JP2005204776A - Game machine obstacle nail regulation method and game machine obstacle nail adjusting apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a game machine obstacle nail gap adjusting method which enables the elimination of good performance machines and bad performance machines and the standardization of pachinko game machines. <P>SOLUTION: Game machine obstacle nails driven into a selected standard game base board are imaged by a CCD camera and stored as an image data. Next, game machine obstacle nails driven into a game base board to be measured are imaged by the CCD camera and stored as an image data. The image data of the imaged game base board to be measured and the stored image data of the standard game base board are compared by overlapping them. The degree of the difference between the game machine obstacle nail gap driven into the game base board to be measured and the standard game base board is found out by the above comparison. Consequently the standardization can be performed by adjusting in the same manner. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a gaming machine obstacle nail adjusting method and a gaming machine obstacle nail adjusting device for measuring a gaming machine obstacle nail interval of a gaming machine having a gaming machine obstacle nail implanted on a gaming base surface. In particular, the present invention aims to standardize the gaming machine obstacle nail when adjusting the gaming machine obstacle nail in a pachinko gaming machine or the like, and to efficiently adjust the gaming machine obstacle nail and to adjust the gaming machine obstacle nail. It is intended to facilitate control. In this specification, the term “game machine failure nail interval” is used in a broad sense including the relative positional relationship of the game machine failure nail. In addition, the term “spacing” is used in a broad sense because the relative spacing between other gaming machine obstacle nails is always changed even when the position of one gaming machine obstacle nail is adjusted. Has been. That is, the gaming machine obstacle nail interval in the present specification includes a case where it is not between a pair of gaming machine obstacle nails.

  Hundreds of game machine obstacle nails for gaming machines are planted on the base surface, and so-called life nails that determine whether or not 10 to 20 pachinko balls will win, determine the path of pachinko balls It consists of jumping nails that change the direction by jumping pachinko balls.

  The gaming machine obstacle nail that becomes the life nail, the road nail, and the jump nail is bent so as to have a complicated inclination angle with respect to the game base surface, and the harmony between the pachinko hall and the pachinko player is achieved. ing. However, the gaming machine obstacle nail has been adjusted by a unit of about 1/100 mm by the intuition of a nailman with a special ability. The nail master is said to take 10 to 20 years or more to become a full-fledged person.

  The nail maker strikes the head of the gaming machine obstacle nail in the left and right front-rear direction (360 degrees), so that the direction and the inclination angle of the gaming machine obstacle nail with respect to the gaming base plane ( "The number of times in the direction") is bent differently to make it difficult or difficult to pass pachinko balls.

  The interval between the gaming machine obstacle nails is determined by hitting the head of the gaming machine obstacle nail and changing the direction and the inclination angle with respect to the gaming board surface in any direction, so that the intermediate part in the height direction from the gaming board surface In the internal dimension (5.5 mm height), it is necessary to change the passage rate through which the diameter portion (thickest portion) of the pachinko sphere passes.

  For example, a person who adjusts the gap between the gaming machine obstacle nails pays attention to a pair of life nails (usually two but may be one) in a large number of gaming machine obstacle nails. A contact gauge (tip portion of the measuring device) is brought into contact with the gaming machine obstacle nail, and the gaming machine obstacle nail interval (internal dimension) is measured in an analog manner. However, the measurer cannot accurately measure the measuring device no matter how well the gaming device nail is planted in a large number of complicated directions and inclination angles.

  That is, the distance between the two gaming machine obstacle nails differs depending on the tactile sensation of the measurer (feeling when the contact gauge held by the measurer is applied to the inner method of the gaming machine obstacle nail by hand). In addition to the gaming machine obstacle nails, there are a plurality of winning devices (actors), windmills, lamps, etc. on the gaming base surface, which are obstructive. It was difficult to correctly measure the distance between the nail at a predetermined height (5.5 mm above the game board surface).

  The gaming machine obstacle nail interval measuring device has, for example, a pachinko ball type divided ball as described in Japanese Utility Model Laid-Open No. 3-33302. There was something to measure. FIG. 9 is a view for explaining a measuring apparatus for measuring a gaming machine obstacle nail interval in a conventional example. FIG. 10 is a view for explaining the relationship between the gaming machine obstacle nail and the measuring pin in the conventional example, and is a view seen from the vertical direction of the gaming base.

  In FIG. 9, a gaming machine obstacle nail interval measuring device 90 includes a gauge body 95 that displays the gaming machine obstacle nail interval in an analog manner, and a measuring rod 93 that is provided on the gauge body 95 and presses in opposite directions. 94 and divided spheres 91 and 92 provided with measuring pins 96 and 97 provided at the tips of the measuring rods 93 and 94, respectively.

  Further, the measurement pins 96 and 97 are provided so as to be the center of the gaming machine obstacle nail when measuring at a position shifted from the center of the divided balls 91 and 92. Hereinafter, the divided balls 91 and 92 and the measuring pins 96 and 97 are simply referred to as contact gauges. In addition, there is a device for measuring a gaming machine obstacle nail interval using the contact gauge, which can be measured as digital data as described in, for example, JP-A-6-98975.

  The lower portions of the measuring pins 96 and 97 come into contact with the gaming machine obstacle nails 912 and 912 ', so that the distance between the gaming machine obstacle nails 912 and 912' is analog to the gauge body 95 (see FIG. 10). Is displayed.

Japanese Utility Model Publication 3-33302 JP-A-6-98975

  As described above, the gaming machine having the gaming machine obstacle nail can measure the gaming machine obstacle nail interval by bringing the contact gauge into contact with the inner method of the gaming machine obstacle nail. The gaming machine obstruction nail interval measuring device has a contact gauge that takes care of three dimensions of a vertical direction (pitching), a horizontal direction (yawing), and a left-right rotation direction (rolling) with respect to the gaming base surface. It needs to be applied accurately between the obstacle nails.

  The contact gauge usually checks the position that seems to be correct with a handcuff (palpation) while paying attention to the deviation in the vertical direction, horizontal direction, and left-right rotation direction, and then inputs measurement data. Yes. As described above, there is a problem that it takes time to arrange the contact gauge at a relatively correct position. In particular, unskilled measurers have had problems of inaccurate measurement data and long measurement time.

  In recent years, pachinko halls are becoming larger and tend to have more pachinko machines installed per store. In such a state, immaturity of the measurer and a long measurement time have influenced the management of pachinko halls.

  Therefore, the manager of the pachinko hall tried to solve the above-mentioned problem by measuring only the gaming machine obstacle nail interval, which is greatly related to the prize, in the pachinko gaming base. However, the gaming machine troubled nail may go out of a predetermined position by about 0.1 mm to 2 mm depending on the grain and wood quality of the gaming base, the warpage thereof, or the nailing machine.

  As the number of gaming machine obstacle nails greatly related to the winning prize increases, it takes time to make adjustments, and it is difficult to make a pachinko gaming machine that is good for both pachinko hall managers and pachinko players.

  That is, it is difficult for the adjuster of the gaming machine obstacle nail to achieve a winning rate that is desirable for both the manager and the pachinko player depending on the position of the gaming machine obstacle nail. There was no other way to find a pachinko gaming machine that is desirable for both, except that it was found experimentally through repeated trial and error, such as changing the gaming machine obstacle nails in each gaming base.

  However, pachinko machines need to be replaced in several months so that pachinko players do not get bored. Such a fast exchange cycle has the problem that the pachinko gaming machine will be replaced before it can be discriminated whether it is a good platform for both.

  In order to solve the above-mentioned problems, the present invention eliminates a standard with a high performance or a poor performance with respect to a pachinko gaming machine, and standardizes it for both a pachinko manager and a pachinko player. It is an object of the present invention to provide a gaming machine obstacle nail adjustment method and a gaming machine obstacle nail adjustment device that achieve a desired winning rate.

  The present invention provides a gaming machine obstacle nail adjustment method and a gaming machine obstacle nail adjustment device that only requires adjusting the minimum number of gaming machine obstacle nails by standardizing a gaming machine obstacle nail interval in a pachinko gaming machine. For the purpose.

  The present invention provides a gaming machine obstacle nail adjustment method and a gaming machine obstacle nail adjustment device capable of easily controlling a ball by adjusting to a gaming machine obstacle nail interval whose empirical or design winning rate is known. With the goal.

  The present invention shortens the adjustment time of the gaming machine obstacle nail interval by adjusting the accuracy of adjusting the gaming machine obstacle nail interval by determining the importance in advance in the adjustment of the gaming machine obstacle nail interval. An object of the present invention is to provide a gaming machine obstacle nail adjustment method and a gaming machine obstacle nail adjustment device.

(First invention)
The gaming machine obstacle nail adjustment method according to the first aspect of the present invention is a gaming machine having a gaming machine obstacle nail on a gaming base surface, and an image of the gaming machine obstacle nail implanted in the reference gaming base is taken by a CCD camera. The captured image data is stored, and then an image of the gaming machine failure nail implanted in the game base to be measured is captured by a CCD camera, and the image data of the measured game base is captured, By comparing the stored reference game base image data, the gaming machine fault nail embedded in the game base to be measured has a gaming machine fault nail installed in the reference base. It is characterized by being adjusted to the same position.

(Second invention)
The gaming machine obstacle nail adjustment method according to the second aspect of the present invention is the gaming machine having the gaming machine obstacle nail on the gaming base surface, wherein the image data of the gaming machine obstacle nail implanted in the reference gaming base is distributed, The distributed reference image data is stored, and then an image of the gaming machine failure nail implanted in the game base to be measured is captured by a CCD camera, and the image data of the measured game base to be captured By comparing the stored reference game base image data, the gaming machine fault nail embedded in the game base to be measured has a gaming machine fault nail installed in the reference game base. It is characterized by being adjusted to the same position.

(Third invention)
The gaming machine obstacle nail adjustment method of the third invention is characterized in that the reference gaming base is a gaming base with excellent performance, and the measured gaming base is another gaming base of the same model as the gaming base. .

(Fourth invention)
According to a fourth aspect of the present invention, there is provided a gaming machine obstacle nail adjustment method, wherein a plurality of gaming bases are selected after being selected in a gaming machine having gaming machine obstacle nails on a gaming base surface, and the plurality of registered gaming bases are selected. Paying attention to the winning state of the game for an appropriate time, select the most desirable gaming base for pachinko hall management and pachinko players as the base gaming base, and the gaming machine obstacle nail embedded in the base gaming base Image data is picked up by a CCD camera, the image data is stored, and then an image of a gaming machine obstacle nail implanted in the game base to be measured is picked up by a CCD camera. By comparing the stored image data with the stored game base image data, the gaming machine failure nail interval implanted in the game base to be measured becomes the reference game base. Characterized in that it is adjusted to the same position as the implanted been gaming machine nails on.

(Fifth invention)
The gaming machine obstacle nail adjustment method of the fifth invention is characterized in that a reference gaming base is selected based on an average of winning percentages.

(Sixth invention)
The gaming machine obstacle nail adjustment method according to the sixth aspect of the present invention is implanted in the game base to be measured based on the image data in the reference gaming base and the interval data of important gaming machine fault nails in the reference gaming base. The gaming machine obstacle nail interval is adjusted.

(Seventh invention)
A gaming machine obstacle nail adjusting device according to a seventh aspect of the present invention is a gaming machine having a gaming machine obstacle nail on a gaming base surface, a CCD camera for picking up an image of a gaming machine obstacle nail implanted on a reference gaming base surface Reference game base data storage means for storing image data in the reference game base, measured game base data storage means for storing image data obtained by capturing an image of the measured game base with a CCD camera, and the reference It comprises at least data comparison display means for simultaneously displaying the image data stored in the game base data storage means and the measured game base data storage means.

(Eighth invention)
A gaming machine obstacle nail adjusting device according to an eighth aspect of the present invention is a gaming machine having a gaming machine obstacle nail on the gaming base surface, and a reference for receiving image data of the gaming machine obstacle nail implanted on the gaming base surface as a reference Game base image data receiving means, reference game base data storage means for storing the received image data of the gaming machine failure nail, and a game to be measured for storing image data obtained by capturing an image of the game base to be measured by the CCD camera It comprises at least a base data storage means, and a data comparison display means for simultaneously displaying the image data stored in the reference game base data storage means and the measured game base data storage means.

(9th invention)
The gaming machine obstacle nail adjusting device according to the ninth aspect of the present invention is a gaming machine with excellent performance that is uniquely produced with reference to a drawing showing maintenance drawings of a gaming machine obstacle nail when the base gaming base is a pachinko hall. Is a new game machine delivered to the pachinko hall.

(10th invention)
The gaming machine obstacle nail adjusting device according to the tenth aspect of the present invention is the gaming machine having the highest performance among the game bases that are set in advance in the pachinko hall, and the game base to be measured is already installed in the pachinko hall. It is characterized by being a game table.

(11th invention)
The gaming machine obstacle nail adjusting device according to the eleventh aspect of the present invention is a gaming machine with excellent performance that is uniquely produced with reference to a drawing showing maintenance drawings of a gaming machine obstacle nail in a pachinko hall as a reference gaming foundation. Is a game table already installed in the pachinko hall.

(Twelfth invention)
The gaming machine obstacle nail adjusting device according to the twelfth aspect of the present invention is the gaming machine having the highest performance among the reference gaming bases set in advance in the pachinko hall, and the gaming base to be measured is delivered to the pachinko hall. It is a new game stand.

(13th invention)
A gaming machine obstacle nail adjusting device according to a thirteenth aspect of the present invention is a gaming machine having a gaming machine obstacle nail on a gaming board surface, a gaming board registration means for registering a plurality of selected gaming boards, and the plurality of registered plurality of gaming boards. Game base data analysis means for analyzing performance by paying attention to the winning state of the game base for an appropriate time, and a reference game base for selecting a base game base based on the data analyzed by the game base data analysis means A selection means, a CCD camera for capturing image data of a gaming machine obstacle nail implanted in the selected reference game base, and a reference game base for storing reference game base image data captured by the CCD camera Image data storage means, measured game base data storage means for capturing a measured game base image with a CCD camera, and storing the image data; The image data stored in the underlying data storage means, characterized in that it comprises at least, a data comparison display means for comparing the image data of the game platform becoming the stored reference.

(14th invention)
A gaming machine obstacle nail adjusting device according to a fourteenth aspect of the present invention is the gaming machine obstacle nail implanted in the gaming base surface on which the image displayed on the data comparison display means is a reference and the gaming machine obstacle implanted in the game base to be measured. It is displayed so that it can be distinguished from a nail.

(15th invention)
The gaming machine obstacle nail adjusting device according to the fifteenth aspect is characterized in that important gaming machine obstacle nails are ranked based on importance.

(16th invention)
The gaming machine obstacle nail adjusting device of the sixteenth aspect is characterized in that the data comparison display means is a screen of a personal computer, and the storage means is a storage means of the personal computer.

(17th invention)
A gaming machine obstacle nail adjusting device according to a seventeenth aspect of the present invention is characterized in that the distance between the gaming base and the CCD camera is measured by laser light.

(18th invention)
An eighteenth gaming machine obstacle nail adjusting device is characterized in that a tripod on which a CCD camera is mounted includes a telescopic rod member that keeps a distance from a gaming base constant.

(19th invention)
A gaming machine obstacle nail adjusting device according to a nineteenth aspect of the present invention is characterized in that a caster with a lock device is attached to the lower part of a tripod.

(20th invention)
A gaming machine obstacle nail adjusting device according to a twentieth aspect of the present invention is characterized in that a reflector for reflecting laser light is attached to a game base to be measured.

(21st invention)
In the gaming machine obstacle nail adjusting device according to the twenty-first aspect of the present invention, the distance measuring means using laser light is provided on a part of a tripod on which a CCD camera is placed, and the laser light is reflected on the game base to be measured. After being reflected by the plate, it is irradiated to a predetermined position.

(22nd invention)
The gaming machine obstacle nail adjusting device according to the twenty-second aspect of the invention is such that the tripod is rotatably attached at one end so that the mounting table on which the CCD camera and the laser distance measuring unit are mounted can be stored in the lower part. Features.

(23rd invention)
A gaming machine obstacle nail adjusting device according to a twenty-third aspect of the present invention is characterized in that a tripod is rotatably attached at one end so that a table on which a personal computer is placed can be stored in the lower part.

(24th invention)
A gaming machine obstacle nail adjusting device according to a twenty-fourth aspect is characterized in that laser light is emitted from a laser pointer.

  According to the present invention, a pachinko gaming machine is adjusted by eliminating and standardizing a base having poor performance or a base having poor performance, thereby adjusting a desired nail gap between pachinko managers and pachinko players. be able to.

  According to the present invention, it is only necessary to adjust the minimum number of gaming machine obstacle nails by standardizing the gaming machine obstacle nail interval in the pachinko gaming machine, and the efficient gaming machine obstacle nail interval can be adjusted. it can.

  According to the present invention, the game machine failure nail interval in the game base to be measured is matched to the game machine failure nail interval whose empirical or design winning rate is known, so that it is possible to easily control the game, and the pachinko manager And pachinko players are easy to harmonize.

  According to the present invention, it is possible to shorten the adjustment time of the gaming machine obstacle nail interval by determining the importance degree in advance to the gaming machine obstacle nail interval, thereby adjusting the adjustment accuracy of the gaming machine obstacle nail interval. it can.

  According to the present invention, the work for adjusting the interval between the gaming machine obstacle nails implanted in the game base to be measured to the same position as the interval between the gaming machine obstacle nails implanted in the reference gaming base is performed. We devised a tripod for mounting a CCD camera that can be easily used. That is, the tripod is provided with a laser distance measuring device for measuring the distance between the CCD camera and the game base, or a table on which a personal computer is mounted, and the table and the CCD camera mounting table can be rotated to be easily carried. ing.

  According to the present invention, the tripod is provided with a caster with a locking device so that the work for adjusting the interval between the gaming machine obstacle nails in the next gaming base can be easily performed.

(First invention)
The gaming machine obstacle nail adjustment method of the first invention is to efficiently adjust only the minimum number of important gaming machine obstacle nails by standardizing the interval of the gaming machine obstacle nails implanted in the gaming base, It can be beneficial to both the management of pachinko halls and pachinko players. The game base with good performance that is profitable for both is selected in advance as a reference game base based on trial hits or experience (actual results).

  The gaming machine obstacle nail implanted in the selected reference gaming base is captured by a CCD camera and stored as image data. Next, the gaming machine obstacle nail implanted in the game base to be measured is captured by a CCD camera and stored as image data. The image data of the game base to be measured and the game base image data serving as the stored reference are compared by being superimposed, for example. In the CCD camera, the images of the reference game base and the measured game base may be the same or different.

  Since the gaming machine obstacle nail interval implanted in the game base to be measured is different from the reference game base by the comparison, all the game bases are adjusted in the same manner. Standardization can be done in the same way. The standardized gaming base is not only convenient for pachinko hall managers, but also easy to ensure healthy entertainment for pachinko players by adjusting a few game machine obstacle nail intervals. It is.

(Second invention)
The gaming machine obstacle nail adjustment method according to the second aspect of the invention is that the image data of the gaming machine obstacle nail implanted in the reference gaming base is distributed from the pachinko maker or store to the pachinko hall. Is different. That is, the distributed reference image data is compared with the measured game base image data captured by the CCD camera, so that the gaming machine fault nail interval implanted in the measured game base is the reference level. It is adjusted to be in the same position as the gaming machine obstacle nail planted in the gaming base.

  The first invention is a case where there is a person who can select a game base serving as a reference in a pachinko hall by trial or experience, and the second invention is a person who can select a game base serving as a reference in a pachinko hall. This is the case where there is no image data or the like, which can be obtained from a game based manufacturer or the like. In either case, the pachinko hall gaming base can be easily standardized, so that adjustment of the gaming machine obstacle nail interval can be performed efficiently.

(Third invention)
In the third aspect of the invention, the standard gaming base is a gaming base with excellent performance (a gaming base that is appropriate for both) capable of harmonizing profits for both pachinko hall management and pachinko players. By standardization, adjustment of gaming machine obstacle nails can be performed efficiently and easily. Further, the game base to be measured needs to be another game stand of the same model as the reference game base.

(Fourth invention)
The gaming machine obstacle nail adjustment method of the fourth invention is different from the first invention and the second invention in the method of trying to find a gaming base with good performance in the pachinko hall. In the gaming machine obstacle nail adjustment method of the fourth invention, first, an arbitrary plurality of gaming bases are selected and registered.

  In the plurality of registered game platforms, attention is paid to a winning state for an appropriate time, for example, several days. As for the plurality of game bases, the winning state is analyzed, and as a result, one of the data that seems to be the best for the management of the pachinko hall and the pachinko player is selected and becomes the base game base.

  Thereafter, the comparison of the game-based image data serving as the reference and the measured game-based image data is the same as in the first invention and the second invention. The analysis of the winning state can be determined automatically based on the sales amount, the number of balls, and the like. According to the fourth aspect of the present invention, a plurality of arbitrary game bases are selected in advance, and these image data are registered, and a base game base is selected from the registered image data and stored. It is also possible to discard the image data that has not been selected as a game base.

(Fifth invention)
The gaming machine obstacle nail adjustment method according to the fifth aspect of the invention is based on the average winning rate as data for selecting a base gaming base. In other words, it is desirable that the base gaming base is a gaming table having a value that is convenient for both the pachinko hall manager and the pachinko player based on the average winning rate.

  For other game bases, the gaming machine obstacle nail interval is matched to the above-mentioned standard game board, and depending on the occasion, only important game machine obstacle nails may be advantageous for pachinko halls or for pachinko players. Can be easily done.

(Sixth invention)
In the gaming machine obstacle nail adjustment method according to the first to fifth inventions, the reference gaming base obstacle nail interval is adjusted based only on image data. In the gaming machine obstacle nail adjustment method according to the sixth aspect of the present invention, image data on a reference gaming base and interval data of important gaming machine failure nails on the reference gaming base are stored.

  Gaming machine fault nail intervals implanted in the game base to be measured are based on the stored game base image data and the gap data of the gaming machine fault nails, so that highly accurate adjustment is possible. Yes, excellent standardization is possible.

(Seventh invention)
A gaming machine obstacle nail adjusting device according to a seventh aspect of the present invention facilitates obtaining a standardized gaming base. By standardizing the interval of the gaming machine obstacle nails planted in the gaming base, it is possible to efficiently adjust only the important gaming machine obstacle nails, which is beneficial for both pachinko hall management and pachinko players Can be.

  The CCD camera takes an image of a gaming machine obstacle nail implanted on the surface of the gaming base, with a gaming base having excellent performance based on results or trials as a base. The image data on the reference game base is stored in the reference game base data storage means.

  Similarly, the gaming machine obstacle nail implanted in the game base to be measured is picked up by a CCD camera and stored in the game base data storage means to be measured as image data. The data comparison display means simultaneously displays and compares the image data stored in the reference game base data storage means and the measured game base data storage means, and corrects so as to eliminate the gap in the gaming machine fault nail interval. .

  As described above, the gaming machine obstacle nail adjusting device according to the seventh aspect of the invention can visually correct the interval between the gaming machine obstacle nail serving as a reference and the gaming machine obstacle nail to be measured simultaneously displayed on the data comparison display means. Efficiently important gaming machine obstacle nail spacing can be provided.

(Eighth invention)
A gaming machine obstacle nail adjustment device according to an eighth aspect of the present invention is a game machine obstacle nail adjustment device that receives image data of a gaming machine obstacle nail that is distributed from a pachinko maker or a dealer, etc. It differs from the seventh invention in that it has means. The image data of the gaming machine fault nail received by the reference game base image data receiving means is stored in the reference game base data storage means, and is the same as the seventh invention thereafter.

  There are four types of relationships between the base game base and the game base to be measured, from the ninth invention to the twelfth invention.

(9th invention)
The gaming base that is the standard of the ninth invention is a gaming table with excellent performance that is uniquely produced in the pachinko hall with reference to a drawing drawing of a pachinko machine obstruction prepared by a pachinko manufacturer or the like. In addition, the game base to be measured is a new game stand delivered to the pachinko hall, and in order to standardize the gap between these game machine fault nails, the game machine fault nails implanted in the reference game base Adjust to the same position as the interval.

(10th invention)
A gaming base that is considered to have the best performance among the pachinko halls that are preliminarily installed in the pachinko hall is selected as the gaming base that is the standard of the tenth invention. In addition, the game base to be measured is a game machine already installed in the pachinko hall, and in order to standardize the gap between these game machine fault nails, the game machine fault nails planted in the reference game base Set to the same position as the interval.

(11th invention)
The gaming base that is the basis of the eleventh invention is a gaming machine with excellent performance that is uniquely produced in the pachinko hall, with reference to the drawing for repairing a gaming machine obstacle nail, as in the ninth invention. Similarly to the tenth invention, the game base to be measured is a game table already installed in the pachinko hall, and in order to standardize the gap between these game machine obstacle nails, Set the same position as the gap between the nail obstacles.

(Twelfth invention)
The gaming base serving as the basis of the twelfth invention is the gaming base having the highest performance pre-installed in the pachinko hall, as in the tenth invention, and the gaming base to be measured is the same as in the ninth invention. A new gaming machine delivered to the pachinko hall, and in order to standardize the gap between the gaming machine obstacle nails, it is set to the same position as the gap between the gaming machine obstacle nails implanted in the reference gaming base.

