JP7301078B2 - game machine - Google Patents

Description

The present invention relates to gaming machines such as pachinko machines and slot machines.

In a game machine such as a pachinko machine, game information display means is arranged substantially in the center of the game area of the game board, and games such as normal winning means, starting opening means, and big winning means are arranged around the game information display means. parts are placed. A liquid crystal display means is used for the game information display means, and a large number of electric parts such as a winning switch, a driving solenoid, and an LED are used for the normal winning means, the starting opening means, the big winning means, and the like. there is
A harness is connected to each of these electrical parts via a connector, the other end of each harness is connected to a relay board or the like via a connector, and the electrical part is a game control system or not. Depending on whether it is a control system, the relay board is connected to the main control board and the effect control board through connectors.

Utility model registration No. 3058765

A large number of electric parts are used in game machines, and each harness connected to each electric part is pulled out to the back side of the game part and wired along the wiring path, and is connected to a relay board or the like through the wiring path. It is connected. However, although a harness is conventionally wired on the back side of a game part, when a plurality of electric parts are provided in one game part, the harness from each electric part is wired separately and independently. Therefore, there is a problem that the harnesses become tangled when handling the game parts and easily get caught on other things.
SUMMARY OF THE INVENTION It is an object of the present invention to provide a gaming machine capable of collectively wiring a plurality of harnesses having different lengths.

The present invention comprises a game component provided at a predetermined portion, the game component comprising a plurality of electric components and a harness connected to each of the electric components and wired along a wiring path. In the machine, the harness includes a long harness and a short harness, and in the wiring route, a parallel wiring section in which the long harness and the short harness are wired in parallel includes at least the long harness and the short harness. There is a first parallel wiring section in which the short harness is parallel, and a second parallel wiring section in which the long harness excluding the short harness branched from the first parallel wiring section is parallel, and the first parallel wiring section and a second fastener for collectively fastening the harnesses of the second parallel wiring section, wherein the first fastener for the first parallel wiring section and the second A curved path portion is provided between the two parallel wiring sections and the second fastener, and a wiring guide portion for guiding the harness of the curved path portion is provided on an inner peripheral portion of the curved path portion .

According to the present invention, there is an advantage that a plurality of harnesses having lengths can be wired together.

1 is a front view of a game board showing a first embodiment of the present invention; FIG. It is a rear view of the same game board. It is a plan view of the same first special symbol starting means. It is a plan cross-sectional view of the same first special symbol starting means. It is a rear view of the first special symbol starting means. It is a side view of the positioning state of the same harness. It is explanatory drawing of the connection relationship of the same harness. It is explanatory drawing of the same harness. It is explanatory drawing of the same fastener. It is a plan view of composite winning means showing a second embodiment of the present invention. It is a rear view of the composite winning means. It is an exploded perspective view of the composite winning means. It is a rear view of the same relay board, an LED board, etc. FIG. It is side surface sectional drawing, such as the same relay board and an LED board. It is explanatory drawing of wiring relationship of the same harness.

Embodiments of the invention will be described in detail below with reference to the drawings. 1 to 9 illustrate a first embodiment in which the present invention is applied to a pachinko game machine. The game board 1 is configured as shown in FIGS. 1 and 2, and is detachably attached to the game board mounting portion of the machine frame.

The game board 1 has a substantially rectangular shape, and on the front side of the game board 1, as shown in FIG. On one side of the game area 2, a game ball shooting passage 5 is formed between the outer peripheral member 3 and the guide rail 4, and the game balls shot by the shooting means on the machine frame side are shot through the shooting passage 5. It is designed to be driven to the upper part of the game area 2 through.

An image display means 6 such as a liquid crystal type and a center case 7 corresponding to the front side of the image display means 6 are mounted in the central portion of the game area 2 . The image display means 6 is of a liquid crystal type or the like, and constitutes the effect pattern display means 10 and the like. The center case 7 is mounted so as to abut on the front surface of the game board 1 and protrude forward from the game board 1. A display window 8 corresponding to the display screen of the image display means 6 is provided on the inner peripheral side. there is A normal symbol display means 9, a first special symbol display means 11, a second special symbol display means 12 and the like are provided on the front surface of the center case 7. - 特許庁

In the game area 2, a left-handed passage 13 and a right-handed passage 14 are provided on both left and right sides of the center case 7. - 特許庁In the game area 2, normal symbol starting means 15, composite winning means 16, first special symbol starting means 17, and second special symbol starting means 18 are arranged.

The normal symbol starting means 15 is for starting the symbol starting by the normal symbol display means 9, and is composed of a passage gate. The normal symbol display means 9 is for variably displaying the normal symbol when the normal symbol starting means 15 detects the game ball. and the like. That is, the normal symbol display means 9 blinks the two light emitters alternately for a predetermined time under the condition that the normal symbol starting means 15 detects the game ball, and is obtained when the normal symbol starting means 15 detects the game ball. When the hit determination random value matches a predetermined hit determination value, the light emitter on the "○" side corresponding to the hit mode emits light, otherwise, "X" corresponds to the miss mode. Blinking ends when the light emitter on the side emits light.

The first special symbol starting means 17 is for starting the first symbol variation by the first special symbol display means 11 when the game ball is detected, and the second special symbol starting means 18 detects the game ball. Triggered by the second special symbol display means 12, the second symbol variation is started. In addition, the first special symbol starting means 17 is non-openable. The second special symbol starting means 18 is an opening/closing type switchable between a closed state in which a game ball cannot be entered (or difficult to enter) and an open state in which it is possible (or easy to enter), and displays normal symbols. When the stop symbol after the variation of the means 9 becomes a winning mode and a normal profit state occurs, the closed state is opened to the open state for a predetermined time.

The first special symbol display means 11 and the second special symbol display means 12 are composed of one or a plurality of display means, for example, one segment type display means capable of variably displaying special symbols. Then, each special symbol display means 11, 12 variably displays each special symbol for a predetermined time on the condition that the game ball wins the corresponding special symbol starting means 17, 18, and each special symbol starting means 17, 18. When the random number value for judging big wins acquired at the time of winning coincides with the judgment value for big wins determined in advance, the special pattern stops in a prescribed big winning mode (specific mode), and in other cases, it stops in a losing mode.

The production pattern display means 10 variably displays the production patterns 10a to 10c in parallel with the variable display of the special patterns by the special pattern display means 11 and 12, and one or more (for example, three in the left and right direction) production. The patterns 10a to 10c can be variably displayed on the display screen of the image display means 6 together with various effect images.

The production patterns 10a to 10c are composed of numerical patterns, and when the game ball wins the first special pattern starting means 17 and the second special pattern starting means 18, a plurality of types of fluctuation patterns are generated simultaneously with the start of fluctuation of the special patterns. The variation is started according to any of the above, and stopped substantially at the same time in synchronization with the stop of the special symbol. Incidentally, the performance symbols 10a to 10c stop in the loss performance mode when the special symbols stop in the losing mode, and stop in the big win performance mode when the special symbols stop in the big winning mode.

The composite winning means 16 is a combination of a large winning means 21 and a normal winning means 22 on the left and right sides, and light emitting display means 29 to 31 capable of light emitting display facing forward are arranged in the left and right directions in the combined winning means 16. Multiple are provided. Light emitting display means 32 and 33 capable of light emitting display are provided on both sides in the left and right direction of the first special symbol starting means 17 . Although the light emission display means 29 to 33 are of the LED light emission type, they may be of other types.

The big winning means 21 is an opening/closing type switchable between an open state in which the game ball can win and a closed state in which the game ball cannot win, and after the first special symbol display means 11 and the second special symbol display means 12 are changed. is opened once or more according to a predetermined opening pattern, and a game ball is awarded from above.

On the back side of the game board 1, as shown in FIG. 2, there are a back cover 24 attached to the game board 1, and a main control board 25 and an effect control board 26 arranged vertically on the back side of the back cover 24. is provided. The back cover 24 is for covering the image display means 6, the composite winning means 16, the first special symbol starting means 17 and the like mounted on the game board 1 from the back side. The main control board 25 is for controlling game operations on the game board 1 side by the big winning means 21 and the like, and is housed in a main control board case 27 and detachably attached to the back side of the rear cover 24 .

The production control board 26 is for controlling various production operations such as variable display of the production patterns 10a to 10c of the production pattern display means 10 and light emission display of the light emission display means 29 to 33, and is accommodated in the production control board case 34. It is detachably attached to the back side of the back cover 24. - 特許庁

The first special symbol starting means 17 is arranged near the upper side of the out-ball opening 35 at the bottom of the game area 2 . This first special symbol starting means 17 has a laterally long shape that is long in the left-right direction, and as shown in FIGS. 36, a case portion 38 provided on the back side of the contact plate 36 and inserted into the mounting hole 37 of the game board 1, a first starting port 39 projecting forward from approximately the center of the contact plate 36, A guide passage 40 that guides the game ball that has won the first start hole 39 to the back side of the game board 1 through the case part 38, and a first start switch 41 that detects the game ball that has won the first start hole 39. , a radio wave sensor 42 arranged near the first start switch 41, and a pair of left and right LED substrates 43 and 44 for light emission display provided on the back side of the contact plate 36 on both left and right sides of the first start port 39. have.

The abutment plate 36 is fixed to the front surface of the game board 1 with fasteners 48 such as screws. The case portion 38 includes a front side 38a integrally formed on the back side of the contact plate 36, and a rear side 38b detachably attached to the front side 38a from the back side. It constitutes an insertion portion 47 that is inserted into the hole 37 from the front side.

The first start switch 41 is for detecting a game ball winning the first start opening 39 and varying the first special symbol of the first special symbol display means 11, and a coil is connected to the game ball detection portion. Equipped with an electromagnetic induction type one is used, and is attached to the contact plate 36, the case portion 38, etc. on the inlet side of the first starting port 39. As shown in FIG.

The radio wave sensor 42 is for detecting unauthorized radio waves transmitted to the vicinity of the first start switch 41 to cause the first start switch 41 to malfunction. It is provided in the sensor housing portion 65 in 38 .

The left and right LED substrates 43 and 44 constitute the light emitting display means 32 and 33 together with the light emitting display portions 45 and 46 provided on the left and right sides of the contact plate 36. The transmission wall 50 inside the case portion 38 is mounted substantially parallel to the contact plate 36 . LEDs 43a and 44a are provided on the front surfaces of the LED substrates 43 and 44 to irradiate the light emitting display portions 45 and 46, and substrate side connectors 52 and 53 are provided on the rear surface of the case portion 38 on the center side in the left-right direction. ing.

The abutment plate 36 and the transmissive wall 50 are light transmissive, and the light emitting display portions 45 and 46 can be caused to emit light by the light from the LEDs 43a and 44a. In addition, the contact plate 36 and/or the transmission wall 50 are provided with a see-through blocking portion 55 such as an uneven pattern so that the back side of the contact plate 36 cannot be seen through.

As shown in FIG. 7, a harness 56 is connected to the first start switch 41, a harness 57 is connected to the radio wave sensor 42, and harnesses 58 and 59 are connected to the left and right LED boards 43 and 44, respectively. The harnesses 56 to 59 are pulled out to the rear side of the rear wall portion 60 of the case portion 38 and are collectively fastened to the fastening portion 62 of the rear wall portion 60 by fasteners 63 . Harnesses 56 and 57 on the side of the first start switch 41 and the radio wave sensor 42 can be directly or indirectly connected to the main control board 25 via harness side connectors 56a and 57a at their ends. The harnesses 58, 59 on the 43, 44 side can be directly or indirectly connected to the effect control board 26 via the harness side connectors 58a, 59a at the tips thereof.

On the back side of the first special symbol starting means 17, a management information display portion 64 is provided substantially in the center in the left-right direction of the rear wall portion 60 of the case portion 38 corresponding to the rear side of the first start switch 41. The information display section 64 displays the management number of the first special symbol starting means 17 and other management information. In addition to the management information display portion 64, the rear wall portion 60 of the case portion 38 is provided with a fastening portion 62, a sensor housing portion 65, and a drawer portion 66 from one side to the bottom of the management information display portion 64. A drawer portion 67 is provided on the side opposite to the drawer portion 66 with respect to the sensor housing portion 65 .

The sensor accommodating portion 65 accommodates the rear side of the radio wave sensor 42 and is provided so as to protrude rearward from the rear wall portion 60 . A fastener 63 wound around the portion 62 is arranged. The sensor accommodating portion 65 and the rear portion of the radio wave sensor 42 accommodated therein form a protruding portion 68 that protrudes rearward from the rear wall portion 60 of the case portion 38 .

The rear wall portion 60 of the case portion 38 is provided with openings 66 and 67 on both left and right sides of the sensor housing portion 65 . The drawer portion 66 is for drawing out the harness 56 on the first start switch 41 side and the harness 58 on the one LED board 43 side from the inside of the case portion 38 to the back side of the rear wall portion 60. It is formed in the vicinity of the start switch 41 and the radio wave sensor 42 and substantially in the center between the left and right LED substrates 43 and 44 . The lead-out portion 67 is for drawing out the harness 59 on the other LED board 44 side from the inside of the case portion 38 to the back side of the rear wall portion 60, and is formed corresponding to the board-side connector 53 on the LED board 44 side. ing.

The harness 56 on the side of the first starter switch 41 is pulled out rearwardly or downwardly rearward from the rear end side of the first starter switch 41 to the fastener 63 side through the drawer portion 66 . The harness 57 on the side of the radio wave sensor 42 is connected to the rear end side of the radio wave sensor 42, and is pulled forward toward the fastener 63 through an opening-shaped drawer portion 69 on the rear end side of the sensor housing portion 65. there is

Of the pair of left and right LED boards 43 , 44 , the harness 58 on one side of the LED board 43 is pulled out from the drawer section 66 to the rear side through the front side of the rear wall section 60 . The LED board 44 on the other side is on the side opposite to the fastener 63 with respect to the sensor housing section 65, and the harness 59 on the LED board 44 side extends from the drawer section 67 on the other side of the sensor housing section 65 to the back side. After being pulled out and wired rearward along the other side of the sensor housing portion 65 , it is pulled out to the fastener 63 side via the rear end side of the sensor housing portion 65 .

As shown in FIGS. 4 and 6, on the rear end side of the sensor accommodating portion 65, there are stepped portions 70 corresponding to the thickness of the sensor accommodating portion 65 on both upper and lower sides of the drawer portion 69. A harness 59 is wired between the harness 57 on the radio wave sensor 42 side or the connector 42a.

The harness 59 on the LED board 44 side is arranged between one step portion 70 and the harness 57 or the connector 42a on the radio wave sensor 42 side. there is A pair of upper and lower positioning portions 71 are formed by the step portion 70, the harness 57 on the radio wave sensor 42 side, the connector 42a, or the like. The harness 59 on the LED board 44 side is wired substantially parallel to the harness 57 on the radio wave sensor 42 side between the rear end side of the radio wave sensor 42 and the fastener 63 .

The fastening portion 62 is provided on the side opposite to the radio wave sensor 42 with respect to the drawer portion 66 . As shown in FIGS. 4, 5 and 8, the fastening portion 62 is provided in the middle portion between the management information display portion 64 and the lower end of the rear wall portion 60 so as to protrude rearward from the rear wall portion 60 in the vertical direction. ing. A through hole 72 is formed between the fastening portion 62 and the rear wall portion 60 so as to penetrate in the left-right direction.

Anti-slip portions 73 are provided on both upper and lower sides of the fastening portion 62 to prevent the fastener 63 wound around the fastening portion 62 from coming off. The retaining portion 62 and the anti-slip portion 73 are configured to have a substantially H shape in side view, but the portion of the anti-slip portion 73 protruding rearward from the retaining portion 62 may be omitted. Moreover, it is sufficient that the fastening portion 62 is of a degree that the fastening member 63 does not come off or is difficult to come off.

The harnesses 56 to 59 are arranged vertically from top to bottom along the fastening portion 62 in the vicinity of the fastening portion 62, and are collectively fastened to the fastening portion 62 by fasteners 63 at positions corresponding to the fastening portion 62. there is

In addition, the tip end side from the fastener 63 of each harness 56 to 59 is divided into the harnesses 56 and 57 on the main control board 25 side and the harnesses 58 and 59 on the performance control board 26 side and is pulled out downward.

Each of the harnesses 56 to 59 is wired so that there is no extra play between the first start switch 41, the radio wave sensor 42, the LED boards 43, 44 and the fastener 63.
In addition, the tip side from the fastener 63 of each harness 56 to 59 can be freely bent, and when assembling by inserting the insertion portion 47 into the mounting hole 37 of the game board 1, the free end can be adjusted with the fastener 63 as a reference. By bending the side, it is possible to retreat inside the outer peripheral edge of the insertion portion 47 or inside the inner peripheral edge of the mounting hole 37 .

The contact plate 36, the case portion 38, and the first starting port 39 are made of a light-transmissive material, and behind the first starting port 39, a fastener 63 and a retaining portion 62 are arranged. On the other hand, on the front side of the first special symbol starting means 17, there is a decorative seal 80 attached to the front surface of the first starting port 39, a contact plate 36 and/or an uneven pattern formed on the transparent wall 50, etc. There is a part 55, and from the front side of the first special symbol starting means 17, the fastener 63, the fastener part 62, etc. cannot be seen through. Note that the see-through blocking portion 55 may be configured by another material.

The fastener 63 uses a tie 74 for bundling the harnesses 56 to 59 together. The binding tool 74 is made of flexible synthetic resin such as polyamide, and as shown in FIGS. A band portion 77 which is integrally connected and which is inserted through the insertion portion 75 from the other end side and bound is provided.

A one-way engaging claw 78 is integrally provided in the insertion portion 75 . The one-way engaging claw 78 is biased toward the band portion 77 inserted into the insertion portion 75 by its own elastic force. The band portion 77 is formed with a number of engagement portions 79 in the longitudinal direction of the band with which one-way engagement claws 78 are engaged. When tightened, the one-way engaging claw 78 engages with the engaging portion 79 to maintain the tightened state. After binding the harnesses 56 to 59, the surplus portion of the band portion 77 protruding from the head portion 76 is cut off.

Each of the harnesses 56 to 59 has flexibility and shape retention (or bendability and shape retention) so that it can be arbitrarily bent and maintained in the bent state as required, and is shown in FIG. As shown, it is basically composed of a wire 83 in which the outer periphery of a core wire 81 made up of a plurality of conductors is insulated with an insulating coating 82 . Each of the harnesses 56 to 59 includes a plurality of wires 83, harness side connectors 56a to 59a provided at one end of each wire 83, and harness side connectors 56b to 59b provided at the other end of each wire 83. have

When the core wire 81 is formed by combining a plurality of conductors, the conductors may be in a non-twisted state, or may be in a twisted state. Flexibility is improved.

There are a plurality of types of strands 83 having different wire diameters depending on the number of conductors of the core wire 81, for example, three types of thick strands 83a, parallel strands 83b, and thin strands 83c. For the harnesses 56 to 59, either a thick harness 83A made up of thick wires 83a, a parallel harness 83B made up of parallel wires 83b, or a thin harness 83C made up of thin wires 83c is used.

When determining the types of harnesses 83A to 83C to be used for each of the harnesses 56 to 59, depending on the conditions such as the magnitude of the electrical signal when energized and the number of signal combinations, the thick harness 83A, the average harness 83B, and the thin harness 83C are selected. Choose one. 3 to 5 and 7, for convenience, the thick harness 83A is indicated by a thick line, the normal harness 83B is indicated by a thick one-dot chain line, and the thin harness 83C is indicated by a thick two-dot chain line.

Incidentally, in the case of the first special symbol starting means 17, the harness 56 on the first start switch 41 side is a thick harness 83A using two thick wires 83a, and the harness 57 on the radio wave sensor 42 side is two wires. A parallel harness 83B using a parallel wire 83b is employed, and a narrow harness 83C using four or more fine wires 83c is employed for the harnesses 58, 59 on the LED substrates 43, 44 side.

The thick wire 83a, the thick harness 83A, the parallel wire 83b, the parallel harness 83B, the thin wire 83c, and the thin harness 83C are three types of wires with different thicknesses, and the harnesses are arranged in order from thick to thin. They are identifiable and are synonymous with the first, second, third, etc., and do not mean specific wire diameter values. Also, the thick wire 83a, the parallel wire 83b, and the thin wire 83c may be specified by the size of the outer diameter of the wire 83 including the core wire 81 and the insulating coating .

The first special symbol starting means 17 has a first starting switch 41, a radio wave sensor 42, a plurality of electrical components 41 to 44 such as left and right LED boards 43 and 44, each of which is composed of a plurality of strands 83. Harnesses 56 to 59 are connected through harness side connectors 57b to 59b and drawn out to the rear side. However, even if there are a plurality of harnesses 56 to 59 composed of a plurality of strands 83, each of the harnesses 56 to 59 can be connected to the strand 83 by collectively fastening all of the harnesses 56 to 59 with a fastener 63. Subsequent handling can be easily performed as compared with the case of being in a disassembled state every time.

On the lower side of the first special symbol starting means 17, there is an out ball port 35 for discharging out balls from the game area 2 of the game board 1 to the inside, but each harness 56 to 59 is put together by a fastener 63. As a result, problems such as the harnesses 56 to 59 sagging toward the out ball opening 35 do not occur. Therefore, the work of connecting the harnesses 56 to 59 to the main control board 25 and the performance control board 26 can be easily performed.

In addition, since the plurality of harnesses 56 to 59 are collectively fastened to the fastening part 62 by the fastener 63, the fastening position by the fastener 63 is substantially constant and stable, and variations in the fastening position can be prevented. can be done. Therefore, even when assembling the first special symbol starting means 17 to the game board 1, the work can be uniformly performed.

Moreover, since the fastener 63 is wound around the fastener 62 of the case portion 38, even if an external force is applied to the fastener 63 by pulling the harnesses 56 to 59 from the free end side, the external force can be prevented. The fastener 63 and the fastener 62 can resist against this. As a result, the harnesses 56 to 59 come off the first start switch 41, the radio wave sensor 42, and the LED boards 43 and 44, or contact failure occurs between the connectors between the parts 41 to 44 and the harnesses 56 to 59. can also be resolved.

Each of the harnesses 56 to 59 has a thick harness 83A made up of two thick strands 83a, an average harness 83B made up of two ordinary strands 83b, and a thin harness 83C made up of four or more thin strands 83c. Since they are bundled together at 63, even if a large tension is applied to their free ends, it is possible for the thick harness 83A to share the tension applied to the thin harness 83C, which is thinner than the thick harness 83A. It is possible to reduce the load on the harness on the narrow side of the

When connecting the harnesses 56 to 59 to the main control board 25 and the effect control board 26, pull out the harnesses 56 to 59 upward from the fastener 63 side, and connect the harnesses 56 and 57 to the main control board 25 side. , harnesses 58 and 59 are respectively connected to the performance control board 26 side so as not to interfere with the out ball passing through the inside of the out ball port 35 to the back side of the game board 1.例文帳に追加

A fastener 63 and a fastening portion 62 protrude rearward from the rear wall portion 60 of the case portion 38 to fasten the harnesses 56 to 59 together. However, in the vicinity of the fastener 63 and the fastener 62, there is a sensor housing portion 65 projecting further rearward than these. Since there is 62, the fastener 63 and the fastener 62 do not interfere with the process of assembling the game board 1 or when handling the first special symbol starting means 17.例文帳に追加

Further, the harness 59 of the LED board 44 is pulled out to the fastener 63 side via the rear end side of the sensor housing portion 65 (protruding portion 68) protruding rearward, so that the upper or lower side of the protruding portion 68 is It is possible to reduce the vertical dimension of the first special symbol starting means 17 itself as compared with the case of wiring via.

Although the harness 59 of the LED board 44 is wired via the rear end side of the sensor housing portion 65 that constitutes the protruding portion 68, the sensor housing portion 65 has positioning portions 71 on both upper and lower sides thereof. Even if the harness 59 comes into contact with the rear end side or both left and right sides of the sensor housing portion 65, the harness 59 does not move up or down from the sensor housing portion 65 or come off.

The harnesses 56 and 57 of the first start switch 41 and the radio wave sensor 42 can be connected to the main control board 25 side, and the harnesses 58 and 59 of the LED boards 43 and 44 can be connected to the effect control board 26 side. Therefore, the length from the fastener 63 of each harness 56 to 59 to the harness side connectors 56a to 59a is long. Therefore, at the stage before being attached to the game board 1, as shown in FIG. Insert and protect. This prevents the long harnesses 56-59 from hanging down.

