CN205282011U - Board bill -boards that turn over more - Google Patents
Board bill -boards that turn over more Download PDFInfo
- Publication number
- CN205282011U CN205282011U CN201520890095.9U CN201520890095U CN205282011U CN 205282011 U CN205282011 U CN 205282011U CN 201520890095 U CN201520890095 U CN 201520890095U CN 205282011 U CN205282011 U CN 205282011U
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- panel
- flap unit
- right sides
- wheel
- driving
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- Expired - Fee Related
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Abstract
The utility model provides a board bill -boards that turn over more. Turn over board array structure by first turn over board unit I, second turn over more board unit II,. At last the board unit N that turn over more constitute, first turn over board unit I, second turn over more board unit II,. At last the board units that turn over more make up side by side and overturn to the motion of just (scheming middle and upperly) together with the attached picture of its lateral surface is synchronous with the sequence number panel. Each turn over more the board modular construction by first panel, second panel third panel,. Last panel, hinge, front axle, triangular round of initiative, triangular round passive and rear axle constitute. First panel, second panel third panel,. Last panel passes through hinged joint and becomes step -by -step track structure. The attached different advertising content display panels in outside of each panel of track, promptly every advertising content respectively attached first panel, second panel, third panel,. With the lateral surface of last panel.
Description
Technical field
The utility model relates to a kind of outdoor advertising board.
Background technology
Turnover plate type billboard flexible with it, changeable, energy-conservation, pollution-free (particularly light pollution) and efficiently and deeply by the favor of businessman and audient. At present, the turnover plate type billboard that market is shown is two and turns over plate or three and turn over plate, and the picture namely shown at most also is exactly three width. Like this, the quantity of billboard picture certainly will be limited, also reduce the efficiency of driving mechanism. Therefore from the viewpoint of save material, space and the energy, the effect that the many pictures of a kind of one are shown in turn is urgently developed, so that the volumetric efficiency of billboard, Energy efficiency significantly improve.
Summary of the invention
For making up the deficiency of existing turnover plate type billboard, the utility model provides a kind of many plate turnable advertisement boards. Turning over plate array structure to be made up of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N, flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit are combined into picture synchronization upset that same sequence number panel attaches together with its outer side side by side to the just running gear in face (in figure) more. Each many flap unit structure is made up of the first panel, the 2nd panel the 3rd panel ..., last panel, hinge, front axle, initiatively Rhizoma Sparganii wheel, passive Rhizoma Sparganii wheel and rear axle. First panel, the 2nd panel the 3rd panel ..., last panel are connected through the hinge into stepping caterpillar belt structure. The outside of each panel of crawler belt attaches different ad content display surface, and namely each ad content is attached to the outer side of the first panel, the 2nd panel, the 3rd panel ... and last panel respectively.
The utility model solves the technical scheme that its technical problem adopts:
Turning over plate array structure to be made up of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N, flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit are combined into picture synchronization upset that same sequence number panel attaches together with its outer side side by side to the just running gear in face (in figure) more. Each many flap unit structure is made up of the first panel, the 2nd panel the 3rd panel ..., last panel, hinge, front axle, initiatively Rhizoma Sparganii wheel, passive Rhizoma Sparganii wheel and rear axle. First panel, the 2nd panel the 3rd panel ..., last panel are connected through the hinge into stepping caterpillar belt structure, namely the first panel is by hinge and the 2nd panel hinged, 2nd panel by hinge and the 3rd panel hinged ..., last panel is by hinge and the first panel hinged. The outside of each panel of crawler belt attaches different ad content display surface, and namely each ad content is attached to the outer side of the first panel, the 2nd panel, the 3rd panel ... and last panel respectively. The axle center of the active Rhizoma Sparganii wheel that front axle is in, is integrally formed structure with active Rhizoma Sparganii wheel, as the driving mechanism driving place many flap unit structure upset. Passive Rhizoma Sparganii wheel is integrally formed structure with the rear axle being in its axle center, as drawing the support drawing mechanism holding place many flap unit structure.
First panel of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N is currently in towards just position (in figure) together with the picture that its outer side attaches; The picture of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N, unanimously towards front, forms first advertisement picture entirety. 2nd panel of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N is currently in together with the picture that its outer side attaches and faces flip bit; 3rd panel of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N is currently in next together with the picture that its outer side attaches and faces flip bit; Analogizing with this, the picture that the last panel of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N attaches together with its outer side is currently in last upset, has namely just exited position.
Flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N assemble side by side. The active Rhizoma Sparganii wheel of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N is parallel to each other, drives place many flap unit structure upset to be in present bit. The passive Rhizoma Sparganii wheel of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N is parallel to each other, draws support place many flap unit structure to be in present bit.
The beneficial effects of the utility model are: achieve the effect that the many pictures of one are shown in turn. Volumetric efficiency, Energy efficiency are significantly improved. Simple for structure, take full advantage of standardized component, it is possible to be easy to realize stdn, mass production, installation.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is illustrated further.
Fig. 1 is flap unit structure vertical view more than of the present utility model.
Fig. 2 of the present utility model turns over plate array structure vertical view more.
Fig. 3 turns over plate array driving mechanism vertical view more.
Fig. 4 is band upper mechanism partial cutaway TV structure front view of the present utility model.
Fig. 5 is that the A A of the utility model structural front view is to sectional view.
Fig. 6 is the front view that the utility model knot band lower mechanisms local is analysed and observe.
In Fig. 1,3��5: 1. the first panel, 2. the 2nd panel, 3. the 3rd panel, 4. hinge, 5. last panel, 6. front axle, 7. initiatively Rhizoma Sparganii is taken turns, 8. passive Rhizoma Sparganii wheel, 9. rear axle.
In fig. 2: I. is flap unit more than first, II. is flap unit more than the 2nd ..., the last many flap unit of N..
In Fig. 3��6: 10. leading wheel, 11. driving wheels, 12. retarding mechanisms, 13. electric motor, 14. supporting structures, 15. pinch rollers, 16. foundation plates, 17. drive band, the 18. lower ends of axle, 19. hypocoxas.
Embodiment
In the vertical view of flap unit structure more than of the present utility model shown in Fig. 1: each many flap unit structure is made up of the first panel 1, the 2nd panel 2 the 3rd panel 3 ..., last panel 5, hinge 4, front axle 6, initiatively Rhizoma Sparganii wheel 7, passive Rhizoma Sparganii wheel 8 and rear axle 9. First panel 1, the 2nd panel 2 the 3rd panel 3 ..., last panel 5 connect into stepping caterpillar belt structure by hinge 4, namely the first panel 1 is hinged by hinge 4 and the 2nd panel 2,2nd panel 2 is hinged by hinge 4 and the 3rd panel 3, ..., last panel 5 is hinged by hinge 4 and the first panel 1. The outside of each panel of crawler belt attaches different ad content display surface, and namely each ad content is attached to the outer side of the first panel 1, the 2nd panel 2, the 3rd panel 3 ... and last panel 5 respectively. Front axle 6 is in the axle center of initiatively Rhizoma Sparganii wheel 7, takes turns 7 with active Rhizoma Sparganii and is integrally formed structure, as the driving mechanism driving place many flap unit structure upset. Passive Rhizoma Sparganii wheel 8 is integrally formed structure with the rear axle 9 being in its axle center, as drawing the support drawing mechanism holding place many flap unit structure.
Turning in plate array structure vertical view of the present utility model shown in Fig. 2: turn over plate array structure more and is made up of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N, flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit are combined into same sequence number panel side by side and overturn to the just running gear in face (in figure) together with the picture synchronization that its outer side attaches more.
At flap unit structure vertical view more than shown in Fig. 1 with turn in plate array structure vertical view shown in Fig. 2 more:
First panel 1 of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N is currently in towards just position (in figure) together with the picture that its outer side attaches; The picture of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N, unanimously towards front, forms first advertisement picture entirety. 2nd panel 2 of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N is currently in together with the picture that its outer side attaches and faces flip bit; 3rd panel 3 of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N is currently in next together with the picture that its outer side attaches and faces flip bit; Analogizing with this, the picture that the last panel 5 of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N attaches together with its outer side is currently in last upset, has namely just exited position.
Flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N assemble side by side. It is parallel to each other that the active Rhizoma Sparganii of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N takes turns 7, drives place many flap unit structure upset to be in present bit. It is parallel to each other that the passive Rhizoma Sparganii of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N takes turns 8, draws support place many flap unit structure to be in present bit.
Turning in plate array driving mechanism vertical view shown in Fig. 3: turn over plate array driving mechanism by dominating wheel 10, driving wheel 11, retarding mechanism 12 and electric motor 13, supporting structure 14, pinch roller 15, foundation plate 16, drive band 17 to form more more. The axle head that N number of leading wheel 10 is N number of corresponding front axle 6 extends; N number of leading wheel 10 is outer rotor structure, and the internal tooth of band 17 engages its external tooth with driving. The driving wheel 11 of arranged on left and right sides forms, with retarding mechanism 12 and the electric motor 13 thereof of respective side, the leading mechanism turning over plate array driving mechanism more; The pinion(gear) of the driving wheel 11 of arranged on left and right sides engages with driving band 17, synchronously drives in arranged on left and right sides and drives band 17; The master wheel of arranged on left and right sides driving wheel 11 engages with the shaft end gear of respective side electric motor 13, synchronously accepts electric motor 13 in arranged on left and right sides and drives. The electric motor 13 of arranged on left and right sides is installed in respective side supporting structure 14. The arranged on left and right sides that the supporting structure 14 of arranged on left and right sides is foundation plate 16 extends. The driving wheel 11 of arranged on left and right sides synchronously drives and drives band 17; Two driving wheels 11 being assemblied in arranged on left and right sides draw again to hold simultaneously and drive band 17. N-1 pinch roller 15 be installed on foundation plate 16 with spacing such as its axle construction before (in figure) edge.
At the A A of the band upper mechanism partial cutaway TV structure front view of the present utility model shown in Fig. 4 and the utility model structural front view shown in Fig. 5 in sectional view: the equidistant corresponding axis hole being assemblied in edge, foundation plate 16 front in the axle upper end of all front axles 6, form to roll with foundation plate 16 and it is slidably matched; The equidistant corresponding axis hole being assemblied in foundation plate 16 back edge in the axle upper end of all rear axles 9, rolls with foundation plate 16 formation and is slidably matched; First panel 1 of all many flap unit structures is currently in towards anteposition. Leading wheel 10 forms axial mechanism with initiatively Rhizoma Sparganii wheel 7 by front axle 6. Leading wheel 10 is installed on below foundation plate 16, engages with driving band 17 with its external tooth, is driving under band 17 drive with 120 degree of counterclockwise step-operated of angle step. The driving wheel 11 of arranged on left and right sides is the coaxial integrative-structure of large and small gear. The master wheel of the driving wheel 11 of arranged on left and right sides engages with the shaft end gear of electric motor 13, and the internal tooth of band 17 engages the pinion(gear) of the driving wheel 11 of arranged on left and right sides with driving, and with this, forms retarding mechanism 12. Electric motor 13 is synchronous step-operated under Controlling System control. Outside the vertical surface of the electric motor 13 of the arranged on left and right sides fastening supporting structure 14 being arranged on arranged on left and right sides respectively. The supporting structure 14 of arranged on left and right sides respectively by the fastening front being assemblied in foundation plate 16, its flat sleeping face along arranged on left and right sides.
At the A A of the utility model structural front view shown in Fig. 5 in sectional view: N root front axle 6 is the corresponding axle center becoming N number of active Rhizoma Sparganii wheel 7 respectively, take turns 7 with corresponding active Rhizoma Sparganii and it is integrally formed structure, as the driving mechanism driving place many flap unit structure upset. N number of passive Rhizoma Sparganii wheel 8 is integrally formed structure with the corresponding rear axle 9 being in its axle center respectively, as drawing the support drawing mechanism holding place many flap unit structure. The axle head that N number of leading wheel 10 is N number of corresponding front axle 6 extends; N number of leading wheel 10 is outer rotor structure, and the internal tooth of band 17 engages its external tooth with driving. The driving wheel 11 of arranged on left and right sides forms, with retarding mechanism 12 and the electric motor 13 thereof of respective side, the leading mechanism turning over plate array driving mechanism more; The pinion(gear) of the driving wheel 11 of arranged on left and right sides engages with driving band 17, synchronously drives in arranged on left and right sides and drives band 17; The master wheel of arranged on left and right sides driving wheel 11 engages with the shaft end gear of respective side electric motor 13, synchronously accepts electric motor 13 in arranged on left and right sides and drives. The electric motor 13 of arranged on left and right sides is installed in respective side supporting structure 14. The arranged on left and right sides that the supporting structure 14 of arranged on left and right sides is foundation plate 16 extends. The driving wheel 11 of arranged on left and right sides synchronously drives and drives band 17; Two driving wheels 11 being assemblied in arranged on left and right sides draw again to hold simultaneously and drive band 17. N-1 pinch roller 15 be installed on foundation plate 16 with spacing such as its axle construction before (in figure) edge.
In the front view that the utility model knot band lower mechanisms local shown in Fig. 6 is analysed and observe: the equidistant corresponding axis hole being assemblied in edge, hypocoxa 19 front of end 18 under the axle of all front axles 6, roll with hypocoxa 19 formation and it is slidably matched; The equidistant corresponding axis hole being assemblied in hypocoxa 19 back edge of the lower end of axle of all rear axles 9, rolls with hypocoxa 19 formation and is slidably matched.
Claims (5)
1. a plate turnable advertisement board more than, is characterized in that:
Turn over plate array structure to be made up of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N more, flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit are combined into same sequence number panel side by side, and the picture synchronization attached together with its outer side overturns the running gear to front; Each many flap unit structure is made up of the first panel, the 2nd panel the 3rd panel ..., last panel, hinge, front axle, initiatively Rhizoma Sparganii wheel, passive Rhizoma Sparganii wheel and rear axle; First panel, the 2nd panel the 3rd panel ..., last panel are connected through the hinge into stepping caterpillar belt structure, namely the first panel is by hinge and the 2nd panel hinged, 2nd panel by hinge and the 3rd panel hinged ..., last panel is by hinge and the first panel hinged; The outside of each panel of crawler belt attaches different ad content display surface, and namely each ad content is attached to the outer side of the first panel, the 2nd panel, the 3rd panel ... and last panel respectively; The axle center of the active Rhizoma Sparganii wheel that front axle is in, is integrally formed structure with active Rhizoma Sparganii wheel, as the driving mechanism driving place many flap unit structure upset; Passive Rhizoma Sparganii wheel is integrally formed structure with the rear axle being in its axle center, as drawing the support drawing mechanism holding place many flap unit structure;
First panel of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N is currently in towards positive position together with the picture that its outer side attaches; The picture of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N, unanimously towards front, forms first advertisement picture entirety; 2nd panel of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N is currently in together with the picture that its outer side attaches and faces flip bit; 3rd panel of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N is currently in next together with the picture that its outer side attaches and faces flip bit; Analogizing with this, the picture that the last panel of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N attaches together with its outer side is currently in last upset, has namely just exited position;
Flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N assemble side by side; The active Rhizoma Sparganii wheel of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N is parallel to each other, drives place many flap unit structure upset to be in present bit; The passive Rhizoma Sparganii wheel of flap unit I more than first, flap unit II ... more than the 2nd, last many flap unit N is parallel to each other, draws support place many flap unit structure to be in present bit.
2. many plate turnable advertisement boards according to claim 1, is characterized in that: turn over plate array driving mechanism wheel, driving wheel, retarding mechanism and electric motor, supporting structure, pinch roller, foundation plate, driving band are formed by dominating more; The axle head that N number of leading wheel is N number of corresponding front axle extends; N number of leading wheel is outer rotor structure, and the internal tooth of band engages its external tooth with driving; The driving wheel of arranged on left and right sides and the retarding mechanism of respective side and electric motor thereof form the leading mechanism turning over plate array driving mechanism more; The pinion(gear) of the driving wheel of arranged on left and right sides engages with driving band, synchronously drives in arranged on left and right sides and drives band; The master wheel of arranged on left and right sides driving wheel engages with the shaft end gear of respective side electric motor, synchronously accepts electric motor in arranged on left and right sides and drives; The electric motor of arranged on left and right sides is installed in respective side supporting structure; The arranged on left and right sides that the supporting structure of arranged on left and right sides is foundation plate extends; The driving wheel of arranged on left and right sides synchronously drives and drives band; Two driving wheels being assemblied in arranged on left and right sides draw again to hold simultaneously and drive band; N-1 pinch roller is installed on the edge, front of foundation plate with spacing such as its axle construction.
3. many plate turnable advertisement boards according to claim 1, is characterized in that: the equidistant corresponding axis hole being assemblied in edge, foundation plate front in the axle upper end of all front axles, roll with foundation plate formation and are slidably matched; The equidistant corresponding axis hole being assemblied in foundation plate back edge in the axle upper end of all rear axles, rolls with foundation plate formation and is slidably matched; First panel of all many flap unit structures is currently in towards anteposition; Leading wheel forms axial mechanism with initiatively Rhizoma Sparganii wheel by front axle; Leading wheel is installed on below foundation plate, engages with driving band with its external tooth, with 120 degree of counterclockwise step-operated of angle step under driving band to drive; The driving wheel of arranged on left and right sides is the coaxial integrative-structure of large and small gear; The master wheel of the driving wheel of arranged on left and right sides engages with the shaft end gear of electric motor, and the internal tooth of band engages the pinion(gear) of the driving wheel of arranged on left and right sides with driving, and with this, forms retarding mechanism; Electric motor is synchronous step-operated under Controlling System control; Outside the vertical surface of the electric motor of the arranged on left and right sides fastening supporting structure being arranged on arranged on left and right sides respectively; The supporting structure of arranged on left and right sides respectively by the fastening front being assemblied in foundation plate, its flat sleeping face along arranged on left and right sides.
4. many plate turnable advertisement boards according to claim 1, is characterized in that: the N root front axle axle center that the corresponding active Rhizoma Sparganii becoming N number of is taken turns respectively, is integrally formed structure with corresponding active Rhizoma Sparganii wheel, as the driving mechanism driving place many flap unit structure upset; N number of passive Rhizoma Sparganii wheel is integrally formed structure with the corresponding rear axle being in its axle center respectively, as drawing the support drawing mechanism holding place many flap unit structure; The axle head that N number of leading wheel is N number of corresponding front axle extends; N number of leading wheel is outer rotor structure, and the internal tooth of band engages its external tooth with driving; The driving wheel of arranged on left and right sides and the retarding mechanism of respective side and electric motor thereof form the leading mechanism turning over plate array driving mechanism more; The pinion(gear) of the driving wheel of arranged on left and right sides engages with driving band, synchronously drives in arranged on left and right sides and drives band; The master wheel of arranged on left and right sides driving wheel engages with the shaft end gear of respective side electric motor, synchronously accepts electric motor in arranged on left and right sides and drives; The electric motor of arranged on left and right sides is installed in respective side supporting structure; The arranged on left and right sides that the supporting structure of arranged on left and right sides is foundation plate extends; The driving wheel of arranged on left and right sides synchronously drives and drives band; Two driving wheels being assemblied in arranged on left and right sides draw again to hold simultaneously and drive band; N-1 pinch roller is installed on the edge, front of foundation plate with spacing such as its axle construction.
5. many plate turnable advertisement boards according to claim 1, is characterized in that: the equidistant corresponding axis hole being assemblied in edge, hypocoxa front of the lower end of the axle of all front axles, roll with hypocoxa formation and are slidably matched; The equidistant corresponding axis hole being assemblied in hypocoxa back edge of the lower end of the axle of all rear axles, rolls with hypocoxa formation and is slidably matched.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520890095.9U CN205282011U (en) | 2015-11-09 | 2015-11-09 | Board bill -boards that turn over more |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520890095.9U CN205282011U (en) | 2015-11-09 | 2015-11-09 | Board bill -boards that turn over more |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205282011U true CN205282011U (en) | 2016-06-01 |
Family
ID=56066563
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520890095.9U Expired - Fee Related CN205282011U (en) | 2015-11-09 | 2015-11-09 | Board bill -boards that turn over more |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205282011U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105303990A (en) * | 2015-11-09 | 2016-02-03 | 江南大学 | Advertising board with multiple turning board parts |
-
2015
- 2015-11-09 CN CN201520890095.9U patent/CN205282011U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105303990A (en) * | 2015-11-09 | 2016-02-03 | 江南大学 | Advertising board with multiple turning board parts |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160601 Termination date: 20161109 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |