Intelligence-promoting breakthrough-breaking toy

Abstract

The utility model discloses an intelligence-promoting breakthrough-breaking toy, which comprises a supporting part, at least one breakthrough-breaking blocking component, a driving component and a breakthrough-breaking moving component, wherein the at least one breakthrough-breaking blocking component is arranged on the supporting part; the driving component is connected with the moving component and drives the moving component; the breakthrough-breaking moving component moves on the breakthrough-breaking blocking component and carries out breakthrough breaking; the moving part is one or more of a transverse moving part, a longitudinal moving part and a rotary moving part; the driving assembly comprises one or more of a transverse driving assembly for driving the movable part to transversely move or swing, a longitudinal driving assembly for driving the movable part to longitudinally move or swing and a rotary driving assembly for driving the movable part to rotate; and a trap mechanism is also arranged on the breakthrough gate assembly. According to the utility model, the transverse moving or swinging moving part, the longitudinal moving or swinging moving part and the rotating moving part in the breakthrough checkpoint can be correspondingly controlled through transverse, longitudinal and rotating operations, so that the breakthrough moving part moves on a preset path to reach the terminal point of each breakthrough checkpoint.

Description

TECHNICAL FIELD

[0001] The utility model relates to a toy field, concretely relates to a wisdom breaking through barrier toy and its play method. BACKGROUND

[0002] The wisdom breaking through barrier toy at present mainly includes two kinds of virtual breaking through barrier toy and entity breaking through barrier toy, wherein, the virtual breaking through barrier toy is mainly realized through electronic display and software, and the entity breaking through barrier toy includes real barrier class breaking through barrier toy, palm mini breaking through barrier toy and card type breaking through barrier toy, and the real barrier class breaking through barrier toy at present has single operation mode, and the barrier play method is less, and cannot satisfy the play demand. UTILITY MODEL CONTENT

[0003] The utility model aims at the shortage of prior art, provides a wisdom breaking through barrier toy and its play method, solves the problems that the wisdom breaking through barrier toy at present has single operation mode, the barrier play method is less, and the play method is simple, and cannot satisfy the play demand.

[0004] The utility model adopts the technical scheme that:

[0005] A wisdom breaking through barrier toy, it includes support part, is equipped with at least one in vertical direction setting breaking through barrier component on support part, is equipped with movable piece in breaking through barrier component, movable piece is connected with drive movable piece drive component, and breaking through barrier mobile piece is moved and is carried out breaking through barrier on breaking through barrier component;Wherein, drive component includes one or more of drive movable piece transverse drive component that drive movable piece transverse movement or swing, drive movable piece longitudinal drive component that drive movable piece longitudinal movement or swing, drive movable piece rotation drive component that drive movable piece rotates;

[0006] The barrier clearance component comprises a first rotating movable element connected with the rotating drive component, which is a rotating wheel, a first inlet element matched with the rotating wheel, a first arc-shaped track element, a first lateral movement movable element connected with the lateral drive component, and a second arc-shaped track element. The rotating wheel is uniformly provided with a plurality of barrier clearance movement element carrying slots along the circumference, and a plurality of carrying holes are uniformly arranged on the circumferential surface of the rotating wheel. Limiting plates are symmetrically arranged on the front end surface of the rotating wheel, so that the carrying holes are completely exposed when they move to the highest or lowest position. The first inlet element is arranged on the lower part of one side of the rotating wheel, so that the barrier clearance movement element can fall into the barrier clearance movement element carrying slot after entering the first inlet element. One end of the first arc-shaped track element is arranged on the end of the rotating wheel away from the first inlet element, and the barrier clearance movement element can fall into the first arc-shaped track element from the barrier clearance movement element carrying slot. The first lateral movement movable element is arranged on the front end of the rotating wheel and corresponds to the carrying hole on the lower part of the rotating wheel. One end of the first lateral movement movable element is located below the end of the first arc-shaped track element, so that the barrier clearance movement element falling from the first arc-shaped track element can be received. One end of the second arc-shaped track element is connected with the carrying hole on the upper part of the roller, and the other end of the second arc-shaped track element is the terminal point of the barrier clearance component. A first trap is arranged on the first lateral movement movable element away from the first arc-shaped track element. When the first lateral movement movable element is horizontal or deviated towards the first trap, the barrier clearance movement element falls into the first trap. When the first lateral movement movable element is deviated towards the first arc-shaped track element, the end of the first arc-shaped track element limits the barrier clearance movement element when the barrier clearance movement element falls onto the first lateral movement movable element.

