with the game area 6A can be detected by using the touch panel reading unit 3 (9). In the card game device in which the image is captured by the camera and the position information of a plurality of cards is taken, the use of the previous touch panel has various problems. For example, in the case of a multi-touch panel with transparency, the previous touch panel can only detect 2 points even for a small panel. It is difficult to identify the plural points at the same time because &', for example, in a hexagonal touch panel. X, previously, there was also a small touch panel with multiple point detection functions, but its lack of transparency! The student would hinder the camera shooting of the flat reader. 146346.doc -71- 201032874 Thus, the inventors of the present invention conducted an experiment and conducted various studies on the case where an imaging unit that adds touch determination for each card is used in combination with a touch panel. Hereinafter, the advantages and problems of using the previous touch panel for the game device 1 0-1 of the embodiment of the present invention are described: • Ultrasonic surface elastic type touch panel Advantages. Low cost. Problem. When the card is placed, it reacts and the touch detection cannot be performed. This cannot be used. • Resistive film type touch panel (using transparent metal ITO (indium tin oxide)) Advantages: As long as it is lighter like a card, it will not react on the touch panel. The touch point can be detected based on the pressure change with the finger press. Problem point: Only defects can be detected. Moreover, the durability is low. • Infrared blocking method Touch panel (for example, refer to Japanese Patent No. 4019114) Advantages/, if it is thinner like a card, by placing the sensor on the card, it will not react even if the card is stepped on. . If you touch the card, the finger blocks the light to detect the touch position. For example, according to the device of Patent No. 4_H, information on which position the player touches the card is described (refer to [0043] and the like). Problem point: Usually only i points can be detected. Gp, there is a problem that although it is possible to detect (4) for one card, but when it is desired to detect contact with a plurality of cards, there is a case where there is a contact point on the same axis, and it is impossible to detect contact with 146346.doc • 72 · 201032874 Which-card information... Even if the finger is not in contact with the card, the light of the detector will respond. 'Therefore, there is a problem that the fingers and the like do not touch the card cuffs when they come into contact with the card. In the device of the Japanese Patent Publication No. 4019114, the use of the triangulation principle (see paragraphs [0209] to [0219], etc.) to detect the interface to the card is disclosed, but the same problem exists. Point' • Capacitive touch panel Advantages: Even if you touch the card from above the card, you can detect the touch position by changing the electrostatic capacitance through the card. Problem point: There are problem points that usually only detect 1 point. • Vibration detection method Touch panel Advantages: Even if you touch from the top of the card, you can detect the position according to the vibration when you touch it. Problem: Detection can only be performed during a touch that generates vibration. It is not possible to detect a continuous press of a card. Also, there is a problem that only defects can be detected. As described above, when the previous touch panel is used for a game device, there are various problems. Therefore, in the game device (7) of the embodiment of the present invention, a plurality of capacitive touch sensors are used. This is not a simple matter of changing the bite, and the operator cannot easily think of it. Thereby, in the game device 10-1, the 'game area is covered with the touch electrodes 400-1 to 400-n as small touch areas to increase the number of touch sensors', thereby detecting the touch of the plurality of points bump. Further, it is possible to detect a plurality of contact positions in the game area 6 146346.doc -73 - 201032874, and it is possible to detect that the card is continuously pressed. As described above, in the game device 10_lt according to the embodiment of the present invention, even if a plurality of cards are arranged, it is possible to simultaneously detect the contact with each card, thereby realizing a card game device having excellent operability. Further, in the conventional capacitive touch sensor, there is a problem that the cost is increased if a plurality of them are used. In particular, it is technically difficult to fill a touch sensor on a large plane such as a game area 6 〇 < m square. In contrast, in the game device 1〇1 according to the embodiment of the present invention, the card can be detected in the game area 60 by the infrared light reading codes 81〇1 to 81〇n from the back sides of the cards 80-1 to 8〇-n. In the upper position, the contact position obtained by the touch panel reading unit 300 is corrected based on the position, whereby the touch electrodes 400_1 to 4〇〇-n can be formed into inexpensive screen printing or the like. When the touch panel sheet 63 is formed, even if it is formed at a low density, the