JP2005312852A - Mounting device of pachinko game machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a device capable of installing a Pachinko game machine in a predetermined inclined angle in a pachinko game center, particularly capable of precisely installing many Pachinko game machines in an identical inclined angle and easily controlling them. <P>SOLUTION: A mounting means of a Pachinko game machine has an inclination adjusting device mounted on the mounting frame of the Pachinko game machine and having an operation portion in a vertical direction of an upper crossrail of the mounting frame and an inclination measuring and displaying device of the Pachinko game machine, the Pachinko game machine is installed in the predetermined inclined angle based on the signal of the inclination measuring and displaying device set in the predetermined inclination angle in advance by operating the inclination adjusting device. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

Detailed Description of the Invention

  The present invention relates to a device for attaching a pachinko machine to a pachinko island (a structure in which pachinko machines are arranged side by side) with a desired inclination, and in particular, it can easily and accurately attach a number of pachinko machines to the same inclination. The technology that can be adjusted.

The pachinko machine is attached to the fixed frame of the pachinko island with a predetermined inclination via an attachment frame provided on the outer periphery, and is usually attached with the upper part of the pachinko machine inclined backward as viewed from the front of the pachinko machine. .

Japanese Patent Laid-Open No. 10-80563 discloses a conventional technique capable of adjusting the inclination of the pachinko machine mounting. This is based on the rack and pinion mechanism (meshing a horizontally continuous gear and a circular gear) on the rear side of the pachinko machine mounting frame. (Moving mechanism) is provided, and this pinion (circular gear) is operated from the left and right lateral directions of the pachinko machine and rotated by a predetermined angular interval to adjust the inclination of the pachinko machine.

Problems to be solved by the invention

The attachment angle of the pachinko machine mounted at a predetermined inclination changes depending on the weight of the upper case housing case, impact from the outside such as opening and closing of the pachinko machine, and the like. In addition, pachinko islands have a relatively soft structure, and the inclination of the island itself changes due to external impacts, etc., even with the same kind of pachinko machine, the inclination varies and the establishment of the ball prize changes There was a problem. In addition, every time the pachinko machine is replaced (model change), the work of mounting at the required tilt angle also requires skill.

The conventional attachment means that can adjust the inclination of the pachinko machine is to adjust the inclination angle of the pachinko machine by turning the pinion (circular gear) in the above-mentioned configuration at a fixed interval angle. Since the tilt angle is gradually changing, even if the tilt is moved from the position where the tilt angle has changed to a certain interval angle, the tilt position that has changed since the setting is used as a reference. This does not mean that the required tilt angle has been adjusted.

In order to set the initial tilt of the pachinko machine using conventional adjustment means, first measure the tilt angle by placing a level on the front of the pachinko machine installed on Pachinko Island, then open the pachinko machine. Since it is impossible to make adjustments by rotating the pinion at a fixed angle and closing the pachinko machine to measure it, it is necessary to adjust the pachinko machine installed in units of 100. It was difficult.

In addition, the pinion (circular gear) is in the horizontal direction of the pachinko machine and is rotated. The adjustment device is attached to the upper frame of the pachinko machine mounting frame and the island fixed frame. The crosspieces obstructed the operation, and it was difficult to operate and needed force because the handle could not be attached and swung.

In the rack and pinion mechanism described above, the rack and the pinion do not move unless they are designed to play. After setting, it was necessary to provide a stopper to fix the movement of the rack separately, and to release and fix the stopper each time it was adjusted.

The movement of the pachinko ball varies depending on the tilt of the table, but the standard for measuring this tilt angle is to measure and adjust the tilt of the pachinko table (the surface where the nails are planted) rather than the tilt of the entire table. Adjustment accuracy is high. In order to measure the tilt angle of this board surface, the pachinko machine can only be attached to the island. In the prior art, the adjustment operation has been performed by adjusting the inclination by opening and closing the pachinko machine each time adjustment is performed, and thus cannot be performed with the pachinko machine being closed.

