CN113633961A - Magnetic seesaw tile stacking method and mute mahjong machine and tile stacking device applied by same - Google Patents

Abstract

The invention discloses a magnetic seesaw tile stacking method and a tile stacking device, wherein a swingable seesaw tile bearing plate and a magnetic device are arranged on the tile stacking device, the magnetic device controls the seesaw tile bearing plate to be positioned at a first inclined tile receiving position to receive a first mahjong tile under the condition of no other third-party external force through the adsorption or repulsion of magnetic force, and controls the seesaw tile bearing plate to be positioned at a second tile receiving position to receive a second mahjong tile under the resultant force of the first mahjong tile after receiving the first mahjong tile and subtracting the magnetic force from the self gravity of the first mahjong tile. The mahjong machine can effectively control the impact noise between the mahjong tiles during the mahjong tile stacking process, improves the experience of the mahjong machine, does not need to change the mahjong tile stacking working mode in the existing mahjong machine, and is low in improvement cost.

Description

Magnetic seesaw tile stacking method and mute mahjong machine and tile stacking device applied by same

Technical Field

The invention relates to a magnetic seesaw tile stacking method in an automatic mahjong machine and a mute mahjong machine and a tile stacking device applied to the method.

Background

Chinese patent publication No. CN 111991796a and No. CN 2020108453024 disclose a seesaw stacking method and a stacking device for a mahjong machine, in which a seesaw shaft which does not perform a settling motion and a seesaw bearing plate which can swing around the seesaw shaft are arranged on the stacking device, and a reciprocating mechanism of the stacking device is adopted to directly drive the seesaw bearing plate to swing obliquely, so that the reciprocating mechanism moves to form the oblique swing of the seesaw bearing plate, and the seesaw bearing plate is formed to bear falling mahjong tiles at different oblique angles. The lever principle is adopted, the small movement of the reciprocating mechanism forms large inclined swing of the seesaw support plate, different inclined angles of the seesaw support plate are formed to support fallen mahjong tiles, and meanwhile, the swing noise of the reciprocating mechanism is reduced.

Disclosure of Invention

The technical problem solved by the invention is as follows: in order to further reduce the problems of stacking noise and swinging deflector rod operation noise of a stacking mechanism in the existing mahjong machine, the stacking device is simple in assembly, reduces assembly accessories and can reduce noise in the stacking process, and meanwhile, the stacking device with the inclination angle simply changed is steep firstly and then flat or steep firstly and then slow.

The invention is realized by adopting the following technical scheme: the magnetic seesaw stacking method is characterized in that a seesaw holding plate capable of obliquely swinging is arranged on a stacking device, the seesaw holding plate is provided with a first oblique card receiving position and a second card receiving position, the first oblique card receiving position and the second oblique card receiving position are used for stacking a first mahjong card and a second mahjong card, and the magnetic seesaw stacking method is characterized in that: the magnetic device controls the seesaw tile bearing plate to be located at a first inclined tile receiving position to receive a first mahjong tile under the condition that no other third party external force exists through the adsorption or repulsion of magnetic force, and controls the seesaw tile bearing plate to be located at a second tile receiving position to receive a second mahjong tile under the resultant force of the first mahjong tile after receiving the first mahjong tile and subtracting the magnetic force from the self gravity of the first mahjong tile.

When the first lower pressure is greater than the second lower pressure, the other end of the seesaw-bearing board tilts upwards and stops at the first inclined mahjong receiving position, after receiving the first mahjong, the self gravity of the first mahjong also acts at the other end of the seesaw-bearing board to increase the second lower pressure, and when the first lower pressure is less than the second lower pressure, the other end of the seesaw-bearing board moves downwards and stops at the second mahjong receiving position to receive the second mahjong; when the magnetic device generates repulsive force through magnetic force, the repulsive force acts on one end of the seesaw-bearing board to form first lower pressure, or acts on the other end of the seesaw-bearing board to form first upper lifting force, the self gravity of the other end of the seesaw-bearing board acts on the other end of the seesaw-bearing board to form second lower pressure, when the first lower pressure is greater than the second lower pressure or the first upper lifting force is greater than the second lower pressure, the other end of the seesaw-bearing board tilts and stops at the first inclined mahjong receiving position, after receiving the first mahjong, the self gravity of the first mahjong also acts on the other end of the seesaw-bearing board to increase the second lower pressure, and when the first lower pressure is less than the second lower pressure or the first upper lifting force is less than the second lower pressure, the other end of the seesaw-bearing board moves downwards and stops at the second mahjong receiving position to receive the second mahjong; the inclined angle of the first inclined mahjong receiving position is larger than that of the second mahjong receiving position, and the magnetic device and the gravity of the first mahjong form a seesaw board for receiving fallen mahjong at different inclined angles by utilizing the lever principle.

The invention also discloses a mahjong stacking device, which comprises a mechanism mounting body, wherein a seesaw bearing board capable of obliquely swinging is arranged on the mechanism mounting body, the seesaw bearing board is provided with a first oblique mahjong receiving position and a second mahjong receiving position for stacking a first mahjong and a second mahjong, and the mahjong stacking device is characterized in that: the magnetic seesaw stacking method can be realized according to claim 1 or 2, and further comprises a magnetic device, wherein the magnetic device controls the seesaw support plate to be located at a first inclined tile receiving position to receive a first mahjong tile under the condition of no other external force through the adsorption or repulsion of magnetic force, and controls the seesaw support plate to be located at a second tile receiving position to receive a second mahjong tile under the resultant force of the first mahjong tile after receiving the first mahjong tile and subtracting the magnetic force from the self gravity of the first mahjong tile.