accuracy of obtaining a sufficient contact position can be obtained. Thereby, it is possible to suppress the cost and detect the contact position of the cards 80-1 to 80_. The touch device 400-1 can be touched in the game device 1〇_1 of the embodiment of the present invention. ~4〇〇_n is configured to cover 7〇% of the area of the card 8〇1~8〇n' or to be the card 8 (1 to 6 or 1/9 of the area of M~8〇n) Thereby, it is possible to suppress malfunction when detecting the contact position of the card. With such a configuration, it is possible to accurately determine the position at which the player touches the game area 60, and the game performance can be improved at low cost. 146346.doc 201032874 Moreover, in the conventional capacitive touch sensor, there is a problem that it is difficult to detect hundreds of touch sensors arranged in a planar manner in an instant. In the gaming device, the contact of the touch electrodes can be instantly detected by using the sensor microcomputer array 301 such as the sensor microcomputer HOddiO-n. Thus, in a card game requiring high-speed responsiveness. When the user touches the cards 80-1~80-n, they can immediately use cpu 1 In addition, in the game device 10-1 of the embodiment of the present invention, an example of a case where a capacitive touch sensor is used is shown, but The touch panel is not limited to this. For example, a touch panel using a resistive film such as ITO may be used. In this case, a plurality of touch electrodes are formed by using a resistive film, such as a touch electrode bucket (10)-丨-(eight). Further, in the case of using a capacitive touch sensor, there are problems such as, for example, "static card", which contains static electricity of a conductive metal When a card having a low capacitance value spans a plurality of sensors, it will react even if the two sensors are not touched, which may cause a malfunction. In contrast, the game device 1 according to the embodiment of the present invention _ In the case of 1, when the flash card is over the electrodes 400-1 to 400-n, the offset value proportional to the area of the flash card and the electrode overlap is added or subtracted from the obtained electrostatic capacitance value. According to the use of an infrared camera 26 The coordinates of the card 80-1~80_η obtained by the captured image are taken, and the overlapping area between the flash card and the electrode is calculated. Therefore, the malfunction of the flash card can be eliminated, and the card 80-146346.doc-75 can be eliminated. · 201032874 The contact of l~80-n is detected as the value of J which is not the card of the ordinary card. In addition, in the electrodes 400-1 to 400-n, the correction of the electrode characteristics can be detected. As described above, the game device 1 丨 丨 本 实施 丨 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏 游戏It is generally transparent so as not to interfere with the shooting of the infrared camera. (2) The code is recognized by the infrared photographing image and combined with the card position information, whereby the number of the touch electrodes 4〇〇_1 to 400-n can be suppressed. Further, in the game device 10-1 according to the embodiment of the present invention, it is possible to detect a plurality of cards 8 (contact positions of M to 80_n) and to detect a state of continuous contact or a contact time. Therefore, it is obtained from the user. Information can be increased, which in turn can expand the game

Scope (improves the gameplay that enhances playability). In other words, in the G-game of the card game, a variety of attack indications such as "special attack", "linked attack", and "special action" can be issued, which can significantly improve the operability of the game or the feeling of being in the game. <Configuration of Game Device 10-1 Using Projector> Further, in the game system X according to the embodiment of the present invention, a configuration using the projector 275 can be used. Referring to Fig. 25, in addition to the illumination unit 210, a projector 275 may be used, and 146346.doc -76-201032874 projects a display related to the operation or unit of the card, etc., under the game area 60. In this case, a screen 63 5 that scatters visible light and transmits infrared rays may be formed on the lower or upper portion of the panel panel 630. Referring to Fig. 26, Fig. 26 is a diagram in which the player P of Fig. 2 looks down at the game area 6〇. Such a configuration can also configure the cards 8 〇 l - 80-n on substantially the entire surface of the game area 60 and perform speculation. Referring to Fig. 27, Fig. 27 is an example of a screen 635 which scatters visible light and transmits infrared rays to the lower portion of the touch panel sheet 630. The screen is displayed by using optical filters, glass fibers, optical beads, or the like to scatter light from the 275 to the screen. Thereby, in the game area 60 which is transparent to the infrared rays, the image can be displayed with high visibility. Further, when optical beads are used, it is possible to obtain an effect of avoiding the influence of deformation of the touch panel sheet Mo due to contact pressure. Further, in the configuration in which the projector 275 is used, the game and the touch panel can be used to measure the prices of the cards 80-1 to 80-n that are in contact with each other. It is to be understood that the configuration and operation of the above-described embodiments are exemplified and can be appropriately changed and executed without departing from the spirit and scope of the invention. INDUSTRIAL APPLICABILITY The card game device of the present invention combines a plurality of contact bonds measured by a touch panel with image recognition of a card position, thereby making it possible to manufacture and sell an unparalleled operability and attraction to a user. A card game device with a higher power. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a conceptual diagram showing the concept of 146346.doc • 77- 201032874 in the game of the game system X according to the embodiment of the present invention; FIG. 2 is a game system in which the player P is in the embodiment of the present invention. FIG. 3 is a block diagram showing a control structure of a game device according to an embodiment of the present invention. FIG. 4 is a view showing a touch panel reading unit 3 according to an embodiment of the present invention. FIG. 5 is a conceptual diagram of a touch device and a coded photograph of a game device according to an embodiment of the present invention; FIG. 6 is a side cross section of the game device 10-1 according to the embodiment of the present invention; Fig. 7 is a plan view showing a game device 10-1 according to an embodiment of the present invention; Fig. 8 is a conceptual view showing a configuration of a game device 1 of a game device 1 according to an embodiment of the present invention; FIG. 10(a) and FIG. 10(b) are protective layers 61 of the game area 60 of the game device 10-1 according to the embodiment of the present invention, and FIG. 10(a) and (b) are schematic views of the game device 6 of the game device 10-1 of the embodiment of the present invention; Sectional view of protective layer 611; Figure 11 is the present invention FIG. 13 is a flowchart of the game processing of the game device i〇_i according to the embodiment of the present invention; FIG. 13 is an embodiment of the present invention. Flowchart of game processing of game device 1〇-1; 146346.doc -78- 201032874 FIG. 14 is a flowchart showing detection processing of cards 80-1 to 80_n using normal paper media according to an embodiment of the present invention; 15 is a conceptual diagram showing the relationship between the electrode size and the electrode coordinates obtained in the embodiment of the present invention. FIG. 16 is a conceptual diagram showing the size of the card to be detected and the method of calculating the electrode according to the embodiment of the present invention; Fig. 17B is a conceptual diagram showing the calculation of the case where the touch electrode of the embodiment of the present invention is in the "independent band" range; 18 is a conceptual diagram when the size of the touch electrode of the embodiment of the present invention is obtained by equally dividing the area of the card; and FIG. 19 is a card 80-1 showing a card containing a metal foil or the like according to an embodiment of the present invention. FIG. 20 is a conceptual diagram of a process of calculating a card area according to an embodiment of the present invention, and FIG. 21 is a flowchart showing a process of processing a unit of a unit according to an embodiment of the present invention. FIG. FIG. 23 is a conceptual diagram showing information relating to the role of the embodiment of the present invention; FIG. 24 is a view showing the information relating to the role of the embodiment of the present invention; A conceptual diagram of a game screen of a card game displayed; 146346.doc • Game of a game of 79-201032874 FIG. 2 is a side cross-sectional view of a device 10-1 using a projector according to an embodiment of the present invention; 26 is a plan view of a game area using a projector constituting device 10-1 according to an embodiment of the present invention; and FIG. 27 is a cross-sectional view showing a configuration area 60 using a projector according to an embodiment of the present invention. [Main component symbol description] 5 Server 10-1 to 10-n Game device 55 Large display device 60 Game area 70 Frame 80-1~80-n Card 85 1C card 100 CPU 110 Memory unit 111 Program 112 Data 130 Startup ROM 140 Peripheral I/F 150 Bus Arbitration g| 160 Graphics Processor 162 Geometry Section 164 Rendering Section 146346.doc 201032874 ❿ 170 Graphics Memory 180 Video Processor 190 Audio Memory 200 Communication I/F 210 Illumination Section 220 1C Card read/write unit 230 card exit unit 240 switch 250 coin-operating unit 260 infrared camera 270 display 275 projector 280 speaker 300 touch panel reading unit 301 sensor microcomputer array 310-1 to 310-n sensor microcomputer 400- 1~400-n Touch electrode 610 Protective layer 611 Conical end 612 Conical torso 613 Hemisphere 620 Game area plate 630 Touch panel plate 635 Screen 146346.doc -81 · 201032874 640 Glass plate 810 -1 to 810-n code 711 first filter 712 second filter 721 first reflection plate 722 second reflection plate 820 central axis 850-1 to 850-n touch effective area 1 010 Configuration screen 1020 City pool 1030 Non-intrusive zone 1040 Position 1050 Directional strip 1080-1~1080-n Self-armed icon 1085-1~1085-n Self-armed damage degree 1087-1~1087-n Special attack mark 1100-1 ~1100-n enemy forces icon 1105-1~1105-n enemy unit damage degree 1500 character P player X game system 146346.doc -82 -

Claims (1)

201032874 VII. Patent Application Range: 1. A game device, characterized in that it is configured to be configurable for a plurality of game media, each of the game media being printed on a ground plane with a display game identifiable under invisible light The game device includes: a display portion 'the display image thereof; a + surface' to transmit the invisible light; and a first detecting portion for detecting the plane on the plane. a position of each of the game media and a code pattern of the game medium disposed on the plane; a second detecting unit that detects a contact state with respect to the plane; and a control unit that detects the contact state by the first detecting unit Controlling the position and code pattern of the game medium or controlling the position and pattern of the game medium detected by the first detecting unit φ and the contact state detected by the second detecting unit Image information displayed on the above display unit. 2. The game device of claim 1, wherein the control unit calculates a pressed position of each of the game media or a pressed time' and changes an action indication of the game character based on the pressed position or the pressed time. 3. The game skirt of claim 1, wherein the second detecting portion comprises a plurality of conductive members, 146346.doc 201032874 respective areas of the conductive members are connected to a ground plane of the game medium to be connected to the plane The outer dimension of the outer dimension is set to a specific ratio based on the square value of the specific value, and the outer dimension of the area of the (four) piece includes the difference c between the above-mentioned value A obtained by multiplying the above A by the specific value, and The difference D between the above b and the value b obtained by multiplying the above b by the specific value. 4. The game device of claim 3, wherein the respective areas of the conductive members are formed by an area occupying 1/6 or 1/9 of the entire area of the ground plane. 5. The game device of claim 3, wherein the conductive member t area is "more than 70% of the entire area of the ground plane. 6. The game device of claim 1, wherein the second detecting unit detects a capacitance value by a capacitive touch sensor; and the conductive member uses an electrode. 7. The game device of claim 6, further comprising: a sensor microcomputer array for detecting a capacitance value of the plurality of electrodes; and instantaneously pairing the plurality of electrodes by the sensor microcomputer array The electrostatic capacitance value is detected. 8. The game device according to any one of claims 1 to 7, wherein the game medium comprises game media having different electrostatic capacitance values, and the game device comprises the game media having different electrostatic capacitance values, 146346.doc 201032874 further comprising: The μ area calculating unit calculates an area in which the game medium having different electrostatic capacitance values, the plane and the electrode overlap according to an image of the first detecting unit, and the area calculating unit corrects the electrostatic capacitance value The electrostatic capacitance value of the game media. 9. A game I device, characterized in that it is configured to be configurable for a plurality of game media, each of the game media being printed on a ground plane with identifiable invisible light including characteristics inherent to the game character The game device includes: a game execution unit; a plane portion including a configuration for transmitting invisible light; a radiation portion for radiating the invisible light from inside the game device; and an imaging unit that performs the above The invisible light that has passed through the planar portion and is reflected by the ground surface of the game medium and returned to the side of the planar portion is captured as an image in the game device; the image detecting unit is applied to the imaging unit The captured image data is processed, and information including the position of the game medium on the plane portion and the information of characteristics unique to the game character printed on each of the game media is detected and supplied to the game execution. And 146346.doc 201032874 d °卩, its detection is connected to the above plane Touching the information and providing the game execution unit; and the game device is configured to: operate the game medium by playing through the plane portion, and the image detecting unit and the contact detecting unit The detected information is supplied to the loading play execution unit as the operation information of the player, and the game execution unit executes the game in response to the operation information; a game play is performed while the game medium is being played on the plane operation. The image detecting unit detects the movement of the game medium, and detects contact with the plane by the contact detecting unit, and controls based on the operation information detected by the image detecting unit and the contact detecting unit. The above game is carried out. The game device is characterized in that a plurality of game media are configurable, and each of the game media is printed on a ground plane with a feature identifiable in invisible light that includes characteristics inherent to the game character. In the code pattern of the data, the game device includes: a game execution unit; the plane portion 'which is configured to include a game medium operation area (game area)' and transmits invisible light, and the game medium operation area is constituted by a surface The width of the plurality of game media can be configured, and the configured game media can be moved to an arbitrary position by the operation of the player; and the light source unit is configured to illuminate the configured game media with invisible light from inside the game device. a side facing the planar portion; 146346.doc 201032874 an imaging unit disposed in the game device and capturing one side of the planar portion facing the game medium disposed in the invisible light; and an image detecting unit Processing the image data captured by the camera unit, and including the above game The information of the game media in the media operation area and the information of the information of the characteristics of the game media that are unique to the game character are detected and supplied to the game execution unit; and the contact detection unit is used in the game. a lower portion of the media operation area includes a transparent member for detecting contact information from the upper portion of the planar portion on which the game medium is disposed, and is supplied to the game execution portion; and the game device is configured to: correspond to the player The plane portion operates on the game medium, and the information detected by the image detecting unit is supplied to the game execution unit as the operation information of the player, and the game execution unit executes the game in response to the operation information; While the operation of moving the game medium on the plane portion is being performed, the image detecting unit detects the movement of the game medium while detecting the contact with the plane portion by the contact detecting unit, and according to Detected by the contact detecting unit Information and control the above games. A control method for a game device, characterized in that it is configured as a control method for a game device in which a plurality of game media can be arranged, and each of the game media is printed on a ground plane and can be identified under invisible light by 146346.doc 201032874 A code pattern including information indicating characteristics unique to a game character, the game device including: a plane for transmitting invisible light; and a first detecting unit for locating and arranging the game media on the plane Detecting a code pattern of the game medium on the plane; and detecting, by the second detecting unit, a contact state contacting the plane via any one of the plurality of game media disposed; and The control unit of the game device is configured to: generate image data based on the invisible light that is reflected by the ground surface of the game medium disposed on the plane portion; and process the image data to include the plane portion The position of the game media mentioned above and the game characters that are printed on the respective game media are inherent The operation information of the characteristic data is detected; the contact information for the plane portion in which the game medium is disposed is further detected; and when the player performs the operation of moving the game medium on the plane portion during the game, according to the operation information Contact the above information and control the progress of the above game. 12. A control program for a game device, characterized in that it is configured as a control program for a game device in which a plurality of game media can be arranged, - each of the game media is printed on a ground plane and is identifiable in invisible light a code pattern containing information indicating characteristics inherent to a game character, the game device including: a plane that transmits invisible light; the first 146346.doc • 6 - 201032874 detection unit 'is used for each game on the plane a location of the media and a code pattern of the game medium disposed on the plane; and a second detecting unit configured to detect a contact state with respect to the plane in which the game medium is disposed; and control of the game device Performing the following steps: creating image data according to the invisible light reflected by the ground plane of the game medium disposed on the plane portion; processing the image data to the game medium including the plane portion Location, and information printed on each of the above game media indicating characteristics inherent in the game character The information detection is performed for the contact information of the plane portion in which the game medium is disposed; and when the player performs the operation of moving the game medium on the plane portion in the game, the control information is controlled according to the operation information and the contact information. The above game is carried out. . 146346.doc