CN203777658U - Hand and foot two-purpose mechanical labyrinth machine with multiple rotary plates - Google Patents
Hand and foot two-purpose mechanical labyrinth machine with multiple rotary plates Download PDFInfo
- Publication number
- CN203777658U CN203777658U CN201420057853.4U CN201420057853U CN203777658U CN 203777658 U CN203777658 U CN 203777658U CN 201420057853 U CN201420057853 U CN 201420057853U CN 203777658 U CN203777658 U CN 203777658U
- Authority
- CN
- China
- Prior art keywords
- labyrinth
- sheave
- hand
- double
- fixedly connected
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Landscapes
- Toys (AREA)
Abstract
The utility model provides a hand and foot two-purpose mechanical labyrinth machine with multiple rotary plates. The hand and foot two-purpose mechanical labyrinth machine with the multiple rotary plates comprises two single-hand labyrinth plates, a double-hand labyrinth plate and a double-foot labyrinth plate, wherein the four labyrinth plates can steer and rotate under transmission control of a belt through a left hand wheel and a right hand wheel. Under the action of self weight, a small ball enters the inmost ring from the outmost ring of one labyrinth plate, returns the outmost ring from the inmost ring, flows out through an exit of one labyrinth plate, and then enters another labyrinth plate. The different parts are that the rotation of the two single-hand labyrinth plates is independently controlled by one hand, the rotation of the double-hand labyrinth plate is coordinated and controlled by double hands, and the rotation of the double-foot labyrinth plate is controlled by double feet. According to the hand and foot two-purpose mechanical labyrinth machine with the multiple rotary plates, the playing methods are changeable and various; the machine can be played by the left hand and the right hand alternatively, and also can be played with one or more balls; a whole flow of starting from the single-hand labyrinth plates, to the double-hand labyrinth plate, and then to the double-feet labyrinth plate can be carried out; the single-hand labyrinth plates further can be played singly; the double-hand labyrinth plate also can be played singly; the double-foot labyrinth plate can also be played singly; the single-hand labyrinth plates and the double-hand labyrinth plate can also be played continuously; the double-hand labyrinth plate and the double-foot labyrinth plate also can be played continuously.
Description
Technical field
The utility model relates to a kind of entertainment body-building equipment, the dual-purpose mechanical labyrinth of the many rotating disks trick machine that especially two hands coordination taking maze game as medium coordinates with brain.
Background technology
Maze game of a great variety, playing method is different, but is all that playing method is simple, and function dullness can not organically combine with body-building, the mechanical type maze game entertainment machine more not coordinating for tempering brain and both hands and brain and both feet efficiently.
Summary of the invention
In order to address the above problem, the utility model provides the dual-purpose mechanical labyrinth of a kind of many rotating disks trick machine, the multiple labyrinth discs rotations of mode control that this dual-purpose mechanical labyrinth of many rotating disks trick machine adopts one hand, both hands and double-legged hand wheel make bead move at labyrinth alley 3, reach and take exercise and improve brain and both hands and brain and double-legged matching coordinative ability, there is intelligence, interest and recreational and one.
