CN102818140A - Self-radiating LED (Light-Emitting Diode) lamp bead and luminous module thereof - Google Patents

Self-radiating LED (Light-Emitting Diode) lamp bead and luminous module thereof Download PDF

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Publication number
CN102818140A
CN102818140A CN2012101500585A CN201210150058A CN102818140A CN 102818140 A CN102818140 A CN 102818140A CN 2012101500585 A CN2012101500585 A CN 2012101500585A CN 201210150058 A CN201210150058 A CN 201210150058A CN 102818140 A CN102818140 A CN 102818140A
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China
Prior art keywords
self
led
led lamp
lamp pearl
radiator
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CN2012101500585A
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Chinese (zh)
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王树生
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王树生
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Priority to CN201110152798.8 priority
Application filed by 王树生 filed Critical 王树生
Priority to CN2012101500585A priority patent/CN102818140A/en
Publication of CN102818140A publication Critical patent/CN102818140A/en
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Abstract

The invention discloses a self-radiating LED (Light-Emitting Diode) lamp bead, which comprises an LED radiator, and further comprises an LED chip molded on the LED radiator, and an electrode led out of the LED chip, wherein the LED chip is molded on the radiator through a silver colloid, silica gel, resin, tin, an alloy material, a eutectic solder, copper slurry or tin slurry. In the self-radiating LED lamp bead, the LED chip is molded on the radiator, and a matched optical assembly is adopted, so that an optimal LED luminous module integrated unit module is formed. The self-radiating LED lamp bead has optimal radiating performance and optimal optical utilization efficiency, and is simplest in installation structure. The self-radiating LED lamp bead can be conveniently assembled into a lamp or a luminous module.

Description

Self-cooling LED lamp pearl and illuminating module thereof
[technical field]
The present invention relates to a kind of self-cooling LED lamp pearl and illuminating module thereof, particularly a kind of have excellent heat dispersion performance and self-cooling LED lamp pearl and an illuminating module thereof easy for installation.
[background technology]
In traditional lighting engineering, use osram lamp more, because power consumption and volume are big, luminous efficiency is low, the life-span is short, and more and more can not adapt to the needs of modern society.Along with development of semiconductor, power consumption and volume are little, and luminous efficiency is high, and the life-span, the long application of LED in electric light source technology more and more received people's attention.
Along with development of technology, the application of light emitting diode (LIGHT EMITINGDIODE is called for short LED) is increasingly extensive, and especially the power of LED is updated raising, and LED is shown to the field of lighting source infiltration and development by signal gradually.Yet the popularization of great power LED, facing maximum problem is that luminous total brightness is low.For improving luminous total brightness, generally take to improve single LEDs brightness, and with many packaged LED lamp pearls, the way of taking connection in series-parallel to gather together.No matter improve the brightness of single chips, or the method that gathers together of connection in series-parallel, all to add high-power, the generation that all can sharply strengthen heat.The general single power of LED lamp pearl all is smaller, and brightness is not enough, and in order to improve brightness, people often use a plurality of LED lamp pearl combinations as a light source, be fixed on simultaneously on a circuit board and the radiator.Brightness of LED lamp pearl and life-span and its operating temperature have certain relation, and the LED radiating effect is good more, and operating temperature is low more, and brightness is high more, and the life-span is long more.Along with the LED improvement of Manufacturing Technology; What now single led power can have been done is increasing, and during a shared fin, radiating effect is poor; Particularly when any large-power LED light bead is overheated; This heat can improve the temperature of monoblock fin, thereby has lowered the function of fin heat radiation, even might cause the too high even breaking-up of temperature of other lamp pearls.
LED only has the electric energy about 35% to convert light ray radiation to come out at present, and all the other electricity of about 65% have been transformed into heat.Low-power LED heat production total amount is few, and heating problem is not outstanding, and high-power illumination is used LED; Its power is tens of original little LED; Hundred times, heating problem have once become influences one of the most critical of LED life-span and luminous efficiency factor, and becomes the maximum bottleneck problem of obstruction illumination popularization.Therefore, how to solve the major issue that heat dissipation problem becomes the LED industry development.In addition, because existing LED optical texture all is that the LED module cooperates a radiator, be area and the weight that increases radiator when guaranteeing radiating effect thereby cause the designer, so it is little to make product satisfy volume, demand in light weight, easy to assembly.
[summary of the invention]
Be the bad problem of the heat radiation that overcomes prior art, the present invention provides a kind of have excellent heat dispersion performance and convenient self-cooling LED lamp pearl and illuminating module thereof of installing.
The technical scheme of technical solution problem of the present invention is: a kind of self-cooling LED lamp pearl is provided, and it comprises a LED radiator, is formed in the led chip on it; And the electrode of drawing on this led chip, this led chip is through elargol, silica gel; Resin, tin, alloy material; Eutectic solder, the copper slurry, or the tin slurry is positioned on this radiator.
Preferably, this led chip is positioned on the plane of this radiator, or in the groove that defines on its plane, or on the convexity that defines on this plane, comprise a reflector layer in this groove, be used to reflect this led chip emitted light beams.
Preferably, this radiator comprises a solid central shaft, and goes up and form a plurality ofly to extraradial radiating fin, on wherein at least one radiating fin at least one metallic channel is set, and is used to guide the extraction electrode on this led chip.
Preferably, on wherein at least one radiating fin a locating hole is set, this locating hole and screw, a reference column or a buckle structure cooperate this self-cooling LED lamp pearl of location on an illuminating module.
Preferably, further comprise No. one lens or a secondary lens, be arranged at this led chip top, and through at least two pins on these lens or the secondary lens, screw thread, bonding, or bayonet socket is positioned on this radiator.
Preferably, further comprise a lens cap, this lens cap comprises a cover body and a cover cap; This cover body can be used for accommodating variant lens in wherein; This cover cap cooperates these lens of location with this cover body top, this cover body is through at least two pins on it, screw thread; Bonding, or bayonet socket is positioned on this radiator.
Preferably, this led chip further comprises a LED substrate, and this LED substrate is positioned on this radiator.
Preferably, this LED substrate is a copper, pottery or three kinds of bronze medal posts that the high material of thermal conductivity is processed of silver, a ceramics pole, a silver medal post; The silver-plated post of one bronze medal, a copper sheet, a potsherd, or a silver strip; It is through elargol, silica gel, resin, tin; Alloy material, eutectic solder, the copper slurry, this led chip of tin slurry location is on it.
Preferably, at least two the radiating fin of this radiator a screens hole is set respectively, the pin of these lens or lens cap inserts also and is positioned in this screens hole.
The another technical scheme of technical solution problem of the present invention is: a kind of LED illuminating module is provided; It comprises a shell; One loam cake, a power-supply controller of electric, a plurality of arbitrary claim described self-cooling LED lamp pearls of claim 1 to 8; This loam cake and this shell define a receiving space and are used to accommodate this power-supply controller of electric and these a plurality of self-cooling LED lamp pearls; Cover on being somebody's turn to do a plurality of through holes are set, these a plurality of self-cooling LED lamp pearls pass this through hole respectively, and its radiator is positioned between this outer casing base and this loam cake.
Preferably, this self-cooling LED lamp pearl is through screw, and the locating hole that is provided with on reference column or buckle structure and its radiating fin cooperates locatees this each self-cooling LED lamp pearl on this base.
Preferably, further comprise an aluminium base, this aluminium base is positioned this loam cake; A plurality of through holes are set on it; Corresponding with the through hole of this loam cake, this aluminium base periphery is provided with and corresponding solder joint and the circuit of self-cooling LED lamp pearl extraction electrode, and this circuit further is electrical connected with this power-supply controller of electric.
Compared with prior art; Self-cooling LED lamp pearl of the present invention can be realized the good transmission of led chip heat energy through at a radiator moulding one led chip, also can realize the easy to assembly of LED illuminating module simultaneously; No longer need in the LED illuminating module, assemble any radiator again through using this self-cooling LED lamp pearl; The shell that directly this LED lamp pearl is inserted or be positioned this LED illuminating module can realize simply, and is convenient, and good each illuminating module or the element of heat dispersion.Again; This self-cooling LED lamp pearl is equipped with lens simultaneously; Thereby form the LED illuminating module integrated unit module an of the best; This self-cooling LED lamp pearl not only has best heat dispersion and best optics also can be set as required light effect, directly is positioned on this radiator through this LED lamp pearl, and this self-cooling LED lamp pearl more can be so that the assembling of this self-cooling LED lamp pearl.Again, this self-cooling LED lamp pearl is provided with a lens cap again, and it can install various structures according to customer demand, and the lens of shape are realized different lighting areas, the bright dipping shape, and rising angle, emitting brightness, thus further realized the simplification and the flexibility of assembling.Aluminium base with holes
[description of drawings]
Fig. 1 is the generalized section of self-cooling LED lamp pearl first embodiment of the present invention.
Fig. 2 is the structural representation of self-cooling LED lamp pearl first embodiment of the present invention.
Fig. 3 is the structure chart of self-cooling LED lamp pearl second embodiment of the present invention.
Fig. 4 is the structure chart of self-cooling LED lamp pearl the 3rd embodiment of the present invention.
Fig. 5 is the structure chart of self-cooling LED lamp pearl the 4th embodiment of the present invention.
Fig. 6 is the structure chart of self-cooling LED lamp pearl the 5th embodiment of the present invention.
Fig. 7 is the structural representation of self-cooling LED lamp pearl the 6th embodiment of the present invention.
Fig. 8 is the structural representation of self-cooling LED lamp pearl the 7th embodiment of the present invention.
Fig. 9 is the structural representation of LED substrate of the led chip of self-cooling LED lamp pearl the 7th embodiment of the present invention.
Figure 10 is the lens arrangement sketch map of self-cooling LED lamp pearl the 7th embodiment of the present invention.
Figure 11 is the lens cap structural representation of self-cooling LED lamp pearl the 7th embodiment of the present invention.
Figure 12 is the structural representation of the radiator of self-cooling LED lamp pearl the 7th embodiment of the present invention.
Figure 13 is the structural representation that the present invention adopts illuminating module first embodiment of this self-cooling LED lamp pearl.
Figure 14 is that the present invention adopts the illuminating module of this self-cooling LED lamp pearl to remove the structural representation of this loam cake.
Figure 15 is the structural representation of the aluminium base of the present invention's illuminating module of adopting this self-cooling LED lamp pearl.
[specific embodiment]
See also Fig. 1 and Fig. 2, profile and the structural representation of self-cooling LED lamp pearl first embodiment of the present invention.This self-cooling LED lamp pearl 10 comprises that successively a reflector 11, one lens 12, one led chips, 13, one LED substrates 15 and a radiator 16, two extraction electrodes 14 draw from these LED substrate 15 both sides.
This lens 12 integrate with this reflector 11 and are positioned in this LED substrate 15, wherein these lens 12 and this led chip 13 over against.This reflector 11 is one bowl-shape; This led chip 13 is arranged at the bottom centre of this reflector 11; Launch the luminous range and the illuminating area of the main spot of light beams by this this led chip 13 of reflector 11 controls, this reflector 11 is vacuum aluminum-coated making, has preferable light reflective properties.
This LED substrate 15 is the copper post, the bronze medal post that pottery, the material that thermal conductivitys such as silver are high are processed, a ceramics pole, a silver medal post; The silver-plated post of one bronze medal, a copper sheet, potsherd, or a silver strip, it passes through elargol; Silica gel, resin, tin, alloy material, eutectic solder; The copper slurry, the tin slurry is located this led chip 13 on it, and this bonding material has good heat-conducting, heat resistance, and its thermal coefficient of expansion is corresponding with this led chip 13.This copper post, ceramics pole, or silver-colored post can also be threaded in this radiator 16 through the bottom double-screw bolt.
This radiator 16 is a copper, and the complex of aluminium or multiple material is made, and this LED substrate 15 is provided with on it, through elargol, and silica gel, resin, tin, alloy material, eutectic solder, copper slurry, tin slurry location.Wherein, this LED substrate 15 can be positioned on the plane of this radiator 16, or in the groove that defines on its plane, or on the convexity that defines on this plane.
This radiator 16 is a solid central shaft, forms a plurality ofly to extraradial radiating fin 160 on it, and these a plurality of radiating fins 160 comprise on the two symmetrically arranged radiating fins 161 and define a wire casing 161; Be used to guide this two extraction electrode 14, also comprise two symmetrically arranged locating slots 163, this locating slot 163 can be a screwed hole; Pass through screw; Screw, screw rod is realized the location of this self-cooling LED lamp pearl 10, this locating slot 163 also can be an opening; It can with the buckle that is complementary, shell fragment fixes or locatees this self-cooling LED lamp pearl 10.This radiator 16 can be as required through lathe turning, die casting, or mould extruding mode such as pull out be processed into cylindrical, square, quadrangle, the shape of hexagon or other various needs is convenient to the assembling of product when improving heat dispersion.
Self-cooling LED lamp pearl 10 of the present invention is through being provided with a radiator 16 to each led chip 13; And be equipped with lens 12 simultaneously; Thereby form the LED illuminating module integrated unit module an of the best; This self-cooling LED lamp pearl 10 not only has best heat dispersion and also has best combining structure, and it can be so that this self-cooling LED lamp pearl 10 be assembled into illuminating module.
See also Fig. 3; Second embodiment for self-cooling LED lamp pearl of the present invention; This self-cooling LED lamp pearl 20 has similar structure with self-cooling LED lamp pearl 10; Except this self-cooling LED lamp pearl 20 only comprises lens 21 No. one time, these lens 21 is positioned on this LED pedestal 25, its scioptics 21 various structure settings with control from the bright dipping distance of the light beam of this led chip 23 and the illuminating area of main spot.
See also Fig. 4, be the 3rd embodiment of self-cooling LED lamp pearl of the present invention, this self-cooling LED lamp pearl 30 has similar structure with self-cooling LED lamp pearl 10, except reflector 31 outsides of this self-cooling LED lamp pearl 30 further are provided with a protective cover 311.
See also Fig. 5; Be the 4th embodiment of self-cooling LED lamp pearl of the present invention, this self-cooling LED lamp pearl 40 has similar structure with self-cooling LED lamp pearl 10, except this self-cooling LED lamp pearl 40 comprises a secondary lens 41 and No. one lens 42; This secondary lens 41 integrates with these lens 42; Two lens after this integration can be further carry out the adjustment that light beam penetrates path and intensity according to the needs that use, and these integrated lens accomplish in advance, so it is convenient to the assembling of product.
See also Fig. 6, be the 5th embodiment of self-cooling LED lamp pearl of the present invention, this led chip 53 is arranged in this LED substrate 55; And be arranged on this LED radiator 56 through this LED substrate 55; These led chip 53 arranged outside have two be used for energized conductor 58, wherein at least one conductor 58 and this radiator 56 insulation, another conductor 58 and this radiator 56 insulation; Can also with these radiator 56 conductings, utilize this radiator 56 double conductors of doing.Connect with lead 581 between this led chip 53 and this conductor 58; Be connected with lead 583 between this conductor 58 and two corresponding connector 59; This lead can be a gold; Aluminium, copper cash is soldered between this conductor 58 and this led chip 53 through the hypercolour welding technology, and between this conductor 58 and this corresponding connector 59.Wherein, the lead 583 that connects between this conductor 58 and this connector 59 is to pass the through hole of establishing in this radiator 56, and this connector 59 is arranged at the bottom of this radiator 56.
See also Fig. 7, be the 6th embodiment of self-cooling LED lamp pearl of the present invention, this self-cooling LED lamp pearl 60 has similar structure with this self-cooling LED lamp pearl 50, is arranged at the side of this radiator 66 except its connector 69.
Seeing also Fig. 8 is the structural representation of self-cooling LED lamp pearl the 7th embodiment of the present invention; Fig. 9 is the structural representation of LED substrate of the led chip of self-cooling LED lamp pearl the 7th embodiment of the present invention; Figure 10 is the lens arrangement sketch map of self-cooling LED lamp pearl the 7th embodiment of the present invention; Figure 11 is the lens cap structural representation of self-cooling LED lamp pearl the 7th embodiment of the present invention, and Figure 12 is the structural representation of the radiator of self-cooling LED lamp pearl the 7th embodiment of the present invention.This self-cooling LED lamp pearl 70 comprises that successively lens 72, one led chips, 73, one LED substrates 75 and a radiator 76, two extraction electrodes 74 draw from these led chip 73 both sides.
This lens 72 and this led chip 73 over against, it is a lens integrate body, comprises one first lens, 721, one second lens 722 and four-limbeds 723.These second lens 722 are one bowl-shape; This led chip 73 is arranged at the bottom centre of second lens 722; By luminous range and the illuminating area of second lens 722, has preferable light reflective properties with the main spot of these these led chip 73 emission light beams of first lens, 721 controls.This pin 723 is arranged at the bottom of these second lens 722.
This LED substrate 75 is a copper, the bronze medal post that pottery, the material that thermal conductivitys such as silver are high are processed, a ceramics pole, a silver medal post; Or a copper sheet, potsherd, silver strip, it is through elargol, silica gel, resin; Tin, alloy material, eutectic solder, copper slurry; The tin slurry is located this led chip 73 on it, and this bonding material has good heat-conducting, heat resistance, and its thermal coefficient of expansion is corresponding with this led chip 73.This copper post, ceramics pole, or silver-colored post can also be threaded in this radiator 76 through bottom double-screw bolt 751.
This radiator 76 is a copper, and the complex of aluminium or multiple material is made, and this LED substrate 75 is provided with on it, through elargol, and silica gel, resin, tin, alloy material, eutectic solder, copper slurry, tin slurry or borded pile location.Wherein, this LED substrate 75 can be positioned on the plane of this radiator 76, or in the groove that defines on its plane, or on the convexity that defines on this plane.
This radiator 76 is a solid central shaft, forms a plurality ofly to extraradial radiating fin 760 on it, and these a plurality of radiating fins 760 comprise on the two symmetrically arranged radiating fins 761 and define a wire casing 761; Be used to guide this two extraction electrode 74, also comprise two symmetrically arranged locating slots 763, this locating slot 763 can be a screwed hole; Pass through screw; Screw, screw rod is realized the location of this self-cooling LED lamp pearl 70, this locating slot 763 also can be an opening; It can with the buckle that is complementary, shell fragment fixes or locatees this self-cooling LED lamp pearl 70.This radiating fin 760 comprises that further four symmetrically arranged in twos radiating fins are provided with a screens hole 765 respectively, and the pin of these lens inserts and is positioned in this screens hole 765.
This radiator 76 can be as required through lathe turning, die casting, or mould extruding mode such as pull out be processed into cylindrical, square, quadrangle, the shape of hexagon or other various needs is convenient to the assembling of product when improving heat dispersion.
Self-cooling LED lamp pearl 70 of the present invention is through being provided with a radiator 76 to each led chip 73; And be equipped with lens 72 simultaneously; Thereby form the LED illuminating module integrated unit module an of the best; This self-cooling LED lamp pearl 70 not only has best heat dispersion and also has best combining structure, and it can be so that this self-cooling LED lamp pearl 70 be assembled into illuminating module.
Self-cooling LED lamp pearl 70 of the present invention is not limited to said structure, and is shown in figure 11, and it can increase by a lens cap 78, and it is used to accommodate these lens 72 '.This lens cap 78 comprises a cover body 781 and a cover cap 783, and this cover body 781 can be used for accommodating variant lens 72 ' in wherein, and this cover cap 783 cooperates these lens 72 ' of location with these cover body 781 tops, and the bottom of this cover body 781 comprises the pin 785 of four symmetries.The pin 785 of these four symmetries inserts and is positioned in the screens hole 765 of this this radiating fin 760.This L E D substrate 75 is inessential element again, and it can also not need, and directly L E D chip 73 is taken shape on this radiator 76.Again, the extraction electrode 74 on this L E D chip 73 is not restricted to two, and it can become three according to the needs of practicality, four or more.And the pin 723 on these lens 72 or the pin 825 of this lens cap can also be asymmetric structures.
See also Figure 13; Be the LED illuminating module of the present invention from the L E D lamp pearl assembling completion of dispelling the heat; This LED illuminating module 80 comprises a shell 800 and a loam cake 802, and this loam cake 802 defines a receiving space with this shell 800 and is used to accommodate this power-supply controller of electric 806 and these a plurality of self-cooling LED lamp pearls 10.A plurality of through holes 804 are set on this loam cake 802, and these a plurality of self-cooling LED lamp pearls 10 pass this through hole 804 respectively, and its radiator 16 is positioned between this outer casing base 801 and this loam cake 802, and this power-supply controller of electric 806 is arranged on the base 801 of this shell.This self-cooling LED lamp pearl 10 cooperates through the locating slot 163 that is provided with on screw 808 and the radiating fin 160 locatees this each self-cooling LED lamp pearl 10 on this loam cake 802.Further comprise an aluminium base 809 on this loam cake 802; This aluminium base 809 is positioned this loam cake 802; A plurality of through holes (not indicating) are set on it; Corresponding with the through hole 804 of this loam cake, this aluminium base 809 is used to electrically connect two extraction electrodes 14 of these a plurality of self-cooling LED lamp pearls 10, and is electrical connected with this power-supply controller of electric 806.
Compared with prior art; LED illuminating module 80 of the present invention is because of being employed in this self-cooling LED lamp pearl 10 of a radiator moulding one led chip; Can realize the good transmission of led chip heat energy; Simultaneously also can realize the easy to assembly of LED illuminating module, no longer need in the LED illuminating module, assemble any radiator again, directly this LED lamp pearl inserted or the shell that is positioned this LED illuminating module can be realized simply through using this self-cooling LED lamp pearl; Convenient, and good each illuminating module or the element of heat dispersion.Again; This self-cooling LED lamp pearl is equipped with lens simultaneously; Thereby form the LED illuminating module integrated unit module an of the best; This self-cooling LED lamp pearl not only has best heat dispersion and best optics also can be set as required light effect, directly is positioned on this radiator through this LED lamp pearl, and this self-cooling LED lamp pearl more can be so that the assembling of this self-cooling LED lamp pearl.Again, this self-cooling LED lamp pearl is provided with a lens cap again, and it can install various structures according to customer demand, and the lens of shape are realized different lighting areas, the bright dipping shape, and rising angle, emitting brightness, thus further realized the simplification and the flexibility of assembling.
The above is merely preferred embodiment of the present invention, not in order to restriction the present invention, and all any modifications of within principle of the present invention, being done, being equal to replacement and improvement etc. all should comprise within protection scope of the present invention.

Claims (12)

1. self-cooling LED lamp pearl, it comprises a LED radiator, it is characterized in that: further comprise the led chip that is formed on it; And the electrode of drawing on this led chip, this led chip is through elargol, silica gel; Resin, tin, alloy material; Eutectic solder, the copper slurry, or the tin slurry is positioned on this radiator.
2. self-cooling LED lamp pearl as claimed in claim 1; It is characterized in that: this led chip is positioned on the plane of this radiator; Or in the groove that defines on its plane; Or on the convexity that defines on this plane, comprise a reflector layer in this groove, be used to reflect this led chip emitted light beams.
3. self-cooling LED lamp pearl as claimed in claim 1; It is characterized in that: this radiator comprises a solid central shaft; And upward formation is a plurality of to extraradial radiating fin, on wherein at least one radiating fin at least one metallic channel is set, and is used to guide the extraction electrode on this led chip.
4. self-cooling LED lamp pearl as claimed in claim 1 is characterized in that: on wherein at least one radiating fin a locating hole is set, this locating hole and screw, a reference column or a buckle structure cooperate this self-cooling LED lamp pearl of location on an illuminating module.
5. self-cooling LED lamp pearl as claimed in claim 1 is characterized in that: further comprise No. one lens or a secondary lens, be arranged at this led chip top; And through at least two pins on these lens or the secondary lens; Screw thread, bonding, or bayonet socket is positioned on this radiator.
6. as claimed in claim 5 from dispelling the heat L E D lamp pearl, it is characterized in that: further comprise a lens cap, this lens cap comprises a cover body and a cover cap; This cover body can be used for accommodating variant lens in wherein; This cover cap cooperates these lens of location with this cover body top, this cover body is through at least two pins on it, screw thread; Bonding, or bayonet socket is positioned on this radiator.
7. self-cooling LED lamp pearl as claimed in claim 1 is characterized in that: this led chip further comprises a LED substrate, and this LED substrate is positioned on this radiator.
8. self-cooling LED lamp pearl as claimed in claim 1 is characterized in that: this LED substrate is a copper, pottery or three kinds of bronze medal posts that the high material of thermal conductivity is processed of silver, a ceramics pole, a silver medal post; The silver-plated post of one bronze medal, a copper sheet, potsherd, or a silver strip; It is through elargol, silica gel, resin, tin; Alloy material, eutectic solder, the copper slurry, tin slurry or this led chip of threaded column location are on it.
9. like claim 5 or 6 described self-cooling LED lamp pearls, it is characterized in that: at least two the radiating fin of this radiator a screens hole is set respectively, the pin of these lens or lens cap inserts also and is positioned in this screens hole.
10. LED illuminating module, it comprises a shell, a loam cake; One power-supply controller of electric; A plurality of arbitrary claim described self-cooling LED lamp pearls of claim 1 to 8, this loam cake and this shell are defined a receiving space and are used to accommodate this power-supply controller of electric and these a plurality of self-cooling LED lamp pearls, cover on this a plurality of through holes are set; These a plurality of self-cooling LED lamp pearls pass this through hole respectively, and its radiator is positioned between this outer casing base and this loam cake.
11. LED illuminating module as claimed in claim 10 is characterized in that: this LE D lamp pearl of dispelling the heat certainly is through screw, and the locating hole that is provided with on reference column or buckle structure and its radiating fin cooperates locatees this each self-cooling LED lamp pearl and on this, cover.
12. LED illuminating module as claimed in claim 10; It is characterized in that: further comprise an aluminium base; This aluminium base is positioned this loam cake, and a plurality of through holes are set on it, and is corresponding with the through hole of this loam cake; This aluminium base periphery is provided with and corresponding solder joint and the circuit of self-cooling LED lamp pearl extraction electrode, and this circuit further is electrical connected with this power-supply controller of electric.
CN2012101500585A 2011-06-08 2012-05-04 Self-radiating LED (Light-Emitting Diode) lamp bead and luminous module thereof Pending CN102818140A (en)

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CN103759148A (en) * 2013-12-30 2014-04-30 深圳冠牌光电技术(大冶)有限公司 LED (light emitting diode) light source
CN104344256A (en) * 2013-08-09 2015-02-11 株式会社东芝 Lighting device
CN106402752A (en) * 2016-11-30 2017-02-15 湖州明日照明科技有限公司 Lamp bead fixing structure of underground lamp
CN106439636A (en) * 2016-11-30 2017-02-22 湖州明日照明科技有限公司 Auxiliary lamp bead surrounding structure of underground lamp
CN106580646A (en) * 2016-11-30 2017-04-26 上海思明堂生物科技股份有限公司 Optical wave traction visual training instrument with lens structure
CN111370551A (en) * 2018-12-25 2020-07-03 亿光电子(中国)有限公司 Light emitting device

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