JPH03289982A - Full automatic mah-jong table body - Google Patents

Abstract

PURPOSE:To suppress a bracket for installing the constituting parts of a full automatic mah-jong device to a necessary minimum limit and to reduce the number of parts and the number of assembling processes by integrally forming each support part of a full automatic mah-jong device, a waiting table temporarily supporting built pieces, a body bottom plate part, and frame part on the body side. CONSTITUTION:A guide bar stay 128 and a guide bar support part 129 are erected upwardly from a bottom plate part 101 of a mah-jong table body 1 adjacently to the outside of the two ends of a first waiting table 601a. A guide bar 711 is spanned in parallel to the first waiting table 6a through support metals 709 and 710, and a gate member 712 is slidably engaged with the guide bar 711. A tip support piece 713 of the gate member 712 is suspended downward. Gate pulley stays 130 and 131 are erected upward from the bottom plate part 101 of the mah-jong table body 1 adjacently to guide bar support parts 103 and 104. The bottom plate part 101, side plate parts 102, an opening 103 for inserting a control base board, a middle bottom plate part 104, and side frame parts 105 of the mah-jong table body 1 are integrally injection- molded from ABS resin as a raw material. Thereby, rigidity and strength are improved, and through the decrease of the thickness of the parts, weight and a cost can be reduced.

Description

[Detailed Description of the Invention] The invention is based on the invention of a fully automatic mahjong machine that can build castle tiles on a table board, and a standby that can temporarily support the castle tiles. This invention relates to a fully automatic mahjong table body in which a base, a main body bottom plate part, and a main body side frame part are integrally formed.

In the conventional fully automatic mahjong table, the
As shown in Figures 4A and 5A of Publication No. 088,
Each component of a fully automatic mahjong machine having different heights was installed on a flat bottom plate, a side frame was integrally assembled around the outer periphery of this bottom plate, and a table board was provided on the side frame.

The conventional fully automatic mahjong table described above requires a large number of brackets to install each component, which increases the number of parts and assembly man-hours, resulting in high costs. The increased weight made it inconvenient to transport.

In addition, since the bottom plate and side frame are separate, the 1ull of the desk body
In order to reinforce this, the thickness of the bottom plate and side frame was increased, which also led to an unavoidable increase in weight.

The present invention relates to an improvement of a fully automatic mahjong table that overcomes these difficulties. In a fully automatic mahjong table main body that includes a built-in fully automatic mahjong device that builds up tiles aimed at a standby stand that can temporarily support the
The device is characterized in that the main body bottom plate portion and the main body side frame portion are integrally formed.

In the present invention, as described above, each support part of the fully automatic mahjong machine, the standby stand that can temporarily support the castle tiles, the main body bottom plate part, and the main body side frame part are integrally formed, so that the fully automatic Since the number of brackets for installing each component of the mahjong apparatus can be kept to the minimum necessary, the number of parts and assembly man-hours can be greatly reduced, and costs can be significantly reduced.

Further, in the present invention, since the main body bottom plate portion and the main body side frame portion are integrally formed, the strength and rigidity of the entire automatic mahjong table main body is improved, and the main body can be made thinner. Combined with the reduction in the number of parts, a significant weight reduction can be achieved.

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention illustrated in the drawings will be described below.

The mahjong table main body 1 includes a mold (not shown) that can be divided into upper and lower parts with the plane indicated by x-xvA in FIG. It is molded by injecting ABS citrus into the space surrounded by the four cores for forming the stick holder recess 134 and the cigarette holder recess 135 and foaming it.

(a) General description of the fully automatic mahjong table Before explaining the details of the mahjong table main body 1, the outline of the fully automatic mahjong table will be explained.

As is clear from FIG. 1, a tile storage ball 2 is arranged in the center of the mahjong table main body 1, and this tile storage ball 2
As shown in Figures 15 to 15, there are stirring blades 20 in the center.
4, and a cylindrical side wall 202 that stands up from the bottom plate 201, and fixes the tile storage ball 2 to the mahjong table body 1 of the mahjong table. A bolt hole 208 is formed for this purpose.

