CN103845891B - Many rotating disks two-hand coordinator used in labyrinth - Google Patents
Many rotating disks two-hand coordinator used in labyrinth Download PDFInfo
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- CN103845891B CN103845891B CN201410044331.5A CN201410044331A CN103845891B CN 103845891 B CN103845891 B CN 103845891B CN 201410044331 A CN201410044331 A CN 201410044331A CN 103845891 B CN103845891 B CN 103845891B
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- sheave
- transition
- labyrinth
- labyrinth disc
- belt
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Abstract
A kind of many rotating disks two-hand coordinator used in labyrinth, is mainly made up of bracing frame, case shell, operating board, handwheel, driving sheave, driving belt, transition sheave, shallow bid axle, little labyrinth disc, unidirectional sheave, transition belt, double grooved pulley, deep bid axle, big labyrinth disc, ball cup, bead.During operation, constantly rotate left hand wheel and the right hand is taken turns, little labyrinth disc and the continuous break-in of big labyrinth disc is driven to rotate, bead is made to enter into innermost ring from labyrinth disc outer shroud under the effect of self gravitation, outer shroud is returned to again from innermost ring, flowing out from shallow bid outlet or terminal outlet, except for the difference that the rotation of the little labyrinth disc in left and right is all singlehanded control, and big labyrinth disc needs two hands coordination control again.The conversion of the machine playing method is various, gets final product right-hand man alternately, it is possible to use a ball or multiple ball；The whole flow process to big labyrinth disc 5 can be started from little labyrinth disc；Also little labyrinth disc or big labyrinth disc can individually be walked.There is the body-building brain-strengthening practicality of the recreational and craps game strengthening body-building brain-strengthening.
Description
Technical field
The present invention relates to a kind of entertainment body-building equipment, many rotating disks two-hand coordinator used in labyrinth that especially two hands coordination with 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 is dull, it is impossible to organically combine with body-building, is not more efficiently used for tempering the mechanical type maze game entertainment machine that brain coordinates with both hands.
Summary of the invention
In order to solve the problems referred to above, the present invention provides a kind of many rotating disks two-hand coordinator used in labyrinth, singlehanded and two-hand control handwheel the mode of this many rotating disks two-hand coordinator used in labyrinth employing controls the rotation of multiple labyrinth disc makes bead move at labyrinth alley, reach to take exercise and improve the matching coordinative ability of brain and both hands, there is intelligence, interesting and recreational and one.
The technical solution adopted for the present invention to solve the technical problems is: many rotating disks two-hand coordinator used in labyrinth is mainly made up of bracing frame, case shell, operating board, two handwheels, two driving sheaves, two driving belts, two transition sheaves, shallow bid axle, two little labyrinth discs, two unidirectional sheaves, two transition belts, double grooved pulley, deep bid axle, big labyrinth disc, two ball cups, beads.The monnolithic case of the present invention and composition component are substantially bilateral symmetry, bracing frame is the structure support body of entirety holding capacity of the present invention, it is fixedly connected into cuboid framework by square web, connecting box shell is fixed on bracing frame outer surface, panel and operating board, operating board is provided with left hand wheel and the right hand is taken turns, 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 connection to form belt transmission, right driving sheave and right transition sheave are by driving belt connection to form belt transmission, belt is driven to transfer at guide wheel, guide wheel is fixed pulley, have four, it is fixedly connected on bracing frame；nullLeft transition sheave is fixedly connected on the shallow bid axle in left side，Right transition sheave is fixedly connected on the shallow bid axle on right side，The two ends of shallow bid axle are by the bearings in bearing block，Bearing block is fixedly connected on bracing frame，On the wheel hub of left (right) transition sheave, a left side (right) unidirectional sheave is installed，Left (right) unidirectional sheave is provided with inner ring and outer ring，Left (right) unidirectional sheave inner ring is fixing with left (right) transition sheave to be connected，Left (right) unidirectional sheave outer ring is provided with race，Transition belt it is provided with in race，Left unidirectional sheave and the unidirectional sheave in the right side are connected with double grooved pulley by transition belt and form V belt translation，Two belt grooves are had on double grooved pulley，One is connected to left unidirectional sheave，Another is connected to right unidirectional sheave，Left transition sheave rotates clockwise the left unidirectional sheave of drive and rotates clockwise，Left transition sheave rotates counterclockwise and left unidirectional sheave can not be driven to rotate counterclockwise，Right transition sheave rotates counterclockwise the right unidirectional sheave of drive and rotates counterclockwise，Right transition sheave rotates clockwise and right unidirectional sheave can not be driven to rotate clockwise.Double grooved pulley is arranged on deep bid axle, and double grooved pulley is bonded with deep bid axle, and the two ends of deep bid axle are fixedly connected on bracing frame by the bearings in bearing block, bearing block.Shallow bid axle front end is fixing connects little labyrinth disc, deep bid axle front end is fixing connects big labyrinth disc, two little labyrinth discs and a big labyrinth disc are located in the circular hole of panel, the front surface of panel and two little labyrinth discs and big labyrinth disc is concordant and contacts with glass baffle plate, glass baffle plate is embedded on case shell, 5 through holes all it are correspondingly provided with: two shallow bid outlets, a deep bid entrance and two terminals export on panel and glass baffle plate.Case roof portion has been left and right symmetrically arranged ball cup, and ball cup is set as funnel shaped, and ball cup is the entrance placing bead.Junction and terminal exit at ball cup on panel, between three labyrinth discs are designed with alley, three labyrinth discs are provided with concentric annulus labyrinth-like alley, alley is smooth groove, and bead is walked in alley, and the panel below big labyrinth disc is provided with terminal outlet.
The invention has the beneficial effects as follows: utilizing two-hand control left and right handwheel to walk the tacit mating capability of the game mode in labyrinth, the coordination ability taken exercise and improve between both hands, both hands and brain, flexible and convenient operation by bead, playing method conversion is various；Strengthen the body-building brain-strengthening practicality of the recreational and craps game of body-building brain-strengthening.
Accompanying drawing explanation
The present invention is further described with embodiment below in conjunction with the accompanying drawings.
Fig. 1 is to express integrally-built isometric front view.
Fig. 2 is to express integrally-built rear isometric view.
Fig. 3 is front view, and front shape and the primary outer of expressing the present invention are constituted.
Fig. 4 is rearview, expresses shape and primary outer after the present invention and constitutes.
Fig. 5 is A-A sectional view, and use the broken section technique of painting, be the projecting direction of left view.
Fig. 6 is B-B sectional view, and use the broken section technique of painting, be the projecting direction of left view.
Fig. 7 is C-C sectional view, and use the full section technique of painting, be the projecting direction of rearview.
1. ball cup in figure, the least labyrinth disc, 3. alley, 4. glass baffle plate, 5. big labyrinth disc, 6. terminal outlet, 7. right hand wheel, 8. left hand wheel, 9. bracing frame, 10. case shell, 11. shallow bid axles, 12. transition belts, 13. double grooved pulleys, 14. deep bid axles, 15. drive belt, 16. guide wheels, 17. left transition sheaves, 18. bearing blocks, 19. left driving sheaves, 20. operating board, 21. beads, 22. left unidirectional sheaves, 23. panels, 24. right unidirectional sheaves, 25. right transition sheaves, 26. right driving sheaves, 27. shallow bid outlets, 28. deep bid entrances.
Detailed description of the invention
In Fig. 1 to Fig. 7, representing the contexture of the present invention and the principal shape of parts, position and annexation, many rotating disks two-hand coordinator used in labyrinth is mainly by bracing frame 9, case shell 10, operating board 20, handwheel 7(8), drive sheave 19(26), drive belt 15, transition sheave 17(25), shallow bid axle 11, little labyrinth disc 2, unidirectional sheave 22(24), transition belt 12, double grooved pulley 13, deep bid axle 14, big labyrinth disc 5, ball cup 1, bead 21 form.The monnolithic case of the present invention and composition component are substantially bilateral symmetry, bracing frame 9 is the structure support body of entirety holding capacity of the present invention, it is fixedly connected into cuboid framework by square web, connecting box shell 10 is fixed on bracing frame 9 outer surface, panel 23 and operating board 20, operating board 20 is provided with left hand wheel 8 and right hand wheel 7, below operating board 20, 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 form belt transmission by driving belt 15 to connect, right driving sheave 26 and right transition sheave 25 form belt transmission by driving belt 15 to connect, belt 15 is driven to transfer at guide wheel 16, guide wheel 16 is fixed pulley, it is fixedly connected on bracing frame 9；nullLeft transition sheave 17 is fixedly connected on the shallow bid axle 11 in left side，Right transition sheave 25 is fixedly connected on the shallow bid axle 11 on right side，The two ends of shallow bid axle 11 are by the bearings in bearing block 18，Bearing block 18 is fixedly connected on bracing frame 9，Left (right) transition sheave 17(25) wheel hub on a left side (right) unidirectional sheave 22(24 is installed)，Left (right) unidirectional sheave 22(24) it is provided with inner ring and outer ring，Left (right) unidirectional sheave inner ring and a left side (right) transition sheave 17(25) fix and be connected，Left (right) unidirectional sheave outer ring is provided with race，Transition belt 12 it is provided with in race，Left unidirectional sheave 22 and the unidirectional sheave in the right side 24 are connected with double grooved pulley 13 by transition belt 12 and form V belt translation，Two belt grooves are had on double grooved pulley 13，One belt grooves connects left unidirectional sheave 22，Another belt grooves connects right unidirectional sheave 24，Left transition sheave 17 rotates clockwise the left unidirectional sheave 22 of drive and rotates clockwise，Left transition sheave 17 rotates counterclockwise and left unidirectional sheave 22 can not be driven to rotate counterclockwise，Right transition sheave 25 rotates counterclockwise the right unidirectional sheave 24 of drive and rotates counterclockwise，Right transition sheave 25 rotates clockwise and right unidirectional sheave 24 can not be driven to rotate clockwise.Double grooved pulley 13 is arranged on deep bid axle 14, and double grooved pulley 13 is bonded with deep bid axle 14, and the two ends of deep bid axle 14 are fixedly connected on bracing frame 9 by the bearings in bearing block 18, bearing block 18.Shallow bid axle 11 front end is fixing connects little labyrinth disc 2, deep bid axle 14 front end is fixing connects big labyrinth disc 5, two little labyrinth discs 2 and a big labyrinth disc 5 are located in the circular hole of panel 23, panel 23 is concordant with the front surface of two little labyrinth discs 2 and big labyrinth disc 5 and contacts with glass baffle plate 4, glass baffle plate 4 is embedded on case shell 10,5 through holes it are arranged with: two shallow bid outlets 27, a deep bid entrance 28 and two terminals export 6 on glass baffle plate 4.Being symmetrically installed with ball cup 1 about case shell 10 top, ball cup 1 is set as funnel shaped, and ball cup 1 is the entrance placing bead 21.Junction and terminal at ball cup 1 on panel 23, between three labyrinth discs export and are designed with alley 3 at 6, three labyrinth discs are provided with concentric annulus labyrinth-like alley, alley 3 is smooth groove, and the panel 23 below big labyrinth disc 5 is provided with terminal outlet 6.During operation, bead 21 is put into ball cup 1, left hand controls left hand wheel 8, and the right hand controls right hand wheel 7, and bead 21 enters the alley 3 on panel 23 under the effect of self gravitation, it is prepared to enter into the outer shroud of little labyrinth disc 2, constantly rotating left hand wheel 8 or right hand wheel 7, make the alley opening alignment bead 21 on little labyrinth disc 2, bead 21 will enter into innermost ring from outer shroud, return to outer shroud from innermost ring again, then be prepared to enter into big labyrinth disc 5 by the alley 3 between little labyrinth disc 2 and big labyrinth disc 5；So far, the rotation of left labyrinth disc and right labyrinth disc is all singlehanded control, and i.e. on the left of left hand wheel 8 control, little labyrinth disc 2 rotates, and on the right side of right hand wheel 7 control, little labyrinth disc 2 rotates.It follows that allow bead 21 enter in big labyrinth disc 5, bead 21 will enter into innermost ring from big labyrinth disc 5 outer shroud, then return to outer shroud from innermost ring, then from terminal outlet 6 outflow, game over；Constantly break-in rotates big labyrinth disc 5 in the process, to the big labyrinth disc 5 that turns clockwise, then must left hand turn clockwise left hand wheel 8, the left hand wheel 8 left driving sheave 19 of drive rotates, left driving sheave 19 drives left transition sheave 17 to rotate by driving belt 15, 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 deep bid axle 14 and big labyrinth disc 5 to turn clockwise, and drives right hand wheel 7 to turn clockwise simultaneously；As a same reason, to rotate big labyrinth disc 5 counterclockwise, then must be rotated right hand wheel 7 counterclockwise by the right hand, left hand is followed left hand wheel 8 and is rotated counterclockwise.During operation, various can change, get final product right-hand man alternately, it is possible to use a ball or multiple ball；The whole flow process to big labyrinth disc 5 can be started: bead 21 enters from ball cup 1, from terminal outlet 6 out from little labyrinth disc 2；Also little labyrinth disc 2 can individually be walked: bead 21 enters from ball cup 1, from shallow bid outlet 27 out；Also big labyrinth disc 5 can individually be walked: bead 21 enters from deep bid entrance 28, from terminal outlet 6 out.
Claims (1)
- null1. rotating disk two-hand coordinator used in labyrinth more than a kind,Main by bracing frame、Case shell、Operating board、Handwheel、Drive sheave、Drive belt、Transition sheave、Shallow bid axle、Little labyrinth disc、Unidirectional sheave、Transition belt、Double grooved pulley、Deep bid axle、Big labyrinth disc、Ball cup、Bead forms，It is characterized in that: bracing frame is the structure support body of overall holding capacity，It is fixedly connected into cuboid framework by square web，Connecting box shell is fixed on bracing frame outer surface、Panel and operating board，Operating board is provided with left hand wheel and the right hand is taken turns，Below operating board, 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 connection to form belt transmission，Right driving sheave and right transition sheave are by driving belt connection to form belt transmission，Belt is driven to transfer at guide wheel，Guide wheel is fixed pulley，It is fixedly connected on bracing frame；nullLeft transition sheave is fixedly connected on the shallow bid axle in left side，Right transition sheave is fixedly connected on the shallow bid axle on right side，The two ends of shallow bid axle are by the bearings in bearing block，Bearing block is fixedly connected on bracing frame，Left/right unidirectional sheave is installed on the wheel hub of left/right transition sheave，The unidirectional sheave of left/right is provided with inner ring and outer ring，Left/right unidirectional sheave inner ring is fixing with left/right transition sheave to be connected，Left/right unidirectional sheave outer ring is provided with race，Transition belt it is provided with in race，Left unidirectional sheave and the unidirectional sheave in the right side are connected with double grooved pulley by transition belt and form V belt translation，Two belt grooves are had on double grooved pulley，One belt grooves connects left unidirectional sheave，Another belt grooves connects right unidirectional sheave，Left transition sheave rotates clockwise the left unidirectional sheave of drive and rotates clockwise，Left transition sheave rotates counterclockwise and left unidirectional sheave can not be driven to rotate counterclockwise，Right transition sheave rotates counterclockwise the right unidirectional sheave of drive and rotates counterclockwise，Right transition sheave rotates clockwise and right unidirectional sheave can not be driven to rotate clockwise；Double grooved pulley is arranged on deep bid axle, and double grooved pulley is bonded with deep bid axle, and the two ends of deep bid axle are fixedly connected on bracing frame by the bearings in bearing block, bearing block；Shallow bid axle front end is fixing connects little labyrinth disc, deep bid axle front end is fixing connects big labyrinth disc, two little labyrinth discs and a big labyrinth disc are located in the circular hole of panel, the front surface of panel and two little labyrinth discs and big labyrinth disc is concordant and contacts with glass baffle plate, glass baffle plate is embedded on case shell, 5 through holes it are arranged with: two shallow bid outlets, a deep bid entrance and two terminals export on glass baffle plate；Case roof portion has been left and right symmetrically arranged ball cup, and ball cup is set as funnel shaped, and ball cup is the entrance placing bead；Junction and terminal exit at ball cup on panel, between three labyrinth discs are designed with alley, and three labyrinth discs are provided with concentric annulus labyrinth-like alley, and alley is smooth groove, and the panel below big labyrinth disc is provided with terminal outlet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410044331.5A CN103845891B (en) | 2014-02-04 | 2014-02-04 | Many rotating disks two-hand coordinator used in labyrinth |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410044331.5A CN103845891B (en) | 2014-02-04 | 2014-02-04 | Many rotating disks two-hand coordinator used in labyrinth |
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| Publication Number | Publication Date |
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| CN103845891A CN103845891A (en) | 2014-06-11 |
| CN103845891B true CN103845891B (en) | 2016-08-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410044331.5A Expired - Fee Related CN103845891B (en) | 2014-02-04 | 2014-02-04 | Many rotating disks two-hand coordinator used in labyrinth |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE202005007444U1 (en) * | 2005-05-11 | 2005-07-07 | Kelch, Stefanie | Transparent labyrinth game box e.g. for game toy, has play box basic element, play box catch element and play guide and in play box basic element two labyrinth fixed elements are located with two labyrinth lot elements |
| CN202569443U (en) * | 2012-05-10 | 2012-12-05 | 吴孝群 | Emulational steering wheel labyrinth toy |
| CN202605704U (en) * | 2012-05-14 | 2012-12-19 | 黄金田 | Rotating intellectual maze toy |
| CN203075626U (en) * | 2013-02-22 | 2013-07-24 | 浙江科技学院 | Maze toy |
| CN203777657U (en) * | 2014-02-04 | 2014-08-20 | 沈阳工业大学 | Labyrinth two-hand coordination machine with multiple rotary plates |
-
2014
- 2014-02-04 CN CN201410044331.5A patent/CN103845891B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE202005007444U1 (en) * | 2005-05-11 | 2005-07-07 | Kelch, Stefanie | Transparent labyrinth game box e.g. for game toy, has play box basic element, play box catch element and play guide and in play box basic element two labyrinth fixed elements are located with two labyrinth lot elements |
| CN202569443U (en) * | 2012-05-10 | 2012-12-05 | 吴孝群 | Emulational steering wheel labyrinth toy |
| CN202605704U (en) * | 2012-05-14 | 2012-12-19 | 黄金田 | Rotating intellectual maze toy |
| CN203075626U (en) * | 2013-02-22 | 2013-07-24 | 浙江科技学院 | Maze toy |
| CN203777657U (en) * | 2014-02-04 | 2014-08-20 | 沈阳工业大学 | Labyrinth two-hand coordination machine with multiple rotary plates |
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| Publication number | Publication date |
|---|---|
| CN103845891A (en) | 2014-06-11 |
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