The utility model solves the technical scheme that its technical problem adopts: the dual-purpose mechanical labyrinth owner of many rotating disks trick will be by bracing frame, case shell, operating desk, two handwheels, two drive sheave, two drive belt, two transition sheaves, upper axle, two singlehanded labyrinth discs, two unidirectional sheaves, two transition belts, double grooved pulley, axis, both hands labyrinth disc, two pedals, two foot-propelled belts, two foot-propelled sheaves, lower shaft, both feet labyrinth disc, two ball cups, bead composition.Monnolithic case of the present utility model and composition member are symmetrical structure substantially, bracing frame is the structure support body of the utility model entirety holding capacity, be fixedly connected into cuboid framework by square web, on bracing frame outer surface, be fixedly connected with case shell, panel and operating desk, operating desk is provided with left hand wheel and right hand wheel, left hand wheel is fixedly connected with left driving sheave, right hand wheel is fixedly connected with right driving sheave, left driving sheave and left transition sheave are by driving belt to be connected to form belt transmission, right driving sheave and right transition sheave are by driving belt to be connected to form belt transmission, drive belt to transfer at guide wheel place, guide wheel is fixed pulley, have six, be fixedly connected on bracing frame, left transition sheave is fixedly connected on the upper axle in left side, right transition sheave is fixedly connected on the upper axle on right side, the two ends of upper axle are by the bearings in bearing block, bearing block is fixedly connected on bracing frame, left, on the wheel hub of right transition sheave, a left side is installed, right unidirectional sheave, left, right unidirectional sheave is provided with inner ring and outer ring, left, right unidirectional sheave inner ring is with left, right transition sheave is fixedly connected with, left, right unidirectional sheave outer ring is provided with race, in race, be provided with transition belt, left unidirectional sheave and right unidirectional sheave are connected to form band transmission by transition belt and double grooved pulley, on double grooved pulley, there are two belt grooves, company's unidirectional sheave left, another connects unidirectional sheave to the right, left transition sheave clockwise rotates and drives left unidirectional sheave to clockwise rotate, left transition sheave rotates counterclockwise and can not drive left unidirectional sheave to rotate counterclockwise, right transition sheave rotates counterclockwise and drives right unidirectional sheave to rotate counterclockwise, right transition sheave clockwise rotates and can not drive right unidirectional sheave to clockwise rotate.Double grooved pulley is arranged on axis, and double grooved pulley is that key is connected with axis, and the two ends of axis are by the bearings in bearing block, and bearing block is fixedly connected on bracing frame.Be fixedly connected with pedal shaft in case shell lower end, left-hand tread plate and right-hand tread plate are installed on pedal shaft, left-hand tread plate and right-hand tread plate can rotate on pedal shaft, the upper end of left-hand tread plate and right-hand tread plate is respectively connected the two ends of foot-propelled belt, foot-propelled belt is after the turnover of guide wheel place on foot-propelled sheave, and foot-propelled sheave is arranged on lower shaft, is that key is connected with lower shaft, the two ends of lower shaft are by the bearings in bearing block, and bearing block is fixedly connected on bracing frame.Upper axle front end is fixedly connected with singlehanded labyrinth disc, axis front end is fixedly connected with both hands labyrinth disc, lower shaft front end is fixedly connected with double-legged labyrinth disc, two singlehanded labyrinth discs, a both hands labyrinth disc and a double-legged labyrinth disc are located in the circular hole of panel, panel and two singlehanded labyrinth discs, the front surface of both hands labyrinth disc and double-legged labyrinth disc is concordant and contact with glass baffle plate, glass baffle plate is embedded on case shell, on panel and glass baffle plate, all correspondence is provided with 6 through holes: two upper dish outlets, a mid-game entrance, a mid-game outlet and two terminal outlets, mid-game outlet is also the entrance of double-legged labyrinth disc.Left and right, case shell top is symmetrically installed with ball cup, and ball cup is set as funnel shaped, and ball cup is the entrance of placing bead.Porch and the exit of four labyrinth discs on panel are provided with alley, and four labyrinth discs are provided with concentric annulus labyrinth-like alley, and alley is smooth groove, and bead is walked in alley.
The beneficial effects of the utility model are: utilize two-hand control left and right handwheel to walk the game mode in labyrinth by bead, temper and improve the tacit mating capability of the coordination ability, both hands and brain between both hands, and flexible and convenient operation, playing method conversion is various; Strengthen the body-building brain tonic practicality of the recreational and craps game of body-building brain tonic.
Brief description of the drawings
Below in conjunction with drawings and Examples, the utility model is further illustrated.
Fig. 1 expresses integrally-built isometric front view.
Fig. 2 expresses integrally-built rear isometric view.
Fig. 3 is front view, expresses front shape of the present utility model and main outside formation thereof.
Fig. 4 is rearview, expresses shape below of the present utility model and main outside formation thereof.
Fig. 5 is A-A cutaway view, adopt the full section technique of painting, and be the projecting direction of left view.
Fig. 6 is B-B cutaway view, adopt the full section technique of painting, and be the projecting direction of left view.
Fig. 7 is C-C cutaway view, adopt the full section technique of painting, and be the projecting direction of rearview.