The upper edge of the cylindrical side wall 202 is cut diagonally, and stirring blades 204 are provided on the outer periphery of the bottom plate portion 201 in order to sequentially send out the stirred tiles 10.
A tile delivery port 205 is provided adjacent to the lowest part of the board. Also, the circumferential path 2 through which the tiles reach this tile delivery port 205
The cross-sectional shape of the bottom surface of 06 is deformed along the path ε as shown in FIGS. 16 to 18, which are partial cross-sectional views.
A magnet holding part 211 is provided protrudingly from the lower surface of the bottom plate part 201, and a permanent magnet 212 for turning over the tiles is fitted into this magnet holding part 211.

Then, around the inclined upper edge of this cylindrical side wall 202,
A plurality of brackets 207 are provided at equal intervals, and the magnet ring 3 is rotatably attached to the brackets 207 via a ring guide 301.

In the magnet ring 3, a plurality of permanent magnets 302 are arranged in a double circle on a ring body 303 as shown in the figure, and a gear 304 is integrally formed on the outer surface of the ring body 303 as shown in FIG. This gear 304 meshes with a pinion (not shown) connected to a drive source, so that the magnet ring 3 rotates at a peripheral speed slightly higher than the peripheral speed of the stirring blade 204.

As shown in FIG. 15, the bolt 210 passing through the bolt hole 208 provided in the tile storage ball 2 is screwed into the bolt insertion hole 305 of the ring guide 301. is fixed to the bracket 207 of the tile storage ball 2.

Furthermore, the ring guide 301 is made of synthetic resin with a small coefficient of friction.
Since the magnet ring 3 slides on the magnetic ring 3, there is no need for a complicated feeding mechanism as in the prior art, and the generation of noise is also reduced.

The cover ring 4 is located above the magnet ring 3 and is attached to the tile storage pole 2 via the bracket 7) 207. It is formed to have a spiral conveyance path 402 wound around the central conveyance path 40.
2 passes through a heald conveyor 5 and continues to a standby table 6 arranged on the outer periphery.

Further, the cover ring 4 has a side wall 401 that is perpendicular to the inclined running surface of the magnet ring 3, as shown in FIG. 15 in cross section.

Next, the details of the belt conveyor 5 will be explained.
As shown in FIG. 19, the main body 501 of the belt conveyor 5 faces the first standby table straight section 601a, and the mahjong table main body 1
It is integrally attached to the belt conveyor support column 116 of the bottom plate part 101 of
As shown in the figure, rollers 502.
03, 504, and 505 are rotatably pivoted, a conveyor motor 506 is disposed at the lower central part of the conveyor body 501, and a drive roller 507 rotationally driven by the conveyor motor 506 is connected to the roller 504, 505 in the central part. These rollers 502.503.5 are arranged below the middle
04.505.507, a conveyor belt 508 is stretched across the drive roller 5 by the operation of the conveyor motor 506.
07 is rotationally driven, and the upper surface of the feeding heald 508 is fed toward the standby table 6a.

In addition, the standby table 6 has four straight parts 60]a, 601b, 601c, and 601d corresponding to the four sides of the mahjong table main body l.
and these straight parts 601a-601b, 601b-6
01c, 1/4 formed between 601cm601d
These linear standby stands 601. A groove 60 is provided at the center of the corner portion 602 in the width direction.
3 is formed.

Further, as shown in FIG. 21, the straight portion 601a of the first standby table extends over the fixed portion 604, the pivot piece 605, the tile loading side swinging portion 606, and both portions 605 and 606. The pivot piece 605 consists of soft plastic sheet strips 607 affixed to the top surfaces of both sides, respectively.
While the tip of the support claw 609 of the tile carry-in side swinging piece 606 slides on the /4 notch circular arc surface 608, the tile carry-in side swinging piece 606 moves up and down about the ridge corner 610 of the pivot piece 605. It is designed to be able to swing.

