CN117982873A - Mahjong machine tile feeding, supporting and pushing mechanism - Google Patents

Abstract

The invention provides a mahjong machine tile feeding, supporting and pushing mechanism, and belongs to the field of mahjong machines. Including card feeding mechanism, hold the tablet mechanism, store up tablet and conveying channel and push away tablet mechanism, hold the tablet mechanism set up between the play tablet end of card feeding mechanism and store up tablet and conveying channel's advance tablet end, hold tablet mechanism including fixing the mount pad on the bottom plate, store up tablet and conveying channel including defeated tablet track, the orbital outside of defeated tablet be equipped with outer fender tablet seat, the orbital inboard of defeated tablet be equipped with interior fender tablet seat, mount pad and defeated tablet track be close to and send the adjacent setting in tablet mechanism one end outside, outer fender seat be the one end of bar and outer fender tablet seat extend and carry tablet track and mount pad locate.

Description

Mahjong machine tile feeding, supporting and pushing mechanism

Technical Field

The invention belongs to the field of mahjong machines, and particularly relates to a mahjong machine tile feeding, supporting and pushing mechanism.

Background

The common mahjong machine basically pushes mahjong tiles onto the lifting plate through the tile pushing head, then the mahjong tiles are pushed onto the table top through the motor electric lifting plate, the whole tile feeding process of the mahjong tiles needs to be carried out through a plurality of steps, a plurality of parts are required to be smoothly connected front and back in a working process of each step, the steps and parts are too many and complicated, once the single parts are damaged, the mahjong machine cannot normally operate, therefore, the mahjong tiles are transported to the table top in a sliding rail type mode in the prior art, the mahjong tiles are sequentially pushed into the storage and conveying channels, after the mahjong tiles with the specified number are placed in the storage and conveying channels, the mahjong tiles are slid onto the table top through the tile pushing mechanism, but in the process, the mahjong tiles need to be guaranteed not to be clamped in the process of being transported to the storage and conveying channels, and the mahjong tiles can smoothly pass through the inlets of the storage and the conveying channels and enter the storage and the conveying channels.

For example, chinese patent discloses a mahjong machine tile feeding mechanism [ application number CN201811294157.4], comprising: the mahjong tile supporting device is used for supporting the shuffled mahjong tiles of the mahjong machine; the tile lifting plate is arranged on one side of the tile bearing device and is used for receiving the mahjong tiles on the tile bearing device and lifting the mahjong tiles to the tabletop of the mahjong machine; the tile pushing plate is arranged on the tile bearing device and is used for pushing the mahjong tiles on the tile bearing device to the tile lifting plate; and the driving system is used for driving the card lifting plate and the card pushing plate to act. The invention has ingenious structure and can lift the square mahjong tiles of the mahjong machine to the tile touch position at one time. The technical scheme provided by the invention is that the mahjong tiles are pushed onto the lifting plate through the tile pushing head, and then the mahjong tiles are pushed to the table top through the lifting plate driven by the motor, and the whole tile feeding process can be clearly seen by combining the drawings of the mahjong tiles, a certain number of parts are needed, and the whole steps are complex.

Disclosure of Invention

The invention aims at solving the problems and provides a mahjong machine tile feeding, supporting and pushing mechanism.

In order to achieve the above purpose, the present invention adopts the following technical scheme:

The mahjong machine tile feeding and pushing mechanism comprises a tile feeding mechanism, a tile bearing mechanism, a tile storage and conveying channel and a tile pushing mechanism, wherein the tile bearing mechanism is arranged between a tile discharging end of the tile feeding mechanism and a tile feeding end of the tile storage and conveying channel, the tile bearing mechanism comprises a mounting seat fixed on a bottom plate, the tile storage and conveying channel comprises a tile conveying track, an outer tile blocking seat is arranged on the outer side of the tile conveying track, an inner tile blocking seat is arranged on the inner side of the tile conveying track, the mounting seat and the tile conveying track are adjacent to each other on the outer side of one end of the tile feeding mechanism, and one end of the outer tile blocking seat, which is in a strip shape, extends out of the tile conveying track and is fixedly arranged on the mounting seat.

In the mahjong machine tile feeding, supporting and pushing mechanism, the side surfaces of the outer tile blocking seat and the inner tile blocking seat, which are close to the tile storage and conveying channel, are respectively provided with an outer side sliding rail surface and an inner side sliding rail surface, the outer side sliding rail surface and the inner side sliding rail surface are arranged along the tile storage and conveying channel, and one end of the outer side sliding rail surface, which is close to the tile supporting mechanism, is bent and extended outwards.

In the mahjong machine tile feeding, supporting and pushing mechanism, two anti-jump raised strips are arranged on the outer slide rail surface, the anti-jump raised strips are arranged along the tile storage and conveying channels, and the distance between the two anti-jump raised strips and the distance between the anti-jump raised strips below and the tile storage and conveying channels are matched with the thickness of the mahjong tiles.

In the mahjong machine tile feeding, supporting and pushing mechanism, the tile supporting mechanism comprises a tile supporting plate and a swinging rod which are horizontally arranged, one end of the swinging rod is connected with the tile supporting plate, the other end of the swinging rod is provided with a counterweight structure, the swinging rod is connected with the mounting seat in a swinging way, the swinging shaft of the swinging rod is horizontally arranged, and a swinging angle limiting structure is arranged between the swinging rod and the mounting seat; the tile bearing plate starts to descend under the gravity action of one mahjong tile when the tile bearing plate bears a second mahjong tile, and descends at least by one mahjong tile height when the tile bearing plate bears two mahjong tiles, and is positioned at the height connected with the tile storage and conveying channel.

In the mahjong machine tile feeding, supporting and pushing mechanism, the mounting seat is provided with a transversely-through swing channel, the swing rod is arranged in the swing channel in a penetrating way, and a swing connecting structure positioned in the swing channel is arranged between the swing rod and the mounting seat; the swing angle limiting structure comprises an upper edge and a lower edge of a channel opening arranged at two ends of the swing channel.

In the mahjong machine tile feeding, supporting and pushing mechanism, the swing connecting structure comprises a support column which is arranged on the swing rod and is transversely arranged, the mounting seat is provided with a support column hole, and the support column is arranged in the support column hole and is rotationally connected with the support column hole; the counterweight structure comprises at least one counterweight body arranged at the other end of the swing rod, and the weight and the number of the counterweight bodies are configured according to the weight of the mahjong tiles.

In the mahjong machine tile feeding, supporting and pushing mechanism, the tile pushing mechanism comprises a tile pushing head, a transmission strip is arranged below the tile storage and conveying channel, the transmission strip is fixed with the tile pushing head, the tile storage and conveying channel is provided with a tile body conveying rail, a groove body extending along the axial direction of the tile body conveying rail is formed in the tile body conveying rail, the tile pushing head can move along the tile storage and conveying channel axially under the driving of the transmission strip, and the tile pushing head is located above the tile storage and conveying channel and extends to the upper side of the tile supporting mechanism on one side of the tile pushing head.

In the mahjong machine tile feeding, bearing and pushing mechanism, the transmission bar is connected with the driver, the driver drives the transmission bar to drive the tile pushing head to reciprocate back and forth to push tiles through positive and negative rotation, and the driver drives the transmission bar to move along the axes of the tile storage and conveying channels after tile feeding is completed to drive the tile pushing head to realize tile feeding.

In the mahjong machine tile feeding, bearing and pushing mechanism, the transmission strip is connected with the driver, the driver drives the transmission strip to drive the tile pushing head to reciprocate back and forth to push tiles through positive and negative rotation, and after the tile feeding is finished, the driver drives the transmission strip to move along the axes of the tile storage and conveying channels to drive the tile pushing head to realize tile feeding, the driver is placed in the driver placement frame, the transmission strip is arranged along the annular circle of the tile storage and conveying channels, and the driver is connected with the transmission strip to drive the transmission strip to operate.

