CN201246622Y - Hot melt glass post lamp - Google Patents
Hot melt glass post lamp Download PDFInfo
- Publication number
- CN201246622Y CN201246622Y CNU2008201468150U CN200820146815U CN201246622Y CN 201246622 Y CN201246622 Y CN 201246622Y CN U2008201468150 U CNU2008201468150 U CN U2008201468150U CN 200820146815 U CN200820146815 U CN 200820146815U CN 201246622 Y CN201246622 Y CN 201246622Y
- Authority
- CN
- China
- Prior art keywords
- lamp
- pedestal
- hot melt
- steelframe
- hot
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Images
Landscapes
- Arrangement Of Elements, Cooling, Sealing, Or The Like Of Lighting Devices (AREA)
- Non-Portable Lighting Devices Or Systems Thereof (AREA)
Abstract
A hot-melt glass pillar lamp comprises a base, a plurality of pillar hot-melt glass lamps and a lamp cover with a vent hole, wherein a hollow steel frame is mounted at the center of the upper face of the base, A pluralities of pillar hot-melt glass lamps are sequentially laminated on the upper face of the base from bottom to top around the steel frame, each pillar hot-melt glass lamp comprises a fixing frame composed of a plurality support bars and a support board, faces of the fixing frame are respectively equipped with a hot-melt glass lamp panel, and an LED lamp panel is disposed on a corresponding face of the steel frame at a position having a certain distance from the inner side of the hot-melt glass lamp panel. The hot-melt glass pillar lamp integrates the semiconductor lighting technique and the crystal optical refraction technique, and has ideal lighting effect and scenery decoration effect. Further, the pillar lamp is internally equipped with at least one air convection passage from bottom to top, thereby greatly facilitating air convective radiation for a power portion, a luminous body and the like in the pillar lamp, guaranteeing safe use for a long period of time, and meeting the decorative and lighting requirements of modern high-rise buildings.
Description
Technical field
The utility model belongs to the glass technical field of lamps, is specifically related to a kind of hot melting glass post lamp applicable to modern building decorative lighting.
Background technology
The glass light fixture is to use product widely in the lighting, but the dullness of many moulding of light fixture in the market, the ornamental of light fixture owes desirable, can not satisfy the requirement of modern high decorating building illumination.
Modern architecture, the senior literature and art place that particularly large-scale theater is such, the light fixture that sets not only will have illumination functions and landscape ornamental function, also the artistic connotation that is complementary with artistic palace will be arranged.Can satisfy large-scale light beam design above-mentioned requirements, that integrate semiconductor lighting and quartzy light refraction technology, not see that at present relevant document discloses.
Summary of the invention
Be the above-mentioned shortcoming of avoiding existing glass light fixture to exist, the utility model provides a kind of hot melting glass post lamp.It by more piece cylindricality hot melt glass lamp around the hollow steelframe, be cascadingly set on and constitute a large-scale post lamp on the pedestal from bottom to top, at least one air convection channel is from bottom to top arranged in the post lamp, made things convenient for the cross-ventilation heat radiation of power unit, illuminator etc. in the post lamp, guarantee the long-term safety use, can satisfy modern building decorative lighting requirement.
The utility model hot melting glass post lamp comprises:
One pedestal, the bottom surface of pedestal is provided with the chassis, and power unit is installed in the pedestal;
One steelframe, this steelframe is a hollow-core construction, is installed on the middle part above the pedestal;
Some segmented column shape hot melt glass lamps, they around steelframe, from bottom to top be cascadingly set on pedestal above; Wherein, described each segmented column shape hot melt glass lamp comprises the fixed frame that is made of many support bars and gripper shoe, at each face of this fixed frame a hot melt glass lamp plate is installed respectively, is positioned at the inboard a distance of each piece hot melt glass lamp plate, a LED lamp plate is set on the steelframe respective face; And,
One light cover, this light cover has exhaust vent, is installed on hollow steelframe upper end.
Wherein, some LED that emit white light are installed at interval on the LED lamp plate of cylindricality hot melt glass lamp.
Light cover comprises a cover plate, extends the annular connecting portion that cooperates with the steelframe upper oral part below the cover plate, and each face of annular connecting portion all has exhaust vent.
Hollow space in the inner chamber of said base and the steelframe is communicated with by the main ventilation hole, offer some air intake apertures on the electric door of pedestal or the pedestal, from these air intake apertures, form first air convection channel through the hollow space in the inner chamber of pedestal, main ventilation hole, the steelframe and the exhaust vent of steelframe upper oral part light cover successively, the air that is higher than room temperature that is absorbed with the heat that power unit distributes in the pedestal inner chamber is dispelled the heat by described air convection channel is upwards mobile naturally.
