JP2012239866A - Pachinko machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To make a fair Pachinko machine which is no less speedy than a rotating drum type game machine, and has little dependence on the adjustment degree of a nail.SOLUTION: All of balls 18 are detected by gates 20 and 21 before outflow to an out port 14, a lottery is held by a usual figure pattern display device 24 for each defined number, and usual electric accessories 22 and 23 are operated when making a hit. Because nearly 100 lotteries can be held in one minute, when hit probability is set to 1/6, moving the usual electric accessories 22 and 23 every 10 seconds is possible, and a Pachinko machine, which has a feeling of speed not found heretofore, is enabled. If prize balls by the usual electric accessories 22 and 23 are transformed to become a starting port prize, an improvement in the specific character of obtained ball also becomes possible. A lottery by an out ball greatly controls the progress of a game, this fact has an effect of reducing former dependence on nail adjustment, and the fairness of the game is improved. The falling velocity of the balls 18 falls near the out port 14 and ball jamming is easy to occur in connection with the passage detection of the balls 18, but these problems are also solved.

Description

  The present invention relates to a pachinko machine.

  Pachinko machines and revolving type machines are mainly used in amusement halls, whereas the revolving type always enters a lottery operation when a medal is inserted, while a pachinko machine enters a lottery operation only after winning the start opening. Since the degree of winning at the start opening can be easily determined by the player, there is a tendency to move not only to the well-placed table but to the revolving type that surely enters the lottery operation. It is necessary to improve the fairness of both machines.

In order to solve the problem, in Japanese Patent Application No. 2011-80495, a lottery operation is started at the same time as a ball enters the game area, and not only speedy game progress is possible, but also the dependence on nail adjustment decreases, Presented a plan that would enable a good game. Japanese Patent Laid-Open No. 2002-320720, Japanese Patent Laid-Open No. 2007-287, and Japanese Patent Laid-Open No. 2009-106506 propose a plan for improving the game performance by detecting a ball flowing out from the game area at the outlet and performing a lottery operation. ing. In the lottery at the entrance of the game area, it is necessary to create a special hit random number that eliminates periodicity and a special gate (also called a ball passage detector). In addition, for the lottery at the exit, that is, the outlet, it is necessary to visually recognize the passage of the ball from the fairness of the game. As a result, gate detection is indispensable in front of the outlet, but the ball speed is slow and it is necessary to solve the problem of ball clogging.

Japanese Patent Application No. 2011-80495 JP2002-320720 JP2007-287 JP 2009-106506 A

The problems to be solved by the present invention are as follows.
(1) Every time a ball flows out of the game area, the ball is detected, and a lottery is performed according to a set rule. As a result, by operating a normal electric accessory, the degree to which the game is affected by adjusting the nail is reduced. To make a pachinko machine.
(2) Establish a sphere detection configuration that enables reliable visual recognition of the sphere even in the vicinity of the out mouth and that does not clog the sphere.
(3) To improve the possibility and expectation of the movement of a ball, which is not found in a swing-type game machine.

The technology disclosed in Japanese Patent Laid-Open No. 2002-320720, Japanese Patent Laid-Open No. 2007-287, and Japanese Patent Laid-Open No. 2009-106506 is a further service to players before pachinko machines are inferior to the revolving game machines. It can be said that it is a technology as a provision, and there is no viewpoint described in [Background Technology].
The current issue is that, from the time of a pachinko machine where the game started for the first time after the launched ball passes through the winning gate or gate, the normal electric accessory will always operate with a predetermined probability. Therefore, there is a demand for conversion to a pachinko machine that is less dependent on the state of the nail.

Regarding (2) above, JP-A-2002-320720, JP-A-2007-287, and JP-A-2009-106506 describe that the sphere is detected in the out mouth or behind the pachinko machine. It is essential for fairness that the game is clearly visible to the player within the game area. However, near the out port, the inclination of the rail becomes gentle, the falling speed of the sphere is low, and detection of the sphere tends to cause clogging of the sphere. There is a need to solve this problem.