1. ball cups in figure, 2. singlehanded labyrinth disc, 3. alley, 4. glass baffle plate, 5. both hands labyrinth disc, 6. terminal outlet, 7. right hand wheel, 8. left hand wheel, 9. bracing frame, 10. case shell, axle on 11., 12. transition belts, 13. double grooved pulleys, 14. axis, 15. drive belt, 16. guide wheels, 17. left transition sheaves, 18. bearing blocks, 19. left driving sheaves, 20. operating desks, 21. beads, 22. left unidirectional sheaves, 23. panels, 24. right unidirectional sheaves, 25. right transition sheaves, 26. right driving sheaves, dish outlet on 27., 28. mid-game entrances, 29. double-legged labyrinth discs, 30. right-hand tread plates, 31. pedal shafts, 32. left-hand tread plates, 33. lower shafts, 34. foot-propelled sheaves, 35. foot-propelled belts, 36. mid-game outlets.
Detailed description of the invention
In Fig. 1 to Fig. 7, represent the main shape of contexture of the present utility model and parts, position and annexation, the dual-purpose mechanical labyrinth owner of many rotating disks trick will be by bracing frame 9, case shell 10, operating desk 20, two handwheels, two drive sheave, two drive belt 15, two transition sheaves, upper axle 11, two singlehanded labyrinth discs 2, two unidirectional sheaves, two transition belts 12, double grooved pulley 13, axis 14, both hands labyrinth disc 5, two pedals, two foot-propelled belts 35, two foot-propelled sheaves 34, lower shaft 33, both feet labyrinth disc 29, two ball cups 1, bead 21 forms.Monnolithic case of the present utility model and composition member are symmetrical structure substantially, bracing frame 9 is structure support bodys of the utility model entirety holding capacity, be fixedly connected into cuboid framework by square web, on bracing frame 9 outer surfaces, be fixedly connected with case shell 10, panel 23 and operating desk 20, operating desk 20 is provided with left hand wheel 8 and right hand wheel 7, left hand wheel 8 is fixedly connected with left driving sheave 19, right hand wheel 7 is fixedly connected with right driving sheave 26, left driving sheave 19 and left transition sheave 17 are by driving belt 15 to be connected to form belt transmission, right driving sheave 26 and right transition sheave 25 are by driving belt 15 to be connected to form belt transmission, drive belt 15 in guide wheel 16 places turnover, guide wheel 16 is fixed pulleys, have six, be fixedly connected on bracing frame 9, left transition sheave 17 is fixedly connected on the upper axle 11 in left side, right transition sheave 25 is fixedly connected on the upper axle 11 on right side, the two ends of upper axle 11 are by the bearings in bearing block 18, bearing block 18 is fixedly connected on bracing frame 9, on the wheel hub of left (right side) transition sheave, the unidirectional sheave in a left side (right side) is installed, left (right side) unidirectional sheave is provided with inner ring and outer ring, left (right side) unidirectional sheave inner ring is fixedly connected with left (right side) transition sheave, left (right side) unidirectional sheave outer ring is provided with race, in race, be provided with transition belt 12, left unidirectional sheave 22 and right unidirectional sheave 24 are connected to form band transmission by transition belt 12 and double grooved pulley 13, on double grooved pulley 13, there are two belt grooves, company's unidirectional sheave 22 left, another connects unidirectional sheave 24 to the right, left transition sheave 17 clockwise rotates and drives left unidirectional sheave 22 to clockwise rotate, left transition sheave 17 rotates counterclockwise and can not drive left unidirectional sheave 22 to rotate counterclockwise, right transition sheave 25 rotates counterclockwise and drives right unidirectional sheave 24 to rotate counterclockwise, right transition sheave 25 clockwise rotates and can not drive right unidirectional sheave 24 to clockwise rotate.Double grooved pulley 13 is arranged on axis 14, and double grooved pulley 13 is that key is connected with axis 14, and the two ends of axis 14 are by the bearings in bearing block 18, and bearing block 18 is fixedly connected on bracing frame 9.Be fixedly connected with pedal shaft 31 in case shell 10 lower ends, left-hand tread plate 32 and right-hand tread plate 30 are installed on pedal shaft 31, left-hand tread plate 32 and right-hand tread plate 30 can rotate on pedal shaft 31, left-hand tread plate 32 and the upper end of right-hand tread plate 30 are respectively connected