Between the inwall of the hot melt glass lamp plate of above-mentioned cylindricality hot melt glass lamp and the outer wall of steelframe a ring cavity is arranged, the some through holes that are communicated with the pedestal inner chamber can be offered in this ring cavity lower end, air intake aperture from electric door or pedestal, form second air convection channel through the inner chamber of pedestal, the some through holes and the described ring cavity of described connection pedestal inner chamber successively, the air that is higher than room temperature that is absorbed with the heat that the LED lamp distributes is dispelled the heat by described second air convection channel is upwards mobile naturally.
The utility model hot melting glass post lamp by more piece cylindricality hot melt glass lamp around the hollow steelframe, be cascadingly set on and constitute a large-scale post lamp on the pedestal from bottom to top.Integrate semiconductor lighting and quartzy light refraction technology, moulding is generous, is suitable for the indoor supporting use of modern building, can with the gallery and the water sky one integrated mass of modern building inside, illuminating effect and landscape ornamental are satisfactory for result.
It adopts the LED lamp, is provided with at least one air convection channel from bottom to top in post lamp, has made things convenient for the natural air heat loss through convection of power unit, illuminator etc. in the post lamp, can guarantee the long-term safety use, belongs to energy-conservation green light source.
Its hot melt glass lampshade is made of the crystal glass plate and the quartzy grain beading body of folder substratum transparent, and during preparation, clinkering is combined in one through slow intensification moderate-heat in hot melting furnace, slowly reduce to room temperature with the temperature of hot melting furnace again, fully eliminated internal stress, not easy to crack, safe and reliable.
Description of drawings
Fig. 1 is the front view of the utility model one embodiment;
Fig. 2 is the vertical view of Fig. 1;
Fig. 3 is Fig. 1 upward view;
Fig. 4 is the A-A cutaway view Amplified image of Fig. 1;
A kind of hot melt glass lamp panel structure schematic diagram that Fig. 5 adopts for Fig. 1 embodiment.
The specific embodiment
Below in conjunction with embodiment the utility model is described in detail.
With reference to Fig. 1-4, the utility model hot melting glass post lamp comprises pedestal 1, and the bottom surface of pedestal 1 is provided with bigger chassis 12, and pedestal 1 inner chamber is installed conventional mains lighting supply part, as power transformer, dc source and connect connector of LED lamp plate or the like.The AC power inlet wire penetrates in the pedestal 1 hole 121 under chassis 12, and electric door 11 is loaded on the one side of pedestal 1, offers some air intake apertures 111 on the electric door 11.Pedestal 1, chassis 12 preferably adopt steel to make.
Also comprise steelframe 4 (as shown in Figure 4), some segmented column shape hot melt glass lamps 2 and light cover 3 etc.Wherein,
Steelframe 4 is a hollow-core construction, adopts one section long square steel tube among Fig. 4, and square steel tube length is decided according to post lamp specific design requirement for height, and steelframe 4 is installed on the middle part above the pedestal 1, and the hollow space 6 in the steelframe 4 is parts of air convection channel in the post lamp.
The joint number of cylindricality hot melt glass lamp 2 is decided according to post lamp specific design requirement for height.They around steelframe 4, from bottom to top be cascadingly set on pedestal 1 above.
Each segmented column shape hot melt glass lamp 2 comprises the fixed frame that is made of four support bars 21 and gripper shoe 24, at the four sides of this fixed frame a hot melt glass lamp plate 22 is installed respectively, is positioned at each piece hot melt glass lamp plate 22 inboard a distance, a LED lamp plate 25 is installed on the respective face of steelframe 4.The LED lamp plate 25 of each segmented column shape hot melt glass lamp 2 is fastening by the fixture 41 that is installed in steelframe 4 respective face respectively among Fig. 4, and be connected to the power unit of pedestal 1 inner chamber by cable, four LED lamp plates 25 surround square shape in the outside of steelframe 4, four hot melt glass lamp plates 22 that are installed in the fixed frame four sides also surround a big square shape, make in the ring cavity 5 of four LED lamp plates 25 between four hot melt glass lamp plate 22 inwalls and square steelframe 4 outer walls.The gripper shoe 24 of the connecting portion of upper and lower adjacent cylindricality hot melt glass lamp 2 is a metalwork, and cavity is arranged in the gripper shoe, and the bolt via hole is opened in four bights; Described support bar 21 adopts steel profile, there is the inner groovy that can hold securing member in the outside, the connecting portion at two ends is vertically offered connecting hole, and the support bar 21 of segmented column shape hot melt glass lamp connected as one by securing members such as stud bolt 23, nuts 23 ' under the support bar 21 ' of last segmented column shape hot melt glass lamp, gripper shoe 24 reached.