When adjusting the tilt angle of the pachinko machine while checking the tilt angle with an angle meter etc., open the pachinko machine forward, measure the tilt angle of the mounting frame of the pachinko machine, and set the tilt angle of the pachinko machine as a result. be able to.

When measuring the tilt angle of the attachment frame of the pachinko machine, it is difficult to measure with a stable angle meter or the like because the open pachinko machine becomes an obstacle or the width of the measurement part of the attachment frame itself is narrow. Further, since the tilt adjustment device is operated with the other hand while the angle meter or the like is supported with one hand and measured, it is difficult to check the tilt angle and to measure accurately.

If the adjustment work of the tilt angle of the pachinko machine is measured every time after a certain period of time without being measured by the goniometer and is corrected to the initial tilt at this time, the normal adjustment increases the work efficiency. Therefore, it is necessary to be able to perform the operation only by operating the tilt adjusting device.

Means for solving the problem

When adjusting the inclination of the pachinko machine, we provide an inclination measurement display device that informs you of the necessary inclination set in advance by sound or light signals, and measures the inclination of the pachinko machine or pachinko machine mounting frame. The tilt adjustment device can now be operated without having to check each time.

The tilt adjustment device connects the pachinko island fixed frame and the pachinko stand mounting frame with a cam mechanism so that the tilt of the pachinko stand can be adjusted by moving the cam in the vertical direction. It was installed in the up and down direction of the upper horizontal rail, so that it can be operated from the vertical direction of the upper horizontal beam. A rotating handle is detachably attached to the operation unit, and is operated by rotating it in the horizontal direction.

A pressing plate having a mechanical action is provided at a position opposite to the detection unit of the tilt measurement display device so that the measurement can be performed by gripping the attachment frame of the pachinko machine during the measurement.

When adjusting the inclination of the pachinko machine, the measurement of the inclination is not performed every time, and a certain period of time is passed. A scale is provided in the moving area so that the tilt angle can be adjusted. In this case, since the position of the scale goes wrong every time it is measured with an angle meter or the like, the scale itself can be easily moved to the origin.

The pachinko machine mounting device of the present invention may be used together with the tilt adjusting device 1 and the tilt measuring display device 2 or with only the tilt adjusting device 1.

In FIG. 1 showing the inner back side (rear view) of the pachinko island 3, reference numeral 4 denotes a fixed frame. 9 and a space 10. The attachment frame 6 is provided in the frame of the fixed frame 4.

A pachinko machine 5 is mounted in the mounting frame 6. The pachinko machine 5 is provided with two door opening support brackets 11 (upper and lower two) as shown in FIG. 4 (the upper side is not shown). The pachinko machine 5 is supported and mounted so as to be openable by the pivot pin 12.

As shown in FIG. 1, two tilt adjusting devices 1 are provided on the upper horizontal beam 7 of the fixed frame 4 and the upper horizontal beam 13 of the mounting frame 6 at the left and right intervals. It is provided so that the upper part of the pachinko machine 5 can be tilted and moved in the same manner.

Reference numeral 14 denotes a fixing bracket for fixing the lower horizontal rail 15 of the mounting frame 6 to the fixing frame 4. As shown in FIGS. 2 and 3, the fixing bracket 14 is Z-shaped, and the lower horizontal portion 16 is attached to the lower horizontal beam 8 of the fixing frame 4 with the wood screw 18 through the hole 17 and attached to the hanging portion 19. In the state where the lower crosspiece 15 of the frame 6 is abutted, a fixing screw 22 is screwed into the screw hole 21 of the upper horizontal portion 20 and the mounting frame 6 is fixed by the tip of the pressing screw 22 as shown in FIG. . In general, the mounting frame 6 is fixed by nailing without providing a metal fitting or the like. In this embodiment, the mounting frame 6 is abutted against the hanging portion 19 when the mounting frame 6 is removed by replacing the pachinko machine 5. It has a feature that can be positioned in the back area and can be easily replaced.

As shown in FIGS. 5 and 6, the tilt adjusting device 1 includes a movable member 23, a fixed member 24, a cam member 25, and an operation portion 26 of the cam member 25.

