CN205824856U - Energy-conservation optical fiber illuminating system - Google Patents
Energy-conservation optical fiber illuminating system Download PDFInfo
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- CN205824856U CN205824856U CN201620565145.0U CN201620565145U CN205824856U CN 205824856 U CN205824856 U CN 205824856U CN 201620565145 U CN201620565145 U CN 201620565145U CN 205824856 U CN205824856 U CN 205824856U
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Abstract
A kind of energy-conservation optical fiber illuminating system, including light source, one-level concavees lens, one-level fixed structure, one-level lighting fiber and two grades of concavees lens, light source is arranged on the side of one-level concavees lens, one-level fixed structure is arranged on the opposite side of one-level concavees lens, one-level fixed structure arranges one-level fixing hole, one end of one-level lighting fiber is fixed in one-level fixing hole, is provided with two grades of concavees lens on the other end of each one-level lighting fiber；The light that light source sends, after one-level concavees lens one-level dissipates, enters into one-level lighting fiber from one end of one-level lighting fiber, and penetrates from the other end of one-level lighting fiber, and the light of injection dissipates through two grades of concavees lens two grades again.In this utility model, a light source can realize the purpose that many places illuminate；During using, it is not necessary to buy conductor cable and illuminating lamp, will not leak electricity and also will not cause fire, have that power consumption is low, economize on resources, without advantages such as wiring, easy to maintenance, simple in construction and potential safety hazard are low.
Description
Technical field
This utility model relates to optical fibre illumination technical field, especially relates to a kind of energy-conservation optical fiber illuminating system.
Background technology
Along with the development of science and technology, the life of people has obtained the change maked rapid progress, and electronic product has had become as people
Indispensable equipment, daily life has be unable to do without electricity, and in daily life, people can use
Electricity.Supplying electricity to people and bring many convenience, electricity has also brought some puzzlements simultaneously, such as, in peak times of power consumption
Summer and winter, the increase of people's power consumption, cause a lot of local or city to there will be the phenomenon of electricity shortage, Jin Erying
Ring daily life and study.
In daily life, the most purposes of electricity is used to illumination.Therefore, in the room of each domestic household
In, it is found that having a lot of illuminating lamps and the cable being electrically connected with illuminating lamp in room, these cables not only arrange crisscross multiple
Miscellaneous, and after these cables are aging, cable is easy to electric leakage or spontaneous combustion, and then causes unsafe accident or fire,
Life and property to people bring loss.And illuminating lamp is short for service life, it is easy to be burned out, and which adds people
Living cost, cause the waste of resource.When illuminating lamp can not illuminate, need illuminating lamp and cable are investigated, special
It not to need rewiring, maintenance inconvenience when cable damage.
Utility model content
In order to overcome the problems referred to above, this utility model provides a kind of simple in construction, the saving energy, potential safety hazard low to society
With energy-conservation optical fiber illuminating system easy to maintenance.
The technical solution of the utility model is: provide a kind of energy-conservation optical fiber illuminating system, including light source, one-level concavees lens,
One-level fixed structure, the one-level lighting fiber of more than and more than one two grades of concavees lens, described light source is arranged on described
The side of one-level concavees lens, described one-level fixed structure is arranged on the opposite side of described one-level concavees lens, fixes in described one-level
Be provided with more than one one-level fixing hole in structure, one end of the described one-level lighting fiber of more than be fixed on one with
On described one-level fixing hole in, the other end of each described one-level lighting fiber is provided with one described two grades recessed
Mirror；The light that described light source sends, after described one-level concavees lens one-level dissipates, enters from one end of described one-level lighting fiber
In described one-level lighting fiber, and penetrating from the other end of described one-level lighting fiber, the light of injection is again through described two grades
Concavees lens two grades dissipate.
As to improvement of the present utility model, the sidewall of described one-level lighting fiber is provided with the first reflector layer, light
Propagate in described one-level lighting fiber after described first reflector layer reflection.
As to improvement of the present utility model, also include that first class of protection layer, described first class of protection layer are set in described first
The outside of reflector layer.
As to improvement of the present utility model, described light source is LED, laser aid and/or beam condensing unit.
As to improvement of the present utility model, also including supply module, described supply module gives described LED and/or institute
State laser aid and electric energy is provided.
As to improvement of the present utility model, described supply module is civil power, lithium battery, accumulator and/or aneroid battery.
As to improvement of the present utility model, described LED is by the LED luminescence core of three kinds of colors red, green, blue
Sheet forms.
As to improvement of the present utility model, also include that optically focused optical fiber, one end of described optically focused optical fiber are arranged on described poly-
Electro-optical device go out light end, the other end of described optically focused optical fiber is arranged on the side of described one-level concavees lens.
As to improvement of the present utility model, also include control module, described control module respectively with described LED, institute
State laser aid and/or described beam condensing unit to connect, described control module be used for controlling described LED, described laser aid and/
Or the work of described beam condensing unit；Also include that remote controller, described remote controller coordinate with described control module, for remotely controlling institute
State LED, described laser aid and/or the work of described beam condensing unit.
As to improvement of the present utility model, also include more than one two grades of fixed structures, two grades of photographs of more than
Fine and the more than one three grades of concavees lens in Mingguang City, more than one described two grades of fixed structures are arranged on more than one described two
The light emission side of level concavees lens, is provided with more than one two grades of fixing holes, the institute of more than on described two grades of fixed structures
The one end stating two grades of lighting fibers is fixed in more than one described two grades of fixing holes, at each described two grades of lighting fibers
The other end on described three grades of concavees lens are installed.
This utility model due to have employed one-level concavees lens, one-level fixed structure, the one-level lighting fiber of more than and
More than one two grades of concavees lens, the light that light source sends, after one-level concavees lens one-level dissipates, shines to the one-level of more than
Mingguang City's fibre provides light, and one-level diverging light enters in one-level lighting fiber, penetrates from the other end of one-level lighting fiber, injection
Light carries out two grades through two grades of concavees lens again and dissipates, and two grades of diverging lights can be used directly to illumination, has reached a light source permissible
Realize the purpose of many places illumination；During using, it is not necessary to buy conductor cable and illuminating lamp, it is not required that arrange conduction
Cable, after one-level lighting fiber is aging, will not leak electricity and also will not cause fire, and people can be easy to look for according to light leak position
To the one-level lighting fiber damaged, have that power consumption is low, economize on resources, low cost, without wiring, easy to maintenance, simple in construction
With the advantage such as potential safety hazard is low.
Accompanying drawing explanation
Fig. 1 is partial schematic sectional view of the present utility model.
Wherein: 11.LED lamp；12. beam condensing units；13. optically focused optical fiber；14. reflection shields；15. bases；16. bases are fixed
Set；21. one-level concavees lens；22. one-level fixed structures；23. one-level lighting fibers；24. first reflector layers；25. one-level optical fiber are solid
Fixed set；31. 2 grades of concavees lens；32. 2 grades of fixed structures；33. 2 grades of lighting fibers；34. second reflector layers；35. secondary light are fine
Fixed cover；41. 3 grades of concavees lens.
Detailed description of the invention
In description of the present utility model, it is to be understood that " " center ", " on ", D score in term, "front", "rear",
Orientation or the position relationship of the instruction such as "left", "right" are based on orientation shown in the drawings or position relationship, are for only for ease of and retouch
State this utility model and simplifying describe rather than instruction or the hint device of indication or element must have specific orientation, with
Specific azimuth configuration and operation, therefore it is not intended that to restriction of the present utility model.Additionally, term " first ", " second "
It is only used for describing purpose, and it is not intended that indicate or hint relative importance.
In description of the present utility model, it should be noted that unless otherwise clearly defined and limited, term " peace
Dress ", should be interpreted broadly " connection ", " being connected ", connect for example, it may be fixing, it is also possible to be to dismantle connection, or connect integratedly
Connect；Can be to be mechanically connected, it is also possible to be electrical connection；Can be to be joined directly together, it is also possible to be to be indirectly connected to by intermediary,
It can be the connection of two element internals.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition
Language is at concrete meaning of the present utility model.Additionally, in description of the present utility model, except as otherwise noted, " multiple ", " some "
It is meant that two or more.
Referring to disclosed in Fig. 1, Fig. 1 is a kind of energy-conservation optical fiber illuminating system, including light source, one-level concavees lens 21,
The one-level lighting fiber 23 of level fixed structure more than 22, and more than one two grades of concavees lens 31, described light source is arranged on
The side of described one-level concavees lens 21, described one-level fixed structure 22 is arranged on the opposite side of described one-level concavees lens 21, in institute
State and on one-level fixed structure 22, be provided with more than one one-level fixing hole (mark), the described one-level illumination light of more than
One end of fine 23 is fixed in more than one described one-level fixing hole, at the other end of each described one-level lighting fiber 23
On described two grades of concavees lens 31 are installed；The light that described light source sends after described one-level concavees lens 21 one-level dissipates,
Enter into described one-level lighting fiber 23 from one end of described one-level lighting fiber 23, and from described one-level lighting fiber 23
The other end penetrates, and the light of injection dissipates through described two grades of concavees lens 31 2 grades again, described one-level concavees lens 21 and described two grades
Concavees lens 31 can be biconcave lens, planoconcave lens and/or meniscus.
In the present embodiment, described light source is LED 11 and beam condensing unit 12, and described light source can also is that LED 11, laser
Device and/or beam condensing unit 12, the most described light source be LED 11, laser aid, the one of which of beam condensing unit 12 or
Multiple.Also including supply module (invisible in figure), described supply module carries to described LED 11 and/or described laser aid
For electric energy, described supply module is civil power, lithium battery, accumulator and/or aneroid battery, described LED 11 be by red, green,
The LED luminescence chip composition of blue three kinds of colors, so the benefit of design is that described LED 11 can be made as required to send
The light of different colours.
In the present embodiment, also include that optically focused optical fiber 13, one end of described optically focused optical fiber 13 are arranged on described beam condensing unit 12
Go out light end, the other end of described optically focused optical fiber 13 is arranged on the side of described one-level concavees lens 21.Described beam condensing unit 12 is
Prior art, the most no longer explains its structure.During use, described beam condensing unit 12 is placed on open air, when
When outdoor available light is more sufficient, described beam condensing unit 12 carries out optically focused to the natural light received, and optically focused first from
The light end-fire that goes out of described beam condensing unit 12 goes out, then the one end from described optically focused light enters into described optically focused optical fiber 13,
After penetrate from the other end of described optically focused optical fiber 13, thus provide light for described optical fiber illuminating system.Use described beam condensing unit
The benefit of 12 is, the most described LED 11 and/or described laser aid can be not used to when described light source uses, i.e. in vain
It directly can provide light by described optically focused optical fiber 13 and described beam condensing unit 12, in other words, uses nature light by day
As the light source of described optical fiber illuminating system, save the energy.
Being provided with one layer of optical fiber reflector layer (invisible in figure) on the sidewall of described optically focused light, light is through described optical fiber
Propagate in described one-level lighting fiber 23 after reflector layer reflection.Described optical fiber reflector layer is reflective membrane, is formed by glass microballoon
Reflecting layer, hydrargyrum, silver or aluminum film, described optical fiber reflector layer can be effectively prevented light loss.
In the present embodiment, also include that reflection shield 14, described LED 11 are arranged in described reflection shield 14.Also include base
15, described light source is arranged on described base 15, and the other end of the most described LED 11 and described optically focused optical fiber 13 is arranged on described
On base 15, described reflection shield 14 is also disposed on described base 15.Also include base fixed cover 16, described base fixed cover 16
One end be arranged on described base 15, the other end of described base fixed cover 16 is set in the sidewall of described one-level concavees lens 21
On.Being provided with one-level lens retroreflective layer (invisible in figure) on the sidewall of described one-level concavees lens 21, light is through described one-level
Propagating in described one-level concavees lens 21 after the reflection of lens retroreflective layer, described one-level lens retroreflective layer is reflective membrane, micro-by glass
Reflecting layer, hydrargyrum, silver or the aluminum film that pearl is formed.
In the present embodiment, also include control module (invisible in figure), described control module respectively with described LED 11,
Described laser aid and/or described beam condensing unit 12 connect, and described control module is used for controlling described LED 11, described laser
Device and/or the work of described beam condensing unit 12.Also including remote controller (picture), described remote controller is joined with described control module
Close, for remotely controlling described LED 11, described laser aid and/or the work of described beam condensing unit 12.
In the present embodiment, one end of described one-level fixed structure 22 is arranged on the sidewall of described one-level concavees lens 21, institute
The other end stating one-level fixed structure 22 is positioned at the opposite side of described one-level concavees lens 21, another at described one-level fixed structure 22
Being provided with more than one described one-level fixing hole (mark) on one end, described one-level fixing hole becomes array arrangement or non-battle array
Row arrangement.Inwall at described one-level fixed structure 22 is also equipped with one-level reflector layer (invisible in figure), and described one-level is reflective
Layer is reflective membrane, the glass microballoon reflecting layer formed, hydrargyrum, silver or aluminum film.
In the present embodiment, being provided with the first reflector layer 24 on the sidewall of described one-level lighting fiber 23, light is through described
Propagating in described one-level lighting fiber 23 after first reflector layer 24 reflection, described first reflector layer 24 is reflective membrane, by glass
Reflecting layer, hydrargyrum, silver or the aluminum film that microballon is formed, described first reflector layer 24 can be effectively prevented light loss.Also include
First class of protection layer (is not drawn), and described first class of protection layer is set in the outside of described first reflector layer 24, described first class of protection layer
Being made up of acrylate, silicone rubber and/or nylon material, described one-level lighting fiber 23 can also use ordinary optic fibre.
In the present embodiment, also include one-level optical fiber fixed cover 25, one end of described one-level optical fiber fixed cover 25 is arranged
Have the first perforation (mark), the other end of described one-level lighting fiber 23 be fixed on described first perforation in, described two grades recessed
Lens 31 are arranged in described one-level optical fiber fixed cover 25 and are positioned in light path.The sidewall of described two grades of concavees lens 31 is arranged
Have two grades of lens retroreflective layers (invisible in figure), light after described two grades of lens retroreflective layers reflection at described two grades of concavees lens 31
Middle propagation, described two grades of lens retroreflective layers are reflective membrane, the glass microballoon reflecting layer formed, hydrargyrum, silver or aluminum film.
In the present embodiment, also include two grades of lighting fiber 33 and of more than one two grades of fixed structures more than 32,
More than one three grades of concavees lens 41, more than one described two grades of fixed structures 32 be arranged on more than one described two grades recessed
The light emission side of lens 31, is provided with more than one two grades of fixing holes (mark) on described two grades of fixed structures 32, one
One end of above described two grades of lighting fibers 33 is fixed in more than one described two grades of fixing holes, at each described two
Being provided with described three grades of concavees lens 41 on the other end of level lighting fiber 33, described three grades of concavees lens 41 can be that concave-concave is saturating
Mirror, planoconcave lens and/or meniscus.
One end of described two grades of fixed structures 32 is arranged on the sidewall of described one-level optical fiber fixed cover 25, consolidates for described two grades
The other end of fixed structure 32 is positioned at the opposite side of described two grades of concavees lens 31, sets on the other end of described two grades of fixed structures 32
Being equipped with more than one described two grades of fixing holes (mark), described two grades of fixing holes become array arrangement or non-array arrangement.
The structure of described two grades of fixed structures 32 can include fixing body (mark) and lid (mark), described solid
The one end determining body is set on the sidewall of described one-level optical fiber fixed cover 25, and described cover cap is combined in opening of described fixing body
On mouth end (other end), described lid is provided with more than one described two grades of fixing holes, and at described fixing body
Inwall be also equipped with two grades of reflector layers (mark), described two grades of reflector layers are reflective membrane, the reflection formed by glass microballoon
Layer, hydrargyrum, silver or aluminum film.When needing to be fixed in described two grades of fixing holes one end of described two grades of lighting fibers 33,
Then described cover cap is combined on the opening of described fixing body, if need not one end of described two grades of lighting fibers 33
When being fixed in described two grades of fixing holes, then the most described cover cap is combined on the opening of described fixing body.
Being provided with the second reflector layer 34 on the sidewall of described two grades of lighting fibers 33, light is through described second reflector layer 34
After reflection in described two grades of lighting fibers 33 propagate, described second reflector layer 34 be reflective membrane, by glass microballoon formed anti-
Penetrating layer, hydrargyrum, silver or aluminum film, described second reflector layer 34 can be effectively prevented light loss.Also include second class protection layer (not
Draw), described second class protection layer is set in the outside of described second reflector layer 34, described second class protection layer be by acrylate,
Silicone rubber and/or nylon material are made, and described two grades of lighting fibers 33 can also use ordinary optic fibre.
Also include secondary light fibre fixed cover 35, one end of described secondary light fibre fixed cover 35 is provided with the second perforation
(mark), the other end of described one-level lighting fiber 23 is fixed in described second perforation, and described three grades of concavees lens 41 are arranged
In described secondary light fibre fixed cover 35 and be positioned in light path.The sidewall of described three grades of concavees lens 41 is provided with three step lens
Reflector layer (does not identifies), and light is propagated after described three step lens reflector layer reflects in described three grades of concavees lens 41, and described three
Level lens retroreflective layer is reflective membrane, the glass microballoon reflecting layer formed, hydrargyrum, silver or aluminum film, and described three step lens is reflective
Layer can be effectively prevented light loss.
Only achieving two grades of illuminations in the accompanying drawing 1 of the present embodiment, user can make described optical fiber shine according to the needs of self
Bright system realizes multistage illumination, and such as three grades of illuminations, level Four illumination or Pyatyi illumination etc., in other words, user can be according to need
Extend the illumination length of described optical fiber illuminating system.When needs realize three grades of illuminations, it is also possible to include more than one three
Level fixed structure (picture), three grades of lighting fibers (picture) of more than and more than one level Four concavees lens (are not drawn
Figure), described three grades of fixed structures, described three grades of lighting fibers and the structure of described level Four concavees lens and connected mode, with described
Two grades of fixed structures 32, described two grades of lighting fibers 33 are identical with connected mode, at this with the structure of described three grades of concavees lens 41
In be not repeated introduce.The most no longer three grades of illuminations, level Four illumination and/or Pyatyi illumination are described in detail, its structure
Identical with two grades of illuminations with principle.
Operation principle of the present utility model is, described light source can be described LED 11, described laser aid and/or institute
State the light that beam condensing unit 12 sends, after the light sent when described light source is dissipated by the one-level of described one-level concavees lens 21, enter
In described one-level fixed structure 22, one-level diverging light enters into the illumination of described one-level from one end of described one-level lighting fiber 23
In optical fiber 23, and penetrating from the other end of described one-level lighting fiber 23, the light of injection is again through described two grades of concavees lens 31
Two grades dissipate.In numerous one-level diverging lights, a portion can be used directly to illuminate, and another part one-level diverging light
Then entering in described two grades of fixed structures 32, two grades of diverging lights enter into described two from one end of described two grades of lighting fibers 33
In level lighting fiber 33, and penetrate from the other end of described two grades of lighting fibers 33, the light of injection again through described three grades recessed
Three grades of mirror 41 dissipate, and in three grades of numerous diverging lights, a portion can be used directly to illuminate, and another part three grades
Diverging light can proceed level Four and dissipate.
This utility model is owing to have employed the institute of described one-level concavees lens 21, described one-level fixed structure more than 22,
Stating one-level lighting fiber 23 and more than one described two grades of concavees lens 31, the light that described light source sends is recessed through described one-level
After mirror 21 one-level dissipates, light, one-level diverging light is provided to enter into described one-level to the described one-level lighting fiber 23 of more than
In lighting fiber 23, penetrating from the other end of described one-level lighting fiber 23, the light of injection is again through described two grades of concavees lens 31
Carrying out two grades to dissipate, two grades of diverging lights can be used directly to illumination, has reached a described light source and can realize many places illumination
Purpose；During using, it is not necessary to buy conductor cable and illuminating lamp, it is not required that arrange conductor cable, when described one
After level lighting fiber 23 is aging, will not leak electricity and also will not cause fire, people can be easily found damage according to light leak position
Described one-level lighting fiber 23, have that power consumption is low, economize on resources, low cost, without wiring, easy to maintenance, simple in construction
With the advantage such as potential safety hazard is low.
Claims (10)
1. an energy-conservation optical fiber illuminating system, it is characterised in that: include light source, one-level concavees lens, one-level fixed structure, one with
On one-level lighting fiber and more than one two grades of concavees lens, described light source is arranged on the side of described one-level concavees lens, institute
State one-level fixed structure and be arranged on the opposite side of described one-level concavees lens, described one-level fixed structure is provided with more than one
One-level fixing hole, one end of the described one-level lighting fiber of more than is fixed on more than one described one-level fixing hole
In, the other end of each described one-level lighting fiber is provided with described two grades of concavees lens；Described light source sends
Light, after described one-level concavees lens one-level dissipates, enters into described one-level lighting fiber from one end of described one-level lighting fiber
In, and penetrate from the other end of described one-level lighting fiber, the light of injection dissipates through described two grades of concavees lens two grades again.
Energy-conservation optical fiber illuminating system the most according to claim 1, it is characterised in that: at the sidewall of described one-level lighting fiber
On be provided with the first reflector layer, light through described first reflector layer reflection after in described one-level lighting fiber propagate.
Energy-conservation optical fiber illuminating system the most according to claim 2, it is characterised in that: also include first class of protection layer, described one
Level protective layer is set in the outside of described first reflector layer.
Energy-conservation optical fiber illuminating system the most according to claim 1 and 2, it is characterised in that: described light source is LED, laser
Device and/or beam condensing unit.
Energy-conservation optical fiber illuminating system the most according to claim 4, it is characterised in that: also include supply module, described power supply
Module provides electric energy to described LED and/or described laser aid.
Energy-conservation optical fiber illuminating system the most according to claim 5, it is characterised in that: described supply module is civil power, lithium electricity
Pond, accumulator and/or aneroid battery.
Energy-conservation optical fiber illuminating system the most according to claim 4, it is characterised in that: described LED be by red, green,
The LED luminescence chip composition of blue three kinds of colors.
Energy-conservation optical fiber illuminating system the most according to claim 4, it is characterised in that: also include optically focused optical fiber, described optically focused
What one end of optical fiber was arranged on described beam condensing unit goes out light end, and the other end of described optically focused optical fiber is arranged on described one-level concavees lens
Side.
Energy-conservation optical fiber illuminating system the most according to claim 4, it is characterised in that: also include control module, described control
Module is connected with described LED, described laser aid and/or described beam condensing unit respectively, and described control module is used for controlling institute
State LED, described laser aid and/or the work of described beam condensing unit；Also include remote controller, described remote controller and described control
Module coordinates, for remotely controlling described LED, described laser aid and/or the work of described beam condensing unit.
Energy-conservation optical fiber illuminating system the most according to claim 1 and 2, it is characterised in that: also include more than one two grades
Fixed structure, two grades of lighting fibers of more than and more than one three grades of concavees lens, fix for more than one described two grades
Structure is arranged on the light emission side of more than one described two grades of concavees lens, is provided with more than one on described two grades of fixed structures
Two grades of fixing holes, one end of described two grades of lighting fibers of more than is fixed on more than one described two grades of fixing holes
In, the other end of each described two grades of lighting fibers is provided with described three grades of concavees lens.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620565145.0U CN205824856U (en) | 2016-06-14 | 2016-06-14 | Energy-conservation optical fiber illuminating system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620565145.0U CN205824856U (en) | 2016-06-14 | 2016-06-14 | Energy-conservation optical fiber illuminating system |
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| Publication Number | Publication Date |
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| CN205824856U true CN205824856U (en) | 2016-12-21 |
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| CN201620565145.0U Expired - Fee Related CN205824856U (en) | 2016-06-14 | 2016-06-14 | Energy-conservation optical fiber illuminating system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105889844A (en) * | 2016-06-14 | 2016-08-24 | 柳应泽 | Energy-saving optical fiber lighting system |
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2016
- 2016-06-14 CN CN201620565145.0U patent/CN205824856U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105889844A (en) * | 2016-06-14 | 2016-08-24 | 柳应泽 | Energy-saving optical fiber lighting system |
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| C14 | Grant of patent or utility model | ||
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161221 Termination date: 20210614 |