CN105277076B - Dynamic shape display device for simulating firework blooming effect - Google Patents
Dynamic shape display device for simulating firework blooming effect Download PDFInfo
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- CN105277076B CN105277076B CN201510791151.8A CN201510791151A CN105277076B CN 105277076 B CN105277076 B CN 105277076B CN 201510791151 A CN201510791151 A CN 201510791151A CN 105277076 B CN105277076 B CN 105277076B
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- swivel becket
- fireworks
- servomotor
- burst forth
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Abstract
The invention relates to a dynamic shape display device for simulating a firework blooming effect. Compared with the prior art, the defect that the firework blooming effect cannot be simulated is overcome. According to the dynamic shape display device, inner rings of bearings are fixedly mounted on outer rings of connecting shafts, and a plurality of supporting rings are mounted at the positions, on the two sides of the bearings, of the connecting shafts. The supporting rings are connected and mounted through the connecting shafts and are semicircular. Two rotating rods are vertically mounted on an outer ring of each bearing and are in mirroring correspondence, and light-emitting blocks are mounted at the ends of the rotating rods. Servo motors are fixedly mounted on the supporting rings, and linkage rings are fixedly mounted on output shafts of the servo motors. Each linkage ring is vertically provided with two linage rods which are in mirroring correspondence. Driving rods are vertically mounted between the linkage rods and the adjacent rotating rods and between every two adjacent rotating rods. According to the dynamic shape display device, the firework blooming effect is simulated in a real object mode.
Description
Technical field
The present invention relates to machine control techniques field, specifically a kind of burst forth dynamically the making of effect for simulating fireworks
Type exhibiting device.
Background technology
In public places in order to set off artistic atmosphere by contrast, be often shown using static styling apparatus, such as flying bird moulding,
Artificial hillock moulding, sculpture sculpting, Christmas tree moulding etc..But the moulding of this static state cannot mobilism operate, and sets off DeGrain by contrast, no
Power can be attracted public attention.For presenting of some transition moulding, then more cannot show.Burst forth especially for fireworks
Effect, its be change transients show it is impossible to be showed by static form.And in prior art, fireworks are bursted forth
Effect is all then to carry out flash demo by way of screen-picture, form single it is impossible to attract public attention power.Therefore how
The effect that fireworks burst forth is simulated by dynamic Design of Mechanical Structure and has become as the technical problem being badly in need of solving.
Content of the invention
The invention aims to fireworks cannot be simulated in solution prior art bursting forth the defect of effect, provide one kind
To solve the above problems for simulating the burst forth kinematic modeling exhibiting device of effect of fireworks.
To achieve these goals, technical scheme is as follows:
A kind of burst forth the kinematic modeling exhibiting device of effect for simulating fireworks, including top board, the fixing peace in lower section of top board
Link up with equipped with two and two hooks correspond in mirror image, two hooks are mounted on hanging rope, two hanging ropes are provided with
Fireworks burst forth component exhibiting,
It is characterized in that: the described fireworks component exhibiting that bursts forth includes semicircle motion ring assemblies a and semicircle motion ring assemblies
B, semicircle motion ring assemblies a are identical with semicircle motion ring assemblies b structure, semicircle motion ring assemblies a and semicircle motion ring group
Both part b pass through fixture a and fixture b and connect one circle of composition, and two hanging ropes are hung in fixture a and fixture
On b；
Semicircle motion ring assemblies a includes bearing, support ring and connecting shaft, and the quantity of bearing, support ring and connecting shaft is
Several, the inner ring of bearing is fixedly mounted on the outer ring of connecting shaft, and the both sides that connecting shaft is located at bearing are mounted on supporting
Ring, several support rings are connected by connecting shaft installs semicircular in shape, the outer ring of bearing be all vertically installed with two rotating bars and
Two rotating bars are in that mirror image corresponds to, and the end of rotating bar is mounted on light-emitting block,
Servomotor is installed with support ring, the output shaft of servomotor is installed with linkage ring, link ring
On be vertically installed with two gangbar and two gangbar are in that mirror image corresponds to, between gangbar and adjacent rotating bar, two phases
All it is vertically installed with drive link, rotating bar, the length of gangbar are respectively less than by several support ring institute rings between adjacent rotating bar
Around the semicircular radius of composition.
Described fireworks burst forth component exhibiting quantity be several, several fireworks burst forth component exhibiting longitudinal arrangement and
All lifted by two hanging ropes.
Also include rotating ring assemblies, rotate the support ring that ring assemblies include being arranged on hanging rope, the outer ring of support ring is solid
Dingan County, equipped with outer ring servomotor, the inner ring of support ring is movably installed with outer swivel becket and outer swivel becket is turned with support ring composition
Dynamic cooperation, the output shaft of outer ring servomotor is installed on the outer ring of outer swivel becket；On the outer ring of outer swivel becket, inner ring is installed
Servomotor, interior swivel becket is movably arranged on the inner ring of outer swivel becket and is constituted with outer swivel becket and is rotatably assorted, interior swivel becket
Inner ring on moulding retainer ring is installed, moulding retainer ring is coincided with the center of circle of interior swivel becket, fixing peace in moulding retainer ring
Equipped with several illuminating shape bars.
Also include rotational pin a and rotational pin b, one end of rotational pin a is movably arranged in support ring, and rotational pin a's is another
End laterally fixedly mounts on the outer ring of outer swivel becket, and the same that rotational pin a is located at outer swivel becket with outer ring servomotor is straight
On the extended line of footpath；One end of rotational pin b is movably arranged on outer swivel becket；In the other end of rotational pin b is laterally fixedly mounted on
On swivel becket, rotational pin b is located on the same diameter extended line of interior swivel becket with inner ring servomotor.
The root of several described illuminating shape bars is arranged in moulding retainer ring, the end of several illuminating shape bars
Combine curved structure.
Also include conducting slip ring, the quantity of conducting slip ring is several, and conducting slip ring is arranged on connecting shaft, conducting slip ring
Electric power output terminates at light-emitting block.
Also include motor control chip, the control of described servomotor terminates at the control signal output of motor control chip
On end.
Beneficial effect
The a kind of of the present invention is bursted forth the kinematic modeling exhibiting device of effect for simulating fireworks, compared with prior art adopts
Electromechanical integration technology, through the Structured Design to machine moulding, using large-scale, multilamellar styling apparatus Dynamic Announce, uses
The effect that in kind form simulation fireworks burst forth.Present invention achieves the Dynamic Announce of multiple models and element, reach good
The effect setting off atmosphere by contrast, novel form, overcome the defect of original static display.
Brief description
Fig. 1 is the structure front view of the present invention；
Fig. 2 is that in the present invention, fireworks burst forth the structure top view of component exhibiting；
Fig. 3 is the structure elevation view of transfer moving ring assembly of the present invention；
Fig. 4 is the attachment structure enlarged drawing of middle (center) bearing of the present invention, support ring and connecting shaft three；
Fig. 5 is the structure top view of semicircle motion ring assemblies a in the present invention；
Fig. 6 is the structure top view of semicircle motion ring assemblies b in the present invention；
Fig. 7 is that in the present invention, fireworks burst forth the structural perspective of 12 moving situations of component exhibiting；
Fig. 8 is that in the present invention, fireworks burst forth the movement tendency state upward view of light-emitting block in component exhibiting；
Fig. 9 is that in the present invention, fireworks burst forth the movement tendency state stereogram of light-emitting block in component exhibiting；
Wherein, 1- top board, 2- hook, 3- fireworks burst forth component exhibiting, 4- rotate ring assemblies, 5- motor control chip, 6-
Hanging rope, 101- linkage ring, 102- gangbar, 201- support ring, 202- fixture a, 203- fixture b, 301- servomotor,
Rotate outside 302- drive link, 303- conducting slip ring, 304- rotating bar, 305- light-emitting block, 306- bearing, 307- connecting shaft, 401-
Ring, 402- outer ring servomotor, 403-interior swivel becket, 404- inner ring servomotor, 405- moulding retainer ring, 406- light and make
Type bar, 408- support ring, 409- rotational pin a, 410- rotational pin b.
Specific embodiment
Effect for making the architectural feature to the present invention and reached has a better understanding and awareness, in order to preferably
Embodiment and accompanying drawing cooperation detailed description, are described as follows:
As shown in figure 1, of the present invention a kind of burst forth the kinematic modeling exhibiting device of effect for simulating fireworks, including
Top board 1, the lower section of top board 1 is installed with two hooks 2 and two hooks 2 are in that mirror image corresponds to, and hook 2 is used for fireworks are bursted forth
The fixing hanging of component exhibiting 3.It is mounted on hanging rope 6 on two hooks 2, two hanging ropes 6 are provided with the fireworks exhibition of bursting forth
Show assembly 3, fireworks burst forth component exhibiting 3 for Design of Mechanical Structure, for simulating the effect that fireworks burst forth, by sending out that it rotates
Light block 305 realize in circle to circle the ring of light diffusion, thus when being similar to fireworks and bursting forth in the air, fireworks are from interior combustion outward
Put diffusion.In order to increase the bandwagon effect at scene, the burst forth quantity of component exhibiting 3 of fireworks can be multiple, the height in visual field shop,
Special case determining, multiple fireworks burst forth component exhibiting 3 longitudinal arrangement and all lifted by two hanging ropes 6 naturally it is also possible to
According to field condition, burst forth to design between component exhibiting 3 in multiple fireworks by the content of prior art and hang the knot such as indigo plant and bracing frame
Structure, to increase the lifting stability of hanging rope 6.
As shown in Fig. 2 fireworks burst forth, component exhibiting 3 includes semicircle motion ring assemblies a and semicircle motion ring assemblies b, semicircle
Motion ring assemblies a is as shown in figure 5, semicircle motion ring assemblies b is as shown in fig. 6, semicircle motion ring assemblies a and semicircle motion ring assemblies
Both b structure is identical.Semicircle motion ring assemblies a and semicircle motion ring assemblies b passes through fixture a202 and fixture b203
Connect one circle of composition, fixture a202 and fixture b203 can for metallic rod or other be fixedly connected thing, also can be direct
Using support ring 201, for two semicircles are connected into a full circle, it is also used for carrying out the fixation of hanging rope 6, two hanging ropes
6 are hung on fixture a202 and fixture b203.Because fixture a202 and fixture b203 is two semicircular structures
(semicircle motion ring assemblies a and semicircle motion ring assemblies b) is connected, and therefore fixture a202 and fixture b203 must
It is so that mirror image corresponds to, can smoothly the fireworks component exhibiting 3 that bursts forth be fixed using hanging rope 6.And due to semicircle fortune
All employ, in moving ring assembly a and semicircle motion ring assemblies b, the design being driven using drive link 302, and drive link 302
Need to carry out 360 degree of rotation again, then produce with hanging rope 6 and conflict, therefore here by hanging rope 6 be fixed on fixture a202 and
Fixture b203, i.e. the intersection of semicircle motion ring assemblies a and semicircle motion ring assemblies b, then no the setting of drive link 302 herein
Meter, successfully avoid drive link 302 carry out during 360 degree of rotation with the conflicting of hanging rope 6.
As shown in figure 5, semicircle motion ring assemblies a includes bearing 306, support ring 201 and connecting shaft 307, bearing 306,
The quantity of pushing out ring 201 and connecting shaft 307 is multiple, the circle that its particular number surrounds according to required for semicircle motion ring assemblies a
Diameter large and small (circle big, circle little) is determining.As shown in figure 4, the inner ring of bearing 306 is fixedly mounted on the outer ring of connecting shaft 307
On, bearing 306 is enclosed within connecting shaft 307, and the both sides that connecting shaft 307 is located at bearing 306 are mounted on support ring 201, supports
The effect of ring 201 is for the connecting shaft 307 that is connected.It is in semicircle that several support rings 201 pass through connecting shaft 307 to connect installation
Shape, support ring 201 can be designed to straight panel structure it is also possible to warp architecture, if being designed to straight panel structure, in multiple connecting shafts
During 307 connection, will be connected between support ring 201 and connecting shaft 307 is in certain warp architecture；If support ring 201 is designed to bend
Structure, then connecting shaft 307 be directly transversely mounted in support ring 201.The semicircular structure being surrounded in connecting shaft 307
In it is simply that connecting shaft 307, support ring 201, connecting shaft 307, support ring 201 etc. continue successively, that is, the both sides of connecting shaft 307 are equal
Support ring 201 is installed, but does not take the space of connecting shaft 307 completely in this support ring 201, at the middle part of connecting shaft 307
Bearing 306 is installed, for rotary motion bar 304.The outer ring of bearing 306 is all vertically installed with two rotating bars 304, and two turn
Lever 304 is in that mirror image corresponds to, can carry out 360 degree of rotation.The end of rotating bar 304 is mounted on light-emitting block 305, lights
Block 305 is used for Luminous display, and it can be designed to the design such as blue light-emitting, gold-tinted, HONGGUANG according to actual bandwagon effect；Can also set
Count into reflective material, the irradiation light of different colours is installed on top board 1, the display in different colours under the lamp of irradiation light shines.
Light-emitting block 305 itself can be with the design of charged, if light-emitting block 305 designs without power supply, can be in each connecting shaft 307
Install a conducting slip ring 303 again additional, the electric power output of conducting slip ring 303 terminates at light-emitting block 305, light-emitting block 305 is supplied
Electricity.
As shown in figure 5, then employing the design of servomotor 301 in terms of the power of semicircle motion ring assemblies a, servo electricity
In machine 301 fixed installation support ring 201, generally servomotor 301 can be fixedly mounted on semicircle motion ring assemblies a two ends
In the support ring 201 of some end position, but servomotor 301 be fixed in the support ring 201 of any position also can, only
Between gangbar 102 to be ensured and adjacent rotating bar 304, between two adjacent rotating bars 304, all it is vertically installed with transmission
Bar 302, as long as can rely on gangbar 102 to drive rotating bar 304.Fixedly mount on the output shaft of servomotor 301
There is linkage ring 101, linkage ring 101 is the endless member being directly anchored on servomotor 301 output shaft.Same on linkage ring 101
Sample is vertically installed with two gangbar 102 and two gangbar 102 are in that mirror image corresponds to, and gangbar 102 is used for driving rotating bar 304
Rotation, the size needs of the component exhibiting 3 that bursted forth according to live fireworks, gangbar 102 can be designed to as rotating bar 304
Structure, also carry light-emitting block 305, potentially act as a burning point when fireworks burst forth；Can also only be designed to one shaft-like
Structure, it plays linkage and acts on.Between gangbar 102 and adjacent rotating bar 304, two adjacent rotating bars 304 it
Between be all vertically installed with drive link 302, then servomotor 301 work when, drive linkage ring 101 rotate, linkage ring 101 drive connection
Lever 102 rotates, and is rotated by the rotating bar 304 rotarily driving side of gangbar 102, turning by adjacent gangbar 102
The rotation of lever 304 drives the rotation of adjacent rotating bar 304 again, thus drive the rotating bar 304 of multiple (semicirculars in shape)
Rotation.In order to ensure will not to collide with each other during the rotation of multiple rotating bars 304, therefore rotating bar 304, gangbar 102 length equal
Form semicircular radius less than by several support ring 201 institutes cinctures.
In order to increase bandwagon effect further, can also include rotating ring assemblies 4, rotate ring assemblies 4 and be typically mounted at
Bottom, that is, fireworks burst forth the lower section of component exhibiting 3, but according to design needs, rotate ring assemblies 4 and can also be arranged on fireworks and burst forth
The top of component exhibiting 3, it is installed again by hanging rope 6.As shown in figure 3, rotate ring assemblies 4 to include being arranged on hanging
Support ring 408 on rope 6, the outer ring of support ring 408 is installed with outer ring servomotor 402, and outer ring servomotor 402 is used for
Outer swivel becket 401 is controlled to be rotated, the output shaft of outer ring servomotor 402 is installed on the outer ring of outer swivel becket 401.Support
Outer swivel becket 401 is movably installed with the inner ring of ring 408 and outer swivel becket 401 is rotatably assorted with support ring 408 composition, outer rotation
Ring 401 can be rotated in the inner ring scope of support ring 408, and it can use rotational pin a409.The one of rotational pin a409
End is movably arranged in support ring 408, rotational pin a409 spacing in support ring 408, i.e. pin connection, rotational pin a409 can be
Rotated in support ring 408.The other end of rotational pin a409 laterally fixedly mounts on the outer ring of outer swivel becket 401, and
Rotational pin a409 and outer ring servomotor 402 are located on the same diameter extended line of outer swivel becket 401, that is, rotational pin a409 with
Outer ring servomotor 402 is corresponding, then outer swivel becket 401 is then realized with 2 points (rotational pin a409 and outer ring servomotors 402)
On the basis of rotated.
Inner ring servomotor 404 is provided with the outer ring of outer swivel becket 401, interior swivel becket 403 is movably arranged on outer rotation
Constitute on the inner ring of ring 401 and with outer swivel becket 401 and be rotatably assorted.In the same manner, rotational pin b410, rotational pin b410 can also be used
One end be movably arranged on outer swivel becket 401 (pin connection).The other end of rotational pin b410 is laterally fixedly mounted on interior rotation
On ring 403, rotational pin b410 and inner ring servomotor 404 are located on the same diameter extended line of interior swivel becket 403, interior rotation
Ring 403 is rotated on rotational pin b410 with the datum mark of inner ring servomotor 404.When outer ring servomotor 402 works,
Outer ring servomotor 402 drives outer swivel becket 401 to be moved；When inner ring servomotor 404 works, inner ring servomotor
In 404 drives, swivel becket 403 is moved.Moulding retainer ring 405, moulding retainer ring are provided with the inner ring of interior swivel becket 403
405 are coincided with the center of circle of interior swivel becket 403.Several illuminating shape bars 406 are installed with moulding retainer ring 405, that is,
When outer swivel becket 401 and interior swivel becket 403 rotate, then drive moulding retainer ring 405 to rotate, then illuminating shape bar 406 also with
Rotation, formed multiple styles change combination.The root of several illuminating shape bars 406 is arranged in moulding retainer ring 405,
The curved structure of end part combination of several illuminating shape bars 406, when the end part combination of several illuminating shape bars 406 is curve
When, rotate and more have spatial impression, moulding more graceful.
In order to realize the Automated condtrol to whole device, motor control chip 5 can also be included, servomotor 301
Control and terminate on the control signal outfan of motor control chip 5, control fireworks to burst forth presentation group by motor control chip 5
The rotation of part 3.In the same manner, inner ring servomotor 404 and outer ring servomotor 402 can also be connected on motor control chip 5, carry out
It is uniformly controlled operation.
When actually used, servomotor 301 work drives linkage ring 101 to rotate, and linkage ring 101 drives gangbar 102
Rotation, is rotated by the rotating bar 304 rotarily driving side of gangbar 102, by the rotating bar 304 of adjacent gangbar 102
Rotation drive the rotation of adjacent rotating bar 304 again, thus driving the rotation of the rotating bar 304 of multiple (semicirculars in shape).With
Reason, semicircle motion ring assemblies b is equally rotated with semicircle motion ring assemblies a.As shown in fig. 7, in the figure 7, according to first longitudinal direction
Again from the point of view of horizontal order, 12 state diagrams when fireworks burst forth component exhibiting 3 rotation can be seen that bursts forth displaying when fireworks
During assembly 3 rotation, multiple light-emitting blocks 305 form two circles (inner circle and cylindrical), and inner circle then slowly develops circular direction outward and prolongs
Stretch, cylindrical, slowly circular direction reduces inside.And when practical displaying, at the scene under dark surrounds, as shown in figure 8, from looking up
The motion change of light-emitting block 305 from the point of view of angle, can only be found out, due to the continuity of light source when light-emitting block 305 moves, during its motion
In the variation patterns distributing outward from home position, distribute shape in fireworks.And because light-emitting block 305 is by rotating bar 304
Drive, therefore, as shown in figure 9, the change spatially formula change that light-emitting block 305 distributes outward from home position, successfully simulate
The effect that fireworks burst forth.And when rotating ring assemblies 4 motion, it constantly rotates, multiple illuminating shape bar 406 then moulds of change
Draw up effect when fireworks are random to be seted off.The present invention pass through Machine Design, reached good fireworks burst forth atmosphere show effect
Really.
Ultimate principle, principal character and the advantages of the present invention of the present invention have been shown and described above.The technology of the industry
The simply present invention it should be appreciated that the present invention is not restricted to the described embodiments, described in above-described embodiment and description for the personnel
Principle, without departing from the spirit and scope of the present invention the present invention also have various changes and modifications, these change and
Improvement both falls within the range of claimed invention.The protection domain of application claims by appending claims and its
Equivalent defines.
Claims (7)
1. a kind of burst forth the kinematic modeling exhibiting device of effect for simulating fireworks, including top board (1), the lower section of top board (1) is solid
Equipped with two hooks (2) and two hooks (2) are in that mirror image corresponds to for Dingan County, link up with for two and are mounted on hanging rope (6) on (2), and two
Fireworks are provided with root hanging rope (6) burst forth component exhibiting (3),
It is characterized in that: described fireworks burst forth component exhibiting (3) include semicircle motion ring assemblies a and semicircle motion ring assemblies b,
Semicircle motion ring assemblies a is identical with semicircle motion ring assemblies b structure, semicircle motion ring assemblies a and semicircle motion ring assemblies b
Both pass through fixture a(202) and fixture b(203) connecting one circle of composition, two hanging ropes (6) are hung in fixation
Part a(202) and fixture b(203) on；
Semicircle motion ring assemblies a includes bearing (306), support ring (201) and connecting shaft (307), bearing (306), support ring
(201) and the quantity of connecting shaft (307) is several, the inner ring of bearing (306) is fixedly mounted on the outer ring of connecting shaft (307)
On, the upper both sides being located at bearing (306) of connecting shaft (307) are mounted on support ring (201), and several support rings (201) are passed through
Connecting shaft (307) connects installs semicircular in shape, and the outer ring of bearing (306) is all vertically installed with two rotating bars (304) and two
Rotating bar (304) is in that mirror image corresponds to, and the end of rotating bar (304) is mounted on light-emitting block (305),
Servomotor (301) is installed with support ring (201), the output shaft of servomotor (301) is installed with connection
Rotating ring (101), linkage ring (101) is vertically installed with two gangbar (102) and two gangbar (102) is in that mirror image corresponds to,
Between gangbar (102) and adjacent rotating bar (304), between two adjacent rotating bars (304), all it is vertically installed with transmission
Bar (302), rotating bar (304), the length of gangbar (102) are respectively less than and form semicircle by the cincture of several support rings (201) institute
The radius of shape.
2. according to claim 1 a kind of burst forth the kinematic modeling exhibiting device of effect for simulating fireworks, its feature exists
It is several in the burst forth quantity of component exhibiting (3) of: described fireworks, several fireworks burst forth component exhibiting (3) longitudinal arrangement
And all lifted by two hanging ropes (6).
3. according to claim 1 a kind of burst forth the kinematic modeling exhibiting device of effect for simulating fireworks, its feature exists
In: also include rotating ring assemblies (4), rotate the support ring (408) that ring assemblies (4) include being arranged on hanging rope (6), support ring
(408) outer ring is installed with outer ring servomotor (402), and the inner ring of support ring (408) is movably installed with outer swivel becket
(401) and outer swivel becket (401) and support ring (408) constitute and be rotatably assorted, the output shaft of outer ring servomotor (402) is arranged on
On the outer ring of outer swivel becket (401)；On the outer ring of outer swivel becket (401), inner ring servomotor (404), interior swivel becket are installed
(403) it is movably arranged on the inner ring of outer swivel becket (401) and constitutes with outer swivel becket (401) and be rotatably assorted, interior swivel becket
(403) moulding retainer ring (405) is provided with inner ring, moulding retainer ring (405) is mutually overlapping with the center of circle of interior swivel becket (403)
Close, moulding retainer ring (405) is installed with several illuminating shape bars (406).
4. according to claim 3 a kind of burst forth the kinematic modeling exhibiting device of effect for simulating fireworks, its feature exists
In: also include rotational pin a(409) and rotational pin b(410), rotational pin a(409) one end be movably arranged on support ring (408)
On, rotational pin a(409) the other end laterally fixed installation on the outer ring of outer swivel becket (401), rotational pin a(409) and outer ring
Servomotor (402) is located on the same diameter extended line of outer swivel becket (401)；Rotational pin b(410) one end activity install
On outer swivel becket (401)；Rotational pin b(410) the other end be laterally fixedly mounted on interior swivel becket (403), rotational pin b
(410) it is located on the same diameter extended line of interior swivel becket (403) with inner ring servomotor (404).
5. according to claim 3 a kind of burst forth the kinematic modeling exhibiting device of effect for simulating fireworks, its feature exists
In: the root of several described illuminating shape bars (406) is arranged in moulding retainer ring (405), several illuminating shape bars
(406) the curved structure of end part combination.
6. according to claim 1 a kind of burst forth the kinematic modeling exhibiting device of effect for simulating fireworks, its feature exists
In: also include conducting slip ring (303), the quantity of conducting slip ring (303) is several, and conducting slip ring (303) is arranged on connecting shaft
(307), the electric power output of conducting slip ring (303) terminates at light-emitting block (305).
7. according to claim 1 a kind of burst forth the kinematic modeling exhibiting device of effect for simulating fireworks, its feature exists
In: also include motor control chip (5), the control of described servomotor (301) terminates at the control letter of motor control chip (5)
On number outfan.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510791151.8A CN105277076B (en) | 2015-11-17 | 2015-11-17 | Dynamic shape display device for simulating firework blooming effect |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510791151.8A CN105277076B (en) | 2015-11-17 | 2015-11-17 | Dynamic shape display device for simulating firework blooming effect |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105277076A CN105277076A (en) | 2016-01-27 |
| CN105277076B true CN105277076B (en) | 2017-02-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510791151.8A Active CN105277076B (en) | 2015-11-17 | 2015-11-17 | Dynamic shape display device for simulating firework blooming effect |
Country Status (1)
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| CN (1) | CN105277076B (en) |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE10117379A1 (en) * | 2001-04-06 | 2002-10-17 | Comet Gmbh Pyrotechnik Appbau | Closure for a pyrotechnic body |
| CN101008562A (en) * | 2007-01-18 | 2007-08-01 | 湖南省醴陵市天符出口花炮厂 | Five-color mixed rotating color ring firework |
| CN201133792Y (en) * | 2007-11-17 | 2008-10-15 | 邹国文 | Bracket for setting off line type firework |
| CN201233201Y (en) * | 2008-06-20 | 2009-05-06 | 包素霞 | Fixed girandole |
| CN101581558A (en) * | 2008-08-01 | 2009-11-18 | 浏阳市余氏科技环保烟花厂 | Device for displaying small-size caption-pattern fireworks |
| CN201272180Y (en) * | 2008-09-30 | 2009-07-15 | 孔凡让 | Dynamic molding apparatus |
| CN201397091Y (en) * | 2009-02-11 | 2010-02-03 | 沈雪文 | Rotary firework |
| CN204286238U (en) * | 2014-11-21 | 2015-04-22 | 王修 | The LED fireworks and firecrackers in high-altitude can be suspended in |
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2015
- 2015-11-17 CN CN201510791151.8A patent/CN105277076B/en active Active
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| CN105277076A (en) | 2016-01-27 |
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