Furthermore, a swinging solenoid 611 is disposed below the swinging piece 606 on the side of entering the pot, and a lever 612 is pivotally attached to the movable end of the swinging solenoid 611, and tiles are loaded by turning on the swinging solenoid 611. The side swinging piece 606 is configured to swing upward.

Moreover, as shown in FIG. 29, a pusher arm 613 is pivotally supported on the standby stand 6, and swings in synchronization with the raising and lowering operations of the elevator mechanism 9. A push plate 614 for pushing out the tiles 10 is pivotally attached to the elevator top plate 901 of the elevator mechanism 9.

Moreover, there are tiles 1 on both sides of the corner part 602 of the standby table 6.
A guide wall 615 is provided to stably transport the 0 without falling to the side.

As shown in FIGS. 25 to 28, the standby stand 6
A locking portion 703 is formed at one location on the outer surface of the tying belt 701 that revolves around the tying belt 701, and an arm holder 704 is integrally fitted to this locking portion 703. The tile feeding arm 702 is pivotally mounted along the longitudinal direction of the toothed timing belt 701 via a pin 705, so that the tile feeding arm 702 can be freely raised and lowered.
Permanent magnets 706 and 707 are attached to the arm holder 704 and the first standby stand 6 with the interrogator mechanism 8 in between.
A permanent magnet 708 (see FIG. 12) is attached to a holding part that protrudes upward from the bottom plate part 101 of the mahjong table main body 1 on the opposite side of the mahjong table body 1, and the permanent magnet 706 and the permanent magnet 707 have different polarities in their adjacent parts. The permanent magnet 707 and the permanent magnet 708 are set to have the same polarity in their adjacent portions.

Also, as shown in FIG. 13, the first standby stand 601a
A guide bar support 128 and a guide bar support part 129 are installed above the bottom plate part 101 of the mahjong table main body 1 adjacent to the outer side of both ends.
The guide half 11 is installed in parallel with the first standby table 6a via support fittings 709 and 710, and a gate member 712 is slidably fitted onto this guide bar 711. The receiver piece 713 is suspended downward.

Furthermore, adjacent to the guide bar support parts 103 and 104, the hegate pulley support 1 is located above the bottom plate part 101 of the mahjong table main body 1.
30.131 was planted and this gate pulley support 130
．． 131 Otoko guide bar 711 The gate boo is rotatable around the horizontal axis perpendicular to the guide bar 711.
is pivotally supported, and a gate motor 7 is connected to this gate pulley 715.
16 rotating shafts are directly connected, and gate pulleys 714 and 715
An endless toothed heald 717 is spanned over the gate belt 717, and a gate member 712 is tied to the gate belt 717. By appropriately rotating the gate motor 716 forward and reverse, the waiting stand 6
The number of tiles that should be laid out at each time is adjusted.

In addition, in the tile carry-in mechanism 8, as shown in FIGS. 13 and 20, the tile carry-in motor support part 138 is located on the extension line of the exit side of the belt conveyor 5 and is moved upwardly from the bottom plate part 101 of the mahjong table main body 1. is planted, and this carry-in motor support part 1
Install the motor on 38! The motor mounting plate 801 is removably attached with a screw (not shown), and the belt conveyor 5 is mounted on the upper surface of the plate 801 as shown in FIG.
An end protrusion 802 that receives the tiles 10 at a position opposite to the BM direction, and a side protrusion 803 located on the left side (right side in FIG. 19) with respect to the conveyance direction of the belt conveyor 5 are protruded, A hole 804 shown in the drawing showing the insertion of the motor rotation shaft is formed near the intersection of the protrusions 802 and 803, and the rotation shaft 806 of the carry-in motor 805 passes through this hole 804 from below, and the motor is mounted so that it protrudes onto the plate 801. Second, the seepage motor 805 is attached to the plate 801.