The movable member 23 has one end portion in the horizontal direction as a mounting portion 28 having a fastening hole 27, and cam grooves 30 and 30 are provided in a sloped shape on concave standing walls 29 and 29 formed at the other end portion. A long hole 31 is formed in the bottom.

The fixing member 24 includes a ¬ type mounting member 32 and a U-shaped support member 33. In the mounting member 32, the horizontal portion is a mounting portion 35 having a fixing hole 34, and the hanging wall is a slide fixing portion 37 in which a slide long hole 36 is formed.
The support member 33 has upper and lower horizontal portions as the rotation support portions 38 and 38 of the cam member 25, and the hanging wall includes an insertion hole 39 and a screw hole 40 through which the attachment portion 28 is inserted.

The cam member 25 is composed of a camshaft 41 and a cam body 42. The camshaft 41 is formed with a screw 44 having idling locations 43, 43 above and below the body portion, and a large diameter stopper portion 45 at the lower end. Then, a slip prevention groove 46 is formed at a location continuous from the upper idle rotation location 43, and rectangular operation portions 26, 26 are formed at the top and bottom ends of each.

The cam main body 42 is formed with a screw 47 penetrating in the vertical direction at the center, and cams 48 project horizontally from the left and right sides.

In order to assemble the tilt adjusting device 1, the mounting portion 28 of the movable member 23 is pierced through the insertion hole 39 of the support member 33, and the standing walls 29, 29 are put into the rotation support portions 38, 38. The movable member 23 is movable in the horizontal direction by guidance of guide portions 49 and 49 bent on both sides of the rotation support portions 38 and 38.

Next, the camshaft 41 is inserted into the support hole 50 and the elongated hole 31 of the lower rotation support portion 38, and the cams 48 and 48 of the cam body 42 are engaged in the cam grooves 30 and 30, The cam main body 42 is screwed by rotating 41 and protruded into the support hole 50 of the upper rotation support portion 38, and the slip-off prevention nut 51 is fitted into the idling place 43 that protrudes and faces.

A push screw 53 is screwed into the screw hole 52 of the drop prevention nut 51, the tip of this screw is fitted in the drop prevention groove 46, and the camshaft 41 can rotate without dropping off with the stopper portion 45.

Reference numeral 54 denotes a rotating handle. Either one of the upper and lower operation portions 26, 26 is detachably mounted in a square hole 56 provided in the base end portion 55, and is rotated by grasping a knob 57 provided rotatably. As a result, the cam 48 moves up and down while pushing the cam groove 30 in the horizontal direction, and as a result, the movable member 23 is similarly moved in the horizontal direction as shown in FIG.

The attachment member 32 is attached to the support member 33 by applying the slide fixing portion 37 to the hanging wall of the support member 33 and fixing the screw 58 to the screw hole 40 from the slide long hole 36. At this time, the mounting portion 28 of the movable member 23 faces the insertion window 59, and the screw 58 is not formed with a screw, and the large diameter portion 60 slightly longer than the plate thickness of the slide fastening portion 37 is within the slide long hole 36. Therefore, the support member 33 can be moved by sliding in the vertical direction.

7 and 8, the attachment means 35 of the inclination adjusting device 1 is fixed to the upper side of the upper horizontal rail 7 of the fixed frame 4 by the flat bolt 61. The countersunk bolt 61 is inserted and fixed in the countersunk hole 62 formed at a position corresponding to the fixing hole 34.

Next, the upper horizontal rail 13 of the mounting frame 6 is inserted between the upper horizontal rail 7 and the mounting portion 28 of the movable member 23 facing the lower side of the upper horizontal rail 7 at a distance, and the mounting portion 28 is pushed up. In addition, the movable member 23 is attached through the fastening hole 27 with the countersunk screw 63 in a state where the mounting frame 6 is inclined to be necessary. When the mounting frame 6 is removed (replacement of the pachinko machine 5), it can be easily replaced by removing the countersunk screw 63.

When the rotation handle 54 is rotated by the above-described attachment, the attachment frame 6 is moved in the front-rear direction (toward the pachinko island 3) with the lower attachment point serving as a fulcrum, and the inclination can be varied.