When binding the harnesses 56 to 59 with the binding tool 74, the free end side of the band portion 77 is passed through the through hole 72 and the band portion 77 is wound around the outer circumference of the harnesses 56 to 59 and the fastening portion 62. The band portion 77 is inserted through the insertion portion 75 of the head portion 76 and pulled. When the band portion 77 is pulled and tightened, the one-way engagement claw 78 is engaged with the engagement portion 79 and the tightened state can be maintained. After the band portion 77 is pulled and tightened, the surplus portion of the free end side of the band portion 77 is cut near the head portion 76 . As a result, the harnesses 56 to 59 of the first start switch 41, the radio wave sensor 42, and the LED boards 43 and 44 can be easily bundled together by the binding member 74. FIG.

The harnesses 56 to 59 are tightened by the band portion 77 to such an extent that the harness side connectors 56a to 59a on the tip side of each harness 56 to 59 do not slip out of the fastener 63. If there is 59a, it may be loosely tightened so that the smallest harness-side connectors 56a to 59a do not slip out of the fasteners 63. FIG.

10 to 15 illustrate composite winning means 16 in the second embodiment of the present invention. As shown in FIGS. 10 to 15, the compound winning means 16 includes a large winning means 21 and a normal winning means 22 on the contact plate 100 fixed to the front surface of the game board 1. is closed, it has a guide passage 101 for guiding the game ball from the right hitting passage 14 (see FIG. 1) to the first special symbol starting means 17 (see FIG. 1) side.

The contact plate 100 is detachably fixed to the front surface of the game board 1 . On the front side of the abutment plate 100, there are a large winning opening 102 of the large winning means 21, an opening/closing member 103 for opening and closing the large winning opening 102, a passage portion 104 arranged downstream of the opening/closing member 103, and a normal opening. A normal winning opening 105 of the winning means 22 is provided, and a guide for guiding game balls to the out ball opening 35 by passing downward from both left and right sides of the normal winning opening 105 below the big winning opening 102 and the like. A plate 106 is provided. On the back side of the abutment plate 100, an inner case portion 107 is arranged substantially in the center corresponding to the big prize means 21, and an outer case portion is arranged to straddle the left and right sides of the inner case portion 107 to the lower side. A section 108 is provided.

When the composite winning means 16 is mounted on the game board 1, the inner case portion 107 and the outer case portion 108 are inserted into the mounting holes 109 of the game board 1 from the front side, and the contact plate 100 is fixed by screws or other fixing means. Fixed to board 1. Therefore, the inner case portion 107 and the outer case portion 108 constitute an insertion portion 110 that is inserted into the mounting hole 109 of the game board 1 . In addition, the inner case portion 107 and the outer case portion 108 may be configured integrally.

A large winning opening 102 of the large winning means 21 opens upward on the front side of the contact plate 100, and an opening/closing member 103 is provided on the opening side of the large winning opening 102 so as to move back and forth freely. The big winning hole 102 is connected from the winning passage 114 in the inner case portion 107 on the back side of the contact plate 100 to the discharge passage 111 on the side of the outer case portion 108, and the game ball winning the big winning hole 102 is It is discharged to the back side of the game board 1 through the winning passage 114 and the discharge passage 111. - 特許庁Inside the inner case portion 107, a winning switch 112 for detecting a game ball passing through a winning path 114 is provided in a horizontally long shape.

The opening/closing member 103 can be opened/closed by a drive solenoid 113 via an interlocking mechanism (not shown), and in the closed state in which the big winning opening 102 is closed, the opening/closing member 103 receives the game balls flowing down from above and guides them to the passage portion 104 side. It is designed to The guide passage 101 has at least a part of the passage portion 104 on the downstream side of the big prize winning port 102, and is constituted by the passage portion 104 when the big prize winning port 102 is open. When 102 is in a closed state, it is composed of a passage portion 104 and an opening/closing member 103 in a closed state on the upper side thereof. The prize winning switch 112 is arranged substantially horizontally under the prize winning passage 114 with its longitudinal direction oriented in the horizontal direction. I will be guided to the back side of the.

The winning switch 112 and the drive solenoid 113 are housed in a housing case 115 detachably fixed to the back side of the inner case portion 107 . The drive solenoid 113 has a movable iron core 113a that protrudes and retracts in the front-rear direction, and the opening/closing member 103 can be opened and closed in the front-rear direction by moving the movable iron core 113a in the front-rear direction. The housing case 115 is detachably fixed to the inner case portion 107 by a fixing member 117 such as a screw at the front end side attachment portion 116 so as to protrude rearward from the inner case portion 107 .

A housing case 115 housing internal mechanisms such as the winning switch 112 and the drive solenoid 113 constitutes a first projecting portion 118 projecting rearward from the inner case portion 107 . The outer case portion 108 is provided with a discharge passage 111 protruding rearward from the outer case portion 108 so as to correspond to the lower side of the housing case 115, and the game balls from the discharge passage 111 are discharged through a discharge port 111a at the lower end thereof. is discharged downwards. The discharge passage 111 is closed on the rear side and constitutes a second projecting portion 120 projecting rearward from the rear wall portion 119 of the outer case portion 108 .

The normal prize winning port 105 of the normal prize winning means 22 communicates with the prize winning passage 122 in the outer case portion 108 on the back side of the contact plate 100 . The prize winning passage 122 is provided in the outer case portion 108 in the front-rear direction. is communicated with the discharge port 122a.

The winning switch 123 is arranged substantially horizontally with its longitudinal direction oriented in the horizontal direction. The prize winning passage 122 is provided with a switch accommodating portion 125 above the discharge port 122a, and the winning switch 123 is accommodated in the switch accommodating portion 125. - 特許庁Guide walls 126 are provided on both left and right sides below the discharge port 122a, and the space between the guide walls 126 forms a discharge passage 124 for discharging game balls downward. The rear ends of the left and right guide walls 126 are open.

The prize winning passage 122, the switch accommodating portion 125, and the guide wall 126 have approximately the same amount of rearward projection from the rear wall portion 119 of the outer case portion 108, and the prize winning passage 122 constitutes the third projecting portion 128, The switch accommodating portion 125 constitutes the fourth projecting portion 129 and the guide wall 126 constitutes the fifth projecting portion 130 . The third protruding portion 128 and the fifth protruding portion 130 are aligned in the vertical direction, and the fourth protruding portion 129 is substantially aligned with the third protruding portion 128 and the fifth protruding portion 130 on the first protruding portion 118 side, The opposite side protrudes from the third projecting portion 128 and the fifth projecting portion 130 to the opposite side in the left-right direction.

The composite winning means 16 is provided with a light-emitting display means 31 in a substantially central portion in the left-right direction corresponding to the big winning opening 102 . 133 are provided. The light emitting display means 29 to 31 are provided in the light emitting display portions 217 to 219 provided on the contact plate 100 and the like, and in the inner case portion 107 and the outer case portion 108 corresponding to the light emitting display portions 217 to 219. LED substrates 134 to 136 are provided.
LEDs 134a to 136a for emitting light to the light emitting display portions 217 to 219 are provided on the front surfaces of the LED substrates 134 to 136, respectively. Board-side connectors 143 to 145 are provided on both upper and lower sides of the back surface of the LED board 134 , and board-side connectors 146 and 147 are provided on the back surfaces of the LED boards 135 and 136 . The magnetic sensors 132 and 133 are for detecting the magnetism when a fraudulent act such as changing the flow of game balls by bringing a magnet close to the glass door or the like arranged in front of the game board 1 is performed. is.

The abutment plate 100 and the like ensure diffusion of light when the light-emitting display portions 217-219 emit light, while the drive solenoid 113, the winning switches 112 and 123, the LED substrates 134-136, and other constituent members on the back side. A see-through inhibiting portion that inhibits the see-through is provided by an uneven pattern or other means. Therefore, even when viewed from the front side of the contact plate 100, it is impossible or difficult to see through the constituent members on the back side.

On the back side of the composite winning means 16, on the side opposite to the normal winning means 22, as shown in FIGS. are provided before and after. A first wiring path 150 , a second wiring path 151 and a third wiring path 152 are provided on the back side of the composite winning means 16 .

The first wiring path 150 is arranged between the relay board 141 on one left and right end side and the other left and right end sides, and is located under the first protrusion 118, the first protrusion 118 and the third to fifth protrusions. It is provided in a zigzag shape through between 128 and 130. A harness 155 on the winning switch 123 side, a harness 156 on the magnetic sensor 133 side, and a harness 157 on the LED board 135 side are collectively wired in parallel to the first wiring path 150 .

The second wiring path 151 is provided from the relay board 141 side via the lower rear side of the first projecting portion 118 . A harness 158 on the winning switch 112 side and a harness 159 on the drive solenoid 113 side are collectively wired in parallel to the second wiring path 151 .

The third wiring path 152 is provided to enter the outer case portion 108 from the relay board 141 via the upper side thereof. A part of the harness 160 on the side of the magnetic sensor 132 and a part of the harness 161 on the side of the LED board 136 are collectively wired in parallel to the third wiring path 152 .

For each of the harnesses 155 to 161, one of the thick harness 83A, the normal harness 83B, and the thin harness 83C is adopted as in the case of FIG. 8, depending on the current capacity and other conditions. That is, the harness 155 on the winning switch 123 side of the first wiring path 150 employs a thick harness 83A composed of two thick wires 83a, and the harness 156 on the magnetic sensor 133 side includes three parallel wires 83b. The harness 157 on the LED board 135 side employs a thin harness 83C made up of four fine strands 83c.

The distance from the relay board 141 to the winning switch 123 and the distance from the relay board 141 to the magnetic sensor 133 are approximately the same. Therefore, for the harness 155 on the prize winning switch 123 side and the harness 156 on the magnetic sensor 133 side, harnesses having approximately the same length corresponding to the distance are used.

The winning switch 123 and the magnetic sensor 133 are positioned far from the relay board 141, and are arranged on the far side from the first parallel wiring section 190 in which the three harnesses 155 to 157 are wired in parallel as described later. there is On the other hand, the LED board 135 is positioned closer to the relay board 141 than the winning switch 123 and the magnetic sensor 133 and is arranged closer to the first parallel wiring section 190 . Long harnesses having substantially the same length are used for the harness 155 on the winning switch 123 side and the harness 156 on the magnetic sensor 133 side. Harness is used.

The harness 158 on the winning switch 112 side of the second wiring path 151 employs a thick harness 83A comprising two thick wires 83a, and the harness 159 on the drive solenoid 113 side comprises three parallel wires 83b. A harness 83B is employed. The length of the harness 158 on the winning switch 112 side and the harness 159 on the driving solenoid 113 side are about the same, or the length of the harness 158 on the winning switch 112 side is slightly longer.

The harness 160 on the magnetic sensor 132 side of the third wiring path 152 employs a parallel harness 83B made up of three parallel wires 83b, and the harness 161 on the LED board 136 side uses a thin wire made of two thin wires 83c. A harness 83C is employed.

The LED board 134 and the relay board 141 are mounted on both front and rear sides of the board mount 163 as shown in FIGS. That is, the LED board 134 has a vertically long shape, and the relay board 141 has a horizontally long shape that is long in the horizontal direction. The substrate mount 163 is attached to the outer case portion 108 via fasteners 164 such as screws. The LED board 134 constitutes a part of the light emitting display means 29 and is provided on the front side of the board mounting base 163 . 141 is provided.

The LED board 134 is arranged on the front side of the board mounting base 163 , and the relay board 141 is arranged on the back side of the board mounting base 163 corresponding to the upper and lower intermediate portions of the LED board 134 . An upper projecting portion 134A and a lower projecting portion 134B projecting from the relay substrate 141 are provided on both upper and lower sides of the LED substrate 134 .

A board-side connector 143 for relay is provided on the upper protruding portion 134A, and a board-side connector 144 for relay and a board-side connector 145 for external connection are provided on the lower protruding portion 134B. The board-side connector 143 is connected to the LED board 136 via a harness 161 , and the board-side connector 144 is connected to the LED board 135 via a harness 157 . The board-side connector 145 is for external connection and is connected to the effect control board 26 via an external connection harness 166 . Therefore, the LED board 134 is connected to other electrical components such as the LED boards 135 and 136 and the effect control board 26 via harnesses 157, 161 and 166 connected to the board side connectors 143-145.

The rear sides of the upper projecting portion 134A and the lower projecting portion 134B are opened by the openings 163a and 163b of the board mounting base 163. Harnesses 157, 161, 166 are connected from the openings 163a, 163b.

By arranging the LED substrate 134 and the relay substrate 141 one on top of the other in this manner, the LED substrate 134 and the relay substrate 141 can be connected to the LED substrate 134 in a smaller layout area than when the LED substrate 134 and the relay substrate 141 are arranged side by side in the plane direction. The board 141 can be arranged efficiently, and the combined prize winning means 16 can be miniaturized.

In addition, even if the LED substrate 134 and the relay substrate 141 are stacked in front of and behind each other, by arranging the LED substrate 134 on the front side, the original function of the LED substrate 134 is not hindered, and the light from the LED substrate 134 can be emitted. , the light-emitting display section 217 in front thereof can be caused to emit light. Further, the LED board 134 is provided with projecting portions 134A and 134B projecting in the plane direction from the relay substrate 141 on the back side, and the LED substrate 134 is connected to other electric components via the board-side connectors 143 to 145 on the projecting portions 134A and 134B side. , it is possible to easily connect other electrical components to the LED substrate 134 .

The rear side of the relay board 141 is open, and board-side connectors 167 to 171 for relay and a board-side connector 172 for external connection are arranged in the horizontal direction on the back side of the relay board 141 in two vertical rows. A management information display section 175 for displaying management information of the relay board 141 is provided on the upper side thereof.

The management information display section 175 is composed of a manufacturer display section 175a for displaying the name of the manufacturer and a board management number display section 175b for displaying the board management number. The management information display section 175 may display information necessary for management, and may display information other than the name of the manufacturer and the board management number. The slack portions 155a to 160a of the harnesses 155 to 160 are arranged on the back side of the management information display portion 175 so as not to overlap. No other obstacles are arranged, and management information such as the name of the manufacturer and the board management number can be easily seen through by visual inspection from the back side. The management information display section 175 may be placed behind the game parts.

On the upper side of the relay board 141, two board-side connectors 167, 170 connected to the two prize-winning switches 112, 123 and one board-side connector 172 for external connection are arranged in a horizontal direction. A board-side connector 169 connected to the driving solenoid 113 and two board-side connectors 168 and 171 connected to the left and right magnetic sensors 132 and 133 are arranged in a line in the horizontal direction on the lower side. It is

The relay board 141 and the two upper and lower rows of board-side connectors 167 to 172 protrude rearward from the rear wall portion 119 of the outer case portion 108. The relay board 141 and the board-side connectors 167 to 172 form a sixth protruding portion 176. It is configured.

Harnesses 155 and 158 on the winning switch 112 and 123 side are detachably connected to board-side connectors 167 and 170 on the upper side of the relay board 141 . A harness 155 on the winning switch 123 side is wired along the first wiring path 150 , and a harness 158 on the winning switch 112 side is wired along the second wiring path 151 .

A board-side connector 168 on the lower side of the relay board 141 has a harness 156 on the magnetic sensor 133 side. Harnesses 160 on the side of the magnetic sensor 132 are detachably connected to the board-side connectors 171 of . A harness 159 on the drive solenoid 113 side is wired along the second wiring path 151 . The harness 156 of the magnetic sensor 133 is wired along the first wiring path 150 , and the harness 160 of the magnetic sensor 132 is wired along the third wiring path 152 .

A board-side connector 172 for external connection is connected to each of the board-side connectors 167 to 171 via a circuit pattern on the relay board 141, and has a corresponding number of terminals. Therefore, the external connection harness 174 connected to the board-side connector 172 also has a corresponding number of wire strands 83 . Incidentally, the external connection harness 174 employs a parallel harness 83B with 8 to 10 or more parallel wires 83b or a fine harness 83C with fine wires 83c. It is directly or indirectly connected to the substrate 25 .

The harness 157 on the LED board 135 side is wired along the first wiring path 150 and connected to the board-side connector 144 of the lower projecting portion 134B of the LED board 134 . The harness 161 on the LED board 136 side is wired along the third wiring path 152 and connected to the board-side connector 143 of the upper overhanging portion 134A of the LED board 134 .

A board-side connector 145 for external connection is connected to the board-side connectors 143 and 144 via a circuit pattern on the LED board 134 . The board-side connector 145 has the number of terminals required for light emission control by the LED board 134, and the external connection harness 166 connected to the board-side connector 145 also has wires 83 corresponding to the number of terminals. It's becoming By the way, the external connection harness 166 employs a parallel harness 83B with 8 to 10 or more parallel wires 83b or a thin harness 83C with fine wires 83c. It is directly or indirectly connected to the substrate 26 .

There is a predetermined space in the vertical direction between the board-side connectors 167, 170, 172 in the upper row of the relay board 141 and the board-side connectors 168, 169, 171 in the lower row. A slack arrangement portion 180 is formed between the board-side connectors 167 to 172 in the row.

Harness-side connectors (not shown) connectable to board-side connectors 167, 169 to 171 are attached to the harnesses 155, 158 on the winning switch 112, 123 side, the harness 159 on the drive solenoid 113 side, and the harness 160 on the magnetic sensor 132 side. Slack portions 155a, 158a to 160a are provided in the vicinity. The slack portions 158a to 160a are provided along the back surface of the relay substrate 141 in a bent or curved shape that bends or curves in the vertical and horizontal directions.

The slack portions 155a, 158a to 160a of the harnesses 155, 158 to 160 hold the harnesses 155, 158 to 160 when the harnesses 155, 158 to 160 are attached to and detached from the board-side connectors 167, 169 to 171 of the relay board 141. This is to give the harnesses 155, 158-160 sufficient slack (allowance) for inserting and removing from the substrate-side connectors 167, 169-171.

The slack portions 155a, 158a to 160a of the harnesses 155, 158 to 160 are stacked in the front-rear direction in the slack arrangement portion 180 with their vertical and horizontal positions changed. The overall arrangement height of the slack portions 155a and 158a-160a is approximately the same as the height of the board-side connectors 167-172 or less than the height of the board-side connectors 167-172.

In this way, a slack arrangement portion 180 is formed between the board-side connectors 167 to 172 arranged in two upper and lower rows. The connectors 167-172 can protect the slack portions 155a, 158a-160a from both upper and lower sides.

Therefore, during assembly or during maintenance, inspection, etc. after assembly, the slack portions 155a, 158a to 160a of the harnesses 155, 158 to 160 contact with the slack portions 155a, 158a to 160a, resulting in deformation or tangle of the slack portions 155a, 158a to 160a themselves. Furthermore, lifting of the harnesses 155, 158-160 can be prevented.

The amount of play (looseness) of each harness 155-160 is determined by wiring along each wiring path 150-152 with almost no slack on the winning switch 112, 123, drive solenoid 113, magnetic sensor 132, 133 side. On the other hand, the LED board 134 side and the relay board 141 side have a large amount of slack necessary for attaching and detaching the harness side connectors of the harnesses 155 to 160 to the board side connectors 144, 167, 169 to 171. FIG.

For example, in the harness 155 on the prize winning switch 123 side, the amount of slack including the slack portion 155 a from the fastener 194 closest to the board side connector 167 to the board side connector 167 is from the fastener 208 closest to the prize winning switch 123 to the prize winning switch 123 . The wiring from the fastener 208 to the winning switch 123 is substantially free of slack.

In the harness 156 on the side of the magnetic sensor 133 , the amount of slack including the slack portion 156a from the fastener 196 closest to the board-side connector 168 to the board-side connector 168 is , and the wiring from the fastener 208 to the magnetic sensor 133 is substantially free of slack.

Furthermore, in the harness 157 on the LED board 135 side, the slack amount including the slack portion 157a from the fastener 196 closest to the board connector 144 to the board connector 144 is , and the wiring from the fastener 194 to the LED substrate 135 is substantially free of slack.

Therefore, the harnesses 155-157 can be efficiently wired along the first wiring path 150, and the harness-side connectors of the harnesses 155-157 can be easily attached to and detached from the board-side connectors 144, 167, and 168. The same applies to the other harnesses 158-160. In this embodiment, two fasteners for fastening the harnesses 155 to 157 correspond to the harness 155, three fasteners to the harness 156, and two fasteners to the harness 157. 1 for 157 may be used.

The harness 156 connecting the magnetic sensor 133 and the board-side connector 168 of the relay board 141 is provided with a slack portion 156a on the board-side connector 168 side, and the board-side connector 144 of the LED boards 135 and 134 is provided. A harness 157 for connecting is provided with a slack portion 157a on the substrate side connector 144 side. In the harnesses 156 and 157, there is almost no slack on the side of the magnetic sensor 133 and the LED board 135, and on the side near the board side connectors 144 and 168, the magnetic sensor 133 and the LED board 135 are slackened similarly to the harnesses 155 and 158 to 160. It has a predetermined amount of slack that is longer than the side.

Therefore, on the first wiring path 150 side, the winning switch 123, the magnetic sensor 133, and the harnesses 155 to 157 of the LED board 135 are connected, and on the second wiring path 151 side, the winning switch 112 and the harnesses 158 and 159 of the drive solenoid 113 are connected. The connectors of the harnesses 155 to 159 can be easily attached/detached to/from the board-side connectors 144, 167 to 170 to be connected, while the wiring is neatly arranged along the wiring paths 150 and 151. can.

The harness 156 on the side of the magnetic sensor 133 wired to the first wiring path 150 is wired from the lower side of the relay board 141 to the back side of the relay board 141 , and then connected to the back side of the board-side connector 168 of the relay board 141 . connected from. Between the fastener 196 for fastening the harnesses 156 and 157 and the board-side connector 168, there is a step (height difference in the front-rear direction) of the sixth projecting portion 176, and the harness 156 can be wired along the step in a curved shape. A slack portion 156a necessary for connecting and disconnecting the harness 156 to and from the board-side connector 168 is formed.
The harness 160 on the side of the magnetic sensor 132 wired to the third wiring path 152 is wired from the upper side of the relay board 141 to the back side of the relay board 141, and the board-side connector 167 and the board-side connector 170 of the relay board 141 are connected. It continues to the slack portion 160a in the slack arrangement portion 180 through the gap.

The construction of the fasteners 186, 194, 196, 208, 214 is substantially the same as that of the fastener 63 of the first embodiment. The fastening portions 188, 197, 209, and 215 may be substantially the same as the fastening portion 62 of the first embodiment, or may protrude rearward from the rear wall portion 119 to form a U-shape.

At the slack arrangement portion 180, the slack portions 155a, 158a to 160a of the harnesses 155, 158 to 160 or the adjacent harnesses 155, 158 to 160 are arranged so as to overlap each other in the longitudinal direction. Therefore, some of the harnesses 158 and 159 are provided with pressing portions 181 and 182 that press the other harnesses 155 and 160 toward the relay board 141 side.

For example, a harness 158 on the winning switch 112 side and a harness 159 on the drive solenoid 113 side, which are wired to the second wiring path 151, have a twisted portion 183 in which both harnesses 158 and 159 are twisted. A portion of 183 corresponding to the relay board 141 serves as a pressing part 181, and the pressing part 181 presses the vicinity of the slack part 155a of the harness 155 on the winning switch 123 side of the first wiring path 150 to the relay board 141 side. ing.

The harness 158 on the prize winning switch 112 side of the second wiring path 151 has a holding portion 182 at the branched portion 183 where it is twisted with the harness 159 on the drive solenoid 113 side. The vicinity of the slack portion 160a of the harness 160 on the magnetic sensor 132 side is pressed against the relay substrate 141 side.

Therefore, the slack portions 155a, 156a, 158a to 160a of the harnesses 155, 158 to 160 are provided with a sufficient amount of slack, and the slack portions 155a, 158a to 160a are concentrated in the slack arrangement portion 180. be able to. In addition, since the pressing portions 181 and 182 of the harnesses 155 and 158 to 160 press the other harnesses 155 and 160 toward the relay board 141, the slack portions 155a and 160a of the harnesses 155 and 160 are prevented from rising. can do.

In particular, the harnesses 158 and 159 of the second wiring path 151 are such that the harness 158 on the winning switch 112 side is the thick harness 83A and the harness 159 on the drive solenoid 113 side is the parallel harness 83B. Since the holding portion 181 is provided, the harness 155 on the winning switch 123 side of the first wiring path 150 can be reliably held down by the holding portion 181 even though the harness 155 on the winning switch 123 side of the first wiring path 150 is the thick harness 83A. .

The harness 158 on the winning switch 112 side of the second wiring path 151 is the thick harness 83A. The harness 160 on the side of the magnetic sensor 132 can be reliably held down by 182 .

Moreover, since the pressing portions 181 and 182 of the harnesses 158 and 159 are located in the slack arrangement portions 180 between the board-side connectors 167 to 172 arranged in two upper and lower rows, the slack portions 155a and 158a to 160a of the harnesses 155 and 158 to 160 Similarly, the pressing portions 181 and 182 of the harnesses 158 and 159 can be protected by the board-side connectors 167 to 172 arranged in two upper and lower rows.

A harness 158 on the winning switch 112 side and a harness 159 on the drive solenoid 113 side are wired on the second wiring path 151 . In the second wiring path 151, a parallel wiring section 184 in which the harnesses 158 and 159 are collectively wired in parallel is provided between the relay board 141 and the rear side of the housing case 115. Fasteners 185 and 186 are provided at two locations.

A fastener 186 near the prize winning switch 112 and the drive solenoid 113 is of a binding type, and the harnesses 158 and 159 are collectively fastened to a fastening portion 188 on the rear side of the storage case 115 by this fastener 186 . A fastener 185 on the side closer to the relay board 141 and the board-side connectors 169 and 170 is composed of a projection 189 projecting rearward from the housing case 115 . As shown in FIG. 12, the protrusion 189 is deviated above the line segment connecting the fastener 186 and the pressing portion 181 on the relay board 141, and is arranged so that the fastening portion 186 and the pressing portion 181 are separated from each other. The harnesses 158 , 159 are hooked on the protrusion 189 from above so that the harnesses 158 , 159 meander upward due to the protrusion 189 therebetween.

The harness 158 on the prize winning switch 112 side is pulled out from the center of the lower side of the storage case 115 to the back side, and then from the bottom side of the bottom wall of the storage case 115 via the fastener 186 on the back side of the rear wall. It reaches the relay board 141 side. A harness 159 is connected to the rear end of the drive solenoid 113 . The harness 159 on the drive solenoid 113 side extends laterally toward the fastener 186 side and is fastened together with the harness 158 on the winning switch 112 side by fasteners 185 and 186 .

The harness 158 on the winning switch 112 side and the harness 159 on the drive solenoid 113 side are branched and wired on the side opposite to the parallel wiring section 184 with respect to the fastener 186, and also on the relay board 141 from the parallel wiring section 184. The wiring is branched to board-side connectors 169 and 170 .

By wiring the harnesses 158 and 159 of the second wiring path 151 via the protrusions 189, the height difference in the front-rear direction between the fastener 186 at the rear end of the housing case 115 and the pressing portion 181 side of the relay board 141 is eliminated. However, the harnesses 158 and 159 can be wired easily and orderly along the second wiring path 151 without any slack between the fastener 186 and the relay board 141 .

The housing case 115 can be attached to and detached from the inner case portion 107 from the rear side, but the second wiring path 151 passes through the rear side of the housing case 115 and includes a harness 158 on the winning switch 112 side and a drive solenoid 113 side. harness 159 is fastened on the second wiring path 151 by fasteners 186 . Therefore, there is no problem that the harnesses 158 and 159 hang below the storage case 115 , and the storage case 115 can be attached and detached without being affected by the harnesses 158 and 159 . Note that the winning switch 112 and the driving solenoid 113 are provided inside the housing case 115 .

The housing case 115 can be attached to and detached from the inner case portion 107 from the rear side by means of fasteners 117 such as screws. Since the fastener 186 is fastened to the fastening portion 188 on the housing case 115 side, the housing case 115 cannot be removed only by removing the fixture 117 without cutting the fastener 186 . Therefore, it is possible to prevent fraudulent actions such as illegally removing the storage case 115 .

A harness 155 on the winning switch 123 side, a harness 156 on the magnetic sensor 133 side, and a harness 157 on the LED board 135 side are wired substantially in parallel along the first wiring path 150 . The first wiring path 150 includes a first parallel wiring section 190 including a first curved path portion 150a, and a second curved path portion provided on the opposite side of the first parallel wiring section 190 from the LED substrate 134 and the relay substrate 141. 150b, and a board-side parallel wiring section 192 provided on the LED board 134 and relay board 141 side of the first parallel wiring section 190. FIG.

Since all the harnesses 155 to 157 are wired in parallel in the first parallel wiring section 190, the number of harnesses is the largest, and the largest number of harnesses 155 to 157 are fastened together by fasteners 194. . In the second parallel wiring section 191, among the harnesses 155 to 157 of the first parallel wiring section 190, the harness 157 on the LED board 135 side branches to the LED board 135 side at the branch position 220, and the winning switch 123 side harness 155 and a harness 156 on the side of the magnetic sensor 133 are wired in parallel and fastened together by a fastener 208 .

In this embodiment, the first parallel wiring section 190 and the second parallel wiring section 191 are described. The number of harnesses may be sequentially decreased from the wiring section to the third parallel wiring section and the fourth parallel wiring section.

If the relay board 141 or the like is used as a reference, the number of harnesses decreases from the first parallel wiring section 190 to the second parallel wiring section 191 with the branch position 220 interposed therebetween. Then, the harness 157 on the LED board 135 side gathers (merges) with the harnesses 155 and 156 of the second parallel wiring section 191, and passes from the second parallel wiring section 191 to the first parallel wiring section 190. The number of harnesses increases.

In the board side parallel wiring section 192, among the harnesses 155 to 157 of the first parallel wiring section 190, the harness 155 on the winning switch 123 side branches to the relay board 141 side, and the harness 156 on the magnetic sensor 133 side and the LED board are connected. The harness 157 on the 135 side is wired in parallel and is fastened together by a fastener 196 .

The first parallel wiring section 190 is bent or curved in a substantially L-shape in a rear view along the edge of the outer case portion 108 on the inner case portion 107 side. In this first parallel wiring section 190, the harness 155 on the winning switch 123 side, the harness 156 on the magnetic sensor 133 side, and the harness 157 on the LED board 135 side are all wired in parallel.

A fastener 194 is arranged at an intermediate position of the first parallel wiring section 190 on the lower side of the inner case portion 107 and fastens the harnesses 156 to 157 together with the fastener portion 195 . Therefore, compared to wiring the harnesses 155 to 157 individually, variations in the wires 83 of the harnesses 155 to 157 can be prevented, and the harnesses 155 to 157 can be wired together.

Inside the first parallel wiring section 190, there is a reinforcing wall 178 protruding rearward from the outer case portion 108, and at the bent portion of the reinforcing wall 178, there is a protruding wiring inside the first curved path portion 150a. A guide portion 178a is provided. Therefore, the harnesses 155 to 157 of the first parallel wiring section 190 are wound around the wire guide portion 178a of the first curved path portion 150a and wired in a substantially L shape. They are fastened together to a fastening portion 195 by fastenings 194 therebetween.

Therefore, the harnesses 155 to 157 can be wired without slack along the first parallel wiring section 190, and the harnesses 155 to 157 can be collected at two points, the wiring guide portion 178a and the fastener 194. Harnesses 155 to 157 can be efficiently put together. In addition, since the harnesses 155 to 157 can be hooked on the wiring guide portion 178a in the first curved path portion 150a, the wiring work can be performed more easily than when the fasteners 194 are arranged at two locations.

The board-side parallel wiring section 192 on the relay board 141 side branches off from the thick harness 83A that forms the harness 155 on the winning switch 123 side to form the harness 156 on the magnetic sensor 133 side and the harness 157 on the LED board 135 side. The thin harnesses 83C are wired in parallel, and are collectively fastened to a fastening portion 197 on the outer case portion 108 side by fastenings 196 on the way.

The fastener 196 is arranged near the lower side of the relay board 141 and near the side of the second protrusion 120 . A harness 155 on the winning switch 123 side branched from the harnesses 156 and 157 of the board-side parallel wiring section 192 is connected to a board-side connector 167 on the relay board 141 via a slack portion 155a.

In this manner, in the board-side parallel wiring section 192, the thin harnesses 83C used for the harness 156 on the magnetic sensor 133 side and the harness 157 on the LED board 135 side are wired in parallel, and the harnesses 156 and 157 are connected by fasteners. The harnesses 156 and 157 can be wired together by 196, and the strands of the harnesses 156 and 157 can be prevented from being cut or otherwise damaged.

The harness 156 on the side of the magnetic sensor 133 has a slack portion 156a gently curved in the front-rear direction along the step of the board-side connector 168 between the fastener 196 and the board-side connector 168 of the relay board 141. The harness 157 on the LED board 135 side has a slack portion 157 a curved along the rear wall portion 119 between the fastener 196 and the board-side connector 144 of the LED board 134 . Therefore, when connecting the harnesses 156 and 157 to the board-side connectors 144 and 168, the harnesses 156 and 157 are connected to the board-side connectors 144 and 168 by the slack portions 156a and 157a of the harnesses 156 and 157. Easy to connect.

The first parallel wiring section 190 has a second projecting portion 120 formed by the discharge passage 111 on the board side parallel wiring section 192 side, and each harness 155 to 157 has a rear end passing through the rear end side of the second projecting portion 120 . They are wired in parallel via the side via portion 200 . Therefore, compared to the case of wiring the harnesses 155 to 157 via the upper side or the lower side of the second projecting portion 120, the wiring of the harnesses 155 to 157 can be efficiently performed while crossing the second projecting portion 120. can be done.

A protrusion-shaped anti-slip portion 201 is provided at the lower rear end side of the discharge passage 111, and the harnesses 155 to 157 passing through the rear end side via portion 200 are prevented from It is regulated by avoiding the discharge port 111a so as not to move to the side. By providing the anti-slip portion 201, the harnesses 155 to 157 can be prevented from sagging toward the discharge port 111a, and the harnesses 155 to 157 can be wired while avoiding the discharge port 111a. In this case, the discharge port 111a serves as a harness avoidance portion for avoiding hanging of the harnesses 155-157.

On both sides of the second projecting portion 120 in the wiring route direction, there are fasteners 194 for the first parallel wiring section 190 and fasteners 196 for the board-side parallel wiring section 192 . The anti-slip portion 201 is arranged above the line segment connecting both the fasteners 194 and 196 in a rear view, and the harnesses 155 to 157 passing through the rear end side of the second projecting portion 120 are connected to both the fasteners 194 and 196. It is hooked on the upper side of the anti-slip part 201 between 196 . Therefore, it is possible to prevent the harnesses 155 to 157 from being slack or the like at the rear-end-side via portion 200 passing through the rear-end side of the second projecting portion 120 .

Each of the harnesses 155 to 157 is wired obliquely between the rear end of the discharge passage 111 and the fasteners 194 and 196 on both sides of the second projecting portion 120 in a plan view. A substantially triangular space is provided between 155 to 157 and the outer case portion 108 . Therefore, together with the fact that the anti-slip portion 201 is located above the line segment connecting the fasteners 194 and 196 on both sides, the slack of each harness 155 to 157 at the rear end side via portion 200 can be prevented. This can be prevented more reliably. The harnesses 155 to 157 may be arranged along both side surfaces of the discharge passage 111 from the rear wall portion 119 of the outer case portion 108 .

The board-side connector 146 of the LED board 135 is arranged corresponding to the first wiring path 150 in the middle between the first projection 118 and the third to fifth projections 128 to 130 in the vertical direction. Therefore, the harness 157 on the side of the LED board 135 branches off from the harness 155 on the side of the prize winning switch 123 and the harness 156 on the side of the magnetic sensor 133 at a position corresponding to the connector 146 on the side of the board on the LED board 135 . It is connected to the.

The winning switch 123 is inserted into the switch accommodating portion 125 from the opposite side of the first projecting portion 118 . The harness 155 on the winning switch 123 side is connected to the end of the winning switch 123 opposite to the first projecting portion 118 , and the winning path 122 extends from the end of the winning switch 123 along the upper surface side of the switch housing portion 125 . are pulled out to a merging position (collecting position) 205 on the outside of the . The magnetic sensor 133 is arranged inside the outer case portion 108 near the outside of the winning path 122 and near the upper side of the switch accommodating portion 125 . The harness 156 on the side of the magnetic sensor 133 is pulled out from the upper surface of the switch accommodating portion 125 along the vicinity of the outside of the prize winning path 122 to a rearward merging position 205 , where it merges with the harness 155 .

By pulling out the harness 155 on the winning switch 123 side and the harness 156 on the magnetic sensor 133 side along the upper surface of the switch accommodating portion 125 to the junction position 205 on the third projecting portion 128 side, The harnesses 155 and 156 joining at the joining position 205 can be stabilized.

The harness 155 on the winning switch 123 side and the harness 156 on the magnetic sensor 133 side merge at a junction position 205 near the outside of the rear end of the winning path 122 . The second parallel wiring section 191 extends from the merging position 205 to the branching position 220 where the harness 157 of the LED board 135 branches.

The second parallel wiring section 191 has a third projecting portion 128 formed by the winning path 122, and the harnesses 155 and 156 are arranged in parallel via a rear end side via portion 210 passing through the rear end side of the third projecting portion 128. Wired. At the lower rear end side of the winning path 122, a protruding anti-slip portion 211 for restricting the hanging of the harnesses 155 and 156 is provided above the switch accommodating portion 125. As shown in FIG.

The harnesses 155 and 156 pulled out from the winning switch 123 side and the magnetic sensor 133 side join at a joining position (branching position) 205 on one side of the third projecting portion 128 which is the end side of the second parallel wiring section 191. , and are collectively fastened to a fastening portion 209 of the outer case portion 108 by a fastener 208 arranged on the second curved path portion 150b on the other side of the third protruding portion 128. As shown in FIG. Each of the harnesses 155 and 156 passes from a merging position (branching position) 205 on one side of the third projecting portion 128 formed by the winning path 122 through a rear end via portion 210 on the rear end side of the third projecting portion 128. It is wired in the left-right direction along the third projecting portion 128 to the fastener 208 on the opposite side. Therefore, compared to wiring the harnesses 155 and 156 via the upper side or the lower side without passing through the third protrusion 128, the harnesses 155 and 156 can be routed efficiently across the third protrusion 128. can do.

A projection-like anti-slip portion 211 is provided at the lower rear end side of the prize winning passage 122 . The harnesses 155 and 156 passing through the rear end side via portion 210 are restricted above the prize winning switch 123 by the anti-slip portion 211 so as not to move to the rear side of the prize winning switch 123 . Therefore, the harnesses 155 and 156 can be efficiently routed through the rear-end via portion 210, and erroneous detection of the prize winning switch 123 due to noise of the harnesses 155 and 156 can be prevented. In this case, the winning switch 123 serves as a harness avoidance section for avoiding the approach of the harness 155 . The anti-slip portion 211 may prevent the harnesses 155 and 156 from hanging down toward the outlet 122a.

A branch position 220 where the harness 157 of the LED board 135 branches from the harnesses 155 and 156 is located between the fastener 194 of the first parallel wiring section 190 and the fastener 208 of the second parallel wiring section 191. The distance to fastener 194 is greater than the distance from bifurcation location 220 to fastener 208 . Further, since there is a wiring guide portion 178a on the side closer to the branch position 220 than the fastener 194, and the harnesses 155 to 157 are wound around this, the harness side connector is pulled out from the board side connector 146 of the LED board 135. Even when the harness 157 is removed, a sufficient margin can be secured for the harness 157 between the fastener 194 and the board-side connector 146, so that the harness 157 can be easily removed.

The anti-slip portion 211 is arranged above the line segment connecting the joining position 205 on one side of the prize winning passage 122 and the fastener 208 on the opposite side of the prize winning passage 122 in rear view. Harnesses 155 and 156 passing through the rear end side of the third projecting portion 128 are hooked on the anti-slip portion 211 from above between the merging positions 205 and the fasteners 208 on both sides to wired along. By arranging the anti-slip portion 211 at such a position, it is possible to prevent the harnesses 155 and 156 from becoming slack or the like.

A harness 160 of the magnetic sensor 132 is wired on the third wiring path 152 . That is, the harness 160 of the magnetic sensor 132 is pulled out from the outside of the outer case portion 108 through the upper side of the upper projecting portion 134A of the LED board 134 to the rear side of the upper projecting portion 134A, and then relayed from the upper projecting portion 134A. It is wired to the rear side of the relay board 141 via the upper edge side of the board 141 and continues to the slack portion 160 a arranged in the slack placement portion 180 on the rear side of the relay board 141 .

A board-side connector 143 is provided in the vicinity of the third wiring path 152 on the upper projecting portion 134A, and a harness 161 is connected to the board-side connector 143. As shown in FIG. The harness 160 on the magnetic sensor 132 side and the harness 161 on the LED board 136 side are collectively fastened to a fastening portion 215 of a substrate mounting base 163 by a fastener 214 arranged near the substrate-side connector 143 . After passing through the fastener 214 , the harness 161 branches off from the harness 160 on the side of the magnetic sensor 132 and is connected to the board-side connector 147 of the LED board 136 inside the inner case portion 107 .

Therefore, the LED board 134 is connected to the LED board 136 via the harness 161 and is also connected to the LED board 135 via the harness 157 . have

The harness 156 on the side of the magnetic sensor 133 of the first wiring path 150 is provided between the fastener 196 and the board-side connector 168 of the relay board 141 so as to be gently curved in the front-rear direction along the lower side of the sixth projecting portion 176 . There is a slack portion 156a. Also, in the harness 157 on the LED board 135 side, between the fastener 196 and the board-side connector 144 of the LED board 134 , there is a wire that curves along the rear wall 119 from below the board-side connector 144 toward the fastener 196 side. There is a slack portion 157a. Therefore, the harnesses 156, 157 can be easily connected to the board-side connectors 144, 168 by the margins of the slack portions 156a, 157a.

A board-side connector 172 for external connection of the relay board 141 and a board-side connector 145 for external connection of the lower projecting portion 134B of the LED board 134 are arranged near the outer periphery of the insertion portion 110 . Between the board-side connector 172 of the relay board 141 and the board-side connector 145 of the lower overhanging portion 134B of the LED board 134, there is a height difference corresponding to the relay board 141 and the LED board 134 that are arranged one on top of the other. The board-side connector 172 of the relay board 141 protrudes rearward above the board-side connector 145 of the lower projecting portion 134B. The external connection harness 174 of the relay board 141 and the external connection harness 166 of the LED board 134 are bound together by a fastener 216 arranged near the board-side connector 172 of the relay board 141 .

The board-side connector 172 of the relay board 141 is arranged at the end of the relay board 141 on one end side of the insertion portion 110 that is elongated in the left-right direction. The external connection harness 174 connected to the board-side connector 172 is bent toward the outside of the relay board 141 in the vicinity of the board-side connector 172 along the arrangement direction of the wires, and a fastener is provided near the bent portion 174a. 216 are arranged.

The external connection harness 166 connected to the board-side connector 145 of the lower projecting portion 134B is guided from the lower side of the relay board 141 to the back side of the relay board 141, and then bundled together with the external connection harness 174 by the fastener 216. , and pulled out of the relay board 141 together with the external connection harness 174 . The fastener 216 is arranged near or inside the edge of the relay board 141 .

In providing the external connection harness 174 of the relay board 141 and the external connection harness 166 of the LED board 134 in this way, the external connection harnesses 166 and 174 are bundled together with the fasteners 216 so that each of the external connection harnesses 166 and 174 can be connected. Subsequent handling can be easily performed compared to the case where each strand is in a separate state.

In addition, a fastener 216 is arranged in the vicinity of the board-side connector 172 of the relay board 141, and the external connection harnesses 166 and 174 are fastened together by the fastener 216. It becomes easy to stabilize the fastening position, and it is possible to easily prevent variations in the fastening position. Therefore, there is no need to fix the fasteners 216 to the fasteners, and both the external connection harnesses 166 and 174 can be fastened together by the binding fasteners 216 even in locations such as the back side of the relay board 141 where fasteners are difficult to arrange. can be done.

Further, the external connection harness 166 connected to the board-side connector 145 of the LED board 134 on the front side is led to the vicinity of the board-side connector 172 of the relay board 141 on the back side, and the vicinity of the board-side connector 172 of the relay board 141 is guided. Since both the external connection harnesses 166 and 174 are fastened together by the fastener 216, the external connection harnesses 166 and 174 can be easily pulled out even though the relay board 141 and the LED board 134 are overlapped in the front and rear directions. can be wired together.

When mounting the composite winning means 16 on the game board 1 , the insertion part 110 of the inner case part 107 , the outer case part 108 , etc. is inserted into the mounting hole 109 of the game board 1 . In this case, the external connection harnesses 166 and 174 are bent inward from the outer periphery of the insertion portion 110 or the inner periphery of the mounting hole 109 in the vicinity of the fastener 216 . As a result, the external connection harnesses 166 and 174 do not become an obstacle, and the composite winning means 16 can be easily attached to the game board 1.例文帳に追加

On the lower side of the first special symbol starting means 17, there is an out ball port 35 for discharging out balls from the game area 2 of the game board 1 to the inside, but each harness 56 to 59 is put together by a fastener 63. As a result, problems such as the harnesses 56 to 59 sagging toward the out ball opening 35 do not occur. Therefore, the work of connecting the harnesses 56 to 59 to the main control board 25 and the performance control board 26 can be easily performed.

Any one of the following first to fourteenth techniques is included in the first and second embodiments.

The first technique is provided with game parts 16, 17 provided in a predetermined portion 1, and the game parts 16, 17 include a plurality of electric parts 41 to 44, 145, 172, each of the electric parts 41 to 44, In a game machine having a plurality of harnesses 56-59, 166, 174 connected to 145, 172, a fastener 63 for collectively fastening the plurality of harnesses 56-59, 166, 174 to the game parts 16, 17 , 216.

The game parts 16, 17 are provided with inserting portions 47, 110 to be inserted into the mounting holes 37, 109 of the predetermined portion 1, and the fasteners 63, 216 connect the harnesses 56 to 59, 166, 174 to the game parts. A position where the harnesses 56 to 59, 166, 174 can be accommodated inside the outer circumference of the insertion portion 47, 110 or the inner circumference of the mounting hole 37, 109 when the parts 16, 17 are bent inward. may be placed in The fasteners 63,216 may be located near any of the electrical components 41-44,145,172.

The harnesses 56 to 59 include a harness 83A with a large wire diameter and harnesses 83B and 83C with a smaller wire diameter, and the fastener 63 bundles the large harness 83A and the thin harnesses 83B and 83C together. It may end. A first harness 174 connected to the relay board 141 and a second harness 166 connected to the electrical component 134 different from the relay board 141 are provided. The harness 166 may be bundled together.

The second technique is provided with a game component 16 provided at a predetermined portion 1, and the game component 16 includes a plurality of electrical components 112, 113, 123, 132, 133, 135, 136, and each of the electrical components 112, 135, 136. 113, 123, 132, 133, 135, 136 and a plurality of harnesses 155-161 wired along the wiring paths 150-152, in which the direction of the wiring paths 150-152 A plurality of fasteners 185, 186, 194, 196, 208, 214 are provided for collectively fastening the plurality of harnesses 155 to 161 to the game part 16 side at a plurality of locations.

The game component 16 includes relay boards 134 and 141 having board-side connectors 143 to 145 and 167 to 171, and the harnesses 155 to 161 have one end side connected to the electrical components 112, 113, 123, 132, 133, 135, 136, the other end side is connected to the board side connectors 143 to 145 and 167 to 171, respectively, and the board side connectors 143 to 145 are connected from the fasteners 185, 194, 196 and 214 closer to the relay boards 134 and 141. , 167 to 171 of the harnesses 155 to 161 from the fasteners 186, 208, 214 closer to the electrical components 112, 113, 123, 132, 133, 135, 136 to the electrical components 112, 161, 167 to 171. The slack amount of the harnesses 155-161 up to 113, 123, 132, 133, 135, and 136 may be larger than that.

The harnesses 155, 158 to 160 are connected between the fasteners 186, 194, 214 near the relay board 141 and the board side connectors 167, 169 to 171 for connection of the harnesses 155, 158 to 160. Slack portions 155a, 158a to 160a having necessary slack amounts are provided, and the slack portions 155a, 158a to 160a are located between the board side connectors 167, 169 to 171 or behind the board side connectors 167, 169 to 171. It may be arranged in the slack arrangement part 180 provided in the . The game part 16 is provided with a plurality of relay boards 134 and 141 in the front-rear direction, and the relay board 134 on the front side is provided with projecting portions 134A and 134B that project outward in the plane direction from the relay board 141 on the rear side, The projecting portions 134A and 134B may be provided with the board-side connectors 143 and 144, respectively.

A third technique is provided with a game component 16 provided at a predetermined portion 1 , and the game component 16 includes a first electric component 141 and a first electric component 141 provided in addition to the game component 16 . A first harness 174 for connecting to an external electrical component 25, a second electrical component 134, and a second harness for connecting the second electrical component 134 to a second external device 26 provided other than the game component 16. 166 , a fastener for fastening the first harness 174 and the second harness 166 together at least in the vicinity of at least one of the first electrical components 141 and 172 and the second electrical component 134 . 216.

The game component 16 has an insertion portion 110 that is inserted into the mounting hole 109 of the predetermined portion 1, and at least one of the first electrical components 141, 172 and the second electrical components 134, 145 is connected to the insertion portion. It may also be located near 110 . The first electrical component is the first relay board 141 to which the first harness 174 is connected, the second electrical component is the second relay board 134 to which the second harness 166 is connected, and the fastening The fitting 216 may bundle the first harness 166 and the second harness 174 together in the vicinity of the relay boards 134 and 141 .

A fourth technique comprises a game component 16 provided at a predetermined portion 1, and the game component 16 includes a plurality of electric components 123, 133, 135 and a plurality of electric components connected to the respective electric components 123, 133, 135. and relay boards 134, 141 to which the harnesses 155-157 are connected via a plurality of board-side connectors 144, 167, 168, wherein the electrical components 123, 133, 135 and the relay substrates 134, 141, there are fasteners 194, 196, 208 for collectively fastening the plurality of harnesses 155 to 157 on the wiring path 150 between the relay boards 134, 141.

The wiring path 150 includes a first parallel wiring section 190 in which the plurality of harnesses 155 to 157 are wired in parallel, and the harness 157 that is part of the first parallel wiring section 190 branches to the electrical component 135. Then, there is a second parallel wiring section 191 in which a plurality of other harnesses 155 and 156 are wired in parallel. The fastener 208 for fastening the harnesses 155 and 156 of the parallel wiring section 191 may also be provided.

The distance from the branch position 220 of the harness 157 branching to the electrical component 135 to the fastener 208 of the second parallel wiring section 191 is may be greater than the distance to Between the branch position 220 of the harness 157 branching to the electrical component 135 and the fastener 194 of the first parallel wiring section 190, the plurality of harnesses 155 to 157 are bent along the wiring path 150. A wire guide portion 178a for guiding the wire in a shape may be provided.

A fifth technique comprises a game component 16 provided at a predetermined portion 1, and the game component 16 includes a plurality of electric components 123, 133, 135 and a plurality of electric components 123, 133, 135 connected to the respective electric components 123, 133, 135. harnesses 155-157 and projecting parts 118, 120, 128, 176 projecting to the rear side, and fasteners 194, 196, 208 for collectively fastening the plurality of harnesses 155-157 are provided. , the fasteners 194 , 196 , 208 are positioned forward of the rear ends of the protrusions 118 , 120 , 128 , 176 .

There may be one or more of the protrusions 118,120,128,176 near the perimeter of the fasteners 194,196,208. The projections 118 , 120 , 128 , 176 may be a passageway 122 for the game ball, a housing portion 115 for housing an internal member, or a component attached to the back side of the game component 16 .

A sixth technique comprises a game part 16 provided at a predetermined portion 1, the game part 16 is connected to a plurality of electric parts 123, 133, 135 and each of the electric parts 123, 133, 135 and wired. In a game machine having a plurality of harnesses 155 to 157 wired in parallel along a route 150, the wiring route 150 is a gathering position where the harnesses 155 to 157 of the electrical components 123, 133, 135 gather. Alternatively, a plurality of parallel wiring sections 190 and 191 having different numbers of harnesses 155 to 157 wired in parallel on both sides of the branch position where the harnesses 155 to 157 branch are provided, and each of the parallel wiring sections 190, 191 Fasteners 194 and 208 for fastening the harnesses 155 to 157 together are provided for each harness 191 .

The electrical components 123, 133, and 135 are arranged in the first electrical component 123 and the second electrical component 133 on the far side from the parallel wiring section 190 in which the number of harnesses wired in parallel is the largest, and in the parallel wiring section 190 in which the number of harnesses is the largest. The parallel wiring sections 190 and 191 include at least the third electric component 135 on the closer side, and the parallel wiring sections 190 and 191 are the first wiring sections in which at least the first harness 155, the second harness 156 and the third harness 157 are wired in parallel. A parallel wiring section 190 and a second parallel wiring section 191 in which the third harness 157 branches from the first parallel wiring section 190 and at least the first harness 155 and the second harness 156 are wired in parallel. and the fastener 194 for fastening the harnesses 155 to 157 of the first parallel wiring section 190 together, and the fastener 208 for fastening the harnesses 155 and 156 of the second parallel wiring section 191 together. may

The third harness 157 may be a harness 83C with a small wire diameter, and at least one of the first harness 155 and the second harness 156 may be harnesses 83A and 83B with a wire diameter larger than that of the third harness 83C. The fastener 194 of the first parallel wiring section 190 and the fastener 208 of the second parallel wiring section 191 are the same type of structure or a common binding that can bind together a plurality of the harnesses 155 to 157. There may be.

A seventh technique comprises a game component 16 provided at a predetermined portion 1, and the game component 16 includes a relay board 134 having a plurality of electrical components 123, 133, 135 and a plurality of board-side connectors 144, 167, 168. , 141, and a plurality of harnesses 155 to 157 connecting the plurality of electrical components 123, 133, 135 and the plurality of board-side connectors 144, 167, 168, wherein the relay boards 134, 141 and At least one fastener 194, 196, 208 is provided between the electrical components 123, 133, 135 and along the wiring path 150 to fasten the harnesses 155-157. The amount of slack in the harnesses 155-157 between the fasteners 194, 196 on the near side and the board-side connectors 144, 167, 168 is the same as the fastener 194 on the side closest to the electrical components 123, 133, 135. , 208 and the electrical components 123, 133, 135.

Harnesses 155 and 156 connecting the board-side connectors 167 and 168 of the relay boards 134 and 141 and the electrical components 123 and 133 far from the relay boards 134 and 141 are harnesses 83A and 83B having a large wire diameter, A harness 157 connecting the board-side connector 144 of the relay boards 134, 141 and the electric component 135 on the side closer to the relay boards 134, 141 is a harness 83C having a wire diameter smaller than that of the thick harnesses 83A, 83B. , the harness length between the board-side connectors 167, 168 of the thick harnesses 83A, 83B and the fasteners 194, 196 is the length between the board-side connector 144 of the thin harness 83C and the fastener 196. It may be larger than the harness length.

The eighth technique is provided with a game component 16 provided at a predetermined portion 1, and the game component 16 includes a plurality of first electrical components 123, 133, 135, and each of the first electrical components 123, 133, 135. A plurality of second electrical components 134, 141 having a plurality of corresponding component-side connectors 144, 167, 168 and a plurality of connecting the first electrical components 123, 133, 135 and the component-side connectors 144, 167, 168. In a game machine having harnesses 155 to 157, a plurality of binding tools 194, 196, 208 for fastening the harnesses 155 to 157 on the wiring route 150 are provided in the route direction, and the side closest to the second electric component 134 is provided. The slack amount of the harnesses 155 to 157 between the binding member 196 and the component side connectors 144, 167, 168 is larger than the slack amount of the harnesses 155 to 157 between the binding members 194, 208 adjacent in the route direction. It is the one that was made.

Each of the binding devices 194, 196, and 208 includes a head portion 76 having an insertion portion 75, and a band portion 77 having one end connected to the head portion 76 and capable of being inserted through the insertion portion 75 from the other end. When the band portion 77 is wound around the harnesses 155 to 157 and passed through the insertion portion 75, the band portion 77 may not be able to be removed from the insertion portion 75 in the opposite direction.

A ninth technique is provided with a game part 16 provided at a predetermined portion 1, and the game part 16 includes a plurality of electric parts 112, 113, 123, 132, 133, 135, the electric parts 112, 113, 123, 132, 133, 135, and relay boards 134, 141 having a plurality of board-side connectors 144, 167 to 171 to which the harnesses 155 to 160 can be connected. In the gaming machine, the harnesses 155 to 160 have slack portions 155a to 160a that have slack amounts necessary to connect the harnesses 155 to 160 to the board side connectors 144, 167 to 171. 171, the slack portions 155a to 160a are arranged in a slack placement portion 180 provided between the board side connectors 144, 167 to 171 or near the rear of the board side connectors 144, 167 to 171. It is.

The slack portions 155 a to 160 a of the plurality of harnesses 155 to 160 may be arranged to overlap the slack arrangement portion 180 . It is desirable that the slack portions 155a to 160a be arranged at positions not overlapping the management information display portions 175 of the relay boards 134 and 141. FIG.

A tenth technique is provided with a game component 16 provided at a predetermined portion 1, and the game component 16 includes a plurality of electrical components 145 and 172, and the plurality of electrical components 145 and 172 provided in addition to the game component 16. In a game machine provided with a plurality of harnesses 166, 174 for connecting to the external electrical components 25, 26, the plurality of harnesses 166, 174 pulled out to the side away from the electrical components 145, 172 It is provided with a fastener 216 for fastening together on the back side of the game parts 16. - 特許庁

The game component 16 may have an insertion portion 110 to be inserted into the mounting hole 109 of the predetermined portion 1, and the fastener 216 may be provided on the back side of the insertion portion 110. The harnesses 166 and 174 on the side opposite to the electrical components 145 and 172 in the harness longitudinal direction with respect to the fastener 216 can be bent inward from the outer periphery of the insertion portion 110 or the inner periphery of the mounting hole 109 . may

The eleventh technique is provided with a game part 16 provided at a predetermined part 1, and the game part 16 includes projecting parts 120, 128 projecting to the back side, a plurality of electrical parts 123, 133, 135, and each In a game machine comprising a plurality of harnesses 155-157 connected to electric parts 123, 133, 135, the harnesses 155-157 are arranged via the back side of the projections 120, 128, and the projections The portions 120 and 128 are provided with anti-slip portions 201 and 211 for preventing positional displacement of the harnesses 155-157.

A wiring path 150 for wiring the harnesses 155 to 157 includes rear side via portions 200 and 210 that pass through the rear side of the protrusion portions 120 and 128, and the protrusion portions 120 and 128 of the rear side via portions 200 and 210 At least one side of the harnesses 155 to 157 are provided with fasteners 196, 208 for collectively fastening the harnesses 155 to 157, and on the rear side of the protrusions 120, 128, the harnesses 155 to 157 on the rear side via portions 200, 210 It may be provided with the anti-slip portions 201 and 211 for stopping positional displacement.

The projecting portion 128 may be a passage 122 that guides the game ball to the back side of the predetermined portion 1 . The projections 120, 128 are provided with a harness avoidance portion in the vicinity of a line connecting the fasteners 196, 208 on one side of the projections 120, 128 and the harness position on the other side of the projections 120, 128. , The anti-slip portions 201 and 211 are provided above the harness avoidance portions of the projecting portions 120 and 128, and the harnesses 155 to 157 of the rear side via portion 200 are connected to the fastener 194 on the one side and the fastener 194 on the other side. may also be wired between the fasteners 196 of the

A twelfth technique comprises a game component 16 provided at a predetermined portion 1, and the game component 16 includes a plurality of electric components 123, 133, 135 and a plurality of electric components connected to the respective electric components 123, 133, 135. , wherein the plurality of harnesses 155 to 157 include at least a harness 83A having a large wire diameter and harnesses 83B and 83C having a wire diameter smaller than the thick harness 83A. The harness 83A and the thin harnesses 83B and 83C are collectively wired together.

The thick harness 83A and the thin harnesses 83B, 83C are wired in parallel on the wiring path 150 of the game part 16, and the thick harness 83A and the thin harnesses 83B, 83C are collectively fixed on the wiring path 150. One or a plurality of fasteners 194, 196, 208 may be provided in the longitudinal direction of the path.

A thirteenth technique is provided with a game part 16 provided at a predetermined portion 1, and the game part 16 is connected to a plurality of electric parts 123, 133, 135 and each of the electric parts 123, 133, 135 and wired. In a game machine having a plurality of harnesses 155 to 157 wired along a route 150, the plurality of harnesses 155 to 157 include long harnesses 155 and 156 and a short harness 157. A parallel wiring section 190 in which the long harnesses 155, 156 and the short harness 157 are wired in parallel is provided with a fastener 194 for fastening the long harnesses 155, 156 and the short harness 157 together. be.

A first parallel wiring section 190 in which at least a plurality of the long harnesses 155 and 156 and the short harness 157 are wired in parallel, and a plurality of the long wiring sections 190 excluding the short harnesses 157 branching from the first parallel wiring section 190 A second parallel wiring section 191 in which the harnesses 155 and 156 are wired in parallel, the fastener 194 for fastening the harnesses 155 to 157 of the first parallel wiring section 190 together, and the second parallel wiring section 191. and a fastener 208 for fastening the harnesses 155 and 156 together. A curved path portion 150a is provided between the fastener 194 of the first parallel wiring section 190 and the fastener 208 of the second parallel wiring section 191, and the harness 155 is provided on the inner peripheral portion of the curved path section 150a. 157 may be provided.

A fourteenth technique is provided with game parts 16 and 17 provided at a predetermined portion 1, and the game parts 16 and 17 include a plurality of electric parts 41 to 44, 134 and 141, the electric parts 41 to 44, In a game machine provided with a plurality of harnesses 56-59, 166, 174 connected to 134, 141 and pulled out to the outside of the game parts 16, 17, all the harnesses 56-59, 166, 174 are integrated. It has fasteners 63, 216 to fasten to.

Game parts 16 and 17 provided at a predetermined portion 1 are provided, and the game parts 16 and 17 include a plurality of first electric parts 112, 113, 132, 123, and 133 related to games, and the plurality of first electric parts. A first relay board 141 to which 112, 113, 132, 123, and 133 are connected, a first harness 174 connected to the first relay board 141 and directly or indirectly connected to the main control board 25, and an effect , a second relay board 134 to which the plurality of second electric components 135 and 136 are connected, a second relay board 134 connected to the second relay board 134 and directly to the effect control board 26 A second harness 166 may be directly or indirectly connected, and the fastener 216 may fasten the first harness 174 and the second harness 166 together.

The first embodiment, the second embodiment, and the first to fourteenth techniques included in the embodiments have been described in detail above. Various changes are possible within the scope of no change. In each embodiment, the game board 1 is exemplified as the predetermined part, and the composite winning means 16 and the first special symbol starting means 17 are exemplified as the game parts provided on the game board 1. Various game parts provided at predetermined parts can be implemented in the same manner.

For example, in a pachinko machine, when the center case 7 or the mounting frame provided on the game board 1 is used as a predetermined part, and a game part such as a production unit or other movable unit is directly or indirectly attached to the predetermined part. can also be adopted. In addition, a machine frame to which the game board 1 is detachably mounted, a front door which is openable and closable on the machine frame corresponding to the front side of the game board 1, and the like are defined as predetermined parts, and a light emitting operation is provided on the front side of the predetermined part. It can also be used in the case of providing game components such as operation effect means such as buttons and a shooting handle for shooting game balls. Furthermore, it can also be used in game machines such as a mammoth ball machine and a slot machine.

In each embodiment, as electrical components, the main control board 25, the effect control board 26, the LED boards 43, 44, 134 to 136, the first start switch 41, the radio wave sensor 42, the winning switches 112, 123, the drive solenoid 113, the magnetic sensor 132, 133, board-side connectors 143, 172, etc. are shown as examples, but other than these may be used, and when the light emitting display means 29, 30 including the LED boards 43, 44, etc. are to be connected to the harness, In some cases, the light emitting display means 29, 30 and the like themselves constitute one electrical component.

In the case of a game part such as a winning means arranged in the game area of the game board 1, the game part itself has insertion portions 47, 110 on the back side, and the insertion portions 47, 110 are inserted into the mounting holes 37, 110 of the game board 1. 109 from the front side and fixed by a fixing means, but it does not have the insertion parts 47, 110, etc., and screws or the like are in contact with the game board 1, the machine frame, or the like from the front side. It may be a game part that is fixed by a fixing means.

Each of the fasteners such as the fasteners 63 and 216 may be of the binding type having the configuration illustrated in the embodiment, or may be of the binding type having another configuration. Moreover, it is sufficient for the fasteners to be able to fasten a plurality of harnesses to the game parts 16 and 17 at necessary locations, and the fasteners are not limited to a specific fastening style.

Considering work efficiency during assembly, it goes without saying that a harness that can be easily fastened is desirable. In addition, the degree of tightening of the harnesses when a plurality of harnesses are fastened together by fasteners may be appropriately determined according to the surrounding conditions, etc., and it is not necessary to tighten the harnesses so as not to move. For example, when there are many harnesses and the harnesses are bundled and fastened together at a gathering point, each harness may be fastened with a certain degree of leeway.

Harnesses include a harness 83A (or 83A, 83B) in which the wire diameter of the wires 83 to be used is thick, and harnesses 83B and 83C (or 83C), in which wire diameters are smaller than this, and the wire diameter is larger as the wire diameter is larger. Tensile strength at 83 units is greater. Therefore, when wiring a plurality of harnesses along a wiring path that causes problems such as hooking of the harnesses, the harness 83A (or 83A, 83B) with a large wire diameter and the harnesses 83B, 83C (or 83C), the harness 83A (or 83A, 83B) with a large wire diameter can reinforce the harnesses 83B, 83C (or 83C) with a small wire diameter.

One ends of the harnesses 155-161 are connected to the electrical components 112, 113, 123, 132, 133, 135, and 136, and the other ends of the harnesses 155-161 are connected to board-side connectors 143-145, 167 of the relay boards 134, 141. . The slack amount of the harnesses 155 to 161 to the connector (former slack amount) is measured from the fasteners 186, 208, 214 on the side closer to the electric parts 112, 113, 123, 132, 133, 135, 136 to the electric parts 112, 113, It is desirable to make the slack amount (the latter slack amount) of the harnesses 155 to 161 up to 123, 132, 133, 135, 136 larger.

However, when one end side of the harnesses 155 to 161 is detachably connected to the connector on the side of the electrical components 112, 113, 123, 132, 133, 135, 136 via the harness side connector, the connectors can be detached from each other. It is necessary to secure the latter slack amount. Therefore, the former slack amount and the latter slack amount may be substantially the same.

In the game part 16 in which a plurality of relay boards 134 and 141 are arranged in front and back or up and down, when connecting the harness side connector from one relay board 141 side to the harness side connector of the other relay board 134, the other relay board 134 is It may be arranged so as to protrude outward in the surface direction from one of the relay boards 141, and board-side connectors may be provided on the protruding portions 134A and 134B.

In the second embodiment, the wiring path 150 is divided into a board-side parallel wiring section 192 on the side of the relay boards 134 and 141 and electrical component parallel wiring sections 190 and 191 on the opposite side of the relay boards 134 and 141. When wiring the three harnesses 155 to 157 on the route 150, the electrical component parallel wiring sections 190 and 191 include a first wiring section 190 in which the three harnesses 155 to 157 are wired in parallel, and this first wiring A second parallel wiring section 191 in which two harnesses 155 and 156 are wired in parallel is provided on the electrical component 123 and 133 side of the section 190, and two harnesses 156 and 156 are provided in the board side parallel wiring section 192. Wired in parallel.

However, when the harness branches at two or more locations in the electrical component parallel wiring sections 190 and 191, each time the harness branches from the first parallel wiring section 190, the second parallel wiring section 191 and the third parallel wiring section are sequentially routed. should be provided. In this case as well, it is desirable to provide harnesses 83A and/or 83B with a large wire diameter for the harnesses that are routed to the final portions of the electrical component parallel wiring sections 190 and 191. FIG.

Due to the type of electric parts, the harnesses 83A and/or 83B with a large wire diameter cannot be provided to the ends of the electric parts parallel wiring sections 190 and 191, and the harness 83C with a small wire diameter must be provided. In such cases, it is desirable to use a harness with a large number of strands.

When wiring a plurality of harnesses 155 to 157 along the wiring path 150 between the electrical components 123, 133, 135 and the relay boards 134, 141, the fasteners 194, 196, 208 arranged on the wiring path 150 are It may be one in the direction of the route, or may be plural. Further, when a plurality of fasteners are provided, the types of fasteners may be changed according to the surrounding conditions and circumstances of the fastening positions.

A first parallel wiring section 190 in which a plurality of harnesses 155 to 157 are wired in parallel in the wiring route 150, and a part of the harness 157 of the first parallel wiring section 190 branches to the electric component 135 to form a plurality of other wirings. When a second parallel wiring section 191 in which the harnesses 155 and 156 are wired in parallel is provided, a fastener 194 for fastening the harnesses 155 to 157 of the first parallel wiring section 190 and the harnesses 155 and 156 of the second parallel wiring section 191 are attached. There may be one, two or more fastening fasteners 208 .

A game component 16 having projections 120, 128 projecting to the back side, a plurality of electrical components 123, 133, 135, and a plurality of harnesses 155 to 157 connected to the respective electrical components 123, 133, 135. When the harnesses 155 to 157 are arranged on the rear side of the protrusions 120 and 128, it is desirable to provide the protrusions 120 and 128 with anti-slip portions 201 and 211 for preventing the harnesses 155 to 157 from slipping. In this case, the anti-slip portions 201 and 211 may be provided only on the side of the harness avoiding portion so that the harnesses 155 to 157 do not move toward the harness avoiding portion, or may be provided on both upper and lower sides of the harnesses 155 to 157. .

When wiring the harnesses 155 to 157 via the rear side via portions 200 and 210 passing through the rear sides of the projecting portions 120 and 128, fasteners for the harnesses 155 to 157 must be provided on both sides of the projecting portions 120 and 128. Although preferred, it is also possible to have the fasteners 194,208 on one side of the protrusions 120,128 and the junction or divergence of the harnesses 155-157 on the opposite side. In that case, it is possible to provide a linking portion so that the harnesses 155 to 157 are not separated by, for example, loosely twisting the harnesses 155 to 157 on the merging portion side or the branching portion side on the opposite side.

1 game board 2 game area 16 composite winning means (game parts)
17 first special symbol starting means (game parts)
25 Main control board (first external electrical component)
26 production control board (second external electrical component)
41 First start switch (electrical part)
42 Radio wave sensor (electric part)
43, 44 LED board (electric part)
47, 110 Insertion portions 37, 109 Mounting holes 52, 53 Board-side connector (electric component)
56, 57 harness 63 fastener 68 projecting portion 74 binding device 75 insertion portion 76 head portion 77 band portion 83 wire 83A thick harness 83B parallel harness 83C thin harness 112 winning switch (electric part)
113 drive solenoid (electric part)
118 First projecting portion 120 Second projecting portion 123 Winning switch (electrical component)
128 third projecting portion 129 fourth projecting portion 130 fifth projecting portion 132, 133 magnetic sensor (electric component)
134-136 LED substrate (electrical parts)
137 to 139 board side connector 141 relay board (electric part)
144 to 147 Board-side connector 150 First wiring path 150a First curved path portion 151 Second wiring path 152 Third wiring path 155a to 160a Slack portions 155 to 161 Harness 180 Slack arrangement portions 185, 186, 194, 196, 208 Fastening Tool 190 First parallel wiring section 191 Second parallel wiring section 200, 210 Rear end side via portion 220 Branch position

Claims (1)

Equipped with game parts provided at predetermined parts,
In a gaming machine, the game parts include a plurality of electric parts and harnesses connected to the electric parts and wired along wiring paths,
The harness includes a long harness and a short harness,
Among the wiring paths, in a parallel wiring section in which the long harness and the short harness are wired in parallel, at least a first parallel wiring section in which the long harness and the short harness are parallel, and the first parallel wiring section in which the long harness and the short harness are arranged in parallel. a second parallel wiring section in which the long harness excluding the short harness branched from the wiring section is parallel,
A first fastener that fastens the harnesses of the first parallel wiring section together , and a second fastener that fastens the harnesses of the second parallel wiring section together,
A curved path portion is provided between the first fastener of the first parallel wiring section and the second fastener of the second parallel wiring section,
A game machine, comprising : a wiring guide portion that guides the harness of the curved path portion on an inner peripheral portion of the curved path portion .

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