CN206592799U - LED bulb wick structure and LED bulb that a kind of 360 ° of light emitting flexible filaments are made - Google Patents
LED bulb wick structure and LED bulb that a kind of 360 ° of light emitting flexible filaments are made Download PDFInfo
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- CN206592799U CN206592799U CN201621424048.6U CN201621424048U CN206592799U CN 206592799 U CN206592799 U CN 206592799U CN 201621424048 U CN201621424048 U CN 201621424048U CN 206592799 U CN206592799 U CN 206592799U
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Abstract
The utility model is related to LED bulb wick structure and the LED bulb that a kind of 360 ° of light emitting flexible filaments are made, by filament, wick support column, clip ring group into the wick support column connects at least one the monochrome or the emitting led flexible filament of multicolour semiconductor of random brake forming；Formed in the fixation clasp that the filament is around on wick support column and buckle silk component, LED flexibility filaments two ends are riveted in the filament metal end of wick support column respectively, and LED flexibilities filament fills helium formation independent closed illuminator with lamp housing by sealing exhaust and vacuumizing again.The utility model has the beneficial effect that：With efficiently, energy-conservation, the long-life, 360 ° luminous, free of discontinuities, unshadowed, multicolour, many moulding the features such as；It can be positioned according to wick support column with the quantity of fixed clasp and position, composition arbitrary shape and pattern form the luminescence component of different shaping, can reach different illumination effects according to different use demands.
Description
Technical field
The utility model is related to LED illumination technology, more particularly to a kind of for various decorations, light fixture and engineering brightening photograph
LED bulb wick structure and LED bulb that 360 ° of bright light emitting flexible filaments are made.
Background technology
With the further maturation of LED technology, LED obtains more more preferable hairs in the room lighting Design of Luminaires development field
Exhibition, fully demonstrates energy-saving, health, art up and hommization illumination development trend.LED bulb lamps are connect using existing
Mouthful mode, i.e. screw socket, socket mode, the principle of luminosity based on LED one-way so that the distribution curve flux of LEDbulb lamp substantially with
The spot light of incandescent lamp is convergent.
Although very big improvement has been made in existing LED bulb, because conventional LED light bulb lighting angle is small, and
And radiating subassembly auxiliary heat dissipation is needed, it is restricted and causes moulding single；Meanwhile, existing LED sapphires, ceramic LED lamp silk lamp
With male and female face, dark space is also easy to produce；In addition, because substrate is hard material, it is impossible to realize random brake forming, form Multiple Shape flower
Type structure, ultimately results in semiconductor luminous assembly moulding single, it is impossible to meet the aesthetic and leisure demand of people's increasingly fashion.
This case by the realization of this pattern characteristics it is important to note that by market survey, analysis, can be can solve the problem that existing
The technical scheme of problem, by the FPC substrates of different length, attachment semiconductor-on-insulator is emitting led to lead cartridge chip, then painting is loaded onto outside
Highlighted fluorescence coating, is advantageously implemented the LED bulbs that 360 ° of light emitting flexible filaments are made.
Therefore, in view of the above, needing reasonably to improve prior art.
Utility model content
For disadvantages described above, the utility model provides the LED bulb wick structure that a kind of 360 ° of light emitting flexible filaments are made,
The decorative lamp of the flexible multi-point light source of different shaping can be achieved, with 360 ° luminous, free of discontinuities, unshadowed, multicolour, makes more
The advantages of type, to solve many deficiencies of prior art.
To achieve the above object, the utility model uses following technical scheme：
The LED bulb wick structure that a kind of 360 ° of light emitting flexible filaments are made, by filament, wick support column, fixed clasp
Composition, the wick support column connects at least one the monochrome or the emitting led flexible filament of multicolour semiconductor of random brake forming；Institute
State to be formed in the fixation clasp that filament is around on wick support column and buckle silk component, LED flexibility filaments two ends are riveted on respectively
In the filament metal end of wick support column, LED flexibilities filament fills helium and forms independence with lamp housing by sealing exhaust and vacuumizing again
Closed illuminator.
Correspondingly, the filament length is any number between 30mm-600mm；Filament is carried by substrate of flexible PCB
Multiple semiconductor light emitting LED chips are mounted on substrate by body.
The LED chip is mounted on substrate application phosphor of high brightness again；
The filament is around on wick support column by series and parallel mode rule or irregular mode；
The luminescence component of the wick support column and clip ring group into arbitrary shape.
The closed illuminator is connected by the default conductive filament of wick support column with driving power supply, then is fixed with lamp holder,
It is driven and lights luminous, formation semiconductor light-emitting source system.
The filament shape is shaped form, cross, heart, waveform, annular, U-shaped or the structure such as snakelike.
A kind of LED bulb, outside has variform lamp housing, what its inside was made with 360 ° of light emitting flexible filaments
LED bulb wick structure.
The utility model has the beneficial effect that：
(1) the structure has different length 30mm-600mm semiconductor light emitting, efficient, energy-conservation, long-life, 360 ° of hairs
The features such as light, free of discontinuities, unshadowed, multicolour, many moulding；
(2) it can be positioned according to wick support column with the quantity of fixed clasp and position, composition arbitrary shape and pattern are formed
The luminescence component of different shaping, can reach different illumination effects according to different use demands；
(3) light source component and different shaping glass bulb by seal exhaust vacuumize fill helium formed uniqueness independence it is close
Close illuminator, it is adaptable to various decorations, light fixture, engineering brightening illumination；
(4) be conducive to making that product is cost-effective, moulding is changeable, increase the service life, it is luminous uniform, be conducive to improving and illuminate
Degree.
Brief description of the drawings
The utility model is described in further detail below according to accompanying drawing.
Fig. 1 is the LED bulb wick structure and LED that 360 ° of light emitting flexible filaments described in the utility model embodiment one are made
Bulb schematic diagram；
Fig. 2 is the LED bulb wick structure and LED that 360 ° of light emitting flexible filaments described in the utility model embodiment two are made
Bulb schematic diagram；
Fig. 3 is the LED bulb wick structure and LED that 360 ° of light emitting flexible filaments described in the utility model embodiment three are made
Bulb schematic diagram；
Fig. 4 is the LED bulb wick structure and LED that 360 ° of light emitting flexible filaments described in the utility model example IV are made
Bulb schematic diagram；
Fig. 5 is the LED bulb wick structure and LED that 360 ° of light emitting flexible filaments described in the utility model embodiment five are made
Bulb schematic diagram；
Fig. 6 is the LED bulb wick structure and LED that 360 ° of light emitting flexible filaments described in the utility model embodiment six are made
Bulb schematic diagram；
Fig. 7 is the LED bulb wick structure and LED that 360 ° of light emitting flexible filaments described in the utility model embodiment seven are made
Bulb schematic diagram；
Fig. 8 is the LED bulb wick structure and LED that 360 ° of light emitting flexible filaments described in the utility model embodiment eight are made
Bulb schematic diagram；
Fig. 9 is the LED bulb wick structure and LED that 360 ° of light emitting flexible filaments described in the utility model embodiment nine are made
Bulb schematic diagram.
In figure：
1st, lamp holder；2nd, lamp housing；3rd, filament；4th, driving power supply；5th, wick support column；6th, radiate gas；7th, vacuum chamber；8th, lamp
Silk metal terminal；9th, fixed clasp；
32nd, shaped form filament；33rd, cross filament；34th, heart-shaped filament；35th, the filament of cross shape；36th, waveform
Filament；37th, loop filament；38th, U-shaped lamp silk；39th, snakelike filament.
Embodiment
Embodiment 1
As shown in figure 1, the LED bulb wick knot that 360 ° of light emitting flexible filaments described in the utility model embodiment are made
Structure, is made up of, the wick support column 5 and the support column assembly stretched into inside lamp housing 2 filament 3, wick support column 5, fixed clasp 9
Connect, the wick support column 5 is connected with the flexibility that at least one length is 30mm-600mm any numbers can arbitrarily brake forming
Monochrome or the emitting led filament 3 of multicolour semiconductor, the emitting led filament 3 is distributed in the lamp housing 2 with conventional bulb moulding
It is interior.
Further, multiple semiconductor light emitting LED chips are mounted on FPC by the filament 3 by substrate carrier of flexible FPC
On substrate, and application phosphor of high brightness, so as to realize 360 ° of light emitting flexible filaments 3, with specular removal, random bending, fold
The features such as shaping；
Correspondingly, the filament 3 passes through series and parallel mode rule or the irregular fixation being around on wick support column 5
In clasp 9, button silk component is formed, wick support column 5, group are positioned with the quantity of fixed clasp 9 and position according to wick support column 5
Into arbitrary shape and pattern, the luminescence component of different shaping is formed；
Further, 360 ° of light emitting flexible filaments 3 two ends are riveted on the filament metal terminal of wick support column 5 respectively
8, then by sealing exhaust and vacuumizing the independent closed illuminator that helium forms uniqueness is filled with the lamp housing 2 of different shaping, this is closed
There is vacuum chamber 7 inside illuminator and the inside of vacuum chamber 7 has radiating gas 6.
Meanwhile, the closed illuminator is connected by the default conductive filament of wick support column 5 and 12-265VLED driving power supplies 4
Connect, then fixed with lamp holder 1, be driven and light luminous, one completed semiconductor light emitting source of formation, realize free of discontinuities, unshadowed hair
Light effect, and with low current, low-power consumption advantage.
Embodiment 2
As shown in Fig. 2 the LED bulb wick knot that 360 ° of light emitting flexible filaments described in the utility model embodiment are made
Structure, is made up of shaped form filament 32, wick support column 5, and the wick support column 5 is with stretching into the support column assembly phase inside lamp housing 2
Connect, the wick support column 5 be connected with least one curved flexibility can arbitrarily brake forming monochrome or multicolour semiconductor hair
Light LED shaped forms filament 32, the emitting led shaped form filament 32 is distributed in the lamp housing 2 with conventional bulb moulding；The song
Connected between linear filament 32 and wick support column 5 by fixation kit.
Further, the two ends of shaped form filament 32 are connected with one end of conductive filament respectively, then the lamp with different shaping
Shell 2 fills the independent closed illuminator that helium forms uniqueness by sealing exhaust and vacuumizing, and has vacuum inside the closed illuminator
There is radiating gas 6 inside chamber 7 and the vacuum chamber 7.
In addition, the lamp holder 1, the structure of driving power supply 4 are identical with said structure.
Embodiment 3
As shown in figure 3, the LED bulb wick knot that 360 ° of light emitting flexible filaments described in the utility model embodiment are made
Structure, is made up of cross filament 33, wick support column 5, and the wick support column 5 is with stretching into the support column assembly phase inside lamp housing 2
Connect, the wick support column 5 is connected with a LED cross filament 33, the LED cross filament 33 is distributed in the lamp housing of cylinder
In 2；Connected between the cross filament 33 and wick support column 5 by fixation kit.
Further, the two ends of cross filament 33 are connected with one end of conductive filament respectively, then the lamp with different shaping
Shell 2 fills the independent closed illuminator that helium forms uniqueness by sealing exhaust and vacuumizing, and has vacuum inside the closed illuminator
There is radiating gas 6 inside chamber 7 and the vacuum chamber 7.
In addition, the lamp holder 1, the structure of driving power supply 4 are identical with said structure.
Embodiment 4
As shown in figure 4, the LED bulb wick knot that 360 ° of light emitting flexible filaments described in the utility model embodiment are made
Structure, is made up of heart-shaped filament 34, wick support column 5, and the wick support column 5 is with stretching into the support column assembly phase inside lamp housing 2
Connect, the wick support column 5 is connected with the heart-shaped filaments 34 of a LED, LED heart filaments 34 are distributed in the lamp housing 2 of cylinder
It is interior；Connected between the heart-shaped filament 34 and wick support column 5 by fixation kit.
Further, the two ends of heart-shaped filament 34 are connected with one end of conductive filament respectively, then the lamp housing 2 with different shaping
The independent closed illuminator that helium forms uniqueness is filled by sealing exhaust and vacuumizing, there is vacuum chamber 7 inside the closed illuminator
And the inside of vacuum chamber 7 has radiating gas 6.
In addition, the lamp holder 1, the structure of driving power supply 4 are identical with said structure.
Embodiment 5
As shown in figure 5, the LED bulb wick knot that 360 ° of light emitting flexible filaments described in the utility model embodiment are made
Structure, is made up of the filament 35 of cross shape, wick support column 5, and the wick support column 5 is with stretching into the support column inside lamp housing 2
Attached components, the wick support column 5 is connected with the filament 35 of a cross shape, and the filament 35 of the cross shape is distributed in
In the lamp housing 2 of cylinder；Connected between the filament 35 and wick support column 5 of the cross shape by fixation kit.
Further, the two ends of filament 35 of the cross shape are connected with one end of conductive filament respectively, then are made with difference
The lamp housing 2 of type fills the independent closed illuminator that helium forms uniqueness by sealing exhaust and vacuumizing, and has inside the closed illuminator
There is vacuum chamber 7 and the inside of vacuum chamber 7 has radiating gas 6.
In addition, the lamp holder 1, the structure of driving power supply 4 are identical with said structure.
Embodiment 6
As shown in fig. 6, the LED bulb wick knot that 360 ° of light emitting flexible filaments described in the utility model embodiment are made
Structure, is made up of waveform filament 36, wick support column 5, and the wick support column 5 is with stretching into the support column assembly phase inside lamp housing 2
Connect, the wick support column 5 is connected with a waveform filament 36, the waveform filament 36 is distributed in the lamp housing 2 of cylinder；Institute
State and connected between waveform filament 36 and wick support column 5 by fixation kit.
Further, the two ends of waveform filament 36 are connected with one end of conductive filament respectively, then the lamp with different shaping
Shell 2 fills the independent closed illuminator that helium forms uniqueness by sealing exhaust and vacuumizing, and has vacuum inside the closed illuminator
There is radiating gas 6 inside chamber 7 and the vacuum chamber 7.
In addition, the lamp holder 1, the structure of driving power supply 4 are identical with said structure.
Embodiment 7
As shown in fig. 7, the LED bulb wick knot that 360 ° of light emitting flexible filaments described in the utility model embodiment are made
Structure, is made up of loop filament 37, wick support column 5, and the wick support column 5 is with stretching into the support column assembly phase inside lamp housing 2
Connect, the wick support column 5 is connected with a loop filament 37, the loop filament 37 is distributed in the lamp housing 2 of cylinder；The ring
Connected between shape filament 37 and wick support column 5 by fixation kit.
Further, the two ends of loop filament 37 are connected with one end of conductive filament respectively, then the lamp housing 2 with different shaping
The independent closed illuminator that helium forms uniqueness is filled by sealing exhaust and vacuumizing, there is vacuum chamber 7 inside the closed illuminator
And the inside of vacuum chamber 7 has radiating gas 6.
Embodiment 8
As shown in figure 8, the LED bulb wick knot that 360 ° of light emitting flexible filaments described in the utility model embodiment are made
Structure, is made up of U-shaped lamp silk 38, wick support column 5, the wick support column 5 and the support column attached components stretched into inside lamp housing 2,
The wick support column 5 is connected with a U-shaped lamp silk 38, and U-shaped lamp silk 38 is distributed in the lamp housing 2 of cylinder；The U-shaped lamp silk
Connected between 38 and wick support column 5 by fixation kit.
Further, 38 two ends of U-shaped lamp silk are connected with one end of conductive filament respectively, then the lamp housing 2 with different shaping
The independent closed illuminator that helium forms uniqueness is filled by sealing exhaust and vacuumizing, there is vacuum chamber 7 inside the closed illuminator
And the inside of vacuum chamber 7 has radiating gas 6.
Embodiment 9
As shown in figure 9, the LED bulb wick knot that 360 ° of light emitting flexible filaments described in the utility model embodiment are made
Structure, is made up of snakelike filament 39, wick support column 5, and the wick support column 5 is with stretching into the support column assembly phase inside lamp housing 2
Connect, the wick support column 5 is connected with a snakelike filament 39, the snakelike filament 39 is distributed in the lamp housing 2 of cylinder；The snake
Connected between shape filament 39 and wick support column 5 by fixation kit.
Further, the two ends of snakelike filament 39 are connected with one end of conductive filament respectively, then the lamp housing 2 with different shaping
The independent closed illuminator that helium forms uniqueness is filled by sealing exhaust and vacuumizing, there is vacuum chamber 7 inside the closed illuminator
And the inside of vacuum chamber 7 has radiating gas 6.
The above-mentioned description to embodiment is it will be appreciated that and using this for the ease of those skilled in the art
Case technology, person skilled in the art obviously can make various modifications to these examples easily, and described herein one
As principle be applied in other embodiments without passing through performing creative labour.Therefore, this case is not limited to above example, ability
The technical staff in domain is according to the announcement of this case, the improvement and modification made for this case, for example, the shape of lamp housing and size, lamp
Shape, the model of base shapes and driving power supply, shape of filament of stem etc., if not producing having outside this case
Beneficial effect, then all should be in the protection domain of this case.
Claims (8)
1. the LED bulb wick structure that a kind of 360 ° of light emitting flexible filaments are made, it is characterised in that by filament, wick support column,
Clip ring group is into the monochrome or multicolour semiconductor that the wick support column connects at least one random brake forming are emitting led soft
Property filament；Formed in the fixation clasp that the filament is around on wick support column and buckle silk component, LED flexibility filaments two ends point
It is not riveted in the filament metal end of wick support column, LED flexibility filaments fill helium with lamp housing by sealing exhaust and vacuumizing again
Form independent closed illuminator.
2. the LED bulb wick structure that 360 ° of light emitting flexible filaments according to claim 1 are made, it is characterised in that：Institute
It is any number between 30mm-600mm to state filament length.
3. the LED bulb wick structure that 360 ° of light emitting flexible filaments according to claim 1 or 2 are made, it is characterised in that：
Multiple semiconductor light emitting LED chips are mounted on substrate by the filament by substrate carrier of flexible PCB.
4. the LED bulb wick structure that 360 ° of light emitting flexible filaments according to claim 3 are made, it is characterised in that：Institute
State LED chip and be mounted on substrate and high brightness fluorescent powder coating is set again.
5. the LED bulb wick structure that 360 ° of light emitting flexible filaments according to claim 1 are made, it is characterised in that：Institute
Wick support column and clip ring group are stated into the luminescence component of arbitrary shape.
6. the LED bulb wick structure that 360 ° of light emitting flexible filaments according to claim 4 or 5 are made, it is characterised in that：
Closed illuminator is connected by the default conductive filament of wick support column with driving power supply, then is fixed with lamp holder, is driven and is lighted
It is luminous, form semiconductor light-emitting source system.
7. the LED bulb wick structure that 360 ° of light emitting flexible filaments according to any one of claim 1,2,4,5 are made, its
It is characterised by：The filament shape is shaped form or cross.
8. a kind of LED bulb, outside has variform lamp housing, it is characterised in that inside has 360 ° of light emitting flexible filaments
The LED bulb wick structure being made.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621424048.6U CN206592799U (en) | 2016-12-22 | 2016-12-22 | LED bulb wick structure and LED bulb that a kind of 360 ° of light emitting flexible filaments are made |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621424048.6U CN206592799U (en) | 2016-12-22 | 2016-12-22 | LED bulb wick structure and LED bulb that a kind of 360 ° of light emitting flexible filaments are made |
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| CN206592799U true CN206592799U (en) | 2017-10-27 |
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| CN201621424048.6U Active CN206592799U (en) | 2016-12-22 | 2016-12-22 | LED bulb wick structure and LED bulb that a kind of 360 ° of light emitting flexible filaments are made |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106764522A (en) * | 2016-12-22 | 2017-05-31 | 东莞市博发光电科技有限公司 | LED bulb wick structure and preparation method that a kind of 360 ° of light emitting flexible filaments are made |
| CN108050399A (en) * | 2017-12-06 | 2018-05-18 | 广明源光科技股份有限公司 | A kind of filament modulated structure |
| CN108488639A (en) * | 2018-03-19 | 2018-09-04 | 佛山电器照明股份有限公司 | A kind of LED light source and the LED bulb based on the LED light source |
| WO2019214630A1 (en) * | 2018-05-11 | 2019-11-14 | 郑敏 | Low-voltage flexible led lamp |
-
2016
- 2016-12-22 CN CN201621424048.6U patent/CN206592799U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106764522A (en) * | 2016-12-22 | 2017-05-31 | 东莞市博发光电科技有限公司 | LED bulb wick structure and preparation method that a kind of 360 ° of light emitting flexible filaments are made |
| CN108050399A (en) * | 2017-12-06 | 2018-05-18 | 广明源光科技股份有限公司 | A kind of filament modulated structure |
| CN108488639A (en) * | 2018-03-19 | 2018-09-04 | 佛山电器照明股份有限公司 | A kind of LED light source and the LED bulb based on the LED light source |
| WO2019214630A1 (en) * | 2018-05-11 | 2019-11-14 | 郑敏 | Low-voltage flexible led lamp |
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