In the mahjong machine tile feeding and bearing tile pushing mechanism, the tile pushing surface is arranged obliquely upwards from bottom to top, the lower part and the middle part of the tile pushing surface are respectively provided with a convex tile pushing surface and a convex tile pushing surface, and the vertical distance between the tile pushing surface and the tile pushing surface is not less than the height of one mahjong tile.

Compared with the prior art, the invention has the advantages that:

1. Because one end of the outer blocking seat extends out of the tile conveying track and the inner blocking seat on the inner side of the tile conveying track, mahjong tiles can be accurately transferred to the tile storage and conveying channel and the tile conveying track under the guiding action of the outer blocking seat and the inner blocking seat, and mahjong tiles are prevented from being blocked and falling.

2. The entrance of the channel formed by the outer side sliding rail surface and the inner side sliding rail surface is arranged in a horn shape, and in the tile pushing process, even if the positions of mahjong tiles are not aligned with the tile conveying track, the mahjong tiles can smoothly enter the tile conveying track and are orderly stacked under the guiding action of the horn mouth inner wall of the channel.

3. The anti-jump raised strips on the upper side are right above the top surface of the top mahjong tile or are propped against the top surface, and the anti-jump raised strips on the lower side are right positioned in the gaps at the side edges of the joint of the two mahjong tiles, so that the problem of arranging the mahjong tiles caused by the jump of the mahjong tiles in the moving process can be effectively prevented.

4. Through the arrangement of the swing rod, the card bearing mechanism does not need to use a motor.

Drawings

FIG. 1 is a schematic overall construction;

FIG. 2 is a schematic view of a mount;

FIG. 3 is an expanded schematic view of FIG. 2;

FIG. 4 is a schematic view of the other direction of FIG. 3;

FIG. 5 is a schematic view of the hidden portion of FIG. 1;

FIG. 6 is a schematic view of the other direction of FIG. 5;

FIG. 7 is a schematic view of a mounting base and a card pushing mechanism;

Fig. 8 is a schematic structural view of the card pushing mechanism.

In the figure: the card feeding mechanism 10, the card bearing mechanism 11, the card storage and conveying channel 12, the card pushing mechanism 13, the mounting seat 15, the card conveying track 16, the outer card blocking seat 17, the inner card blocking seat 18, the outer side sliding rail surface 19, the inner side sliding rail surface 20, the jump preventing convex strip 21, the card bearing plate 22, the swinging rod 23, the counterweight structure 24, the swinging angle limiting structure 25, the swinging channel 27, the swinging connecting structure 28, the upper edge 29, the lower edge 30, the support column 31, the support column hole 32, the counterweight body 33, the card pushing head 34, the conveying strip 35, the card conveying track 36, the groove body 37, the driver placing frame 38, the chain link part 39, the guide groove 41, the guide strip 42, the card pushing surface 43, the lower card pushing surface 44 and the upper card pushing surface 45.

Detailed Description

The invention will be described in further detail with reference to the drawings and the detailed description.

As shown in figures 1-8, a mahjong machine tile feeding, supporting and pushing mechanism comprises a tile feeding mechanism 10, a tile supporting mechanism 11, a tile storage and conveying channel 12 and a tile pushing mechanism 13, wherein the tile supporting mechanism 11 is arranged between a tile discharging end of the tile feeding mechanism 10 and a tile feeding end of the tile storage and conveying channel 12, the tile supporting mechanism 11 comprises a mounting seat 15 fixed on a bottom plate, the tile storage and conveying channel 12 comprises a tile conveying track 16, an outer tile blocking seat 17 is arranged on the outer side of the tile conveying track 16, an inner tile blocking seat 18 is arranged on the inner side of the tile conveying track 16, the mounting seat 15 and the tile conveying track 16 are adjacently arranged near the outer side of one end of the tile feeding mechanism 10, and one end of the outer tile blocking seat 17 extends out of the tile conveying track 16 in a strip shape and is arranged on the mounting seat 15 in a fixing frame.

