CN202884781U - Reflective lighting photoelectric material combination device - Google Patents
Reflective lighting photoelectric material combination device Download PDFInfo
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- CN202884781U CN202884781U CN 201220582073 CN201220582073U CN202884781U CN 202884781 U CN202884781 U CN 202884781U CN 201220582073 CN201220582073 CN 201220582073 CN 201220582073 U CN201220582073 U CN 201220582073U CN 202884781 U CN202884781 U CN 202884781U
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- reflective
- photoelectric material
- reflective mirror
- mirror disk
- composite set
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Abstract
A reflective lighting photoelectric material combination device comprises a lighting component, a reflective component and a supporting component, wherein the reflective component comprises a conversion disk and a reflective mirror disk which is provided with a through hole. The conversion disk and the reflective mirror disk are arranged on the supporting component, correspond to each other, and are opposite to each other. The lighting component is arranged between the conversion disk and the reflective mirror disk. A light source is enabled to be reflected at multiple angles or repeatedly through the components so as to increase illumination luminance and widen illumination range. The photoelectric material combination device can not only reduce installation space of equipment, but also realize double functions of realizing illumination and improving photovoltaic conversion amount, is widened in utilization range, and achieves the purposes of energy conservation and environment protection.
Description
Technical field
The utility model relates to a kind of illumination, photoelectric material composite set, mean especially a kind of reflective illumination, photoelectric material composite set.
Background technology
At present, the illumination, photoelectric material composite set that is used for various places to the use kenel of light source belong to once more, unidirectional.Therefore, increasing the light source utilization rate is restricted to improve lighting demand and to improve the photoelectric material result of use.Required for satisfying the user, usually can increase lighting device and photoelectric material combination installation, so that increase power consumption and mounting cost, improved use cost.And the illumination high-tension electricities that adopt are powered more, quite power consumption and dangerous, and when disaster occurs, easily cause the user to have a power failure on a large scale.And to satisfy user's photoelectricity demand, the laying that strengthens photoelectric material than large space then need be provided.How to improve the light source utilization rate, make product safer, more energy-conserving and environment-protective are the important topic that the art is studied.
The utility model content
Technical problem to be solved in the utility model is to remedy above-mentioned the deficiencies in the prior art, designs a kind of reflective illumination, photoelectric material composite set, improves the light source utilization rate, reaches energy-saving effect.
Technical problem of the present utility model is solved by the following technical programs.
This reflective illumination, photoelectric material composite set, comprise: illuminated component, reflecting member, and supporting member, wherein reflecting member comprises changeover panel and reflective mirror disk, at least be laid with an open-work on this reflective mirror disk, changeover panel and reflective mirror disk are arranged on the supporting member, changeover panel correspondence and subtend are in reflective mirror disk, and illuminated component is arranged between changeover panel and the reflective mirror disk.
Technical problem of the present utility model is solved by following further technical scheme.
In embodiment one, more comprise a plurality of speculums, be arranged on the changeover panel.
In embodiment two, wherein this changeover panel is a kind of optical reflective disk, and supporting member is a kind of transparent lamp shade, comprises that more a kind of lens and a plurality of speculum are arranged on the reflective mirror disk.
In embodiment three, wherein a kind of transparent plate stretches out from the reflective mirror dish, comprises that more a kind of planar lens is arranged on the reflective mirror disk.
In embodiment four, wherein this illuminated component is a plurality of led light sources, more has a plurality of open-works to be arranged on the reflective mirror disk, more comprises a kind of affiliated disc, is arranged on the changeover panel, and this affiliated disc has reflecting part and transmittance section.
In embodiment five, more comprise a kind of reflective stage body, reflective cylinder, reach reflective cone, be arranged between changeover panel and the reflective mirror disk.
In embodiment six, wherein illuminated component is a kind of light source of solar energy, and changeover panel is provided with plural piece photoelectric material, reaches plural piece surface is reflective mirror for the photoelectric material back side, and this reflective mirror disk is provided with a reflecting part.
The beneficial effect that the utility model is compared with the prior art is:
The technological means that adopts via this creation, be arranged at by illuminated component in the implementation type between the reflective mirror disk of changeover panel and and subtend corresponding with it, can make light source between changeover panel and reflective mirror disk, obtain multi-angle or Multi reflection light, to improve the utilization rate of light source.Lighting device especially is fit to LED to make the LED spot light obtain several times total reflection image as lighting source, thereby, be more suitable for adopting the solar energy low voltage power supply, reach the purpose of energy-conserving and environment-protective.That reduces simultaneously that high voltage supply may cause in disaster has a power failure and the danger of secondary disaster on a large scale.And the photoelectric material composite set not only can reduce the installing space of equipment, and can realize the double effects of illumination and raising opto-electronic conversion amount, enlarges its scope of application.
Concrete structure of the present utility model is provided in detail by the following drawings and embodiment.
Description of drawings
Fig. 1 is the structural representation of reflective illumination, photoelectric material composite set embodiment one.
Fig. 2 is the changeover panel schematic diagram of reflective illumination, photoelectric material composite set embodiment one.
Fig. 3 is the reflective mirror disk schematic diagram of reflective illumination, photoelectric material composite set embodiment one.
Fig. 4 is the structural representation of reflective illumination, photoelectric material composite set embodiment two.
Fig. 5 is the reflective mirror disk schematic diagram of reflective illumination, photoelectric material composite set embodiment two.
Fig. 6 is the structural representation of reflective illumination, photoelectric material composite set embodiment three.
Fig. 7 is the structural representation of reflective illumination, photoelectric material composite set embodiment four.
Fig. 8 is the reflective mirror disk schematic diagram of reflective illumination, photoelectric material composite set embodiment four.
Fig. 9 is the structural representation of reflective illumination, photoelectric material composite set embodiment five.
Figure 10 is the changeover panel schematic diagram of reflective illumination, photoelectric material composite set embodiment five.
Figure 11 is the reflective mirror disk schematic diagram of reflective illumination, photoelectric material composite set embodiment five.
Figure 12 is the structural representation of reflective illumination, photoelectric material composite set embodiment six.
Figure 13 is the changeover panel schematic diagram of reflective illumination, photoelectric material composite set embodiment six.
Figure 14 is the reflective mirror disk schematic diagram of reflective illumination, photoelectric material composite set embodiment six.
The specific embodiment
Embodiment one: can know from Fig. 1 to Fig. 3 and see reflective illumination, photoelectric material composite set 100, comprise: supporting member 1, illuminated component 2, and reflecting member 3, wherein reflecting member 3 comprises changeover panel 31 and reflective mirror disk 32, be laid with open-work 4 on this reflective mirror disk 32, changeover panel 31 and reflective mirror disk 32 are arranged on the supporting member 1, and changeover panel 31 correspondences and subtend are in reflective mirror disk 32, and illuminated component 2 is arranged between changeover panel 31 and the reflective mirror disk 32.Supporting member 1 comprise mobile jib 11, the first pole 12, the second pole 13, and lamppost 14, the first poles 12 and the second pole 13 be separately positioned on the two ends of mobile jib 11, one of first pole 12 end is provided with a lamppost 14 that is parallel to mobile jib 11.
As shown in Figure 2, changeover panel 31 comprises a plurality of speculums 311, and the heart is provided with the centre bore 312 that passes for lamppost 14 among the changeover panel 31.Return and consult shown in Figure 1ly, lamppost 14 is by the centre bore 312 of changeover panel 31, and reflective mirror disk 32 is fixed on one of second pole 13 of supporting member 1 end, and illuminated component 2 arranges one of lamppost 14 end.
In the present embodiment, illuminated component 2 is the LED lamp, and illuminated component 2 also can be incandescent lamp, fluorescent lamp or ordinary light source, and perhaps illuminated component 2 also can comprise a kind of lampshade, covers LED lamp or incandescent lamp.
The illumination of illuminated component 2 not only can outwards reflect by a plurality of speculums 311 of changeover panel 31, part light can be by directly forwards irradiation of the open-work 4 on the reflective mirror disk 32 in changeover panel 31 dead aheads simultaneously, the light of open-work 4 peripheries then reflexes to behind the changeover panel 31 again refraction and to external exposure, make illuminated component 2 illumination obtain the backward external exposure of Multi reflection, to improve the lighting effect of illuminated component 2.
Embodiment two: can know the reflective illumination of seeing present embodiment from Fig. 4 and Fig. 5, the basic structure of photoelectric material composite set 100a and the reflective illumination of embodiment one, photoelectric material composite set 100 is roughly the same, its difference is: supporting member 1a is a kind of transparent lamp shade, and changeover panel 31a is the two ends that a kind of optical reflective disk and reflective mirror disk 32a are separately positioned on supporting member 1a, reflective mirror disk 32a comprises a plurality of speculum 322a (as shown in Figure 5), and be provided with lens 18 on the edge of the open-work 4a of reflective mirror disk 32a, lens 18 can be used as chimeric mode, Gu
On the edge of the open-work 4a of reflective mirror disk 32a.And the joint of supporting member 1a, changeover panel 31a, reflective mirror disk 32a is waterproof to form a confined space S1 for sealing.In the present embodiment, supporting member 1a profile is barrel-shaped and has opening to engage changeover panel 31a and reflective mirror disk 32a, and shape also can be the analogous shapes such as cube with opening outside the supporting member 1a.Lamppost 14 inserts confined space S1 by the centre bore 312 of changeover panel 31a.The illumination methods and the embodiment one that are arranged on the illuminated component 2 in the confined space S1 are roughly the same, its difference is: after lens 18 glazed threads that are radiated at its dead ahead are focused directly to lens 18 dead aheads irradiations, other illumination that are converted dish 31a and reflective mirror disk 32a refraction all by supporting member 1a to external exposure.The reflective illumination of present embodiment, photoelectric material composite set 100a be for sealing is waterproof fully, thereby applicable to open space or the environment that has a humid climate.
Embodiment three: consult shown in Figure 6, the reflective illumination of present embodiment, the reflective illumination of photoelectric material composite set 100b basic structure and embodiment one, photoelectric material composite set 100 is roughly the same, its difference is: reflective illumination, photoelectric material composite set 100b comprises that more chassis 15 arranges thereon for the lamppost 14 of supporting member 1b, the interval is around a plurality of the 3rd poles 16 that are arranged on chassis 15 peripheries, stretch out on the reflective mirror disk 32b and be positioned at the transparent plate 17 of one of a plurality of the 3rd poles 16 ends, be provided with planar lens 19 on the edge of the open-work 4b of this reflective mirror disk 32b.Changeover panel 31 is installed on the chassis 15 of supporting member 1b, and lamppost 14 is from centre bore 312 insertions of changeover panel 31.
The illumination methods of present embodiment and embodiment one are roughly the same, its difference is: the light of the illumination of illuminated component 2 on the planar lens 19 that is radiated at its dead ahead is focused rear directly to the irradiation of planar lens 19 dead aheads, the illumination correspondence of illuminated component 2 is arranged on light that the transparent plate 17 in changeover panel 31 dead aheads can avoid illuminated component 2 directly to external exposure, and human eye is caused sense of discomfort.
Embodiment four: can know from Fig. 7 and Fig. 8 and see, the basic structure of the reflective illumination of present embodiment, photoelectric material composite set 100c and the reflective illumination of embodiment one, photoelectric material composite set 100 are roughly the same, its difference is: the center position of changeover panel 31c is provided with a kind of affiliated disc 33, affiliated disc 33 has reflecting part 331 and can be reflective and have transmittance section 332 and light-permeable, and wherein transmittance section 332 can be a kind of lens.Affiliated disc 33 also can be following several types: such as the penetrable excessively affiliated disc 33 of the light of specific wavelength or from affiliated disc 33 reflections; Can be transparent plate or optical reflective disk such as affiliated disc 33.One of the second pole 13 end is provided with the lamppost 14c that is parallel to mobile jib 11, light source is launched by the illuminated component 2c that plurality of distributed is fixed on the lamppost 14c, and the reflective mirror disk 32c (as shown in Figure 8) that is laid with a plurality of open-work 4c is fixed on the fulcrum 20 of mobile jib 11.
The characteristics of the illumination of present embodiment are: a plurality of illuminated component 2c illumination that is arranged on the lamppost 14c can be reflected to behind the reflective mirror disk 32c by the reflecting part 331 of affiliated disc 33, returnly again give the backward outer refraction of changeover panel 31c, a plurality of open-work 4c that part light can be by being arranged on reflective mirror disk 32c simultaneously are direct irradiation forwards.Make illuminated component 2c reach triple reflection, improve the lighting effect of illuminated component with this.Transmittance section 332 in the affiliated disc 33 can change from illuminated component 2c or the reflection focal length from its irradiation changeover panel of the light of reflective mirror dish 32c 31c, thereby changes emission from the lighting effect of changeover panel 31c.
Embodiment five: can know from Fig. 9 to Figure 11 and see, the basic structure of the reflective illumination of present embodiment, photoelectric material composite set 100d and the reflective illumination of embodiment four, 100c is roughly the same for the photoelectric material composite set, its difference is: reflective illumination, photoelectric material composite set 100d more comprise a kind of reflective stage body 34, reflective cylinder 35, reach reflective cone 36, are arranged between changeover panel 31 and the reflective mirror disk 32d.Specifically, changeover panel 31 is provided with reflective stage body 34, and reflective stage body 34 is provided with affiliated disc 33d, is provided with reflective cone 36 on the affiliated disc 33d.Can be reflective and the reflective cylinder 35 of its inner light-permeable and be provided with its outer wall on the edge of the open-work 4d of reflective mirror disk 32d, illuminated component 2d is arranged within the reflective cylinder 35 or its place ahead (as shown in figure 11).The light refraction that reflective cone 36 can be sent illuminated component 2d together reflexes to reflective mirror disk 32d to periphery with affiliated disc 33d reflected light line, and passes the inside ejaculation of reflective cylinder 35.And the outer wall that reflexes to the reflective cylinder 35 of light process on the reflective mirror disk 32d returns changeover panel 31 after reflecting, and the backward outer refraction of again secondary reflection of the reflective stage body 34 of process.The light Multi reflection that illuminated component 2d is sent is to improve the lighting effect of illuminated component 2d.
Embodiment six: can know from Figure 12 to Figure 14 and see reflective illumination, the basic structure of photoelectric material composite set 100e and the reflective illumination of embodiment one, photoelectric material composite set 100 is roughly the same, its difference is: reflective illumination, the illuminated component 2e of photoelectric material composite set 100e is that a kind of light source of solar energy is fixed on the lamppost 14e that is connected in the first pole 12e, changeover panel 31e comprises plural piece photoelectric material 313, plural number piece surface is reflective mirror 314 and centre bore 312e for the photoelectric material back side, this centre bore 312e also can be a kind of lens, planar lens or optical filtering, reflection mirror disk 32e comprises a plurality of reflective mirror 322e (as shown in figure 14), is provided with a reflecting part 21 (such as Figure 12 on the edge of the open-work 4e of this reflection mirror disk 32e, shown in Figure 14).
The illumination particularity of the reflective illumination of present embodiment, photoelectric material composite set 100e is: when the light source of solar energy 2e after focusing on shines reflection mirror disk 32e, can reflect the image of a plurality of light source of solar energy 2e on this reflection mirror disk 32e, reflex to again on the plural piece photoelectric material 313, make a light source of solar energy 2e after the focusing obtain the opto-electronic conversion amount of several times, and plural piece surface is that the mirror plate at reflective mirror 314 turning back side when needs throw light on realizes its illumination effect for the photoelectric material back side.
Above content is in conjunction with concrete preferred embodiment, and further detailed description of the utility model can not assert that implementation of the present utility model is confined to these explanations.Without departing from the concept of the premise utility, can also make some simple deduction or replace, all should be considered as belonging to the scope of patent protection that the utility model is determined by claims of submitting to.
Claims (10)
1. a reflective illumination, photoelectric material composite set, comprise: illuminated component, reflecting member, and supporting member, it is characterized in that: wherein this reflecting member comprises changeover panel and reflective mirror disk, at least be laid with an open-work on this reflective mirror disk, this changeover panel and this reflective mirror disk are arranged on this supporting member, this changeover panel be correspondence and subtend in this reflective mirror disk, and this illuminated component is arranged between this changeover panel and this reflective mirror disk.
2. reflective illumination according to claim 1, photoelectric material composite set, it is characterized in that: wherein this illuminated component is a plurality of light sources, this changeover panel is that a kind of optical reflective disk or a plurality of speculum are arranged on this changeover panel and/or this reflective mirror disk.
3. reflective illumination according to claim 1 and 2, photoelectric material composite set is characterized in that: more comprise a kind of lens or a kind of planar lens, be arranged on this reflective mirror disk.
4. reflective illumination according to claim 3, photoelectric material composite set, it is characterized in that: wherein a kind of transparent plate stretches out from this reflective mirror disk.
5. reflective illumination according to claim 4, photoelectric material composite set is characterized in that: more comprise a kind of affiliated disc, be arranged on this changeover panel.
6. reflective illumination according to claim 5, photoelectric material composite set, it is characterized in that: wherein this affiliated disc has reflecting part and/or transmittance section.
7. reflective illumination according to claim 6, photoelectric material composite set, it is characterized in that: wherein this supporting member is a kind of transparent lamp shade.
8. reflective illumination according to claim 7, photoelectric material composite set is characterized in that: more comprise a kind of reflective stage body, reflective cylinder, reach reflective cone, be arranged between this changeover panel and this reflective mirror disk.
9. reflective illumination according to claim 3, photoelectric material composite set, it is characterized in that: wherein this illuminated component is a kind of light source of solar energy, and this changeover panel is provided with at least a photoelectric material or is provided with at least a surface is reflective mirror for the photoelectric material back side.
10. reflective illumination according to claim 9, photoelectric material composite set, it is characterized in that: wherein this reflective mirror disk includes a reflecting part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220582073 CN202884781U (en) | 2012-11-07 | 2012-11-07 | Reflective lighting photoelectric material combination device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220582073 CN202884781U (en) | 2012-11-07 | 2012-11-07 | Reflective lighting photoelectric material combination device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202884781U true CN202884781U (en) | 2013-04-17 |
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ID=48076205
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220582073 Expired - Lifetime CN202884781U (en) | 2012-11-07 | 2012-11-07 | Reflective lighting photoelectric material combination device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202884781U (en) |
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2012
- 2012-11-07 CN CN 201220582073 patent/CN202884781U/en not_active Expired - Lifetime
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130417 |
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| CX01 | Expiry of patent term |