TWI794754B - Structure of Ball Picking Game Machine - Google Patents

Abstract

The present invention is a structure of a game machine for ball selection, which includes: two side frames; a ball cylinder, which includes a cylinder body with a plurality of cylinder openings and a rotating part; the rotating part is set as a rotating shaft with multiple intervals Arranged turntables, the rotating parts are assembled in the outer cylinder to form a plurality of ball chambers, and the two ends of the rotating shaft are respectively pivoted on the side frames, and the peripheral edges of the two ends of the outer cylinder are respectively assembled with the side frames. Solid body; a chassis body, on which a moving rod with a plurality of levers is arranged, and a power-driven linear slide rail is connected to the moving rod; and a ball assembly, which is arranged on the chassis body in an inclined shape , which includes: a plurality of fairways arranged at intervals for accommodating plural numbers of balls, a lower gliding component and an upper gliding component are arranged at the high point of the ball setting component, the lower gliding component slides a kick-off plate, and the upper gliding component Sliding group 1 upper tee board; the lower tee board is provided with multiple openings, and the upper end of the ball lane is respectively equipped with a sensor seat with a ball-delaying frame; the displacement of the lower tee board is driven by power, so that the opening can be matched or not The tee-off frame should be placed on the fairway; the upper kick-off plate is set between the opening of the cylinder and the ball-delay frame, and the upper tee-off plate is provided with a plurality of through holes, which drive the displacement of the upper tee-off plate with power, so that the through-hole The holes may or may not correspond to the opening of the barrel and the ball frame; each of the driving rods passes through the ball lane from the bottom of the ball setting assembly, so that each of the driving rods can respectively move the numbers located in it along each of the ball lanes Balls, and these numbered balls can be pushed back to the ball room; with the above structure, the ball room uses the annular space to disturb the numbered balls, so that the width is small and the space is small, so that the ball selection game machine can At the same time, more balls with the number can be opened, which can improve the effect of the operator's willingness to purchase.

Description

Structure of Ball Picking Game Machine

The present invention relates to the structure of a ball-selecting game machine, especially a ball-scrambling space that rotates in circles, so as to reduce the width of the ball-holding room, so that the ball-selecting game machine can open more numbered balls at the same time.

Check, the known structure of the ball selection machine includes: a base 10, at least one blower 11 is arranged in the base 10, the air outlet of the blower 11 is provided with some air distribution pipes 12, and the base 10 is provided with a Top plate 101, this top plate 101 is provided with a ventilation through-hole 102; A cabinet 13, is a transparent cover body, and it is provided with a plurality of ball chambers 131, and this ball chamber 131 interiors are respectively provided with plural number balls A, and this cabinet 13 bottoms are provided with a set Ball seat 14, this ball collection seat 14 is provided with some ventilation holes 141 corresponding to the ball chamber 131, and the air distribution pipe 12 is connected with the ventilation holes 141; Ball chamber 131, one end of each of the ball-losing tubes 151 is suspended in the ball chamber 131 for the numbered ball A to enter through the mouth of the ball-losing tube 151, and the two sides above the kick-off device 15 are respectively provided with a corresponding Track groove 152; And a slide cover plate 16, it is provided with some ball out notches 161 corresponding to the ball losing pipe 151, and this slide cover plate 16 is slid to be located at the track groove 152 of this kick-off device 15, makes this slide Cover plate 16 can close this ball losing pipe 151 or make this ball outlet notch 161 correspond to this ball losing pipe 151; Disturb the numbered balls A respectively, so that the numbered balls A can slide through the opening of the upper end of the tube 151 to cooperate with the slide plate 16, so that the numbered balls A can pass through the ball outlet slot 161 and respectively open the numbered balls. Numbered ball A; however, the ball room of the above-mentioned ball selection machine 131 Use the disturbance of the vertical space to kick the ball, so the space needs to have a certain height, length and width to make the number ball A have enough disturbance space, and its length and width usually need to exceed the diameter of four to six number balls A The above can disturb evenly without affecting the fairness of the game, so the cabinet 13 will occupy a large space. The ball selection machine shown in the first figure only has four ball chambers 131. For games with more than one ball, two ball selection machines will be needed to play the game, and the operator will reduce the willingness to purchase the machine under the possibility of increasing the huge purchase cost; Large power but not environmentally friendly will reduce profits and reduce the willingness to purchase for operators, so there is a need for improvement.

The main purpose of the present invention is to solve the above problems, and to provide a ball selection game machine structure. The main purpose of the present invention is to use the ring-shaped ball room to disturb the numbered balls, and the rotating ring-shaped space is equivalent to the space for disturbing the numbered balls. Infinite extension, so the width of the ball room can be reduced and can evenly disturb the numbered balls, so that the game is fair, and because it occupies a small space, the ball selection game machine can open more balls at the same time Numbered balls, operators do not need to purchase multiple ball selection game machines, but can increase the willingness of operators to purchase.

According to the above-mentioned purpose of the present invention, a structure of a game machine for ball selection is provided, which includes: two side frames, which are respectively provided with a shaft seat; a ball cylinder, which includes an outer cylinder body and a rotating part; It has a plurality of barrel openings; the rotating part is set as a rotating shaft with a plurality of axially spaced turntables, and a plurality of radially spaced disturbance strips are arranged between two adjacent turntables, and the rotating part is assembled with gaps In the outer cylinder body, a plurality of ball accommodation chambers corresponding to the openings of the cylinder are formed between the outer cylinder body and each of the turntables. The ball accommodation chambers can accommodate a plurality of numbered balls respectively, and the two ends of the rotating shaft are respectively Pivot set on the shaft seat of the side frame, and receive external power to rotate, and the outer cylinder body The peripheral edges of both ends and the side frames are respectively assembled into one body; a bottom frame body is provided with a moving rod with a plurality of levers on it, and a linear slide rail driven by power is connected to the moving rod to drive the moving rod to slide back and forth ; and a ball assembly, which is installed on the chassis body in an inclined shape, which includes: a plurality of ball lanes arranged at intervals and inclined from top to bottom for accommodating a plurality of balls with the number, the bottom surfaces of the ball lanes are respectively set There are lower slots corresponding to the driving rods, and the top surfaces are respectively provided with upper slots corresponding to the driving rods. A lower sliding assembly and an upper sliding assembly are arranged at the high point of the ball setting assembly. The lower sliding assembly slides Assembling a kick-off board, the upper sliding assembly slides an upper kick-off board; the lower kick-off board is arranged on the upper edge of the fairway, and is provided with a plurality of openings that can respectively correspond to the fairway, and the upper ends of the fairway are respectively An induction seat is provided, and the induction seat has a ball stagnation frame that can respectively correspond to the opening above the opening of the lower kick plate; the ball setting assembly is provided with a first driving belt with power and a second driving belt with power, And the lower kick plate is connected to the first drive belt, so that the first drive belt drives the lower kick plate to move left and right, so that the opening can correspond to or not correspond to the lagging frame and the ball lane of the induction seat; The kicker plate is set between the cylinder opening of the ball cylinder and the ball-delaying frame of the induction seat, and is provided with a plurality of through holes which can respectively correspond to the cylinder opening and the ball-delaying frame at the same time. The upper kicking plate is connected to the The second drive belt drives the upper kick plate to move left and right, so that the through hole can correspond to or not correspond to the barrel opening and the ball blocking frame; Slots, fairways and upper notches, so that each lever can move the numbered balls in it from bottom to top along each fairway, and push these numbered balls back to the ball room.

In one embodiment of the present invention, the ball setting assembly includes: a lower plate body, which is recessed with a plurality of ball grooves arranged at intervals and inclined from top to bottom, and the lower sectional groove is formed in each of the ball grooves. The lower sliding assembly is arranged at the high point of each of the ball grooves; and the induction seat is provided at the upper end of each of the ball grooves; plural points Not corresponding to the U-shaped channel of the ball groove, the top of the U-shaped channel is respectively provided with a notch; The board body and the upper board body make the ball grooves and U-shaped grooves respectively form the ball lanes, and the upper board body is penetrated with these upper slits, each of which has a slit on the top of the upper slit, and The upper slide assembly is arranged between the high point of the upper cut-away groove and the lower plate body.

In one embodiment of the present invention, the induction seat includes an upper seat and a lower seat, and the lower seat is assembled under the upper seat, so that a transverse groove is formed between the upper seat and the lower seat for the lower tee ball to pass through. plate, the upper seat has the stagnant ball frame, the lower seat is provided with a curved surface corresponding to the bottom of the opening, and a groove is provided on the curved surface corresponding to the driving rod, and the notch corresponds to the induction seat arc surface.

In one embodiment of the present invention, the width of the U-shaped channel is smaller than the sum of the diameters of the two number balls.

In one embodiment of the present invention, wherein the lower slide assembly includes a plurality of first lower limit wheels and a plurality of second lower limit wheels, the lower opening is slidingly assembled between the first lower limit wheels and the second lower limit wheels. The ball plate; the upper sliding assembly includes a plurality of first upper limit wheels arranged on the lower plate body and a plurality of second upper limit wheels arranged on the upper plate body, between the first upper limit wheel and the second upper limit wheel The slider should hit the kickoff board.

In one embodiment of the present invention, one end of the rotating shaft is provided with a driven wheel, and one side of the chassis body is provided with a driving motor with a transmission belt, and the transmission belt is wound around the driven wheel so that the driving motor drives the rotating member turn.

In one embodiment of the present invention, the outer cylinder body is provided with an openable or closed cylinder cover.

In one embodiment of the present invention, a plurality of side paddles arranged at intervals are arranged on opposite surfaces of the turntable.

In one embodiment of the present invention, wherein the two side edges of the chassis body are respectively provided with a track piece, and the track pieces slide a sliding seat respectively, and the moving rod is straddled between the two sliding seats, and the sliding seat and the moving bar are arranged along The track piece slips.

In one embodiment of the present invention, wherein the lower kick plate is provided with a lower connecting piece, and is connected to the first drive belt by the lower connecting piece; the upper kicking plate is provided with an upper connecting piece, and is connected The upper connecting piece is connected to the second drive belt.

With the above-mentioned structure, the ball room uses the annular space to disturb the numbered balls so that the width is small and occupies a small space, so that the ball selection game machine can open more numbered balls at the same time, which can increase the willingness of the operator to purchase The effect.

A: number ball

10: base

101: top plate

102: ventilation holes

11: Blower

12: Split duct

13: Chassis

131: ball room

14: Ball set

141: ventilation hole

15: Kick-off device

151: Losing tube

152: track groove

16:Sliding cover

161: Out of the ball slot

20: side frame

201: shaft seat

21: Spherical cylinder

22: Outer cylinder body

221: barrel opening

222: cylinder cover

23: rotating parts

24: Shaft

241: passive wheel

25: turntable

251: side paddle

252: disturbance bar

26: Ball room

30: chassis body

31: Drive motor

311: drive belt

32: track piece

33: sliding seat

34: Move rod

341: Lever

35: Linear slide rail

40: Ball set assembly

41: Lower plate body

411: ball groove

412: Lower cut groove

413: First drive belt

414: Second drive belt

42: Lower sliding component

421: The first lower limit wheel

422: The second lower limit wheel

43: Lower kickoff board

431: opening

432: Lower connecting piece

44:Induction seat

441: The seat

4411:Stick ball box

442: take a seat

4421: curved surface

4422: Groove

443: Cross slot

45: Medium plate body

451: U-shaped channel

4511: notch

46: Upper plate body

461: Upper cut groove

4611: cutout

47: Set the fairway

48: Upper sliding component

481: The first upper limit wheel

482: The second upper limit wheel

49: Upper kickoff board

491: Through hole

492: Upper connecting piece

Figure 1 is a conventional three-dimensional exploded view; Figure 2 is an exploded three-dimensional view of the present invention; Figure 3 is a three-dimensional view of the spherical cylinder of the present invention; Figure 4 is an exploded three-dimensional view of the ball assembly of the present invention; Figure 5 It is a schematic plan view in which the opening of the lower kick plate of the present invention does not correspond to the stagnation frame; Figure 6 is a schematic plan view in which the through hole of the upper kick plate of the present invention does not correspond to the stagnation frame; Figure 7 is the upper opening of the present invention The through hole of the ball plate is a schematic plan view corresponding to the ball stagnation frame; Figure 8 is a schematic plan view of the opening of the lower kick-off plate of the present invention corresponding to the ball stagnation frame; Figure 9 is a schematic diagram of the present invention to make the rotating member rotate to disturb the numbered ball sectional view; Figure 10 is a schematic cross-sectional view of the opening of the cylinder of the present invention in an open state; Figure 11 is a schematic cross-sectional view of the sensor seat of the present invention reading numbered ball information; Figure 12 is a schematic diagram of the present invention's numbered ball falling on the curved surface and rolling towards the alley Sectional view; Fig. 13 is a schematic sectional view of the bottom of the closed ball frame of the present invention; Fig. 14 is a schematic sectional view of the present invention in which the lever pushes the numbered balls upwards to push the numbered ball frame; Fig. 15 is a schematic sectional view in which the lever of the present invention pushes the numbered balls Return to the schematic cross-sectional view of the ball chamber.

In order to make your review committee have a better understanding of the present invention, hereby give a preferred embodiment and cooperate with the drawings, as follows in detail:

Please refer to Figures 2 to 15, a structure of a ball game machine, which includes: two side frames 20, which are respectively provided with a shaft seat 201; a ball cylinder 21, which includes an outer cylinder body 22 and a rotating member 23; There are a plurality of cylinder openings 221 below the outer cylinder body 22, and the outer cylinder body 22 is provided with a cylinder cover 222 that can be opened or closed; Each opposite surface of the turntable 25 is provided with a plurality of side paddles 251 arranged at intervals, and a plurality of radially spaced disturbance strips 252 are arranged between two adjacent turntables 25, and the rotating member 23 is assembled with gaps. In the outer cylinder body 22, a plurality of ball-holding chambers 26 corresponding to the cylinder openings 221 are formed between the outer cylinder body 22 and each of the turntables 25, and the ball-holding chambers 26 can accommodate a plurality of numbered balls A respectively. , and the two ends of the rotating shaft 24 are respectively pivotally assembled on the shaft seat 201 of the side frame 20, one end of the rotating shaft 24 is provided with a driven wheel 241, and the peripheral edges of the two ends of the outer cylinder body 22 are respectively assembled into one body with each of the side frames 20 A bottom frame body 30, one side is provided with a driving motor 31 with a transmission belt 311, and the transmission belt 311 is wound around the driven wheel 241, so that the driving motor 31 drives the rotating member 23 to rotate; the bottom frame body 30 both sides Edges are respectively provided with a track piece 32, and the track piece 32 slides a sliding seat 33 respectively, and the two sliding seats 33 are straddled and have a plurality of The moving rod 34 of the driving rod 341, the moving rod 34 is connected with a power-driven linear slide rail 35 to drive the sliding seat 33 and the moving rod 34 to slide back and forth along the track member 32; and a ball assembly 40 is formed It is obliquely arranged on the chassis body 30, and it includes: a lower plate body 41, which is recessed with a plurality of ball grooves 411 arranged at intervals and inclined from top to bottom, and each of the ball grooves 411 is provided with a corresponding The slot 412 under the driving lever 341 is arranged with a lower sliding assembly 42 at the high point of each ball groove 411. The lower sliding assembly 42 includes a plurality of first lower limit wheels 421 and a plurality of second lower limit wheels 422. A kick-off plate 43 is slidingly assembled between the lower limiting wheel 421 and the second lower limiting wheel 422; the lower kick-off plate 43 is provided with a plurality of openings 431 that can respectively correspond to the ball grooves 411, and each of the ball grooves 411 An induction seat 44 is provided on the top, and the induction seat 44 includes an upper seat 441 and a lower seat 442, and the lower seat 442 is set under the upper seat 441, so that a crossing groove 443 is formed between the upper seat 441 and the lower seat 442 for passing through. Set the lower kick plate 43, the upper seat 441 has a ball-delaying frame 4411 corresponding to the top of the opening 431, the lower seat 442 is provided with an arc 4421 corresponding to the bottom of the opening 431, and on the arc 4421 is provided with a groove 4422 respectively corresponding to the driving lever 341; and, the lower plate body 41 is provided with a first driving belt 413 of a power and a second driving belt 414 of a power, and the lower driving board 43 There is a lower connecting piece 432, and the lower connecting piece 432 is connected to the first driving belt 413, so that the first driving belt 413 drives the lower kick plate 43 to move left and right, so that the opening 431 can correspond to or not The stagnant ball frame 4411 and the arc surface 4421 of the induction seat 44; a middle plate body 45, which is arranged on the lower plate body 41 at intervals, and a plurality of U-shaped grooves corresponding to the ball grooves 411 are penetrated through the middle plate body 45 Road 451, the top of the U-shaped channel 451 is respectively provided with a notch 4511 corresponding to the curved surface 4421 of the induction seat 44, and the width of the U-shaped channel 451 is less than the sum of the diameters of the two number balls A; and an upper plate body 46, which are arranged on the middle plate body 45 at intervals, in the lower plate body 41, the middle plate body 45 and the upper plate body 46 after combination, each of the ball grooves 411 and U-shaped grooves 451 forms a The fairway 47 for accommodating a plurality of numbered balls A, and the upper board body 46 is provided with holes corresponding to the driving rods 341 respectively. Upper slits 461, each of which has a slit 4611 at the top of each upper slit 461, and an upper sliding assembly 48 is arranged between the high point position of the upper slit 461 and the lower plate body 41, the upper sliding assembly 48 Including a plurality of first upper limit wheels 481 arranged on the lower plate body 41 and a plurality of second upper limit wheels 482 arranged on the upper plate body 46, sliding between the first upper limit wheels 481 and the second upper limit wheels 482 Set an upper kick plate 49, the upper kick plate 49 is provided with a plurality of through holes 491 that can respectively correspond to the ball grooves 411; this upper kick plate 49 is provided with an upper connecting piece 492, and connected Set on the second driving belt 414, so that the second driving belt 414 drives the upper kick plate 49 to move left and right, so that the through hole 491 can correspond to or not correspond to the barrel opening 221 and the ball-delaying frame 4411; The rod 341 passes through the lower sectional groove 412, the U-shaped groove 451 and the upper sectional groove 461 from the bottom of the ball setting assembly 40, so that each of the driving rods 341 can respectively move the balls located therein along each of the ball lanes 47. Numbered balls A, and these numbered balls A can be pushed back to the ball-holding chamber 26; by the above structure, the ball-holding chamber 26 utilizes the annular space to disturb the numbered balls A, and its width is small to occupy a small space, so that The ball selection game machine can open more balls A of the number at the same time, which can increase the willingness of the operator to purchase.

The composition, function and effect of the above-mentioned embodiment are described in detail as follows: please refer to the 2nd to 15th figures, the present invention can be connected with a computer game machine, and at the beginning of use, the first drive belt 413 drives the lower kicker The displacement of the plate 43 makes the opening 431 not correspond to the lagging frame 4411 of the induction seat 44 (as shown in Fig. 5), and the second driving belt 414 drives the displacement of the upper kick plate 49 so that the through hole 491 does not correspond to the lagging ball Frame 4411 (as shown in the 6th figure), and the linear slide rail 35 drives the sliding seat 33 and the moving rod 34 to slide down to the lowest point position of the track member 32, so that the driving rods 341 are located in the ballway 47 Then open the cylinder cover 222 and put multiple groups of these numbered balls A into each of the ball chambers 26 respectively. After closing the cylinder cover 222, the drive motor 31 is rotated, and the transmission belt 311 drives the driven wheel. 241, make the rotating member 23 rotate around the rotating shaft 24, when the rotating member 23 rotates, the disturbance bar 252 These numbered balls A that stir this ball room 26 are irregular stirring or jumping, and can realize the game rule (as shown in the 2nd, 9th figure) of random numbers of ball game machine (as shown in the 9th figure); When kicking off the game, the rotating member 23 still keeps rotating after rotating for a set time, and then the second driving belt 414 drives the upper kicking plate 49 to displace so that the through hole 491 corresponds to the cylinder opening 221 and the ball holding frame 4411 (as shown in the 7th and 10th figures), the tube opening 221 can be opened, and the numbered ball A can make one of the numbered balls A under the random stirring, jumping and gravity influence of the ball chamber 26. A enters the stagnation frame 4411 through the cylinder opening 221 and the through hole 491 of the upper kick plate 49, and then the second driving belt 414 reversely drives the upper kick plate 49 to move to close the tube opening 221 ( As shown in Figure 11), and the induction seat 44 with the induction coil will read the information of the number ball A (inductively reading the information of the number ball is a known technology, so it will not be described in detail here), if there is When the signal is weak or there is a problem, the first drive belt 413 can be used to drive the lower kick plate 43 to move slightly, that is, the opening 431 of the lower kick plate 43 should not correspond to the ball frame 4411, so that the numbered ball A will only shake slightly to change the angle, and has the effect of assisting in correctly reading the information of the ball; when the sensor base 44 finishes reading the information of the numbered ball A, the first driving belt 413 will drive the lower kick plate 43 to move to make the ball A The opening 431 corresponds to the ball frame 4411 and the curved surface 4421 of the induction seat 44 (as shown in the 8th and 12th figures). At this time, the numbered ball A will fall on the curved surface 4421 through the opening 431, by Guided by the curved surface 4421 and influenced by gravity, the numbered ball A rolls toward the ball lane 47, and rolls down along the ball groove 411 and the U-shaped groove 451 until it touches the lever 341 and stops, and then the The first drive belt 413 reversely drives the displacement of the lower kick plate 43 to seal the bottom of the ball-delaying frame 4411 (as shown in the 13th figure), so that the ball is kicked off in sequence, because the width of the U-shaped groove 451 is less than two The sum of the diameters of the numbered balls A, the numbered balls A that are released successively are stacked in a row but staggered in the fairway 47, so that the player can clearly see each numbered ball A and shorten the stacking length to accommodate More effects of the numbered ball A; as the game is kicked off, the numbered balls A in the ball room 26 will gradually decrease If the numbered ball A is moved by the disturbing bar 252, it may be difficult to approach the opening 221 of the tube, which will prolong the kick-off time. At this time, the synchronously rotating side paddle 251 can assist to move the numbered ball A to the opening of the tube. 221 concentration without delaying the effect of the game. When the game is over, firstly, the first drive belt 413 drives the lower kick plate 43 to displace so that the opening 431 corresponds to the lagging frame 4411 and the arc surface 4421 of the induction seat 44, and at the same time, the linear slide rail 35 Start, the linear slide rail 35 drives the moving rod 34 to slide upwards, and the numbered balls A are pushed from the low to the high by the driving rods 341, so that the numbered balls A arrive along the alleyway 47 The arc surface 4421 of the induction seat 44, because of being guided by the arc surface 4421, the numbered balls A are pushed upwards to the stagnant ball frame 4411 of the induction seat 44 (as shown in Figure 14), and its position is also the same. It is below the upper kick plate 49. At this time, the sensor seat 44 senses the presence of the numbered ball A, and then the second drive belt 414 drives the upper kick plate 49 to move so that the through hole 491 corresponds to the barrel opening 221. And stagnant ball frame 4411, although this tube opening 221 is opened, these numbered balls A resist the through hole 491 of this upper kick-off plate 49, make these numbered balls A remaining in this ball chamber 26 also not It will fall and roll out; then the linear slide rail 35 continues to drive the moving rod 34 to slide upwards, so that the driving rods 341 continue to push the numbered balls A to pass through the through hole 491 and the tube opening 221 and again Return to the ball chamber 26 (as shown in Figure 15) until the levers 341 reach the grooves 4422 on the curved surface 4421 respectively, and push the last numbered ball A into the ball At the same time, the second driving belt 414 reversely drives the upper kick plate 49 to move to close the cylinder opening 221, and then the linear slide rail 35 reversely drives the moving rod 34 to slide back to the starting position. start position, and the first drive belt 413 drives the lower kick plate 43 to displace so that the opening 431 does not correspond to the stagnation frame 4411 and the arc surface 4421 of the induction seat 44, and the preparation for the next stage of the game is completed; by the above structure The ball chamber 26 uses the rotating annular space to disturb the numbered balls A, which is equivalent to the infinite extension of the disturbance space, and its width only needs to exceed the diameter of three to four numbered balls A to roll and disturb evenly. It occupies a small space, so that the ball game machine can be used at the same time When more balls with the number A are opened, the operator does not need to purchase multiple ball selection game machines, which can increase the operator's willingness to purchase, and using the drive motor 31 to drive the ball cylinder 21 is more energy-saving and more environmentally friendly.

The above-described embodiments are only preferred embodiments for fully illustrating the present invention, and are not used to limit the features of the present invention. Any re-creation utilizing the technical means and creation principles related to the present invention still belongs to the present invention Equivalent structure creative category.

20: side frame

201: shaft seat

21: Spherical cylinder

22: Outer cylinder body

221: barrel opening

222: cylinder cover

23: rotating parts

24: Shaft

241: passive wheel

25: turntable

30: chassis body

31: Drive motor

311: drive belt

32: track piece

33: sliding seat

34: Move rod

341: Lever

35: Linear slide rail

40: Ball set assembly

413: First drive belt

414: Second drive belt

421: The first lower limit wheel

432: Lower connecting piece

46: Upper plate body

461: Upper cut groove

48: Upper sliding component

481: The first upper limit wheel

482: The second upper limit wheel

49: Upper kickoff board

492: Upper connecting piece

Claims (10)

A structure of a ball selection game machine, which includes: two side frames, which are respectively provided with a shaft seat; a ball cylinder, which includes an outer cylinder body and a rotating part; a plurality of cylinder openings are provided under the outer cylinder body; the rotating part A rotating shaft is provided with a plurality of axially spaced turntables, and a plurality of radially spaced disturbance strips are arranged between two adjacent turntables, and the rotating parts are inserted into the outer cylinder body with gaps, so that A plurality of ball-holding chambers corresponding to the openings of the cylinder are formed between the outer cylinder body and each of the turntables. The ball-holding chambers can respectively accommodate a plurality of numbered balls, and the two ends of the rotating shaft are respectively pivoted on the shaft of the side frame. seat, and receive external power to rotate, and the peripheral edge of the outer cylinder body and each of the side frames are respectively assembled into one body; a bottom frame body, on which a moving rod with a plurality of driving rods is arranged, and the moving rod is connected with a A power-driven linear slide rail drives the moving rod to slide back and forth; and a ball assembly is arranged on the chassis body in an inclined shape, which includes: plural numbers arranged at intervals and inclined from top to bottom for accommodating multiple The numbered ball is placed in the fairway, the bottom surface of the fairway is respectively provided with the lower slots corresponding to the driving rods, and the top surface is respectively provided with the upper slots corresponding to the driving rods, and the high point of the ball setting assembly is arranged A lower gliding assembly and an upper gliding assembly, the lower gliding assembly slides a lower tee board, and the upper gliding assembly slides an upper tee board; the lower tee board is arranged on the upper edge of the fairway, and there are multiple They can correspond to the openings of the fairways respectively, and the upper ends of the fairways are respectively provided with a sensing seat, and the sensing seats have a ball stagnation frame which can respectively correspond to the opening above the opening of the lower kick plate; The first drive belt and a powered second drive belt, and the lower kick plate is connected to the first drive belt, so that the first drive belt drives the lower kick plate to move left and right, so that the opening can correspond to Or it does not correspond to the stagnation frame of the induction seat and the fairway; the upper kick plate is arranged between the cylinder opening of the ball cylinder and the stagnation frame of the induction seat, and there are plural numbers that can respectively correspond to the cylinder opening and the The through hole of the lag frame, the upper kick plate is connected to the second drive belt, so that the second drive belt drives the upper kick plate to move left and right, so that the through hole can correspond to or not correspond to the barrel opening and the stick ball Frame; each of the driving rods passes through the lower cut groove, the fairway and the upper cut groove from the bottom