[0007] It also comprises a conveying mechanism for transporting the barrier clearance movement element from the initial position or the terminal point of the current barrier clearance component to the starting point of the next barrier clearance component.

[0008] The barrier clearance component comprises a second rotating movable element connected with the rotating drive component, which is a lifting turntable. One side of the lifting turntable is provided with a second lateral movement movable element connected with the lateral drive component. The second lateral movement movable element is connected with the lifting turntable through a first lateral track. A plurality of second traps are arranged on the second lateral movement movable element and are arranged in sequence in the lateral direction. A first through hole matched with the second trap is arranged on the second lateral movement movable element. When the first through hole overlaps with the second trap, the barrier clearance movement element falls into the previous barrier clearance component. By continuously moving the second lateral movement movable element, the through hole is prevented from overlapping with the second trap, so that the barrier clearance movement element passes through the second trap area and reaches the terminal point of the barrier clearance component.

[0009] The barrier component is a third transverse moving component with double tracks, which is connected with the transverse driving component, wherein a third trap is arranged at the end of one track, and the end of the other track is the terminal point of the barrier component; the barrier moving component is moved along the track with the terminal point by shaking the third transverse moving component, so that the barrier moving component reaches the terminal point of the barrier component.

[0010] The barrier component includes a first longitudinal moving component, a vertical lifting ladder, and a base arranged at the lower end of the vertical lifting ladder, the first longitudinal moving component is arranged at one side end of the upper end of the base, the upper end surface of the base forms an entering track, a fourth trap is arranged at the end of the base away from the first longitudinal moving component, a second through hole is arranged at one side of the lower end of the vertical lifting ladder, which connects the first layer of the vertical lifting ladder with the upper surface of the base; the vertical lifting ladder includes a second longitudinal moving component arranged above the fourth trap, and a static component arranged in mirror image with the second longitudinal moving component, the barrier moving component is moved to the uppermost layer of the vertical lifting ladder by the continuous up-and-down movement of the second longitudinal moving component, and reaches the terminal point of the barrier component; the first longitudinal moving component is a bucket structure, when the barrier moving component is in the first longitudinal moving component, it is at the initial position of the barrier component, the barrier moving component is thrown to the side of the vertical lifting ladder and falls on the upper surface of the base by operating the vertical driving component to swing the first longitudinal moving component up and down, if the second longitudinal moving component is not at the initial position at this time, the barrier moving component moves along the upper surface of the base and falls into the fourth trap.

[0011] The barrier component includes a first arc-shaped pipeline, a fourth transverse moving component, and a second arc-shaped pipeline, wherein one end of the first arc-shaped pipeline is arranged horizontally, the other end is arranged downward and faces the fourth transverse moving component, the fourth transverse moving component is a semi-arc-shaped transverse swinging component, a through hole is arranged in the middle, and there is no blocking component at the left and right ends, one end of the second arc-shaped pipeline corresponds to the fourth transverse moving component, and the other end is the terminal point of the barrier component; there is no blocking component at the left side of the fourth transverse moving component, forming a fifth trap, when the fourth transverse moving component is at the right end, the barrier moving component falls from the first arc-shaped pipeline to the fourth transverse moving component, and then falls into the fifth trap, entering the previous barrier component, when the fourth transverse moving component is moved to the left end, the barrier moving component falls from the first arc-shaped pipeline to the fourth transverse moving component, and then slides into the second arc-shaped pipeline.

[0012] The barrier-clearing component comprises a plurality of third longitudinal moving members arranged side by side from low to high, a second transverse track and a fifth transverse moving member, the second transverse track connects the third longitudinal moving member and the fifth transverse moving member, wherein the third longitudinal moving member is arranged in steps as a whole, and the third longitudinal moving member comprises a support table, a longitudinal pushing member arranged in the support table, and a limiting inclined stopper arranged on one side of the upper end of the longitudinal pushing member, the barrier-clearing moving member is ejected from the support table of the current third longitudinal moving member to the support table of the next third longitudinal moving member by the longitudinal pushing member until falling into the second transverse track, the fifth transverse moving member comprises a third arc-shaped pipeline swinging in the transverse direction, and the two ends of the third arc-shaped pipeline are arranged obliquely upward, and a sixth trap is arranged between the fifth transverse moving member and the second transverse track, when the fifth transverse moving member is located on the left side, the barrier-clearing moving member falls into the sixth trap from the second transverse track, when the fifth transverse moving member is located on the right side, the barrier-clearing moving member falls into the third arc-shaped pipeline from the second transverse track, then the fifth transverse moving member is moved to the left side, and the end point of the barrier-clearing component is reached.

[0013] The transverse driving component comprises a joystick, a plurality of transverse swinging rods or moving rods connected with the joystick, the plurality of transverse swinging rods or moving rods are connected with the transverse moving member, and the transverse swinging rods or moving rods are swung or moved transversely by pushing the joystick leftward or rightward, so as to drive the transverse moving member to move or swing transversely, the rotating driving component comprises a knob, a plurality of gear members or gear rods connected with the knob, the plurality of gear members or gear rods are connected with the rotating member, and the plurality of gear members or gear rods are rotated by rotating the knob clockwise or counterclockwise, so as to drive the rotating member to rotate clockwise or counterclockwise, and the longitudinal driving component comprises a pressing member, a jack connected with the pressing member, and a plurality of longitudinal swinging rods or longitudinal moving rods matched with the jack, the plurality of longitudinal swinging rods or longitudinal moving rods are connected with the longitudinal moving member, and the longitudinal swinging rods or longitudinal moving rods are swung or moved longitudinally by pressing the pressing member, so as to drive the longitudinal moving member to move or swing longitudinally.

[0014] The wisdom barrier-clearing toy can be operated transversely, longitudinally and rotationally, the transverse moving or swinging member, the longitudinal moving or swinging member and the rotating member in the barrier-clearing component are controlled correspondingly, so that the barrier-clearing moving member moves on the preset path, the barrier-clearing moving member is prevented from falling into the trap of each barrier-clearing component, and finally reaches the end point of each barrier-clearing component, the hand-eye coordination ability can be exercised well, the intelligence can be developed, and the wisdom barrier-clearing toy is interesting. BRIEF DESCRIPTION OF DRAWINGS

[0015] Figure 1Embodiment 2 overall structure schematic view;

[0016] Figure 2 For Figure 1 Internal structure schematic view;

[0017] Figure 3 For embodiment 2 first hierarchical structure schematic view;

[0018] Figure 4 For Figure 3 Back structure schematic view;

[0019] Figure 5 For embodiment 2 second hierarchical structure schematic view;

[0020] Figure 6 For embodiment 2 third hierarchical structure schematic view;

[0021] Figure 7 For embodiment 2 fifth hierarchical structure schematic view;

[0022] Figure 8 For Figure 7 Back structure schematic view;

[0023] Figure 9 For embodiment 2 sixth hierarchical structure schematic view;

[0024] Figure 10 For support table internal structure schematic view.

[0025] Figure: 1. support 2. operation platform 3. operating lever 4. knob 5. pressing piece

[0026] 6. start point 7. screw rod 8. first transverse swing rod

[0027] 9. first shaft hole 10. second transverse swing rod 11. first rotating shaft

[0028] 12. second rotating shaft 13. first transverse pull rod 14. second shaft hole

[0029] 15. third rotating shaft 16. second transverse pull rod 17. third shaft hole

[0030] 18. fourth shaft hole 19. fourth rotating shaft 20. third transverse swing rod

[0031] 21. fifth shaft hole 22. sixth shaft hole 23. fourth transverse swing rod

[0032] 24. fifth rotating shaft 25. power output gear 26. first transmission gear

[0033] 27. second transmission gear 28. third transmission gear

[0034] 29. First gear drive rod 30. Fourth transmission gear

[0035] 31. Fifth transmission gear 32. Sixth transmission gear

[0036] 33. Second gear drive rod 34. Seventh transmission gear

[0037] 35. Eighth transmission gear 36. First longitudinal swing rod

[0038] 37. First longitudinal jacking rod 38. Second longitudinal swing rod

[0039] 39. Second longitudinal jacking rod 40. Third longitudinal swing rod

[0040] 41. Spiral rod drive gear 42. Transverse chute 43. Lifting turntable

[0041] 44. Ninth transmission gear 45. Third gear drive rod

[0042] 46. Second transverse moving movable piece 47. First transverse rail

[0043] 48. Second trap 49. First via hole 50. Third transverse moving movable piece

[0044] 51. Third trap 52. First longitudinal moving movable piece 53. Base

[0045] 54. Fourth trap 55. Second longitudinal moving movable piece 56. Stationary piece

[0046] 57. Clamping tooth structure 58. First arc-shaped pipeline

[0047] 59. Fourth transverse moving movable piece 60. Second arc-shaped pipeline 61. Slide hole

[0048] 62. Slide shaft 63. First rotating movable piece 64. First inlet piece

[0049] 65. First arc-shaped rail piece 66. First transverse moving movable piece

[0050] 67. Second arc-shaped rail piece 68. Ring-shaped drive tooth

[0051] 69. Barrier moving piece carrying clamping groove 70. Carrying hole 71. Limiting plate