Some LED252 that emit white light preferably are installed on the LED lamp plate 25 of above-mentioned cylindricality hot melt glass lamp 2 at interval.Installing space determines that with designing requirement the line-spacing of LED or row are apart from selecting on the LED lamp plate 25 between 8-20mm.As when adopting the LED that emits white light of ￠ 5mm, voltage 3V, corresponding line-spacing or row are apart from being 10-12mm.
During use, the LED that connects each segmented column shape hot melt glass lamp of power supply all sends white light, transmits from the hot melt glass lamp plate, forms the light beam that sends white light.
LED on the LED lamp plate 25 of the present utility model is not limited to the LED that emits white light, and the LED that sends out other light also is suitable for, and the photochromic selection of LED is decided according to customer requirement.
In order to increase the brightness in cylindricality hot melt glass lamp 2 four bights, the LED 253 that the 1-3 row emit white light can be installed at vertical edge of every LED lamp plate 25 again, these LED that emit white light 253 exceed remaining LED 252, and the vertical edge to adjacent hot melt glass lamp plate tilts, the axis of these LED 253 can become 0-45 degree angle with substrate 251 surfaces of LED lamp plate 25, and the axis of these LED 253 is parallel with substrate 251 surfaces of LED lamp plate among Fig. 4.
According to the size of concrete building, the requirement of occasion is installed, the cross sectional shape of the utility model hot melting glass post lamp can be rectangular, or rhombus or polygon or the like.
The utility model post lamp mainly is to be modern building decorative lighting design, its appearance and size is big, highly may be more much higher than traditional product, as apply for the special-purpose large-scale post lamp that an artificial building designs, and constituting by five segmented column shape hot melt glass lamps, every segmented column shape hot melt glass lamp height is 650mm, long is 400mm, wide 400 is mm, and the high 477mm of pedestal, post lamp height overall are 3790.5mm.For the large-scale post lamp of this class, heat radiation, energy-conservation, safe operation etc. all need be paid the utmost attention to problem.
Following two air convection channel have been designed in the utility model post lamp.The inner chamber of said base 1 is communicated with by some main ventilations hole 14 of offering with hollow space 6 in the steelframe 4, among Fig. 4 this main ventilation hole 14 be opened in that hollow steelframe is 4 interior, on the upper surface of pedestal 1.Offer some air intake apertures 111 on the electric door 11 of pedestal 1, this air intake aperture also can be offered on pedestal 1.The exhaust vent 33 of the hollow space 6 → steelframe 4 upper oral part light covers 3 in the inner chamber of these air intake aperture 111 → pedestals 1 → main ventilation hole 14 → steelframe 4 forms first air convection channel, and the air that is higher than room temperature that is absorbed with the heat that power unit distributes in pedestal 1 inner chamber is dispelled the heat by described air convection channel is upwards mobile naturally.
Be designed to ring cavity 5 between the inwall of the hot melt glass lamp plate 22 of above-mentioned all cylindricality hot melt glass lamps 2 and the outer wall of steelframe 4, all LED lamp plates 25 are positioned at this ring cavity 5, these ring cavity 5 upper ends are uncovered, the lower end can be outside hollow steelframe 4, offer the some through holes 13 that are communicated with pedestal 1 inner chamber on pedestal 1 upper surface, form second air convection channel from the some through holes 13 → described ring cavity 5 of the inner chamber → described connection pedestal inner chamber of the air intake aperture 111 → pedestal 1 of electric door 11, the air that is higher than room temperature that is absorbed with the heat that the LED lamp distributes is dispelled the heat by described second air convection channel is upwards mobile naturally.
Above-mentioned ring cavity 5 lower ends are communicated with the inner chamber of pedestal 1 by the some through holes on pedestal 1 upper surface 13, hollow bulb in the inner chamber of pedestal 1 and the steelframe 4 is communicated with by the main ventilation hole 14 on pedestal 1 upper surface, the gross area of all through holes 13 on described pedestal 1 upper surface is 20-35% of the gross area in all main ventilation holes 14, and the heat that the power unit of pedestal 1 inner chamber is distributed mainly gives out from first air convection channel.