of the ball setting assembly, so that each of the driving rods can be moved from bottom to top along each of the ball setting parts. These numbered balls, and these numbered balls can be pushed back to the ball room. The structure of the ball selection game machine as described in claim 1, wherein the ball setting component includes: a lower plate body, which is concavely provided with a plurality of ball grooves arranged at intervals and inclined from top to bottom, and the ball grooves are inserted through each of the ball grooves. The lower sectional groove, the lower sliding assembly is arranged at the high point of each ball groove; and the induction seat is provided at the upper end of each ball groove; a middle plate is arranged on the lower plate at intervals, the A plurality of U-shaped grooves corresponding to the ball grooves are penetrated through the middle plate, and a notch is respectively provided on the top of the U-shaped grooves; and an upper plate is arranged on the middle plate at intervals. In the lower board body, the middle board body and the upper board body, the ball grooves and the U-shaped grooves are respectively formed into the ball lanes, and the upper board body is penetrated with the upper slits, and the tops of the upper slits respectively have A slit, and the upper sliding assembly is arranged between the high point of the upper slit and the lower plate body. The structure of the ball game machine as described in claim 2, wherein the induction seat includes an upper seat and a lower seat, and the lower seat is assembled under the upper seat, so that a crossing groove is formed between the upper seat and the lower seat for passing through Set the lower kick plate, the upper base has the ball-delaying frame, the lower base is provided with an arc surface corresponding to the bottom of the opening, and the arc surface is provided with a groove corresponding to the lever respectively, and the groove The mouth corresponds to the curved surface of the sensing seat. The structure of the ball game machine according to claim 2, wherein the width of the U-shaped channel is smaller than the sum of the diameters of the two numbered balls. The structure of the ball selection game machine as described in claim 2, wherein the lower slide assembly includes a plurality of first lower limit wheels and a plurality of second lower limit wheels, between the first lower limit wheels and the second lower limit wheels Sliding set the lower kick-off plate; the upper sliding assembly includes a plurality of first upper limit wheels arranged on the lower plate body and a plurality of second upper limit wheels arranged on the upper plate body, the first upper limit wheel and the second upper limit wheel Sliding group should go up kick-off plate between upper limit wheel. The structure of the ball game machine as described in claim 1, wherein one end of the rotating shaft is provided with a driven wheel, and one side of the chassis body is provided with a driving motor with a transmission belt, and the transmission belt is wound around the driven wheel to make the drive The motor drives the rotating member to rotate. According to the structure of the ball game machine described in Claim 1, wherein the outer cylinder body is provided with a cylinder cover which can be opened or closed. According to the structure of the ball-picking game machine described in claim 1, a plurality of side paddles arranged at intervals are provided on each opposite surface of the turntable. The structure of the ball game machine as described in claim 1, wherein the two side edges of the chassis body are respectively provided with a track piece, and the track pieces are respectively slided into a slide seat, and the moving rod is assembled between the two slide seats, and the slide The seat and the moving rod slide along the track. The structure of the ball game machine as described in claim 1, wherein the lower kicking board is provided with a lower connecting piece, and is connected to the first driving belt with the lower connecting piece; the upper kicking board is provided with an upper connecting piece sheet, and connected to the second drive belt with the upper connection sheet.

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