Also, there is a notch 807 in the end protrusion 802 (see Figure 19).
is formed, a reflective sensor (not shown) is attached to this notch 807, and the tile 10 is attached to the end protrusion 802.
When the vehicle is near, the reflective optical sensor turns on and the carry-in motor 805 rotates.

Moreover, a boss portion 809 of a rotary carry-in blade 808 is integrally attached to a rotating shaft 806 of a carry-in motor 805, and this rotary carry-in blade 808 extends in the radial direction from the boss portion 809 and then extends toward the rotation direction side (first side). It is curved in the counterclockwise direction in FIGS. 19 and 23, and further curved in the reverse rotation direction (clockwise in FIG. 19) as it approaches the end.

Furthermore, as shown in FIG. 24, a disk 810 is integrally formed on the upper surface of the rotary carry-in blade 808, and a rotary conveyor blade [height gradually increases downward toward 808] is formed on the lower surface of the disk 810. The tile press with a sloped bottom surface is a protrusion 811.
A plurality of strips are formed, and this disk 810 and the tile pressing are formed by a protrusion 81.
1, the tile pressing is made up of members, and the belt conveyor 5
Therefore, tile 10 is tile denjinki IF! 48 motor is installed on plate 8
01, this tile is pressed so that the tile 10 does not jump up due to the sloped lower surface of the protrusion 811 and is stably carried onto the tile insertion side swinging piece 606 of the standby table 6a. ing.

Further, an elevator mechanism 9 is disposed surrounding the tile storage ball 1 and adjacent to the inside of the waiting stand 6.
consists of four elevator upper plates 901, four elevator lower plates 902, an elevator corner 903 that connects the elevator upper plates 901 and elevator lower plates 902 to each other in a square shape, and rotates vertically upward. An elevator shaft 904 that is screwed into a freely pivoted elevator corner 903, a pulley 905 that is integrally fitted to the elevator shaft 904, and a timing toothed belt 906 for driving the elevator that spans the pulley 905. , a drive pulley (not shown) that can mesh with the outer surface of the timing toothed belt 906 and feed the timing toothed belt 906, a motor (not shown) that drives the drive pulley, and the timing toothed heald 906.
It consists of an idler pulley (not shown) that takes up the slack.

Furthermore, the upper surface of the elevator upper plate 901 is treated with flocking similar to the upper surface of a mahjong table top (not shown), and the elevator lower plate 902 is formed by a U-shaped oil-bottomed ferromagnetic plate material like a needle. Due to the magnetic force between the permanent magnet provided on the lower surface of the elevator upper plate 901 and the ferromagnetic elevator lower Fi, 902, the elevator upper plate 901 is moved to the lower elevator plate 9.
02, and in the attached state, the elevator upper plate 901 is firmly attracted to the elevator lower plate 902.

(b) Detailed description of the mahjong table body 6) and the side plate portion 10.
2, and a side frame part 105 rising from the outer peripheral edge of the middle sole plate part 104.

Further, as shown in FIG. 3, a recess 106 for inserting a control line and a through hole 107 for inserting a power line are formed in the center of the bottom plate part 101, and on the outside thereof, the bottom plate of the tile storage ball 2 is formed. A tile storage ball support 108 for supporting the section 201 is arranged on a diagonal line connecting the four corners of the mahjong table main body 1 and is integrally planted, and the first straight section 6.1a and the fourth straight section 601d are adjacent to each other. A tensioner post 109 is installed adjacent to the tile storage ball post 108 corresponding to the corner.

Furthermore, between the tile storage ball support 108 and the first linear portion 601a, a recess 110 for installing a stirring motor for rotating the stirring blade 204 and a mounting protrusion 111 are formed, and a protrusion 111 for mounting the stirring motor. A raised recess 112 is formed integrally with the bottom plate portion 101 for installing a pivot support member that pivotally supports a bevel gear that meshes with an integral bevel gear and a pulley that is integral with this gear.

Furthermore, the tile storage ball support 108 and the second straight portion 60
1b, a permanent magnet mounting part 113 is formed for inverting the tile 1o in the tile storage ball 2 and directing the surface of the tile 10 downward;
A cylindrical part 114 for discharging point sticks is formed in the side plate part 102 adjacent to 3, and if a point stick is accidentally thrown into the tile storage ball 2, the point stick will be discharged from the point stick discharge hole 403 in the cover ring 4. (See FIG. 15), the mahjong table falls inside the cylindrical portion 114 and is discharged downward from the mahjong table main body 1.

Then, two motor supports 115 for installing the elevator drive motor and the conveyor body 501 of the belt conveyor 5 are installed at the corner of the bottom plate part 201 where the first straight part 601a and the fourth straight part 601d are adjacent. A belt conveyor support column 116 for this purpose is integrally formed.

Furthermore, the side plate portion 102 adjacent to the fourth linear portion 601d is formed with an inner wall portion 117, a mounting opening 118, and a middle bottom plate extension portion 1]9 for mounting a power panel having a power switch. A screw passing through the conveyor body 501 is screwed into the bottom plate extension 119 and the heald conveyor support column 116.

Furthermore, in the middle sole plate portion 104, g! A total of eight upper plate bracket supports 120, two on each side edge adjacent to the J edge.
are integrally protruded upwards, and a ball bearing and a shaft support member for rotatably supporting the elevator shaft 904 are provided near the corners of the substantially square shape in which these eight upper plate support supports 120 are sequentially connected. Shaft support holes 121 for fitting are formed respectively, and the idler pulley of the elevator drive shaft timing toothed belt 906 is pivotally supported near the upper plate support support support 120 adjacent to the motor support support 115 of the fourth straight portion 601d. An idler support hole 122 is formed in the upper plate bracket support column 120 of the elevator mechanism 9, as shown in FIG.
7 is attached with screws, and the upper plate locking notch 616 formed inside the linear standby stand 601 and the upper plate receiving bracket 90
7, when the elevator mechanism 9 is lowered, the elevator upper plate 901 is supported.

Further, a linear standby stand 601 is provided integrally with the mid-sole board 104 at approximately the widthwise center position of each side of the mid-sole board 104 in parallel to the four sides of the mahjong table main body 1, and these are continuously connected. The corner portion 602 is raised so that the pusher arm 613 can be pivoted. A pivot recess 124 for supporting is formed.

Furthermore, a swinging part receiving part 125 is integrally formed below the tip of the swinging part 606 on the tile carrying-in side of the first straight section 601a of the standby table 6 when the swinging part 606 on the tile carrying-in side is lowered horizontally. has been done.

In addition, a tile H feeding arm holding plate 126 for stably standing the tile feeding arm 702 upright closer to the fourth linear portion 601d than the swinging part receiving portion 125 is provided on the middle bottom plate portion 104. A substantially triangular prism-shaped tile paper feeding arm guide piece 27 is provided in a raised manner to allow the feeding arm 702 to smoothly enter the groove 603 of the tile inserting side swinging piece 606 of the straight portion 601a.

Further, the guide bar support 128 described above is arranged outside the tile map feeding arm holding plate 126, and this guide bar support 12
Reference numeral 8 mounts the motor of the tile insertion mechanism 8 and also serves as a support base for the plate 801 , and a guide bar support portion 129 is disposed on the left side of this guide bar column 128 .

Furthermore, the guide bar support 128 and the guide bar support portion 1
A gate pulley support 130 is attached to the side frame portion 105 adjacent to 29.
．． 131 is integrally formed, and each straight portion 601a.

A sensor attachment portion 132 is formed on the right side outer side of 601b, 601c, and 601d.

In addition, table plate support recesses 133 are formed inwardly on both sides of the side frame portion 105 corresponding to the second and fourth linear portions 601b and 601d, and table plate support fittings (not shown) are attached to these table plate support recesses 133. The table plate is attached to the table plate support fitting adjacent to the second linear portion 601b so as to be openable and closable via a hinge (not shown), and the third linear portion 601C of the table plate support fittings adjacent to the fourth linear portion 601d When the table board is opened, a support rod is pivotally attached to the table support metal fitting adjacent to the table board.

