CN205424687U - Lamps and lanterns that have fire prevention component - Google Patents
Lamps and lanterns that have fire prevention component Download PDFInfo
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- CN205424687U CN205424687U CN201520901061.5U CN201520901061U CN205424687U CN 205424687 U CN205424687 U CN 205424687U CN 201520901061 U CN201520901061 U CN 201520901061U CN 205424687 U CN205424687 U CN 205424687U
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Abstract
The utility model discloses a lamps and lanterns that have fire prevention component, has a first fixed unit that holds the chamber including one, fixed unit includes a base, the base has a first optical pass, a lighting unit and a current controlling unit, the luminescence unit includes at least a set of light emitting component, a radiating piece, the radiating piece connect with fixed unit, an and fire prevention component, the fire prevention component and light emitting component sets up respectively in the space that fixed unit and radiating piece formed, the fire prevention component can cover in first optical pass reduces in order being used for clearance between base and the mounting surface, and then slow down the rate of propagation of the intensity of a fire.
Description
Technical field
This utility model relates to a kind of light fixture, particularly relates to a kind of light fixture being adapted to mount to the light fixture attachments such as ceiling, and wherein said light fixture has a fireproof component for the rate of propagation of the intensity of a fire during fire delaying described light fixture to cause.
Background technology
Along with the raising of people's living standard, the pursuit of quality of life is consequently increased by people, when the finishing in house, and the Design of Luminaires that people's general choice is more attractive in appearance.People by light fixture assembly in ceiling so that the space of ceiling and aesthetics increase.Each element of this type of light fixture is typically by plastic cement, and the material such as aluminum metal or aluminium alloy is made, light weight, and appearance looks elegant is luxurious and is difficult to corrosion.But the restriction of the mounting means due to this type of light fixture so that light fixture has the biggest potential safety hazard.This type of light fixture is typically all installation by adhering on the ceiling, in other words, it is simply that first perforate on the relevant position installing this type of light fixture on the ceiling, then this type of light fixture is installed on ceiling by perforate.The mounting plane entirety fire protecting performance so destruction is prevented fires by this type of light fixture.The material of each parts forming this type of light fixture is that plastics, aluminium alloy or aluminum metal etc. are made, make the preset temperature that this type of light fixture can only bear about 600 degree Celsius, temperature once breaking out of fire exceedes 600 degree Celsius, this type of light fixture will be by scorification, the intensity of a fire will spread to the top of mounting plane by the perforate after light fixture scorification from the lower section of ceiling, or the lower section of ceiling is spread to from the top of ceiling, form the environment of a ventilation, cause the aggravation of the intensity of a fire to spread and cause more heavy losses.More seriously, after light fixture scorification, it is easy to split away off from ceiling, the rescuer or trapped personnel entering scene of fire be will result in injury, increase difficulty of runing away or sue and labour, strengthen property loss and the probability of casualties.
Utility model content
A purpose of the present utility model is to provide a light fixture with fireproof component, and wherein said light fixture has good fire protecting performance, thus reduces the damage to the overall fire protecting performance of mounting plane of the described light fixture.
Another object of the present utility model is to provide a light fixture with fireproof component, forms fire proof construction, for delaying the intensity of a fire from the gap rate of propagation between described light fixture and mounting plane between wherein said first flame barrier and described fixed cell.
Another object of the present utility model is to provide a light fixture with fireproof component, wherein when described first flame barrier be insulant make time, the voltage that described first flame barrier is completely cut off described illuminating part is delivered to described fixed cell, increases safety.
Another object of the present utility model is to provide a light fixture with fireproof component, wherein said first fire prevention pieces is that metal heat-conducting material is made, described radiating piece is that insulant is made, first elongated end of the most described first flame barrier couples the second elongated end with described radiating piece, and described radiating piece is delivered to described fixed cell for the voltage completely cutting off described first flame barrier.
Another object of the present utility model is to provide a light fixture with fireproof component, wherein said first flame barrier is that metallic conductor is when making, described flame barrier farther includes one second flame barrier, described second flame barrier is arranged between described first flame barrier and described fixed cell, and then isolate described first flame barrier and described fixed cell, prevent described fixed cell charged.
Another object of the present utility model is to provide a light fixture with fireproof component, and wherein said 3rd flame barrier is being arranged between described illuminating part and described first flame barrier, plays fixing described illuminating part, is enhanced the fire line of described light fixture simultaneously.
Another object of the present utility model is to provide a light fixture with fireproof component, the length of wherein said first flame barrier is more than one first light-path of described fixed cell, when forming fireproof component between described flame barrier and described fixed cell, described first flame barrier is reduced the gap between described light fixture and mounting plane, strengthens fire-proof function.
Another object of the present utility model is to provide a light fixture with fireproof component, and wherein said fixed panel farther includes a fixed panel, and described fixed panel is enhanced the definition that the light source of described illuminating part irradiates.
Another object of the present utility model is to provide a light fixture with fireproof component, and wherein said light fixture has electroshock-proof function, it is to avoid personnel in use touch described light fixture and cause the generation of electric shock accidents.
Another object of the present utility model is to provide a light fixture with fireproof component, and wherein said light fixture has the function of regulating irradiation angle, and user is able to, according to actually used situation, adjust the irradiating angle of light source, strengthen practicality.
For realizing object above, one has the light fixture of fire proof construction, and described lamp installation is in mounting plane, it is characterised in that including: one has the fixed cell in one first receiving chamber, and described fixed cell includes that a base, described base have one first light-path；One luminescence unit, described luminescence unit includes least one set light-emitting component；One radiating piece, described radiating piece has one second receiving chamber, and described radiating piece connects and described fixed cell；And a fireproof component, described fireproof component includes one first flame barrier, described first flame barrier has one the 3rd receiving chamber, after described first flame barrier and described light-emitting component are respectively arranged at described second receiving chamber and the described 3rd accommodates chamber, described first flame barrier is covered in described first light-path.
Preferably, wherein said first flame barrier is that thermal conductive metallic material is made, described fireproof component farther includes one second flame barrier, and described second flame barrier is arranged between described first flame barrier and described base, and the voltage carried for described first flame barrier of isolation is delivered to described base.
Preferably, wherein said second flame barrier is the circular ring structure with fire prevention heat conductivity that pottery, Gypsum Fibrosum, one or more materials of mica sheet are made, described second flame barrier has one second light-path, and the light source of described light-emitting component is exhaled by described second flame barrier.
Preferably, wherein said first flame barrier is that thermal conductive metallic material is made, the bottom of described radiating piece has least one set the first elongated end, the bottom of described first flame barrier has least one set the second elongated end, described second elongated end is coupled to described first elongated end, and then make, between described first flame barrier and described base, there is certain predetermined distance, it is delivered to described base for the voltage completely cutting off described first flame barrier.
Preferably, wherein said first flame barrier is that heat-conducting insulation material is made, and described first flame barrier is directly connected in described base.
Preferably, wherein said radiating piece is that heat-conducting insulation material is made, and described radiating piece will be by scorification in hot environment so that described first flame barrier is subjected to displacement towards described base, and described first flame barrier covers and described base.
Preferably, wherein said fireproof component farther includes one the 3rd flame barrier, and described 3rd flame barrier is arranged between described luminescence unit and described first flame barrier, increases fire line and consolidates the installation site of described light-emitting component and described first flame barrier simultaneously.
Preferably, wherein said 3rd flame barrier is made for fire prevention expanding material, and described 3rd flame barrier will expand after being heated above certain predetermined temperature, strengthens the fire line of described first flame barrier.
Preferably, wherein said luminescence unit farther includes lens, and described light-emitting component is arranged at described lens, and described lens are able to pinching or dissipate the light source that described light-emitting component produces.