For (3) above, it is necessary to consider the difference between the essence of the swivel-type gaming machine and the pachinko machine. The spinning-type game machine has a result determined at the start of the lottery, which is a continuous lottery, and the result is determined only by information. The pachinko machine has a lottery drawing performance, and the result is determined by information (software), but the result depends on the real thing and substance called collision of a ball and a nail. That is, there is a visible world other than invisible information.
Here, it is considered that there are still elements that can be countered by a local-colored pachinko machine against a spinning cylinder type machine that is close to the world standard.

Means to solve the problem

The pachinko machine according to claim 1 is hit by a gate for detecting all of the balls flowing out from the outlet, a lottery start means for counting the gate signal and issuing a lottery start signal, and a lottery start signal from the lottery start means. It is a pachinko machine equipped with a normal symbol display device for judging a disengagement and a normal electric accessory that operates as a result of the normal symbol display device, and has an arc shape with a radius smaller than the radius of the rail that forms the outline of the game area The gate is provided in the middle of the guideway for guiding the ball flowing down from the rail to the out port, with the lowest part corresponding to the out port and both ends connected to the lower end of the rail and attached to the game board. Because it is a pachinko machine that is characterized by
The degree to which the game is affected by the adjustment of the nails in the problem (1) can be reduced. In addition, a game that has been released as a waste ball in the past and a normal electric accessory is frequently operated without being conscious of it is novel and enhances the fun of the game. In addition, there is an effect that a sphere detection configuration can be established with certainty that the sphere of the problem (2) can be surely seen and which is free from clogging.

The pachinko machine according to claim 2
A gate for detecting all of the spheres flowing out from the outlet, a lottery starting means for counting the signals of the gate and issuing a lottery start signal, and a normal symbol display device for determining a hit / miss by a lottery start signal from the lottery start means And a normal electric accessory that operates according to the result of the normal symbol display device, and a winning based on the normal electric accessory becomes a start opening prize, the special symbol display device is activated, and the result of the special symbol display device is A pachinko machine that operates the grand prize opening. It has an arc shape with a radius smaller than the radius of the rail that forms the outline of the game area. Since the pachinko machine is provided with a gate in the middle of a guideway that is attached to a board and guides a ball that has flowed down from the rail to the outlet, the adjustment of the nail of the problem (1) The player can reduce the degree of the governed. In addition, the game has been novel because it is a ball that has been released as a waste ball in the past, and a normal electric accessory is frequently activated without being conscious of it, and enhances the taste of the game. In addition, there is a performance that allows a large amount of prize balls to be obtained at a time by operating the winning prize opening, and an improvement in sales performance can be expected. In addition, there is an effect that the sphere detection problem can be reliably confirmed and the sphere detection configuration free of sphere clogging can be established.

The pachinko machine according to claim 3 is hit by a gate for detecting all of the balls flowing out from the outlet, a lottery start means for counting the signals of the gate and issuing a lottery start signal, and a lottery start signal from the lottery start means. Is a pachinko machine equipped with a normal symbol display device for determining and a normal electric accessory that operates as a result of the normal symbol display device, and has an arc shape with a radius smaller than the radius of the rail that forms the outline of the game area, The gate is provided in the middle of the guide path for guiding the ball flowing down from the rail to the out port, with the lowest part corresponding to the out port and both ends connected to the lower end of the rail and attached to the game board. A pachinko machine characterized by the above, or, in addition to the above-described components, a prize based on the ordinary electric accessory becomes a start opening prize, operates a special symbol display device, and operates the special symbol display device. The pachinko machine that operates the grand prize opening as a result of the above, wherein the guide path is integrally formed by resin molding or the like as an out-port block including an out-port, and a sphere from a path other than the guide path The pachinko machine is characterized by the fact that the canopy that prevents it from flowing into the out port is made by resin molding or the like integrally with the out port block, so the gate of the problem (2) is close to the out port Even if it is placed, the player can be assured of a visual confirmation of the passage of the ball, and a safe pachinko machine free from the trouble of clogging of the ball is made possible.

The pachinko machine according to claim 4 includes a gate for detecting all of the spheres flowing out from the outlet, a lottery start means for counting the gate signal and issuing a lottery start signal, and a lottery start signal from the lottery start means. It is a pachinko machine equipped with a normal symbol display device for judging a hit and a normal electric accessory that operates as a result of the normal symbol display device, and has an arc shape with a radius smaller than the radius of the rail forming the outline of the game area. Yes, the lowest part corresponds to the out port, both ends are connected to the lower end of the rail and attached to the game board, and the gate is in the middle of the guideway that guides the ball flowing down from the rail to the out port Since it is a pachinko machine characterized by the fact that it is a pachinko machine characterized by the fact that the operation of the ordinary electric accessory changes the direction of the falling sphere, Is There sphere of movement in itself, expectations can be obtained with the winning balls, there is an effect that can provide the original fun pachinko machine. In particular, the prize ball obtained from the unexpected movement of the ball related to the frequent movement of the ordinary electric accessory 1 to 6 times per minute, obtained from the gate signal close to 100 balls per minute, which is realized in claim 1 The enjoyment of this game fits in the form of “play pachi”, which is required in reflection, which has caused the overwhelming phenomenon by running too much due to the large number of balls acquired.

  Explanatory drawing which shows the 1st Example of the pachinko machine of this invention.   Explanatory drawing which shows the 2nd Example of the pachinko machine of this invention.   Explanatory drawing which shows the 1st Example of the out port block of this invention.   Explanatory drawing which shows the 2nd Example of the out port block of this invention.   The flowchart figure of operation | movement description of this invention.

BEST MODE FOR CARRYING OUT THE INVENTION

  FIG. 1 is an explanatory view showing a first embodiment of a pachinko machine according to the present invention, and shows a state in which a conventional gate is intentionally added for the purpose of comparison with a conventional pachinko machine.

  An outer rail 2 and an inner rail 3 are fixed to the game board 1, and a game area 4 is created that extends from the tip of the inner rail 3 to the outlet. The game board 1 is provided with a number of nails 5, a windmill 6, a first start port 7, a conventional gate 8, an ordinary symbol display device 9, and an ordinary electric accessory 10. It consists of 2 starting ports 11. In addition, a special winning opening 12, a special symbol display device 13, an out opening 14, and a normal winning opening (not shown) are also provided. A switch 15 is provided at the first start port 7, and a switch 16 is provided at the second start port 11.

  The above configuration is a configuration of a conventional pachinko machine, and a ball 18 launched from a launching device (not shown) flows down in the game area 4 while being changed in direction by the nail 5 and the windmill 6 in the game area 4. Some of these balls 18 win the first starting port 7 and others pass through the conventional gate 8. If the conventional gate 8 is passed and the normal symbol display device 9 wins, the second starting port 11 is opened by the operation of the ordinary electric accessory 10, so that it is easy to win a prize. When winning the first starting port 7 or winning the opened second starting port 11, the special symbol display device 13 is activated, and if the winning is lost, the large winning port 12 is activated and a large number of prize balls are obtained. .

  The conventional pachinko machine itself has no problem in the above operation. However, while the reel type used in the same amusement hall immediately enters the lottery when the medal is inserted, it is inferior in that it does not enter the lottery until the first starting port 7 or the second starting port 11 is won. In particular, the adjustment of the nail 5 was done for the convenience of the amusement hall. In addition to the unfairness of those who can read the nail and those who can not read it, the number of times the person who could not read the nail won 500 starting shots was counted. It is a problem that you can tell if the stand is good or not. A player who feels that it is artificially disadvantaged may have a phenomenon of moving to a revolving type where a pachinko machine that feels that it is not disadvantageous may be replaced or an advantage and disadvantage cannot be identified.

  The swing type is allowed to change the probability of 6 stages, and it is changed every day at the judgment of the game hall, but it is impossible for the player to judge. If the pachinko machine counts the degree of winning at the starting port as described above, it is possible to clearly determine on the average a good base and a bad base.