Further, the magnetic device comprises a first magnetic magnet block and a second magnetic magnet block or a common iron block, the first magnetic magnet block and the corresponding second magnetic magnet block or the first magnetic magnet block and the corresponding common iron block are respectively arranged on the swing seesaw bearing board and the non-swing mechanism mounting body, when adsorption force is generated between the first magnetic magnet block and the corresponding second magnetic magnet block or between the first magnetic magnet block and the corresponding common iron block, the adsorption force acts on one end of the seesaw bearing board to form first lower pressure, self gravity of the other end of the seesaw bearing board acts on the other end of the seesaw bearing board to form second lower pressure, when the first lower pressure is greater than the second lower pressure, the other end of the seesaw bearing board is upwards tilted and stopped at the first inclined mahjong receiving position to receive the first mahjong, the self gravity of the first mahjong also acts on the other end of the seesaw-bearing board to increase the second lower pressure, and when the first lower pressure is smaller than the second lower pressure, the other end of the seesaw-bearing board moves downwards and stops at the second mahjong receiving position to receive the second mahjong.

Further, the magnetic device comprises a first magnetic magnet block and a second magnetic magnet block, the first magnetic magnet block and the corresponding second magnetic magnet block are respectively arranged on the swing seesaw-bearing board and the non-swing mechanism mounting body, when repulsive force is generated between the first magnetic magnet block and the corresponding second magnetic magnet block, the repulsive force acts on one end of the seesaw-bearing board to form first lower pressure or acts on the other end of the seesaw-bearing board to form first upper lifting force, the self gravity of the other end of the seesaw-bearing board acts on the other end of the seesaw-bearing board to form second lower pressure, when the first lower pressure is greater than the second lower pressure or the first upper lifting force is greater than the second lower pressure, the other end of the seesaw-bearing board tilts to stop at the first inclined board-connecting position, after the first mahjong is received, the self gravity of the first mahjong also acts on the other end of the seesaw-bearing board to increase the second lower pressure, when the first lower pressure is smaller than the second lower pressure or the first lifting force is smaller than the second lower pressure, the other end of the seesaw-bearing board moves downwards and stops at the second mahjong receiving position to bear a second mahjong.

Further, the magnetic device comprises a first magnetic magnet block, the original seesaw holding plate is also provided with an original tile attracting magnet, the first magnetic magnet block is arranged on the mechanism mounting body which does not swing, when repulsion force is generated between the first magnetic magnet block and the corresponding original tile attracting magnet, the repulsion force acts on one end of the seesaw tile bearing plate to form first uplifting force, the self gravity of the end of the seesaw support plate acts on the end of the seesaw support plate to form a first lower pressure, when the first uplifting force is larger than the first downward pressure, one end of the seesaw-shaped tile bearing plate tilts upwards and stops at the first inclined tile receiving position to bear the first mahjong tile, the self gravity of the first mahjong also acts on the end of the seesaw-bearing board to increase the first lower pressure, when the first lifting force is smaller than the first downward pressure, the back end of the seesaw-shaped card-bearing plate moves downward and stops at the second card-receiving position to bear a second mahjong card.

Furthermore, the mechanism mounting body is also provided with a first inclined card receiving position and a second card receiving position angle limiter.

Furthermore, the inclination angle of the seesaw-shaped mahjong support plate for receiving the first mahjong is 2-60 degrees, the inclination angle of the seesaw-shaped mahjong support plate for receiving the second mahjong is 0-58 degrees, and the inclination angle of the seesaw-shaped mahjong support plate for receiving the second mahjong is smaller than or equal to the inclination angle of the seesaw-shaped mahjong support plate for receiving the first mahjong.

The mahjong tile stacking device is characterized by further comprising a tile blocking seat arranged on one side of the seesaw-shaped tile bearing plate, wherein a tile blocking inclined plane and a correcting inclined plane are arranged on one side of the lower position close to the seesaw-shaped tile bearing plate, the tile blocking inclined plane is in contact with the side face of a mahjong tile in the stacking process of the seesaw-shaped tile bearing plate and the mahjong tile, the correcting inclined plane is in transitional connection with the top of the tile blocking inclined plane and is reversely inclined towards one side of the seesaw-shaped tile bearing plate relative to the tile blocking inclined plane, and the correcting inclined plane corrects the mahjong tile in the aligning process that the seesaw-shaped tile bearing plate changes the inclination angle of the mahjong tile to be aligned with the tile pushing piece and the tile channel or the transitional inclined plane pushed by the tile pushing piece.

The invention discloses a mute mahjong machine capable of realizing the magnetic seesaw stacking method.

The invention discloses a mute mahjong machine comprising the tile stacking device.

The invention replaces a tile bearing reciprocating mechanism with an added magnetic device on the basis of a tile bearing structure of the existing automatic mahjong machine, the magnetic device controls a seesaw tile bearing plate to be positioned at a first inclined tile receiving position to receive a first mahjong tile under the condition of no other external force of a third party through the adsorption or repulsion of magnetic force, and controls the seesaw tile bearing plate to be positioned at a second tile receiving position to receive a second mahjong tile under the resultant force of the first mahjong tile after receiving the first mahjong tile and subtracting the magnetic force from the self gravity of the first mahjong tile. The mahjong machine can effectively control the impact noise between the mahjong tiles during the mahjong tile stacking process, improves the experience of the mahjong machine, does not need to change the mahjong tile stacking working mode in the existing mahjong machine, and is low in improvement cost.

