CN201402791Y - Flat-panel type high-efficient energy-saving illuminating screen - Google Patents
Flat-panel type high-efficient energy-saving illuminating screen Download PDFInfo
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- CN201402791Y CN201402791Y CN2009201167590U CN200920116759U CN201402791Y CN 201402791 Y CN201402791 Y CN 201402791Y CN 2009201167590 U CN2009201167590 U CN 2009201167590U CN 200920116759 U CN200920116759 U CN 200920116759U CN 201402791 Y CN201402791 Y CN 201402791Y
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Abstract
The utility model discloses a flat-panel type high-efficient energy-saving illuminating screen, which comprises a socket lamp holder, a lamp holder plastic casing, a driving electronic element, a driving circuit board, a flat-panel glass screen, a middle glass clamping frame, glass grid bars, florescent luminescent materials, electrodes, an external exhaust pipe, low-melting point glass powder, aprinted wire, epoxy resin and a colorful PVC sealing strip. The middle glass clamping frame is bonded on peripheries of an upper glass sheet and a lower glass sheet of the flat-panel glass screen viathe low-melting point glass powder, the glass grid bars are uniformly bonded between the upper glass sheet and the lower glass sheet of the flat-panel glass screen via the low-melting point glass powder to form a passage, the fluorescent luminescent materials are coated on the inner periphery of the passage, the electrodes are bonded at two ends of the glass grid bar passage via the low-melting point glass powder, and the external exhaust pipe is bonded on the flat-panel glass screen via the low-melting point glass powder and disposed in the lamp holder plastic casing. The flat-panel type high-efficient energy-saving illuminating screen has the advantages of novel structure, various styles, high universality, wide applicable range, long service life, low power consumption, high efficiency,saving energy and the like.
Description
Technical field
The utility model relates to a kind of novel energy-conserving lighting source, and is especially relevant with panel type efficient energy-saving lighting screen.
Background technology
Existing fluorescent lamp all is the straight pipe type or the multitube combination compact of pipe shape.Exist following shortcoming: (one) is that light-emitting area is narrow, can not fully launch light-emitting area, and light efficiency is low; (2) be the multitube set of compact type lamp or spiral together that a part of light concentrates on the center, can not scatter, and has increased its working temperature, quickens the decay and the reduction of service life of light; (3) be that conventional lighting requirement is: light is in last irradiation downwards, and existing electricity-saving lamp is cylindrical, and light is laterally aerial diffuse scattering all around, and following effective illumination is relatively poor; (4) be existing electricity-saving lamp because profile physical dimension etc. are subjected to certain restriction, power can not be done greatly, also is subjected to the restriction of light fixture, and the aesthetic conceptions deficiency.
Summary of the invention
The purpose of this utility model provides a kind of brand new, a great variety of models, and highly versatile, applied widely, the life-span is long, and is low in energy consumption, energy-efficient, can satisfy the panel type efficient energy-saving lighting screen of the illumination needs in people's work, study and big or small environment night.
For achieving the above object, the utility model is achieved through the following technical solutions.Panel type efficient energy-saving lighting screen, comprise and patch lamp holder, lamp holder is moulded shell, drive electronic component, the driver circuit plate, the plate glass screen, therebetween glass encloses frame, the glass grizzly bar, fluorescence luminescent material, electrode, externally connected exhaust pipe, glass powder with low melting point, printed wire, epoxy resin and colored PVC strip of paper used for sealing, driving electronic devices and components is welded on the driver circuit plate, the driver circuit plate is fixed on lamp holder and moulds in the shell, one of driver circuit plate connects lamp holder by lead, glass encloses frame and is bonded in plate glass screen up and down around two plate glass by glass powder with low melting point, the glass grizzly bar evenly is bonded in the plate glass screen by glass powder with low melting point and forms path between two plate glass up and down, and be coated with fluorescence luminescent material around in path, electrode is bonded in two ends of glass grizzly bar path by glass powder with low melting point, externally connected exhaust pipe is bonded on the plate glass screen and is arranged in lamp holder by glass powder with low melting point moulds shell, driver circuit plate other end is connected on the printed wire on the plate glass panel by lead, on printed wire, be coated with epoxy resin, the lamp holder that drives electronic component be housed mould shell and adopt epoxy resin bonding, the colored PVC strip of paper used for sealing edge sealing of plate glass screen periphery employing with the plate glass screen.