[0052] 72. First trap 73. Second transverse rail

[0053] 74. Fifth transverse moving movable piece 75. Support table 76. Longitudinal pushing piece

[0054] 77. Limiting inclined stop 78. Third arc-shaped pipe 79. Q-shaped connecting piece

[0055] 80. Sixth trap 81. Drop guiding assembly of barrier moving member

[0056] 82. Barrier moving member placing groove 83. Lifting rod DETAILED DESCRIPTION

[0057] Embodiment: Referring to Figures 1 to 10 The embodiment provides a wisdom barrier game, which comprises a support part 1, six barrier game components with movable parts are arranged on the support part 1, and the six barrier game components are divided into six levels which are sequentially and continuously connected, and a conveying mechanism for moving a barrier moving member to a next barrier game component; an operation platform 2 is arranged at a lower end of the support part 1, a joystick 3, a knob 4 and a pressing part 5 are arranged on the operation platform 2, and an end of the operation platform 2 is provided with a barrier starting point 6 which is connected with a lower end of the conveying mechanism; the conveying mechanism is a spiral rod 7 which is used for lifting the barrier moving member to a higher level.

[0058] The barrier moving member is a barrier ball.

[0059] A first transverse swing rod 8 which is swingably connected with the joystick 3 is arranged in the support part 1, the first transverse swing rod 8 is arranged along a direction perpendicular to the joystick 3 and swings along a central axis or an eccentric axis, a first shaft hole 9 is arranged at an end of the first transverse swing rod 8, a second transverse swing rod 10 which is swingably connected with the first transverse swing rod 8 through the first shaft hole 9 is arranged, the second transverse swing rod 10 is arranged along a vertical direction and swings along a central axis, a first rotating shaft 11 which is matched with the first shaft hole 9 is arranged at a lower end of the second transverse swing rod 10, a second rotating shaft 12 is arranged at an upper end of the second transverse swing rod 10, a first transverse pull rod 13 is connected with the second rotating shaft 12 through the second rotating shaft 12, and a second shaft hole 14 is arranged at a connecting end of the first transverse pull rod 13 and the second rotating shaft 12; a third shaft hole 17 is arranged at a lower part of the second transverse swing rod 10, a second transverse pull rod 16 is connected with the third rotating shaft 15 through the third shaft hole 17, a fourth shaft hole 18 is arranged at another end of the second transverse pull rod 16, a fourth rotating shaft 19 is arranged in the fourth shaft hole 18, the fourth rotating shaft 19 can move transversely under the action of the second transverse pull rod 16, a third transverse swing rod 20 is further connected with the fourth rotating shaft 19, the third transverse swing rod 20 is arranged along a vertical direction and swings along a central axis or an eccentric axis, a fifth shaft hole 21 is arranged at a lower end of the third transverse swing rod 20 and is sleeved on the fourth rotating shaft 19, a sixth shaft hole 22 is arranged at an upper end of the third transverse swing rod 20, a fourth transverse swing rod 23 is connected with the sixth shaft hole 22, the fourth transverse swing rod 23 is arranged along a vertical direction and swings along a central axis, and a fifth rotating shaft 24 is arranged at a connecting end of the fourth transverse swing rod 23 and the sixth shaft hole 22.

[0060] A first transmission gear 26 is arranged in the support part 1 and connected with the power output gear 25 at the lower end of the knob 4. A second transmission gear 27 and a third transmission gear 28 are respectively connected with the first transmission gear 26. A first gear driving rod 29 is arranged in the vertical direction and connected with the second transmission gear 27. A fourth transmission gear 30 is arranged at the lower end of the first gear driving rod 29 and connected with the second transmission gear 27. A fifth transmission gear 31 is arranged at the upper end of the first gear driving rod 29. A sixth transmission gear 32 is arranged at the middle part of the first gear driving rod 29. A second gear driving rod 33 is connected with the sixth transmission gear 32. The second gear driving rod 33 is arranged in the horizontal direction and connected with the sixth transmission gear 32 through a seventh transmission gear 34. An eighth transmission gear 35 is arranged at the other end of the second gear driving rod 33.

[0061] A first longitudinal swing rod 36 is arranged in the support part 1 and connected with the pressing part 5. The first longitudinal swing rod 36 is arranged in the vertical direction and swings along the central axis. A first longitudinal top rod 37 is arranged at the end of the first longitudinal swing rod 36 away from the pressing part 5. A second longitudinal swing rod 38 is arranged above the first longitudinal top rod 37. The second longitudinal swing rod 38 swings along the eccentric axis. A second longitudinal top rod 39 is arranged at the end of the second longitudinal swing rod 38. A third longitudinal swing rod 40 is arranged above the second longitudinal top rod 39. The third longitudinal swing rod 40 is arranged in the horizontal direction and swings along the eccentric axis.

[0062] The lower end of the spiral rod 7 is connected with the third transmission gear 28 through a spiral rod driving gear 41 and controlled by the knob 4.

[0063] The first level of the challenge component is arranged at the bottom of the support part 1. An initial entering horizontal ramp 42 is arranged at the lower end of the first level of the challenge component. The challenge moving part enters the horizontal ramp 42 from the right side of the lower end and moves from the right end to the left end of the horizontal ramp 42 to start the challenge.

[0064] The first level of the challenge component includes a second rotating movable element connected with the eighth transmission gear 35, which is a lifting turntable 43 with a third gear driving rod 45 in the center connected with the eighth transmission gear 35 through a ninth transmission gear 44. The lifting turntable 43 is provided with a second lateral movement movable element 46 on one side connected with the fourth rotating shaft 19, and the fourth rotating shaft 19 is fixed on the side of the second lateral movement movable element 46. The second lateral movement movable element 46 is connected with the lifting turntable 43 through a first lateral track 47. The second lateral movement movable element 46 is provided with a plurality of second traps 48 arranged in sequence laterally, and a baffle is arranged between each second trap 48. The second lateral movement movable element 46 is provided with a first through hole 49 matched with the second trap 48. When the first through hole 49 overlaps with the second trap 48, the challenge moving element falls into the second trap 48 and enters the lateral inclined path 42. When the challenge moving element passes through the second lateral movement movable element 46, the second lateral movement movable element 46 is moved a small distance laterally by continuously small-amplitude swinging the control rod 3, so as to avoid the overlap of the first through hole 49 and the second trap 48, thereby making the challenge moving element pass through the second trap 48 area and reach the end point of the challenge component.

[0065] The lifting disc 43 is provided with lifting rods 83 on both sides.

[0066] The second level of the challenge component is a third lateral movement movable element 50 provided with double tracks, which is connected with the center rotating shaft of the third lateral swinging rod 20 and rotates coaxially with the center rotating shaft of the third lateral swinging rod 20. The third lateral movement movable element 50 is an arc-shaped groove structure with openings at both ends, and the double tracks are arranged in the arc-shaped groove. The end of one track is provided with a third trap 51, and the end of the other track is the end point of the challenge component. By moving the challenge moving element along the track with the end point through left and right movement of the control rod 3, the challenge moving element reaches the end point of the challenge component.

[0067] The third level of the pass-through level assembly includes a first longitudinal moving member 52, a vertical lifting ladder, and a base 53 at the lower end of the vertical lifting ladder, the first longitudinal moving member 52 is arranged at one side end of the upper end of the base 53, the upper end surface of the base 53 forms an entry track, a fourth trap 54 is arranged at one end of the base 53 away from the first longitudinal moving member 52, a second through hole is arranged at one side of the lower end of the vertical lifting ladder, which connects the first layer of the vertical lifting ladder and the upper surface of the base 53; the vertical lifting ladder includes a second longitudinal moving member 55 arranged above the fourth trap 54 and a static member 56 arranged in mirror image with the second longitudinal moving member 55, the second longitudinal moving member 55 is connected with the second longitudinal top rod 39 and moves synchronously with the up-down movement of the second longitudinal top rod 39, by continuously pressing the pressing member, the second longitudinal moving member 55 continuously moves up and down, so that the pass-through moving member moves step by step to the uppermost layer of the vertical lifting ladder and reaches the end point of the pass-through level assembly; the first longitudinal moving member 52 is a shovel structure, when the pass-through moving member is in the first longitudinal moving member 52, it is at the initial position of the pass-through level assembly, so the first longitudinal moving member 52 is connected with the second longitudinal swing rod 38, and the first longitudinal moving member 52 and the second longitudinal swing rod 38 are connected through the tooth structure 57 arranged at the end of the second longitudinal swing rod 38 and the first longitudinal moving member 52, by pressing the pressing member 5, the first longitudinal moving member 52 swings up and down, throws the pass-through moving member to the side of the vertical lifting ladder, and falls on the upper surface of the base 53, if the pressing member 5 is not released at this time, the second longitudinal moving member 55 is not at the initial position, the pass-through moving member moves along the upper surface of the base and falls into the fourth trap 54, then the pass-through moving member falls on the second longitudinal moving member 46 or then falls from the second trap 48 to the horizontal inclined path 42.

[0068] The fourth level of the adventure game component includes a first arc-shaped pipe 58, a fourth transverse moving active piece 59 and a second arc-shaped pipe 60. The first arc-shaped pipe 58 is horizontally arranged at one end and corresponds to the upper end of the vertical lifting ladder. When the adventure moving piece enters the next level from the third level, it enters the first arc-shaped pipe 58. The other end of the first arc-shaped pipe 58 is arranged downward and faces the fourth transverse moving active piece 59. The fourth transverse moving active piece 59 is a semi-arc-shaped transverse swinging piece. A through hole is arranged in the middle of the fourth transverse moving active piece 59, and there is no blocking piece at the left and right ends of the fourth transverse moving active piece 59. The fourth transverse moving active piece 59 is connected with the second transverse swinging rod 10. A sliding hole 61 is arranged at the upper part of the second transverse swinging rod 10. A sliding shaft 62 matched with the sliding hole 61 is arranged on the fourth transverse moving active piece 59. Through the swinging of the second transverse swinging rod 10, the sliding shaft 62 moves in the sliding hole 61, thereby driving the fourth transverse moving active piece 59 to swing transversely. One end of the second arc-shaped pipe 60 corresponds to the fourth transverse moving active piece 59, and the other end is the terminal point of the adventure game component. There is no blocking piece at the left side of the fourth transverse moving active piece 59, forming a fifth trap. When the fourth transverse moving active piece 59 is located at the right end, the adventure moving piece falls from the first arc-shaped pipe 58 to the fourth transverse moving active piece 59, and then falls into the fifth trap and slides from the left side of the fourth transverse moving active piece 59 to fall on the upper surface of the base of the third level. When the fourth transverse moving active piece 59 is moved to the left end, the adventure moving piece falls from the first arc-shaped pipe 58 to the fourth transverse moving active piece 59 and then slides into the second arc-shaped pipe 60.

[0069] The fifth level of the adventure game component includes a first rotating movable member 63 connected with the fifth transmission gear 31, the first rotating movable member 63 being a rotating wheel, a first entrance member 64 matched with the rotating wheel, a first arc-shaped track member 65, a first lateral movement movable member 66 connected with the swing shaft of the fourth lateral swing rod 23, and a second arc-shaped track member 67. The rear end surface of the rotating wheel is provided with an annular driving gear 68 connected with the fifth transmission gear 31. The rotating wheel is uniformly provided with a plurality of adventure movement member carrying slots 69 along the circumference. A plurality of carrying holes 70 are uniformly arranged along the circumferential surface of the rotating wheel. The front end surface of the rotating wheel is transversely symmetrically provided with a limiting plate 71, so that the carrying holes 70 are completely exposed when moving to the highest or lowest position. The first entrance member 64 is arranged at the lower part of one side of the rotating wheel, so that the adventure movement member can fall into the adventure movement member carrying slot 69 after entering the first entrance member 64. One end of the first arc-shaped track member 65 is arranged at the end of the rotating wheel away from the first entrance member 64, and the adventure movement member can fall from the adventure movement member carrying slot 69 into the first arc-shaped track member 65. The first lateral movement movable member 66 is arranged at the front end of the rotating wheel and is arranged corresponding to the carrying holes 70 at the lower part of the rotating wheel. One end of the first lateral movement movable member 66 is located below the end of the first arc-shaped track member 66, so as to be able to receive the adventure movement member falling from the first arc-shaped track member 66. One end of the second arc-shaped track member 67 is connected with the carrying hole 70 at the upper part of the roller, and the other end of the second arc-shaped track member 67 is the terminal point of the adventure game component. The first lateral movement movable member 66 is provided with a first trap 72 away from the side of the first arc-shaped track member 65. When the first lateral movement movable member 66 is horizontal or deviated to the first trap 72, the adventure movement member falling from the first arc-shaped track member 65 will fall into the first trap 72, so as to fall into the second level, the first level or even the lateral inclined path. Only when the first lateral movement movable member 66 is deviated to the first arc-shaped track member 65, the adventure movement member falls into the first lateral movement movable member 66, so that the end of the first arc-shaped track member 65 limits the adventure movement member and the adventure movement member will not slide from the left side of the first lateral movement movable member 66.

