CN102235649A - Radiator for super high power LED (light emitting diode) single light source - Google Patents

Radiator for super high power LED (light emitting diode) single light source Download PDF

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Publication number
CN102235649A
CN102235649A CN2010101527714A CN201010152771A CN102235649A CN 102235649 A CN102235649 A CN 102235649A CN 2010101527714 A CN2010101527714 A CN 2010101527714A CN 201010152771 A CN201010152771 A CN 201010152771A CN 102235649 A CN102235649 A CN 102235649A
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CN
China
Prior art keywords
radiator
heat
vacuum cavity
light source
led
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Pending
Application number
CN2010101527714A
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Chinese (zh)
Inventor
包绍林
包建敏
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包建敏
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Priority to CN2010101527714A priority Critical patent/CN102235649A/en
Publication of CN102235649A publication Critical patent/CN102235649A/en
Pending legal-status Critical Current

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Abstract

The invention provides a radiator for a super high power LED (light emitting diode) single light source illuminating light. In the radiator, a single-color or multi-color LED chip is used, the surface is sealed with silica through combination of serial connection and parallel connection, a metal substrate is used as a heat sink, and a condenser lens is added. The heat of a certain surface condensing point can be quickly conducted to the peripheral surface layer of a vacuum cavity at a conduction speed 100 times of that of pure copper by adding a proper amount of working liquid into the vacuum cavity, and the heat of the super high power LED single light source illuminating light can be quickly radiated by virtue of a plurality of heat-radiation fins on the peripheral surface layer of the vacuum cavity and the enough heat-radiating surface on the surface of the light, so that the aim of quick heat radiation can be achieved.

Description

The radiator of single light source of a kind of super-high-power LED
Technical field.
The present invention relates to the radiator of single light source of a kind of super-high-power LED, technical background
Light emitting diode, be called for short LED, it is little to have volume, energy consumption is low, high brightness, advantages such as low pressure operation, be widely used and all trades and professions field, adopt the LED semiconductor solid-state optical source to come replace incandescent and fluorescent lamp etc., become trend, but, LED is because of being subjected to the restriction of self-characteristic, the operating temperature height can cause the light sorrow to subtract seriously, influence service life, and the illuminating lamp of single super-high-power LED light source, more must have the better radiator of thermal diffusivity, the heat that is produced when promptly led chip being worked distributes, the radiator of existing single high-power combination LED illuminating lamp adopts usually several led chip connection in series-parallel combinations, dense arrangement light source together is fixed on the aluminium alloy plate again, and is by aluminium alloy plate natural heat dissipation, far relatively by led chip end-to-edge distance like this, because led chip is intensive more concentrated together, the heat that is gathered is difficult to quick derivation, and work can make the temperature of led chip surpass the interior temperature of its scope in service life for a long time, thereby has influenced the illuminating effect and the service life of led chip.
Summary of the invention
Problem to be solved by this invention is to overcome the above-mentioned defective of prior art, and the radiator of good single the light source of a kind of super-high-power LED of a kind of thermal diffusivity is provided.
The technical solution adopted in the present invention is
Aluminium alloy with perfect heat-dissipating is a raw material, through large-scale aluminium extrusion, by necessary requirement, be formulated to one and have vacuum cavity, the fin heat dissipation channel, the light fixture radiating surface is an one, and be provided with multi-faceted, the radiator of single the light source of a kind of super-high-power LED of diversified led light source pedestal row location, utilize and add an amount of working solution in the vacuum cavity, can conduct the principle of heat fast, heat on the described led light source pedestal row location of being set up on the vacuum cavity promptly is transmitted to the vacuum cavity surrounded surface has many fin, the radiating surface of heat dissipation channel and light fixture, the heat that is produced during the work of the heat sink upward led chip of pedestal promptly looses to derive led chip is remained in the safe and reliable heat rating, solves above many disadvantages.
The radiator of single light source of above-mentioned described a kind of super-high-power LED, wherein radiator is exactly a light fixture, add an amount of working solution in the vacuum cavity in the described radiator, the principle that can conduct heat fast is: a large amount of heat that produces was when led light source was worked on set position, when this end points is heated, this heat can be starting working about near 30 degree of the working solution fluid vaporization the body wall, the vapour pressure of heating end can raise and made steam move and produce steam flow toward the gas end that coagulates of the air pressure end of than this moment, steam borrows capillary force to be back to evaporation ends and to finish a circulation coagulating end cooling release heat and condensing into liquid.
Conduct heat by vacuum cavity, still do not alleviated the weight of light fixture self, the more important thing is promptly to shift the big calorimetric that an end points produces and be diffused on the whole vacuum cavity surface, its heat transfer rate will be 100 times of copper, 200 times of aluminium, like this can the heat on the led chip with the fastest VELOCITY DIFFUSION around the whole vacuum cavity on the outer surface, the radiator with this technology is made can reach very effective result to a kind of super-high-power LED light illumination lamp.
The radiator of single light illumination lamp of above-mentioned a kind of super-high-power LED, the described aluminium alloy extrusions of formulating by necessary requirement, it is a semicylinder, the baseplane pars intermedia is used for installing led light source, described circular arc type limit has become the radiating surface of light fixture, divide top split and following partly body in the semicolumn again, the centre of upper part body is provided with the round hole of the sheathed lamp stand head of an energy size, be used for installing and fixing entire radiator, be provided with the many fin that are connected with lower body around the circle hole, formed heat dissipation channel between fin and the fin.The radiator of single light illumination lamp of above-mentioned a kind of super-high-power LED wherein vacuum cavity is the important composition part of radiator, its height accounts for the sub-fraction of entire radiator height, length, width and radiator are basic identical, following part by radiator is formed, two connects sealing by aluminium sheet and forms a vacuum cavity, loads onto one and vacuumizes and inject working solution.The lower body part, just the vacuum cavity baseplane is provided with the exhaust position that can be hinged with several led light source pedestals of combination, is provided with many shorter fin around the led light source pedestal, helps the led chip heat radiation.
The outward appearance of described radiator can be determined design by demand attractive in appearance, and the big I of radiator press the watt level of led light source, decides by the calculation area of dissipation, can apply in a flexible way in a word, but not violate the spiritual scope of this area patent of the present invention.After adopting technique scheme, determined the heat radiation difficult problem that the heat of single light illumination lamp of a kind of super-high-power LED is concentrated, made led chip keep low-temperature condition to play conclusive effect service life prolonging LED.
Description of drawings
Fig. 1 is the radiator three-dimensional exploded view schematic diagram of single light source of a kind of super-high-power LED of the present invention.
Fig. 2 is the schematic diagram of the radiator assembling back outward appearance of single light source of a kind of super-high-power LED of the present invention.
The specific embodiment:
Below in conjunction with accompanying drawing patent of the present invention is further described, radiator with reference to single light source of a kind of super-high-power LED of figure one the present invention, comprise constant-current source 6 from top to bottom, lay the shell body 5 of constant-current source, shell body combined screw 506, shell body lid 505, constant-current source support 503, support fixed screw 504 housings and radiator screw 502, water proof ring 501, and electric wire perforation 404, in conjunction with figure one outer radiator body 4, two epicranial plates 401 of forming vacuum cavity are by several screws 402, robust sealed, form cavity 408, on one side cover plate 401, be provided with the bright mouth 409 that vacuumizes and inject vacuum work liquid, technical scheme through production technology, inject an amount of working solution earlier, vacuumize again and just can be formed with the working cycles body that a vacuum cavity 408 conducts heat fast like this, during work the heat of heat sink base combination light source 3 is transmitted on fin 407 and the radiating surface 405 fast, the convection current by heat dissipation channel 406 air can reach very fast heat radiation purpose.
Patent of the present invention is the radiator of single light source of a kind of super-high-power LED, can have the radiator of single LEDs power radiating effect of 30W-2000W.
Though the description of patent of the present invention combines certain embodiments, it should be understood by one skilled in the art that patent of the present invention is not limited to embodiment described here, and can carry out various modifications and variations and need not deviate from the spirit and scope of the present invention.