Described panel type efficient energy-saving lighting screen also comprises the aluminium film, and the aluminium film is coated between the non-fluorescent glass face and fluorescence luminescent material of plate glass screen.
Described panel type efficient energy-saving lighting screen, the built-in glass grizzly bar of its plate glass screen is a passage labyrinth type loop structure, every of glass grizzly bar is divided into the long and short two section and the formation passway that is separated, and the passway is the 10-30 millimeter from the distance L that therebetween glass encloses arch, thereby forms cold junction.
Described panel type efficient energy-saving lighting screen, its printed wire adopt printed silver slurry conducting wire, and the plate glass screen is the plate shape of thin type, and profile can be designed to rectangle, square, circle, the multiple geometry of polygon according to demand respectively.
The utility model compared with prior art has the following advantages: (one) has higher energy saving.Plate luminous, can launch light-emitting area to greatest extent, improved light efficiency; (2) having light direction concentrates.Light directive unanimity, good illumination effect; (3) applicability is strong, and the scope of application is wide.This panel type efficient energy-saving screen is useful on the usual working power: 110V---220V, and lighting that need not be special can be general on standardized socket; (4) each bar grizzly bar all is provided with cold junction in the plate lighting screen, can reduce working temperature, and light decay is little, and the luminous efficiency height prolongs its life-span; (5) according to the illumination needs, the lighting screen that design shape and watt level are different can be widely used in various household, offices among a small circle, more can be used in the illumination in various large-scale public places or open-air place.
Description of drawings
Fig. 1 is the main TV structure schematic diagram of the utility model vertical type active flat panel type efficient energy-saving lighting screen.
Fig. 2 is the plan structure schematic diagram of the utility model vertical type active flat panel type efficient energy-saving lighting screen.
Fig. 3 is the main TV structure schematic diagram of the utility model surface stuck type active flat panel type efficient energy-saving lighting screen.
Fig. 4 is the plan structure schematic diagram of the utility model surface stuck type active flat panel type efficient energy-saving lighting screen.
Embodiment
Below in conjunction with accompanying drawing embodiment of the present utility model is described in further detail.
Embodiment 1: as shown in Figures 1 and 2, vertical type double-side panel type efficient energy-saving lighting screen, comprise and patch lamp holder 1, lamp holder is moulded shell 2, plate glass screen 3, drive electronic component 4, driver circuit plate 5, therebetween glass encloses frame 6, glass grizzly bar 7, fluorescence luminescent material 9, electrode 10, externally connected exhaust pipe 11, glass powder with low melting point 12, printed wire 14, epoxy resin 15 and colored PVC strip of paper used for sealing 16, driving electronic devices and components 4 is welded on the driver circuit plate 5, driver circuit plate 5 is fixed on lamp holder and moulds in the shell 2,5 one of driver circuit plates pass through lead 13 and connect lamp holders 1, glass encloses frame 6 and is bonded in plate glass screen about in the of 3 around two plate glass by glass powder with low melting point 12, glass grizzly bar 7 evenly is bonded in the plate glass screen by glass powder with low melting point 12 and forms path between two plate glass about in the of 3, and be coated with fluorescence luminescent material 9 around in path, electrode 10 is bonded in two ends of glass grizzly bar 7 paths by glass powder with low melting point 12, externally connected exhaust pipe 11 is bonded on the plate glass screen 3 and is arranged in lamp holder by glass powder with low melting point 12 moulds shell 2, driver circuit plate 5 other ends are connected on the printed wire 14 on 3 of the plate glass screens by lead 13, on printed wire 14, be coated with epoxy resin 15, the lamp holder that drives electronic component 4 is housed to be moulded shell 2 to adopt epoxy resin 15 and plate glass to shield 3 bonding, plate glass screen 3 peripheries adopt colored PVC strip of paper used for sealing 16 edge sealing, plate glass shields 3 built-in glass grizzly bars 7 and is passage labyrinth type loop structure, the glass grizzly bar 7 every be divided into the long and short two section and be separated and form passway 17, passway 17 is 16 millimeters from the distance L that therebetween glass encloses frame 6 tops, thereby form cold junction 18, printed wire 14 adopts printed silver slurry conducting wire, plate glass screen 3 is the plate shape of thin type, profile can be designed to rectangle or regular polygon according to demand respectively, and lamp holder is moulded shell 2 and is located at plate glass and shields 3 sides.
Embodiment 2: as shown in Figures 1 and 2, vertical type single face active flat panel type efficient energy-saving lighting screen, also comprise aluminium film 8, aluminium film 8 is coated between the non-fluorescent glass face and fluorescence luminescent material 9 of plate glass screen 3, passway 17 is 26 millimeters from the distance L that therebetween glass encloses frame 6 tops, and all the other are with embodiment 1.
Embodiment 3: as shown in Figures 3 and 4, surface stuck type double-side panel type efficient energy-saving lighting screen, comprise and patch lamp holder 1, lamp holder is moulded shell 2, plate glass screen 3, drive electronic component 4, driver circuit plate 5, therebetween glass encloses frame 6, glass grizzly bar 7, fluorescence luminescent material 9, electrode 10, externally connected exhaust pipe 11, glass powder with low melting point 12, printed wire 14, epoxy resin 15 and colored PVC strip of paper used for sealing 16, driving electronic devices and components 4 is welded on the driver circuit plate 5, driver circuit plate 5 is fixed on lamp holder and moulds in the shell 2,5 one of driver circuit plates pass through lead 13 and connect lamp holders 1, glass encloses frame 6 and is bonded in plate glass screen about in the of 3 around two plate glass by glass powder with low melting point 12, glass grizzly bar 7 evenly is bonded in the plate glass screen by glass powder with low melting point 12 and forms path between two plate glass about in the of 3, and be coated with fluorescence luminescent material 9 around in path, electrode 10 is bonded in two ends of glass grizzly bar 7 paths by glass powder with low melting point 12, externally connected exhaust pipe 11 is bonded on the plate glass screen 3 and is arranged in lamp holder by glass powder with low melting point 12 moulds shell 2, driver circuit plate 5 other ends are connected on the printed wire 14 on 3 of the plate glass screens by lead 13, on printed wire 14, be coated with epoxy resin 15, the lamp holder that drives electronic component 4 is housed to be moulded shell 2 to adopt epoxy resin 15 and plate glass to shield 3 bonding, plate glass screen 3 peripheries adopt colored PVC strip of paper used for sealing 16 edge sealing, plate glass shields 3 built-in glass grizzly bars 7 and is passage labyrinth type loop structure, the glass grizzly bar 7 every be divided into the long and short two section and be separated and form passway 17, passway 17 is 16 millimeters from the distance L that therebetween glass encloses frame 6 tops, thereby form cold junction 18, printed wire 14 adopts printed silver slurry conducting wire, plate glass screen 3 is the plate shape of thin type, profile can be designed to rectangle or regular polygon according to demand respectively, and lamp holder is moulded the centre that shell 2 is located at plate glass screen 3.
