CN107543108B - Solar LED illumination of plant building lamp - Google Patents
Solar LED illumination of plant building lamp Download PDFInfo
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- CN107543108B CN107543108B CN201710987770.3A CN201710987770A CN107543108B CN 107543108 B CN107543108 B CN 107543108B CN 201710987770 A CN201710987770 A CN 201710987770A CN 107543108 B CN107543108 B CN 107543108B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/10—Photovoltaic [PV]
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
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- Arrangement Of Elements, Cooling, Sealing, Or The Like Of Lighting Devices (AREA)
Abstract
The present invention provides a kind of solar LED illumination of plant building lamps, comprising: solar panel, rotating device, L shape supporter, lamp assembly and liquid crystal display；L shape supporter includes the body of rod and supporting element being arranged in a mutually vertical manner, and the fixing end of rotating device is set to the end of the body of rod；Lamp assembly includes that annular fixing body, several radiating pieces and several LED lamps being electrically connected with cell piece component, L shape supporter are provided with installation position in the junction of the body of rod and supporting element.The invention has the following advantages: electric energy is from sunlight, therefore the laying of complicated route is eliminated when installing solar LED illumination of plant building lamp, reduce cost；Radiating efficiency is high, improves the service life of LED lamp；The liquid crystal display being arranged on the body of rod can launch display content according to actual use demand, to increase the utility function of solar LED illumination of plant building lamp.
Description
Technical field
The present invention relates to technical fields of lighting fixtures, particularly, are related to a kind of solar LED illumination of plant building lamp.
Background technique
Solar energy (solar energy), refers to the infrared radiant energy of the sun, and main performance is exactly the sunray often said.In
Modern times are typically used as generating electricity or provide the energy for water heater.With the development of science and technology and social economy, scientific and technological progress
Active influence society economy and change people's lives mode.Solar power generation is a kind of emerging renewable energy.In
In the case that fossil fuel is reduced increasingly, solar energy has become the mankind and uses the important component of the energy, and is continuously available hair
Exhibition.
Illumination of plant building lamp refers to the eminence for being mounted on plant area's building, for irradiating the headlamp in more spacious region,
Claim Projecting Lamp, and is also referred to as solar energy Projecting Lamp using the Projecting Lamp of solar energy.Currently, the principle of solar energy Projecting Lamp is exactly
Sunlight is the energy, in the daytime when solar panel absorb the sun and be converted into after electric energy to battery and charge, night stores
Electric energy in battery is powered to lamp source again to be used, which eliminates the pipe installation of complex and expensive, can arbitrarily devised adjustment lamp
The layout of tool, energy-saving safe is pollution-free, stable and reliable in work without human intervention, and it is non-maintaining to save the electricity charge.
Chinese patent CN 201620774208.3 discloses a kind of novel LED projection lamp, including pedestal, and pedestal left end can
Disassembly is provided with left support, and left support upper end is detachably provided with left anchor ear, and the first Projecting Lamp, and first are provided in left anchor ear
Projecting Lamp passes through left anchor ear clamping fixed；Pedestal right end is detachably provided with right support, and right support upper end is detachably provided with the right side
Anchor ear is provided with the second Projecting Lamp in right anchor ear, and the second Projecting Lamp passes through right anchor ear clamping fixed；Left anchor ear right end and the right side are embraced
Hoop left end connects and fixes；Base rear end is provided with device of solar generating, and device of solar generating includes solar panel, branch
Support, adjusting bracket, locating support and rechargeable battery.The novel LED projection lamp, reasonable in design, structure is simple, installation is tight
It gathers, can continue to provide illumination after good heat dissipation effect and power-off, practicability is good.
However, since the heat dissipation problem of LED light is the key that shorten its service life, because of the light decay of LED or its service life
Be it is directly related with its junction temperature, the bad junction temperature that radiates is just high, and the service life is with regard to short, and tradition uses the solar street light of LED light source past
Toward traditional radiator structure is used, radiating efficiency is low, cannot more quickly distribute the LED heat generated to outside, lead to LED
The service life reduction of Projecting Lamp；Also, traditional illumination of plant building lamp only has single illumination functions, since it is located at the higher of workshop
Place, therefore can try to add other utility functions of illumination of plant building lamp.
Summary of the invention
It is an object of that present invention to provide a kind of solar LED illumination of plant building lamp, to solve, radiating efficiency is low, longevity of LED light
The technical issues of life is reduced and is had a single function.