The pachinko machine 5 is attached with the attachment frame 6 set to a required inclination, and as a result, the pachinko machine 5 is attached to the same inclination.

The inclination of the attachment frame 6 is measured when it is first attached to the pachinko island 3 and fine adjustment after attachment or change of inclination. The inclination measurement display device 2 used in this case is shown in FIG. This will be described with reference to FIG.

The case 64 of the tilt measurement display device 2 accommodates a circuit board as an angle measuring device inside, a sensor mounting window 66 is provided on the side surface 65, and a display means 68 for displaying the tilt degree on the upper surface 67, and a display means 68. A setting unit 70 including a setting switch 69 for selecting and setting a measurement start switch 71 is provided. Reference numeral 72 denotes a power switch.

Reference numeral 73 denotes an angle sensor, which is fixed to a reverse L-shaped mounting bracket 74 with a screw 75. The mounting bracket 74 is fixed to the back surface of the U-shaped detection unit 76 with a screw 77, and the angle sensor 73 and the mounting bracket 74 are placed in the sensor mounting window 66, and the detection unit 76 is screwed into a screw hole 78a with a screw 78. Attach to the case 64.

The tip detection unit 86 of the detection unit 76 is parallel to the measurement reference line 79 of the angle sensor 73 as shown in FIG.

As shown in FIG. 15, the display means 68 includes an LED 80, a tilt display 81 for 2 minutes 5 to 6 minutes (this range is not specified) marked at the position corresponding to each LED 80, and a buzzer etc. The LED 80 is composed of a circuit (not shown), and the LED 80 is lit in turn each time the setting switch 69 is pressed, and selects the necessary tilt display 81. For example, a setting of 3 minutes and 5 mm will be described. The width of (a) in FIG. 8 is 3 minutes and 5 mm (about 11.5 mm), and the inclination angle in this case is about 0.75 °.

Reference numeral 82 indicates a 0 ° reference alignment display, reference numerals 83 and 83 indicate alarm displays that warn with a color and sound different from the display means 68, and light up when the inclination is out of the range of the display means 68 Make an alarm sound to inform you.

The above operation procedure will be described with reference to the flowchart of FIG. 28. (A) Power switch ON, (B) (C) Desired angle (tilt) setting, (D) Measurement start switch ON, (E) Determination (F) Desired The signal output (G) completion reaching the angle (tilt) is shown.

A block diagram of this circuit is shown in FIG.

9, FIG. 10 and FIG. 11 show how to set the tilt when the tilt measurement display device 2 is used. The pachinko machine 5 is opened forward from the mounting frame 6, and the detection unit 76 provided at one end of the case 64 of the inclination measurement display device 2 is connected to the left and right sides of the pachinko island 3 inside the mounting frame 6 of the pachinko machine 5. The rotation handle 54 attached to the lower operation portion 26 of the tilt adjusting device 1 on the side corresponding to the end surfaces 84 and 85 is turned so as to reach one of the end surfaces 84 and 85 to reach a preset tilt. Then, since the LED 80 at the setting location is lit and notified by a buzzer sound, the operation of the rotary handle 54 is stopped and the setting of the tilt is completed.

Similarly, the opposite side inclination adjusting device 1 is set to the same inclination. Next, when the pachinko machine 5 is closed, the pachinko machine 5 is also installed with the same inclination.

The detection unit 76 is plate-shaped, and the tip detection unit 86 is a case-opposing surface that protrudes from both side surfaces 87 and 87 of the case 64, so that it can be used by being applied to the left and right end surfaces 84 and 85 of the mounting frame 6. it can.

FIG. 12 shows an example in which the tilt display device 2 is used to adjust the tilt by applying the detector 76 to the front end face 90 of the pachinko island 3 in the mounting frame 6. In this case, the tip detection unit 86 can be used by being inserted into the gap between the back side of the pachinko machine 5 and the mounting frame 6 on the pivoted side of the opened pachinko machine 5.