Embodiment 4: as shown in Figures 3 and 4, surface stuck type single face active flat panel type efficient energy-saving lighting screen, also comprise aluminium film 8, aluminium film 8 is coated between the non-fluorescent glass face and fluorescence luminescent material 9 of plate glass screen 3, passway 17 is 26 millimeters from the distance L that therebetween glass encloses frame 6 tops, plate glass screen 3 is the plate shape of thin type, and profile can be designed to circle according to demand, and all the other are with embodiment 3.
Claims (5)
1, a kind of panel type efficient energy-saving lighting screen, comprise and patch lamp holder (1), lamp holder is moulded shell (2), drive electronic component (4), driver circuit plate (5), driving electronic devices and components (4) is welded on the driver circuit plate (5), driver circuit plate (5) is fixed on lamp holder and moulds in the shell (2), (5) one of driver circuit plates pass through lead (13) and connect lamp holder (1), it is characterized in that: it also comprises plate glass screen (3), therebetween glass encloses frame (6), glass grizzly bar (7), fluorescence luminescent material (9), electrode (10), externally connected exhaust pipe (11), glass powder with low melting point (12), printed wire (14), epoxy resin (15) and colored PVC strip of paper used for sealing (16), glass encloses frame (6) and is bonded in plate glass screen (3) up and down around two plate glass by glass powder with low melting point (12), glass grizzly bar (7) evenly is bonded in plate glass screen (3) by glass powder with low melting point (12) and forms path between two plate glass up and down, and be coated with fluorescence luminescent material (9) around in path, electrode (10) is bonded in two ends of glass grizzly bar (7) path by glass powder with low melting point (12), externally connected exhaust pipe (11) is bonded on the plate glass screen (3) and is arranged in lamp holder by glass powder with low melting point (12) moulds shell (2), driver circuit plate (5) other end is connected on the printed wire (14) on plate glass screen (3) face by lead (13), on printed wire (14), be coated with epoxy resin (15), the lamp holder that drives electronic component (4) is housed moulds shell (2) and adopt epoxy resin (15) bonding with plate glass screen (3), plate glass screen (3) periphery adopts colored PVC strip of paper used for sealing (16) edge sealing.
2, panel type efficient energy-saving lighting screen according to claim 1 is characterized in that: it also comprises aluminium film (8), and aluminium film (8) is coated between the non-fluorescent glass face and fluorescence luminescent material (9) of plate glass screen (3).
3, panel type efficient energy-saving lighting screen according to claim 1 and 2, it is characterized in that: plate glass screen (3) built-in glass grizzly bar (7) is a passage labyrinth type loop structure, every of glass grizzly bar (7) is divided into the long and short two section and is separated formation passway (17), passway (17) is the 10-30 millimeter from the distance L that therebetween glass encloses frame (6) top, thereby forms cold junction (18).
4, panel type efficient energy-saving lighting screen according to claim 1 and 2, it is characterized in that: printed wire (14) adopts printed silver slurry conducting wire, plate glass screen (3) is the plate shape of thin type, and profile can be designed to rectangle, square, circle, the multiple geometry of polygon according to demand respectively.
5, panel type efficient energy-saving lighting screen according to claim 3, it is characterized in that: printed wire (14) adopts printed silver slurry conducting wire, plate glass screen (3) is the plate shape of thin type, and profile can be designed to rectangle, square, circle, the multiple geometry of polygon according to demand respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201167590U CN201402791Y (en) | 2009-03-31 | 2009-03-31 | Flat-panel type high-efficient energy-saving illuminating screen |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201167590U CN201402791Y (en) | 2009-03-31 | 2009-03-31 | Flat-panel type high-efficient energy-saving illuminating screen |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201402791Y true CN201402791Y (en) | 2010-02-10 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201167590U Expired - Fee Related CN201402791Y (en) | 2009-03-31 | 2009-03-31 | Flat-panel type high-efficient energy-saving illuminating screen |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201402791Y (en) |
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2009
- 2009-03-31 CN CN2009201167590U patent/CN201402791Y/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100210 Termination date: 20110331 |