In this embodiment, the mahjong tiles are transported to the outlet of the tile feeding mechanism 10 and transported to the tile receiving mechanism 11 by the tile feeding mechanism 10, when the mahjong tiles are transported to the tile receiving mechanism 11, the mahjong tiles are blocked by the outer blocking seat 17, the mahjong tiles are prevented from crossing the tile receiving mechanism 11 under the action of inertia and accurately falling onto the tile receiving mechanism 11, then the mahjong tiles are transported to the inlet of the tile storage and transportation channel 12 by the tile receiving mechanism 11, then the mahjong tiles are pushed into the tile storage and transportation channel 12 by the tile pushing mechanism 13, and in the tile pushing process, as one end of the outer blocking seat 17 extends out of the tile transportation track 16 and the inner blocking seat 18 on the inner side of the tile transportation track 16, the mahjong tiles are prevented from being accurately transported to the tile storage and transportation channel 12 and the tile transportation track 16 under the guiding action of the outer blocking seat 17 and the inner blocking seat 18, and the mahjong tiles are prevented from being blocked and falling.

The side of the outer card blocking seat 17 and the side of the inner card blocking seat 18, which are close to the card storage and conveying channel 12, are respectively provided with an outer side sliding rail surface 19 and an inner side sliding rail surface 20, the outer side sliding rail surface 19 and the inner side sliding rail surface 20 are arranged along the card storage and conveying channel 12, and one end of the outer side sliding rail surface 19, which is close to the card bearing mechanism 11, is bent and extended outwards.

In this embodiment, the entrance of the channel formed by the outer side rail surface 19 and the inner side rail surface 20 is in a horn shape, the caliber of the entrance of the channel is larger than the width of the tile conveying track 16, and in the tile pushing process, even if the positions of the mahjong tiles are not aligned with the tile conveying track 16, the mahjong tiles can smoothly enter the tile conveying track 16 and are orderly stacked under the guiding action of the horn mouth inner wall of the channel.

The side slide rail surface 19 on be equipped with two and prevent jumping a sand grip 21, prevent jumping a sand grip 21 along storing up tablet and conveying channel 12 setting, the interval between two prevent jumping a sand grip 21 and the interval between below prevent jumping a sand grip 21 and storing up tablet and conveying channel 12 and the thickness adaptation of mahjong pieces.

In this embodiment, in the moving process of a stack of mahjong tiles pushed to the tile conveying track 16, the jump-preventing raised strips 21 on the upper side are right above the top surface of the top mahjong tile or are propped against the top surface, and the jump-preventing raised strips 21 on the lower side are right located in the gaps on the side edges of the joint of two mahjong tiles, so that the problem of tile arranging caused by the jump of the mahjong tiles in the moving process of the mahjong tiles can be effectively prevented.

The card bearing mechanism 11 comprises a card bearing plate 22 and a swing rod 23 which are horizontally arranged, one end of the swing rod 23 is connected with the card bearing plate 22, the other end of the swing rod is provided with a counterweight structure 24, the swing rod 23 is connected with the mounting seat 15 in a swinging way, the swinging shaft of the swing rod 23 is horizontally arranged, and a swinging angle limiting structure 25 is arranged between the swing rod 23 and the mounting seat 15.