the two ends of foot-propelled belt 35, foot-propelled belt 35 after guide wheel 16 places turnovers on foot-propelled sheave 34, foot-propelled sheave 34 is arranged on lower shaft 33, that key is connected with lower shaft 33, the two ends of lower shaft 33 are by the bearings in bearing block 18, and bearing block 18 is fixedly connected on bracing frame 9.Upper axle front end is fixedly connected with singlehanded labyrinth disc 2, axis 14 front ends are fixedly connected with both hands labyrinth disc 5, lower shaft 33 front ends are fixedly connected with double-legged labyrinth disc 29, two singlehanded labyrinth discs 2, a both hands labyrinth disc 5 and a double-legged labyrinth disc 29 are located in the circular hole of panel 23, panel 23 and two singlehanded labyrinth discs 2, the front surface of both hands labyrinth disc 5 and double-legged labyrinth disc 29 is concordant and contact with glass baffle plate 4, glass baffle plate 4 is embedded on case shell 10, on panel 23 and glass baffle plate 4, all correspondence is provided with 6 through holes: two upper dish outlets 27, a mid-game entrance 28, a mid-game outlet 36 and two terminal outlets 6, mid-game outlet 36 is also the entrance of double-legged labyrinth disc 29.Case shell 10 left and right, top are symmetrically installed with ball cup 1, and ball cup 1 is set as funnel shaped, and ball cup 1 is the entrance of placing bead 21.The porch of four labyrinth discs on panel 23 and exit are provided with 3, four labyrinth discs of alley and are provided with concentric annulus labyrinth-like alley, and alley 3 is smooth grooves, and bead 21 is in the interior walking of alley 3.When operation, bead 21 is put into ball cup 1, left hand control left hand wheel 8, right hand control right hand wheel 7, left foot is placed on left-hand tread plate 32, and right crus of diaphragm is placed on right-hand tread plate 30.Bead 21 enters the alley 3 on panel 23 under the effect of self gravitation, preparation enters the outer shroud of singlehanded labyrinth disc 2, constantly rotation left hand wheel 8 or right hand wheel 7, make the alley opening on singlehanded labyrinth disc 2 aim at bead 21, bead 21 will enter into innermost ring from outer shroud, get back to outer shroud from innermost ring again, then prepare to enter both hands labyrinth disc 5 by the alley 3 between singlehanded labyrinth disc 2 and both hands labyrinth disc 5; So far, the rotation of left labyrinth disc and right labyrinth disc is all singlehanded controls, and the left hand wheel 8 singlehanded labyrinth discs 2 in control left side rotate, and right hand wheel 7 is controlled the singlehanded labyrinth disc 2 in right side and rotated.Next, allow bead 21 enter in both hands labyrinth disc 5, bead 21 will enter into innermost ring from the outer shroud of both hands labyrinth disc 5, then get back to outer shroud from innermost ring, then flow out from mid-game outlet 36; In this process, constantly both hands labyrinth disc 5 is rotated in break-in, the both hands labyrinth disc 5 if turn clockwise, left hand wheel 8 must left hand turns clockwise, left hand wheel 8 drives left driving sheave 19 to rotate, left driving sheave 19 is by driving belt 15 to drive left transition sheave 17 to rotate, left transition sheave 17 drives left unidirectional sheave 22 to rotate, left unidirectional sheave 22 drives double grooved pulley 13 to rotate by transition belt 12, double grooved pulley 13 drives axis 14 and both hands labyrinth disc 5 to turn clockwise, and drives right hand wheel 7 to turn clockwise simultaneously; As a same reason, if will be rotated counterclockwise both hands labyrinth disc 5, must be rotated counterclockwise right hand wheel 7 by the right hand, left hand is followed left hand wheel 8 and is rotated counterclockwise.Finally, allow bead 21 enter in double-legged labyrinth disc 29, replace pedal drive double-legged labyrinth disc 29 to rotate by both feet, bead 21 will enter into innermost ring successively from outer shroud, then get back to outer shroud from innermost ring, then flow out from terminal outlet 6; In this process, the double-legged labyrinth disc 29 if turn clockwise, must under right crus of diaphragm, step on right-hand tread plate 30, right side foot-propelled belt 35 moves down and drives foot-propelled sheave 34 rotation that turns clockwise, sheave sheave drives lower shaft 33 and double-legged labyrinth disc 29 to turn clockwise, now, on left side foot-propelled belt 35, on the moving left-hand tread