JP2019166135A - Game machine - Google Patents

Abstract

To provide a game machine capable of easily confirming that correct components are attached to a board.SOLUTION: A slot machine includes a board on which a plurality of types of electronic components are mounted, and the plurality of types of electronic components include a plurality of identification electronic components. The plurality of identification electronic components include a first type of identification electronic component and a second type of identification electronic component, and the first type of identification electronic component and the second type identification electronic component are mounted on the board so that they can be identified from the appearance.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a gaming machine such as a pachinko gaming machine or a slot machine.

  Some gaming machines such as a pachinko gaming machine and a slot machine have a substrate on which an IC chip for controlling the progress of the game is mounted (see, for example, Patent Document 1). Some electronic components mounted on a substrate are printed with a model number or a lot number, for example.

JP, 2006-093603, A

  In a board in a gaming machine, it is required to easily check whether or not a component attached to the board is a correct part from the viewpoint of preventing fraud. However, with respect to the board on which the parts in the gaming machine described in Patent Document 1 are attached, further improvement is required in order to facilitate confirmation that the correct parts are attached.

  Accordingly, an object of the present invention is to provide a gaming machine that can easily confirm that correct components are attached to a board.

  (1) A gaming machine of the present invention is a gaming machine (for example, a slot machine, a pachinko gaming machine, etc.) that performs a game, and a plurality of types of electronic components (for example, main circuit, input circuit, output circuit, input / output terminal) , Resistors, transistors, capacitors, and the like) (for example, the substrate 1), and the plurality of types of electronic components include a plurality of identification electronic components (for example, the second output circuit 12 and the third output circuit 13). , A fourth output circuit 14, a fifth output circuit 15, a first input circuit 21 and the like, and the plurality of identification electronic components is a first type of identification electronic component (for example, a third output used as an output circuit). Circuit 13 and the like and a second type of identification electronic component (for example, the first input circuit 21 used as an input circuit), and the first type of identification electronic component and the second type of identification electronic Parts are identified by appearance (The third output circuit 13 and the first input circuit 21 are different from each other in the direction of the characters of the “model number 3” displayed on the front surface so that they can be distinguished from each other. ) Is mounted on the substrate.

  According to such a configuration, it is possible to distinguish which type of identification electronic component is used according to the aspect of the identification electronic component. For this reason, it can be easily confirmed that correct components are attached to the board.

  (2) In the gaming machine according to (1), the first type of identification electronic component is an identification electronic component (for example, a third output circuit 13 or the like) provided in an output circuit, and the second type The identification electronic component may be an identification electronic component (for example, the first input circuit 21 or the like) provided in the input circuit.

  According to such a configuration, an electronic component used for signal input and an electronic component used for signal output can be easily distinguished.

  (3) In the gaming machine according to (1) or (2), the plurality of types of electronic components include a plurality of predetermined electronic components (for example, the first output circuit 11 to the fifth output circuit 15 and the like), and a plurality of types. The predetermined electronic component includes a first type of first predetermined electronic component (for example, the second output circuit 12 or the like), and the first type of identification electronic component and the first predetermined electronic component are the same in the same manner. It may be mounted on the substrate (for example, both the second output circuit 12 and the third output circuit 13 are mounted on the substrate 1 in such a manner that the person who sees the characters faces a direction difficult to read). Good.

  According to such a configuration, the first type of electronic component can be easily distinguished.

  (4) In the gaming machine of (1) or (2), the plurality of types of electronic components include a plurality of types of predetermined electronic components (for example, main circuit, input circuit, output circuit, input / output terminal, resistor, Each of the electronic components of the transistor and the capacitor includes the first output circuit 11 to the fifth output circuit 15), and the plurality of types of predetermined electronic components include the first type of first predetermined electronic component (for example, the first output circuit). The first to fifth output circuits 15 include the second output circuit 12), and the first type identification electronic component and the first predetermined electronic component are mounted on the substrate so as to be close to each other. (For example, the third output circuit 13 and the second output circuit 12 may be arranged near each other).

  According to such a configuration, the first type of electronic component can be easily distinguished.

It is a front view of the board | substrate provided in a slot machine. It is a perspective view of a part of a substrate. It is a perspective view of a part of a substrate. It is a top view of a part of a substrate. It is a circuit diagram of a part of a substrate. It is a circuit diagram of a part of a substrate. It is a circuit diagram of a part of a substrate. It is a circuit diagram of a part of a substrate. It is the perspective view which expanded the principal part of the board | substrate. It is the perspective view which expanded the principal part of the board | substrate of a modification. It is the top view to which the principal part of the board | substrate of another modification was expanded. It is the top view to which the principal part of the board | substrate of another modification was expanded.

  A mode for carrying out a gaming machine which is an example of a gaming machine according to the present invention will be described below. In the following embodiments, the ratio of each drawing may be different from the actual ratio. FIG. 1 is a front view of a substrate provided in the slot machine. In the following embodiments, the substrate 1 is attached to the slot machine housing in each of the “up”, “down”, “left”, “right”, “rear (back)”, and “front (front)” directions. Based on Further, the direction (direction) of the surface is an extending direction of an axis orthogonal to the surface and is a direction on the side where the surface is viewed. For example, in FIG. 1, the front surface 10 </ b> F of the main circuit 10 described as “model number 100” has a front surface orientation. The direction of the character is a direction in which it is determined whether or not a person who sees the character can easily read the character from a predetermined direction. For example, if three characters are listed side by side in the left-right direction, and the central character is rotated 180 °, the central character is different in direction from the other two characters. The other two characters have the same orientation.

  For example, in a three-dimensional space, three surfaces orthogonal to each other, a first surface orthogonal to the first axis along the front-rear direction, a second surface orthogonal to the second axis along the vertical direction, and the horizontal direction Assume a third surface orthogonal to the third axis. In this case, the first surface faces front (front side) or rear (back side), the second surface faces upward (upper side) or lower side (lower side), and the third surface is right (right side) or It turns to the left (left side).

  The direction of the character is limited by the direction of the surface on which the character is written. For example, the characters described on the first surface do not face in the direction having the front (front side) or the back (back side) as a component, for example, upper (upper), lower (lower), left ( Left side), right side (right side), or a direction obtained by multiplying the components in these directions, for example, upper right, lower left, and the like. Further, the characters described on the second surface do not face in the direction having upward (upper side) or lower side (lower side) as components, for example, forward (front side), backward (back side), left side ( Left side), right side (right side), or a direction obtained by multiplying components in these directions, for example, right front, left rear, and the like. Further, the characters described on the third surface do not face in the direction having the right side (right side) or the left side (left side) as a component. For example, the upper side (upper side), the lower side (lower side), and the front side (front side). Side) and rear (back side), or a direction obtained by multiplying components in these directions, for example, upper front, lower rear, and the like.

  The substrate 1 is accommodated in a substrate case (not shown) and is provided inside a casing of a slot machine that is a gaming machine. As shown in FIG. 1, the substrate 1 is arranged with a wide surface (electronic component mounting surface) facing the front surface, and is fixed to the front surface of the back plate inside the slot machine housing. It is attached. The substrate case is made of a transparent material so that the substrate 1 can be seen from the outside of the substrate case.

  The board 1 is a so-called main board that mainly controls the game of the slot machine, and includes a board member 2 and a large number of electronic components mounted on the board member 2 as shown in FIG. Specifically, one main circuit 10 is mounted on one surface side of the substrate member 2. The main circuit 10 is a circuit element and is a special electronic component that controls a game. The board member 2 is mounted with three first output circuits, that is, an upper first output circuit 11A, a middle first output circuit 11B, and a lower first output circuit 11C. The upper first output circuit 11A, the middle first output circuit 11B, and the lower first output circuit 11C are configured by the same type of circuits. The upper first output circuit 11A, the middle first output circuit 11B, and the lower first output circuit 11C are a plurality of specific electronic components on which characters are written. The characters described in the upper first output circuit 11A, the middle first output circuit 11B, and the lower first output circuit 11C will be described later.

  The upper first output circuit 11A, middle first output circuit 11B, and lower first output circuit 11C are the same type of electronic components. In the following description, the same type of electronic components may be described by omitting the alphabet attached to the end of the reference numerals when they are described in accordance with their common properties. . For example, when the common characteristics of the upper first output circuit 11A, the middle first output circuit 11B, and the lower first output circuit 11C, which are common electronic components, are described, the characteristics as the first output circuit 11 are described. There are things to do.

  Further, on the one surface side of the substrate member 2, three second output circuits 12 of an upper right second output circuit 12A, a lower right second output circuit 12B, and a left second output circuit 12C are mounted, and the third output circuit One third output circuit 13 of 13A is mounted, two fourth output circuits 14 of an upper fourth output circuit 14A and a lower fourth output circuit 14B are mounted, and one fifth output circuit 15A of the fifth output circuit 15A is mounted. An output circuit 15 is mounted. Among these, the upper right second output circuit 12A, the lower right second output circuit 12B, and the left second output circuit 12C are configured by electronic components of the same type. The upper fourth output circuit 14A and the lower fourth output circuit 14B are also configured by the same type of electronic components. Further, the second output circuit 12 and the third output circuit 13A are arranged so as to be close to each other.

  In addition, on the one surface side of the board member 2, three first input circuits of a right first input circuit 21A, a middle first input circuit 21B, and a left first input circuit 21C are mounted. The right first input circuit 21A, the middle first input circuit 21B, and the left first input circuit 21C are configured by electronic components of the same type. The first input circuit 21 is composed of the same type of electronic components as the third output circuit 13. The third output circuit 13 and the first input circuit 21 are identification component circuits. The first output circuit 11 to the fifth output circuit 15 and the first input circuit 21 are all circuit elements. The first output circuit 11 to the fifth output circuit 15 are predetermined electronic components.

  The first resistance element 31 to the eighth resistance element 38 are arranged in parallel on the one surface side of the substrate member 2, and the different performance resistance element 41 is provided on the opposite side of the eighth resistance element 38 to the seventh resistance element 37. Are arranged side by side. The first resistance element 31 to the eighth resistance element 38 and the different performance resistance element 41 are electronic components each having two terminals having no polarity, and are resistance elements having the same performance and common resistance values.

  A first segment display unit 51 to a fourth segment display unit 54 and a power supply confirmation lamp 55 are mounted on one surface side of the board member 2. The first segment display unit 51 is a special electronic component having a plurality of terminals, and is a so-called seven segment composed of seven segments shaped like a numeral “8” and one round shape arranged at the lower right of the seven segments. A total of 8 segments are provided. The 2nd segment display part 52-the 4th segment display part 54 are also provided with eight segments arranged similarly. The power confirmation lamp 55 includes a single round lamp.

  Further, a first input / output terminal 61, a second input / output terminal 62, and a third input / output terminal 63 are mounted on one surface side of the substrate member 2. The first input / output terminal 61, the second input / output terminal 62, and the third input / output terminal 63 are different types of input / output terminals. The first input / output terminal 61, the second input / output terminal 62, and the third input / output terminal 63 are arranged in order from the right at the lower end portion of the substrate member 2.

  The first segment display portion 51 to the fourth segment display portion 54 are role ratio display means, and display numerical values related to the role ratio (the role ratio) according to the signal transmitted from the main circuit 10. The power confirmation lamp 55 is turned on when the power is turned on and turned off when the power is turned off. The first input / output terminal 61 to the third input / output terminal 63 are connected to wiring for transmitting and receiving signals to and from various components provided in the slot machine.

  These electronic components provided on the one surface side of the substrate member 2 are connected to each other through the wiring through the one surface side and the other surface side (the back surface side) of the substrate member 2 and through holes provided in the substrate member 2. ing. Illustration of these wirings is omitted. Further, electronic components other than the electronic components shown in FIG. No letters or the like are described for these electronic components. In the present embodiment, descriptions of electronic components that do not have these characters are omitted.

  In addition, in these electronic components and the board member 2, characters and the like for indicating the type of electronic component and the position where the electronic component is mounted are described. Specifically, as shown in FIG. 2, characters “model number 100” are displayed on the front surface 10 </ b> F of the main circuit 10. The front surface 10 </ b> F of the main circuit 10 is a surface facing a direction common to the mounting surface of the main circuit 10 in the board member 2. The characters displayed on the front surface of the main circuit 10 are described by silk printing, for example. Characters written in the main circuit 10 are displayed facing upward. A character of “model number 100” written on the front surface 10F of the main circuit 10 is a character larger than characters written on other electronic components.

  In addition, all the characters (character information) displayed on the following electronic components are described by silk printing. In addition, characters displayed on each electronic component may be displayed (described) by means such as printing other than silk printing. In addition, these characters may be directly printed on the electronic component, or may be displayed by sticking a sticker or the like on which the characters are printed (described).

  In addition, the characters displayed on each electronic component may be Kanji as the characters described in the main circuit 10, or other characters such as hiragana, katakana, arithmetic numbers, alphabets, Russian characters, Greek characters, etc. A character may be sufficient and the combination of these characters may be sufficient. Furthermore, a symbol etc. may be sufficient and what combined the character and the symbol may be sufficient. In addition, the characters displayed on each electronic component may be a description content about the electronic component itself such as the lot number, or may be an application in which each electronic component is used (for example, “output circuit”).

  Further, as shown in FIG. 3, the lower surface 11AL of the upper first output circuit 11A, the lower surface 11BL of the middle first output circuit 11B, and the lower surface 11CL of the lower first output circuit 11C are all “model number 1”. Characters are displayed. The characters displayed on the lower surface 11AL of the upper first output circuit 11A are displayed so as to face a direction in which a person viewing the characters can easily read from a predetermined direction (hereinafter, also simply referred to as “easy to read”). . The characters displayed on the lower surface 11BL of the middle first output circuit 11B and the lower surface 11CL of the lower first output circuit 11C also face the same direction as the characters displayed on the lower surface 11AL of the upper first output circuit 11A. In addition, the shape and size of the letters “model number 1” written on the lower surface 11AL of the upper first output circuit 11A, the lower surface 11BL of the middle first output circuit 11B, and the lower surface 11CL of the lower first output circuit 11C are They are almost identical to each other.

  In the vicinity of the upper first output circuit 11A on the substrate member 2, specifically, at the lower right portion of the upper first output circuit 11A, the letters “model number 1” are displayed as shown in FIGS. ing. The characters of “model number 1” are oriented in an easy-to-read direction. The character of “model number 1” is smaller than the character of “model number 1” described in the first output circuit 11A. In the present embodiment, the character written in the vicinity of the upper first output circuit 11A on the substrate member 2 is “model number 1”, which is the same as the character written on the upper first output circuit 11A. Other characters, for example, characters related to the characters described in the first output circuit 11A may be used. For example, the characters “model number 1” described in the first output circuit 11 may be simplified, and the letter “K1” or the like may be obtained by taking the initial letter of “model number”. Or it is good also as a character which divides | segments a function and a kind about an electronic component, attaches a serial number to each, and describes these serial numbers in the vicinity position of an electronic component. The serial number at this time may be attached to a part or all of the electronic components. When a part of the electronic component is attached, it may be divided into a plurality of systems (for example, “A1”, “A2”..., “B1” [B2]. Alternatively, a rule such as adding the initial letter “I” to the input circuit and the initial letter “O” to the input circuit is given, and the character written in the vicinity of the upper first output circuit 11A is set to “upper 1OA”. Alternatively, “U1OA” or the like may be used. The number of characters described in the vicinity of the upper first output circuit 11A on the substrate member 2 may be smaller than the number of characters described in the upper first output circuit 11A, or the number of characters may be larger. You may do it.

  Further, when the characters displayed on the main circuit 10 and the characters displayed on the lower surface 11L of the first output circuit 11 are compared, the characters described on the main circuit 10 and the first output circuit 11 of the substrate 1 are both. When a viewer sees from a predetermined direction, for example, from the lower side, the lower part of the character is located on the side closer to the viewpoint, and is displayed in a specific direction in that sense. In other words, the specific direction mentioned here refers to a direction in which the same side of the character or the like, for example, the lower side is located closer to the viewpoint when the substrate 1 is viewed from one direction. The specific orientation may be displayed on the same orientation surface, but as described above, the orientation of each character displayed on the different orientation surface may be a specific orientation.

  Similarly to the position near the upper first output circuit 11A on the board member 2, the lower right part of the board member 2 near the middle first output circuit 11B and the lower first output circuit 11C is “model number 1”. The characters are displayed in an easy-to-read direction. The character of “model number 1” has the same shape as the character of “model number 1” displayed in the vicinity of the upper first output circuit 11A, but is smaller in size. In addition, although the same character as each electronic component is similarly described also in the vicinity of the other electronic component in the board | substrate member 2, the description is abbreviate | omitted.

  As shown in FIG. 1 and FIG. 2, the front surface 12AF of the upper right second output circuit 12A, the front surface 12BF of the lower right second output circuit 12B, and the front surface 12CF of the left second output circuit 12C are respectively “model number 2”. Characters are displayed. Characters written on the front surface 12AF of the upper right second output circuit 12A, the front surface 12BF of the lower right second output circuit 12B, and the front surface 12CF of the left second output circuit 12C are those who view the characters from a predetermined direction, respectively. Is described in a direction that is difficult to read (hereinafter, also simply referred to as “a direction that is difficult to read”). The size of the characters “model number 2” written on the front surface 12AF of the upper right second output circuit 12A, the front surface 12BF of the lower right second output circuit 12B, and the front surface 12CF of the left second output circuit 12C are It is almost the same. In addition, the front surface 12F of the second output circuit 12 on which the characters “model number 2” are written is a surface facing the same direction as the front surface 10F on which the characters “model number 100” are written in the main circuit 10.

  As shown in FIGS. 1 and 2, the letters “model number 3” are displayed on the front surface 13 </ b> AF of the third output circuit 13 </ b> A. The characters displayed on the front surface 13AF of the third output circuit 13A are written in a direction that is difficult to read. The size of the character of “model number 3” displayed on the front surface 13AF of the third output circuit 13A is the front surface 12AF of the upper right second output circuit 12A, the front surface 12BF of the lower right second output circuit 12B, and the second left side. The shape and size of the characters “model number 2” displayed on the front surface 12CF of the output circuit 12C are substantially the same. Further, the front surface 13AF of the third output circuit 13A on which the characters “model number 3” are written is a surface facing the same direction as the front surface 10F on which the characters “model number 100” are written in the main circuit 10.

  Further, the characters written on the front surface 12F of the second output circuit 12 and the front surface 13AF of the third output circuit 13A are both displayed in a direction that is difficult to read. Whereas the third output circuit 13A is the first type of identification electronic component, the second output circuit 12 (upper right second output circuit 12A, lower right second output circuit 12B, left second output circuit 12C) It becomes the first predetermined electronic component.

  As shown in FIGS. 1 to 3, the letters “model number 4” are displayed on the front surface 14AF of the upper fourth output circuit 14A and the front surface 14BF of the lower fourth output circuit 14B. The characters displayed on the front surface 14AF of the upper fourth output circuit 14A and the front surface 14BF of the lower fourth output circuit 14B are written in directions that are difficult to read. The size of the character of “model number 4” written on the front surface 14AF of the upper fourth output circuit 14A and the front surface 14BF of the lower fourth output circuit 14B is respectively the front surface 12AF of the upper right second output circuit 12A, the lower right second The shape and size of the characters “model number 2” displayed on the front surface 12BF of the 2-output circuit 12B and the front surface 12CF of the left second output circuit 12C are substantially the same. Further, the front surface 14F of the fourth output circuit 14 on which the characters “model number 4” are written is a surface facing in the same direction as the front surface 10F on which the characters “model number 100” in the main circuit 10 are written.

  As shown in FIGS. 1 and 2, the letters “model number 5” are displayed on the front surface 15 </ b> AF of the fifth output circuit 15 </ b> A. The characters displayed on the front surface 15AF of the fifth output circuit 15A are written in a direction that is difficult to read. The size of the character of “model number 5” displayed on the front surface 15AF of the fifth output circuit 15A is the front surface 12AF of the upper right second output circuit 12A, the front surface 12BF of the lower right second output circuit 12B, and the second left The shape and size of the characters “model number 2” displayed on the front surface 12CF of the output circuit 12C are substantially the same. Further, the front surface 15F of the fifth output circuit 15 on which the characters “model number 5” are written is a surface facing in the same direction as the front surface 10F on which the characters “model number 100” in the main circuit 10 are written.

  As shown in FIGS. 1 and 2, the front face 21AF of the right first input circuit 21A, the front face 21BF of the middle first input circuit 21B, and the front face 21CF of the left first input circuit 21C are each marked with “model number 3”. Is displayed. The characters displayed on the front surface 21AF of the right first input circuit 21A, the front surface 21BF of the middle first input circuit 21B, and the front surface 21CF of the left first input circuit 21C are written in an easy-to-read direction. The size of the letter “model number 3” written on the front surface 21AF of the right first input circuit 21A, the front surface 21BF of the middle first input circuit 21B, and the front surface 21CF of the left first input circuit 21C is The shape and size of the characters “model number 2” displayed on the front surface 12AF of the two output circuit 12A, the front surface 12BF of the lower right second output circuit 12B, and the front surface 12CF of the left second output circuit 12C are substantially the same. Further, the front surface 21F of the first input circuit 21 on which the characters “model number 3” are written is a surface facing in the same direction as the front surface 10F on which the characters “model number 100” in the main circuit 10 are written.

  In addition, the direction of characters written on the front surface of the third output circuit 13 is difficult to read, and the direction of characters written on the front surface of the first input circuit 21 is easy to read. In the third output circuit 13 and the first input circuit 21, the same type of electronic component (identification electronic component) is used. However, the directions of the characters written on the front surfaces of the third output circuit 13 and the first input circuit 21 are different from each other. By doing so, the third output circuit 13 and the first input circuit 21 can be distinguished from each other. The third output circuit 13 is a first type identification electronic component, and the first input circuit 21 is a second identification electronic component.

  As shown in FIG. 4, the first resistance element 31 has a first color code CC1 including a first line L1, a second line L2, a third line L3, and a fourth line L4 in order from the bottom as a predetermined mark. It is drawn. The first line L1 to the fourth line L4 in the first color code CC1 are drawn as different colors. Also, in the second resistance element 32 to the eighth resistance element 38, the first color code CC1 including the same first line L1 to fourth line L4 is drawn. The first resistance element 31 to the eighth resistance element 38 are arranged in a straight line so that the first color code CC1 (first line L1 to fourth line L4) has a common direction of a predetermined mark. It is lined up to be.

  Further, the second color code CC2 including the fifth line L5 to the eighth line L8 is drawn on the different performance resistance elements 41 arranged in the eighth resistance element 38. The fifth line L5 to the eighth line L8, which are the second color code CC2 of the different performance resistor element 41, are the first line L1 to the fourth line that are the first color code CC1 of the first resistor element 31 to the eighth resistor element 38. The color scheme is different from that of the line L4. The first color code CC1 (first line L1 to fourth line L4) of the first resistance element 31 to the eighth resistance element 38 and the second color code CC2 (fifth line L5 to eighth of the different performance resistance element 41). Line L8) includes a first line L1 and a fifth line L5, a second line L2 and a sixth line L6, a third line L3 and a seventh line L7, and a fourth line L4 and an eighth line L8. It is arranged on the line. The first color code CC1 drawn on the first resistance element 31 to the eighth resistance element 38 and the second color code CC2 drawn on the different performance resistance element 41 are, for example, performance indications of the resistance elements, for example, resistance values and allowable values. It is a line drawn according to the difference. For this reason, the first resistance element 31 to the eighth resistance element 38 and the different performance resistance element 41 are electronic components of the same type as the resistance element, but their performances are different.

  Further, as shown in FIGS. 1 and 3, the upper first output circuit 11 </ b> A, the middle first output circuit 11 </ b> B, and the lower first output circuit 11 </ b> C are arranged in the vertical direction on the right side of the one side of the substrate member 2. Is provided. An upper right second output circuit 12A and a lower right second output circuit 12B are arranged side by side on the left side of the upper first output circuit 11A, the middle first output circuit 11B, and the lower first output circuit 11C. . The upper right second output circuit 12A is disposed between the upper first output circuit 11A and the middle first output circuit 11B when viewed in the height direction. The lower right second output circuit 12B is arranged between the middle first output circuit 11B and the lower first output circuit 11C when viewed in the height direction.

  A left second output circuit 12C is arranged on the left side of the lower right second output circuit 12B. The second left output circuit 12C is disposed at a height position substantially the same as the height position of the lower right second output circuit 12B. A third output circuit 13A is arranged immediately below the left second output circuit 12C. The third output circuit 13A is disposed at a position lower than the lower first output circuit 11C.

  An upper fourth output circuit 14A is arranged on the left side of the left second output circuit 12C, and a lower fourth output circuit 14B is arranged on the left side of the third output circuit 13A. The upper fourth output circuit 14A and the lower fourth output circuit 14B are disposed at substantially the same height as the left second output circuit 12C and the third output circuit 13A, respectively.

  A right first input circuit 21A and a fifth output circuit 15A are arranged on the left side of the upper fourth output circuit 14A and the lower fourth output circuit 14B. The right first input circuit 21A is arranged at a position higher than the upper fourth output circuit 14A. The fifth output circuit 15A is disposed at a position lower than the upper fourth output circuit 14A and higher than the lower fourth output circuit 14B.

  The middle first input circuit 21B is disposed at the lower left position of the fifth output circuit 15A, and the left first input circuit 21C is disposed on the left side of the middle first input circuit 21B. The middle first input circuit 21B is disposed at a position lower than the lower fourth output circuit 14B, and the left first input circuit 21C is disposed at substantially the same height as the middle first input circuit 21B.

  In addition, the first resistor element 31 to the eighth resistor element 38 and the different performance resistor element 41 are disposed immediately above the upper fourth output circuit 14A. The main circuit 10 is disposed above the left first input circuit 21C, and the first segment display unit 51 to the fourth segment display unit 54 are disposed immediately above the right first input circuit 21A. A power confirmation lamp 55 is arranged on the right side of the fourth segment display unit 54.

  In addition, a first input / output terminal 61, a second input / output terminal 62, and a third input / output terminal 63 are arranged in order from the right on the lower end portion on the one surface side of the substrate member 2. Among these, the 1st input / output terminal 61 is arrange | positioned in the downward position of the lower right 2nd output circuit 12B. The second input / output terminal 62 is disposed below the left first input circuit 21C. The third input / output terminal 63 is arranged further to the left of the second input / output terminal 62.

  Next, connection of each electronic component and each component provided in the slot machine and signal input / output destinations will be described with reference to FIGS. As shown in FIG. 5 (A), the third input / output terminal 63 has “MEOUTS1” from the game medal payout sensor 1, “MEOUTS2” from the game medal payout sensor 2, “LVKEYSW” from the setting key switch, and setting / reset. “LV / RSTW” is input from the switch, and “OVERSW” signals are input from the game medal auxiliary storage sensor. The third input / output terminal 63 outputs these inputted signals to the left first input circuit 21C and the middle first input circuit 21B shown in FIG. Further, power is supplied from the power supply device to the third input / output terminal 63, and current is supplied to each electronic component on the substrate 1 through the third input / output terminal 63. The left first input circuit 21 </ b> C and the middle first input circuit 21 </ b> B are input with information relating to, for example, insertion and withdrawal of medals, setting of slot machines, and the like.

  As shown in FIG. 5B, the first input / output terminal 61 includes “ORGSEN1” from the first cylinder sensor, “ORGSEN2” from the second cylinder sensor, and “ORGSEN3” from the third cylinder sensor. Each signal is input. The first input / output terminal 61 outputs these input signals to the right first input circuit 21A shown in FIG. For example, information on the reel of the slot machine is input to the right first input circuit 21A.

  As shown in FIG. 5 (C), the second input / output terminal 62 includes “PAY” from the settlement switch, “MBET” from the MAXBET switch, “SPSW1” from the first cylinder stop switch, and a second cylinder stop switch. "SPSW2", 3rd cylinder stop switch "SPSW3", game medal sensor 1 "SEN1", game medal sensor 2 "SEN2", game medal sensor 3 "SEN3", door sensor "DOOR", door Each signal of “RESET” is input from reset. The second input / output terminal 62 outputs each of these inputted signals to the right first input circuit 21A, the middle first input circuit 21B, and the left first input circuit 21C shown in FIG. Information relating to a switch operated by a player, a store clerk, or the like for the slot machine is input to the right first input circuit 21A, the middle first input circuit 21B, and the left first input circuit 21C, for example.

  As shown in FIG. 5D, a power supply confirmation lamp 55 is connected to a power supply device (not shown), and a different performance resistance element 41 is interposed between the power supply confirmation lamp 55 and the power supply device. . The different performance resistance element 41 is connected to the power supply confirmation lamp 55. The power confirmation lamp 55 is turned on when a current is supplied to the slot machine by the power supply device, and is turned off when the power supply of the slot machine is turned off by the power supply device. To do. The different performance resistance element 41 reduces the current supplied to the power supply confirmation lamp 55.

  As shown in FIG. 6, the right first input circuit 21A, the middle first input circuit 21B, and the left first input circuit 21C include a first input / output terminal 61, a second input / output terminal 62, and a third input / output terminal. Processes such as voltage regulation and rectification of each signal output from 63 are performed and output to the main circuit 10. The main circuit 10 performs arithmetic processing based on the signals output from the right first input circuit 21A, the middle first input circuit 21B, and the left first input circuit 21C, and controls each signal for controlling the slot machine. Is output to the output circuit shown in FIGS.

  Specifically, the main circuit 10 adds “K1 MOTOR0”, “K1 MOTOR1”, “K1 MOTOR2”, “K1 MOTOR3”, “K2 MOTOR0”, “K2 MOTOR1”, “K2 MOTOR2”, “K2 MOTOR3” to the second upper right second output circuit 12A shown in FIG. ”And“ OUTF3 ”are output. These signals are subjected to processing such as pressure regulation and rectification in the upper right second output circuit 12A, the upper first output circuit 11A, and the middle first output circuit 11B, except for some of them, as shown in FIG. To the first input / output terminal 61 shown. From the first input / output terminal 61, “K1MOTOR0” is the first cylinder motor Φ0, “K1MOTOR1” is the first cylinder motor Φ1, “K1MOTOR2” is the first cylinder motor Φ2, and “K1MOTOR3” is the first cylinder. Each is output to the motor Φ3. In addition, “K2MOTOR0” is output to the second drum motor Φ0, “K2MOTOR1” is output to the second drum motor Φ1, “K2MOTOR2” is output to the second drum motor Φ2, and “K2MOTOR3” is output to the second drum motor Φ3. . The upper right second output circuit 12A, the upper first output circuit 11A, and the middle first output circuit 11B output, for example, a signal relating to the reel stop of the slot machine.

  The main circuit 10 outputs the signals “K3MOTOR0”, “K3MOTOR1”, “K3MOTOR2”, “K3MOTOR3”, and “OUTF4” to the second lower right second output circuit 12B shown in FIG. Each of these signals is subjected to processing such as pressure regulation and rectification in the lower right second output circuit 12B and the lower first output circuit 11C except for a part, and the second input / output terminal 62 shown in FIG. Is output. From the second input / output terminal 62, “K3MOTOR0” is the third cylinder motor Φ0, “K3MOTOR1” is the third cylinder motor Φ1, “K3MOTOR2” is the third cylinder motor Φ2, and “K3MOTOR3” is the third cylinder. Each is output to the motor Φ3. The lower right second output circuit 12B and the lower first output circuit 11C output a signal related to the reel stop of the slot machine, for example.

  The main circuit 10 adds “SPLED1”, “SPLED2”, “SPLED3”, “MAXLED”, “BLK”, “K1COM”, “K2COM”, “K3COM”, “RST” to the second left output circuit 12C shown in FIG. ”And“ OUTF5 ”are output. These signals are subjected to processing such as pressure regulation and rectification in the left second output circuit 12C and the third output circuit 13A, etc., except for some of them. Among these signals, “SPLED1”, “SPLED2”, “SPLED3”, “MAXLED” are output to the second input / output terminal 62 shown in FIG. 5C, and “BLK”, “K1COM”, “K2COM” are output. ”And“ K3COM ”are output to the first input / output terminal 61 shown in FIG. From the second input / output terminal 62, “SPLED1” is output to the first cylinder stop LED, “SPLED2” is output to the second cylinder stop LED, “SPLED3” is output to the third cylinder stop LED, and “MAXLED” is output to the MAXBETLED. Is done. From the first input / output terminal 61, “BLK” is output to the game medal blocker, “K1COM” is output to the first motor common, “K2COM” is output to the second motor common, and “K3COM” is output to the third motor common. The left second output circuit 12C and the third output circuit 13A output, for example, a signal related to lighting / flashing of a lamp visually recognized by the player.

  The main circuit 10 supplies each signal of “SEGa”, “SEGb”, “SEGc”, “SEGd”, “SEGe”, “SEGf”, “SEGg”, “OUTF7” to the lower fourth output circuit 14B shown in FIG. Is output. These signals are subjected to processing such as pressure regulation and rectification in the lower fourth output circuit 14B, except for a part, and are output to the second input / output terminal 62 shown in FIG. From the second input / output terminal 62, “SEGa” is the inserted number 1 LED, “SEGb” is the inserted number 2 LED, “SEGc” is the inserted number 3 LED, “SEGd” is the replay display LED, “SEGe” is the effect display LED, “SEGf” is output to the 7 segments of the game start display LED, and “SEGg” is output to the 7-segment display LED. The lower fourth output circuit 14B outputs, for example, a signal related to lighting / flashing of a lamp visually recognized by the player.

  The main circuit 10 outputs “DG1”, “DG2”, “DG3”, “DG4”, “DG5”, “DG6”, and “OUTFA” to the fourth output circuit 14A shown in FIG. “DG1” to “DG6” are digit signals for managing lighting and blinking of lamps such as LEDs. With the exception of some of these signals, the upper fourth output circuit 14A performs processing such as pressure regulation and rectification, and is output to the second input / output terminal 62 shown in FIG. From the second input / output terminal 62, “DG1” is output to DG1, “DG2” is output to DG2, “DG3” is output to DG3, “DG4” is output to DG4, “DG5” is output to DG5, and “DG6” is output to DG6. The upper fourth output circuit 14A outputs, for example, a digit signal related to lamp lighting.

  The main circuit 10 transmits a lighting control signal for controlling lighting and extinguishing (flashing) of each segment of the first segment display unit 51 to the fourth segment display unit 54 to the fifth output circuit 15A illustrated in FIG. In the main circuit 10, a numerical value related to the role ratio in the slot machine is calculated, and the calculated numerical value and the like are displayed by turning on and off each segment of the first segment display unit 51 to the fourth segment display unit 54. Therefore, the main circuit 10 outputs a lighting control signal for lighting each segment of the first segment display unit 51 to the fourth segment display unit 54 to the fifth output circuit 15A, and the first output from the fifth output circuit 15A. It outputs to the segment display part 51-the 4th segment display part 54. FIG. The fifth output circuit 15A outputs, for example, a signal related to lighting / flashing of a lamp visually recognized by the player.

  Between the 5th output circuit 15 and the 1st segment display part 51-the 4th segment display part 54, the 1st resistive element 31-the 8th resistive element 38 are arrange | positioned. The first resistance element 31 to the eighth resistance element 38 are connected to the fifth output circuit 15 and the first segment display section 51 to the fourth segment display section 54. The lighting control signal for each segment output from the fifth output circuit 15A to the first segment display unit 51 to the fourth segment display unit 54 is displayed on each segment by the first resistance element 31 to the eighth resistance element 38. The pressure is adjusted to adjust the amount of light.

  As described above, in the board 1 provided in the gaming machine according to the present embodiment, among the plurality of electronic components, the first output circuit 11 (upper first output circuit 11A, middle first output circuit 11B, lower first output). The letters “model number 1” written in the circuit 11C) are written on the lower surface 11L (11AL, 11BL, 11CL). Therefore, when the first output circuit 11 is viewed simultaneously from one direction, specifically, from the obliquely downward direction (left obliquely downward direction or right obliquely downward direction), the letters “model number 1” written on the lower surface 11L. Can be visually recognized at a stretch. Therefore, it can be easily confirmed that correct components are attached to the substrate 1.

  In addition, these characters are written in an easy-to-read orientation, and the orientation of each character is common. For this reason, in order to visually recognize the first output circuit 11 having the same function as the output circuit and using the same circuit, the “model number” 1 ”can be visually recognized in the same direction. Therefore, it can be easily confirmed that correct components are attached to the substrate 1.

  Further, the direction of the characters described in the first output is a specific direction, and the characters of “model number 100” described in the main circuit 10 are also directed in a specific direction. For this reason, when the substrate 1 is viewed from one direction, here obliquely downward, it is displayed on the front surface 10F of the main circuit 10 and the letters “model number 100” and the lower surface 11L of the first output circuit 11. All the characters of “Model No. 1” can be seen in the direction of looking from below the characters. For this reason, when confirming the attachment of the main circuit 10 by visually recognizing the characters of the “model number 100”, the characters of the “model number 1” are also confirmed to make it easier to confirm the attachment of the first output circuit 11. Can do. Therefore, it can be easily confirmed that correct components are attached to the substrate.

  In the relationship between the main circuit 10 and, for example, the first input circuit 21, the characters “model number 100” are written on the front surface 10 </ b> F of the main circuit 10, and the characters “model number 3” are displayed on the front surface 21 </ b> F of the first input circuit 21. Is described. Also, the characters “model number 100” and “model number 3” are written in an easy-to-read orientation. For this reason, when confirming the attachment of the main circuit 10 by visually recognizing the characters “model number 100”, the characters “model number 3” can be easily confirmed. Therefore, it can be easily confirmed that correct components are attached to the substrate.

  Of the electronic components mounted on the substrate 1, more than half of the electronic components on which characters are displayed, specifically, the main circuit 10, the upper first output circuit 11A, and the middle first output circuit 11B. The lower first output circuit 11C, the upper right second output circuit 12A, the lower right second output circuit 12B, the fifth output circuit 15A, the right first input circuit 21A, the middle first input circuit 21B, and the left first input circuit 21C , The written characters are facing a specific direction. For this reason, when the board | substrate 1 is seen simultaneously from one direction, the character described in these electronic components can be visually recognized at a stretch. Therefore, it is possible to easily confirm together with the main circuit 10 that the correct components are attached to the substrate for more than half of the electronic components on which the characters mounted on the substrate 1 are written.

  Further, in the vicinity of the mounting position of the first output circuit 11 on the board member 2, the characters “model number 1” are written. The characters of “model number 1” are the same as the characters written on the lower surface 11L of the first output circuit 11. Therefore, the first output circuit 11 is checked by checking the characters of “model number 1” in the vicinity of the mounting position of the first output circuit 11 on the board member 2 and the lower surface 11L of the first output circuit 11, respectively. It can be easily confirmed that it is attached to the correct position in 2.

  Further, the letters “model number 1” written in the vicinity of the mounting position of the first output circuit 11 on the board member 2 are “model number 1” written on the lower surface 11L of the first output circuit 11 as shown in FIG. "Is smaller than the letter. For this reason, even when a large number of electronic components are arranged on the board member 2, more characters corresponding to each electronic component can be written on the board member 2.

  In addition, the letter “model number 1” written in the vicinity of the mounting position of the first output circuit 11 on the board member 2 faces a specific direction, and the “model number” written on the lower surface 11 </ b> L of the first output circuit 11. The direction is the same as the character “1”. For this reason, the characters “model number 1” described on the substrate member 2 and the characters “model number 1” described on the first output circuit 11 can be easily confirmed.

  Further, in the board 1 provided in the gaming machine according to the present embodiment, the same type of circuit is used for the third output circuit 13 and the first input circuit 21. For this reason, there is a possibility that the third output circuit 13 and the first input circuit 21 are easily mistaken. In this regard, in the substrate 1 of the present embodiment, the third output circuit 13 and the first input circuit 21 are mounted on the substrate member 2 so that they can be distinguished from each other. Specifically, the characters “model number 3” displayed on the third output circuit 13 are described in a direction that is difficult to read, and the characters “model number 3” displayed on the first input circuit 21 are described in an easy-to-read direction. Thus, the characters “model number 3” and “model number 3” are reversed. Therefore, although the same “model number 3” characters are written in the third output circuit 13 and the first input circuit 21, the third output circuit 13 and the first input circuit 21 can be easily identified. It can be easily confirmed that correct components are attached to the substrate.

  In addition, when a model number or the like is written on an electronic component, the model number is usually written at a predetermined position in the electronic component. In this case, since the direction of the characters written on the electronic component can be changed simply by changing the direction of the electronic component, the direction of the “model number 3” described in the third output circuit 13 and the first input circuit 21 is Can be easily changed. In particular, when the electronic component has a symmetric shape or a shape close to a symmetric shape, the electronic component can be mounted in a state in which the direction is changed with respect to the same or approximate region.

  Further, the circuit components used as the third output circuit 13 and the first input circuit 21 are used in both the output circuit and the input circuit, and although their appearance is approximate, their uses are greatly different. In this regard, the third output circuit 13 and the first input circuit 21 can be distinguished from the appearance by changing the direction of the displayed characters, so that the electronic components used for signal input and the signal output can be used. It is possible to easily distinguish electronic components having different uses such as used electronic components.

  The substrate 1 is provided with a plurality of types of electronic components as output circuits. In the left second output circuit 12C of the second output circuit 12 that is one of these types and the third output circuit 13 that is the other type of the second output circuit 12, all of the written characters face a direction that is difficult to read. ing. For this reason, it is possible to easily distinguish the first input circuit 21 in which the written characters are oriented in an easy-to-read direction. Therefore, different types of electronic components such as an output circuit and an input circuit can be easily distinguished, and it can be easily confirmed that correct components are attached to the board.

  The left second output circuit 12C and the third output circuit 13 are mounted on the substrate 1 so as to be close to each other. For this reason, different types of electronic components such as the output circuit (the left second output circuit 12C and the third output circuit 13) and the input circuit (the first input circuit 21) can be easily distinguished, and the correct component is attached to the board. Can be easily confirmed.

  Further, in the board 1 provided in the gaming machine according to the present embodiment, the first resistance element 31 to the eighth resistance element 38 are provided on the board 1, and the first resistance element 31 to the eighth resistance element 38 are respectively provided. The first segment display unit 51 to the fourth segment display unit 54 are connected. The 1st segment display part 51-the 4th segment display part 54 are the devices which display a role ratio, and the numerical value displayed on the 1st segment display part 51-the 4th segment display part 54 is very high importance. It is a numerical value. As an electronic component connected to a device that displays such a highly important numerical value, it is necessary to more surely prevent unauthorized replacement or incorrect installation. In this respect, the same electronic component (resistance element) is used for each of the first resistance element 31 to the eighth resistance element 38. The performance of the resistance element, specifically, the resistance value is displayed by the first line L1 to the fourth line L4 as the first color code CC1. The second resistance element 32 to the eighth resistance element 38 are assigned the same first color code CC1 (first line L1 to fourth line L4) as the first resistance element 31, and have the same performance. Means.

  Here, in the first resistance element 31 to the eighth resistance element 38, the first line L1 to the fourth line L4 are arranged so as to be arranged on a straight line, and the directions of the predetermined marks are common. Has been. For this reason, even if a part of the first resistive element 31 to the eighth resistive element 38 is replaced or there is a wrong mounting, it is easy to find those resistive elements in relation to other resistive elements. be able to. Therefore, as a correct part. It can be easily confirmed that the first resistance element 31 to the eighth resistance element 38 are attached to the substrate 1.

  Moreover, the 1st line L1-4th line L4 attached | subjected to the 1st resistance element 31-the 8th resistance element 38 are the marks which show the performance (resistance value) of the 1st resistance element 31-the 8th resistance element 38. . For this reason, it can be easily confirmed whether or not the first resistance element 31 to the eighth resistance element 38 are attached with the correct performance resistance element.

  The first resistor element 31 to the eighth resistor element 38 are arranged such that the first line L1 to the fourth line L4 attached to the first resistor element 31 to the eighth resistor element 38 are aligned on a straight line. Is arranged. For this reason, the first line L1 to the fourth line L4 attached to the first resistance element 31 to the eighth resistance element 38 can be easily compared.

  The first color code CC1 (first line L1 to fourth line L4) attached to the first resistance element 31 to the eighth resistance element 38 and the second color code CC2 attached to the different performance resistance element 41 ( The fifth line L5 to the eighth line L8) have different colors, but the first line L1 and the fifth line L5, the second line L2 and the sixth line L6, the third line L3 and the seventh line L7. The fourth line L4 and the eighth line L8 are arranged on a straight line. For this reason, although the performance and application differ in the 1st resistive element 31-the 8th resistive element 38, and the different performance resistive element 41, the comparison of the color code can be performed easily. As a result, it can be easily confirmed whether or not a resistance element having the correct performance is attached.

  In addition, when a plurality of resistance elements having the same performance are packaged, the color codes are usually housed in the case in a state where the color codes are aligned. When mounting the packaged resistance elements on the substrate 1, the first color code CC1 has a common orientation as in the first resistance element 31 to the eighth resistance element 38 of the present embodiment. The mounting operation of the plurality of resistance elements can be simplified.

  Moreover, in the board | substrate 1 which concerns on this embodiment, in the 2nd output circuit 12-the 5th output circuit 15, and the 1st input circuit 21, "model number 2"-"model number 5" on each front surface 12F-15F, 21F. , "Model number 3" is written. Further, the letters “model number 100” are written on the front surface 10F of the main circuit 10. The second output circuit 12 to the fifth output circuit 15, the front surfaces 12F to 15F and 21F of the first input circuit 21, and the front surface 10F of the main circuit 10 are surfaces facing each other in a common direction. For this reason, when the characters “model number 100” on the front surface 10F of the main circuit 10 are visually recognized, they are described on the second output circuit 12 to the fifth output circuit 15 and the front surfaces 12F to 15F and 21F of the first input circuit 21. Furthermore, the characters “model number 2” to “model number 5” and “model number 3” can be easily recognized. Therefore, it can be easily confirmed that correct components are attached to the substrate.

  The electronic components of the board member 2 are mounted on the front surfaces 12F to 15F and 21F of the second output circuit 12 to the fifth output circuit 15 and the first input circuit 21, and the front surface 10F of the main circuit 10. This is a surface facing in the same direction as the mounting surface. For this reason, by looking at the mounting surface of the board member 2, the second output circuit 12 to the fifth output circuit 15, the front surfaces 12F to 15F and 21F of the first input circuit 21, and the front surface 10F of the main circuit 10 are described. This makes it easier to see the letters at the same time. Therefore, it can be easily confirmed that correct components are attached to the substrate.

  Next, a modified example of the present invention will be described. FIG. 10 is an enlarged perspective view of a main part of a modified substrate. As shown in FIG. 10, this modification is the same as the above embodiment except that another main circuit 110 is mounted on the board member 2 instead of the main circuit 10 shown in FIG. 1. FIG. 10 shows only the main circuit 110 and the first output circuit 11 among the plurality of electronic components.

  In the main circuit 110 according to this modification, the letters “model number 200” are written on the lower surface 110 </ b> L of the main circuit 110. For this reason, the lower surface 110L on which the characters “model number 200” are written in the main circuit 110 and the lower surface 11L on which the characters “model number 1” are written in the first output circuit 11 are surfaces facing a common direction. . Further, the lower surface 110L on which the characters “model number 200” are displayed in the main circuit 110 is a surface facing a direction orthogonal to the mounting surface of the board member 2 on which the main circuit 110 is mounted. Further, in the main circuit 10 shown in FIG. 1, pins and the like connected to the wiring and the like of the board member 2 extend from the lower surface and the upper surface. On the other hand, in the main circuit 110, pins and the like connected to the wiring of the substrate member 2 and the like extend from the rear surface (the surface facing the mounting surface of the substrate member 2).

  Thus, the letters “model number 200” are written on the lower surface 110L of the main circuit 110. When the first output circuit 11 is viewed simultaneously from one direction, specifically, obliquely downward (left obliquely downward or right obliquely downward), the letters “model number 200” and the lower surface 11L of the first output circuit 11 are observed. Can be visually recognized at a stretch. Therefore, even if the letters “model number 200” are displayed on the surfaces of the board member 2 facing the different directions, it is easy to attach the correct component to the board 1 on which the main circuit 110 is mounted. Can be confirmed.

  Further, when the character “model number 200” is displayed on the lower surface 110L of the main circuit 110, it is displayed on the second output circuit 12 to the fifth output circuit 15 and the front surfaces 12F to 15F and 21F of the first input circuit 21. In addition, the characters “model number 2”, “model number 3”, “model number 4”, “model number 5”, and “model number 3” can also be visually recognized as the characters “model number 200”. Therefore, even if the letters “model number 200” are displayed on the surface of the board member 2 facing in different directions, it is easily confirmed that the correct components are attached to the board 1 of the main circuit 110. be able to.

  FIG. 11 is an enlarged plan view of a main part of a substrate according to another modification. In the example shown in FIG. 11, the direction of the characters displayed on the front surface of the output circuit is different for each output circuit. Specifically, the characters “model number 300” displayed on the front surface of the main circuit 210 are oriented in an easy-to-read direction. In addition, the characters of “model number 1” displayed on the first output circuit 211 face the direction that is easy to read on the front surface of the first output circuit 211. The characters “model number 2” displayed on the second output circuit 212 face the direction difficult to read on the front surface of the second output circuit 212. The characters “model number 3” displayed on the third output circuit 213 are oriented in an easy-to-read direction on the front surface of the third output circuit 213.

  In this modification, the characters “model number 300” displayed on the front surface of the main circuit 210 and the characters “model number 1” to “model number 3” respectively displayed on the first output circuit 211 to the third output circuit 213 are The top and bottom are inconsistent due to the orientation being easy to read and the orientation being difficult to read. However, these characters of “model number 300”, “model number 1” to “model number 3” are displayed on the front surfaces of the main circuit 210 and the first output circuit 211 to the third output circuit 213, all of which have the same orientation. Yes. For this reason, although the direction of the top and bottom is different, these characters can be visually recognized at a stretch. Therefore, it can be easily confirmed that correct components are attached to the board on which these electronic components are provided.

  FIG. 12 is an enlarged plan view of a main part of another modified substrate. FIG. 12 shows a modification of the arrangement of a plurality of resistance elements. In the modification shown in FIG. 12A, the first resistance element 31 to the eighth resistance element 38 facing in the same direction are arranged in a staggered manner, and are drawn on the first resistance element 31 to the eighth resistance element 38. The first line L1 serving as the first color code CC1 is aligned so as to create a step difference in the vertical direction for each adjacent resistive element. Similarly to the first line L1, the second line L2 to the fourth line L4 are also aligned so as to cause a step difference in the vertical direction for each adjacent resistive element. In this manner, the adjacent resistance elements are arranged in a staggered manner, and the first color code CC1 (the first lines L1 to L1) is arranged in such a manner that the first line L1 to the fourth line L4 are arranged so as to have a step difference in the vertical direction. The direction of the fourth line L4) may be common.

  In the modification shown in FIG. 12B, the first resistance element 31 to the fifth resistance element 35 facing in the same direction are arranged so as to be continuous in the longitudinal direction. In this modification, the first color code CC1 (first line L1 to fourth line L4) in each of the first resistance element 31 to the fifth resistance element 35 is not arranged on a straight line or the like. The direction is common. In other words, when the first line L1 to the fourth line L4 are arranged on a straight line, a plurality of resistance elements are juxtaposed along the direction in which the first line L1 to the fourth line L4 extend, In this modification, a plurality of resistance elements are arranged in parallel along a direction intersecting (orthogonal) with the direction in which the first line L1 to the fourth line L4 extend. In this way, the plurality of resistance elements are arranged in parallel along the direction intersecting (orthogonal) with the direction in which the first line L1 to the fourth line L4 extend, whereby the first line L1 to the fourth line L4. May be provided so that their orientations are common. In short, it is only necessary that the plurality of resistance elements be arranged in a manner that is not disjoint.

  The embodiment disclosed this time should be considered as illustrative in all points and not restrictive. The scope of the present invention is defined by the terms of the claims, rather than the description above, and is intended to include any modifications within the scope and meaning equivalent to the terms of the claims.

  For example, in the above-described embodiment, the substrate 1 is fixed to the front surface of the back plate of the housing of the slot machine, but the other surface, for example, the right surface on the inner left side or the left surface on the inner right side of the housing. It may be provided on the top surface of the reel unit in the slot machine. Moreover, it may be provided above the position where the reel window is provided in the front door of the slot machine. Further, the substrate may be oriented in any direction, and in the above-described embodiment, the wide surface (electronic component mounting surface) is arranged so as to face the front surface, but the wide surface faces upward or downward. You may make it look like, and you may make it face either the left or right direction. Moreover, you may arrange | position with the angle which inclines with respect to at least 1 axis | shaft of each axis | shaft of front-back, up-down, left-right.

  In the above example, the board 1 is a so-called main board including the main circuit 10 that controls the game, but may be another board. For example, an effect board that mainly controls the effects of the slot machine may be used, or a power supply board related to power supply may be used. Alternatively, other boards such as a voice control board, a lamp control board, a relay board, a payout control board, an information terminal board, and a launch control board may be used. In the above example, the substrate 1 is a substrate provided in the slot machine, but may be a substrate provided in another gaming machine, for example, a pachinko gaming machine (pachinko machine).

  In the above example, the electronic component on which characters are written is a circuit element, for example, an integrated circuit, but may be another electronic component. For example, an element such as a transistor, a resistor, or a capacitor may be used. In the above example, characters are written on the surface facing the common direction of the mounting surface of the electronic component on the board member 2 or on the surface orthogonal to the mounting surface. The relationship between the surface and the surface on which characters in the electronic component are written may be another relationship. For example, characters may be written on the inclined surface of the electronic component having an inclined surface with respect to the mounting surface of the substrate member 2, or characters may be written on the side surface of the cylindrical electronic component. Good.

  Further, in the above example, signals input / output via the electronic component are not transmitted via the first input / output terminal 61, the second input / output terminal 62, and the third input / output terminal 63. Although not transmitted to the outside, signals may be input / output to / from the outside without going through these input / output terminals. For example, a signal relating to the role displayed on the first segment display unit 51 to the fourth segment display unit 34 may be output to the outside of the substrate 1. Further, a signal output from the board in the slot machine such as the board 1 may be output to a device outside the slot machine, or a signal is input from the outside to the board in the slot machine such as the board 1. You may be made to do. For example, information regarding the slot machine may be output to a data display provided in the hall.

  Further, in the above example, on the board member 2, characters are described in the vicinity of the electronic components of all the electronic components on which the characters are described, but only in the vicinity of a part of all the electronic components. Characters may be described. For example, characters may be written only in the vicinity of the main circuit 10, or characters may be written only in the vicinity of the output circuit. Further, the characters described in the vicinity of the upper first output circuit 11A on the substrate member 2 may be related characters described as the characters described in the vicinity of the first output circuit 11A.

  Moreover, the character described in the board | substrate member 2 may differ in relation to an electronic component. For example, the same character as the character described in the output circuit is described in the vicinity of the output circuit, and the character related to the character described in the input circuit is described in the vicinity of the input circuit. Good. Further, characters may be described above the electronic component in the vicinity of one electronic component, for example, the output circuit, and characters may be described below the electronic component in the vicinity of another electronic component, for example, the input circuit.

  Further, the shape (font), size, orientation, and the like of characters described on the board member 2 may be different in relation to the electronic component. In addition, the characters described in each electronic component may be different in character shape (font), size, orientation, and the like described in each electronic component. Furthermore, depending on the positional relationship of the electronic components on the board member 2, the characters written in the vicinity of the electronic components on the board member 2 and the shape (font), size, orientation, etc. of the characters written on the electronic components are It may be different.

  (1) A gaming machine of the present invention is a gaming machine (for example, a slot machine, a pachinko gaming machine, etc.) that performs a game, and a plurality of types of electronic components (for example, main circuit, input circuit, output circuit, input / output terminal) , Resistors, transistors, capacitors, and the like), and the plurality of types of electronic components include character information (for example, upper first output circuit 11A, middle first output circuit 11B, A plurality of specific electronic components (for example, the upper first output circuit 11A, the middle first output circuit 11B, and the lower first output circuit 11C) on which the characters “model number 1” described in the lower first output circuit 11C are written. Etc., and the plurality of specific electronic components have the same orientation of the character information written therein (for example, upper first output circuit 11A, middle first output circuit 11B, lower first output circuit). "Model number" displayed on 11C Character "is characterized by both is also mounted on the substrate etc.) as facing readable orientation.

  According to such a configuration, the character information written on the electronic component can be easily recognized by visual recognition from one direction. For this reason, it can be easily confirmed that correct components are attached to the board.

  (2) In the gaming machine described in (1) above, the plurality of types of electronic components include special electronic components (for example, the main circuit 10) that control the game, and the special electronic components include character information. (For example, a character of “model number 100” is described in the main circuit 10), and the direction of the character information in the plurality of specific electronic components (for example, described in the first output circuit 11) The direction of the character of “model number 1” and the direction of the character in the special electronic component (for example, the direction of the character of “model number 100” described in the main circuit 10) are both in a specific direction. As described above, a plurality of the specific electronic components and the special electronic components may be mounted on the substrate.

  According to such a configuration, the character information can be easily recognized together with the specific electronic component.

  (3) In the gaming machine of the above (2), a plurality of the electronic components (for example, the main circuit 10, the first output circuit 11 to the fifth output circuit 15, and the first circuit mounted on the substrate and written with character information) More than half of the input circuits 21) (for example, the main circuit 10 of the electronic components mounted on the board member 2 and written with letters, the upper first output circuit 11A, The first output circuit 11B, the lower first output circuit 11C, the right first input circuit 21A, the middle first input circuit 21B, the left first input circuit 21C, etc.), the surface of the character information written on each is specified (For example, main circuit 10, upper first output circuit 11A, middle first output circuit 11B, lower first output circuit 11C, right first input circuit 21A, middle first input circuit 21B, left first input Characters written in the circuit 21C are specific It may be mounted on the substrate so etc.) as facing orientation.

  According to such a configuration, character information can be easily recognized together with other electronic components provided.

  (4) In the gaming machine according to any one of (1) to (3), the mounting position is located near the mounting position of the specific electronic component on the board (for example, the vicinity of the first output circuit 11). Character information corresponding to the specific electronic component to be mounted (for example, a character of “model number 1” that is the same as “model number 1” described in the first output circuit 11) is written on the substrate. The written character information and the character information written on the specific electronic component mounted at the mounting position have the same orientation (for example, “model number 1” described in the first output circuit 11 and the board member 2). The direction of the character of “model number 1” described in the above is mounted at the mounting position so that the lower side of the character is positioned closer to the viewpoint when the substrate 1 is viewed from one direction). The specific electronic component may be mounted on the substrate.

  (5) The gaming machine of the present invention is a gaming machine (for example, a slot machine, a pachinko gaming machine, etc.) that performs a game, and a plurality of types of electronic components (for example, main circuit, input circuit, output circuit, input / output terminal) , Resistors, transistors, capacitors, and the like) (for example, the substrate 1), and the plurality of types of electronic components include a plurality of identification electronic components (for example, the second output circuit 12 and the third output circuit 13). , A fourth output circuit 14, a fifth output circuit 15, a first input circuit 21 and the like, and the plurality of identification electronic components is a first type of identification electronic component (for example, a third output used as an output circuit). Circuit 13 and the like and a second type of identification electronic component (for example, the first input circuit 21 used as an input circuit), and the first type of identification electronic component and the second type of identification electronic Parts are identified by appearance (The third output circuit 13 and the first input circuit 21 are different from each other in the direction of the characters of the “model number 3” displayed on the front surface so that they can be distinguished from each other. ) Is mounted on the substrate.

  According to such a configuration, it is possible to distinguish which type of identification electronic component is used according to the aspect of the identification electronic component. For this reason, it can be easily confirmed that correct components are attached to the board.

  (6) In the gaming machine described in (5) above, the first type of identification electronic component is an identification electronic component (for example, the third output circuit 13) provided in an output circuit, and the second type The identification electronic component may be an identification electronic component (for example, the first input circuit 21 or the like) provided in the input circuit.

  According to such a configuration, an electronic component used for signal input and an electronic component used for signal output can be easily distinguished.

  (7) In the gaming machine of (5) or (6), the plurality of types of electronic components include a plurality of predetermined electronic components (for example, the first output circuit 11 to the fifth output circuit 15 and the like) The predetermined electronic component includes a first type of first predetermined electronic component (for example, the second output circuit 12 or the like), and the first type of identification electronic component and the first predetermined electronic component are the same in the same manner. It may be mounted on the substrate (for example, both the second output circuit 12 and the third output circuit 13 are mounted on the substrate 1 in a direction that is difficult to read).

  According to such a configuration, the first type of electronic component can be easily distinguished.

  (8) In the gaming machine of (5) or (6), the plurality of types of electronic components include a plurality of types of predetermined electronic components (for example, main circuit, input circuit, output circuit, input / output terminal, resistor, Each of the electronic components of the transistor and the capacitor includes the first output circuit 11 to the fifth output circuit 15), and the plurality of types of predetermined electronic components include the first type of first predetermined electronic component (for example, the first output circuit). The first to fifth output circuits 15 include the second output circuit 12), and the first type identification electronic component and the first predetermined electronic component are mounted on the substrate so as to be close to each other. (For example, the third output circuit 13 and the second output circuit 12 may be arranged near each other).

  According to such a configuration, the first type of electronic component can be easily distinguished.

  (9) The gaming machine of the present invention is a gaming machine (for example, a slot machine, a pachinko gaming machine, etc.) that performs a game, and a plurality of types of electronic components (for example, main circuit, input circuit, output circuit, input / output terminal) , Resistors, transistors, capacitors, etc.), and the plurality of types of electronic components include two terminals having no polarity (for example, resistors), and a predetermined mark (for example, the first lines L1 to L1). A plurality of printed electronic components (for example, the first resistance element 31 to the eighth resistance element 38) having a first color code CC1 including the fourth line L4 and a special electronic component having a plurality of terminals ( For example, the marked electronic component is connected to each of a plurality of terminals in the special electronic component, and includes a first segment display unit 51 to a fourth segment display unit 54). A plurality of the marked electronic components connected to a plurality of terminals have a common orientation of the predetermined mark (for example, the first resistance element 31 to the eighth resistance element 38 are the first line L1 to the fourth line L4. Are arranged so as to be arranged on a straight line, etc.).

  According to such a configuration, it can be confirmed that the marked electronic component is correctly connected to the special electronic component. Accordingly, it is an object of the present invention to provide a gaming machine that can easily confirm that correct components are attached to a board.

  (10) In the gaming machine described in the above (9), the predetermined mark indicates the performance of the electronic component with the mark (for example, the first color code CC1 includes the first resistance element 31 to the eighth resistance element 38). The resistance value and the tolerance may be indicated).

  According to such a configuration, it is possible to easily confirm whether the electronic component has a correct performance.

  (11) In the gaming machine of the above (9) or (10), the marked electronic components may be aligned and mounted on the board.

  According to such a configuration, it is possible to easily compare the marks.

  (12) In the gaming machine according to any one of (9) to (11), the stamped electronic component includes a plurality of first stamped electronic components (for example, a first resistor element 31 to an eighth resistor element 38). And the like, and the second stamped electronic component of the same kind and different performance as the first stamped electronic component (for example, different performance resistor element 41), and the plurality of types of electronic components have a second terminal having a predetermined terminal. A special electronic component (for example, a power confirmation lamp 55) is included, and the second marked electronic component is connected to the predetermined terminal of the second special electronic component (for example, the power confirmation lamp 55 has a different performance resistance). The element 41 is connected), and the second stamped electronic component is mounted on the substrate so that a predetermined mark is in the same direction along with the aligned first stamped electronic components. (For example, the second color co The fifth line L5 to the eighth line L8 of the second CC 2 are arranged on a straight line with the first line L1 to the fourth line L4 of the first color code CC1 of the first resistor element 31 to the eighth resistor element 38. May be arranged).

  According to such a configuration, it is possible to easily compare the marks between parts having different uses.

  (13) In any one of the above gaming machines (9) to (12), at least one of the special electronic components is a performance display means (for example, a first segment) used for displaying the performance of the gaming machine. The display unit 51 to the fourth segment display unit 54 may be provided with a ratio display means for displaying the ratio of the gaming machine.

  According to such a configuration, it is possible to display whether normal parts are attached when displaying the performance of the gaming machine.

DESCRIPTION OF SYMBOLS 1 ... Board | substrate 2 ... Board | substrate member 10 ... Main circuit 11 ... 1st output circuit 12 ... 2nd output circuit 13 ... 3rd output circuit 14 ... 4th output circuit 15 ... 5th output circuit 21 ... 1st input circuits 31-38 ... Resistance element 41 ... Different performance resistance elements 51 to 54 ... Segment display part 55 ... Power supply confirmation lamp

Claims (1)

A gaming machine for playing games,
It has a board on which multiple types of electronic components are mounted,
The plurality of types of electronic components include a plurality of identification electronic components,
The plurality of identification electronic components include a first type identification electronic component and a second type identification electronic component,
The gaming machine, wherein the first type of identification electronic component and the second type of identification electronic component are mounted on the substrate so that they can be identified from the outside.

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