CN103775881A - Quickly-installed glass heat pipe LED lamp - Google Patents
Quickly-installed glass heat pipe LED lamp Download PDFInfo
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- CN103775881A CN103775881A CN201410042623.5A CN201410042623A CN103775881A CN 103775881 A CN103775881 A CN 103775881A CN 201410042623 A CN201410042623 A CN 201410042623A CN 103775881 A CN103775881 A CN 103775881A
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- Arrangement Of Elements, Cooling, Sealing, Or The Like Of Lighting Devices (AREA)
- Non-Portable Lighting Devices Or Systems Thereof (AREA)
Abstract
The invention relates to a quickly-installed glass heat pipe LED (Light-Emitting Diode) lamp which comprises glass heat pipes, LEDs, a driving power supply, an interface electrically connected with the outside and a control system. The surfaces of the hot ends of the glass heat pipes are in fit with the surfaces of the LEDs and the LEDs are in heat transfer connection with the hot ends of the glass heat pipes. The quickly-installed glass heat pipe LED lamp is characterized in that LED circuit boards are arranged on the outer sides of the hot ends of the glass heat pipes; the driving power supply comprises a driving power supply main body and a driving power supply base; the driving power supply main body is provided with a contact piece; the driving power supply base is provided with cable clamping grooves; quick-connection cables which are provided with cable clamping ends and are connected in series/in parallel with elastic parts are adopted; the cable clamping ends are in clamped connection with the cable clamping grooves; connection between the LED circuit boards and the quick-connection cables comprises welding connection or quick connection. The quickly-installed glass heat pipe LED lamp disclosed by the invention adopts the quick-connection cables to form a disassembling structure, is convenient in replacing the glass heat pipes which are of different shapes, such as imitated animal and plant shapes, increases entertainment fun and is convenient for overhauling and product upgradation.
Description
Technical field
The present invention relates to fast-assembling glass heat pipe LED light fixture.LED is that the English of lasing fluorescence diode is called for short, and can be regarded as the generally acknowledged technical term of the art.
Background technology
Adopt the LED light fixture of gravity assisted heat pipe, its general configuration should be that the hot junction heat transfer below heat pipe connects several LED.The Main Function that heat pipe here rises should be to realize heat flow density conversion and heat radiation.Relevant heat flow density is transformed to roughly and is transformed to approximately 0.06 watt/square centimeter from approximately 0.5 watt/square centimeter.
Investigate existing LED light fixture, all get 1 centimetre of 2(0.5*0.7*2+0.1.25*(7+5+7+5 by surface conductive entered environment, LED all surfaces are long-pending for one of them long * is wide for the LED of 5*7 millimeter, 0.6 watt of general power, light efficiency 21% and the energy except luminous)), its heat flow density of loading of dispelling the heat is 0.6*(1-0.21) 474 watts/centimetre 2 of/1=0..If do not adopt radiator, the surface temperature of LED can exceed 100 ℃.
Again, be the LED with radiator of 10 watts for a heat radiation load, in the flat cubic centimetre of area of dissipation 200 of its spreader surface, its heat radiation power density is 0. 05 watts/centimetre 2.Reference in contrast: the expose to the sun peak strength of penetrating of sunshine is about 1 Qian Wa/㎡ and closes 0.1 watt/centimetre 2.25 watts of incandescent light bulb that surface area is 170 centimetre 2, because glass cell-shell stops and absorption ultrared, obviously rise the temperature on glass cell-shell surface.Here, get 10 watts of heat radiation powers by glass cell-shell, its heat radiation power density of conducting by glass cell-shell is 0.0588 watt/centimetre 2 of 10/170 ≈.
The computing formula of object heat radiation power and heat-delivery surface temperature rise is:
Q=K*ΔT*S…………
In formula 1, Q is heat radiation power, and dimension is watt; K is the heat transfer coefficient from glass heat pipe cold end surface to air, and dimension is watt/(℃ * ㎡); Δ T is the intensification that air is heated, dimension be K or ℃; S is the area of the glass heat pipe cold junction that contacts with air, and dimension is square metre.
By Q=10, K=23 watt/(℃ * ㎡), S=0.02 ㎡ substitution; 21.74 ℃ of the temperature rise Δ T ≈ of described heat dissipation model.In the time of S=0.017 ㎡, obtain 25.58 ℃ of temperature rise Δ T ≈.Here all heat radiation load all with almost average temperature by with air heat-exchange entered environment.In fact, the numerical value of Coefficient K also comprises that with surface state clean conditions is relevant with emissivity.
For LED light fixture, its heat radiation approach from LED to air is more than incandescent lamp complexity.The temperature rise value of 30 ℃ of relative LED lamp radiator surface environment temperatures is got to 21.74 ℃, and the temperature of getting Heat Conduction Material between LED and heat pipe hot junction fall 2 ℃, the temperature of heat pipe hot junction tube wall fall 2 ℃, fall from heat pipe hot junction to the temperature of cold junction two phase flow heat transfer ignore, the temperature of heat pipe cold junction tube wall falls 1 ℃, the surface temperature of known described LED will reach 30+21.74+1+2+2=56.74 ℃.In view of the surface temperature of LED changes with environment temperature and itself heat flow density.When the peak of set environment temperature is that 30 ℃, heat transfer coefficient are set as 23 and the maximum temperature of LED while being 64 ℃, the glass heat pipe cold junction area that every watt of heat radiation power needs is at least 15 square centimeters; Corresponding heat flow density is 0.0667 watt/centimetre 2.Under this operating mode, the LED10 light decay of ten thousand hours is expected lower than 20%; And existing minority LED light fixture inferior only one summer light decay will reach more than 50%.
