CN202955501U - Integral multi-layer type lighting device capable of being combined in multiple mode - Google Patents
Integral multi-layer type lighting device capable of being combined in multiple mode Download PDFInfo
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- CN202955501U CN202955501U CN2012203312834U CN201220331283U CN202955501U CN 202955501 U CN202955501 U CN 202955501U CN 2012203312834 U CN2012203312834 U CN 2012203312834U CN 201220331283 U CN201220331283 U CN 201220331283U CN 202955501 U CN202955501 U CN 202955501U
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- lighting device
- integrated
- cooling base
- level formula
- groove chamber
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- Non-Portable Lighting Devices Or Systems Thereof (AREA)
Abstract
An integral multi-layer type lighting device capable of being combined in a multiple mode comprises a heat dissipation base seat. The heat dissipation base seat comprises a first front face and a second front face, wherein at least one groove chamber is formed in the first front face and a plurality of heat dissipation fins are formed on the second front face. One groove chamber is provided with a bottom face and an inner annular wall face, wherein a plurality of luminous assemblies are arranged on the bottom face, the luminous assemblies are mutually in routing joint, and two hole channels are formed between the bottom face of each groove chamber and the second front face in a penetrating mode. The heat dissipation base seat comprises two wire rods which form electric connection with the luminous assemblies in a routing joint mode, wherein the wire rods are respectively arranged inside the two hole channels in a penetrating mode, one ends, near the groove chambers, of the two hole channels are sealed through a seal material, one ends, away from the groove chambers, of the two hole channels are sealed and fixed through a plug body, and a plastic compound is filled into spaces inside the hole channels.
Description
Technical field
A kind of lighting device, but the integrated, multi-level formula lighting device especially combined about a kind of multiple.
Background technology
Lighting device is daily necessities indispensable in daily life, changed people's life style, now in general family or the public's indoor scenarios, all can see and use lighting apparatus miscellaneous, for example: fluorescent lamp, illuminating lamp, desk lamp, pendent lamp, electric rainbow lamp etc., can be improved by transmission illumination equipment for dim brought inconvenience.
For different lighting apparatus, the purposes of its application also has difference, such as: general fluorescent lamp, illuminating lamp, desk lamp etc., it is for the use of general illumination, and the lighting apparatus that some specific uses are also arranged for example: night-light, be the illumination provided is provided when people fall asleep, its luminous power is lower, is only auxiliary use.The fluorescent tube of traditional type or bulb have quick heating and the high shortcoming of power consumption, and light fixture can cause the problem of environmental protection after discarded, therefore, just develop in recent years and using the technology of light emitting diode (Light Emitting Diode, LED) as light emitting source.
Although light emitting diode has, power consumption is low, assembly life-span is long, without warm lamp time and the advantage such as reaction speed is fast, but its brightness of sending of general light emitting diode is low than traditional type bulb or fluorescent tube, be therefore to adopt high-power light emitting diode to be used as lighting source.Though high-power light emitting diode can provide comparatively higher brightness, it is continuing under the state used, and can raise and affect luminous efficiency by Yin Wendu, therefore, how to make the LED illumination there is better illuminating effect, effectively promote its radiating effect, the real important topic promoted again for the industry technology.
The utility model content
Main purpose of the present utility model is to provide a kind of integrated, multi-level formula lighting device, include a cooling base, include one first positive and one second front, set out at least more than one groove chamber on this first front, and be formed with a plurality of radiating fins on this second front, wherein a groove chamber has a bottom surface and an internal ring wall face, be provided with a plurality of luminescence components on this bottom surface, described luminescence component mutual routing each other engages, and between this De Gai bottom surface, groove chamber and this second front, has provided two ducts; Two conductor rods, engage with described luminescence component and form and be electrically connected with routing, wherein this two lead frame is arranged in respectively between this two duct, and the two ends in this two duct are sealed with an involution material, and are filled with a heat-resisting polymer compound in this Nei De space, two ducts.
But another purpose of the present utility model is to provide a kind of integrated, multi-level formula lighting device of multiple combination, include: a plurality of cooling bases, wherein for wantonly two of described cooling base adjacent cooling bases can see through a plurality of connectors, link fixing, wherein a cooling base includes one first positive and one second front, set out at least more than one groove chamber on this first front, and be formed with a plurality of radiating fins on this second front, wherein a groove chamber has a bottom surface and an internal ring wall face, be provided with a plurality of luminescence components on this bottom surface, described luminescence component mutual routing each other engages, two passages have been provided between this De Gai bottom surface, groove chamber and this second front, two conductor rods, engage with described luminescence component and form and be electrically connected with routing, wherein this two lead frame is arranged in respectively between this two duct, and the two ends in this two duct are sealed with an involution material, and are filled with a heat-resisting polymer compound in this Nei De space, two ducts.
The utility model has the advantage of can be according to the difference of field of employment and application target, and the usage quantity of cooling base and assembling mode in the decision lighting device, and a plurality of cooling base assemblings are upper fixing through do assembling by connector, the assembling of connector 1 and dismounting quite simple and easyly can complete rapidly assembly and disassembly, very time saving and energy saving on manufacturing and keeping in repair, lighting device of the present utility model can be assembled into according to different application purposes suitable kenel and use, so that various range of exposures and exposure intensities to be provided.
The accompanying drawing explanation
But the schematic perspective view of the integrated, multi-level formula lighting device that Fig. 1 is multiple combination of the present utility model.
But the generalized section of the integrated, multi-level formula lighting device that Fig. 2 is multiple combination of the present utility model.
The embodiment schematic diagram that Fig. 3 is cooling base of the present utility model.
But the first embodiment schematic diagram of the integrated, multi-level formula lighting device that Fig. 4 is multiple combination of the present utility model.
But the use schematic diagram of the integrated, multi-level formula lighting device that Fig. 5 is multiple combination of the present utility model.
But the schematic diagram of a combination kenel of the integrated, multi-level formula lighting device that Fig. 6 is multiple combination of the present utility model.
But the schematic diagram of another combination kenel of the integrated, multi-level formula lighting device that Fig. 7 is multiple combination of the present utility model.
But the schematic diagram of the another combination kenel of the integrated, multi-level formula lighting device that Fig. 8 is multiple combination of the present utility model.
But the 3rd embodiment schematic diagram of the integrated, multi-level formula lighting device that Fig. 9 is multiple combination of the present utility model.
Wherein, description of reference numerals is as follows:
1 cooling base
11 first fronts
111 groove chambers
1111 bottom surfaces
1113 internal ring wall faces
13 second fronts
131 radiating fins
15 ducts
3 conductor rods
4 cock bodys
5 luminescence components
6 involution materials
7 polymer compounds
8 optics covers
9 expand light shield
10 wireless transmission unit
20 electric power supply units
100 connectors
The 100a connection handle
The 100b screw
200 metopes
300 heat insulations
400 lamp bodies
410 joints
The specific embodiment
Below coordinate graphic and element numbers to do more detailed description to embodiment of the present utility model, and the skilled personnel can be implemented according to this after studying this specification carefully.
Consult Fig. 1, but the schematic perspective view of the integrated, multi-level formula lighting device of multiple of the present utility model combination is consulted Fig. 2, but the generalized section of the integrated, multi-level formula lighting device of multiple of the present utility model combination.The relevant a kind of integrated, multi-level formula lighting device of the utility model, the utility model integrated, multi-level formula lighting device can be according to different application targets and field of employment, and the integrated, multi-level formula lighting device that carries out the multiple combination, to promote illumination zone and illumination intensity.
Integrated, multi-level formula lighting device of the present utility model consists predominantly of cooling base 1 and two conductor rods 3.
Be noted that, number and the configuration mode of above-mentioned groove chamber 111, and the shape of cooling base 1 is depending on actual needs, at this, it is only the example of explanation use, not in order to limit scope of the present utility model, also can use the cooling base 1 of elongated, make the linearly mode that is spaced in groove chamber 111, as shown in Figure 3.
Consult Fig. 1 and Fig. 2, the groove chamber 111 of cooling base 1 has bottom surface 1111 and internal ring wall face 1113, be provided with luminescence component 5 on bottom surface 1111, luminescence component 5 is routing joint mutually each other, between 111De bottom surface, groove chamber 1111 and the second front 13, has provided two ducts 15.Wherein luminescence component 5 is arranged in the array shape, and luminescence component 5 can be the assembly of light emitting diode (Lighting Emitting Devices, LED) or other tool lighting function.
The inclined-plane of internal ring wall face 1113 for thering is gradient, therefore the light that luminescence component 5 sends can reflect outside groove chamber 111 via internal ring wall face 1113, wherein on internal ring wall face 1113, also can be provided with reflector (drawing does not show), the light reflectance that more contributes to luminescence component 5, luminosity and the outgoing light homogeneity of lifting luminescence component 5.
Consult Fig. 2, two conductor rods 3 engage with luminescence component 5 and form and be electrically connected with routing, wherein two lead frames 3 are arranged in respectively among two ducts 15, the duct that is close to groove chamber 111 1 sides in two ducts 15 gives involution with involution material 6, 15, the duct that is away from groove chamber 111 1 sides in two ducts 15 gives involution with cock body 4, involution material 6 and cock body 4 are except having isolated aqueous vapor and micronic dust intrusion, simultaneously can two lead frames 3 are fixing, this involution material 6 can be silica gel or the epoxy resin with high zygosity and high temperature tolerance, the silica gel that preferably this silica gel is non-tool light transmission, when so the emitted light of luminescence component 5 is incident in silica gel, the light reflection that the silicon of non-tool light transmission also can send luminescence component 5 goes out outside groove chamber 111, contribute to the light extraction efficiency.
And also can be filled with the polymer compound 7 of heat conductivility excellence in two 15Nei De space, ducts, in polymer compound 7 can be embedded in two lead frames 3, and fast by thermal energy conduction to cooling base 1.
Can be provided with wireless transmission unit 10 and electric power supply unit 20 on cooling base 1, wherein wireless transmission unit 10 can be standard IEEE 802.11 wireless transport modules and bluetooth transport module at least one of them.
Consult Fig. 4, but the first embodiment schematic diagram of the integrated, multi-level formula lighting device of multiple of the present utility model combination.From the above, the utility model can further include optics cover 8 and expand light shield 9, optics cover 8 is positioned on luminescence component 5, and optics cover 8 engages with groove chamber 111, so that become confined space in groove chamber 111, prevent that aqueous vapor and foreign matter from entering, and expansion light shield 9 is positioned at the top of cooling base 1, and engage with cooling base 1, optics cover 8 and expansion light shield 9, in order to spread the light of luminescence component 5, are used the uniformity that proposes throw light.
Consult Fig. 5, but the use schematic diagram of the integrated, multi-level formula lighting device of multiple of the present utility model combination.Cooling base 1 can be installed on metope 200, and be equiped with heat insulation 300 between cooling base 1 and metope 200, see through the setting of heat insulation 300, making between cooling base 1 and metope 200 to produce can be for the space of circulation of air, therefore the heat energy of cooling base 1 can dissipate to the space of above-mentioned Gong circulation of air at once, and see through the Effect of Nature Convection of air, rapidly the heat energy of cooling base 1 is led and shed.
The utility model can be used a plurality of cooling bases 1, wherein, for wantonly two of described cooling base 1 adjacent cooling bases 1 can see through the lighting device that installing connector 100 is combined into different kenels, consults Fig. 6 to Fig. 8.Wherein the structure of cooling base 1 and refer to describedly above with the assembled relation of luminescence component 5, conductor rod 3, do not repeat them here.
Wherein see through the both sides that connector 100 links two cooling bases 1, wherein connector 100 includes connection handle 100a and two-screw 100b, the mode of connection of two cooling bases 1 is, the two ends of connection handle 100a are placed in respectively to the same side of two cooling bases 1, then lock in cooling base 1 and can complete through connection handle 100a two ends by two-screw 100b respectively.Two connectors 100 in the present embodiment are individually fixed in the upper and lower sides of two cooling bases 1, wherein the second front 13 of two cooling bases 1 is towards each other, namely allow the radiating fin 131 of two cooling bases 1 mutually corresponding, therefore the groove chamber 111 that is provided with luminescence component 5 all must arrange towards the outside, therefore see through described cooling base 1 is done to so configuration assembling, lighting device after can making to assemble has the illuminating bundle that multiple tracks projects from different directions, but the range of exposures of lighting device is enlarged.
Moreover, radiating fin 131 and the thickness between the luminescence component 5 in the first front 11 in the second front 13 are very thin, therefore the heat energy that luminescence component 5 produces can be directly conducted to the radiating fin 131 of opposite side at once, and the air of convection current between radiating fin 131 can be taken away heat energy, therefore heat energy can't be accumulated, therefore luminescence component 5 can be permanent under suitable operating temperature, and keep optimal luminescent usefulness.
Consult Fig. 6 to Fig. 8, described cooling base 1 can be according to actual usage quantity, and arrange and be assembled into the lighting device of triangle, quadrangle, polygon and other pattern, wherein scarf can be arranged in the side of cooling base 1, therefore during a plurality of cooling bases 1 assembling, being positioned at the configuration of adjacent cooling base 1 can be more tight and have an integraty.
In like manner, the lighting device of the present embodiment also can have two cooling bases, this two cooling base is corresponding configuration, and see through the two opposite sides that two connectors link this two cooling base, wherein this second front of this two cooling base is towards each other, illustrate in the superincumbent description of the connected mode of this two cooling base, do not repeat them here.
Consult Fig. 9, but the 3rd embodiment schematic diagram of the integrated, multi-level formula lighting device of multiple of the present utility model combination.Described cooling base 1 can be arranged on lamp body 400, on lamp body, but 400 cover caps expand light shield 9, the bottom of lamp body 400 also is provided with joint 410, and wherein lamp body 400 inside have accommodation space (drawing does not show), may be configured with wireless transmission unit 10 and electric power supply unit 20 in accommodation space.Lamp body 400 with bulb lamp illustrates in this embodiment, but not as limit, that is as long as the lamp body of the light fixture of tool illumination functions all drops in scope of the present utility model.
As shown in Figure 9, can use four cooling bases 1, the first front 11 of four cooling bases 1 is intended for the outside of lamp body 400, and four cooling bases 1 are relatively to do in twos configuration, preferably make four cooling bases 1 form quadrangle, therefore 1 luminescence component when four cooling bases 5 when simultaneously luminous, visually can form the illuminating effect of omni-directional projection, but therefore multiple lifting on range of exposures and luminosity.
The utility model has the advantage of can be according to the difference of field of employment and application target, and the usage quantity of cooling base 1 in the decision lighting device, assembling mode even, and a plurality of cooling base 1 assemblings are upper fixing because only by connector 100, doing assembling, in fact connector 100 tears prescription open just and rapidly easily, very time saving and energy saving on manufacturing and keeping in repair, therefore lighting device of the present utility model can be assembled into according to different application purposes suitable kenel use, so that suitable range of exposures and exposure intensity to be provided.
As described above is only in order to explain preferred embodiment of the present utility model; not attempt is done any pro forma restriction to the utility model according to this; be with; all have do relevant any modification of the present utility model or change under identical invention spirit, all must be included in the category of the utility model intention protection.
Claims (14)
1. an integrated, multi-level formula lighting device, is characterized in that, includes:
One cooling base, include one first positive and one second front, set out at least more than one groove chamber on this first front, and be formed with a plurality of radiating fins on this second front, wherein a groove chamber has a bottom surface and an internal ring wall face, be provided with a plurality of luminescence components on this bottom surface, described luminescence component mutual routing each other engages, and between this De Gai bottom surface, groove chamber and this second front, has provided two ducts; And
Two conductor rods, engage with described luminescence component and form and be electrically connected with routing, wherein this two lead frame is arranged in respectively among this two duct, this groove chamber one end that is close in this two duct seals with an involution material, and this groove chamber one end that is away from this two duct is fixed with a cock body involution, and be filled with a polymer compound in this Nei De space, two ducts.
2. integrated, multi-level formula lighting device as claimed in claim 1, is characterized in that, this internal ring wall face is the inclined-plane with gradient.
3. integrated, multi-level formula lighting device as claimed in claim 2, is characterized in that, further includes a reflector, and this reflector is located on this internal ring wall face.
4. integrated, multi-level formula lighting device as claimed in claim 1, is characterized in that, this involution material is silica gel or epoxy resin.
5. integrated, multi-level formula lighting device as claimed in claim 1, is characterized in that, is provided with a wireless transmission unit and an electric power supply unit on this cooling base.
6. integrated, multi-level formula lighting device as claimed in claim 1, is characterized in that, wireless transmission unit be standard IEEE 802.11 wireless transport modules and a bluetooth transport module at least one of them.
7. integrated, multi-level formula lighting device as claimed in claim 1, is characterized in that, described luminescence component is arranged in the array shape.
8. integrated, multi-level formula lighting device as claimed in claim 1, is characterized in that, described luminescence component is a light emitting diode.
9. integrated, multi-level formula lighting device as claimed in claim 1, it is characterized in that, can further include an optics cover and and expand light shield, this optics cover is positioned on this luminescence component and with this groove chamber and engages, so that this groove chamber becomes confined space, this expansion light shield is positioned at the top of this cooling base and engages with this cooling base.
10. integrated, multi-level formula lighting device as claimed in claim 1, is characterized in that, this cooling base is fixed on a metope, wherein between this cooling base and this metope, is provided with at least one heat insulation.
But 11. the integrated, multi-level formula lighting device of multiple combination it is characterized in that, include:
A plurality of cooling bases, wantonly two adjacent cooling bases of wherein said cooling base see through a plurality of connectors and link fixing, wherein a cooling base includes one first positive and one second front, set out at least more than one groove chamber on this first front, and be formed with a plurality of radiating fins on this second front, wherein a groove chamber has a bottom surface and an internal ring wall face, be provided with a plurality of luminescence components on this bottom surface, described luminescence component mutual routing each other engages, and between this De Gai bottom surface, groove chamber and this second front, has provided two passages; And
Two conductor rods, engage with described luminescence component and form and be electrically connected with routing, wherein this two lead frame is arranged in respectively among this two duct, and the two ends in this two duct are sealed with an involution material, and are filled with a heat-resisting polymer compound in this Nei De space, two ducts.
12. but the integrated, multi-level formula lighting device of multiple as claimed in claim 11 combination, it is characterized in that, use two cooling bases, this two cooling base is corresponding configuration, and see through the two opposite sides that two connectors link this two cooling base, wherein this second front of this two cooling base is towards each other.
But 13. the integrated, multi-level formula lighting device of multiple as claimed in claim 11 combination it is characterized in that, this connector includes a connection handle and two-screw, this two-screw two connects bright two ends and is locked in this two cooling base through this.
14. but the integrated, multi-level formula lighting device of multiple as claimed in claim 11 combination, it is characterized in that, described cooling base permutation and combination triangularity, quadrangle and polygonal pattern one of at least, a scarf is arranged in the side of wherein said cooling base.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012203312834U CN202955501U (en) | 2012-07-10 | 2012-07-10 | Integral multi-layer type lighting device capable of being combined in multiple mode |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012203312834U CN202955501U (en) | 2012-07-10 | 2012-07-10 | Integral multi-layer type lighting device capable of being combined in multiple mode |
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| Publication Number | Publication Date |
|---|---|
| CN202955501U true CN202955501U (en) | 2013-05-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012203312834U Expired - Fee Related CN202955501U (en) | 2012-07-10 | 2012-07-10 | Integral multi-layer type lighting device capable of being combined in multiple mode |
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| Country | Link |
|---|---|
| CN (1) | CN202955501U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103542270A (en) * | 2012-07-10 | 2014-01-29 | 盈胜科技股份有限公司 | Integrated multi-layer type lighting device with components capable of being combined in multiple mode |
-
2012
- 2012-07-10 CN CN2012203312834U patent/CN202955501U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103542270A (en) * | 2012-07-10 | 2014-01-29 | 盈胜科技股份有限公司 | Integrated multi-layer type lighting device with components capable of being combined in multiple mode |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130529 Termination date: 20180710 |
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| CF01 | Termination of patent right due to non-payment of annual fee |