(13th invention)
The gaming machine obstacle nail adjusting device of the thirteenth invention is different from the seventh invention and the eighth invention in that a gaming base serving as a reference is searched from gaming bases already installed in the pachinko hall. A plurality of arbitrarily selected game bases are respectively registered in the game base registration means. The plurality of registered game platforms are paid attention to an appropriate time-winning state.

  The game base data analyzing means analyzes a winning state in the plurality of registered game bases. The base game base selection means selects a base game base based on the data in the data comparison display means analyzed by the game base data analysis means. Subsequent image data storage and data comparison are the same as in the seventh and eighth inventions.

(14th invention)
The gaming machine obstacle nail adjusting device according to the fourteenth aspect of the present invention distinguishes between the gaming machine obstacle nail implanted in the reference gaming base surface and the gaming machine obstacle nail implanted in the game base to be measured, and displays the data comparison display. Displayed on the means. For example, a gaming machine fault nail in the reference gaming base is displayed with a red circle, and a gaming machine fault nail to be measured is displayed with the nail heads superimposed.

  At the pachinko hall, the manager of the gaming machine fault nail looks at how much the head of the gaming machine fault nail is shifted from the red circle of the gaming machine fault nail as the reference, Tap the head of the nail to make it the same position. The gaming machine obstacle nail interval can be adjusted by an automatic machine if the same model is used because the gaming machine is standardized.

(15th invention)
In the gaming machine obstacle nail adjusting device according to the fifteenth aspect of the invention, important gaming machine obstacle nails are ranked based on importance. A game machine obstacle nail of importance 1 has a great influence on determining a winning rate like a life nail. Therefore, since the accuracy cannot be improved only by visual observation based on the image data, the gaming machine failure nail having the importance level 1 can be used to determine the head of the gaming machine failure nail by both the image data and the measured gaming machine failure nail interval. Carefully tap and adjust in 1 / 100mm increments. Other game machine obstacle nails are adjusted to the same position as the base game machine obstacle nail while viewing the image data.

(16th invention)
The gaming machine obstacle nail adjusting device of the sixteenth aspect is processed by a personal computer. In the personal computer, the image data of the gaming machine obstacle nail implanted in the reference gaming base and the gaming machine obstacle nail implanted in the measured gaming base are displayed simultaneously as a data comparison display means. . Each image data is stored in a storage means of the personal computer. Since the management of the gaming machine obstacle nail interval can be performed by a personal computer, it can be performed along with carrying and other data management.

(17th invention)
The gaming machine obstacle nail adjusting device according to the seventeenth aspect of the present invention measures the distance between the gaming base and the CCD camera with a laser beam so that the distance between the two is always constant.

(18th invention)
In the gaming machine obstacle nail adjusting device of the eighteenth aspect of the invention, in order to make the distance between the gaming base and the CCD camera constant, a telescopic rod member is applied between the tripod on which the CCD camera is placed and the gaming base. After the distance between the tripod and the game board is made substantially constant, the extendable rod member is made a more precise distance by the laser beam of the seventeenth aspect of the invention.

(19th invention)
Since the caster with a lock device is attached to the lower part of the tripod, the game machine obstacle nail adjustment device of the nineteenth invention can be moved quickly by simply removing the lock device when moving to another game base. This is possible and can be stably fixed when the CCD camera captures an image.

(20th invention)
In the gaming machine obstacle nail adjusting device according to the twentieth aspect of the present invention, a reflector for reflecting the laser beam is attached to the game base side, and the laser beam returns to a predetermined position on the CCD camera side so as to accurately measure the distance. It is carried out.

(21st invention)
A gaming machine obstacle nail adjusting device according to a twenty-first aspect of the present invention has a distance measuring means using laser light. The distance measuring means is provided on a part of a tripod on which the CCD camera is mounted, and the laser beam emitted from the CCD camera side is reflected by a reflector provided on the game board side. This is performed by irradiating a predetermined position.

(22nd invention)
The gaming machine obstacle nail adjusting device according to the twenty-second aspect of the invention is attached so that one end thereof is freely rotatable so that the mounting table on which the CCD camera and the laser distance measuring unit are mounted can be housed in the lower part of the tripod. Since the CCD camera has a flash reflector and the like, it is convenient to carry by making this part foldable.

(23rd invention)
The gaming machine obstacle nail adjusting device according to the twenty-third aspect is provided with a table on which a personal computer is placed on a tripod. The table is rotatably attached at one end so that it can be stored in the lower part of the tripod. In addition, the tripod can be moved to the position of the next game base to be measured together with the gaming machine obstacle nail adjusting device while being placed on a personal computer, and should be made compact when measurement is not performed. Can do.

(24th invention)
In the gaming machine obstacle nail adjusting device of the twenty-fourth aspect of the invention, laser light is used for measuring the distance from the gaming base, and a laser pointer sold as an off-the-shelf product can be used.

  FIG. 1 is a block configuration diagram for explaining a gaming machine obstacle nail adjusting device according to a first embodiment of the present invention. In FIG. 1, a gaming machine obstacle nail adjusting device is provided with a reference gaming board 11 serving as a reference for standardization, a CCD camera 12 for obtaining an image of a gaming machine obstacle nail, and image data of the reference gaming board 11. Reference game base data storage means 13 to be stored, gaming machine fault nail interval measurement means 14 for measuring the gaming machine fault nail interval of the reference game base 11, measured game base 15 to be standardized from now on, and the measurement target Data comparison display for comparing the measured game base data storage means 16 for storing the image data of the game base 15, the image data in the reference game base data storage means 13, and the image data in the measured game base data storage means Means 17, a measured game base moving means 18 that can move the gaming machine fault nail of the measured gaming base 15 to a predetermined position, and the gaming machine fault nail And a gaming machine nails changing means 19 for.

  FIG. 2 is a flowchart for explaining the operation of the gaming machine obstacle nail adjusting device according to the first embodiment of the present invention. In FIG. 1 and FIG. 2, for example, a game base that can be harmonized for both managers and pachinko players in the pachinko hall is prepared as the reference game base 11 (step 211). For example, an experienced person in a pachinko hall can select a gaming table with excellent performance that can be harmonized with both of them based on the results of the trial hitting of the pachinko gaming machine, the winning rate or the winning rate, etc., as the reference gaming base 11. .

  In the reference game board 11, an image of a gaming machine obstacle nail is taken by the CCD camera 12 (step 212). Further, if necessary, the gaming machine failure nail interval is measured by the gaming machine failure nail interval measuring means 14 at the important location. The measured gaming machine obstacle nail interval is used together with the imaged image data (step 213).

  The captured image data and the like are stored in the reference game base data storage unit 13 (step 214). Next, in the gaming base 15 to be measured, an image of the gaming machine failure nail is taken by the CCD camera 12 as in the case of the reference gaming base 11 (step 215).

  The image data of the gaming machine fault nail and the like relating to the reference gaming base 11 and the measured gaming base 15 are displayed on the data comparison display means 17, for example, a liquid crystal display device of a personal computer not shown (step 216). ). The data comparison display means 17 displays the image data and the like relating to the game machine fault nail between the reference game base 11 and the measured game base 15 in a superimposed manner, and the game in the reference game base 11 and the measured game base 15 The displacement of the machine fault nail can be easily compared (step 217).

  The gaming machine obstacle nails in the reference gaming base 11 and the game base 15 to be measured are displayed in an easy-to-see manner when adjusting, for example, with different colors. The display can be color-coded to rank the importance.

  In the data comparison display means 17, it is checked whether or not the important game machine obstacle nail has shifted beyond the threshold value in the superimposed image data (step 218). The threshold value can be judged both by the eyes of the adjuster and when the deviation from the image data is judged numerically.

  When the coordinator or the control device (not shown) determines that the deviation of the gaming machine obstacle nail at the important location does not fall within the threshold (exceeds the threshold), the game base 15 to be measured 15 Is moved by the measured game base moving means 18 so as to be on the same side as the data comparison display means 17 (step 219). In this state, the coordinator or the control device, for example, accurately measures the gaming machine obstacle nail interval (step 220) and changes it to a desired gaming machine obstacle nail interval (step 221).

  In the step 218, when the adjuster or the control device determines that the deviation of the gaming machine obstacle nail at the important location is within the threshold (not exceeding the threshold), the game base 15 to be measured 15 Is a gaming machine (step 222). The measured game base data storage means 16 stores data such as pachinko machine numbers, gaming machine fault nail numbers, gaming machine fault nail intervals, etc. in the measured game base 15 that have been adjusted (step 223). The coordinator or the control device checks whether there is a next game base after storing the pachinko machine number and the like (step 224).

  When the coordinator or the control device determines that there is no game base 15 to be measured, the measurement ends (step 225), and when it determines that there is a game base 15 to be measured, the process returns to step 215, as described above. Scanning images of gaming machine nails. Next, the coordinator or the control means checks whether or not the game base 15 to be measured exists (step 224). If it is determined that there is no game base 15 to be measured, the measurement is terminated (step 225). If it is determined that there is a measurement game base 15, the process returns to step 215, and an image of the gaming machine fault nail is taken as described above.

  As described above, the important gaming machine fault nail interval in the game base 15 to be measured is the same as the gaming machine fault nail in the reference gaming base 11. That is, all the game bases 15 to be measured have the same performance as the base game base 11 and are standardized.

  The game base that has been standardized as described above allows managers to easily control the payout rate or winning rate, thereby reducing excessive pachinko halls and extreme loss of pachinko players. it can.

  The standard gaming base 11 is the one installed in the pachinko hall, the gaming base that seems to have good performance (the game play or winning rate can be controlled almost accurately), or a gaming machine obstacle nail made by a manufacturer, etc. This is a game machine created with reference to maintenance drawings. In addition, the game base 15 to be measured may be a game base that is already installed in the pachinko hall or a newly loaded game base.

  Gaming machine obstacle nail intervals include life nails, road nails, jump nails, etc. The rankings that are important for controlling the above-mentioned balls and winning percentages are given. Data and gaming machine obstacle nail intervals can be measured, or adjustments can be made using only image data.

  FIG. 3 is a block diagram illustrating a gaming machine obstacle nail adjusting device according to a second embodiment of the present invention. In FIG. 3, the second embodiment is different from the first embodiment in that the reference game data is distributed from the head office or headquarters at a pachinko manufacturer, pachinko machine sales agent, or chain store. .

  The distributed game-based image data serving as a reference is received by the reference game-based image data receiving unit 31 in the pachinko hall, and then stored in the reference game-based image data storage unit 32. The measured game base 33 to the gaming machine obstacle nail changing means 38 are the same as the measured gaming base 15 to the gaming machine obstacle nail changing means 19 in FIG. Also, the second embodiment is omitted because the flowchart is the same as FIG. 2 except that the reference game-based image data is distributed.

  FIG. 4 is a block configuration diagram for explaining a gaming machine obstacle nail adjusting device according to a third embodiment of the present invention. In FIG. 4, the third embodiment is an idea of finding a reference game base having excellent performance from the game base 1... Game base n (411... 411 n) in the pachinko hall.

  The gaming machine obstacle nail adjusting device in the third embodiment is a gaming base for registering a plurality of gaming bases from among a large number of gaming bases 1 (411)... Gaming base n (411n) installed in the pachinko hall. As a result of the analysis by the registration base 412, the game base data analysis means 413 for analyzing the game play or winning rate for the game base 411 n from the registered game base 411 and the game base data analysis means 413, the reference game base Is constituted by reference game base selection means 414 for selecting, and reference numerals 415 to 422 which are the same as those in the first embodiment or the second embodiment.

  FIG. 5 is a flowchart for explaining the operation of the gaming machine obstacle nail adjusting device according to the third embodiment of the present invention. 4 and 5, for example, a plurality of game bases 411... In the pachinko hall are selected (step 511). Next, in the plurality of game bases 411..., Attention is paid to a winning state for an appropriate time, for example, at least several days (step 512).

  Whether or not the plurality of game bases 411... Can be conveniently controlled by both the pachinko hall manager or the pachinko player by paying attention to, for example, the winning ball or the winning rate by the game base data analysis means 413. (Step 513). A reference game base is selected from the plurality of game bases 411... By the reference game base selection means 414 (step 514). As the game base serving as the reference, a game base having a stable payout or winning rate, and easily changing can be selected by controlling the gaming machine obstacle nail interval.

  The selected reference game base is registered in the game base registration means 412 (step 515). The reference game base registered in the game base registration means 412 is picked up by the CCD camera 415, and then the same as in the first embodiment or the second embodiment (steps 516 to 528).