Returning to FIG. 1, the conventional gate 8 is eliminated, and the gate 19 of the present invention is disposed immediately before the out port 14. Of the fired spheres 18, no spheres were won at the winning opening. As a result, most of the spheres 18 are detected by the gate 19. The number of signals detected by the gate 19 is counted by the lottery starting means, and the lottery start indicator 17 is turned on for each predetermined number, and a random number is taken in. The ordinary electric accessory 10 is operated. The predetermined number of lottery start means is an arbitrary number of 1 or more, which will be described later in detail.
If the operating time of the ordinary electric accessory 10 and the arrangement of the nails 5 are appropriately designed, the winning for the second starting port 11 can be designed to be greater than that for the first starting port 7. That is, there is little change in the degree of winning at the start opening in the state of the nail, the difference in the player's arm is reduced, and the fairness is increased. Although there is a drawback that the amusement hall side is difficult to adjust, it is not a fundamental problem because adjustment with a nail can be done with little. In addition, if the design is such that the operation time of the ordinary electric accessory 10 is shortened and finally the start opening 11 is won by several operations, it becomes a vibrant machine with movement, and improvement of interest can be expected.

  The method proposed in Japanese Patent Application No. 2011-80495 for drawing lottery balls at the same time as entering the game area has a problem of periodicity in the lottery, but the time when the balls come close to the out mouth is random. Therefore, software for eliminating the periodicity is unnecessary.

  Next, FIG. 2 shows a second embodiment of the pachinko machine of the present invention. The same parts as those in FIG. 1 are denoted by the same reference numerals, and the description will be simplified. The present embodiment is an example of a pachinko machine that has only a normal electric accessory without a special symbol display device, but may include a normal winning opening, a holding device, etc., not shown.

  An outer rail 2 and an inner rail 3 are fixed to the game board 1, and the gates 20 and 21 of the present invention are arranged immediately before the out port 14. In the game area 4, normal electric accessories 22 and 23 are provided along with nails and a windmill (not shown). The game board 1 is provided with normal symbol display devices 24 and 25.

Now, of the balls 18 fired from the launching device, most of the balls that have not won the prize opening are detected by the gates 20 and 21, and the number of signals detected by the gates 20 and 21 is the lottery start means. The lottery start indicators 26 and 27 are turned on for each predetermined number, and random numbers are taken in. The random symbol display devices 24 and 25 draw the random numbers. . The predetermined number of lottery starting means is an arbitrary number equal to or greater than 1, as in the embodiment of FIG.
In this embodiment, the normal symbol display devices 24 and 25 are normally turned off and are used as symbols that are lit when hit. That is, the game is turned off before the game.

In the embodiment of FIGS. 1 and 2, a sphere comes on average every 600 milliseconds in the gate 19 or the sum of the gates 20 and 21 and is detected. Sometimes two or three spheres overlap and are detected almost simultaneously.
As a result, it is necessary to perform the lottery operation in a very short time to perform the lottery of the normal symbol display device directly by the gate signal. For the passage of a plurality of balls, the memory is applied to a conventional pachinko machine, and the memories are drawn with a delay according to a rule that allows up to four. The lottery is discarded for 4 or more.
FIG. 5 is a flowchart showing a means for securing a time margin for operation by performing lottery for each predetermined number of gate signals without directly performing lottery of the normal symbol display device for each gate signal. .
The lottery start indicator 17 in FIG. 1 and the lottery start indicators 26 and 27 in FIG. 2 follow the procedure, and inform the player that the normal symbol display device has made a lottery when lit. Although the lottery start indicator is not an essential part and can be omitted, it is excellent in fairness that the player can determine that a lottery has been made for each predetermined number.