In this embodiment, the swing angle limiting structure 25 is used to limit the swing range of the swing rod 23, the upper limit position of the swing is that the tile bearing plate 22 is just below the tile feeding mechanism 10, so that the tile feeding mechanism 10 can conveniently feed the mahjong tiles onto the tile bearing plate 22, and the lower limit position of the swing is that the tile bearing plate 22 is just flush with the inlet of the tile storage and conveying channel 12, so that the mahjong tiles can be conveniently pushed into the tile storage and conveying channel 12. When the tile-carrying board 22 is not used for carrying the mahjong tiles, the weight of the counterweight structure 24 enables the swinging rod 23 to be positioned at the end part of the tile-carrying board 22 to lift, when the tile-carrying board 22 carries one mahjong tile, the tile-carrying board 22 starts to descend under the action of the gravity of the mahjong tile, and when the tile-carrying board 22 carries a second mahjong tile, the tile-carrying board 22 descends at least by one mahjong tile height, so that the tile-feeding mechanism 10 is convenient for transporting the second mahjong tile to the previous first mahjong tile and stacking the second mahjong tile into a stack, and under the weight of the two mahjong tiles, the swinging rod 23 further swings to enable the tile-carrying board 22 to descend further to the height which is connected with the tile storage and conveying channel 12. The swing rod 23 is arranged on the mounting seat 15 in a swinging way, and the mounting seat 15 plays a role in supporting and stabilizing the swing of the swing rod 23.

The tile supporting plate 22 starts to descend under the gravity action of one mahjong tile when the mahjong tile is supported, the tile supporting plate 22 descends at least by one mahjong tile height when the tile supporting plate 22 supports a second mahjong tile, and the tile supporting plate 22 is positioned at the height connected with the tile storage and conveying channel 12 after the tile supporting plate 22 supports two mahjong tiles.

In this embodiment, when a tile is not placed on the tile carrying board 22, the swing rod 23 is lifted up from the end of the tile carrying board 22 and enables the tile carrying board 22 to be positioned below the tile outlet of the tile feeding mechanism 10, the tile feeding mechanism 10 conveys the tile to the tile outlet and conveys the tile to the tile carrying board 22, when one tile is received, the tile carrying board 22 starts to descend under the gravity action of the tile carrying board 22 and when the tile carrying board 22 receives a second tile, the tile carrying board 22 descends at least by the height of one tile, so that the tile feeding mechanism 10 can conveniently convey the second tile to the previous first tile and stack the tile carrying board 22 into a pile, and under the weight of the two tiles, the swing rod 23 further swings to enable the tile carrying board 22 to descend further to the height engaged with the tile storage and conveying channel 12, and thus the tile stack can be conveniently pushed into the tile storage and conveying channel 12.

The installation seat 15 is provided with a transversely-through swing channel 27, the swing rod 23 is arranged in the swing channel 27 in a penetrating mode, and a swing connecting structure 28 positioned in the swing channel 27 is arranged between the swing rod 23 and the installation seat 15.

In the present embodiment, the swing passage 27 is used for a swing movement space of the swing link 23, the swing link structure 28 is installed inside the mount 15, and the swing link 23 is restricted from being deflected toward both sides in conjunction with the swing passage 27.

The swing angle limiting structure 25 comprises an upper edge 29 and a lower edge 30 which are arranged at the two ends of the swing channel 27.

In this embodiment, the upper edge 29 and the lower edge 30 respectively define an upper limit position and a lower limit position of the swing link 23, when the swing link 23 abuts against the upper edge 29, the card bearing plate 22 is just below the card outlet of the card feeding mechanism 10, and when the swing link 23 abuts against the lower edge 30, the card bearing plate 22 is just at a height engaged with the card storage and conveying channel 12, so that the card receiving and card feeding are more stable.

The swing connection structure 28 comprises a strut 31 which is arranged on the swing rod 23 and is transversely arranged, a strut hole 32 is formed in the mounting seat 15, and the strut 31 is arranged in the strut hole 32 and is rotationally connected with the strut hole 32.

In the present embodiment, the strut 31 functions as a rotation on the one hand, so that the swing rod 23 swings more easily and flexibly, and on the other hand, the strut 31 provides a supporting force and provides stability.

The counterweight structure 24 comprises at least one counterweight body 33 arranged at the other end of the swing rod 23, and the weight and the number of the counterweight bodies 33 are configured according to the weight of the mahjong tiles.

In this embodiment, the weight and the number of the weight bodies 33 can be adjusted and configured according to the weight of the mahjong tiles, and the device can adapt to the mahjong tiles with different weights and has certain adaptability.