Preferably, wherein said fixed cell farther includes least one set support arm, and each described support arm upwardly extends from described base respectively, and described light fixture is installed on mounting plane by described support arm.
Preferably, wherein said fixed cell farther includes a lampshade, and described lampshade is arranged at described base, and described lampshade is enhanced the light transmission of described light-emitting component, strengthens the fire line of described light fixture simultaneously.
Preferably, wherein said lampshade includes a transparent surface, after the light source that described light-emitting component produces passes described first light-path and described second light-path, is exhaled by described transparent surface.
Preferably, the diameter of wherein said first flame barrier is more than described first light-path so that described first flame barrier is completely covered by described first light-path.
Accompanying drawing explanation
Fig. 1 is according to overall schematic of the present utility model.
Fig. 2 is the explosive view according to first preferred embodiment of the present utility model.
Fig. 3 is the installation sectional view according to first preferred embodiment of the present utility model.
Fig. 4 is according to the application schematic diagram of fire proof construction in first preferred embodiment of the present utility model.
Fig. 5 is the explosive view according to second preferred embodiment of the present utility model.
Fig. 6 is the installation sectional view according to second preferred embodiment of the present utility model.
Fig. 7 is according to the application schematic diagram of fire proof construction in second preferred embodiment of the present utility model.
Detailed description of the invention
According to claim of the present utility model and description disclosure of that, described in the technical solution of the utility model literary composition specific as follows.
As it is shown in figure 1, this utility model is about a kind of light fixture 1 with fireproof component, described in there is the light fixture assembly of fireproof component in a mounting plane 500, for illumination, there is aesthetics simultaneously.But once meet with fire emergency case, traditional recessed light fixture is in the environment of high temperature, each structure of conventional lamp will be by scorification, gap between light fixture and described mounting plane 500 is constantly increased, the intensity of a fire will spread to the top of described mounting plane 500 by gap, air between top and the bottom of described mounting plane 500 is circulated, aggravates fire spreading, cause bigger destruction.More seriously light fixture departs from from described mounting plane 500, continues to increase the coefficient of injury of the rescuer or escape personnel that enter the scene of a fire, causes unpredictable consequence.And the light fixture in this utility model has fireproof component, in the environment of high temperature, fireproof component will be covered in the light-path of light fixture, effectively be prevented the intensity of a fire from entering into the top of described mounting plane 500 by described perforate, slow down fire spreading.Fireproof component will prevent described light fixture 1 charged simultaneously, when preventing personnel from surprisingly touching, electrocution conditions occur.It is noted that mounting plane 500 described in this utility model is ceiling or other planes being applicable to install described light fixture 1.
The described light fixture 1 with fireproof component includes a fixed cell 10, a luminescence unit 20, radiating piece 30 and a fireproof component 40.Described fixed cell 10 is removably installed in described mounting plane 500 in described mounting plane 500, described light fixture 1 by described fixed cell 10 for fixing described light fixture 1 assembly, it is simple to light fixture 1 described in repair and replacement.It is worth mentioning that, described fixed cell 10 for having fire prevention, resistant to elevated temperatures metal material is made, described fixed cell 10 is made to be resisted certain preset temperature, in the certain predetermined condition of high temperature, described fixed cell 10 will keep original shape for a long time, by scorification, and then described light fixture 1 will will not be come off from described mounting plane 500.Described luminescence unit 20 is arranged at described fixed cell 10, and the energising of described luminescence unit 20 is produced light source so that described light fixture 1 has illumination functions.Described luminescence unit 20 is removable installed in described fixed cell 10, it is simple to the maintenance of described luminescence unit 20, replacing, reduces the use cost of described light fixture 1.
Described radiating piece 30 is removable installed in described fixed cell 10, and described luminescence unit 20, when energising produces light source, will produce substantial amounts of heat, and the temperature of the most described light fixture 1 exceedes preset temperature, described light fixture 1 will be caused damage.Described radiating piece 30 is able to be delivered to the heat that described light fixture 1 produces space outerpace, and then reduces the temperature of described light fixture 1, increases the service life of described light fixture 1.It is noted that described radiating piece 30 is that laminated structure made by the insulant such as plastics, for strengthening thermolysis.The most described radiating piece 30 is covered in described luminescence unit 20, and described luminescence unit 20 is formed the protective effect of a shell.Described radiating piece 30 removably be arranged at described fixed cell 10, described luminescence unit 20 and described fireproof component 40 be arranged between described radiating piece 30 and described fixed cell 10 formed space in.Described radiating piece 30 has one second receiving chamber 300, and described luminescence unit 20 and described fireproof component 40 are arranged at described second and accommodate in chamber 300.
It is worth mentioning that, described luminescence unit 20 forms described light fixture 1 after being arranged at described fireproof component 40, when a fire, indoor are in hot environment, described fireproof component 40 is covered in described fixed cell 10, reduce the gap between described fixed cell 10 and described mounting plane 500, and then delay the intensity of a fire from the rate of propagation of described mounting plane 500.Traditional light fixture, it is desirable to be installed on described mounting plane 500, it is necessary in the perforate of described mounting plane 500, destroys the original overall fire proof construction of described mounting plane 500, and then accelerates spreading of the intensity of a fire.And in this utility model, described fireproof component 40 is addressed this problem, described fireproof component 40 is reduced the gap of mounting plane 500 perforate described in install at described light fixture 1, slows down fire spreading.
It is noted that described fixed cell 10 has one first receiving chamber 100, described luminescence unit 20 and described fireproof component 40 are arranged at described first and are accommodated in chamber 100.Described fixed cell 10 includes a base 11 with one first light-path 110, and described first light-path 110 is positioned at the centre of described base 11, and the light source that described luminescence unit 20 dissipates is able to irradiate out by described first light-path 110.Described fixed cell 10 farther includes least one set support arm 12, each described support arm 12 upwardly extends from the outer ledge of described base 11 respectively, each described support arm 12 has certain preset length, and described fixed cell 10 is arranged at the perforate of described mounting plane 500 by described support arm 12.The diameter of described base 11 is more than described perforate, after described support arm 12 enters described perforate, is supported described light fixture 1 assembly in described mounting plane 500.Described base 11 is made for high temperature resistant, refractory material, such as iron and steel, is able at a temperature of certain predetermined keep intrinsic shape not deform.
It is noted that described luminescence unit 20 includes one group of light-emitting component 21, described light-emitting component 21 is produced light source in the case of energising so that described light fixture 1 has lighting function.Described light-emitting component 21 is preferably the illuminating part such as LED, bulb.Described light-emitting component 21 is arranged at described first by one first flame barrier 41 in described flame barrier 40 and accommodates in chamber 100.First flame barrier 41 has one the 3rd receiving chamber 400, and described light-emitting component 21 is arranged at the described 3rd and accommodates in chamber 400, is able to play a protective role described light-emitting component 21.Described first flame barrier 41 is coupled to described fixed cell 10, and described first flame barrier 41 is positioned at the top of described base 11, simultaneously with described support arm 12 homonymy.Described 3rd accommodates the space that chamber 400 makes described first flame barrier 41 have single opening, in other words, when described first flame barrier 41 is covered in described base 11, described 3rd accommodates space 400 is sealed and described first light-path 110, reduces the gap between described base 11 and described mounting plane 500.
It is worth mentioning that, the diameter of described first flame barrier 41 is more than described first light-path 11, when making described first flame barrier 41 be covered in described base 11, described first flame barrier 41 is just sealed in described first light-path 11, reduce the gap between described base 11 and described mounting plane 500, the intensity of a fire can not enter in described mounting plane 500 by described first light-path 11, and described first flame barrier 41 is slowed down spreading of the intensity of a fire, strengthens the overall fire line of described mounting plane 500.The most described first flame barrier 41 has certain heat conductivility, described light-emitting component 21 is energized when work produces light and produces certain heat, heat is transmitted to described radiating piece 30 by described first flame barrier 41 contacted with described light-emitting component 21 bottom surface, and final heat is dispersed in air with cross-ventilated thermaltransmission mode.The heat sent because sending out optical element 21 described so can be avoided constantly to gather and cause temperature too high, thus cause described light-emitting component 21 damage or affect the service life of light fixture.
It is worth mentioning that, described fireproof component 40 farther includes one the 3rd flame barrier 43, described 3rd flame barrier 43 is arranged between described first flame barrier 41 and described light-emitting component 21, it is easy to firm being arranged at of described light-emitting component 21 and the described 3rd accommodates chamber 400, described 3rd flame barrier 43 is the circular ring structure that fire prevention expands that material is made, and improves the stablizing effect of described light-emitting component 21 while the sealing increased between described light-emitting component 21 and described first flame barrier 41.Described 3rd flame barrier 43 is made for fire prevention expanding material, the temperature that the most described 3rd flame barrier 43 is subject to exceedes certain predetermined temperature, described 3rd flame barrier 43 will expand, and then strengthen the gap between described first flame barrier 41 and described base 11, and then effectively slow down the intensity of a fire rate of propagation by institute's base 11.
This utility model has two kinds of different variant embodiment, as shown in Fig. 2 to Fig. 4, the first embodiment: when the metal materials such as described first flame barrier 41 is copper, ferrum, aluminum are made, described first flame barrier 41 not only has fire line, has electric conductivity simultaneously.The most described first flame barrier 41 has electric conductivity, when the energising of described light-emitting component 21 produces light source so that described first flame barrier 41 is the most charged, owing to described first flame barrier 41 is connected and described base 11, and then makes described base 11 charged.The power supply being carried in described light-emitting component 21 is probably civil power High AC voltage, or non-isolated drives the DC low-voltage of power supply output, but the voltage of output has a characteristic, if people touches and is carried in the voltage on described light-emitting component 21, and formation loop, so people will get an electric shock, and the life security of people can be caused great bodily injury.User in use, can occur electric shock phenomenon because touching described base 11, occurs that the accident of casualties occurs, there is the biggest potential safety hazard.
For avoiding the generation of above phenomenon, the embodiment of a kind of solution as shown in Figure 5 and Figure 6, the bottom of described radiating piece 30 has least one set elongated end 31, and each described elongated end 31 extends internally from the outer wall of described radiating piece 30 respectively, is positioned at described second and accommodates chamber 300.The bottom of described first flame barrier 41 has least one set the second elongated end 411, and described second elongated end 411 is stretched from the bottom phase epitaxy of described first flame barrier 41 respectively, and described second elongated end 411 is coupled to described first elongated end 31.When described first flame barrier 41 is mutually coupled with described first elongated end 31 by described second elongated end 411, and connecting and described radiating piece 30, described first flame barrier 41 assembly accommodates in chamber 300 in described second.When described radiating piece 30 is connected to described fixed cell 10, described radiating piece 30 is connected to described base 11, and described first elongated end 31 just connects and described base 11, and is positioned at the top of described base 11.Described first elongated end 31 and described second elongated end 411 are mutually coupled, make, between described first flame barrier 41 and described base 11, there is certain preset height, in other words, make, between described first flame barrier 41 and described base 11, there is gap, avoid direct contact with, owing to described radiating piece 30 is megohmite insulant, it is to avoid the voltage that described first flame barrier 41 is carried is directly delivered to described base 11.
It is noted that during as it is shown in fig. 7, described light fixture 1 is positioned in the hot environment of fire, described radiating piece 30 exceedes certain preset temperature will be by scorification, and described first flame barrier 41 will be subjected to displacement towards described base 11 direction, decline and be connected to described base 11.Owing to described first flame barrier 41 is more than described first light-path 110, described first flame barrier 41 is made to be completely covered by described first light-path 110, described first light-path 110 is in the space of closing, avoid the intensity of a fire to pass through described first light-path 110 and spread to the upper space of described mounting plane 500, slow down fire spreading speed.
The another kind of embodiment solved, described fireproof component 41 farther includes one second flame barrier 42, and described second flame barrier 42 is the circular ring structure that the insulant such as pottery, Gypsum Fibrosum, mica sheet are made.Described second flame barrier 42 plays fire prevention and the effect of insulation.Described second flame barrier is arranged between described first flame barrier 41 and described base 11, and described second flame barrier 42 is positioned at described second and accommodates chamber 300.Described second flame barrier 42 plays described first flame barrier 41 of obstruct and is directly connected to and the effect of described base 11, it is to avoid described first flame barrier 41 institute is with voltage is delivered to described base 11.
During it is noted that described light fixture 1 is positioned in the hot environment of fire, described radiating piece 30 exceedes certain preset temperature will be by scorification.But the diameter of described first flame barrier 41 and described second flame barrier 42 is more than described first light-path 110, described first flame barrier 41 is made to be completely covered by described first light-path 110, described first light-path 110 is in the space of closing, avoid the intensity of a fire to spread to the upper space of mounting plane by described first light-path, slow down fire spreading speed.
Another kind of embodiment, when the heat-conducting insulation materials such as described first flame barrier 41 is pottery, Gypsum Fibrosum, mica sheet are made, described first flame barrier 41 has insulating heat-conductive, is directly connected in described base 11, the power supply of described light-emitting component 21 will not be delivered to described base 11.Described first flame barrier 41 can use above-described embodiment connected mode, it is respectively provided with between the second elongated end 411 and described first elongated end 31, or described first extension 41 and described base 11 in described first flame barrier 41 and described radiating piece 30 and described second flame barrier 42 is set.Simultaneously because described first flame barrier 41 has insulating properties so that described first flame barrier 41 can be placed directly in described base 11, the electricity of described light-emitting component 21 is also not transferred to described base 11.
It is noted that described luminescence unit 20 farther includes lens 22, described light-emitting component 21 is arranged in described lens 22, and described lens 22 are assembled or dissipate the light source of described light-emitting component 21, strengthen the illuminating effect of described light fixture 1.
It is worth mentioning that, described fixing device 10 farther includes a lampshade 13, described lampshade 13 has a transparent surface 131, and described transparent surface 131 is positioned at the middle of described lampshade 13, and the light beam through described first light-path 110 dissipates out through described transparent surface 131.The material of described lampshade 13 is identical with described base 11, has heat conduction fire line, and described lampshade 13 is removable installed in the bottom surface of described base 11.The fire line material that described transparent surface 131 is transparent is made, and described lampshade 13 is strengthened the fire line of described light fixture 1 further, slows down fire spreading.
Foregoing is enumerating of specific embodiment of the utility model, for equipment and the structure of the most detailed description it should be understood that take the existing common apparatus in this area and universal method to be practiced.
This utility model above-described embodiment is only explanation technical solutions of the utility model and is used simultaneously, and only the enumerating of technical solutions of the utility model is not limited to the technical solution of the utility model and protection domain thereof.Equivalent technologies means, equivalent apparatus etc. are used to be considered to be the improvement of the technical scheme disclosed in this utility model claims and description without departing from the scope disclosed in this utility model claims and description.
Claims (13)
1. a light fixture with fireproof component, described lamp installation is in mounting plane, it is characterised in that including:
One fixed cell with one first receiving chamber, described fixed cell includes that a base, described base have one first light-path；
One luminescence unit, described luminescence unit includes least one set light-emitting component；
One radiating piece, described radiating piece has one second receiving chamber, and described radiating piece is connected to described fixed cell；And
One fireproof component, described fireproof component includes one first flame barrier, described first flame barrier has one the 3rd receiving chamber, after described first flame barrier and described light-emitting component are respectively arranged at described second receiving chamber and the described 3rd accommodates chamber, described first flame barrier is covered in described first light-path.
The most as claimed in claim 1 one light fixture with fireproof component, wherein said first flame barrier is that thermal conductive metallic material is made, described fireproof component farther includes one second flame barrier, described second flame barrier is arranged between described first flame barrier and described base, and the voltage carried for described first flame barrier of isolation is delivered to described base.
The most as claimed in claim 2 one light fixture with fireproof component, wherein said second flame barrier is circular ring structure, and it has one second light-path, and the light source of described light-emitting component is exhaled by described second flame barrier.
The most as claimed in claim 1 one light fixture with fireproof component, wherein said first flame barrier is that thermal conductive metallic material is made, the bottom of described radiating piece has least one set the first elongated end, the bottom of described first flame barrier has least one set the second elongated end, described second elongated end is coupled to described first elongated end, and then make, between described first flame barrier and described base, there is certain predetermined distance, it is delivered to described base for the voltage completely cutting off described first flame barrier.
The most as claimed in claim 1 one light fixture with fireproof component, wherein said first flame barrier is that heat-conducting insulation material is made, and described first flame barrier is directly connected in described base.
The most as claimed in claim 3 one light fixture with fireproof component, wherein said fireproof component farther includes one the 3rd flame barrier, described 3rd flame barrier is arranged between described light-emitting component and described first flame barrier, consolidates the installation site of described light-emitting component and described first flame barrier for increase fire line simultaneously.
The most as claimed in claim 5 one light fixture with fireproof component, wherein said fireproof component farther includes one the 3rd flame barrier, described 3rd flame barrier is arranged between described light-emitting component and described first flame barrier, consolidates the installation site of described light-emitting component and described first flame barrier for increase fire line simultaneously.
One the most as claimed in claims 6 or 7 has the light fixture of fireproof component, and wherein said 3rd flame barrier is made for fire prevention expanding material, and described 3rd flame barrier will expand after being heated above certain predetermined temperature, strengthens the fire line of described first flame barrier.
The most as claimed in claim 6 one light fixture with fireproof component, wherein said luminescence unit farther includes lens, and described light-emitting component is arranged at described lens, and described lens are able to pinching or dissipate the light source that described light-emitting component produces.
The most as claimed in claim 9 one light fixture with fireproof component, wherein said fixed cell farther includes least one set support arm, and each described support arm upwardly extends from described base respectively, and described light fixture is installed on mounting plane by described support arm.
11. as claimed in claim 10 one light fixtures with fireproof component, wherein said fixed cell farther includes a lampshade, and described lampshade is arranged at described base, and described lampshade is enhanced the light transmission of described light-emitting component, strengthens the fire line of described light fixture simultaneously.
12. as claimed in claim 11 one light fixtures with fireproof component, wherein said lampshade includes a transparent surface, after the light source that described light-emitting component produces passes described first light-path and described second light-path, is exhaled by described transparent surface.
13. light fixtures with fireproof component as described in claim 3 or 6, the diameter of wherein said first flame barrier is more than described first light-path so that described first flame barrier is completely covered by described first light-path.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520901061.5U CN205424687U (en) | 2015-11-12 | 2015-11-12 | Lamps and lanterns that have fire prevention component |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520901061.5U CN205424687U (en) | 2015-11-12 | 2015-11-12 | Lamps and lanterns that have fire prevention component |
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| CN205424687U true CN205424687U (en) | 2016-08-03 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106338035A (en) * | 2016-11-01 | 2017-01-18 | 张连 | LED lamp capable of guiding out heat conveniently |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106338035A (en) * | 2016-11-01 | 2017-01-18 | 张连 | LED lamp capable of guiding out heat conveniently |
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