Chinese patent 2008200495178 discloses a kind of high power hot pipe LED illuminating apparatus, include LED, pedestal, heat pipe, and be provided with heat abstractor, one side of pedestal is provided with one or more than one LED, and one end of heat pipe is that hot junction is connected with described pedestal, the other end is that cold junction is connected with described heat abstractor.Directly welding or fill heat-conducting silicone grease and without heat transfer medium in the middle of other, thermal resistance is relatively little between heat pipe and pedestal, heat transfer efficiency is high.Have simple in structure, good heat dissipation effect, the feature of reliable operation.But it adopts pedestal heat transfer connection LED that electric insulation layer need to be set and realizes electrical isolation; Its metal heat pipe cold junction configuration radiating fin plate as with the heat exchange interface of air, owing to also having temperature to fall between heat pipe cold junction and radiating fin plate, and the surface temperature of radiating fin plate is inhomogeneous, thereby has increased dispel the heat link and the heat exchange thermal resistance with air; Fin produces cost and is not easy to clean; Between metal heat pipe hot junction and LED, needing withstand voltage higher insulating barrier, itself there is thermal resistance in insulating barrier.LED surface is because of large, the same thermal resistance of heat flow density, and temperature is fallen can be many greatly.Because LED is to responsive to temperature, temperature exceedes 65 ℃ of LED can very fast decline.Therefore, cut down heat transfer link and the thermal resistance of the link that reduces to conduct heat just significant.
Summary of the invention
The object of the invention is to provide fast-assembling glass heat pipe LED light fixture.
The present invention realizes the technical scheme of its object: manufacture a fast-assembling glass heat pipe LED light fixture, comprise glass heat pipe, LED, driving power, with extraneous electrical connection interface and control system.Between glass heat pipe and LED, contain or do not contain heat transfer substrate.Glass heat pipe comprises glass shell, blast pipe, working medium and liquid-sucking core net.Glass shell comprises high-transparent glass shell and stained glass shell.Glass heat pipe cold junction with or without pleated.Glass heat pipe cold junction adopts or does not adopt fin.Comprise two core electric wires or bulb screw mouth connector with extraneous electrical connection interface.When described LED color or colour temperature are while being constant, the multiple LED that form described color or colour temperature comprise that three-primary color LED can only realize with one group of two wire and extraneous electrical connection with extraneous; When described LED color or colour temperature are while being adjustable, the multiple LED that form described color or colour temperature comprise that three-primary color LED adopts respectively one group of two wire to realize and extraneous electrical connection with extraneous separately.Glass heat pipe shell each several part is seamless to be melted to be sealed and connects as one; The hot end surface of glass heat pipe matches with the surface of LED and LED conducts heat and is connected with glass heat pipe hot junction, and described LED surface comprises light-emitting area and other surfaces; Or glass heat pipe contains built-in LED, described built-in LED surface, pin and light-emitting area thereof are with watertight composition or transparent watertight layer; Described built-in LED immerses working medium; The pin of described built-in LED is drawn by the electrode deriving structure of similar bulb.LED circuit plate is contained in outside, glass heat pipe hot junction.The outer surface in the inner surface of LED circuit plate and glass heat pipe hot junction matches.LED circuit plate comprises insulated substrate and is made in conducting wire, LED linkage interface, circuit board enhancement Layer and the mesh on insulated substrate.LED linkage interface comprises soldering interface.LED linkage interface is used for connecting LED; Between LED linkage interface and glass heat pipe, adopt Design on thermal insulation.Enhancement Layer comprises the stephanoporate steel plate or the elasticity web plate that are embedded in insulated substrate inside.Adopt enhancement Layer can significantly strengthen rigidity and the stability of LED circuit plate.Suitable mesh can reduce for being enclosed with of glass heat pipe and is beneficial to heat radiation.Between LED circuit plate and driving power, realize both connections by several wire cable, described both connection comprises that mechanical connection, electrical connection and the binding to glass heat pipe are simultaneously connected.Described both connection comprises by the cable linkage interface of LED circuit plate or driving power periphery and realizing; Cable linkage interface comprises that cable is wound around stub.Conventionally, cable is fixed on glass heat pipe by binding material bonding, and cable can also adopt fillet metal forming to reduce the projection on relative glass heat pipe surface sometimes.Or, the structure that makes described driving power adopt driving power main body to be connected with a driving power base.Driving power main body configuration contact chip, driving power base configuration cable buckling groove.After driving power main body and driving power base are connected, described contact chip and described cable buckling groove are realized electrical connection.And adopt with cable joint end and serial connection/and be connected to the fast wiring cable of elastic component.Described serial connection refers to that described elastic component is connected in series with cable and described elastic component flows through the electric current identical with described cable; Described and connect that the two ends that refer to described elastic component are connected with the cable of a segment length affluence and not current flowing or flow through less electric current of described connector.Fast wiring cable has sufficiently high tensile strength; Elastic component comprises one section of spring.Make described cable joint end be connected with the clamping of described cable buckling groove.Comprise being connected between LED circuit plate and fast wiring cable and being welded to connect or fast-assembling connects.Fast-assembling connects and comprises that above-mentioned clamping connects.
Can also make LED circuit plate contain some LED hole, the edge in LED hole contains two places above and LED linkage interface; LED is arranged in described LED hole and with Heat Conduction Material and comprises that elastic conducting hotting mask conducts heat and is connected with glass heat pipe hot junction with transparent heat conduction binding material.
Can also make the LED linkage interface on LED circuit plate is stainless sheet steel on a wiring board being arranged on wiring board; The stainless sheet steel stitch welding plain film with corrugated changeover portion is contained respectively at LED two ends; Two stainless sheet steels are the position that is welded to connect that on wiring board, stainless sheet steel and stitch welding plain film are superimposed with each other and contain laser stitch welding.
Can also make LED circuit plate comprise flexible PCB.
And order and glass heat pipe hot junction pass hot linked LED surface and contain shape and the identical elastic conducting hotting mask of glass heat pipe hot end surface; Glass heat pipe contains the linkage interface with LED circuit plate and driving power or driving power base, and linkage interface comprises the interface that is threaded with LED circuit plate and driving power or driving power base; Linkage interface also comprises that the positioning step of more than one outwardly convex and LED circuit plate and driving power or driving power susceptor surface contain respectively the linkage interface matching with described positioning step surface; Or,
Adopt some and glass heat pipe cold junction to pass hot linked laminating fin or laminating groups of fins; Order passes hot linked LED surface with glass heat pipe hot junction, and described laminating fin or laminating groups of fins and surface, glass heat pipe contact position are contained heat-conducting glue or contained shape and elastic conducting hotting mask that glass heat pipe hot end surface is identical; Glass heat pipe contains the linkage interface with LED circuit plate and driving power or driving power base, and linkage interface comprises the interface that is threaded with LED circuit plate and driving power or driving power base; Linkage interface also comprises that the positioning step of more than one outwardly convex and LED circuit plate and driving power or driving power susceptor surface contain respectively the linkage interface matching with described positioning step surface.
Can also make LED wiring board contain one end band hitch and not be connected in series the fast wiring cable of elastic component; Driving power base contains a carbine with retractility; Described fast wiring cable and described carbine socket realization and electric and mechanical connection between the two; Or LED wiring board contains one end band hitch and is not connected in series the fast wiring cable of elastic component; Driving power base contains a diving board hook with flexibility; Described fast wiring cable and described diving board rhampotheca connect the electric and mechanical connection of realizing with between the two.
Can also make LED two ends respectively contain a glass heat pipe shell jump ring part, jump ring part comprises two reeds, and the free end of each reed respectively contains more than one contact pin.Jump ring part conducts heat and is connected with glass heat pipe hot junction; Contact pin can insert a Plug pin patch bay and realize electrical connection between the two.
Fast-assembling glass heat pipe LED light fixture of the present invention can also comprise an even mating plate; An even mating plate magnetic linkage interface is respectively contained in the hot junction of glass heat pipe or hot junction boundary and even mating plate inner side; The material of described magnetic linkage interface comprises: paramagnetic material+permanent-magnet material or permanent-magnet material+permanent-magnet material; Described two even mating plate magnetic linkage interface magnetic connect.
Can also adopt an above glass heat pipe, comprise the glass heat pipe with more than one cold junction, the U-shaped tubular glass heat pipe with two cold junctions, comprise two main cold junctions of U-shaped tubulose and the many cold-end glass heat pipe at main cold junction Shang Pangjie branch cold junction with main cold junction; Described each cold junction comprise pull out straight upwards, helical buckling upwards with serpentine bend cold junction upwards; All LED are arranged in each glass heat pipe hot junction according to heat radiation load sharing.
Can also make glass heat pipe cold junction not contain special fin; Or glass heat pipe cold junction has bigger serface surface and comprises pleated.
Can also make described control system comprise that three driving power controllers of governor circuit, memory, man-machine interface and interface circuit thereof, three-primary color LED and interface circuit, optical signal reception and transmitter module and interface circuit thereof, camera head microphone are subject to sound device and interface circuit and software thereof to comprise application program.Three driving power controller interface circuits of described governor circuit, memory, user-machine interface circuit, three-primary color LED, optical signal receive and be connected by bus signals by sound device interface circuit with transmitter module interface circuit and camera head microphone; Described man-machine interface comprises a touch device, and described touch device comprises the touch-screen with various background colors.
Beneficial effect of the present invention: its glass heat pipe hot junction insulation of fast-assembling glass heat pipe LED light fixture of the present invention can directly be conducted heat and be connected with LED, in the situation that directly dispelling the heat with glass heat pipe cold junction, the shortest heat transfer glue or elastic conducting hotting mask and the glass heat pipe only comprising between LED and glass heat pipe of its heat transfer path from LED to environment.Actual effect is: on average reduce under 50 to 70% prerequisites at heat-pipe radiator or even radiator cost, the service life of light decay 20% extending to more than 7 years for average 2 to 3 years from existing heat-pipe radiator or cast aluminium radiator product.The non-ferrous metal that cast aluminium radiator relates to is cast into major source of pollutant; And the processing of glass heat pipe can only relate to fuel gas fire head, its carrying capacity of environment is insignificant.And because carbon emission in long 3 times of service life of glass heat pipe LED light fixture, glass heat pipe radiator production process is few, environmental benefit is obvious.The glass heat pipe cold junction with bigger serface is included in glass heat pipe cold junction and makes and pleatedly can increase considerably temperature and the cost that area of dissipation further reduces LED and increase few.It is good that glass properties is stablized the extremely strong air-tightness of weatherability, and significantly improve service life compared with metal heat pipe.Adopting high-transparent glass to manufacture heat pipe can bring or keep some brand-new visual experiences to comprise the light efficiency obtaining as crystal pendant lamp.Adopting high-transparent glass to manufacture heat pipe can post the light-emitting area of LED make towards heat pipe hot junction light to see through the situation that thermotube wall illumination is applicable to shot-light, can also bring into play researching and developing can lighting at two sides the advantage of LED to realize 360 degree wholecircle round angles luminous and light efficiency is significantly improved, can also make in the light that LED sends through the diffused light part of several times reflection and transmission and upwards outwards illuminate and overcome the limitation that LED light fixture can not 360 degree illuminations by glass heat pipe tube wall, can also utilize the tube wall of glass heat pipe to play the effect of even mating plate, thereby obtain the experience of selectable additional light efficiency at wide open face heat pipe cold end surfaces making organic LED or transparent organic LED with acquisition.