Further, on the outer surface of each side frame portion 105, there is formed a dot stick recess 34 in which a dot stick holder is pivotally supported and stored so as to be openable and closable, and a cigarette case recess 135 is formed on the left side of the dot stick recess 34. Notches 136 and 137 are formed in the lower part of the front side of the cigarette case recess 135 for pivotally supporting a dot holder and a cigarette case pivot protrusion (not shown).
．． After the pivot protrusions of the dowel holder and the cigarette holder are secured to the holder 137, a cover (not shown) is attached to cover the peripheries of the holder recess 134 and the cigarette holder recess 135.

Bottom plate part 101 and side plate part 102 of the mahjong table main body 1 of this embodiment
, the control board insertion opening 103, the middle bottom plate 104, and the side frame 105 are integrally injection molded using ABS resin as a raw material, so they have high rigidity and strength, and their wall thickness can be reduced.
It can be used to reduce weight and cost, and the installation location can be easily changed.

Also, a recess 106 for attaching parts related to the tile storage ball 2 in the fully automatic mahjong machine, a through hole 107, a tile storage ball support 108, a tensioner support 109, and a recess 1
10. For installation, use projection 111, raised recess 112, for permanent magnet installation, use base part 113, cylindrical part 114, belt converter 5
Belt conveyor support 1 for mounting related parts
16. Mid-sole plate extension 1] 9 and chest feeding arm holding plate 126 for attaching parts related to the chest feeding mechanism 7, guide bar support 128, guide bar support 129, gate pulley support 130, 131, sensor mounting section 132, and a guide bar support section 128 for mounting parts related to the tile carrying mechanism 8 (this guide bar supporting section 128 serves as a supporting component for both the chest transport mechanism 7 and the tile carrying mechanism 8). ,
A motor support 115, an upper plate support support 120, a shaft support hole 121, and an idler support hole 122 for mounting parts related to the elevator mechanism 9 are integrally formed in the mahjong table main body 1, and as for the standby stand 6. Since it is formed integrally with the mahjong table main body 1 except for moving parts, the number of parts is significantly reduced, the number of processing steps is reduced, and a large cost reduction is possible.

[Brief explanation of drawings]

FIG. 1 is a perspective view of a fully automatic mahjong table equipped with an embodiment of the fully automatic mahjong table main body according to the present invention, and FIG. 2 is a perspective view of the main parts thereof.
Figure 3 is a top view of the main body of the mahjong table, Figure 4 is its bottom view, Figure 5 is a view from the V arrow in Figure 3, Figures 6 to 8 are the ■-■ lines in Figure 3, and ■ 9 and 10 are perspective views of the main parts of the mahjong table main body, and Fig. 11 is a back perspective view of the mahjong table main body, Figure 12 is a plan view of the main part of Figure 2, Figure 13 is its side view, and Figure 14 is a plan view of the main part of Figure 2.
The figure is a plan view of the tile storage ball with the magnet ring attached, and Figure 15 is a plan view of the tile storage ball with the magnet ring and cover ring attached.
16, 17, and 18 are cross-sectional views taken along line XV, XV-XV in FIG. 15, and X■, respectively.
19 is a plan view of the belt conveyor, FIG. 20 is a side view thereof, FIG. 21 is a side view of the main part of the first waiting stand, Fig. 22 is an exploded perspective view thereof, Fig. 23 is a plan view illustrating the operating state of the holder mechanism, Fig. 24 is a rear perspective view of the rotating a-man hazo 808, and Fig. 25 is a timing held and tile arrangement arm. 26 is a plan view thereof, FIG. 27 is a perspective view thereof, FIG. 28 is an exploded perspective view thereof, a cross-sectional view taken along line XXIV-XXrV in FIG. 12 from FIG. 29, Third
Figure 0 is a perspective view of the main parts. 1...Mahjong table body, 2.
... Tile storage ball, 3... Magnet ring, 4...
・Covering, 5... Belt conveyor, 6... Waiting table, 7... Chest transport mechanism, 8... Tile loading mechanism, 9...
...Elevator mechanism, 10...Tile, 101...Bottom plate part, 102...Side plate part, 103...Control board insertion opening, 104...Middle bottom plate part, 105...Side frame Part 1
06... Recessed portion, 107... Through hole, 108... Tile storage ball 109... Tensioner support, 110...
・Concave part, 111...Protrusion for mounting, 112...Protruded concave part, 113...Permanent magnet mounting is for base part, 114...
・Cylinder part, 115...Motor support, 116...Belt conveyor support, 117...Inner wall part, 11B...Mounting opening, 119...Inner bottom plate extension, 120...Upper plate support Metal fitting support, 121... Shaft support hole, 122...
・Antler support hole, 123...notch, 124...
Pivot recess, 125... Swinging part receiving part, 126... Tile carrying arm holding plate, 127... Tile carrying arm guide piece, 128... Guide bar support, 129... Guide bar Support, 130.131... Gate pulley support,
132... Sensor mounting portion, 133... Table plate support recess, 134... Point stick holder recess, 135... Cigarette holder recess, 136... Notch, 137... Notch, 13
8... Carry-in motor support part, 201... Bottom plate part, 202... Cylindrical side wall, 203
... Bracket, 204 ... Stirring blade, 205 ...
・Tile delivery port, 206... Circumferential path, 207...
Bracket, 208... Bolt hole, 209... Bolt mounting hole, 210... Bolt, 211... Magnet holding part, 212... Permanent magnet, 213... Rotating shaft, 2
14... Hole, 301... Ring guide, 302... Permanent magnet, 3
03...Ring body, 304...Gear, 305...
・Bolt insertion hole, 401... Side wall, 402... Conveyance path, 403... Point rod discharge hole, 501... Conveyor body, 502.503.504.505... Roller,
506... Conveyor motor, 507... Drive roller, 508... Conveyance belt, 601... Linear waiting stand, 602... Corner portion, 6
03... Groove portion, 604... Fixed portion, 605... Pivotal portion, 606... Swinging piece on the tile insertion side, 607... Seat strip, 608... 1/4 notch Arc surface, 609・
... Support claw, 610 ... Edge part, 611 ... Swing solenoid, 612 ... Lever, 613 ... Pusher arm, 614 ... Push plate, 615 ... Guide wall, 616 ...・Top plate locking notch, 701... Toothed timing belt, 702... Tile transport arm, 703... Locking part, 704... Arm holder 705... Pin, 706.707.708 ．．・
...Permanent magnet, 709710...Support metal fitting, 711
...Guyver, 712...Gate member, 713...
・Support piece, 714.715...Gate pulley, 716・
...Gate motor, 717...Endless toothed belt 80
1...Motor mounting plate, 802...End protrusion,
803... Side protrusion, 804... Hole, 805...
・Carry-in motor, 806...Rotation shaft, 807...Notch, 808...Rotation torturer feathers, 809...Boss part,
810...Disk, 811...Tile pressing is protrusion, 901...Elevator mechanism, 902...Elevator mechanism, 903...Elevator corner, 904...
・Elehetan Yaft, 905...Pulley, 906・
・・Elehetor drive shaft tie ≧ toothed heald,

Claims (1)

[Claims] Stir the tiles inserted from the center of the fully automatic mahjong table,
In a fully automatic mahjong table main body that incorporates a fully automatic mahjong device that builds up tiles with the tiles facing downward in two levels, upper and lower, and supplies the tiles on the table board, each support part of the fully automatic mahjong device and,
A standby stand that can temporarily support the castle tiles, a bottom plate portion of the main body,
A fully automatic mahjong table main body characterized in that a main body side frame part and a main body side frame part are integrally formed.