The card pushing mechanism 13 comprises a card pushing head 34, a transmission strip 35 is arranged below the card storing and conveying channel 12, the transmission strip 35 is fixed with the card pushing head 34, the card storing and conveying channel 12 is provided with a card conveying rail 36, a groove body 37 extending along the axial direction of the card conveying rail 36 is arranged on the card conveying rail 36, the card pushing head 34 can move along the axial direction of the card storing and conveying channel 12 under the driving of the transmission strip 35, and the card pushing head 34 is positioned above the card storing and conveying channel 12 and one side of the card pushing head 34 extends to the upper part of the card bearing mechanism 11.

In this embodiment, the mahjong tiles are conveyed to the tile supporting mechanism 11, the tile supporting mechanism 11 conveys the mahjong tiles to the entrance of the tile storing and conveying channel 12, then the conveying strip 35 conveys the mahjong tiles through the power source and drives the tile pushing head 34 to axially move along the tile storing and conveying channel 12, at this time, the tile pushing head 34 only moves by a distance of approximately one tile width, so that a stack of mahjong tiles received by the tile supporting mechanism 11 is gradually conveyed to the tile storing and conveying channel 12 until the tile storing and conveying channel 12 stores the specified stack number of mahjong tiles, finally the conveying strip 35 conveys the mahjong tiles through the power source and drives the tile pushing head 34 to axially move along the tile storing and conveying channel 12, at this time, the tile pushing head 34 continuously moves forwards along the tile storing and conveying channel 12 until all mahjong tiles on the tile storing and conveying channel 12 are pushed onto the table top.

The transmission strip 35 is connected with a driver, the driver drives the transmission strip 35 to drive the card pushing head 34 to reciprocate back and forth to push cards, and after the cards are loaded, the driver drives the transmission strip 35 to move along the axis of the card storage and transmission channel 12 to drive the card pushing head 34 to load the cards, the driver is placed in the driver placement frame 38, the transmission strip 35 is arranged along the annular circle of the card storage and transmission channel 12, and the driver is connected with the transmission strip 35 to drive the transmission strip 35 to operate.

In this embodiment, when the mahjong tiles are conveyed into the tile storage and conveying channel 12, the driver drives the conveying strip 35 through forward and backward rotation to drive the tile pushing head 34 to reciprocate back and forth so as to push the mahjong tiles into the tile storage and conveying channel 12 gradually, and when the specified number of mahjong tiles are pushed into the tile storage and conveying channel 12, the driver drives the conveying strip 35 to move along the axis of the tile storage and conveying channel 12 so as to drive the tile pushing head 34 to realize tile feeding.

The lower end of the card pushing head 34 is provided with a chain link part 39, and the chain link part 39 is connected with the transmission bar 35.

In this embodiment, the transmission bar 35 may be a chain, which is disposed at the lower end of the tile pushing head 34, and the chain is located below the tile storing and conveying path 12, so that the chain does not interfere with the tile storing and conveying path 12 and the mahjong tiles during conveying.

The two sides of the chain link part 39 are respectively provided with a guide groove 41, the two sides of the transmission bar 35 are respectively provided with a guide bar 42 which is arranged on the card storage and transmission channel 12 and extends along the axis of the card transmission track 16, and the guide bars 42 are respectively connected with the guide grooves 41 in a sliding way.

In this embodiment, the guide groove 41 and the guide bar 42 play a guiding role in running the transmission bar 35 and limit the transmission bar 35 from swaying left and right, and the "convex" structure formed by the guide groove 41 and the guide bar 42 can limit the transmission bar 35 from swaying up and down, so as to improve stability.

The mahjong tile pushing device is characterized by comprising a tile pushing surface 43, wherein the tile pushing surface 43 is obliquely arranged upwards from bottom to top, a convex tile pushing surface 44 and a convex tile pushing surface 45 are respectively arranged at the lower part and the middle part of the tile pushing surface 43, and the vertical distance between the tile pushing surface 44 and the tile pushing surface 45 is not smaller than the height of one mahjong tile.