To achieve the above object, the present invention provides a kind of solar LED illumination of plant building lamp, which shines
Bright lamp includes: solar panel, rotating device, L shape supporter, lamp assembly and liquid crystal display；The solar battery
Plate is set in the turning end of the rotating device, and the L shape supporter includes the body of rod and supporting element being arranged in a mutually vertical manner, institute
The fixing end for stating rotating device is set to the end of the body of rod, and the lamp assembly is set on the body of rod, the support
The end of part is provided with the mounting blocks for connecting with workshop wall；The lamp assembly is adjacent to the rotating device, the liquid
Crystal display screen is set to the bottom end far from the rotating device of the body of rod；The solar panel includes for absorbing light
The cell piece component and plate body that can be generated electricity, the cell piece component are set on the plate body, and the plate body is backwards to the battery
The side of piece component is provided with rotation position；The rotating device includes frame body, servo motor and rotating member, and the frame body fixation is set
It sets in the end of the body of rod, the servo motor and the cell piece component are electrically connected, and servo motor setting exists
On the frame body, the rotating member is connect with the output end of the servo motor, and the servo motor is for driving the rotation
Part rotates so that the rotating member is along rotary motion trace rotation is preset, and the end of the rotating member is fixedly connected with the rotation position；
The lamp assembly includes annular fixing body, several radiating pieces and several LED light being electrically connected with the cell piece component
Core, the body of rod are provided with annular mounting groove, and the annular fixing body is coaxially set in the annular mounting groove, the annular
Several connection positions are provided on the outside of fixing body, each radiating piece is correspondingly arranged in a connection position, the radiating piece
Side backwards to the solar panel is provided with installing zone, and each LED lamp is correspondingly arranged at a radiating piece
On the installing zone in；The radiating piece includes radiating groove, two-way memory alloy plate and several two-way memory alloy items, described
The bottom of radiating groove is opened up there are two through-hole, and the side of the two-way memory alloy plate is connect with the top side of the radiating groove, institute
Bottom and the described two through-holes of covering that LED lamp is set to the radiating groove backwards to the two-way memory alloy plate are stated, it is described
Several two-way memory alloy items include two groups of two-way memory alloy item groups, and each two-way memory alloy item group correspondence wears one
The through-hole is simultaneously connect with the LED lamp；The two-way memory alloy plate is placed on when cooling and sets the radiating groove, the round trip
Memorial alloy plate relatively described radiating groove oblique bending when heated；There is the first length when the two-way memory alloy item is cooling,
There is the second length, first length is less than second length when two-way memory alloy item is heated；The L shape support
Body is provided with installation position in the junction of the body of rod and the supporting element, and the back of the liquid crystal display is provided with installation
Portion, the mounting portion are spirally connected with the installation position.
The body of rod is provided with connecting column in the bottom end far from the solar panel in one of the embodiments,
The connection outer surface of column is provided with the first waveform groove, and the end of the supporting element offers swivel becket, the swivel becket
Inner surface be provided with the second waveform groove, the swivel becket is sheathed on the connecting column and the first waveform groove
It is engaged with the second waveform groove, the end of the connecting column is also detachably provided with limited block, to limit described turn
Rotating ring leaves the connecting column.
The connecting column is set to the central region of the body of rod bottom end in one of the embodiments,.
The annular fixing body includes the serving, graphene layer, aluminium being cascading in one of the embodiments,
Alloy-layer, copper alloy layer and interior tegillum, the serving, the graphene layer, the aluminium alloy layer, the copper alloy layer and institute
The inside for stating interior tegillum is arranged in the annular mounting groove；The annular fixing body further includes for connecting the outer quilt
Several positioning pins of layer, the graphene layer, the aluminium alloy layer, the copper alloy layer and the interior tegillum, it is each described fixed
Position pin wears respectively and connects the serving, the graphene layer, the aluminium alloy layer, the copper alloy layer and the interior quilt
Layer.
There is between the serving and the graphene layer the first gap, the graphite in one of the embodiments,
There is the second gap, between third between the aluminium alloy layer and the copper alloy layer between alkene layer and the aluminium alloy layer
Gap has the 4th gap between the copper alloy layer and the interior tegillum.
The height in first gap, the height in second gap, the third space in one of the embodiments,
Height and the height in the 4th gap successively equidistantly successively decrease.
The radiating groove includes slot bottom and two cell walls in one of the embodiments, and two cell walls are separately positioned on institute
The two sides of slot bottom are stated, the one end of the slot bottom and the interior tegillum weld, and the end of the cell wall and the serving weld,
And the end of the cell wall is also abutted with the graphene layer, the aluminium alloy layer and the copper alloy layer respectively.
The invention has the following advantages: turning solar panel along rotary motion trace is preset by rotating device
Dynamic, to convert light energy into electric energy to the maximum extent, the electric energy converted is LED lamp power supply, to realize illumination functions,
Since electric energy is from sunlight, therefore the laying of complicated route is eliminated when installing solar LED illumination of plant building lamp, reduce
Cost；And LED lamp when shining the heat that generates pass through radiating groove, two-way memory alloy plate and several two-way memory alloy items etc.
Structure is distributed to outside, and radiating efficiency is high, improves the service life of LED lamp；Meanwhile the liquid crystal display on the body of rod is set
Screen can launch display content according to actual use demand, to increase the utility function of solar LED illumination of plant building lamp.
Other than objects, features and advantages described above, there are also other objects, features and advantages by the present invention.
Below with reference to figure, the present invention is described in further detail.
Detailed description of the invention
The attached drawing constituted part of this application is used to provide further understanding of the present invention, schematic reality of the invention
It applies example and its explanation is used to explain the present invention, do not constitute improper limitations of the present invention.In the accompanying drawings:
Fig. 1 is the structural schematic diagram of solar LED illumination of plant building lamp in one embodiment；
Fig. 2 is the structural schematic diagram at another visual angle of solar LED illumination of plant building lamp in one embodiment；.
Fig. 3 is the partial structure diagram of solar LED illumination of plant building lamp in one embodiment；
Fig. 4 is another part structural schematic diagram of solar LED illumination of plant building lamp in one embodiment；
Fig. 5 is another part structural schematic diagram of solar LED illumination of plant building lamp in one embodiment；
Fig. 6 is another part structural schematic diagram of solar LED illumination of plant building lamp in one embodiment；
Fig. 7 is the structural schematic diagram at another visual angle of embodiment illustrated in fig. 6；
Fig. 8 is the structural schematic diagram of the part A of embodiment illustrated in fig. 7；
Wherein, 101, solar panel, 102, rotating device, 103, L shape supporter, 113, the body of rod, 123, supporting element,
104, lamp assembly, 105, liquid crystal display, 111, cell piece component, 121, plate body, 112, frame body, 122, servo motor,
132, rotating member, 144, radiating groove, 154, two-way memory alloy plate, 164, two-way memory alloy item, 174, through-hole, 115, outer
Tegillum, 125, graphene layer, 135, aluminium alloy layer, 145, copper alloy layer, 155, interior tegillum, 165, positioning pin, between 175, first
Gap, the 185, second gap, 195, third space, the 170, the 4th gap, 1441, slot bottom, 1442, cell wall, 133, installation position,
153, connecting column, 1231, supporting block, 1232, explosion screw perforation, the 163, first waveform groove, 173, swivel becket, 183, the
Two waveform grooves, 193, limited block.
Specific embodiment
The embodiment of the present invention is described in detail below in conjunction with attached drawing, but the present invention can be limited according to claim
Fixed and covering multitude of different ways is implemented.
Fig. 1 and Fig. 2 are please referred to, for example, a kind of solar LED illumination of plant building lamp 10 includes: solar panel 101, turns
Dynamic device 102, L shape supporter 103, lamp assembly 104 and liquid crystal display 105.For example, solar panel 101 is set to
In the turning end of rotating device 102, L shape supporter 103 includes the body of rod 113 and supporting element 123 being arranged in a mutually vertical manner, rotation
The fixing end of device 102 is set to the end of the body of rod 113, and lamp assembly 104 is set on the body of rod 113, the end of supporting element 123
It is provided with the mounting blocks for connecting with workshop wall；Lamp assembly 104 is arranged adjacent to rotating device 102, liquid crystal display 105
In the bottom end of the separate rotating device 102 of the body of rod 113.
As shown in Fig. 2, solar panel 101 includes cell piece component 111 and plate body 121, cell piece component 111 is used for
Optical energy power is absorbed, cell piece component 111 is set on plate body 121, and plate body 121 is arranged backwards to the side of cell piece component 111
There is rotation position 131.It is appreciated that cell piece component 111 includes several cell pieces and battery group, several cell pieces are in matrix point
Cloth is on plate body 121.The battery group is set in plate body 121, and battery group is electrically connected with each cell piece, and battery group is used for
The power storage that several cell pieces are converted, for the use of lamp assembly 104.For example, plate body 121 is rectangle knot
Structure；For another example, plate body 121 is circular configuration, and for another example, plate body 121 is irregular shape structure.The shape of plate body 121 can basis
Specific use environment and use demand setting.
Referring to Fig. 3, its partial structure diagram for solar LED illumination of plant building lamp in one embodiment, for example, turning
Dynamic device 102 includes frame body 112, servo motor 122 and rotating member 132, and frame body 112 is fixed at the end of the body of rod 113, watches
It takes motor 122 and cell piece component 111 is electrically connected, such cell piece component 111 can power to servo motor 122.Example
Such as, control chip is separately provided in servo motor 122, the running speed of the motor in the control chip controls servo motor 122
The direction and.For example, control chip is single-chip microcontroller.Servo motor 122 is arranged on frame body 112, rotating member 132 and servo motor
122 output end connection, servo motor 122 is for driving rotating member 132 to rotate so that the rotating member 132 is along default rotation rail
Mark rotation.The end of rotating member 132 is fixedly connected with rotation position 131.For example, the end of rotating member 132 and rotation 131 riveting of position
Connect fixation.