In conclusion, the mahjong tile stacking device can effectively control the impact noise between mahjong tiles and the tile bearing seat (the patent is changed into a seesaw tile bearing) and between the mahjong tiles and the mahjong tiles in the mahjong tile stacking process, the mahjong tile stacking device can effectively control the swinging noise caused by the large swinging stroke of the swinging device to be large, the experience feeling of the automatic mahjong machine is improved, the working mode of the mahjong tile stacking in the conventional automatic mahjong machine is not required to be changed, the components of the tile bearing seat, the tile bearing hinge, the limiting support, the reciprocating mechanism upper and lower swinging rods and the like are reduced, the driving cam is simplified as the driving swinging arm, the material of the driving structure is reduced, the size or the swinging stroke of the swinging device can be reduced, the improvement cost is low, and the mahjong tile stacking device can be delivered without debugging.

The invention is further described with reference to the following figures and detailed description.

Drawings

FIG. 1 is a schematic view of a large slant angle of the card stacking apparatus of example 1 ready to receive a first mahjong card.

FIG. 2 is a high slant section view of the stacking apparatus of example 1 ready to receive a first tile.

Fig. 3 is a schematic view of a driving swing arm in the deck-folding device in embodiment 1.

FIG. 4 is a schematic view of the card stacking apparatus of embodiment 1 receiving a first mahjong card.

FIG. 5 is a schematic view of the mahjong stacking apparatus in embodiment 1 receiving a second mahjong tile.

Fig. 6 is a schematic view showing the stacking apparatus of example 1 pushing two mahjong pieces.

FIG. 7 is a schematic view of the card stacking apparatus of embodiment 2 receiving a first mahjong card.

FIG. 8 is a schematic view of the stacking apparatus of embodiment 2 receiving a second mahjong tile.

FIG. 9 is a schematic view of the card stacking apparatus of embodiment 3 receiving a first mahjong card.

FIG. 10 is a schematic view of the mahjong stacking apparatus according to embodiment 3 receiving a second mahjong tile.

Fig. 11 is a schematic view of a mounting body of the card folding device in embodiment 4.

Fig. 12 is a schematic view of a card stacking apparatus according to embodiment 4.

Fig. 13 is a schematic view of a card stacking apparatus according to embodiment 4.

Reference numbers in the figures: 1-mounting a body; 2-a magnetic device; 21-a first magnetic magnet block; 22-a second magnetic magnet block; 23-common iron blocks; 24-original tile attracting magnet; 3-a seesaw support board; 4-driving the swing arm; 5-pushing the card; 51-a tile pushing slider; 6-card channel; 61-a transition bevel; 7-identifying the cards and controlling light; 8-a card blocking seat; 81-block the inclined plane of the card; 82-correcting the inclined plane; 91-first mahjong tile; 92-a second mahjong tile; 10-angle stop.

Detailed Description

Example one

Referring to fig. 1-6, a card folding device is shown as an embodiment of the present invention, the card stacking device is arranged between the card pushing piece 5 and the card channel 6 (in the embodiment, the card channel 6 is the upper surface of the mechanism mounting body 1), and comprises a mechanism mounting body 1, a seesaw-shaped board-supporting plate 3 and a magnetic device 2 which can obliquely swing are arranged on the mechanism mounting body 1, the magnetic device 2 comprises a first magnetic magnet block 21, and further comprises a second magnetic magnet block 22, the first magnetic magnet block 21 is arranged on the mechanism mounting body 1, the second magnetic magnet block 22 is arranged on the swing seesaw board 3, the seesaw-shaped card-holding plate 3 is provided with a first inclined card-receiving position and a second inclined card-receiving position for stacking a first mahjong card 91 and a second mahjong card 92, the mechanism mounting body 1 is also provided with a first inclined card receiving position and a second card receiving position angle limiter 10. When the first magnetic magnet piece 21 and the corresponding second magnetic magnet piece 22 generate the attraction force therebetween, the adsorption force acts on one end (the end close to the card recognition light control 7 in the embodiment) of the seesaw support plate 3 to form a first downward pressure, the self gravity of the other end of the seesaw support plate 3 acts on the other end (the end far away from the card recognition light control 7 in the embodiment) of the seesaw support plate 3 to form a second downward pressure, when the first lower pressure is larger than the second lower pressure, the other end of the seesaw-bearing board 3 tilts upwards and is limited by the angle limiter 10 and stops at the first inclined card receiving position, after a first mahjong tile 91 is received, the gravity of the first mahjong tile 91 also acts on the other end of the seesaw-supporting board 3 to increase the second lower pressure, when the first lower pressure is lower than the second lower pressure, the other end of the seesaw-shaped card-supporting plate 3 moves downwards and is limited by the other angle limiter 10, and then stops at the second card-receiving position to support a second mahjong card 92. The magnetic device 2 controls the seesaw-supporting plate 3 to be at a first inclined plate receiving position to receive a first mahjong tile 91 without other external force through the absorption of magnetic force, and controls the seesaw-supporting plate 3 to be at a second plate receiving position to receive a second mahjong tile 92 through the resultant force of the first mahjong tile 91 after receiving the first mahjong tile 91 and subtracting the magnetic force from the self gravity of the first mahjong tile 91.

The mahjong stacking device comprises a mechanism body 1, a magnetic device 2, a seesaw support plate 3, a mahjong pushing device is arranged beside the mahjong stacking device, the mahjong pushing device and the mahjong stacking device share one mechanism body, the mahjong pushing device further comprises a driving swing arm 4, a mahjong pushing slide block 51 and a mahjong pushing piece 5, the mahjong pushing slide block 51 and the mahjong pushing piece 5 are fixedly connected into a whole, the driving swing arm 4 drives the mahjong pushing slide block 51 and the mahjong pushing piece 5 to push mahjong in a reciprocating mode, when the mahjong pushing piece 5 is opened, a first mahjong tile 91 can fall on the seesaw support plate 3, when the other end of the seesaw support plate 3 moves downwards, a second mahjong tile 92 can fall on the first mahjong tile 91, the seesaw support plate 3 driven by the magnetic device 2 changes the inclination angle between the mahjong pushing piece 5 and the mahjong tile track 6, and the seesaw support plate 3 is controlled to be sequentially stacked and move to be aligned with the mahjong track 6, the mahjong pieces stacked on the seesaw-supporting plate 3 are pushed into the mahjong channel 6 by the mahjong piece pushing piece 5 to be stacked.

Specifically, the mechanism body 1 in this embodiment is hinged to the seesaw-supporting board 3, so that the magnetic device 2 drives the seesaw-supporting board 3 to tilt and swing, and the seesaw-supporting board 3 is formed to support the fallen mahjong tiles at different tilt angles. When a first mahjong tile falls on the seesaw-shaped tile bearing plate 3 in a horizontal posture, the first mahjong tile firstly contacts with the high position of the seesaw-shaped tile bearing plate 3 and then falls on the low position of the seesaw-shaped tile bearing plate, compared with the surface of the horizontal tile bearing plate with the same height, the high position of the inclined seesaw-shaped tile bearing plate 3 reduces the fall when the mahjong tile falls, changes the tile falling posture that the mahjong tile impacts the tile bearing surface by the whole plane, and reduces the impact noise between the mahjong tile and the seesaw-shaped tile bearing plate.

In order to further reduce the impact noise between the mahjong tiles and the seesaw support plate 3, a layer of noise reduction flannelette can be paved on the surface of the seesaw support plate 3.

This embodiment also reduces the impact noise between two stacked tiles. The process is the same as the process of the first mahjong tile falling on the seesaw-supporting board 3, when the first mahjong tile falls on the seesaw-supporting board 3, the first mahjong tile and the seesaw-supporting board are placed on the seesaw-supporting board 3 in parallel, the seesaw-supporting board is changed to be a gentle inclination angle, the top surface of the mahjong tile and the seesaw-supporting board are parallel to form the inclined seesaw-supporting board of the second mahjong tile which is stacked, the same principle is adopted, when the second mahjong tile falls horizontally, the inclined seesaw-supporting board firstly contacts the high position of the top surface of the first mahjong tile and then falls on the top surface of the first mahjong tile integrally, the fall of the mahjong tiles is reduced through the inclined surface, and the stacking impact noise between the mahjong tiles is reduced.

In the mahjong stacking device in the embodiment, mahjong tiles are obliquely stacked on the seesaw-shaped mahjong support plate, the inclination angle is preferably 0-60 degrees, the inclination angle of the seesaw-shaped mahjong support plate when the seesaw-shaped mahjong support plate receives a first mahjong tile is 2-60 degrees, the inclination angle of the seesaw-shaped mahjong support plate when the seesaw-shaped mahjong support plate receives a second mahjong tile is 0-58 degrees, and the inclination angle of the seesaw-shaped mahjong support plate when the seesaw-shaped mahjong support plate receives the second mahjong tile is smaller than or equal to the inclination angle when the seesaw-shaped mahjong support plate receives the first mahjong tile. And the playing card stacking device is close to the playing card blocking seat on the lower side of the seesaw holding plate for limiting, and cannot slide off from the seesaw holding plate. As described above, the seesaw support 3 of the present embodiment has two positions of receiving a card at a large tilt angle, stacking a card at a small tilt angle, and aligning and pushing a card.

Referring to fig. 1 and 6, the present embodiment adopts a light-operated tile identifying structure, in which a tile identifying light control 7 (a reflection/a receiving light eye) is shown, the tile identifying light control 7 is used for identifying a second mahjong tile 92, and the working principle is as follows: the mahjong stacking mechanism stops at the position where the first mahjong tile 91 is received to wait for the coming mahjong tile, namely the seesaw tile bearing plate 3 stops at the first inclined mahjong tile receiving position to receive the mahjong tile, after the first mahjong tile 91 arrives, the seesaw tile bearing plate 3 is adjusted to the second mahjong tile receiving position to receive the second mahjong tile 92, after the second mahjong tile arrives, the second mahjong tile is identified by the tile identifying light control 7, and then the tile pushing piece 5 is controlled to push the stacked mahjong tiles to the tile channel 6 or push the stacked mahjong tiles to the tile channel 6 through the transition inclined plane 61.

With further reference to fig. 1-2 and fig. 4-6, the stacking device in the figures is a preferred improved embodiment of the present invention based on the first embodiment, in the embodiment of the conventional mahjong machine, the mahjong tiles stacked on the seesaw-bearing plate are limited by the housing blocking seat of the stacking device near the lower side of the seesaw-bearing plate, so as to prevent the inclined mahjong tiles from sliding off the seesaw-bearing plate. However, in the process that the mahjong tiles on the seesaw support plate are pushed to the mahjong tile channel by the mahjong tile pushing piece, because the mahjong tiles are in an inclined state, a certain dislocation difference is formed between the two stacked mahjong tiles, the mahjong tiles are easy to impact the mahjong tile channel and the side walls on the two sides of the mahjong tile channel, and the problems of new impact noise and instability of the mahjong tile pushing are caused.