Fast-assembling glass heat pipe LED light fixture of the present invention does not adopt fin only to rely on glass heat pipe cold junction heat radiation and adopts compared with the heat pipe LED light fixture of fin has advantages of surperficial easy cleaning.In glass heat pipe tube wall Tu photocatalyst of titanium dioxide coating processed, the organic matter dirt that can utilize the light last decomposition of light fixture to contact with described coating of titanium dioxide, plays the effect of automated cleaning; Especially adopt high-transparent glass to manufacture heat pipe, all surfaces that can make light arrive more light fixture through reflection and transmission carries out automated cleaning.
Glass heat pipe is light, corrosion-resistant, good with working medium compatibility, tube wall venting more than 90% for the consistent or harmless water vapour of working fluids characteristic, can once be blow molded into net shape and comprise the pleated of formation cold end surface.
Glass heat pipe LED light fixture adopts fast wiring cable to form dismountable type structure and is convenient for changing the glass heat pipe that different shaping comprises the moulding of imitation animals and plants, increases amusement temperament and interest.High-transparent glass inside heat pipe utilizes the mobile of steam or some new contents is set and can obtain some brand-new experience.
LED circuit plate is connected with the heat transfer of glass heat pipe and LED and extraneous electrical connection provide an integrated platform for LED.
LED hole is set on LED circuit plate and makes LED directly to conduct heat and to be connected with glass heat pipe, contribute to realize heat transfer resistance and minimize.Adopt laser weld LED firm welding, can realize at normal temperatures, welding process is little to the thermal shock of glass heat pipe tube wall.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention is further described.
Fig. 1 is a glass heat pipe LED fitting structure schematic diagram that adopts single glass heat pipe.
Fig. 2 is the LED circuit plate structure schematic diagram of a glass heat pipe LED light fixture, is the front of Fig. 1 LED circuit plate is described.
Fig. 3 is a glass heat pipe structural representation with round table-like cold junction, is the special description to Fig. 1 glass heat pipe.
Fig. 4 is the structural representation of facing that a glass heat pipe LED light fixture adopts laser stitch welding LED stitch welding plain film.
Fig. 5 is the upper TV structure schematic diagram that a glass heat pipe LED light fixture adopts laser stitch welding LED stitch welding plain film.
Fig. 6 be a glass heat pipe with the glass heat pipe LED fitting structure schematic diagram of driving power base and LED circuit plate linkage interface.
Fig. 7 is the special description to glass heat pipe in Fig. 6.
Fig. 8 is a structural representation that fast wiring cable is connected with carbine.
Fig. 9 is a structural representation that fast wiring cable is connected with diving board hook.
Figure 10 is that jump ring part and the glass heat pipe plug-in of a LED conducts heat and be connected and face structural representation with Plug pin patch bay is electrically connected.
Figure 11 is jump ring part and the glass heat pipe plug-in of the LED side-looking structural representation that is connected and is electrically connected with Plug pin patch bay that conducts heat.
Figure 12 is total line frame graph of a glass heat pipe LED lamp control system.
1. glass heat pipes in figure; 2.LED; 3. driving power base; 4. driving power main body; 5. with extraneous electrical connection interface; 6. even mating plate; 7. blast pipe; 8. turbine; 9. jump ring; 10. load; 11.LED circuit board; 12. conducting wires; 13. control systems; 14. cable buckling grooves; 15.LED linkage interface; 16. cable joint ends; 17. elastic components; 18. fast wiring cables; 19.LED hole; 20. contact chips; 21. magnetic couplings; 22. conductive bonding materials; 23. corrugated changeover portions; 24. stitch welding plain films; 25. man-machine interfaces; 26,27. positioning steps; 28,29. interfaces that are connected; 30. laminating fin; 31. steel wire hairsprings; 32. carbines; 33. diving board hooks; 34. jump ring parts; 35. contact pins; 36. Plug pin patch bay; 61. governor circuits; 62. memories; 63. user-machine interface circuit; Three driving power controller interface circuits of 64. three-primary color LEDs; 65. optical signals receive and transmitter module interface circuit; 66. camera head microphones are subject to sound device interface circuit; 67. buses.
The specific embodiment
Fig. 1 to 3 provides first embodiment of the invention jointly.
In Fig. 1 to 3, glass heat pipe LED light fixture comprise glass heat pipe 1, LED2, driving power base 3, driving power main body 4, with extraneous electrical connection interface 5, even mating plate 6 and control system 13.Glass heat pipe 1 comprises glass shell, blast pipe 7 and working medium; Control system 13 comprises man-machine interface 25; Between man-machine interface 25 and control system governor circuit, can make wired or wireless signal is connected.
Can also liquid-sucking core net be set in glass heat pipe 1 inside as required.Between the interior hot junction of glass heat pipe 1 and cold junction, be provided with a turbine 8, turbine 8 use revolute pair mechanism constraints, are connected with glass heat pipe 1 inwall by jump ring 9.When heat pipe work, the steam pressure difference of hot junction and cold junction drives turbine 8 and is with dynamic load 10 to rotate by turbine 8.Turbine 8 and load 9 can adopt the material of commercially available expendable transparent plastic cup to make.Turbine 8 requires the conversion efficiency of pressure-rotation high; Load 10 wants cube moment of torsion large and absorption turbine 8 as far as possible little excessively slow with unlikely rotating speed.Load 10 is generally got rotary body shape.Load 10 or turbine 8 are with colour image recreational to increase.Sometimes also can omit load 10.Working medium comprises water and ethanol.As frozen in fruit product use occasion and storage and transport process, can select ethanol as working medium.Adopt bulb screw mouth and the electric wire that can use screw lamp holder with extraneous electrical connection interface 5.Glass heat pipe 1 shell each several part is seamless to be melted to be sealed and connects as one.The hot end surface of glass heat pipe 1 and the surface of LED2 match.Glass heat pipe 1 cold junction is without pleated and do not adopt fin.LED2 conducts heat and is connected with glass heat pipe 1 hot junction.In Fig. 1 to 3, arrow inwards represents heat pipe hot junction side by side, and heat pipe hot junction absorbs heat energy; Outside arrow represents heat pipe cold junction side by side, heat pipe cold junction releasing heat energy.