  FIG. 6 is a perspective view for explaining a tripod which is a part of the gaming machine obstacle nail adjusting device of the present invention. FIG. 7 is a view for explaining a state in which the pan head or the like on the tripod shown in FIG. 6 is housed. FIG. 8 is a view for explaining the principle when measuring the distance between the tripod and the game table in FIG. 6 to 8, a tripod 61 includes a lower tripod 62 composed of three column members, an upper mount 63 attached to the lower tripod 62 so that the height can be adjusted, and the upper mount. At least a pan head 64 fixed to 63 and a side mounting base 65 attached to the lower tripod 62.

  The lower tripod 62 has a caster 621 with a locking device attached to the lower part. In addition, a rod member 651 having a length adjusting portion 653 that makes a distance from the game base to be measured constant is attached to the side attachment base 65 on the attachment portion 652.

  An upper mounting base 63 whose height can be adjusted by a height adjusting portion 633 is attached to the upper portion of the lower tripod 62. Mounted on the upper mounting base 63 are a camera platform mounting base 631 for mounting a CCD camera (not shown), and a personal computer mounting base 632 mounted rotatably. The camera platform 631 is provided with a camera platform 64 for fixing a CCD camera (not shown) and a flash reflector 641.

  In FIG. 7, the pan head 64, the reflecting plate 641, and the personal computer mounting base 632 can be stored in the lower part of the tripod 61 as shown by chain lines. A pointer 66 for emitting a laser beam 661 and a light receiving plate 67 for receiving the laser beam 661 emitted from the pointer 66 are provided on the pan / tilt platform 631.

  The laser light 661 emitted from the pointer 66 is reflected by the reflection plate 68 attached to the glass plate 691 of the game table 69 and then received by the light receiving portion 671 in the light receiving plate 67 as shown in FIG. The The glass plate 691 of the game table 69 is normally inclined upward by about 1 degree. Therefore, the laser beam 661 irradiates a light receiving portion 671 provided below the pointer 66.

  If the laser beam 661 emitted from the pointer 66 is not irradiated on the light receiving unit 671, it can be seen that the distance between the tripod 61 and the game table 69 is not accurate. The laser light 661 can be set to a correct distance by changing the positions of the tripod 61 and the game table 69 so that the predetermined light receiving unit 671 is irradiated.

  After the distance between the tripod 61 and the gaming table 69 is correctly arranged, the CCD camera captures an image of the gaming machine obstacle nail on the reference gaming base 11 and the measured gaming base 15.

  Thereafter, in the game base 15 to be measured, the image data is input to the data comparison display means 17 in accordance with the flowchart shown in FIG. The adjuster adjusts the position of the gaming machine obstacle nail while viewing the image data displayed on the display device of the personal computer. The adjustment of the gaming machine obstacle nail interval can be automatically changed by the gaming machine obstacle nail changing means 19.

  As mentioned above, although the Example of this invention was explained in full detail, this invention is not limited to the said Example. The present invention can be modified in various ways without departing from the scope of the claims.

  The block configuration diagram of the present invention is achieved by a well-known or publicly known technique, and can be arbitrarily changed without changing the gist of the present invention. The tripod of the present invention can arbitrarily change the method of assembling the frame and the structure of the rotating part without changing the gist of the present invention. The distance measurement is not limited to the laser, and other means can be used.

It is a block block diagram for demonstrating the game machine obstacle nail adjustment apparatus which is 1st Example of this invention. (Example 1) It is a flowchart for demonstrating operation | movement of the game machine fault nail adjustment apparatus which is 1st Example of this invention. It is a block block diagram for demonstrating the game machine obstacle nail adjustment apparatus which is 2nd Example of this invention. (Example 2) It is a block block diagram for demonstrating the game machine obstacle nail adjustment apparatus which is 3rd Example of this invention. Example 3 It is a flowchart for demonstrating operation | movement of the game machine fault nail adjustment apparatus which is 3rd Example of this invention. It is a perspective view for demonstrating the tripod which is a part of game machine obstacle nail adjustment apparatus of this invention. (Example 4) It is a figure for demonstrating the state which accommodated the pan head etc. in the tripod shown in FIG. It is a figure for demonstrating the principle at the time of measuring the distance of the tripod in FIG. 7, and a game stand. It is a figure for demonstrating the measuring apparatus which measures the gaming machine obstruction nail space | interval in a prior art example. It is a figure for demonstrating the relationship between the game machine obstruction nail and measurement pin in a prior art example, and is the figure seen from the perpendicular direction of the game base.

Explanation of symbols

DESCRIPTION OF SYMBOLS 11 ... Base game base 12 ... CCD camera 13 ... Base game base data storage means 14 ... Gaming machine obstacle nail interval measurement means 15 ... Game base to be measured 16 ... Game base to be measured Data storage means 17 ... Data comparison display means 18 ... Measured game base movement means 19 ... Game machine failure nail change means 31 ... Reference game base image data reception means 411 ... Game base 412 ..Game base registration means 413 ... Game base data analysis means 414 ... Reference game base selection means 61 ... Tripod 62 ... Lower tripod 621 ... Caster with lock device 63 ... Upper mounting base 631... Pan head mounting base 632... Personal computer mounting base 633... Height adjustment unit 64... Pan head 641. Attachment 651 ... Bar member 652 ... Bar member mounting part 653 ... Length adjustment part 66 ... Pointer 661 ... Laser beam 67 ... Light receiving plate 671 ... Light receiving part 68 ..・ Reflector 69 ... Game stand 691 ... Glass plate

Claims (24)

In a gaming machine obstacle nail adjustment method in a gaming machine having a gaming machine obstacle nail on a gaming base surface,
Take an image of a gaming machine obstacle nail planted on the base gaming base surface with a CCD camera,
Storing the captured image data;
Next, an image of a gaming machine obstacle nail implanted in the game base to be measured is taken with a CCD camera,
By comparing the captured image data of the measured game base with the stored reference game base image data, the gaming machine obstacle nail interval implanted in the measured game base is the reference A gaming machine obstacle nail adjustment method, wherein the gaming machine obstacle nail is adjusted to the same position as a gaming machine obstacle nail planted in a gaming base. In a gaming machine obstacle nail adjustment method in a gaming machine having a gaming machine obstacle nail on a gaming base surface,
Image data of gaming machine obstacle nails planted on the standard gaming base surface is distributed,
Save the distributed image data as a reference,
Next, an image of a gaming machine obstacle nail implanted in the game base to be measured is taken with a CCD camera,
By comparing the captured image data of the measured game base with the distributed reference image data, the gaming machine fault nail interval implanted in the measured game base is the reference game. A gaming machine obstacle nail adjustment method, wherein the gaming machine obstacle nail is adjusted to the same position as the gaming machine obstacle nail implanted in the base.   3. The game base serving as the reference is a gaming base having excellent performance, and the game base to be measured is another gaming base of the same model as the gaming base. The gaming machine obstacle nail adjustment method described. In a gaming machine obstacle nail adjustment method in a gaming machine having a gaming machine obstacle nail on a gaming base surface,
After selecting multiple game platforms, register them,
Paying attention to the winning status of the plurality of registered game bases for an appropriate time, selecting the most desirable game base for pachinko hall management and pachinko players as a base game base,
The image data of the gaming machine obstacle nail implanted in the reference gaming base is captured by the CCD camera, and the image data is stored.
Next, an image of a gaming machine obstacle nail implanted in the game base to be measured is taken with a CCD camera,
By comparing the captured image data of the measured game base with the stored reference game base image data, the gaming machine obstacle nail interval implanted in the measured game base is the reference A gaming machine obstacle nail adjustment method, wherein the gaming machine obstacle nail is adjusted to the same position as a gaming machine obstacle nail planted in a gaming base.   5. The gaming machine obstacle nail adjustment method according to claim 4, wherein a reference gaming base is selected based on an average of winning percentages.   Based on the image data in the reference gaming base and the interval data of important gaming machine fault nails in the reference gaming base, the gaming machine fault nail interval implanted in the game base to be measured is adjusted. The gaming machine obstacle nail adjustment method according to any one of claims 1 to 5, characterized in that. In a gaming machine obstacle nail adjusting device in a gaming machine having a gaming machine obstacle nail on a gaming base surface,
A CCD camera that captures an image of a gaming machine obstacle nail implanted on the base gaming base surface;
Reference game base data storage means for storing image data in the reference game base;
A measured game base data storage means for storing image data obtained by capturing an image of the measured game base with a CCD camera;
Data comparison display means for simultaneously displaying the image data stored in the reference game base data storage means and the measured game base data storage means;
A gaming machine obstacle nail adjusting device characterized by comprising: In a gaming machine obstacle nail adjusting device in a gaming machine having a gaming machine obstacle nail on a gaming base surface,
Reference game base image data receiving means for receiving image data of a gaming machine obstacle nail implanted on the base game base surface;
Reference game base data storage means for storing image data of the received gaming machine obstacle nail;
A measured game base data storage means for storing image data obtained by capturing an image of the measured game base with a CCD camera;
Data comparison display means for simultaneously displaying the image data stored in the reference game base data storage means and the measured game base data storage means;
A gaming machine obstacle nail adjusting device characterized by comprising:   The base gaming base is a pachinko hall that has been produced uniquely with reference to a drawing of a game machine obstacle nail in the pachinko hall. The gaming base to be measured was delivered to the pachinko hall. The game machine obstacle nail adjustment device according to claim 7 or 8, wherein the game machine obstacle nail adjustment device is a new game machine.   The reference gaming base is a gaming base having the best performance among the pachinko halls installed in advance, and the gaming base to be measured is a gaming base already installed in the pachinko hall. The gaming machine obstacle nail adjusting device according to claim 7 or 8, characterized in that it is characterized in that:   The standard gaming base is a pachinko hall that has been independently produced with reference to the drawing of the game machine obstacle nail, and the gaming base to be measured is already installed in the pachinko hall. The gaming machine obstacle nail adjustment device according to claim 7 or 8, wherein the gaming machine obstacle nail adjustment device is a gaming table.   The reference gaming base is a gaming base having the highest performance among pre-installed pachinko halls, and the measured gaming base is a new gaming base delivered to the pachinko hall The gaming machine obstacle nail adjusting device according to claim 7 or 8. In a gaming machine obstacle nail adjusting device in a gaming machine having a gaming machine obstacle nail on a gaming base surface,
A game infrastructure registration means for registering a plurality of selected game infrastructures;
Game platform data analysis means for analyzing performance by paying attention to the winning state of the plurality of registered game platforms for an appropriate time;
Based on the data analyzed by the game base data analysis means, reference game base selection means for selecting a base game base;
A CCD camera that captures image data of a gaming machine obstacle nail implanted in the gaming base serving as the selected reference;
Reference game-based image data storage means for storing reference game-based image data captured by the CCD camera;
A measured game base data storage means for capturing an image of the measured game base with a CCD camera and storing the image data;
Data comparison display means for comparing the image data stored in the game base data storage means to be measured and the game base image data serving as the stored reference;
A gaming machine obstacle nail adjusting device characterized by comprising:   The image displayed on the data comparison display means is displayed so that the gaming machine obstacle nail implanted on the reference gaming base surface and the gaming machine obstacle nail implanted on the game base to be measured can be distinguished. The game machine obstacle nail adjusting device according to any one of claims 7 to 13, wherein the game machine obstacle nail adjusting device is provided.   The gaming machine obstacle nail adjusting device according to any one of claims 7 to 15, wherein the important gaming machine obstacle nail is ranked based on importance.   15. The gaming machine failure according to claim 4, wherein the data comparison display unit is a screen of a personal computer, and the storage unit is a storage unit of a personal computer. Nail adjustment device.   The gaming machine obstacle nail adjusting device according to any one of claims 7 to 16, wherein a distance between the gaming base and the CCD camera is measured by a laser beam.   The game according to any one of claims 7 to 17, wherein the tripod on which the CCD camera is mounted includes a telescopic rod member that keeps a distance from the game base constant. Machine obstacle nail adjustment device.   The game machine obstacle nail adjusting device according to any one of claims 7 to 18, wherein a caster with a lock device is attached to a lower portion of the tripod.   The game machine obstacle nail adjusting device according to any one of claims 7 to 19, wherein a reflection plate that reflects the laser light is attached to the game base to be measured.   The laser light distance measuring means is provided on a part of a tripod on which the CCD camera is placed, and after the laser light is reflected by a reflector provided on the game board to be measured, The gaming machine obstacle nail adjustment device according to any one of claims 7 to 20, wherein   The tripod is attached to be rotatable at one end so that a mounting table on which a CCD camera and a laser distance measuring unit are mounted can be stored in the lower part. The described gaming machine obstacle nail adjustment device.   23. The tripod according to any one of claims 7 to 22, wherein the tripod is rotatably attached at one end so that a table on which a personal computer is placed can be accommodated in a lower part. Game machine obstacle nail adjustment device.   The gaming machine obstacle nail adjusting device according to any one of claims 7 to 23, wherein the laser light is emitted from a laser pointer.

Images