In order to solve the above problems, the mahjong stacking device of the embodiment further comprises a mahjong blocking seat 8 for limiting and righting mahjong tiles on the seesaw tile bearing plate, as shown in fig. 6, the mahjong blocking seat 8 is arranged on one side of the lower position of the seesaw tile bearing plate 3 and is fixedly arranged relative to the mechanism mounting body, and a mahjong blocking inclined surface 81 for limiting mahjong tiles on the seesaw tile bearing plate and a correcting inclined surface 82 for righting the mahjong tiles in the inclination angle changing process are arranged on the side surface, close to the seesaw tile bearing plate 3, of the mahjong blocking seat 8.

The mahjong blocking inclined plane 81 is obliquely arranged relative to the vertical plane, the oblique direction of the mahjong blocking inclined plane 81 and the oblique direction of the seesaw holding plate 3 are the same circumferential direction, the seesaw holding plate and the mahjong blocking inclined planes on the mahjong blocking seat are inclined along the counterclockwise direction by taking the lower position of the seesaw holding plate as the center, and the inclination angle of the mahjong blocking inclined plane 81 relative to the vertical plane is not more than the maximum inclination angle of the seesaw holding plate, so that the mahjong blocking inclined plane 81 can limit mahjong tiles on the seesaw holding plate and can not change the inclination state of the mahjong tiles on the seesaw holding plate. When the lowest position of the tile blocking inclined plane 81 is to ensure that the seesaw tile bearing plate is obliquely connected with the second mahjong tile 92, the side surface of the first mahjong tile 91 on the seesaw tile bearing plate can be effectively contacted with the tile blocking inclined plane 81, and the top of the tile blocking inclined plane 81 is to ensure that the seesaw tile bearing plate is obliquely connected with the second mahjong tile 92, the top of the side surface of the second mahjong tile 92 can be effectively contacted with the top of the tile blocking inclined plane 81, so that the mahjong tiles can be effectively limited, and the inclination angle of the mahjong tiles on the seesaw tile bearing plate cannot be changed.

The correcting inclined plane 82 extends and is arranged at the top of the card blocking inclined plane 81 and is in transition connection with the card blocking inclined plane 81. The correcting inclined plane 82 is reversely inclined towards one side of the seesaw-shaped mahjong-supporting plate 3 relative to the mahjong-blocking inclined plane 81 and forms a reverse inclined plane with the mahjong-blocking inclined plane 81, so that in the process of adjusting the inclination angle of the seesaw-shaped mahjong-supporting plate 3, the side surface of each mahjong tile contacts the correcting inclined plane 82, the mahjong tiles in the inclined state on the seesaw-shaped mahjong-supporting plate are righted to be in a vertically stacked state by the correcting inclined plane 82, the mahjong tiles stacked on the seesaw-shaped mahjong-supporting plate are aligned with the mahjong tile pushing piece 5 and the mahjong tile channel 6 pushed by the mahjong tile pushing piece, and collision between the mahjong tiles and the mahjong tile channel in the process of pushing the mahjong tiles onto the mahjong tile channel by the mahjong tile pushing piece from the seesaw-shaped mahjong-supporting plate is avoided. The correcting inclined plane 82 is in arc transition connection with the mahjong blocking inclined plane 81, and the mahjong tiles are smoother and more silent in the process of transition from the mahjong blocking inclined plane 81 to the contact of the correcting inclined plane 82 in the process of adjusting the inclination angle.

The specific working principle of the card blocking seat 8 of the embodiment is as follows:

when the first mahjong tile 91 falls on the seesaw support board 3 and the second mahjong tile 92 falls on the first mahjong tile 91, the two mahjong tiles are inevitably staggered because of the existence of the seesaw support board, and the staggered difference of the two mahjong tiles is reduced because of the tile blocking inclined plane 81 on the tile blocking seat 8 and the tile blocking inclined plane 81 inclined along the seesaw support board; when the seesaw support plate 3 adjusts the inclination angle, the second mahjong tile 92 is firstly straightened through the correction inclined plane 82, the dislocation difference between the two mahjong tiles is reduced after the two mahjong tiles are straightened, and the two stacked mahjong tiles are straightened to be in a relatively vertical stacked state, so that the phenomenon that the obliquely dislocated mahjong tiles impact the inner walls of the two sides of the tile channel to generate new impact noise is avoided, and the unstable factor of the mahjong tiles in the inclined state during the tile pushing process is also reduced.

When the mechanism is influenced by the card type and the inclination angle, the seesaw support plate can be designed into a single-side seesaw support plate (namely, a hinge shape) by the extreme design, but the seesaw shaft does not perform the settling motion and directly drives the seesaw support plate to obliquely swing by adopting a magnetic device, and the embodiment and the subsequent embodiments are not explained one by one.

When the mechanism is influenced by the type and the inclination angle of the mahjong, the seesaw bearing plate can be designed into a reverse single-side seesaw bearing plate (namely a hinge shape) or a reverse seesaw bearing plate in an extreme design, when a first mahjong is connected, the other end of the seesaw is close to the mahjong blocking seat, (the other end of the seesaw is the end far away from the mahjong blocking seat in the embodiment) but the seesaw shaft does not do the settlement movement and directly drives the seesaw bearing plate to obliquely swing by adopting a magnetic device, and the embodiment and the subsequent embodiments are not explained one by one.

In the embodiment, the angle of inclination is large when the first mahjong tile is connected, the angle of inclination is small when the second mahjong tile is connected, or the angle of inclination is large when the first mahjong tile is connected, and the angle of inclination is horizontal when the second mahjong tile is connected; this embodiment and the subsequent embodiments are not described one by one.

Example two

Referring to fig. 7 to 8, a card stacking device in the figures is a specific implementation of the present invention, and the difference between the embodiment and the embodiment is that the magnetic device 2 includes a first magnetic magnet block 21 and a second magnetic magnet block 22 in a mutually exclusive state, the card stacking device is disposed between the card pushing member 5 and the card guide 6, the card stacking device includes a mechanism mounting body 1, a teeterboard 3 and a magnetic device 2 are disposed on the mechanism mounting body 1, the magnetic device 2 includes the first magnetic magnet block 21 and the second magnetic magnet block 22, the first magnetic magnet block 21 is mounted on the mechanism mounting body 1, the second magnetic magnet block 22 is mounted on the teeterboard 3, the teeterboard 3 is provided with a first inclined card receiving position and a second card receiving position for stacking a first mahjong card 91 and a second mahjong card 92, the mechanism mounting body 1 is also provided with a first inclined card receiving position and a second card receiving position angle limiter 10. When a repulsive force is generated between the first magnetic magnet block 21 and the corresponding second magnetic magnet block 22, the repulsive force acts on one end (the end close to the card recognition light control 7 in the embodiment) of the seesaw-bearing plate 3 to form a first downward pressure, the self gravity of the other end of the seesaw-bearing plate 3 acts on the other end (the end far away from the card recognition light control 7 in the embodiment) of the seesaw-bearing plate 3 to form a second downward pressure, when the first downward pressure is greater than the second downward pressure, the other end of the seesaw-bearing plate 3 tilts up and is limited by the angle limiter 10 and stops at the first inclined card receiving position (see fig. 7), after receiving the first mahjong tile 91, the self gravity of the first mahjong tile 91 also acts on the other end of the seesaw-bearing plate 3 to increase the second downward pressure, and when the first downward pressure is less than the second downward pressure, the other end of the seesaw-bearing plate 3 moves down and stops at the second card receiving position after being limited by the other angle limiter 10 92 (see fig. 8, where the first tile 91 is omitted and not shown). The magnetic device 2 controls the seesaw-supporting plate 3 to be at a first inclined card receiving position to receive a first mahjong tile 91 without other external force through repulsion of magnetic force, and controls the seesaw-supporting plate 3 to be at a second card receiving position to receive a second mahjong tile 92 through resultant force of the first mahjong tile 91 after receiving the first mahjong tile 91 and subtracting the magnetic force from self gravity of the first mahjong tile 91.

The other steps are the same as those of the first embodiment.

EXAMPLE III

Referring to fig. 9-10, the card stacking apparatus shown in the figures is a specific embodiment of the present invention, and the difference between the embodiment and the embodiment is that the magnetic apparatus 2 comprises a first magnetic magnet block 21 and a common iron block 23 in an attracting state, the card stacking apparatus is arranged between the card pushing member 5 and the card guide 6, the card stacking apparatus comprises a mechanism mounting body 1, a seesaw supporting plate 3 and a magnetic apparatus 2 which can obliquely swing are arranged on the mechanism mounting body 1, the magnetic apparatus 2 comprises the first magnetic magnet block 21 and the common iron block 23, the first magnetic magnet block 21 is arranged on the mechanism mounting body 1, the common iron block 23 is arranged on the swinging seesaw supporting plate 3, (the mounting positions can be interchanged) the seesaw supporting plate 3 is provided with a first oblique card receiving position and a second card receiving position for stacking a first mahjong tile 91 and a second mahjong tile 92, the mechanism mounting body 1 is also provided with a first inclined card receiving position and a second card receiving position angle limiter 10. When an attractive force is generated between the first magnetic magnet piece 21 and the corresponding ordinary iron piece 23, the attraction acts on one end of the seesaw-bearing board 3 (the end close to the card recognition light control 7 in the embodiment) to form a first downward pressure, the self-gravity of the other end of the seesaw-bearing board 3 acts on the other end of the seesaw-bearing board 3 (the end far away from the card recognition light control 7 in the embodiment) to form a second downward pressure, when the first lower pressure is larger than the second lower pressure, the other end of the seesaw-bearing board 3 tilts upwards and is limited by the angle limiter 10 and stops at the first inclined card receiving position, after a first mahjong tile 91 is received, the gravity of the first mahjong tile 91 also acts on the other end of the seesaw-supporting board 3 to increase the second lower pressure, when the first lower pressure is lower than the second lower pressure, the other end of the seesaw-shaped card-supporting plate 3 moves downwards and is limited by the other angle limiter 10, and then stops at the second card-receiving position to support a second mahjong card 92. The magnetic device 2 controls the seesaw-supporting plate 3 to be at a first inclined plate receiving position to receive a first mahjong tile 91 without other external force through the absorption of magnetic force, and controls the seesaw-supporting plate 3 to be at a second plate receiving position to receive a second mahjong tile 92 through the resultant force of the first mahjong tile 91 after receiving the first mahjong tile 91 and subtracting the magnetic force from the self gravity of the first mahjong tile 91.

The other steps are the same as those of the first embodiment.

Example four

Referring to fig. 11 to 13, the stacking apparatus shown in the figures is a specific implementation of the present invention, and the difference between the embodiment and the embodiment is that the magnetic apparatus 2 only includes a first magnetic magnet block 21, the first magnetic magnet block 21 is installed below an original tile attracting magnet 24 on a seesaw-shaped tile bearing plate 3, (the original tile attracting magnet 24 installed on the seesaw-shaped tile bearing plate 3 is used for attracting a first fallen mahjong tile 91 to stabilize and keep it from swinging as soon as possible, so as to support a second mahjong tile 92, which is a conventional art), the stacking apparatus is disposed between a tile pushing member 5 and a tile guiding rail 6, the stacking apparatus includes a mechanism installation body 1, the seesaw-shaped tile bearing plate 3 and the magnetic apparatus 2 which can swing obliquely are disposed on the magnet installation body 1, the magnetic apparatus 2 includes a first magnetic magnet block 21, the first magnetic block 21 is installed on the mechanism installation body 1, the seesaw-shaped mahjong support plate 3 is provided with an original attraction magnet 24, a first inclined mahjong receiving position and a second inclined mahjong receiving position which are used for stacking a first mahjong tile 91 and a second mahjong tile 92, and the mechanism installation body 1 is further provided with an angle limiter 10 of the first inclined mahjong receiving position and the second mahjong receiving position. When a repulsive force is generated between the first magnetic magnet block 21 and the corresponding original tile attracting magnet 24, the repulsive force acts on the other end (the end far away from the tile recognizing light control 7 in the embodiment) of the seesaw-supporting plate 3 to form a first lower pressure, the self gravity of the other end of the seesaw support board 3 acts on the other end (the end far away from the card recognition light control 7 in the embodiment) of the seesaw support board 3 to form a second lower pressure, when the first lower pressure is larger than the second lower pressure, the other end of the seesaw-bearing board 3 tilts upwards and is limited by the angle limiter 10 and stops at the first inclined card receiving position, after a first mahjong tile 91 is received, the gravity of the first mahjong tile 91 also acts on the other end of the seesaw-supporting board 3 to increase the second lower pressure, when the first lower pressure is lower than the second lower pressure, the other end of the seesaw-shaped card-supporting plate 3 moves downwards and is limited by the other angle limiter 10, and then stops at the second card-receiving position to support a second mahjong card 92. The magnetic device 2 controls the seesaw-supporting plate 3 to be at a first inclined card receiving position to receive a first mahjong tile 91 without other external force through repulsion of magnetic force, and controls the seesaw-supporting plate 3 to be at a second card receiving position to receive a second mahjong tile 92 through resultant force of the first mahjong tile 91 after receiving the first mahjong tile 91 and subtracting the magnetic force from self gravity of the first mahjong tile 91.

The other steps are the same as those of the first embodiment.

The foregoing is considered as illustrative of the preferred embodiments of the invention and is not to be construed as limiting the invention in any way. Although the present invention has been described with reference to the preferred embodiments, it is not intended to be limited thereto. Those skilled in the art can make numerous possible variations and modifications to the present invention, or modify equivalent embodiments to equivalent variations, without departing from the scope of the invention, using the teachings disclosed above. Therefore, any simple modification, equivalent change and modification made to the above embodiments according to the technical spirit of the present invention should fall within the protection scope of the technical scheme of the present invention, unless the technical spirit of the present invention departs from the content of the technical scheme of the present invention.

Claims (10)

1. The magnetic seesaw stacking method is characterized in that a seesaw holding plate capable of obliquely swinging is arranged on a stacking device, the seesaw holding plate is provided with a first oblique card receiving position and a second card receiving position, the first oblique card receiving position and the second oblique card receiving position are used for stacking a first mahjong card and a second mahjong card, and the magnetic seesaw stacking method is characterized in that: the magnetic device controls the seesaw tile bearing plate to be located at a first inclined tile receiving position to receive a first mahjong tile under the condition that no other third party external force exists through the adsorption or repulsion of magnetic force, and controls the seesaw tile bearing plate to be located at a second tile receiving position to receive a second mahjong tile under the resultant force of the first mahjong tile after receiving the first mahjong tile and subtracting the magnetic force from the self gravity of the first mahjong tile.

2. The magnetic seesaw stacking method as claimed in claim 1, wherein: the magnetic device at least comprises a first magnetic magnet block and a second magnetic magnet block or a common iron block, when the magnetic device generates adsorption force through magnetic force, the adsorption force acts on one end of the seesaw-bearing board to form first downward pressure, the self gravity of the other end of the seesaw-bearing board acts on the other end of the seesaw-bearing board to form second downward pressure, when the first downward pressure is greater than the second downward pressure, the other end of the seesaw-bearing board upwarps and stops at a first inclined board receiving position, after the first mahjong is received, the self gravity of the first mahjong also acts on the other end of the seesaw-bearing board to increase the second downward pressure, and when the first downward pressure is less than the second downward pressure, the other end of the seesaw-bearing board stops moving and receives the second mahjong at a second board receiving position; when the magnetic device generates repulsive force through magnetic force, the repulsive force acts on one end of the seesaw-bearing board to form first lower pressure, or acts on the other end of the seesaw-bearing board to form first upper lifting force, the self gravity of the other end of the seesaw-bearing board acts on the other end of the seesaw-bearing board to form second lower pressure, when the first lower pressure is greater than the second lower pressure or the first upper lifting force is greater than the second lower pressure, the other end of the seesaw-bearing board tilts and stops at the first inclined mahjong receiving position, after receiving the first mahjong, the self gravity of the first mahjong also acts on the other end of the seesaw-bearing board to increase the second lower pressure, and when the first lower pressure is less than the second lower pressure or the first upper lifting force is less than the second lower pressure, the other end of the seesaw-bearing board moves downwards and stops at the second mahjong receiving position to receive the second mahjong; the inclined angle of the first inclined mahjong receiving position is larger than that of the second mahjong receiving position, and the magnetic device and the gravity of the first mahjong form a seesaw board for receiving fallen mahjong at different inclined angles by utilizing the lever principle.