13, 16, and 17 show a case where the glass frame 91 on the front surface of the pachinko machine 5 is opened and the inclination of the panel surface 92 is adjusted as a reference.

In this case, since the pachinko machine 5 is adjusted with the mounting frame 6 closed, the curtain plate 93 (inspection door) of the pachinko island 3 is opened, and the rotation handle 54 is attached to the upper operation unit 26 in the same manner. To operate. The detection unit 76 of the tilt display device 2 performs adjustment by placing the tip detection unit 86 against the board surface 92 across the nail 94, but the board 92 and the measurement reference line 79 of the angle sensor 72 are parallel to each other.

In the above case, since the inclination of the panel surface 92 can be set, the adjustment accuracy is higher than when the inclination of the mounting frame 6 is adjusted.

18, 19, 20, and 21 show examples in which the tilt display device 2 is temporarily attached to the attachment frame 6 for adjustment. When a push spring 96 and a push member 97 are provided on a resilient support portion 95 integrated with the case 64 at an opposite position of the detection portion 76 and fitted into the mounting frame 6 as shown in FIG. It is pressed and temporarily fixed with an appropriate strength. As shown in FIG. 21, the pressing member 97 is provided with a pressing pressure portion 98 at the tip so that it can protrude and retract in the window 99.

FIG. 22 shows an embodiment in which the tilt display device 2 is a digital display angle meter 100. The goniometer 100 measures the angle by applying the left and right side surfaces 102 and 103 of the case 101 to the measurement object and measuring the angle. The angle detector 100 is fixed to the side surface 103 with a screw 105 and the inclination described above. It is used in the same manner as the display device 2.

Reference numeral 106 denotes a power switch. When this switch is turned on, an angle is displayed on the angle display unit 107. Reference numeral 108 denotes an angle / tilt conversion table, which is provided in front of the case 101 in the vicinity of the angle display unit 107.

FIG. 24 shows the conversion table 108. For example, when the measurement angle is 0.8 degrees, the inclination of the pachinko machine 5 is converted as 3/3/5 mm. The conversion table 108 shows the case where the attachment frame 6 is a Kanto frame, and the numerical value is slightly different in the case of the Kansai frame.

FIG. 23 shows an embodiment of the tilt display device 2 that is used by temporarily mounting the tilt display device 2 on the mounting frame 6. In this case, the angle display unit 107 is used to measure the left and right of the mounting frame 6. Since it is only on one side of 101, it cannot be used in common as shown in FIG. In this case, the case 101 requires two units with the position of the detection unit 76 reversed left and right in this state, but the display of the angle display unit 107 is a negative display of the same angle.

25 and 26 show another embodiment of the tilt adjusting device 1. FIG. A bent portion 111 having a hanging portion 110 is formed on the movable member 23, the hanging portion 110 faces the rear end surface 112 of the upper horizontal rail 13 of the mounting frame 6, and the hanging portion 110 is a screw. A positioning screw 115 is screwed with the coil spring 114 interposed in the hole 113, and the rear end surface 112 of the mounting frame 6 is brought into contact with the tip of the positioning screw 115. The positioning screw 115 does not loosen due to the elastic action of the coil spring 114, and holds the screw tip in this position.

As described above, when the attachment frame 6 is removed (when the pachinko machine 5 is replaced), if the rear end surface 112 of the attachment frame 6 is applied to the tip of the positioning screw 115 and attached to the tilt adjusting device 1, The pachinko machine 5 can be installed at the same inclination as before the replacement.

29, 30, and 31 show means that can be easily adjusted for a certain period without using the tilt display device 2 each time the tilt of the pachinko machine 5 is changed. A positioning mark 117 is provided on an end surface 116 of the cam 48 facing the cam groove 30, and a scale plate 118 is provided in the vicinity of the edge of the cam groove 30 along the edge.

The scale plate 118 is slidably provided on the surface of the standing wall 29 as an adsorbable material such as a magnet. The figure shows an example of a magnet plate, which can be slid along the cam groove 30 by the guide projection 119. The scale 120 is set so that one scale has the above-described inclination degree (for example, an interval of 5 mm), and the inclination of the pachinko machine 5 moves by 5 mm when the cam 48 moves by one scale.

A thick line scale 121 of the scale 120 indicates an initial set position, and the scale plate 118 is moved to align the thick line scale 121 with the positioning mark 117 in a state where it is installed at a necessary inclination. The tilt adjusting device 1 is operated by using this as a reference. When the installation angle of the pachinko island 3 itself changes or when the inclination of the pachinko machine 5 changes due to other influences, if the inclination display device 2 adjusts the inclination to the reference, the positioning mark 117 of the cam 48 is adjusted. Will be out of position. Tilt this case, by aligning the thick line memory 121 again to move the scale plate 118, can be reset to the slope on the basis, again, without utilizing the inclination display device 2 by the scale 120 to the prospect Can be changed.

The invention's effect

  Since this invention is the above operation and composition, it has the following effects.

(1) Since the inclination angle of the pachinko machine can be adjusted easily and accurately, the same kind of pachinko machine can be set to the same inclination at all times, and variation in the establishment of the ball winning can be reduced.

(2) Pachinko machine replacement (model change) work can be done easily even by an amateur.

(3) When mounting the pachinko machine while measuring the angle with an angle meter, it is difficult and time consuming to repeat the check of the angle meter and the tilt adjustment of the pachinko machine little by little. However, in the device of the present invention, when a necessary tilt angle is reached, a light or sound signal is notified, so that the pachinko machine can be easily and quickly attached. This is particularly effective when measuring the inclination angle of the attachment frame of the pachinko machine, because the work is performed in a narrow and dark place inside the pachinko machine opened forward.

(4) Since the tilt adjusting device is fixed by the frictional resistance of the cam mechanism at a position where the operation is stopped, a stopper is not particularly required, and cost and working time can be reduced.

(5) Since the tilt adjustment device can be operated from either the top or bottom of the upper horizontal rail of the pachinko machine mounting frame, it is easy to operate. In particular, it is not necessary to open the pachinko machine when operated from above, and the pachinko machine Since the inclination of the board surface of the table can be directly measured, highly accurate adjustment is possible.

(6) The above operation can be performed with a small amount of force with the rotating handle, and the rotating handle can be removed, so that it does not normally get in the way.

(7) Since the tilt measurement display device can be temporarily stopped on the pachinko machine, it is not unreasonable to operate the tilt adjustment device while holding it with one hand, compared to holding and measuring with a hand, Measurements can always be displayed in the same state.

(8) Since the detection unit of the tilt measurement display device is U-shaped, the angle of the board surface can be accurately measured and displayed across the nails.

(9) By providing a scale in the cam movement area of the tilt adjustment device, the tilt angle can be changed at predetermined intervals without measuring the tilt. Since it is marked, it can be moved to the origin at any time and the setting can be redone by measurement of the tilt measurement display device.

(10) Since the scale plate is a magnet plate, the above movement and mounting can be performed easily.

The back view of the pachinko island which shows the state where the inclination adjusting device of the pachinko machine of this invention is attached The perspective view which shows the attachment state of the lower horizontal crossing part of the attachment frame of a pachinko machine Sectional drawing which follows the AA line of FIG. The perspective view which shows the attachment frame of the pachinko machine of FIG. Perspective view of tilt adjustment device Exploded perspective view of tilt adjustment device Sectional drawing which shows the state in which the inclination adjusting device was attached to Pachinko Island Sectional drawing which shows the movement state of FIG. Cross-sectional view of Pachinko Island showing the measurement state of the tilt measurement display device The perspective view which shows the measurement state of the attachment frame of a pachinko machine with the tilt measurement display device Perspective view of tilt measurement display device The perspective view which shows the measurement state of the attachment frame of a pachinko machine with the tilt measurement display device Cross-sectional view of Pachinko Island showing the measurement state of the board surface of the pachinko machine with the tilt measurement display device Disassembled perspective view of tilt measurement display device Plan view showing the setting unit of the tilt measurement display device The perspective view which shows the measurement state of the board surface of a pachinko machine with an inclination measurement display device Sectional view showing the measurement state of the pachinko board surface in the tilt measurement display device The perspective view which shows the other Example of an inclination measurement display apparatus The perspective view which shows the measurement state of the attachment frame of FIG. Sectional drawing which follows the CC line of FIG. Sectional drawing which follows the DD line of FIG. The perspective view which shows the other Example of an inclination measurement display apparatus The perspective view which shows the other Example of an inclination measurement adjustment apparatus. Conversion table Sectional drawing which shows other attachment states of inclination adjustment device and attachment frame The principal part expanded sectional view of FIG. Block diagram of the tilt measurement display circuit Flow chart of tilt measurement display device Another embodiment of the tilt adjusting device Enlarged view of the main part showing how the scale plate is aligned with the positioning mark Sectional drawing which follows the EE line of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Tilt adjustment apparatus 2 ... Tilt measurement display apparatus 3 ... Pachinko island 4 ... Fixed frame 5 ... Pachinko stand 6 ... Mounting frame 7 ... Upper crosspiece 13 ... Upper crosspiece 23 ... movable member 24 ... fixed member 25 ... cam member 26 ... operation part 28 ... mounting part 29 ... standing wall 30 ... cam groove 32 ... Mounting member 33 ... Support member 35 ... Mounting portion 37 ... Sliding fastening portion 38 ... Rotating support portion 41 ... Cam shaft 42 ... Cam body 48 ... Cam 54 ... Rotating handle 64 ... Case 68 ... Display means 70 ... Setting unit 73 ... Angle sensor 76 ... Detecting unit 81 ... Tilt display 86 ... Tip detecting unit 92 ... Board surface 93 ... curtain plate 95 ... impact support 96 ... pushing spring 97 ... pushing member 100 ... Degrees Total 108 ... conversion table 116 ... end surface 117 ... positioning marks 118 ... graduation plate 119 ... guide projection 120 ... graduation

Claims (12)

In the fixed frame of Pachinko Island and the mounting frame that is installed inside this fixed frame and mounts the pachinko stand, the upper part of the mounting frame can be tilted in the front-rear direction, and the inclination provided in the upper part of both frames It consists of an adjustment device and an inclination measurement display device that measures and displays the inclination of the pachinko machine by placing the detector on the pachinko machine or the mounting frame of the pachinko machine, and adjusting the inclination while checking the inclination of the pachinko machine with the inclination measurement display device An apparatus for mounting a pachinko machine, wherein the apparatus is operated to set the pachinko machine to a predetermined inclination. In the fixed frame of Pachinko Island and the mounting frame that is installed inside this fixed frame and mounts the pachinko stand, the upper part of the mounting frame can be tilted in the front-rear direction, and the inclination provided in the upper part of both frames An adjustment device, a setting unit for setting the inclination required by the pachinko machine, and a display unit for emitting a light or sound signal when the setting part matches the set inclination, are provided on the pachinko machine or the mounting frame of the pachinko machine. The inclination adjustment device is operated by applying the detector to the tilt adjustment device and the display means informs when the tilt of the pachinko stand reaches the set tilt. The tilt adjustment device is operated to set the pachinko stand. A mounting device for a pachinko machine, characterized in that it is installed in The tilt adjusting device includes a movable member that is fixed to a horizontal beam on the upper part of the mounting frame of the pachinko machine, a fixed member that is fixed to a corresponding part of the movable member on the horizontal beam of the upper frame of the pachinko island, and the movable member. And a cam member that moves the movable member horizontally by connecting the fixed member and an operating portion of the cam member. The movable member has a horizontal end as a mounting portion to the mounting frame, and a standing wall provided at the other end. A cam groove is formed in a gradient shape, and the fixed member has a horizontal part as an attachment part to the fixed frame, a hanging member as a slide fastening part, and a vertical horizontal part that rotates the cam member. The suspension wall is a U-shaped support member that is slidably fixed to the above-described slide fixing portion, and the cam member is a cam bolt that is erected on the rotation support portion of the support member. The cam that is screwed onto the cam bolt and installed horizontally is attached to the movable member. 2. A cam nut that engages with a groove, and the cam bolt has an operation portion on one or both of the upper and lower ends protruding from the rotation support portion, and the operation portion is turned to adjust the inclination of the pachinko machine. The apparatus for mounting a pachinko machine according to claim 2. The tilt adjustment device is configured so that this operation unit faces the horizontal beam above the mounting frame of the pachinko machine and the horizontal beam above the fixed frame of the pachinko island, and the horizontal beam above the mounting frame of the pachinko machine, The upper crosspiece of the pachinko island fixed frame is connected and opened, the pachinko island curtain is opened and the upper operation part is rotated, or the pachinko machine is opened and the lower operation part is turned. The attachment device for a pachinko machine according to claim 3, wherein the attachment device is operated. The attachment device for a pachinko machine according to claim 3, wherein a rotation handle is detachably provided in an operation portion of the inclination adjusting device so as to perform a rotation operation. The tilt measurement display device is provided with a pressing plate that has a resilient action opposite to the detection unit, and the detection frame and the pressing plate sandwich the attachment frame of the pachinko machine and measure the tilt in a temporarily fixed state. 3. A pachinko machine mounting device according to claim 1, wherein the pachinko machine mounting device is displayed. The tilt measurement display device is configured such that the detection unit is a U-shaped, and the U-shaped tip detection unit is in contact with the board surface across the nails of the board surface of the pachinko machine and measures and displays the inclination. The apparatus for mounting a pachinko machine according to claim 2. In the fixed frame of Pachinko Island and the mounting frame that is installed inside this fixed frame and mounts the pachinko stand, the upper part of the mounting frame can be tilted in the front-rear direction, and the inclination provided in the upper part of both frames It is an adjusting device, and this inclination adjusting device is fixed to the movable member fixed to the horizontal beam on the upper part of the attachment frame of the pachinko machine and the corresponding member of the movable member by the horizontal beam on the upper part of the fixed frame of the pachinko island. The movable member comprises a fixed member, a cam member that connects the movable member and the fixed member to move the movable member horizontally, and an operating portion of the cam member. The movable member has one horizontal end as an attachment portion to the mounting frame, and the other end. A cam groove is formed in a gradient on the provided standing wall, and the fixing member has a horizontal part as a mounting part to the fixing frame and a hanging member as a sliding fixing part and a vertical mounting part Is the rotation support part of the cam member, and the hanging wall is the above It consists of a U-shaped support member that is slidably fixed to the slide part in the up-down direction. The cam member is a cam bolt that is erected on the rotation support part of the support member, and a cam bolt that is screwed to the cam bolt and installed horizontally. The cam bolt is made up of a cam nut that engages the cam groove of the movable member, and the cam bolt has one or both of the upper and lower ends protruding from the rotation support portion as an operation portion, and this operation portion is turned to adjust the inclination of the pachinko machine. A pachinko machine mounting device characterized by that. The tilt adjustment device has a horizontal beam above the mounting frame of the pachinko machine so that the operation unit faces the vertical beam of the upper frame of the mounting frame of the pachinko machine and the vertical beam of the upper frame of the fixed frame of Pachinko Island. The upper crosspiece of the pachinko island fixed frame is connected and opened, the pachinko island curtain is opened and the upper operation part is rotated, or the pachinko machine is opened and the lower operation part is turned. The pachinko machine mounting apparatus according to claim 8, wherein the pachinko machine mounting apparatus is operated. 10. The attachment device for a pachinko machine according to claim 8, wherein a rotation handle is detachably provided in an operation portion of the inclination adjusting device so as to perform a rotation operation. 9. The tilt adjusting device according to claim 8, wherein a positioning mark is provided on an end face facing the cam engaged with the cam groove, and an inclination scale plate is provided at an edge of the cam groove in a moving area of the positioning mark. Mounting device. 12. The attachment device for a pachinko machine according to claim 11, wherein the tilt scale plate is movable as a magnet plate along the edge of the cam groove.

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