Claims (6)

1. the radiator of single light source of a super-high-power LED, its characteristics are that with the metallic aluminium alloy be material, customized by concrete radiator structure requirement designing mould, it is long to be processed into some rice by large-scale aluminium extrusion production equipment, the aluminium section bar of some centimetres wide and some centimetres high, again with this aluminium section bar on request Len req come disjunction, again by processing, make one and have vacuum cavity, fin, heat dissipation channel, enough radiating surfaces of light fixture are holistic radiator, utilize to add an amount of working solution in the vacuum cavity, can conduct heat fast, the heat of being assembled on a certain gathering of the body seat, vacuum cavity limit, promptly spread all over whole vacuum cavity outer surface, by the fin on the vacuum cavity outer surface, the radiating surface heat dissipation channel is transmitted to heat in the air again, makes LED light. and keep low-temperature condition to reach the long-life purpose of light source in the work of source.
2. the radiator of single light source of a super-high-power LED, its characteristics are that with the metallic aluminium alloy be material, customized by concrete radiator structure requirement designing mould, it is long to be processed into some rice by large-scale aluminium extrusion production equipment, the aluminium section bar of some centimetres wide and some centimetres high, again with this aluminium section bar on request Len req come disjunction, again by processing, make one and have vacuum cavity, fin, heat dissipation channel, enough radiating surfaces of light fixture are holistic radiator, utilize to add an amount of working solution in the vacuum cavity, can conduct heat fast, the heat of being assembled on a certain gathering of the body seat, vacuum cavity limit, promptly spread all over whole vacuum cavity outer surface, by the fin on the vacuum cavity outer surface, the radiating surface heat dissipation channel is transmitted to heat in the air again, makes to keep low-temperature condition to reach the long-life purpose of light source in the led light source work.
3. the size of described radiator integral can be by the required size of the power of led light source, by calculating to determine design
4. the outward appearance of described radiator (being light fixture) can be determined design by demand attractive in appearance.
5. the radiator of single light source of a kind of super-high-power LED as claimed in claim 1, it is characterized in that institute tells and be provided with a vacuum cavity in the radiator, its height accounts for the sub-fraction of entire radiator, length width and radiator length, width, basic identical, being provided with on the body of one side under vacuum cavity can be by the seat of dress led light source
But the seat flat shape that sets, also can the cone shape, polyhedron-shaped, isoceles triangle shape, shapes such as isosceles trapezoid, can set preparation by the requirement of luminous intensity distribution angle is required in a word, the heat sink combined light source of several pedestals, assembling combination is on the seat of required setting, add cover one collector lens, brought into play the illuminating lamp of single light source of a kind of super-high-power LED, optically focused concentrates luminous intensity distribution to be easy to advantage, has solved a heat radiation difficult problem of gathering heat.
6. the radiator of single light source of a kind of super-high-power LED as claimed in claim, it is characterized in that the fin on the described vacuum cavity, heat dissipation channel, the radiating surface of light fixture is the important component part of radiator, the heat that is produced when led light source is worked accumulates on the described seat that sets, the work of working solution in the vacuum cavity, the heat of this gathering is transmitted to the surrounded surface layer of vacuum cavity with the conduction of velocity of 200 times of fine aluminiums, then again by the many fin heat dissipation channels on the vacuum cavity surrounded surface layer, reaching the enough radiating surfaces in radiator (being light fixture) surface is the led light source heat radiation, reaches the purpose of quick heat radiating.
CN2010101527714A 2010-04-21 2010-04-21 Radiator for super high power LED (light emitting diode) single light source Pending CN102235649A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2010101527714A CN102235649A (en) 2010-04-21 2010-04-21 Radiator for super high power LED (light emitting diode) single light source

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2010101527714A CN102235649A (en) 2010-04-21 2010-04-21 Radiator for super high power LED (light emitting diode) single light source

Publications (1)

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CN102235649A true CN102235649A (en) 2011-11-09

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106940004A (en) * 2017-03-07 2017-07-11 东莞市若迪自动化科技有限公司 A kind of high-heat conductivity and large-power integrated LED lamp bar with temperature incubation function
CN111609327A (en) * 2019-02-26 2020-09-01 成都圣路电器有限公司 Semi-cylindrical LED lamp and LED lamp with adjustable illumination angle formed by semi-cylindrical LED lamp

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106940004A (en) * 2017-03-07 2017-07-11 东莞市若迪自动化科技有限公司 A kind of high-heat conductivity and large-power integrated LED lamp bar with temperature incubation function
CN111609327A (en) * 2019-02-26 2020-09-01 成都圣路电器有限公司 Semi-cylindrical LED lamp and LED lamp with adjustable illumination angle formed by semi-cylindrical LED lamp

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Application publication date: 20111109