For example, the rotation amplitude of the output end of servo motor 122 is semi-circumference, that is, 180 degree；So default rotary motion trace
As semi-circumference.For example, the rotation direction of the output end of servo motor 122 is single travel directions, i.e., facing one direction
Carry out back rotation.For example, the summertime is arranged in control chip when the working time of servo motor 122 is divided into daylight-saving time and winter
When and when the winter.For example, the working time of servo motor 122 is daytime in the daylight-saving time, i.e. 6 o'clock sharp of the morning is to 19 points at night
Whole, remaining time stops working.For another example, at the winter, working time of servo motor 122 be daytime, i.e. 7 o'clock sharp of the morning extremely
18 o'clock sharp at night, remaining time stop working.For another example, there is angle between solar panel 101 and the rotating member 132,
That is, solar panel 101 is inclined on the rotating member 132, such user is in installation solar LED workshop
When headlamp, the direction of solar panel 101 can be adjusted, makes it along the amplitude of sunrise and sunset according to the longitude and latitude of installation
Direction is mobile, the moving direction of similar sunflower, so that more sunlights can be absorbed in solar panel 101, most
Its conversion capability is utilized to limits, obtains more electric energy.
As shown in figure 4, for example, lamp assembly 104 include annular fixing body 114, several radiating pieces 124 and with cell piece group
Several LED lamps 134 that part 111 is electrically connected, in conjunction with Fig. 3, for example, the body of rod 113 is provided with annular mounting groove 1031, annular peace
Dress body 114 is coaxially set in annular mounting groove.That is, annular mounting groove is opened on the body of rod 113, for example, the body of rod 113
The predetermined depth that is recessed inwardly is to form the annular mounting groove.For example, the internal diameter of annular fixing body 114 is equal to annular mounting groove
Internal diameter.For example, being provided with several connection positions 1141 on the outside of annular fixing body 114, each radiating piece 124 is correspondingly arranged at a company
It connects on position.That is, the outside of annular fixing body 114 is provided with the connection position for connecting radiating piece 124.For example, the company
Connecing position is welding position；For another example, which is to abut position.For example, radiating piece 124 is set backwards to the side of solar panel 101
It is equipped with installing zone 106, each LED lamp 134 is correspondingly arranged in the installing zone on a radiating piece 124.That is, installing zone
It is set on the side on ground downward of radiating piece 124, the light directive that each LED lamp 134 can in this way issued
Ground.
To improve radiating efficiency, for example, radiating piece 124 includes radiating groove 144, two-way memory alloy plate 154 and several pairs
Journey memorial alloy item 164, the bottom of radiating groove 144 are opened up there are two through-hole 174, the side of two-way memory alloy plate 154 and are dissipated
The top side of heat channel 144 connects, and LED lamp 134 is set to bottom and the covering of radiating groove 144 backwards to two-way memory alloy plate 154
Two through-holes 174, several two-way memory alloy items 164 include two groups of two-way memory alloy item groups, and each round trip memory is closed
Gold bar group correspondence wears a through-hole and connect with the LED lamp.That is, each two-way memory alloy item group is corresponding
Be set to a through-hole 174, each two-way memory alloy item in two-way memory alloy item group is corresponding wear a through-hole 174 and with
LED lamp 134 connects.In this way, the heat that LED lamp 134 generates can be transferred to radiating groove 144, two-way memory alloy item 164
And two-way memory alloy plate 154, the heat pass through radiating groove 144, two-way memory alloy item 164 and two-way memory alloy plate again
154 distribute to outside, and since two-way memory alloy item 164 is directly contacted with LED lamp 134, the big portion's heat generated thereon is equal
Two-way memory alloy item 164 can be quickly move through to distribute, radiating efficiency is high.
For example, the chip circuit plate of LED lamp 134 is soldered to the bottom of radiating groove 144 and covers two through-holes 174, example
Such as, the periphery of the chip circuit plate and through-hole 174 that cover through-hole 174 is tightly connected, so that through-hole 174 forms groove, round trip note
Recall alloy bar 164 to be welded direct on the chip circuit plate of LED lamp 134, radiating efficiency can be accelerated in this way.LED lamp
134 chip circuit plate is electrically connected by the cell piece component of cable and solar panel 101, the chip of LED lamp 134
It is equipped with miniature control chip in circuit board, controls the light on and off of LED lamp 134, such as control the servo LED lamp in the daylight-saving time
134 working time is daytime, i.e. 6 o'clock sharp of the morning to 19 o'clock sharps, remaining time at night stops working.For another example, at the winter,
The working time of LED lamp 134 is daytime, i.e. 7 o'clock sharp of the morning to 18 o'clock sharps, remaining time at night stops working.It so can be with
Realize unmanned control, user need to only install solar LED illumination of plant building lamp to default section, the light on and off of LED lamp 134
It is carried out according to pre-set programs, saves investment in human resources.
To further increase radiating efficiency, for example, lid sets radiating groove 144, round trip note when two-way memory alloy plate 154 is cooling
Recall when alloy sheets 154 are heated with respect to 144 oblique bending of radiating groove.It is that two-way memory alloy plate 154 is heated phase shown in Fig. 4
To the state of radiating groove 144.For example, two-way memory alloy plate is memory aluminium alloy；For another example, two-way memory alloy plate is memory copper
Alloy；For another example, two-way memory alloy plate is other memorial alloys with Thermal conductivity.For example, two-way memory alloy plate
Transformation temperature be 70 degrees Celsius~80 degrees Celsius, that is to say, that two-way memory alloy plate 154 is heated to 70 degrees Celsius~80
Degree Celsius when restore high-temperature-phase shape, two-way memory alloy plate 154 is with respect to 144 oblique bending of radiating groove at this time.Mean at this time
Two-way memory alloy plate 154 absorbs the heat of a large amount of LED lamp 134.Particularly, since two-way memory alloy plate 154 is cooling
When lid set radiating groove 144, that is to say, that when LED lamp 134 does not work, two-way memory alloy plate 154 be in the state of cooling, this
The lid of two-way memory alloy plate 154 under state sets radiating groove 144, and when LED lamp 134 works, temperature is anxious in radiating groove 144
Play rises, and the temperature of two-way memory alloy plate 154 also steeply rises, when the temperature of two-way memory alloy plate 154 rises to its change
When state temperature, two-way memory alloy plate 154 is undergone phase transition, opposite 144 oblique bending of radiating groove of two-way memory alloy plate 154,
At this point, radiating groove 144 is equivalent to open state, air flowing accelerates, and the heat being collected in radiating groove 144 is released into outer
Portion, so that the temperature of radiating groove 144, two-way memory alloy plate 154 also accordingly declines and maintains to balance, so in LED lamp 134
When not working or when the working time is shorter, the lid of two-way memory alloy plate 154 sets radiating groove 144, due to radiating requirements at this time
Low, two-way memory alloy plate 154, which does not need to open, can be realized heat dissipation effect；When LED lamp 134 work when or LED lamp
When 134 working times are longer, two-way memory alloy plate 154 is with respect to 144 oblique bending of radiating groove, due to radiating requirements at this time
Greatly, LED lamp 134 generates a large amount of heat because of work, when temperature reaches the transformation temperature of two-way memory alloy plate 154,
154 oblique bending of two-way memory alloy plate, to heat be discharged to outside, in this way, heat dissipation effect can be controlled with acting freely
Rate improves the service life of LED lamp 134.
For another example, the area of two-way memory alloy plate 154 is greater than the opening area of radiating groove 144, so that two-way memory alloy
When plate 154 is with respect to 144 oblique bending of radiating groove, the gear of two-way memory alloy plate 154 sets radiating groove 144, can prevent rainwater in this way
Directly float in radiating groove 144.For another example, the bottom angled setting of radiating groove 144.For example, the bottom relative level of radiating groove 144
Outer incline is faced, the rainwater to be floatd in radiating groove 144 in this way can be flowed out along the inclined surface of the bottom of radiating groove 144.For another example, it dissipates
The bottom of heat channel 144 offers the exhalant canal 184 for being connected to 174 bottom end of through-hole.For example, one end of the exhalant canal 184 connects
Hole 174 all, the other end are located at the front end of radiating groove 144.For example, 184 relative level of exhalant canal faces outwardly inclination.In this way into
Outside can be flowed out to from exhalant canal 184 by entering the rainwater in through-hole 174.
For example, for example, two-way memory alloy item 164 is memory aluminium alloy；For another example, two-way memory alloy item 164 is memory
Copper alloy；For another example, two-way memory alloy item 164 is other memorial alloys with Thermal conductivity.Two-way memory alloy item
164 have the first length when cooling, have the second length when two-way memory alloy item 164 is heated, and the first length is long less than second
Degree.The transformation temperature of two-way memory alloy item 164 is 70 degrees Celsius~120 degrees Celsius, that is to say, that two-way memory alloy item
164 restore high-temperature-phase shape when being heated to 70 degrees Celsius~120 degrees Celsius, and two-way memory alloy item 164 is by the first length at this time
Deformation is to the second length.Preferably, the transformation temperature of two-way memory alloy item 164 is 100 degrees Celsius.In this way, deformation is to second
The two-way memory alloy item 164 of length and the contact area of air increase, its radiating efficiency is promoted at this time, can be continued rapidly
The heat that LED lamp 134 generates is absorbed, so that the heat that the process can be such that LED lamp 134 generates quickly is distributed,
Improve radiating efficiency.
In order to further increase radiating efficiency, for example, two-way memory alloy item in each two-way memory alloy item group
Length is different；For another example, for example, the radius of the two-way memory alloy item in each two-way memory alloy item group is different.
Two-way memory alloy item can be made to show unbalanced state, the shorter round trip of radius smaller length to the absorption of heat in this way
Memorial alloy item is rapidly heated, its time for reaching transformation temperature of heating block shortens, and two-way memory alloy item is fast after the time shortens
Fastly from the first deformation of length to the second length, since the area that two-way memory alloy item is contacted with air after deformation increases, because
This radiating efficiency is faster.For example, the two-way memory alloy item in each two-way memory alloy item group have between any two it is default between
Gap, such air can flow between two two-way memory alloy items, provide its radiating efficiency.
As shown in figure 5, for example, annular fixing body 114 include the serving 115 being cascading, graphene layer 125,
Aluminium alloy layer 135, copper alloy layer 145 and interior tegillum 155, serving 115, graphene layer 125, aluminium alloy layer 135, copper alloy layer
145 and the inside of interior tegillum 155 be arranged in annular mounting groove.Annular fixing body 114 further includes for connecting serving
115, several positioning pins 165 of graphene layer 125, aluminium alloy layer 135, copper alloy layer 145 and interior tegillum 155, each positioning pin
165 wear respectively and connect serving 115, graphene layer 125, aluminium alloy layer 135, copper alloy layer 145 and interior tegillum 155.Example
Such as, serving 115 and interior tegillum 155 are made of aluminum copper alloy material；For another example, serving 115 and interior tegillum 155 are using resistance to
The stainless steel material of corrosion is made；For another example, serving 115 and interior tegillum 155 are made of other heat dissipation plates.For example, graphite
Alkene layer 125 is made of the stacking of several flake graphite alkene；For another example, graphene layer 125 is used and is filled out in the frame made of graphite
Graphene particles are filled to be made.In this way, due to serving 115, graphene layer 125, aluminium alloy layer 135, copper alloy layer 145 and interior quilt
The heat dissipation performance of each layer of layer 155 etc. is different, and the efficiency of heat dissipation is also different, however, when the preferable layer heating of heating conduction compared with
When fast, heat can also be transferred to other layers, and can make the whole heat dissipation effect of annular fixing body 114 in this way is that dynamic is presented
Balanced state, and since the speed of the absorption heat of part layer is fast, the temperature of LED lamp 134 can be rapidly reduced, is imitated
The fast good heat dissipation of rate, effectively improves the service life of LED lamp 134.
For example, having the first gap 175, graphene layer 125 and aluminium alloy layer between serving 115 and graphene layer 125
There is the second gap 185 between 135, there is third space 195, copper alloy layer between aluminium alloy layer 135 and copper alloy layer 145
There is the 4th gap 170 between 145 and interior tegillum 155.For example, the height in the first gap 175, the height in the second gap 185,
The height of third space 195 and the height in the 4th gap 170 are successively equidistantly successively decreased.In this way, between due to having between layers
Gap, air can circulate in gap, and the air of flowing can take away partial heat, to reduce the temperature of lamp assembly 104.
As shown in figure 5, two cell walls 1442 are separately positioned on for example, radiating groove 144 includes slot bottom 1441 and two cell walls 1442
The two sides of slot bottom 1441, the one end of slot bottom 1441 and interior tegillum 155 weld, and the end of cell wall 1442 and serving 115 weld
It connects, and the end of cell wall 1442 is also abutted with graphene layer 125, aluminium alloy layer 135 and copper alloy layer 145 respectively, in conjunction with Fig. 3,
It is appreciated that connection position 1141 is the end of cell wall 1442 and the position that serving 115 welds, it also include the end of cell wall 1442
The position that portion is also abutted with graphene layer 125, aluminium alloy layer 135 and copper alloy layer 145 respectively.In conjunction with Fig. 4, for example, installing zone
106 are set to slot bottom 1441 on the side of cell wall 1442, and LED lamp 134 is welded on slot bottom 1441 and is located at the installation
In area 106.In this way, the heat that LED lamp 134 generates can be transferred to interior tegillum 155 by slot bottom 1441, by interior tegillum
155 are transferred to serving 115, graphene layer 125, aluminium alloy layer 135, copper alloy layer 145, meanwhile, what LED lamp 134 generated
Heat can also be transferred to two cell walls 1442 by slot bottom 1441, from two cell walls 1442 to serving 115, graphene layer 125,
The transmitting such as aluminium alloy layer 135, copper alloy layer 145, to reduce the temperature of LED lamp 134, improves its service life.
As shown in fig. 6, for example, L shape supporter 103 is provided with installation position in the junction of the body of rod 113 and supporting element 123
133, for example, the installation position 133 is set on the body of rod 113, it is adjustable in this way when 113 relative support 123 of the body of rod rotates
The angles of display of liquid crystal display 105.For example, the back of liquid crystal display 105 is provided with mounting portion 143, mounting portion 143 and peace
Dress position 133 is spirally connected.For example, installation position 133 have screw hole, for example, mounting portion 143 be screw, screw spiral shell be screwed onto screw hole to
Make mounting portion 143 and installation position 133 is spirally connected fixation, and then liquid crystal display 105 is fixed on L shape supporter 103.For example,
Liquid crystal display 105 is connect by cable with cell piece component 111, and cell piece component 111 is powered to liquid crystal display 105.Example
Such as, it is provided with chip module and wireless transceiver in liquid crystal display 105, chip module is connect with wireless transceiver, wireless to receive
Hair device is used to connect by wireless network with outer computer, and outer computer passes through wireless network and wireless transceiver to chip
Module sends data and facilitates the daily maintenance management of user to control the output content of liquid crystal display 105.
As shown in Fig. 6, Fig. 7 and Fig. 8, for example, the end of supporting element 123 is provided with supporting block 1231, supporting block 1231 is used
In the wall connecting with outside.For example, supporting block 1231 is square structure, the surrounding of supporting block 1231 offers explosion screw and wears
Hole 1232, explosion screw perforation for across explosion screw, so that supporting block 1231 is firmly fixed on wall.For example,
The body of rod 113 is provided with connecting column 153 in the bottom end far from solar panel 101, and 153 outer surface of connecting column is provided with first wave
Shape wave groove 163, the end of supporting element offer swivel becket 173, and the inner surface of swivel becket 173 is provided with the second waveform tooth
Line 183, swivel becket 173 is sheathed on connecting column 153 and the first waveform groove 163 is engaged with the second waveform groove 183, connection
The end of column 153 is also detachably provided with limited block 193, leaves connecting column 153 to limit swivel becket 173.For example, connection
Column 153 is set to the central region of the bottom end of the body of rod 113.In this way, leading to after being installed to supporting element 123 on external wall
Engaging for the first waveform groove 163 and the second waveform groove 183 is crossed, the aobvious of liquid crystal display 105 can be adjusted with multi-angle
Show angle, it can adjust the projecting direction of liquid crystal display 105, according to actual use demand to facilitate user's naked eyes to see
Examine the content in liquid crystal display 105.
It is an advantage of the current invention that by rotating device solar panel is rotated along rotary motion trace is preset, thus
Electric energy is converted light energy into the maximum extent, and the electric energy converted is LED lamp power supply, to realize illumination functions, due to electricity
The laying of complicated route can be eliminated when installing solar LED illumination of plant building lamp from sunlight, reduce cost；
And LED lamp when shining the heat that generates pass through the structures such as radiating groove, two-way memory alloy plate and several two-way memory alloy items
It distributes to outside, radiating efficiency is high, improves the service life of LED lamp；Meanwhile the liquid crystal display on the body of rod is set can
To launch display content according to actual use demand, to increase the utility function of solar LED illumination of plant building lamp.
The foregoing is only a preferred embodiment of the present invention, is not intended to restrict the invention, for the skill of this field
For art personnel, the invention may be variously modified and varied.All within the spirits and principles of the present invention, made any to repair
Change, equivalent replacement, improvement etc., should all be included in the protection scope of the present invention.
Claims (7)
1. a kind of solar LED illumination of plant building lamp characterized by comprising solar panel, rotating device, the support of L shape
Body, lamp assembly and liquid crystal display；The solar panel is set in the turning end of the rotating device, the L shape
Supporter includes the body of rod and supporting element being arranged in a mutually vertical manner, and the fixing end of the rotating device is set to the end of the body of rod
End, the lamp assembly are set on the body of rod, and the end of the supporting element is provided with the peace for connecting with workshop wall
Fill block；For the lamp assembly adjacent to the rotating device, the liquid crystal display is set to the separate rotation of the body of rod
The bottom end of device；
The solar panel includes the cell piece component and plate body for absorbing optical energy power, the cell piece component setting
In on the plate body, the plate body is provided with rotation position backwards to the side of the cell piece component；
The rotating device includes frame body, servo motor and rotating member, and the frame body is fixed at the end of the body of rod, institute
It states servo motor and the cell piece component is electrically connected, and the servo motor is arranged on the frame body, the rotating member
It is connect with the output end of the servo motor, the servo motor is for driving the rotating member rotation so that the rotating member edge
Default rotary motion trace rotation, the end of the rotating member is fixedly connected with the rotation position；
The lamp assembly includes annular fixing body, several radiating pieces and several LED being electrically connected with the cell piece component
Wick, the body of rod are provided with annular mounting groove, and the annular fixing body is coaxially set in the annular mounting groove, the ring
Several connection positions are provided on the outside of shape fixing body, each radiating piece is correspondingly arranged in a connection position, the heat dissipation
Part is provided with installing zone backwards to the side of the solar panel, and each LED lamp is correspondingly arranged at a heat dissipation
In the installing zone on part；
The radiating piece includes radiating groove, two-way memory alloy plate and several two-way memory alloy items, the bottom of the radiating groove
It opens up there are two through-hole, the side of the two-way memory alloy plate is connect with the top side of the radiating groove, and the LED lamp is backwards
The two-way memory alloy plate is set to the bottom of the radiating groove and the described two through-holes of covering, and several round trip memories are closed
Gold bar includes two groups of two-way memory alloy item groups, each two-way memory alloy item group is corresponding wear a through-hole and with institute
State LED lamp connection；The two-way memory alloy plate is placed on when cooling and sets the radiating groove, and the two-way memory alloy plate is heated
When relatively described radiating groove oblique bending；There is the first length, the round trip memory is closed when the two-way memory alloy item is cooling
There is the second length, first length is less than second length when gold bar is heated；
The L shape supporter is provided with installation position in the junction of the body of rod and the supporting element, the liquid crystal display
Back is provided with mounting portion, and the mounting portion is spirally connected with the installation position.
2. solar LED illumination of plant building lamp according to claim 1, which is characterized in that the body of rod in far from it is described too
The bottom end of positive energy solar panel is provided with connecting column, and the connection outer surface of column is provided with the first waveform groove, the supporting element
End offer swivel becket, the inner surface of the swivel becket is provided with the second waveform groove, and the swivel becket is sheathed on
The connecting column and the first waveform groove is engaged with the second waveform groove, the end of the connecting column is also removable
It is provided with limited block with unloading, leaves the connecting column to limit the swivel becket.
3. solar LED illumination of plant building lamp according to claim 2, which is characterized in that the connecting column is set to described
The central region of body of rod bottom end.
4. solar LED illumination of plant building lamp according to claim 1, which is characterized in that it is described annular fixing body include according to
The secondary serving being stacked, graphene layer, aluminium alloy layer, copper alloy layer and interior tegillum, the serving, the graphene
The inside of layer, the aluminium alloy layer, the copper alloy layer and the interior tegillum is arranged in the annular mounting groove；The ring
Shape fixing body further includes for connecting the serving, the graphene layer, the aluminium alloy layer, the copper alloy layer and described
Several positioning pins of interior tegillum, each positioning pin wear respectively and connect the serving, the graphene layer, the aluminium
Alloy-layer, the copper alloy layer and the interior tegillum.
5. solar LED illumination of plant building lamp according to claim 4, which is characterized in that the serving and the graphite
There is the first gap between alkene layer, there is the second gap, the aluminium alloy layer between the graphene layer and the aluminium alloy layer
There is third space between the copper alloy layer, there is the 4th gap between the copper alloy layer and the interior tegillum.
6. solar LED illumination of plant building lamp according to claim 5, which is characterized in that the height in first gap, institute
The height for stating the height in the second gap, the height of the third space and the 4th gap is successively equidistantly successively decreased.
7. solar LED illumination of plant building lamp according to claim 4, which is characterized in that the radiating groove include slot bottom and
Two cell walls, two cell walls are separately positioned on the two sides of the slot bottom, and the one end of the slot bottom and the interior tegillum weld, institute
State cell wall end and the serving weld, and the end of the cell wall also respectively with the graphene layer, the aluminium alloy
Layer and the copper alloy layer abut.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710987770.3A CN107543108B (en) | 2017-10-21 | 2017-10-21 | Solar LED illumination of plant building lamp |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710987770.3A CN107543108B (en) | 2017-10-21 | 2017-10-21 | Solar LED illumination of plant building lamp |
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| Publication Number | Publication Date |
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| CN107543108A CN107543108A (en) | 2018-01-05 |
| CN107543108B true CN107543108B (en) | 2019-11-26 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710987770.3A Active CN107543108B (en) | 2017-10-21 | 2017-10-21 | Solar LED illumination of plant building lamp |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108040453B (en) * | 2018-01-23 | 2023-09-29 | 珠海格力电器股份有限公司 | Radiating fin, radiator with radiating fin and electric box with radiator |
| CN112984441B (en) * | 2021-02-24 | 2023-03-31 | 深圳市博远科技创新发展有限公司 | Multi-transmission channel gateway and multifunctional intelligent rod |
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| JPH07335015A (en) * | 1994-06-10 | 1995-12-22 | Hitachi Ltd | Display device |
| CN104266103A (en) * | 2014-10-25 | 2015-01-07 | 东莞市闻誉实业有限公司 | Led lamp |
| CN104266141A (en) * | 2014-10-14 | 2015-01-07 | 东莞市闻誉实业有限公司 | Lampshade |
| CN104296024A (en) * | 2014-10-14 | 2015-01-21 | 东莞市闻誉实业有限公司 | Led ceiling lamp |
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2017
- 2017-10-21 CN CN201710987770.3A patent/CN107543108B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH07335015A (en) * | 1994-06-10 | 1995-12-22 | Hitachi Ltd | Display device |
| CN104266141A (en) * | 2014-10-14 | 2015-01-07 | 东莞市闻誉实业有限公司 | Lampshade |
| CN104296024A (en) * | 2014-10-14 | 2015-01-21 | 东莞市闻誉实业有限公司 | Led ceiling lamp |
| CN104266103A (en) * | 2014-10-25 | 2015-01-07 | 东莞市闻誉实业有限公司 | Led lamp |
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| CN107543108A (en) | 2018-01-05 |
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Effective date of registration: 20191030 Address after: No. 340, Dajiang village, machanghu Town, high tech Industrial Development Zone, Linyi City, Shandong Province Applicant after: Shandong Yunguang Lighting Co., Ltd Address before: 410205 Building 1173, Lugu Business Center, 199 Lulong Road, Changsha High-tech Development Zone, Changsha City, Hunan Province Applicant before: Changsha Zhong Li Yuan Energy Technology Co., Ltd. |
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