LED circuit plate 11 is contained in glass heat pipe 1 outside, hot junction.LED circuit plate 11 comprises insulated substrate and is made in conducting wire 12, cable buckling groove 14, LED linkage interface 15 and the enhancement Layer on insulated substrate.Enhancement Layer adopts stephanoporate steel plate to be embedded in insulated substrate inside.Stephanoporate steel plate enhancement Layer is lightweight, intensity is guaranteed, its hollow sectors does not affect conductor and passes through LED circuit plate 11.At least two above conducting wire 12, places are not directly electrical connection each other.The outer surface in the inner surface of LED circuit plate 11 and glass heat pipe 1 hot junction matches.The periphery of LED circuit plate 11 and driving power base 3 contains many places cable buckling groove 14.The fast wiring cable 18 of some two ends band cable joint ends 16 and middle serial connection elastic component 17, by 16 clampings of its cable joint end connect cable buckling groove 14 on LED circuit plates 11 and driving power base 3 realize electrical connection between LED circuit plate 11 and driving power base 3 and, LED circuit plate 11, driving power base 3 and glass heat pipe 1 three's mechanical connection.LED linkage interface 15 for and LED2 between electrical connection comprise and being welded to connect.Fast wiring cable 18 can comprise that transparent sticky paper bonding is fixed on glass heat pipe 1 with binding material.
Driving power main body 4 is connected with driving power base 3 and comprises and being threaded.After driving power main body 4 is connected with driving power base 3, driving power main body 4 is electrically connected by contact chip 20 and the cable buckling groove 14 on driving power base 3; Light LED2 thereby connect.
Even mating plate 6 is by being arranged at permanent magnetism magnetic coupling 21 on even mating plate 6 and being arranged at the mutual magnetic of permanent magnetism magnetic coupling 21 on glass heat pipe 1 and realizing and being connected of glass heat pipe 1.Described setting comprises the pre-buried of moulding and bonding.
Fig. 4 and Fig. 5 provide second embodiment of the invention jointly.
In Fig. 4 and Fig. 5, post a LED circuit plate 11 in glass heat pipe 1 hot junction.On LED circuit plate 11, be provided with conducting wire 12 and cable buckling groove 14,14 clampings of cable buckling groove connect the cable joint end 16 of fast wiring cable 18.On LED circuit plate 11, be also provided with LED hole 19 for settling LED2.
Be made in stainless sheet steel on the wiring board that LED linkage interface 15 on LED circuit plate 11 adopts 0.4 millimeter of thickness.Between LED linkage interface 15 and glass heat pipe 1, adopt Design on thermal insulation to alleviate thermal shock and the heat transfer to glass heat pipe 1.On the contact-making surface of LED2 and glass heat pipe 1, Tu is shaped with heat conduction binding material 22.LED2 two ends are stacked up and down by stainless sheet steel on the stitch welding plain film 24 with corrugated changeover portion 23 and LED linkage interface 15 wiring boards respectively.The corrosion resistant plate that is stacked that two thickness is 0.4 millimeter adopts laser to carry out stitch welding.On stitch welding plain film 24 and linkage interface 15 wiring boards, the gauge of stainless sheet steel can regulate.On LED linkage interface 15 wiring boards, stainless sheet steel will experience laser weld, and therefore the embedding enhancement Layer of LED circuit plate 11 of its below should retain steel plate.
Adopt 3 stitch welding on the stitch welding plain film 24 of describing in multiple spot stitch welding such as Fig. 5 can increase the reliability being welded to connect.Employing can slow down negative effect that the harmful stress that may exist between LED2 and LED circuit plate 11 produces, can slow down unfavorable mechanicals efforts, thermal shock and heat transfer to glass heat pipe 1 with the stitch welding plain film 24 of corrugated changeover portion 23.
Fig. 6 and Fig. 7 provide third embodiment of the invention.
In Fig. 6 and 7, glass heat pipe LED light fixture comprise glass heat pipe 1, LED2, driving power base 3, driving power main body 4 and with extraneous electrical connection interface 5.LED circuit plate 11 is contained in glass heat pipe 1 outside, hot junction.Be installed on the surface that the LED2 on LED circuit plate 11 contacts with glass heat pipe 1 and contain elastic conducting hotting mask.The object that elastic conducting hotting mask is set is in order still to keep heat-transfer behavior good between glass heat pipe 1 and LED after repeatedly changing glass heat pipe 1.The positioning step 26 and 27 that glass heat pipe 1 contains more than one outwardly convex at the position contacting with LED circuit plate 11 with driving power base 3 is as linkage interface.The shape of positioning step 26 and 27 can be circular or other shapes.Driving power base 3 and LED circuit plate 11 contain respectively the interface 28,29 that is connected with glass heat pipe 1 positioning step 26 and 27.Positioning step 26 and 27 and the interface 28,29 that is connected can also be deformed into the interface that is threaded cooperatively interacting.The periphery of driving power base 3 adopts many places cable buckling groove 14.Some be electrically connected with LED circuit plate 11, with cable joint end 16 and be connected in series the fast wiring cable 18 of elastic component 17, connect the cable buckling groove 14 on driving power bases 3 by 16 clampings of its cable joint end, realize the electrical connection between driving power base 3, LED circuit plate 11 and glass heat pipe 1 three's connection and driving power base 3 and LED circuit plate.
