CN208331829U - A kind of LED light with radiator structure - Google Patents

Abstract

The utility model discloses a kind of LED light with radiator structure, including power contact head, metal heat conducting-body, LED light and electrode pin, bulb socket is provided with below the power contact head, cooling fin is provided with below the bulb socket, electrode is connected with below the driving power, lens are connected on the outside of the metal heat conducting-body, and heat-dissipating container is provided on the inside of metal heat conducting-body, lens are connected on the inside of the cooling fin, LED lamp panel is provided with above the LED light, thermal conducting agent is provided on the inside of the heat-dissipating container, heat-dissipating container is connected with above the electrode pin, the Air Filter is fixedly arranged above hanging rod, and lampshade is provided with below Air Filter.The LED light with radiator structure is provided with Air Filter, heat radiating fin structure distribution is the circular array centered on bulb socket, cooling fin circular distribution is on the outside of lens, increase heat dissipation area, improve radiating efficiency, the cooling fin number of blade is 20, and every interlobate angle is uniform and moderate with optimum efficiency.

Description

A kind of LED light with radiator structure

Technical field

The utility model relates to led light technology field, specially a kind of LED light with radiator structure.

Background technique

The fast development of LED industry, has pulled the development of upstream materials industry significantly, also further promotes high end materials neck The breakthrough in domain.Wherein, a large amount of heat sink material can be used in LED lamp, potted element, LED light including LED wafer are saturating Mirror, light-scattering component, high efficiency and heat radiation element, light reflection and light diffusing board etc..

Common LED light is connected with cooling fin in LED light end, cooling fin is by aluminium flake for that can radiate Composition, but cooling fin be it is stationary, radiate it is slow, LED light works in the case where long-time high temperature and is easily damaged, It shortens the working life.

Utility model content

The purpose of this utility model is to provide a kind of LED light with radiator structure, to solve in above-mentioned background technique The bad problem of the common LED light heat dissipation performance of proposition currently on the market.

To achieve the above object, the utility model provides the following technical solutions: a kind of LED light with radiator structure, packet Power contact head, metal heat conducting-body, LED light and electrode pin are included, is provided with bulb socket, and power contact head below the power contact head Top is connected with lampshade, is provided with cooling fin below the bulb socket, and driving power is fixed with inside bulb socket, the driving It is connected with electrode below power supply, lens are connected on the outside of the metal heat conducting-body, and is provided with heat dissipation on the inside of metal heat conducting-body and holds Device, the cooling fin inside is connected with lens, and Air Filter is provided with above cooling fin, is provided with LED light above the LED light Plate, the heat-dissipating container inside is provided with thermal conducting agent, and sealing-plug is provided with above heat-dissipating container, connects above the electrode pin It is connected to heat-dissipating container, and is provided with thermal conducting agent on the outside of electrode pin, the Air Filter is fixedly arranged above hanging rod, and below Air Filter It is provided with lampshade.

Preferably, the heat radiating fin structure distribution is the circular array centered on bulb socket, and the cooling fin number of blade is 20。

Preferably, the heat-dissipating container structure is cylindrical shape structure, and there are helicitic texture, and itself and metal in its outside Heat carrier is using threaded connection.

Preferably, the thermal conducting agent material uses kerosene, and electrode pin is directly contacted with thermal conducting agent.

Preferably, the LED lamp panel is flat structure, and material is aluminium, and it uses with heat-dissipating container and welds.

Compared with prior art, the utility model has the beneficial effects that this that there is the LED light of radiator structure to be provided with is dust-proof Net, reticular structure has blocks dust effect well, and it also has good thermal diffusivity, and heat radiating fin structure distribution is with lamp Circular array centered on headstock, and the cooling fin number of blade is 20, cooling fin circular distribution increases radiating surface on the outside of lens Product improves radiating efficiency, and the cooling fin number of blade is 20, and every interlobate angle is uniform and moderate, and heat dissipation effect is best, heat dissipation Structure of container is cylindrical shape structure, and there is helicitic texture in its outside, and it uses with metal heat conducting-body and is threadedly coupled, and uses Cylindrical-shaped structure can save space well, and its shape facilitates the fixed replacement with the later period, and thermal conducting agent material uses kerosene, and Electrode pin is directly contacted with thermal conducting agent, and kerosene has good heat transfer performance, and does not allow easy conductive, cheap, LED light Plate is flat structure, and material is aluminium, and itself and heat-dissipating container be using welding, using flat structure be in order to and heat dissipation The contour structures of container match, and facilitate fixation, aluminium material light weight, reflective function is good, and economical and practical.

Detailed description of the invention

Fig. 1 is the utility model lens interior structural schematic diagram；

Fig. 2 is the utility model structure diagram；

Fig. 3 is the utility model lamps and lanterns top view.

In figure: 1, power contact head, 2, bulb socket, 3, driving power, 4, metal heat conducting-body, 5, cooling fin, 6, LED light, 7, Lens, 8, electrode, 9, sealing-plug, 10, heat-dissipating container, 11, electrode pin, 12, thermal conducting agent, 13, LED lamp panel, 14, hanging rod, 15, Air Filter, 16, lampshade.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: a kind of LED light with radiator structure, including electricity Source contact 1, metal heat conducting-body 4, LED light 6 and electrode draw 11, bulb socket 2 are provided with below power contact head 1, and on power contact head 1 Side is connected with lampshade 16, cooling fin 5 is provided with below bulb socket 2, and driving power 3, driving power are fixed with inside bulb socket 2 3 lower sections are connected with electrode 8, lens 7 are connected on the outside of metal heat conducting-body 4, and be provided with heat-dissipating container on the inside of metal heat conducting-body 4 10, lens 7 are connected on the inside of cooling fin 5, and Air Filter 15 is provided with above cooling fin 5,5 structure distribution of cooling fin is with lamp cap Circular array centered on seat 2, and 5 number of blade of cooling fin is 20,5 circular distribution of cooling fin increases heat dissipation in 7 outside of lens Area improves radiating efficiency, and 5 number of blade of cooling fin is 20, and every interlobate angle is uniform and moderate, and heat dissipation effect is best, It is provided with LED lamp panel 13 above LED light 6, thermal conducting agent 12 is provided on the inside of heat-dissipating container 10, and be provided with above heat-dissipating container 10 Sealing-plug 9,10 structure of heat-dissipating container are cylindrical shape structure, and there is helicitic texture in its outside, and it is adopted with metal heat conducting-body 4 It is threadedly coupled, space can be saved using cylindrical-shaped structure well, and its shape facilitates the fixed replacement with the later period, electrode draws It is connected with heat-dissipating container 10 above foot 11, and is provided with thermal conducting agent 12 on the outside of electrode pin 11,12 material of thermal conducting agent uses kerosene, And electrode pin 11 is directly contacted with thermal conducting agent 12, kerosene has good heat transfer performance, and does not allow easy conductive, and price is low Honest and clean, Air Filter 15 is fixedly arranged above hanging rod 14, and lampshade 16 is provided with below Air Filter 15, and reticular structure has to be blocked well Dust effect, and it also has a good thermal diffusivity, LED lamp panel 13 are flat structure, and material is aluminium, and itself and heat dissipation Container 10 is to facilitate fixation, aluminium material to match with the contour structures of heat-dissipating container 10 using flat structure using welding Light weight, reflective function is good, and economical and practical.

Working principle: when using the LED light with radiator structure, first lamps and lanterns is gone through one time, are confirmed in it After portion's heat-dissipating container 10 is without obvious oil leakage phenomenon, by the installation to lampshade 16 of bulb socket 2, power contact head 1 is set to be powered, electricity is by connecting The electrode 8 in driving power 3 is connect, is reached at LED lamp panel 13 along electrode pin 11, the LED light being fixed in LED lamp panel 13 6 start to shine, and generate a large amount of heat therewith in the LED light 6 of lasting electrified light emitting, minor heat by lens 7 distribute to In air, most of heat is transferred to heat-dissipating container 10 by 13 heat of LED lamp panel at this time, and by heat-dissipating container 10 inside Thermal conducting agent 12 absorbs, and 12 expanded by heating of thermal conducting agent, sealing-plug 9 moves upwards under pressure at this time, neutralizes expanded by heating and produces Raw pressure, due to heat-dissipating container 10 and metal heat conducting-body 4 using be threadedly coupled and it is seamless applying together, heat passes quickly It is handed on metal heat conducting-body 4, is finally transmitted on the cooling fin 5 on the outside of lamps and lanterns, 5 structure of cooling fin is around the circle of metal heat conducting-body 4 20 blades composition of week distribution, 20 blades significantly increase the heat dissipation area of lamps and lanterns, well by heat distribute to In air, to complete a series of work.

Although the utility model is described in detail with reference to the foregoing embodiments, come for those skilled in the art Say, it is still possible to modify the technical solutions described in the foregoing embodiments, or to part of technical characteristic into Row equivalent replacement, within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on should all It is included within the scope of protection of this utility model.

Claims (5)

1. a kind of LED light with radiator structure, including power contact head (1), metal heat conducting-body (4), LED light (6) and electrode draw Foot (11), it is characterised in that: be provided with bulb socket (2) below the power contact head (1), and be connected with above power contact head (1) Lampshade (16), bulb socket (2) lower section is provided with cooling fin (5), and is fixed with driving power (3), institute inside bulb socket (2) It states and is connected with electrode (8) below driving power (3), is connected with lens (7) on the outside of the metal heat conducting-body (4), and metal heat-conducting It is provided with heat-dissipating container (10) on the inside of body (4), is connected with lens (7) on the inside of the cooling fin (5), and set above cooling fin (5) It is equipped with Air Filter (15), is provided with LED lamp panel (13) above the LED light (6), be provided with and lead on the inside of the heat-dissipating container (10) Thermit powder (12), and be provided with sealing-plug (9) above heat-dissipating container (10), heat-dissipating container is connected with above the electrode pin (11) (10), it and on the outside of electrode pin (11) is provided with thermal conducting agent (12), the Air Filter (15) is fixedly arranged above hanging rod (14), and anti- Lampshade (16) are provided with below dirt net (15).

2. a kind of LED light with radiator structure according to claim 1, it is characterised in that: cooling fin (5) structure Distribution is the circular array centered on bulb socket (2), and cooling fin (5) number of blade is 20.

3. a kind of LED light with radiator structure according to claim 1, it is characterised in that: the heat-dissipating container (10) Structure is cylindrical shape structure, and there is helicitic texture in its outside, and it uses with metal heat conducting-body (4) and is threadedly coupled.

4. a kind of LED light with radiator structure according to claim 1, it is characterised in that: thermal conducting agent (12) material Matter uses kerosene, and electrode pin (11) is directly contacted with thermal conducting agent (12).

5. a kind of LED light with radiator structure according to claim 1, it is characterised in that: the LED lamp panel (13) is Flat structure, material are aluminium, and it uses with heat-dissipating container (10) and welds.