3. Fold tablet device, including mechanism's installation body, be equipped with the seesaw that can incline the swing on mechanism's installation body and hold the tablet board, the seesaw holds the tablet board and is equipped with first slope and connects tablet position and second to connect the tablet position to be used for piling up first mahjong piece and second mahjong piece, its characterized in that: the magnetic seesaw stacking method can be realized according to claim 1 or 2, and further comprises a magnetic device, wherein the magnetic device controls the seesaw support plate to be located at a first inclined tile receiving position to receive a first mahjong tile under the condition of no other external force through the adsorption or repulsion of magnetic force, and controls the seesaw support plate to be located at a second tile receiving position to receive a second mahjong tile under the resultant force of the first mahjong tile after receiving the first mahjong tile and subtracting the magnetic force from the self gravity of the first mahjong tile.

4. The card folding device according to claim 3, wherein: the magnetic device comprises a first magnetic magnet block and a second magnetic magnet block or a common iron block, the first magnetic magnet block and the corresponding second magnetic magnet block or the first magnetic magnet block and the corresponding common iron block are respectively arranged on the swing seesaw-bearing board and the non-swing mechanism mounting body, when adsorption force is generated between the first magnetic magnet block and the corresponding second magnetic magnet block or between the first magnetic magnet block and the corresponding common iron block, the adsorption force is applied to one end of the seesaw-bearing board to form first lower pressure, the self gravity of the other end of the seesaw-bearing board is applied to the other end of the seesaw-bearing board to form second lower pressure, when the first lower pressure is greater than the second lower pressure, the other end of the seesaw-bearing board stops at the first inclined board-connecting position to receive the first mahjong, the self gravity of the first mahjong also acts on the other end of the seesaw-bearing board to increase the second lower pressure, and when the first lower pressure is smaller than the second lower pressure, the other end of the seesaw-bearing board moves downwards and stops at the second mahjong receiving position to receive the second mahjong.

5. The card folding device according to claim 3, wherein: the magnetic device comprises a first magnetic magnet block and a second magnetic magnet block, the first magnetic magnet block and the corresponding second magnetic magnet block are respectively arranged on a swing seesaw-bearing board and a non-swing mechanism mounting body, when repulsive force is generated between the first magnetic magnet block and the corresponding second magnetic magnet block, the repulsive force acts on one end of the seesaw-bearing board to form first lower pressure or acts on the other end of the seesaw-bearing board to form first upper lifting force, the self gravity of the other end of the seesaw-bearing board acts on the other end of the seesaw-bearing board to form second lower pressure, when the first lower pressure is greater than the second lower pressure or the first upper lifting force is greater than the second lower pressure, the other end of the seesaw-bearing board tilts and stops at a first inclined mahjong-receiving position, after a first mahjong is received, the self gravity of the first mahjong also acts on the other end of the seesaw-bearing board to increase the second lower pressure, when the first lower pressure is smaller than the second lower pressure or the first lifting force is smaller than the second lower pressure, the other end of the seesaw-bearing board moves downwards and stops at the second mahjong receiving position to bear a second mahjong.

6. The card folding device according to claim 3, wherein: the magnetic device comprises a first magnetic magnet block, an original sucking magnet is arranged on the original seesaw holding board, the first magnetic magnet block is arranged on the mechanism mounting body which does not swing, when repulsion force is generated between the first magnetic magnet block and the corresponding original tile attracting magnet, the repulsion force acts on one end of the seesaw tile bearing plate to form first uplifting force, the self gravity of the end of the seesaw support plate acts on the end of the seesaw support plate to form a first lower pressure, when the first uplifting force is larger than the first downward pressure, one end of the seesaw-shaped tile bearing plate tilts upwards and stops at the first inclined tile receiving position to bear the first mahjong tile, the self gravity of the first mahjong also acts on the end of the seesaw-bearing board to increase the first lower pressure, when the first lifting force is smaller than the first downward pressure, the back end of the seesaw-shaped card-bearing plate moves downward and stops at the second card-receiving position to bear a second mahjong card.

7. A card folding device according to claim 3, 4, 5 or 6, characterized in that: the mechanism mounting body is also provided with a first inclined card receiving position and a second card receiving position angle limiter.

8. A card folding device according to claim 3, 4, 5, 6 or 7, characterized in that: the inclination angle of the seesaw-shaped mahjong support plate for supporting a first mahjong is 2-60 degrees, the inclination angle of the seesaw-shaped mahjong support plate for supporting a second mahjong is 0-58 degrees, and the inclination angle of the seesaw-shaped mahjong support plate for supporting the second mahjong is smaller than or equal to the inclination angle of the seesaw-shaped mahjong support plate for supporting the first mahjong.

9. A card folding device according to any one of claims 3 to 8, wherein: the mahjong tile correcting device is characterized by further comprising a tile blocking seat arranged on one side of the seesaw tile bearing plate, wherein a tile blocking inclined plane and a correcting inclined plane are arranged on one side of the lower position close to the seesaw tile bearing plate, the tile blocking inclined plane is in contact with the side face of a mahjong tile in the stacking process of the seesaw tile bearing plate and is in transitional connection with the top of the tile blocking inclined plane and is reversely inclined towards one side of the seesaw tile bearing plate relative to the tile blocking inclined plane, and the correcting inclined plane corrects the mahjong tile in the aligning process of changing the inclination angle of the mahjong tile to the tile channel or the transitional inclined plane in pushing of the tile pushing piece and pushing piece pushing of the seesaw tile bearing plate.

10. Silence mahjong machine which characterized in that: the method for stacking the magnetic teeters in the magnetic teeters as claimed in claim 1 or 2 can be realized; or comprising a card folding device according to any one of claims 3-9.

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