In this embodiment, the inclined surface of the tile pushing surface 43 has a guiding function, so that the lower tile is gradually moved to the position corresponding to the tile pushing surface 44 in the tile pushing process, and as the tile pushing portion 40 continues to push, the lower tile and the upper tile respectively abut against the tile pushing surface 44 and the tile pushing surface 45, so that a stack of tiles can be neatly pushed into the tile storing and conveying channel 12.

The specific embodiments described herein are offered by way of example only to illustrate the spirit of the invention. Those skilled in the art may make various modifications or additions to the described embodiments or substitutions thereof without departing from the spirit of the invention or exceeding the scope of the invention as defined in the accompanying claims.

Although the terms of the card feeding mechanism 10, the card bearing mechanism 11, the card storage and delivery path 12, the card pushing mechanism 13, the mount 15, the card delivery rail 16, the outer shoe 17, the inner shoe 18, the outer shoe 19, the inner shoe 20, the jump-preventing protrusion 21, the card bearing plate 22, the swing lever 23, the weight structure 24, the swing angle restricting structure 25, the swing path 27, the swing link structure 28, the upper edge 29, the lower edge 30, the stay 31, the stay hole 32, the weight body 33, the card pushing head 34, the transfer bar 35, the card body delivery rail 36, the groove body 37, the driver placement frame 38, the link 39, the guide groove 41, the guide bar 42, the card pushing surface 43, the card pushing down surface 44, the card pushing up surface 45, etc. are used more herein, the possibility of using other terms is not excluded. These terms are used merely for convenience in describing and explaining the nature of the invention; they are to be interpreted as any additional limitation that is not inconsistent with the spirit of the present invention.

Claims (10)

1. The utility model provides a mahjong machine holds tablet pushing equipment, includes and holds tablet mechanism (10), holds tablet mechanism (11), stores up tablet and conveying channel (12) and pushes away tablet mechanism (13), hold tablet mechanism (11) set up and hold between the play tablet end of tablet mechanism (10) and the advance tablet end of storing up tablet and conveying channel (12), its characterized in that, hold tablet mechanism (11) including fixing mount pad (15) on the bottom plate, store up tablet and conveying channel (12) including conveying tablet track (16), the outside of conveying tablet track (16) be equipped with outer fender tablet seat (17), the inboard of conveying tablet track (16) be equipped with in fender tablet seat (18), mount pad (15) be close to the setting of the one end outside of delivering tablet mechanism (10) with conveying tablet track (16), outer fender tablet seat (17) be the bar and one end of outer fender tablet seat (17) extend and conveying tablet track (16) and mount pad are located on mount pad (15).

2. The mahjong machine tile feeding, supporting and pushing mechanism according to claim 1, wherein the side surfaces of the outer tile blocking seat (17) and the inner tile blocking seat (18) close to the tile storage and conveying channel (12) are respectively provided with an outer side sliding rail surface (19) and an inner side sliding rail surface (20), the outer side sliding rail surface (19) and the inner side sliding rail surface (20) are arranged along the tile storage and conveying channel (12), and one end of the outer side sliding rail surface (19) close to the tile bearing mechanism (11) is bent and extended outwards.

3. The mahjong machine tile feeding, supporting and pushing mechanism according to claim 2, wherein two anti-jump raised strips (21) are arranged on the outer side sliding rail surface (19), the anti-jump raised strips (21) are arranged along the tile storage and conveying channel (12), and the distance between the two anti-jump raised strips (21) and the distance between the lower anti-jump raised strips (21) and the tile storage and conveying channel (12) are matched with the thickness of the mahjong tiles.

4. A mahjong machine tile feeding, supporting and pushing mechanism according to any one of claims 1-3, characterized in that the tile supporting mechanism (11) comprises a tile supporting plate (22) and a swinging rod (23) which are horizontally arranged, one end of the swinging rod (23) is connected with the tile supporting plate (22), the other end is provided with a counterweight structure (24), the swinging rod (23) is connected with the mounting seat (15) in a swinging way, the swinging shaft of the swinging rod (23) is horizontally arranged, and a swinging angle limiting structure (25) is arranged between the swinging rod (23) and the mounting seat (15); the tile bearing plate (22) starts to descend under the gravity action of one mahjong tile when the mahjong tile is held, the tile bearing plate (22) descends at least by one mahjong tile height when the tile bearing plate (22) holds a second mahjong tile, and the tile bearing plate (22) is positioned at the height connected with the tile storage and conveying channel (12) after the tile bearing plate (22) holds two mahjong tiles.

5. A mahjong machine tile feeding, supporting and pushing mechanism according to any one of claims 1-3, wherein the mounting seat (15) is provided with a transversely penetrating swing channel (27), the swing rod (23) is arranged in the swing channel (27) in a penetrating way, and a swing connecting structure (28) positioned in the swing channel (27) is arranged between the swing rod (23) and the mounting seat (15); the swing angle limiting structure (25) comprises an upper edge (29) and a lower edge (30) of a channel opening arranged at two ends of the swing channel (27).

6. The mahjong machine tile feeding, supporting and pushing mechanism according to claim 5, wherein the swinging connection structure (28) comprises a support column (31) which is arranged on the swinging rod (23) and is transversely arranged, the mounting seat (15) is provided with a support column hole (32), and the support column (31) is arranged in the support column hole (32) and is rotationally connected with the support column hole; the counterweight structure (24) comprises at least one counterweight body (33) arranged at the other end of the swing rod (23), and the weight and the number of the counterweight bodies (33) are configured according to the weight of the mahjong pieces.

7. A mahjong machine tile feeding and supporting tile pushing mechanism according to any one of claims 1-3, wherein the tile pushing mechanism (13) comprises a tile pushing head (34), a transmission strip (35) is arranged below the tile storing and conveying channel (12), the transmission strip (35) is fixed with the tile pushing head (34), the tile storing and conveying channel (12) is provided with a tile body conveying rail (36) and a groove body (37) extending along the axial direction of the tile body conveying rail (36), the tile pushing head (34) can move along the tile storing and conveying channel (12) axially under the driving of the transmission strip (35), and the tile pushing head (34) is positioned above the tile storing and conveying channel (12) and one side of the tile pushing head (34) extends to the top of the tile supporting mechanism (11).

8. The mahjong machine tile feeding, supporting and pushing mechanism according to claim 7, wherein the transmission bar (35) is connected with a driver, the driver drives the transmission bar (35) to drive the tile pushing head (34) to reciprocate back and forth to push tiles, and when the tile feeding is completed, the driver drives the transmission bar (35) to move along the axis of the tile storage and transmission channel (12) to drive the tile pushing head (34) to feed tiles, the driver is placed in the driver placement frame (38), the transmission bar (35) is arranged along the annular circle of the tile storage and transmission channel (12), and the driver is connected with the transmission bar (35) to drive the transmission bar (35) to operate.

9. The mahjong machine tile feeding, supporting and pushing mechanism according to claim 8, wherein the lower end of the tile pushing head (34) is provided with a chain link part (39), and the chain link part (39) is connected with the transmission strip (35); guide grooves (41) are respectively formed in two sides of the chain link part (39), guide strips (42) which are arranged on the card storage and conveying channel (12) and extend along the axis of the card conveying track (16) are respectively arranged on two sides of the conveying strip (35), and the guide strips (42) are respectively connected with the guide grooves (41) in a sliding mode.

10. The mahjong machine tile feeding and supporting tile pushing mechanism according to claim 8, wherein the tile pushing part (40) is provided with a tile pushing surface (43), the tile pushing surface (43) is arranged obliquely upwards from bottom to top, the lower part and the middle part of the tile pushing surface (43) are respectively provided with a convex tile pushing surface (44) and a convex tile pushing surface (45), and the vertical distance between the tile pushing surface (44) and the tile pushing surface (45) is not smaller than the height of one mahjong tile.