[0070] The sixth level of the adventure game component includes a plurality of third longitudinal moving members arranged side by side from low to high, a second transverse track 73 and a fifth transverse moving member 74, the second transverse track 73 connects the third longitudinal moving members and the fifth transverse moving member 74, wherein the third longitudinal moving members are arranged in steps as a whole, and the third longitudinal moving member includes a support table 75, a longitudinal push member 76 arranged in the support table 75, a limiting inclined stop 77 arranged on one side of the upper end of the longitudinal push member 76, and the lower end of the longitudinal push member 76 is fixed on a transverse fixed rod on one side of the third longitudinal swing rod 40, by pressing the pressing member 5, the longitudinal push member 76 moves upward to eject the adventure moving member from the support table 75 of the current third longitudinal moving member to the support table 75 of the next third longitudinal moving member, until falling into the second transverse track 73; the fifth transverse moving member 74 includes a third arc-shaped pipeline 78 swinging in the transverse direction, and the two ends of the third arc-shaped pipeline 78 are arranged obliquely upward, a Q-shaped connecting piece 79 is arranged at the lower end of the third arc-shaped pipeline 78, and the Q-shaped connecting piece 79 is movably connected with the first transverse pull rod 13, and the first transverse pull rod 13 drives the fifth transverse moving member 74 to swing in the transverse direction; a sixth trap 80 is arranged between the fifth transverse moving member 74 and the second transverse track 73, when the fifth transverse moving member 74 is located on the left side, the adventure moving member falls into the sixth trap 80 from the second transverse track 73, so that the adventure moving member falls onto the upper end of the stationary member of the third level, and then enters the first arc-shaped pipeline of the fourth level to re-adventure the fourth level; when the fifth transverse moving member 74 is located on the right side, the adventure moving member falls into the third arc-shaped pipeline 78 from the second transverse track 73, and then the fifth transverse moving member 74 is moved to the left side to reach the end point of the adventure game component.

[0071] On the opposite side of the conveying mechanism of the support member 1, an adventure moving member falling guide component 81 is arranged, when the adventure moving member reaches the end point of the sixth level of the adventure game component, the adventure moving member falls into the adventure moving member falling guide component from the fifth transverse moving member, and finally reaches the end point position.

[0072] However, the above only describes the preferred embodiments of the utility model, and is not used to limit the patent range of the utility model, so that all the other embodiments and equivalent changes applied in the utility model are included in the protection range of the utility model.

Claims

1. An educational puzzle game, characterized in that, The device comprises a support portion, on which is provided at least one vertically arranged level-breaking assembly, wherein a movable member is provided within the level-breaking assembly, wherein the movable member is connected to a driving assembly for driving the movable member, and a level-breaking moving member for moving on the level-breaking assembly and performing level-breaking. The driving assembly comprises one or more of a transverse driving assembly for driving the movable member to move or swing transversely, a longitudinal driving assembly for driving the movable member to move or swing longitudinally, and a rotation driving assembly for driving the movable member to rotate. The checkpoint assembly includes a first rotating movable part connected to the rotation driving assembly, the first rotating movable part is a rotating wheel, a first entrance part cooperating with the rotating wheel, a first arc track part, a first transverse movable part connected to the transverse driving assembly, and a second arc track part; wherein, the rotating wheel is evenly provided with a plurality of checkpoint moving part carrying slots along the circumference, a plurality of carrying holes evenly arranged along the circumferential surface are provided in the middle of the rotating wheel, and a limit plate is symmetrically provided on the front end surface of the rotating wheel so that the carrying holes are completely exposed when they move to the highest point or the lowest point; the first entrance part is provided at the lower part of one side of the rotating wheel, so that the checkpoint moving part can fall into the checkpoint moving part carrying slot after entering the first entrance part, and one end of the first arc track part is provided at the end of the rotating wheel away from the first entrance part, and can enable the checkpoint moving part to move from the checkpoint moving part carrying slot The cam is secured to the front of the wheel and has a first end which is adapted to move the cam forward and downward, and the cam is secured to the rear of the wheel and has a first end which is adapted to move the cam forward and downward, and has a second end which is adapted to move the cam forward and downward, and has a second end which is adapted to move the cam forward and downward, 2. The puzzle toy of claim 1, wherein It also includes a transmission mechanism for transporting the level-breaking moving part from an initial position or an end point of a current level-breaking checkpoint component to a starting point of a next level-breaking checkpoint component.

3. The puzzle toy of claim 2, wherein, The barrier clearance component includes a second rotating movable element connected with the rotating driving component, which is a lifting turntable. One side of the lifting turntable is provided with a second lateral moving movable element connected with the lateral driving component. The second lateral moving movable element is connected with the lifting turntable through a first lateral track. The second lateral moving movable element is provided with a plurality of second traps arranged in sequence laterally. The second lateral moving movable element is provided with a first through hole matched with the second trap. When the first through hole overlaps with the second trap, the barrier clearance movable element falls into the previous barrier clearance component. By continuously moving the second lateral moving movable element, the through hole is prevented from overlapping with the second trap, so that the barrier clearance movable element passes through the second trap area and reaches the end point of the barrier clearance component.

4. The puzzle toy of claim 3, wherein, The barrier clearance component is a third lateral moving movable element provided with double tracks. The third lateral moving movable element is connected with the lateral driving component. The end of one track is provided with a third trap, and the end of the other track is the end point of the barrier clearance component. By shaking the third lateral moving movable element, the barrier clearance movable element moves along the track with the end point, so that the barrier clearance movable element reaches the end point of the barrier clearance component.

5. The puzzle toy of claim 4, wherein, The barrier clearance component includes a first longitudinal moving movable element, a vertical lifting ladder, and a base provided at the lower end of the vertical lifting ladder. The first longitudinal moving movable element is provided at one side end of the upper end of the base. The upper end surface of the base forms an entering track. The end of the base away from the first longitudinal moving movable element is provided with a fourth trap. One side of the lower end of the vertical lifting ladder is provided with a second through hole, which connects the first layer of the vertical lifting ladder with the upper surface of the base. The vertical lifting ladder includes a second longitudinal moving movable element provided above the fourth trap and a static element provided in mirror image with the second longitudinal moving movable element. By continuously moving the second longitudinal moving movable element up and down, the barrier clearance movable element moves step by step upward to the uppermost layer of the vertical lifting ladder and reaches the end point of the barrier clearance component. The first longitudinal moving movable element is a shovel structure. When the barrier clearance movable element is located in the first longitudinal moving movable element, it is at the initial position of the barrier clearance component. By operating the vertical driving component to swing the first longitudinal moving movable element up and down, the barrier clearance movable element is thrown to the side of the vertical lifting ladder and falls on the upper surface of the base. If the second longitudinal moving movable element is not at the initial position at this time, the barrier clearance movable element moves along the upper surface of the base and falls into the fourth trap.

6. The puzzle toy of claim 5, wherein, The barrier clearance component comprises a first arc-shaped pipeline, a fourth transverse moving movable element and a second arc-shaped pipeline, wherein one end of the first arc-shaped pipeline is horizontally arranged, the other end is arranged downward and faces the fourth transverse moving movable element, the fourth transverse moving movable element is a semi-arc-shaped transverse swinging element, a through hole is arranged in the middle of the fourth transverse moving movable element, and no blocking element is arranged at the left and right ends of the fourth transverse moving movable element, one end of the second arc-shaped pipeline is arranged corresponding to the fourth transverse moving movable element, and the other end is the terminal point of the barrier clearance component; no blocking element is arranged at the left side of the fourth transverse moving movable element to form a fifth trap, when the fourth transverse moving movable element is located at the right end, the barrier clearance moving element falls from the first arc-shaped pipeline to the fourth transverse moving movable element, and then falls into the fifth trap to enter the previous barrier clearance component, when the fourth transverse moving movable element is moved to the left end, the barrier clearance moving element falls from the first arc-shaped pipeline to the fourth transverse moving movable element and then slides into the second arc-shaped pipeline.

7. The puzzle toy of claim 6, wherein, The barrier clearance component comprises a plurality of third longitudinal moving movable elements arranged side by side from low to high, a second transverse track and a fifth transverse moving movable element, the second transverse track connects the third longitudinal moving movable elements and the fifth transverse moving movable element, wherein the third longitudinal moving movable elements are arranged in steps as a whole, and each third longitudinal moving movable element comprises a support table, a longitudinal pushing element arranged in the support table and a limiting inclined block arranged on one side of the upper end of the longitudinal pushing element, the barrier clearance moving element is ejected from the support table of the current third longitudinal moving movable element to the support table of the next third longitudinal moving movable element by the longitudinal pushing element, and then falls into the second transverse track; the fifth transverse moving movable element comprises a third arc-shaped pipeline which swings in the transverse direction, and the two ends of the third arc-shaped pipeline are arranged obliquely upward, a sixth trap is arranged between the fifth transverse moving movable element and the second transverse track, when the fifth transverse moving movable element is located at the left side, the barrier clearance moving element falls from the second transverse track into the sixth trap, when the fifth transverse moving movable element is located at the right side, the barrier clearance moving element falls from the second transverse track into the third arc-shaped pipeline, then the fifth transverse moving movable element is moved to the left side, and the terminal point of the barrier clearance component is reached.

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