plate 32 of shipper pole, move and lift; As a same reason, if will be rotated counterclockwise double-legged labyrinth disc 29, must be by stepping on left-hand tread plate 32 under left foot, now, right-hand tread plate 30 is pulled up.When operation, can variously change, get final product right-hand man and hocket, also can use a ball or multiple ball; Can start to both hands labyrinth disc 5 from singlehanded labyrinth disc 2, then to the whole flow process of double-legged labyrinth disc 29: bead 21 enters from ball cup 1, from terminal outlet 6 out; Also can walk separately singlehanded labyrinth disc 2: bead 21 enters from ball cup 1, from upper dish outlet 27 out; Also can walk separately both hands labyrinth disc 5: bead 21 enters from mid-game entrance 28, from mid-game outlet 36 out; Also can walk separately double-legged labyrinth disc 29: bead 21 enters from mid-game outlet 36, from terminal outlet 6 out; Also can walk continuously singlehanded labyrinth disc 2 and both hands labyrinth disc 5; Also can walk continuously both hands labyrinth disc 5 and double-legged labyrinth disc 29.
Claims (1)
1. the dual-purpose mechanical labyrinth of the trick of rotating disk a more than machine, mainly by bracing frame, case shell, operating desk, two handwheels, two drive sheave, two drive belt, two transition sheaves, upper axle, two singlehanded labyrinth discs, two unidirectional sheaves, two transition belts, double grooved pulley, axis, both hands labyrinth disc, two pedals, two foot-propelled belts, two foot-propelled sheaves, lower shaft, both feet labyrinth disc, two ball cups, bead composition, is characterized in that: bracing frame is the structure support body of the utility model entirety holding capacity, is fixedly connected into cuboid framework by square web, is fixedly connected with case shell on bracing frame outer surface, panel and operating desk, operating desk is provided with left hand wheel and right hand wheel, left hand wheel is fixedly connected with left driving sheave, right hand wheel is fixedly connected with right driving sheave, and left driving sheave and left transition sheave are by driving belt to be connected to form belt transmission, and right driving sheave and right transition sheave are by driving belt to be connected to form belt transmission, drive belt to transfer at guide wheel place, guide wheel is fixed pulley, has six, is fixedly connected on bracing frame, left transition sheave is fixedly connected on the upper axle in left side, right transition sheave is fixedly connected on the upper axle on right side, the two ends of upper axle are by the bearings in bearing block, bearing block is fixedly connected on bracing frame, left, on the wheel hub of right transition sheave, a left side is installed, right unidirectional sheave, left, right unidirectional sheave is provided with inner ring and outer ring, left, right unidirectional sheave inner ring is with left, right transition sheave is fixedly connected with, left, right unidirectional sheave outer ring is provided with race, in race, be provided with transition belt, left unidirectional sheave and right unidirectional sheave are connected to form band transmission by transition belt and double grooved pulley, on double grooved pulley, there are two belt grooves, company's unidirectional sheave left, another connects unidirectional sheave to the right, left transition sheave clockwise rotates and drives left unidirectional sheave to clockwise rotate, left transition sheave rotates counterclockwise and can not drive left unidirectional sheave to rotate counterclockwise, right transition sheave rotates counterclockwise and drives right unidirectional sheave to rotate counterclockwise, right transition sheave clockwise rotates and can not drive right unidirectional sheave to clockwise rotate, double grooved pulley is arranged on axis, and double grooved pulley is that key is connected with axis, and the two ends of axis are by the bearings in bearing block, and bearing block is fixedly connected on bracing frame, be fixedly connected with pedal shaft in case shell lower end, left-hand tread plate and right-hand tread plate are installed on pedal shaft, left-hand tread plate and right-hand tread plate can rotate on pedal shaft, the upper end of left-hand tread plate and right-hand tread plate is respectively connected the two ends of foot-propelled belt, foot-propelled belt is after the turnover of guide wheel place on foot-propelled sheave, and foot-propelled sheave is arranged on lower shaft, is that key is connected with lower shaft, the two ends of lower shaft are by the bearings in bearing block, and bearing block is fixedly connected on bracing frame, upper axle front end is fixedly connected with singlehanded labyrinth disc, axis front end is fixedly connected with both hands labyrinth disc, lower shaft front end is fixedly connected with double-legged labyrinth disc, two singlehanded labyrinth discs, a both hands labyrinth disc and a double-legged labyrinth disc are located in the circular hole of panel, panel and two singlehanded labyrinth discs, the front surface of both hands labyrinth disc and double-legged labyrinth disc is concordant and contact with glass baffle plate, glass baffle plate is embedded on case shell, on panel and glass baffle plate, all correspondence is provided with 6 through holes: two upper dish outlets, a mid-game entrance, a mid-game outlet and two terminal outlets, mid-game outlet is also the entrance of double-legged labyrinth disc, left and right, case shell top is symmetrically installed with ball cup, and ball cup is set as funnel shaped, and ball cup is the entrance of placing bead, porch and the exit of four labyrinth discs on panel are provided with alley, and four labyrinth discs are provided with concentric annulus labyrinth-like alley, and alley is smooth groove, and bead is walked in alley.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420057853.4U CN203777658U (en) | 2014-02-04 | 2014-02-04 | Hand and foot two-purpose mechanical labyrinth machine with multiple rotary plates |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420057853.4U CN203777658U (en) | 2014-02-04 | 2014-02-04 | Hand and foot two-purpose mechanical labyrinth machine with multiple rotary plates |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203777658U true CN203777658U (en) | 2014-08-20 |
Family
ID=51313889
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420057853.4U Withdrawn - After Issue CN203777658U (en) | 2014-02-04 | 2014-02-04 | Hand and foot two-purpose mechanical labyrinth machine with multiple rotary plates |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203777658U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103845890A (en) * | 2014-02-04 | 2014-06-11 | 沈阳工业大学 | Multiple rotary table hand and foot dual-purpose mechanical labyrinth machine |
-
2014
- 2014-02-04 CN CN201420057853.4U patent/CN203777658U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103845890A (en) * | 2014-02-04 | 2014-06-11 | 沈阳工业大学 | Multiple rotary table hand and foot dual-purpose mechanical labyrinth machine |
| CN103845890B (en) * | 2014-02-04 | 2016-08-17 | 沈阳工业大学 | Many rotating disks trick dual-purpose mechanical labyrinth machine |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN203777658U (en) | Hand and foot two-purpose mechanical labyrinth machine with multiple rotary plates | |
| CN103550930B (en) | Labyrinth two hands coordination machine | |
| CN203694575U (en) | Foot-operated mechanical labyrinth | |
| CN104436588B (en) | Planetary motion type basketball stands | |
| CN103550928B (en) | Labyrinth both feet coordinator | |
| CN203777657U (en) | Labyrinth two-hand coordination machine with multiple rotary plates | |
| CN203648034U (en) | Labyrinth machine for coordinating both hands | |
| CN203648032U (en) | Hand-foot dual-purpose mechanical maze | |
| CN203648033U (en) | Manual mechanical maze | |
| CN103550929B (en) | The dual-purpose mechanical labyrinth of trick | |
| CN103845890B (en) | Many rotating disks trick dual-purpose mechanical labyrinth machine | |
| CN203648031U (en) | Labyrinth two-foot coordinating machine | |
| CN103566582B (en) | Foot-propelled mechanical labyrinth | |
| CN205269043U (en) | Recreation ground walking doll robot | |
| CN103845891B (en) | Many rotating disks two-hand coordinator used in labyrinth | |
| CN103566583B (en) | Manual mechanical maze | |
| CN207708502U (en) | A kind of sea rover brake gear | |
| CN206081651U (en) | Roller coaster toy | |
| CN107469356B (en) | Lift up turntable and rotary seesaw | |
| CN206167734U (en) | Skiing machine | |
| CN103656994A (en) | Waist-swaying exercise bike | |
| KR101247327B1 (en) | Standing type unicycle | |
| CN218248476U (en) | Rotatory amusement equipment based on centrifugal force | |
| CN201632074U (en) | Toy parking lot | |
| CN204250282U (en) | Two larry of starting |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140820 Effective date of abandoning: 20160817 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |