CN201897098U

CN201897098U - Multifunctional LED lamp

Info

Publication number: CN201897098U
Application number: CN2010205590727U
Authority: CN
Inventors: 杜全成
Original assignee: SHOULEI PHOTOELECTRIC TECHNOLOGY (XIAMEN) Co Ltd
Current assignee: SHOULEI PHOTOELECTRIC TECHNOLOGY (XIAMEN) Co Ltd
Priority date: 2010-10-13
Filing date: 2010-10-13
Publication date: 2011-07-13
Anticipated expiration: 2020-10-13

Abstract

A multifunctional LED lamp comprises a body and an LED light emitting module. A lamp shade with a far infrared material layer and a light guide board with a photocatalyst material layer are arranged at the front end of the body, the LED light emitting module is disposed in the body and includes a circuit substrate, at least one red LED tube and at least one blue LED tube, the red LED tubes and the blue LED tubes are arranged on the circuit substrate, the red LED tubes are capable of emitting light with a peak wavelength gamma-p ranging from 650nm to 690nm, and the blue LED tubes are capable of emitting light with a peak wavelength gamma-p ranging from 400nm to 460nm. Therefore, when the circuit substrate is powered to lead the LED tubes to emit light having a certain wavelength and absorbed by plants and to heat the far infrared material layer of the lamp shade to emit far infrared rays, and the photocatalyst material layer of the light guide board is irradiated to perform catalysis.

Description

The Multifunctional LED lamp

Technical field

The utility model relates to a kind of LED lamp, particularly a kind of Multifunctional LED lamp.

Background technology

At present LED be because it can significantly reduce manufacturing cost, and the characteristic of high life, low power consumption, replaces conventional bulb gradually, becomes in the industrial circle and does one's utmost the new lighting source of exploitation for reaching power saving and environmental requirement.Yet the general on the market employed electric power of LED lamp only is used on the illumination functions, as if the luminous energy and the heat energy that can properly utilize the LED lamp to be produced when luminous again, not only can improve the surcharge of LED lamp, and low power consumption that can be identical effectively utilizes electric power.Therefore,, and can't bring into play maximum effectiveness, the space of improvement is still arranged though known LED lamp can meet user's part demand.

Summary of the invention

The utility model provides a kind of Multifunctional LED lamp, purpose provides a kind of Multifunctional LED lamp, wherein the red-light LED crystal grain of this LED light emitting module system sends peak wavelength λ p scope at the light of 650nm to 690nm, and its blue-ray LED crystal grain system sends peak wavelength λ p scope at the light of 400nm to 460nm, in order to do providing when illumination in the LED light emitting module, sending can be for the effective light that absorbs of plant, to promote the plant growth.

Another purpose of the present utility model is providing a kind of Multifunctional LED lamp, wherein the surface of this lampshade is provided with a far-infrared ray material layer, and the surface of this LGP is provided with a photocatalyst material layer, can be when the LED light emitting module provides illumination, the far-infrared ray material layer of above-mentioned lampshade is heated and discharges far infrared, with the circulation of promotion human microvascular, and allow the photocatalyst material layer of above-mentioned LGP be subjected to the light irradiation and to carry out catalytic action, to purify air.

The utility model technical scheme that adopts of dealing with problems is:

A kind of Multifunctional LED lamp comprises:

One body;

One is arranged at above-mentioned intrinsic LED light emitting module, this LED light emitting module comprises a circuit substrate and is located at least one red-light LED crystal grain and at least one blue-ray LED crystal grain on this circuit substrate, this red-light LED crystal grain system supplies emission peak wavelength λ p scope at the LED crystal grain of 650nm to the light of 690nm, and this blue-ray LED crystal grain system supplies emission peak wavelength λ p scope at the crystal grain of 400nm to the light of 460nm.

The front end of described body also is provided with a lampshade.

The front end of described body also is provided with a LGP.

Described lampshade is provided with a far-infrared ray material layer, and LGP is provided with a photocatalyst material layer.

Also comprise at least one green light LED crystal grain on the described LED light emitting module.

Also be provided with a lamp holder on the described body.

Also be provided with a radiator on the described body.

Described circuit substrate is provided with at least one illuminator, and system is packaged with above-mentioned described red-light LED crystal grain and blue-ray LED crystal grain in this illuminator.

Also be packaged with a green light LED crystal grain in the described illuminator.

The beneficial effects of the utility model:

1, the LED light emitting module of the utility model includes red-light LED crystal grain, can send peak wavelength λ p scope at the light of 650nm to 690nm, and include blue-ray LED crystal grain, for sending peak wavelength λ p scope at the light of 400nm to 460nm, use when illumination is provided, sending can be for the effective light that absorbs of plant, to promote the plant growth.

2, the utility model system utilizes the light source and the thermal source of led module generation again, use in illumination being provided and promoting outside the plant row photosynthesis, the effect of having concurrently and discharge far infrared, eliminating airborne swim bacterium and air cleaning is to increase the surcharge of Multifunctional LED lamp.

3, the lamp holder of the utility model also can be designed to be installed on the general bulb power socket, to increase the practicality of this Multifunctional LED lamp.

Description of drawings

Fig. 1 is the stereo appearance figure of the utility model first embodiment;

Fig. 2 is the combination schematic diagram of the embodiment of the 1st figure;

Fig. 3 is the combination schematic diagram of another embodiment of the utility model;

Fig. 4 is the use schematic diagram of the embodiment of the 1st figure;

Fig. 5 is the use schematic diagram of the embodiment of the 1st figure;

Fig. 6 is the stereo appearance figure of the utility model second embodiment.

Below be the label of each structure:

Multifunctional LED lamp 1 body 11

LED light emitting module 12 circuit substrates 121

Red-light LED crystal grain 122 blue-ray LED crystal grain 123

Green light LED crystal grain 124 illuminators 125

Red globe lamp alveolitoid LED 122 ' blue-ray light alveolitoid LED 123 '

Green glow bulb type LED 124 '

Lampshade 13 far-infrared ray material layers 131

LGP 14 photocatalyst material layers 141

Lamp holder 15 meets the lamp holder 15 ' of E27 standard

Radiator 16

Ceiling 2 is planted and is planted 21

The specific embodiment

The utility model is described in further detail below in conjunction with the drawings and specific embodiments.

See also the 1st, 2 figure, it is the Shu embodiment of the utility model Multifunctional LED lamp 1, is to comprise a body 11 and a LED light emitting module 12.

The front end of this body 11 is provided with a lampshade 13 and a LGP 14, and the rear end of this body 11 is provided with one for the lamp holder 15 in conjunction with a lamp socket, wherein, this lampshade 13 is provided with a far-infrared ray material layer 131 in its outer surface, and this LGP 14 is provided with a photocatalyst material layer 141 in its outer surface.Moreover the outside of this body 11 system is provided with a radiator 16 of being made up of plurality of radiating fins, for the high temperature discharge with the generation of LED bulb.

This LED light emitting module 12 is to be arranged in the above-mentioned body 11, comprise a circuit substrate 121 and be located at plural ruddiness, blue light, green light LED crystal grain 122,123,124 on this circuit substrate 121, wherein, this circuit substrate 121 is to electrically connect above-mentioned lamp holder 15, this red-light LED crystal grain 122 is to supply emission peak wavelength λ p scope at the light of 650nm to 690nm, and this blue-ray LED crystal grain 123 is at the light of 400nm to 460nm for emission peak wavelength λ p scope.These ruddiness, blue light, green light LED crystal grain system can be according to actual demand, on circuit substrate 121, be packaged into single bulb type LED 122 ', 123 ', 124 ' (shown in the 3rd figure) respectively, or a red-light LED crystal grain, a blue-ray LED crystal grain and a green light LED die package become an illuminator 125, make this illuminator 125 form one multi-colored led (shown in the 4th figure).

Seeing also the 5th figure, during enforcement, is the Multifunctional LED lamp 1 of the utility model to be installed in (not shown) in the light fixture of ceiling 2, and this light fixture below system is hung with one and plants and plant 21.The circuit substrate 121 of this LED light emitting module 12 is to obtain power supply by this lamp holder 15 that is installed on the light fixture lamp socket, make these LED crystal grain 122,123,124 luminous and provide illumination by the conduction of LGP 14, and, allow plant to plant fully to absorb the light that this is red, blue-ray LED crystal grain sent and quicken the reaction of its photosynthesis by particular range of wavelengths light red, that blue-ray LED crystal grain is sent.Moreover the far-infrared ray material layer of this lampshade 13 can directly heat in high temperature that these LED crystal grain 122,123,124 are produced system, makes far-infrared ray material be subjected to thermal excitation and discharges far infrared, to promote the circulation of human microvascular.Simultaneously, the light system that these LED crystal grain 122,123,124 are produced can directly be radiated on the photocatalyst material layer of LGP 14 by this LGP 14, make photocatalyst material excited by light and carry out catalytic action, so that the airborne organic matter and the bacterium that swims are decomposed.

During enforcement, the luminous power P of these LED crystal grain 122,123,124 _R, P _B, P _GSystem can come pre-if adjust according to user's actual demand, to promote its practicality.

Seeing also the 6th figure, is the structure based on above-mentioned first embodiment, this lamp holder 15 is designed to meet the lamp holder 15 ' of the specification of E27 standard, for being installed on the general light bulb holder.

Therefore, the utlity model has following advantage:

Claims

1. a Multifunctional LED lamp is characterized in that: comprise

One body;

2. the Multifunctional LED lamp described in claim 1, it is characterized in that: the front end of described body also is provided with a lampshade.

3. the Multifunctional LED lamp described in claim 2, it is characterized in that: the front end of described body also is provided with a LGP.

4. the Multifunctional LED lamp described in claim 3, it is characterized in that: described lampshade is provided with a far-infrared ray material layer, and LGP is provided with a photocatalyst material layer.

5. as arbitrary described Multifunctional LED lamp in the claim 1,2,3,4, it is characterized in that: also comprise at least one green light LED crystal grain on the described LED light emitting module.

6. as arbitrary described Multifunctional LED lamp in the claim 1,2,3,4, it is characterized in that: also be provided with a lamp holder on the described body.

7. as arbitrary described Multifunctional LED lamp in the claim 1,2,3,4, it is characterized in that: also be provided with a radiator on the described body.

8. the Multifunctional LED lamp described in claim 1, it is characterized in that: described circuit substrate is provided with at least one illuminator, and system is packaged with above-mentioned described red-light LED crystal grain and blue-ray LED crystal grain in this illuminator.

9. the Multifunctional LED lamp described in claim 8 is characterized in that: also be packaged with a green light LED crystal grain in the described illuminator.