In first air convection channel post flow fan can be set, this post flow fan can be installed in 14 places, main ventilation hole (not shown among Fig. 4) on pedestal 1 upper surface, makes post flow fan time opening, improves radiating efficiency to quicken air velocity.
Be provided with a plurality of air convection channel from bottom to top in this post lamp, can make things convenient for the nature or the forced air convection heat radiation of power unit, illuminator etc. in the large-scale post lamp, obtain energy-conservation purpose, guarantee the use of post lamp long-term safety.
Fig. 5 is the hot melt glass lamp panel structure schematic diagram of above-mentioned cylindricality hot melt glass lamp.This hot melt glass lamp plate 22 comprises certain thickness quartzy grain beading body 221 of one deck and two-layer crystal glass plate 222,224, between this two-layer crystal glass plate, be bonded with ultraviolet curing substratum transparent 223, the contact site hot melt combination on quartzy grain beading body 221 and upper water crystal glass plate 222 adjacent surfaces; Wherein, quartzy grain beading body 221 comprises the some quartzy grain 221 ' of hot melt combination, and these quartzy grains 221 ' are erect and are arranged on the upper water crystal glass plate 222 the contact site hot melt combination of adjacent quartzy grain 221 '.The thickness of quartzy grain beading body 221 can be 12-20mm.
Above-mentioned hot melt glass lamp plate also can adopt the substitute products of other thick 12-20mm.Hot melt glass lamp plate as the crystal braiding structure, this lamp plate comprises three layers of certain thickness crystal braiding strip hot melt glass and two-layer crystal glass plate, be six layers of structure from outside to inside, skin is a ground floor crystal braiding strip hot melt glass, be followed successively by second layer crystal braiding strip hot melt glass in the skin, the 3rd layer of crystal braiding strip hot melt glass, ground floor crystal glass plate, substratum transparent and second layer crystal glass plate, substratum transparent is bonded between first and second layers of crystal glass plate, the moderately hot melt combination of contact site on the adjacent surface of described three layers of crystal braiding strip hot melt glass, the moderately hot melt combination of contact site on the 3rd layer of crystal braiding strip hot melt glass and the ground floor crystal glass plate adjacent surface.
Claims (10)
1, a kind of hot melting glass post lamp comprises pedestal, and power unit is installed in the pedestal, it is characterized in that also comprising:
One steelframe, this steelframe is a hollow-core construction, is installed on the middle part above the pedestal;
Some segmented column shape hot melt glass lamps, they around steelframe, from bottom to top be cascadingly set on pedestal above; Wherein, described each segmented column shape hot melt glass lamp comprises the fixed frame that is made of many support bars and gripper shoe, at each face of this fixed frame a hot melt glass lamp plate is installed respectively, is positioned at the inboard a distance of each piece hot melt glass lamp plate, a LED lamp plate is set on the steelframe respective face; And,
One light cover, this light cover has exhaust vent, is installed on the upper end of hollow steelframe.
2, according to the hot melting glass post lamp of claim 1, it is characterized in that: some LED that emit white light are installed on the LED lamp plate of described cylindricality hot melt glass lamp at interval.
3, according to the hot melting glass post lamp of claim 2, it is characterized in that: the LED that the 1-3 row emit white light is installed at vertical edge of every LED lamp plate again, these LED that emit white light exceed remaining LED, and the vertical edge to adjacent hot melt glass lamp plate tilts, to increase the brightness in cylindricality hot melt glass lamp bight.
4, according to the hot melting glass post lamp of claim 1, it is characterized in that: described light cover comprises a cover plate, extends the annular connecting portion that cooperates with the steelframe upper oral part below the cover plate, and each face of annular connecting portion all has exhaust vent.
5, according to the hot melting glass post lamp of claim 1, it is characterized in that: the hollow bulb in the inner chamber of described pedestal and the steelframe is communicated with by the main ventilation hole, offer some air intake apertures on the electric door of pedestal or the pedestal, from these air intake apertures, form first air convection channel through the hollow space in the inner chamber of pedestal, main ventilation hole, the steelframe and the exhaust vent of steelframe upper oral part light cover successively, the air that is higher than room temperature that is absorbed with the heat that power unit distributes in the pedestal inner chamber is dispelled the heat by described first air convection channel is upwards mobile naturally.
6, according to the hot melting glass post lamp of claim 5, it is characterized in that: in described first air convection channel, be provided with the post flow fan.
7, hot melting glass post lamp according to claim 1 or 2 or 4 or 5, it is characterized in that: be ring cavity between the inwall of the hot melt glass lamp plate of described cylindricality hot melt glass lamp and the outer wall of steelframe, the some through holes that are communicated with the pedestal inner chamber are offered in this ring cavity lower end, air intake aperture from described electric door or pedestal, pass through the inner chamber of pedestal successively, the some through holes and the described ring cavity of described connection pedestal inner chamber form second air convection channel, make the air that is higher than room temperature that is absorbed with the heat that the LED lamp distributes by the heat radiation of upwards flowing naturally of described second air convection channel.
8, according to the hot melting glass post lamp of claim 7, it is characterized in that: described ring cavity lower end is communicated with the inner chamber of pedestal by the some through holes on the pedestal upper surface, hollow bulb in the inner chamber of described pedestal and the steelframe is communicated with by the main ventilation hole on the pedestal upper surface, and the gross area of all through holes on the described pedestal upper surface is 20-35% of the gross area in all main ventilation holes.
9, according to the hot melting glass post lamp of claim 1 or 2 or 4 or 5, it is characterized in that: the cross sectional shape of described hot melting glass post lamp is rectangular, or rhombus or polygon.
10, according to the hot melting glass post lamp of claim 1 or 2 or 4 or 5, it is characterized in that: described hot melt glass lamp plate comprises certain thickness quartzy grain beading body of one deck and two-layer crystal glass plate, between this two-layer crystal glass plate, be bonded with the ultraviolet curing substratum transparent, the contact site hot melt combination on quartzy grain beading body and the upper water crystal glass plate adjacent surface; Wherein, quartzy grain beading body comprises the some quartzy grain of hot melt combination, and these quartzy grains are erect and are arranged on the upper water crystal glass plate, the contact site hot melt combination of adjacent quartzy grain.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201468150U CN201246622Y (en) | 2008-08-22 | 2008-08-22 | Hot melt glass post lamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201468150U CN201246622Y (en) | 2008-08-22 | 2008-08-22 | Hot melt glass post lamp |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201246622Y true CN201246622Y (en) | 2009-05-27 |
Family
ID=40730444
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008201468150U Expired - Lifetime CN201246622Y (en) | 2008-08-22 | 2008-08-22 | Hot melt glass post lamp |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201246622Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106415111A (en) * | 2014-04-01 | 2017-02-15 | 维雅比祖诺有限责任公司 | LED lighting system |
-
2008
- 2008-08-22 CN CNU2008201468150U patent/CN201246622Y/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106415111A (en) * | 2014-04-01 | 2017-02-15 | 维雅比祖诺有限责任公司 | LED lighting system |
| CN106415111B (en) * | 2014-04-01 | 2020-03-24 | 维雅比祖诺有限责任公司 | LED lighting system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US20060191529A1 (en) | Fireplace mantel assembly | |
| CN101660695A (en) | LED embedded lamp | |
| CN100587307C (en) | Hot melting glass post lamp and its multi-channel cooling method | |
| CN106247217B (en) | Using LED, module number can rubato flat lamp | |
| CN201246622Y (en) | Hot melt glass post lamp | |
| US3922073A (en) | Light diffuser system | |
| CN203980044U (en) | Lift lamp affixed to the ceiling | |
| CN205606447U (en) | Flame special effect lamps and lanterns | |
| KR200415524Y1 (en) | Assembly type lotus flower lamp | |
| CN204187404U (en) | A kind of multilayer LED fitting structure | |
| CN201246641Y (en) | Light fitting of integrated suspended ceiling | |
| CN209762807U (en) | multi-layer light and shadow changing square lamp | |
| CN207945566U (en) | A kind of New LED Landscape Lamp | |
| CN105937751A (en) | Telescopic type matrix lamp and telescopic screen manufactured by telescopic type matrix lamp | |
| CN208899636U (en) | The arcuate channels mounting structure of gate structures | |
| CN206771122U (en) | A kind of bulkhead lamp | |
| KR100715285B1 (en) | Led lamp | |
| CN205897032U (en) | Telescopic matrix lamp and with flexible screen of its manufacturing | |
| CN205894865U (en) | Glass brick of hiding light cuts off mounting structure | |
| CN212841271U (en) | LED special ceiling lamp of gymnasium that light efficiency is high | |
| CN205025009U (en) | Hide tilting decorative board in lamp area and decorate interior wall | |
| RU44162U1 (en) | DECORATIVE MULTI-COLOR LIGHT | |
| KR200448925Y1 (en) | A Prayer light pagoda for buddhist temple | |
| CN104566012B (en) | A kind of wall lamp | |
| CN202915211U (en) | Decorative ceiling lamp |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Effective date of abandoning: 20080822 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |