BACKGROUND OF THE INVENTION
1. Field of the Invention
[0001] The present invention relates to a gaming machine in which a game is conducted by
betting game media stored therein.
2. Description of Related Art
[0002] Conventionally, as such kind of the gaming machine, it is, for example, well-known
a slot machine disclosed in Unexamined Japanese Patent Publication No. 2001-120716.
On a switch panel of the slot machine shown in the above reference, there are provided
bet buttons through which a player determines a bet number to bet game media stored
in the slot machine. The bet buttons are constructed from a 1-BET button that one
bet number is added by every one operation thereof and a MAX-bet button that game
media can be betted at the MAX bet number by operation thereof. The bet number is
determined by operation of these bet buttons and thereafter a game is started by operating
a start lever.
[0003] However, in the slot machine shown in the above Japanese reference, a coin number
betted for one bet is fixed, therefore the player cannot freely determine the bet
number.
SUMMARY OF THE INVENTION
[0004] The resent invention relates to a gaming machine in which a game medium amount betted
for one bet can be voluntarily set and operability to determine the game medium amount
can be raised.
[0005] In order to accomplish the above object, the present invention provides a gaming
machine comprising a game medium storing device for storing game media, wherein a
game is conducted by betting at least one of the game media,
the gaming machine further comprising:
an input device for inputting a numerical value; and
a denomination recognition device for recognizing the numerical value input from the
input device as an amount of the game media betted for one bet.
[0006] In the above gaming machine, when the numerical value is input by the input device,
this numerical value is recognized as the amount of the game media betted for one
bet by the denomination recognition device. Here, the above amount of the game media
betted for one bet corresponds to a denomination, and the amount of the game media
betted for one game is calculated by multiplying the denomination with a bet number.
Therefore, the player can voluntarily set the amount of the game media betted for
one bet without being limited to an amount fixed beforehand as in the conventional
gaming machine. And operability to determine the game medium amount can be raised.
[0007] The above and further objects and novel features of the invention will more fully
appear from the following detailed description when the same is read in connection
with the accompanying drawings. It is to be expressly understood, however, that the
drawings are for purpose of illustration only and not intended as a definition of
the limits of the invention.
BRIEF DESCRIPTION OF THE DRAWINGS
[0008] The accompanying drawings, which are incorporated in and constitute a part of this
specification illustrate embodiments of the invention and, together with the description,
serve to explain the objects, advantages and principles of the invention.
[0009] In the drawings,
Fig. 1 is a perspective view of a slot machine according to the first embodiment,
Fig. 2 is an enlarged front view of a reel display window portion formed in the slot
machine according to the first embodiment,
Fig. 3 is a sectional view of the reel display window portion of the slot machine
according to the first embodiment,
Fig. 4 is an exploded perspective view of the reel display window portion shown in
Fig. 3,
Fig. 5 is a block diagram showing a circuitry construction of a control circuit in
the slot machine according to the first embodiment, and
Fig. 6 is an explanatory view of the reel display window portion on which a numerical
keypad for determining a denomination is provided to determine a bet number, according
to the first embodiment, and
Fig. 7 is an explanatory view of the reel display window portion on which a denomination
selection panel for determining the denomination is provided to determine the denomination,
according to the second embodiment.
DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS
[0010] The preferred embodiment of the present invention will described hereinafter. Here,
in the embodiment, although various game media such as coins, tokens, medals, coupons,
tickets, memory media (cards and the like) can be utilized, it will be hereinafter
explained the embodiment in which coins are utilized as an example.
[0011] Fig. 1 is a perspective view of a slot machine 1 in the first embodiment of a gaming
machine according to the present invention. In a cabinet constructing a central main
body of the slot machine 1, three reels comprising a first reel 2, a second reel 3
and a third reel 4 are rotatably arranged. On an outer periphery of each of the reels
2 to 4, a symbol row constructing from a plural kinds of symbols (abbreviated as "the
symbol" hereinafter) is described. In front of each of the reels 2 to 4, a reel display
window portion 5 is arranged. And in the reel display window portion 5, three display
windows 6, 7 and 8 are formed, and three symbols of the symbol row described on the
outer periphery of each of the reels 2 to 4 are displayed through each of the display
windows 6 to 8, respectively. When a player inserts coins as the game media into the
slot machine and operates a start lever 9 arranged at a side of the cabinet, variable
display of the symbols is conducted. And on the reel display window portion 5, it
is formed a pay line L according to which a symbol combination is defined and a winning
combination is determined based on a symbol combination stopped and displayed along
the pay line L through each of the display windows 6 to 8.
[0012] On a control panel 10 positioned at a lower position of the reel display window portion
5, a coin insertion slot 11 in which the player inserts coins and a bill insertion
portion 12 to insert a bill are provided. And also on the control panel 10, it is
provided a spin switch 13 to start rotation of the reels 2 to 4 by press operation
thereof, independently from the start lever 9 and further a change switch 14, a cashout
switch 15, a 1-BET switch 16 and a MAX-BET switch 17 are arranged.
[0013] The change switch 14 is a switch used when the player calls an attendant of a game
arcade, and when the change switch 14 is operated, a tower light arranged on an upper
part of the slot machine 1 is turned on. The cashout switch 15 is a switch to pay
out money betted and credited to a coin tray 19 as coins when pressed. The 1-BET switch
16 is a switch to bet the sum corresponding to the denomination among the money betted
and credited, that is, only the sum betted for one bet by one press operation, and
the MAX BET switch 17 is a switch to bet a sum corresponding to the max bet number
(1000 coins in the embodiment) among the money betted and credited by one press operation.
[0014] And on a top glass 20 arranged at an upper position of the reel display window portion
5, it is displayed a payout table indicating a relation that each of the winning combinations
and payout thereof is corresponded. And on a bottom glass 21 positioned at a lower
position of the reel display window portion 5, characters relating to the slot machine
are described.
[0015] Fig. 2 is an enlarged front view showing the reel display window portion 5 of the
slot machine 1. Here, in Fig. 2, the same elements, parts as in Fig. 1 are indicated
by the same numbers as in Fig. 1 and explanation thereof will be omitted. The reel
display window portion 5 constitutes constructs a display device to display game image.
On a surface of the reel display window portion 5, it is arranged a touch panel 5k
to accept input operation by the player. The touch panel 5k is made transparent so
as to display therethrough the symbols described on the reels 2 to 4 and information
such as game effect images displayed on a liquid crystal display panel 5d. Here, as
well-known in the art, the touch panel 5k is constructed from a pair of transparent
sheets on each of which a plurality of transparent electrodes such as ITO are formed
and transparent dot spacers formed between the transparent sheets. Concretely, the
transparent dot spacers are formed on one of the transparent sheets or both of the
transparent sheets so as not to superimpose with each other. And two transparent sheets
are superimposed with each other so that the transparent electrodes on each sheet
are separated by a distance corresponding to the height of the dot spacers. When the
touch panel 5k is touched by a finger of the player, the transparent electrodes of
the sheets are contacted at a touch position, thereby such touch position on the touch
panel 5k is detected based on a contact position where the transparent electrodes
are contacted with each other. On the other hand, as mentioned later, a numerical
keypad image (not shown in Fig. 2) is displayed on the liquid crystal display panel
5d arranged behind the touch panel 5k. And a numerical keypad device 35 (not shown
in Fig. 2) is constructed from the numerical keypad image displayed on the liquid
crystal display panel 5d and a predetermined area of the touch panel 5k corresponding
to the numerical keypad image. The numerical keypad device 35 constructs a numerical
input device to input the numerical value when the denomination is set.
[0016] Fig. 3 is a sectional view of the slot machine showing an inner construction of the
reel display window portion 5. As shown in Fig. 3, the reel display window portion
5 is arranged in front of the reels 2 to 4 and is constructed so as to have the liquid
crystal display panel 5d. And Fig. 4 is an exploded perspective view of the reel display
window portion 5 shown in Fig. 3. As shown in Figs. 4 (a) to 4 (j), the reel display
window portion 5 is constructed from the touch panel 5k, a transparent acrylic plate
5a, a reel glass base 5b, a bezel metallic frame 5c, the liquid crystal display panel
5d, a liquid crystal holder 5e, a diffusion sheet 5f, a light guiding plate 5g, a
rear holder 5h and an antistatic sheet 5i, these members being arranged from a front
plane side of the device according to this order. The touch panel 5k is arranged at
a front side of the transparent acrylic plate 5a, the front side thereof being faced
to the player. And in the diffusion sheet 5f, the light guiding plate 5g and the rear
holder 5h, three openings 6a, 6b, 6c forming the display window 6, three openings
7a, 7b, 7c forming the display window 7 and three openings 8a, 8b, 8c forming the
display window 8, are formed.
[0017] And attachment of the reel display window portion 5 to a front panel of the device
is, as shown in Fig. 3, is done by fixing brackets 5ba formed in the glass base 5b
so as to project toward up and down directions to a rear side of the front panel of
the device through screws 5j.
[0018] At both an upper end and a lower end of the light guiding plate 5g, a pair of cold
cathode ray tubes 30a are arranged as light sources of the liquid crystal display
panel 5d. And at an upper and a lower positions of display window parts on a rear
side of the rear holder 5h, a pair of cold cathode ray tubes 30b to illuminate the
symbols described on the outer periphery of each of the reels 2 to 4 are arranged.
[0019] The liquid crystal display panel 5d is a transparent electric display panel which
is disposed at the front side of the reels 2 to 4 and the reels 2 to 4 are seen and
recognized through the liquid crystal display panel 5d. A rear side around the display
part of the liquid crystal display panel 5d is held by the liquid crystal holder 5e.
The light guiding plate 5g is formed from a light transmitting resin panel and lens
cuts are formed to guide light emitted from the cold cathode ray tubes 30b disposed
at sides thereof toward the rear side of the liquid crystal display panel 5d. The
diffusion sheet 5f is formed light transmitting resin sheet and constructs diffusion
member to diffuse light guided by the light guiding plate 5g and levels light illuminated
to the liquid crystal display panel 5d. The liquid crystal holder 5e holding the liquid
crystal display panel 5d, the diffusion sheet 5f and the light guiding plate 5g are
formed into one-construction and the circumference thereof is inserted in the bezel
metallic frame 5c. By this insertion, the front side of the circumference of the display
part in the liquid crystal display panel 5d is held by the bezel metallic frame 5c.
[0020] The liquid crystal holder 5e, the diffusion sheet 5f and the light guiding panel
5g, which are inserted in the bezel metallic frame 5c and formed into one-construction,
are further inserted in the reel glass base 5b at the circumference thereof, thereby
are supported by the reel glass base 5b in a state that the front side of the display
part in the liquid crystal display panel 5d is opened. The transparent acrylic plate
5a, on the front surface of which the touch panel 5k is arranged, is attached to the
front plane of the device by fixing the reel glass base 5b on the front panel of the
device through the screws 5j, thereby the transparent acrylic plate 5a is pressed
and attached to the front plane of the reel glass base 5b with the touch panel 5k.
Thus, the transparent acrylic plate 5a closes the above opening positioned on the
front plane of the display part in the liquid crystal display panel 5d.
[0021] The rear holder 5h is formed from a white resin plate and retains the bezel metallic
frame 5c, the liquid crystal holder 5e supporting the liquid crystal display panel
5d, the diffusion sheet 5f and the light guiding plate 5g, all of which are supported
to the reel glass base 5b, to the reel glass base 5b from the rear side thereof. The
rear holder 5h functions as a reflecting plate to reflect light emitted to the light
guiding plate 5g from the cold cathode ray tubes 30a toward the liquid crystal display
panel 5. The antistatic sheet 5 is made transparent and is adhered to the rear plane
of the rear holder 5h by a double-sided tape, thereby the antistatic sheet 5i covers
the openings formed in the rear holder 5h.
[0022] Fig. 5 is a block diagram showing a circuitry construction of a control circuit 40
for controlling game operation process in the slot machine 1 of the embodiment.
[0023] The control circuit 40 is mainly constructed from a microcomputer 41 and the microcomputer
41 is constructed from a main CPU 42 (Central Processing Unit) for conducting control
operation according to a program preset beforehand, a ROM (Read-Only Memory) 43 as
a storing device and a RAM (Random Access Memory) 44. In the ROM 43, control procedures
for wholly controlling the gamin machine are stored as a sequence program and the
RAM 44 is utilized as a temporary memory work area and the like when such program
is executed.
[0024] To the main CPU 42, a clock pulse generator 45 for generating standard clock pulses
and a frequency divider 46, a random number generator 47 for generating random numbers
within a predetermined range and a sampling circuit 48 for sampling one random number
generated by the random number generator 47, are connected. Further, an I/O port 49
to receive and output various signals between peripheral devices (actuators) mentioned
later, is connected to the main CPU 42. And the ROM 43 has also memory areas to store
a winning combination table which is referred when the winning combination is determined
based on a symbol combination, other than the sequence program.
[0025] Here, the microcomputer 41, the random number generator 47 and the sampling circuit
48 constructs a lottery device to determine the winning combination by a lottery and
selects the symbols which are stopped and displayed on the display windows 6 to 8
or the liquid crystal display panel 5d by a lottery and determines the winning combination
based on the selected symbol combination. And the microcomputer 41 constructs a game
medium storing device for storing the betted money inserted from the coin insertion
slot 11 and the bill insertion portion 12 as data in the RAM 44.
[0026] As the main actuator the operation of which is controlled by a control signal from
the microcomputer 41, there exist stepping motors 50 for rotating and driving the
reels 2 to 4, various lamps 51, a LED display part 52, a hopper 53 for storing coins,
the liquid crystal display panel 5d and a speaker 55. These are driven and controlled
by a motor drive circuit 56,a lamp drive circuit 57, a LED drive circuit 58, a hopper
drive circuit 59, an image control circuit 60 and a sound control circuit 61, respectively,
These drive circuits 56 to 59 and the control circuits 60, 61 are connected to the
main CPU 42 through the I/O port 49.
[0027] And as the main input signal generation device for generating input signals necessary
for the main CPU 42 to produce control signals, there exist a start switch 9S for
detecting operation of the start lever 9, the spin switch 13, the change switch 14,
the cashout switch 15, the 1-BET switch 16, the MAX BET switch 17 and a coin sensor
11S to detect coins inserted in the coin insertion slot 11. Further, a reel position
detection circuit 62 for detecting the rotation position of the reels 2 to 4 is provided.
[0028] And as the input signal generation device, there exist a coin detection part 53S
for counting the number of coins paid out from the hopper 53, a payout completion
signal generation circuit 63, the numerical keypad device 35 constructed from the
numerical keypad image displayed on the liquid crystal display panel 5d and the predetermined
area of the touch panel 5k corresponding to the numerical keypad image and a numerical
keypad device detection circuit 64. The payout completion signal generation circuit
63 generates a signal to detect a coin payout completion when the coin count value
corresponded to the coin number actually paid out and input from the coin detection
part 53S reaches to the payout coin number data. And the numerical keypad device detection
circuit 64 detects operation of the numerical keypad device 35, such operation being
done by touching the touch panel 5k corresponding to numerical keys of the numerical
keypad image displayed on the liquid crystal display panel 5d and outputs the detected
operation signal to the main CPU 42. The above payout completion signal generation
circuit 63 and the numerical keypad device detection circuit 64 are also connected
to the main CPU 42 through the I/O port 49. Here, the main CPU 42 constructs a denomination
recognition device to recognize the numerical value input from the numerical keypad
device 35 as the sum betted for one bet.
[0029] In the above construction, before the game is conducted in the slot machine 1, the
play at first inserts coins in the coin insertion slot 11 or inserts a bill in the
bill insertion slot 12, thereby the betted money is stored in the slot machine 1.
Next, the sum betted for the game is directed by the player among the betted money
which is stored. This direction is done by determining the denomination corresponding
to the sum betted for one bet and the bet number.
[0030] On a game image displayed on the reel display window portion 5, as shown in Fig.
6, a character image 31, a denomination display part 32, a payout display part (WIN)
33 for displaying the payout number paid out to the player and a bet number display
part (BET) 34 are displayed. When the touch panel 5k corresponding to a periphery
of the denomination display part 32 is touched, the numerical keypad image is displayed
on the liquid crystal display panel 5d as shown in Fig. 6, thereby denomination input
operation is made effective through the numerical keypad device 35 constructed from
the numerical keypad image on the liquid crystal display panel 5d and the touch panel
5k.
[0031] The numerical keypad device 35 is provided with numerical keys of "0" ~ "9" and "00",
a clear key (CLEAR), a dollar ($) display key and a cent (¢) display key. Here, the
numerical keys, the clear key are, the dollar display key and the cent display key
are constructed from the numerical key images, the clear key image, the dollar display
key image and the cent display key image included in the numerical keypad image displayed
on the liquid crystal display panel 5d and the touch panel 5k. And the numerical value
input by touching the touch panel 5k corresponding to the numeral key images is displayed
in an upper input numerical value area 35a. For example, in a case that touch panel
5k corresponding to the dollar display key image is first pressed and thereafter the
touch panel 5k corresponding to the numerical key images "1" and "0" are pressed in
this order, and further the touch panel 5k corresponding to the cent display key image
is pressed and thereafter the touch panel 5k corresponding to the numerical key images
"5" and "0" are pressed in this order, " $ 10.50 (10 dollars and 50 cents)" is displayed
in the input numerical value area 35a as shown in Fig. 6. Thereafter, the numerical
keypad image disappears at the timing that the player operates the start lever 9 or
the spin switch 13 or the MAX BET switch 17 and the denomination is recognized as
10 dollars and 50 cents by the main CPU 42, thereby this sum is displayed in the denomination
display part 32. In the first embodiment, the sum from 1 cent up to 100 dollars can
be freely betted as the denomination by utilizing the numerical keypad device 35.
And when the denomination is input by the numerical keypad device 35 according to
the above, if a false numerical value is input, such numerical value can be corrected
by pressing the touch panel 5k corresponding to the clear key image and again inputting
the correct numerical value by touching the touch panel 5k corresponding to the numerical
key images.
[0032] Next, the bet number is directed. This direction is done by operating the 1-BET switch
16 or the MAX-BET switch 17. For example, when the MAX-BET switch 17 is pressed one
time, the bet number is recognized as 1000 by the main CPU 42. And when the 1-BET
switch 16 is pressed desired plural times, the pressed times are recognized as the
bet number by the main CPU 42.
[0033] When the bet number is recognized, the main CPU 42 sets the sum calculated by multiplying
the bet number with the denomination directed according to the above as the betted
money. And based on the operation of the start lever 9 or the spin switch 13 or the
MAX BET switch 17 by the player, rotation process of the reels 2 to 4 is done and
the slot machine game is started. And in a case that the symbol combination of the
winning combination with payout is stopped and displayed along the pay line L, the
payout corresponding to the betted money which is set by the main CPU 42 is given
to the player. Thereby, the credit number is increased or coins are paid out to the
coin tray 19.
[0034] According to the slot machine of the first embodiment, as mentioned, when the numerical
value is input through the numerical keypad device 35 constructed from the numerical
keypad image displayed on the liquid crystal display panel 5d and the touch panel
5k, such numerical value is recognized as the denomination by the main CPU 42. And
the sum calculated by multiplying the denomination with the bet number set by the
1-BET switch 16 or the MAX-BET switch 17, is betted, thereafter the slot machine game
is conducted. Thereby, the player can voluntarily set the denomination without being
limited to the sum which is fixed beforehand, as in the prior art.
[0035] And in the first embodiment, the numerical keypad image is displayed on the liquid
crystal display panel 5d in the reel display window portion 5 which displays the game
image of the slot machine 1, and the player can input the denomination by touching
the touch panel 5k corresponding to each of the numerical key images constructing
the numerical keypad device 35 in cooperation with the touch panel 5k. Therefore,
the player can quickly operate the numerical keypad device 35 while seeing the reel
display window portion 5 and operability to determine the denomination can be raised.
[0036] Next, the slot machine of the second embodiment according to the present invention
will be described.
[0037] The slot machine of the second embodiment has the same construction as the slot machine
1 in the above mentioned first embodiment, except for the numerical value input device
for setting the denomination which is different from that in the first embodiment.
[0038] Fig. 7 is an explanatory view of the reel display window portion on which a denomination
selection panel for determining the denomination is provided to determine the denomination,
according to the second embodiment. Here, in Fig. 7, the same numbers are added to
the members, the elements having the same construction as those in the first embodiment.
[0039] Similar to the above mentioned numerical keypad device 35, the denomination selection
panel 36 is constructed from a denomination selection panel image displayed on the
liquid crystal display panel 5d and a predetermined area of the touch panel 5k corresponding
to the denomination selection panel image.
[0040] When the player touches the touch panel 5k corresponding to the periphery of the
denomination display part 32, a denomination display selection panel image is displayed
on the liquid crystal display panel 5d as shown in Fig. 7, thereby input operation
of the denomination by the denomination selection panel 36 is made effective. The
denomination selection panel image 36 is provided with eleven sum display areas which
are set beforehand from 1 cent to 10 dollars. The denomination is changed to the sum
displayed in the sum display area that the player touches the touch panel 5k corresponding
thereto, and the sum changed and input by the player is displayed in the denomination
display part 32. For example, when the player touches the touch panel 5k corresponding
to the area of " $ 1", the sum " $ 1" changed and input is displayed in the denomination
display part 32, as shown in Fig. 7. Thereafter, when the player again touches the
touch panel 5k corresponding to the periphery of the denomination display part 32,
the denomination selection panel image disappears, and the denomination is recognized
as one dollar by the main CPU 42. The player conducts the game by determining the
bet number based on the denomination selected according to the above.
[0041] In the slot machine of the second embodiment, similarly to the first embodiment,
the player can freely set the denomination without being limited to the sum which
is fixed beforehand, as in the prior art. And the player can quickly operate the denomination
selection panel 36 while seeing the reel display window portion 5 and operability
to determine the denomination can be raised.
[0042] Here, in the second embodiment, it may be constructed so that the denomination value
input through the numerical keypad device 35 and the denomination selection panel
36 is used as the denomination over a plural times of games and such denomination
is used for setting the betted money. That is to say, the denomination value input
in the present game by the player may be stored as the data in the RAM 44 and the
like and the stored data is used as the denomination in the present game and the next
games, thereby the betted sum is set. In this case, the stored data in the RAM 44
is automatically treated as the initial value of the denomination, and so long as
the player does not renew the denomination, that is, the denomination value is not
again input, such initial value is continued to be used as the denomination. And when
the denomination value is again input through the numerical keypad device 35 or the
denomination selection panel 36, the initial value may be displayed in the denomination
display part 32.
[0043] According to the above construction, in a case that the constant denomination is
used over a plural times of games, the player can omit the input operation of the
denomination value through the numerical keypad device 35 and the denomination selection
panel 36 every the unit game, thereby operation in the game can be reduced. As a result,
even if the player conducts games for a long time, the player can concentrate in games
without feeling fatigue and improvement of motivation for games can be expected.
[0044] And it may be determined corresponding to gaming state whether or not the denomination
value input through the numerical keypad device 35 or the denomination selection panel
36 by the player is used for setting the betted money. For example, it is supposed
two gaming states, in which the expectation values of the payout paid out to the player
in the unit game are different with each other, and it is supposed that the gaming
state with lower expectation value is the first gaming state and the gaming state
with high expectation value is the second gaming state. At that time, in one of the
first gaming state and the second gaming state, the denomination value input through
the numerical keypad device 35 or the denomination selection panel 36 by the player
is used and in the other gaming state thereof the denomination value fixedly stored
in the ROM 43 is used.
[0045] According to the above construction, there may be a case that the rate for getting
coins in the specific gaming state may be controlled.
[0046] And according to the gaming state, it may be conceivable that a range of the denomination
value which the player can input through the numerical keypad device 35 or the denomination
selection panel 36 is changed. For example, in the above first gaming state, the denomination
may be selected within the range from 1 cent up to a predetermined first upper limit
value (for example, 100 dollars) and in the above second gaming state, the denomination
may be selected within the range from 1 cent up to a predetermined second upper limit
value (for example, 10 dollars) lower than the above first upper limit value. Further,
the second upper limit value may be set higher than the first upper limit value. And
a lower limit value of the denomination value which the player can input may be changed
according to the gaming state.
[0047] According to the above construction, there may be a case that the rate for getting
coins in the specific gaming state may be controlled.
[0048] And in the above first and second embodiments, although it is explained the case
that operation of the numerical keypad device 35 is detected by the numerical keypad
device detection circuit 64 and the detected value is input to the main CPU 42, thereby
the denomination value is determined, the present invention is not limited to this.
For example, it may be conceivable that the function of the numerical keypad device
detection circuit 64 is provided with the touch panel 5k and the numerical value input
through the numerical keypad device 35 is directly given to the main CPU 42 from the
touch panel 5k. According to this construction, in the cabinet to which the touch
panel 5k is installed as the standard, the slot machine having the same function as
the above embodiment may be realized by only changing software thereof, without adding
a new parts such as the numerical keypad device detection circuit 64.
[0049] Further, in the above embodiments, although dollar ($) and cent ( ¢ ) are utilized
as the currency denomination displayed on the numerical keypad device 35 for inputting
the denomination and the denomination selection panel 36 for selecting the denomination,
the currency denomination is not limited to this. For example, the currency denomination
displayed on the numerical keypad device 35 and the denomination selection panel 36
may be pound and penny and the like, thereby the currency denomination may be changed
and displayed corresponding to the area where the slot machine 1 is used.
[0050] And in the second embodiment, although the denomination selection panel 36 is provided
with eleven sum display areas set by stages between 1 cent and 10 dollars, the present
invention is not limited to this. It may be constructed so that the number of the
sum display areas can be voluntarily set according to the area where the slot machine
is exported and the circumstance that the slot machine is used.
[0051] In each of the above mentioned modifications, the effect similar to the above mentioned
embodiments may be obtained.
[0052] In the above mentioned embodiments, although it is explained a case that the gaming
machine of the present invention is applied to the slot machine, the present invention
can be applied to the gaming machine in which game media are betted, similar to the
above embodiment. For example, the present invention can be applied to a Japanese
Pachi-slot gaming machine that rotation of the reels is stopped by operating the stop
buttons, a poker gaming machine, a trump gaming machine, a mah-jong gaming machine
and the like, Further, the present invention can be applied to a game program by which
a home gaming machine can suspectedly execute the same operation as in each of the
above gaming machines. In this case, as the recording medium to record the game program,
various recording media such as CD-ROM, FD (Flexible Disk), flash memory card and
the like can be utilized. If the present invention is applied to any of the above
gaming machines, the same effect as that of the embodiment can be obtained.
[0053] Further, the numerical keypad image may be displayed on the liquid crystal display
panel 5d every one game is terminated and when the player wants to change the bet
number.
[0054] And the numerical keypad image may disappear when the touch panel 5k corresponding
to the periphery of the bet number display part 32 is touched.
[0055] Further, in a case that the numerical keypad image includes an enter key image instead
of the clear key image shown in Fig. 6, the numerical keypad image may disappear at
the timing that the player touches the touch panel 5k corresponding to the enter key
image.