Now, the operation will be described with reference to FIG. As a condition, the case where the normal symbol display device performs lottery every time the passage of five balls is detected by the gate will be described.
The figure (a) is a main program, which runs only once when the power is turned on, and a set number is set. As the contents, the current numerical value 5 is written in the RAM named COUNT.
FIG. 2B shows a program executed every timer interrupt, and runs for example every 1 millisecond. In step S2, the passage of a sphere at the gate is confirmed. If it is confirmed, the process proceeds to step S3 with YES, and 1 is subtracted from the value of COUNT. Next, the process proceeds to step S4, where it is determined whether the COUNT value is zero. That is, it is checked whether the set number has been reached. At present, COUNT is 4, and exit to END at the NO branch. In the case of NO in which the ball passage is not permitted in step S2, nothing is done and the process goes to END.

Each time the passage of the sphere at the gate is confirmed in step S2, the process proceeds to step S3, COUNT is decremented by 1, the value becomes 0 for the fifth, and the determination in step S4 is YES and the process proceeds to step S5. Proceeding, an output is output to the lottery start indicator 17 in FIG. 1, 26 or 27 in FIG. The lighting time is not described, but is a short time that is visible. Next, the process proceeds to step S6, and the set number is set for the next counting. Now, the value 5 is written to the RAM COUNT. Next, a random number value at the current timing is stored.
The operations from S2 to S7 described above are the lottery starting means, and the operation of storing the random number value once for each predetermined number of gate signals is performed. The YES branch in step S4 is referred to as a lottery start signal.
Although the set number has been described as five, it is clear that numerical values of 1 to an arbitrary size can be applied, but large numerical values such as 200 and 500 are not used for the purpose of the present invention.

  Next to S7, it is determined whether or not the random number stored in step S8 is hit. It is assumed that the random number has a hit probability of 1/5 in which 3 out of 5 types 0 to 4 circulate. If NO, go to END with NO. If YES, proceed to Steps S9 and S10, and turn on the ordinary symbol display device 9 (24, 25) to indicate that it is a hit, and the ordinary electric accessory 10 (22, 23). Is activated.

In the above example, a pachinko machine that is drawn with a probability of 1/5 per 5 gate passes will have an ordinary electric accessory hit and move every 15 seconds, approximately 5 × 5 × 0.6 seconds = 15 seconds. It is an element that does not depend on the player's skill of the out ball and the adjustment degree of the nail, and it is not possible to operate a normal electric accessory that affects the performance of the ball as in the above example, speed feeling and freshness Has the effect of creating a game sensation.
It is a design issue to determine how many gate passes and how much to win, but to the extent that the amusement hall can be managed, leaving the adjustment range with nails to the player Is determined as a balance of performance that can be played with peace of mind.

  As a matter of course, it is described that the degree to which the normal symbol display device can win is the same when the lottery start indicator is operated for every one and when it is operated for every five. In the case of every five pieces, the hit probability is only set to 5 times that of every piece.

The game in the example of FIG. 2 will be further described.
In the game area 4, the nail 5 indicates a spherical flow path “a”, “b”, “c”, “d” and “e”. It is indicated that the ball from the flow path A is in a prize-impossible state because the prize-winning port 22a of the ordinary electric accessory 22 is in an inoperable state, and the ball from the flow path B is the ordinary electric accessory 23. It is shown that the winning opening 23a is in a state where a winning is possible because the ordinary electric accessory is in an operating state. Tulip is a typical example of an electric accessory, but it is recognized that it can be operated in various ways, and if boxing is handled as in the case, it is desirable to use a linear motion reminiscent of punch and jab. If one operation is composed of two times of 0.5 seconds, a jab is issued every 15 seconds as described above. Become a lively pachinko machine. Of course, the operation of the ordinary electric accessory, the winnings there, and the number of payouts are determined by the business performance.

  The sphere from the flow path C normally flows out downward when the electric accessory is inactive. However, when the normal electric accessory 23 of the example is activated and the movable part suddenly moves to the left, if it collides with the ball from the channel C, it will change to the channel D and can win the prize opening 28 It becomes. Similarly, it is possible to win from the flow path ho to the winning opening 29 by the movement of the ordinary electric accessory 22.

  In the current pachinko machine, as mentioned above, it is not good for a normal electric accessory to change the flow of a ball and win a prize. However, it is necessary to reconsider once again that there is no difference in the fundamentals of winning from changes in the windmill flow. In the above example, the cause of the movement of the ordinary electric accessory is the detection of the out ball and the subsequent lottery result, and the change in the flow path is a collision between the ball and the movable part of the ordinary electric accessory. Is made up of accidental factors and does not depend on the intentions of the player or the machine manufacturer. In other words, it can be said that the flow path of the sphere is changed by the windmill and the nail in that the intention does not act.

The problem relating to the present invention is to recover the delay even a little while pachinko machines used in the same amusement hall have many elements inferior to the spinning machine. While the game progresses with an invisible element called information, all the spinning machines are important to focus on the fact that the real thing called the ball and the real thing act on the game.
In addition to whether or not a prize can be obtained, it is also important to enjoy the game itself. A prize is awarded when the flow path C in FIG. 2 changes to a flow path D or when it changes further due to a collision. The fact that the movement of the ball that makes you feel like a hat is related to winning the prize is one way to get closer to the spinning machine.

Next, a first embodiment of the outlet block of the present invention will be described with reference to FIG. This out port block is a thing used for the Example of FIG. 2, A figure (a) is a front view of the out port block 30, A figure (b) is AA sectional drawing, A figure (c) is B -B sectional drawing and figure (d) are CC sectional views. The description will be made by using the drawings (a), (b), (c), and (d) together.
An out port 14 is provided at the center of the out port block 30, and a guide path 31 that guides the flow of the sphere to the out port 14 is provided with a curvature having a radius r. The end of the guide path 31 is in contact with the rail 3 and is arranged slightly downward in the figure, and a slight drop is formed between the lower end of the rail 3 and the end of the guide path 31, The vertical position is not obstructed. The radius r of the guide path 31 is made smaller than the radius R of the rail 3 so that the fall is accelerated. In addition, although the rail was described separately from the outer rail 2 and the inner rail 3 in the above description, from the point that the ball 18 enters the game area 4, it becomes a single rail, and the outer rail 2 formed as a single line is an outlet. Since the radius close to 14 is the same radius as the inner rail 3, the rail surrounding the game area 4 is referred to as the inner rail 3, or simply the rail.

  The out port block 30 has a flat mounting portion 33 fixed to the game board 1 with a set screw 32, and the guide path 31 is provided in a state of standing upright from the mounting portion 33. As shown in FIG. 2B, a guide groove 31a having a radius slightly larger than the radius of the sphere 18 is provided in the guide path 31 with a curvature of the radius r shown in FIG. 1A, and the gate (sphere) shown in FIG. Guide the sphere to the center of the passage detector. Gates 20 and 21 are provided on the way from the guide path 31 to the out port 14. Further, in order to prevent the sphere from flowing to the out port 14 without passing through the gates 20, 21, the canopy 34 is provided as a wall standing upright from the mounting portion 33. A curvature portion 34a is provided on the upper surface of the canopy 34 so that the sphere does not stop. Further, grooves 34b and 34c for receiving the gates 20 and 21 and restricting the position in the lateral direction are provided.

  FIG. 3C shows the attached state of the gate 20. The gate 20 is inserted from a gate attachment hole 33 a provided in the attachment portion 33. The gate 20 has a positioning groove 20a. When entering the gate 20 while being laterally restricted by the groove 34b of the canopy 34 and the groove 31b of the guide path 31, the canopy 34d and the guide path protrusion 31d are hit. The guide path 31 is advanced while being spread, and stops at a position where the protrusion 34d and the protrusion 31d enter the positioning groove 20a of the gate 20. The stop position is determined so that the center of the ball passage hole 20b of the gate 20 coincides with the center of the guide groove 31a of the guide path 31, and the sphere passes smoothly.

Next, the flow of the sphere after passing through the gate 20 (21) will be described with reference to FIG. As shown in the drawing, the portion of the guide groove 31a of the guide path 31 on the game board 1 side is deleted to form a falling slope 31e. As a result, the ball that has passed through the gate 20 (21) immediately flows out to the outlet 14 and further to the outlet 1a of the game board 1.
Also, FIG. (A) shows lottery start indicators 26 and 27.
The out port block 30 refers to a unit in which the functional parts of the out port 14, the guide path 31, and the canopy 34 are integrated by simultaneous integral resin molding, or after partial resin molding, by bonding, welding, fitting, or the like.

Next, a second embodiment of the outlet block of the present invention will be described with reference to FIG. This out-out block is used in the embodiment of FIG. 1, and parts common to those in FIG. 3 are given the same reference numerals to simplify the description. The out port block 35 is similarly provided with the out port 14, the attachment portion 33, and the guide path 31, but the canopy portion 36 has a curved portion 36 a on its upper surface that is greatly extended in the right direction in the figure, and the extended tip is It is in contact with the rail 3. In addition, the height relationship is highest at the extended tip, and there is no depression in the middle. As a result, all the spheres that have reached the canopy 36 fall to the left guide path 31 in the drawing.
This embodiment is intended to detect all the spheres flowing out to the outlet 14 with one gate, and as a result, only one gate 19 and lottery start indicator 17 are shown in the figure. Yes.

As described above, the pachinko machines described in FIGS. 1, 2, 3, 4, and 5 reduce the difference in performance due to the adjustment of the nail on the game board, reduce the difference in the player's arm, and improve the fairness. As a result, it achieves fairness close to that of a revolving game machine.
Finally, it is added that it is easy to change the guide path of the outlet block to a part of an ellipse or a part of a straight line other than an arc having a radius r.

DESCRIPTION OF SYMBOLS 1 Game board 2 Outer rail 3 Inner rail 4 Game area 5 Nail 6 Windmill 7 1st starting port 8 Conventional gate 9 Normal symbol display device 10 Normal electric accessory 11 Second starting port 12 Big prize opening 13 Special symbol display device 14 Out port 15 Switch 16 Switch 17 Lottery start indicator 18 Ball 19 Gate (Gate of the present invention)
20 Gate 21 Gate 22 Normal electric accessory 23 Normal electric accessory 24 Normal symbol display device 25 Normal symbol display device 26 Lottery start display device 27 Lottery start display device 28 Winning port 29 Winning port 30 Out port block 31 Guide path 32 Set screw 33 Mounting part 34 Canopy part 35 Out port block 36 Canopy part

Claims (4)

A gate that detects all of the spheres flowing out from the outlet,
Lottery start means for counting the gate signal and issuing a lottery start signal;
A normal symbol display device for determining whether or not to win by a lottery start signal from a lottery start means;
A pachinko machine equipped with a normal electric accessory that operates as a result of the normal symbol display device,
An arc shape having a radius smaller than the radius of the rail forming the outline of the game area, with the lowest portion corresponding to the out port, and both ends connected to the lower end of the rail and attached to the game board, flowing down from the rail A pachinko machine characterized in that the gate is provided in the middle of a taxiway for guiding the ball to the outlet. A gate that detects all of the spheres flowing out from the outlet,
Lottery start means for counting the gate signal and issuing a lottery start signal;
A normal symbol display device for determining whether or not to win by a lottery start signal from a lottery start means;
A normal electric accessory that operates on the result of the normal symbol display device,
The prize based on the ordinary electric accessory becomes a start opening prize, operates a special symbol display device,
In the pachinko machine that operates the grand prize opening with the result of the special symbol display device,
An arc shape having a radius smaller than the radius of the rail forming the outline of the game area, with the lowest portion corresponding to the out port, and both ends connected to the lower end of the rail and attached to the game board, flowing down from the rail A pachinko machine characterized in that the gate is provided in the middle of a taxiway for guiding the ball to the outlet. Claim 1 or claim 2, wherein
The guide path is integrally formed by resin molding or the like as an out port block including an out port,
The pachinko machine is characterized in that a canopy portion for preventing a sphere from flowing into the outlet from a route other than the guide route is formed integrally with the outlet block by resin molding or the like. Claim 1 wherein
A pachinko machine characterized in that the operation of the ordinary electric accessory changes the direction of a falling ball.

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