Adopt the cable clamping of Fig. 6 and Fig. 7 embodiment to connect soon mode, can facilitate the free-hand replacing glass heat pipe 1 of junior school student.The structure that adopts driving power base 3 to be connected with driving power main body 4 also can be used for the upgrading of LED light fixture, just can realize the software and hardware upgrade to LED light fixture as long as change driving power main body 4.Can higher LED, LED circuit plate and the glass heat pipe of reserve value when the upgrading of LED light fixture.
In Fig. 6 and Fig. 7 embodiment, can also stick on laminating fin 30 or laminating groups of fins and bind round and fixed with steel wire hairspring 31 at the cold junction outer surface of glass heat pipe 1.Laminating fin 30 contains heat-conducting glue or is provided with elastic conducting hotting mask with the contact position of glass heat pipe 1.
Fig. 8 provides four embodiment of the invention.
In Fig. 8, when the fast wiring cable 18 of one end band hitch is connected with driving power footing foundation at one and the carbine 32 with retractility is left behind, cover is buckled in the electric and mechanical connection of realizing on carbine 32 with carbine 32.Here, fast wiring cable 18 omits the elastic component 17 using in embodiment 3.
Fig. 9 provides fifth embodiment of the invention.
In Fig. 9, when the fast wiring cable 18 of one end band hitch is connected with driving power footing foundation at one and the diving board hook 33 with retractility is left behind, cover is buckled in the electric and mechanical connection of realizing on diving board hook 33 with diving board hook 33.Here, fast wiring cable 18 omits the elastic component 17 using in embodiment 3.
Fig. 8 and Fig. 9 embodiment facilitate fast-assembling, maintenance, upgrading and the pattern variation of heat pipe LED light fixture of the present invention.
Figure 10 and Figure 11 provide sixth embodiment of the invention jointly.
In Figure 10 and Figure 11, a glass heat pipe shell jump ring part 34 is respectively contained at LED2 two ends, and jump ring part 34 contains two reeds, and the free end of each reed respectively contains contact pin 35.Jump ring part 34 conducts heat and is connected with glass heat pipe 1 hot junction.For improving heat transfer efficiency, the upper surface contacting with glass heat pipe of LED2 can be guided hot adhesion material or elastic conducting hotting mask is set by Tu.Contact pin 35 can insert the electrical connection of 36 realizations of a Plug pin patch bay coordinating with it and Plug pin patch bay 36.
The advantage of jump ring part 34 comprises simplification or has omitted LED circuit plate.Figure 10 and Figure 11 embodiment are also applicable to the LED light fixture of strip, the LED2 needing only at a long glass heat pipe hot junction equal strap jump ring part 34 in this case.
Figure 12 provides seventh embodiment of the invention.
In Figure 12, glass heat pipe LED lamp control system comprises that three driving power controllers of governor circuit 61, memory 62, man-machine interface and interface circuit 63 thereof, three-primary color LED and interface circuit 64, optical signal reception and transmitter module and interface circuit 65 thereof, camera head microphone are subject to sound device and interface circuit 66 and software thereof to comprise application program.Three driving power controller interface circuits 64 of described governor circuit 61, memory 62, user-machine interface circuit 63, three-primary color LED, optical signal receive and be connected by bus 67 signals by sound device interface circuit 66 with transmitter module interface circuit 65 and camera head microphone.The man-machine interface of Figure 12 embodiment comprises a touch device.Described touch device comprises the touch-screen with various background colors.
Can comprise that the variation that application program makes the state of described LED light fixture touch touch-screen position according to user changes by software, such as user touches the redness on touch-screen, LED just sends red light.
Can comprise that the variation that application program makes the state of described LED light fixture touch touch-screen position according to user changes by software, for example user touches the acoustic control position on touch-screen, the light that LED sends intensity variation by it inquiry of replying or directly sound: " be very glad and accept owner's instruction." then user send and " please dance No. 14." sound, the microphone of LED light fixture sends " dances No. 14." sound.User says again: " start." LED light fixture sends light and the music of color change according to setting.
Can comprise that application program makes described LED light fixture take and the image of shooting with video-corder is sent in hidden receiving-member by optical signal carrier firm automatically the turning on light of user in the time entering by software, and automatically and the person of entering engage in the dialogue: " hello." user arranges and promise according to a preconcerted arrangement.LED light fixture is by comparing to judge it is that owner enters owner and serves program with the content of prior storage, if can turn off light daytime; Can also report and remind such as take medicine to water flowers to owner and meet child and make a phone call to household.If judge that the person of entering may be uninvited guest, enter uninvited guest's program of serving and comprise direct warning and sound the alarm.
Claims (10)
1. fast-assembling glass heat pipe LED light fixture, comprise glass heat pipe, LED, driving power, with extraneous electrical connection interface and control system, glass heat pipe comprises glass shell, blast pipe, working medium and liquid-sucking core net; Glass heat pipe cold junction is shaped with or is not shaped with pleated; Comprise two core electric wires or bulb screw mouth connector with extraneous electrical connection interface; When described LED color or colour temperature are while being constant, the multiple LED that form described color or colour temperature comprise that three-primary color LED can only realize with one group of two wire and extraneous electrical connection with extraneous; When described LED color or colour temperature are while being adjustable, the multiple LED that form described color or colour temperature comprise that three-primary color LED adopts respectively one group of two wire to realize and extraneous electrical connection with extraneous separately, it it is characterized in that the hot end surface of glass heat pipe, and the surface of LED matches and LED conducts heat and is connected with glass heat pipe hot junction, and described LED surface comprises light-emitting area and other surfaces; Or glass heat pipe contains built-in LED, described built-in LED surface, pin and light-emitting area thereof are with watertight composition or transparent watertight layer; Described built-in LED immerses working medium; The pin of described built-in LED is drawn by the electrode deriving structure of similar bulb; LED circuit plate is contained in outside, glass heat pipe hot junction; LED circuit plate comprises insulated substrate and is made in conducting wire, LED linkage interface, circuit board enhancement Layer and the mesh on insulated substrate; LED linkage interface comprises soldering interface; Enhancement Layer comprises the stephanoporate steel plate or the elasticity web plate that are embedded in insulated substrate inside; Between LED circuit plate and driving power, realize both connections by several wire cable, described both connection comprises that mechanical connection, electrical connection and the binding to glass heat pipe are simultaneously connected; Described both connection comprises by the cable linkage interface of LED circuit plate or driving power periphery and realizing; Cable linkage interface comprises that cable is wound around stub; Or, the structure that makes described driving power adopt driving power main body to be connected with a driving power base; Driving power main body configuration contact chip, driving power base configuration cable buckling groove, after driving power main body and driving power base are connected, described contact chip and described cable buckling groove are realized electrical connection; And adopt with cable joint end and serial connection/and be connected to the fast wiring cable of elastic component; Fast wiring cable has sufficiently high tensile strength; Elastic component comprises one section of spring, makes described cable joint end be connected with the clamping of described cable buckling groove; Comprise being connected between LED circuit plate and fast wiring cable and be welded to connect or connect in succession soon, connect in succession soon and comprise that above-mentioned clamping connects.
2. fast-assembling glass heat pipe LED light fixture according to claim 1, is characterized in that LED circuit plate contains some LED hole, and the edge in LED hole contains two places above and LED linkage interface; LED is arranged in described LED hole and with Heat Conduction Material and comprises that elastic conducting hotting mask conducts heat and is connected with glass heat pipe hot junction with transparent heat conduction binding material.
3. fast-assembling glass heat pipe LED light fixture according to claim 1, is characterized in that the LED linkage interface on LED circuit plate is stainless sheet steel on a wiring board being arranged on wiring board; The stainless sheet steel stitch welding plain film with corrugated changeover portion is contained respectively at LED two ends; Two stainless sheet steels are the position that is welded to connect that on wiring board, stainless sheet steel and stitch welding plain film are superimposed with each other and contain laser stitch welding.
4. fast-assembling glass heat pipe LED light fixture according to claim 1, is characterized in that LED circuit plate comprises flexible PCB;
Pass hot linked LED surface with glass heat pipe hot junction and contain shape and the identical elastic conducting hotting mask of glass heat pipe hot end surface; Glass heat pipe contains the linkage interface with LED circuit plate and driving power or driving power base, and linkage interface comprises the interface that is threaded with LED circuit plate and driving power or driving power base; Linkage interface also comprises that the positioning step of more than one outwardly convex and LED circuit plate and driving power or driving power susceptor surface contain respectively the linkage interface matching with described positioning step surface; Or,
Contain some and glass heat pipe cold junction and pass hot linked laminating fin or laminating groups of fins; Pass hot linked LED surface with glass heat pipe hot junction, and described laminating fin or laminating groups of fins and surface, glass heat pipe contact position are contained heat-conducting glue or are contained shape and elastic conducting hotting mask that glass heat pipe hot end surface is identical; Glass heat pipe contains the linkage interface with LED circuit plate and driving power or driving power base, and linkage interface comprises the interface that is threaded with LED circuit plate and driving power or driving power base; Linkage interface also comprises that the positioning step of more than one outwardly convex and LED circuit plate and driving power or driving power susceptor surface contain respectively the linkage interface matching with described positioning step surface.
5. fast-assembling glass heat pipe LED light fixture according to claim 1, is characterized in that LED wiring board contains one end band hitch and is not connected in series the fast wiring cable of elastic component; Driving power base contains a carbine with retractility; Described fast wiring cable and described carbine socket realization and electric and mechanical connection between the two; Or LED wiring board contains one end band hitch and is not connected in series the fast wiring cable of elastic component; Driving power base contains a diving board hook with flexibility; Described fast wiring cable and described diving board rhampotheca connect the electric and mechanical connection of realizing with between the two.
6. fast-assembling glass heat pipe LED light fixture according to claim 1, is characterized in that LED two ends respectively contain a glass heat pipe shell jump ring part, and jump ring part comprises two reeds, and the free end of each reed respectively contains more than one contact pin; Jump ring part conducts heat and is connected with glass heat pipe hot junction; Contact pin can insert a Plug pin patch bay and realize electrical connection between the two.
7. fast-assembling glass heat pipe LED light fixture according to claim 1, is characterized in that also comprising an even mating plate; An even mating plate magnetic linkage interface is respectively contained in the hot junction of glass heat pipe or hot junction boundary and even mating plate inner side; The material of described magnetic linkage interface comprises: paramagnetic material+permanent-magnet material or permanent-magnet material+permanent-magnet material; Described two even mating plate magnetic linkage interface magnetic connect.
8. according to the fast-assembling glass heat pipe LED light fixture described in claim 1 or 2, it is characterized in that containing an above glass heat pipe, comprise the glass heat pipe with more than one cold junction, the U-shaped tubular glass heat pipe with two cold junctions, comprise two main cold junctions of U-shaped tubulose and the many cold-end glass heat pipe at main cold junction Shang Pangjie branch cold junction with main cold junction; Described each cold junction comprise pull out straight upwards, helical buckling upwards with serpentine bend cold junction upwards; All LED are arranged in each glass heat pipe hot junction according to heat radiation load sharing.
9. according to the fast-assembling glass heat pipe LED light fixture described in claim 1 or 2, it is characterized in that glass heat pipe cold junction does not contain special fin; Or glass heat pipe cold junction has bigger serface surface and comprises pleated.
10. fast-assembling heat pipe LED light fixture according to claim 1, is characterized in that described control system comprises that three driving power controllers of governor circuit, memory, man-machine interface and interface circuit thereof, three-primary color LED and interface circuit, optical signal reception and transmitter module and interface circuit thereof, camera head microphone are subject to sound device and interface circuit and software thereof to comprise application program; Three driving power controller interface circuits of described governor circuit, memory, user-machine interface circuit, three-primary color LED, optical signal receive and be connected by bus signals by sound device interface circuit with transmitter module interface circuit and camera head microphone; Described man-machine interface comprises a touch device, and described touch device comprises the touch-screen with various background colors.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105371243A (en) * | 2014-08-15 | 2016-03-02 | 李博 | Connection and installation method for LED filaments |
| TWI571596B (en) * | 2014-12-24 | 2017-02-21 | 樹德科技大學 | A magnetic connection device |
Citations (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6281592B1 (en) * | 1998-03-09 | 2001-08-28 | Shinko Electric Industries Co., Ltd. | Package structure for semiconductor chip |
| US20040213016A1 (en) * | 2003-04-25 | 2004-10-28 | Guide Corporation | Automotive lighting assembly cooling system |
| CN1574026A (en) * | 2003-06-03 | 2005-02-02 | 日东电工株式会社 | Wired circuit board |
| CN101307867A (en) * | 2008-05-14 | 2008-11-19 | 浙江大学 | Liquid immersion type packaged large power LED light source |
| CN201475757U (en) * | 2009-09-24 | 2010-05-19 | 汪纯燕 | High power LED lamp |
| CN101922695A (en) * | 2010-08-17 | 2010-12-22 | 安徽莱德光电技术有限公司 | Heat pipe radiator and high-power LED lamp using same as heat dissipation device |
| CN201875490U (en) * | 2010-11-09 | 2011-06-22 | 深圳市明兴光电子科技有限公司 | Large-power LED (light-emitting diode) lamp with excellent radiating effect |
| CN102171512A (en) * | 2008-09-30 | 2011-08-31 | 奥斯兰姆施尔凡尼亚公司 | LED source with an integrated heat pipe |
| CN102345843A (en) * | 2010-07-30 | 2012-02-08 | 欧司朗有限公司 | Cooling device and LED (light emitting diode) illumination device with same |
| CN202171216U (en) * | 2011-05-13 | 2012-03-21 | 湖北小天地科技有限公司 | Heat-tube heat sink large-power light-emitting diode (LED) structure |
| CN202871094U (en) * | 2012-09-15 | 2013-04-10 | 海宁伊满阁太阳能科技有限公司 | Vehicle digital-wireless-broadcast traffic-signal-lamp map display terminal |
| CN103388767A (en) * | 2013-07-17 | 2013-11-13 | 乐健科技（珠海）有限公司 | Novel LED (light-emitting diode) bulb lamp |
-
2014
- 2014-01-28 CN CN201410042623.5A patent/CN103775881B/en active Active
Patent Citations (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6281592B1 (en) * | 1998-03-09 | 2001-08-28 | Shinko Electric Industries Co., Ltd. | Package structure for semiconductor chip |
| US20040213016A1 (en) * | 2003-04-25 | 2004-10-28 | Guide Corporation | Automotive lighting assembly cooling system |
| CN1574026A (en) * | 2003-06-03 | 2005-02-02 | 日东电工株式会社 | Wired circuit board |
| CN101307867A (en) * | 2008-05-14 | 2008-11-19 | 浙江大学 | Liquid immersion type packaged large power LED light source |
| CN102171512A (en) * | 2008-09-30 | 2011-08-31 | 奥斯兰姆施尔凡尼亚公司 | LED source with an integrated heat pipe |
| CN201475757U (en) * | 2009-09-24 | 2010-05-19 | 汪纯燕 | High power LED lamp |
| CN102345843A (en) * | 2010-07-30 | 2012-02-08 | 欧司朗有限公司 | Cooling device and LED (light emitting diode) illumination device with same |
| CN101922695A (en) * | 2010-08-17 | 2010-12-22 | 安徽莱德光电技术有限公司 | Heat pipe radiator and high-power LED lamp using same as heat dissipation device |
| CN201875490U (en) * | 2010-11-09 | 2011-06-22 | 深圳市明兴光电子科技有限公司 | Large-power LED (light-emitting diode) lamp with excellent radiating effect |
| CN202171216U (en) * | 2011-05-13 | 2012-03-21 | 湖北小天地科技有限公司 | Heat-tube heat sink large-power light-emitting diode (LED) structure |
| CN202871094U (en) * | 2012-09-15 | 2013-04-10 | 海宁伊满阁太阳能科技有限公司 | Vehicle digital-wireless-broadcast traffic-signal-lamp map display terminal |
| CN103388767A (en) * | 2013-07-17 | 2013-11-13 | 乐健科技（珠海）有限公司 | Novel LED (light-emitting diode) bulb lamp |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105371243A (en) * | 2014-08-15 | 2016-03-02 | 李博 | Connection and installation method for LED filaments |
| CN105371243B (en) * | 2014-08-15 | 2018-09-21 | 厦门银旭工贸有限公司 | The connection of LED filament and installation method |
| TWI571596B (en) * | 2014-12-24 | 2017-02-21 | 樹德科技大學 | A magnetic connection device |
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|---|---|
| CN103775881B (en) | 2016-08-24 |
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