CN201178100Y - Organic electro-luminescence display screen having organic solar cell - Google Patents
Organic electro-luminescence display screen having organic solar cell Download PDFInfo
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- CN201178100Y CN201178100Y CNU2007200329902U CN200720032990U CN201178100Y CN 201178100 Y CN201178100 Y CN 201178100Y CN U2007200329902 U CNU2007200329902 U CN U2007200329902U CN 200720032990 U CN200720032990 U CN 200720032990U CN 201178100 Y CN201178100 Y CN 201178100Y
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Abstract
An organic electroluminescent display screen with an organic solar cell comprises a glass cover plate, a glass substrate, an ITO film, an organic electroluminescent display unit, an isolation pillar, a metallic cathode, a resin package frame, etc. One or a plurality of organic solar cell units, each of which consists of a transparent electrode layer, an optical activity organic layer and a metallic electrode layer, are arranged below the glass cover plate; a coating is applied and cured in the inner area of the inner side of the cover plate, which is corresponding to the package frame; the organic electroluminescent display unit, the metallic cathode, the insulation pillar, etc. are arranged on the glass substrate; and finally the resin package frame packages the glass substrate and the glass cover plate up, and the novel organic electroluminescent display screen powered by the solar cell of the organic electroluminescent display screen is formed. The organic electroluminescent display screen is particularly suitable for being used in special environments, such as outdoor environment, field environment, etc, and meets the development requirement and trend for energy conservation and environment protection in the future society.
Description
Technical field
The utility model relate to a kind of at known organic EL display panel glass cover-plate or substrate on organic EL display panel and several package assembly thereof of integrated processing and fit on organic polymer solar cell.
Background technology
From Kodak (Kodak) in 1987 and univ cambridge uk (CDT) developed can business-like organic elctroluminescent device since, the organic electroluminescent with semiconductor self-luminous characteristic (OLED/PLED) display screen made from micromolecule and macromolecule organic material is because of having low voltage operating, active illuminating, high-contrast, full visual angle, response speed is fast, color is pure, do not need backlight, low in energy consumption, the strong excellent specific properties such as (total solids structures) of super wide operating temperature range (low temperature can reach-40 ℃) and resistance to shock and be subjected to worldwide concern and research and development.Its application prospect light can be widely used in a plurality of fields such as communication field, commercial measurement field, IT field, consumer electronics and automotive electronics.
At present, the typical structure (see figure 1) of known organic EL display panel is assembled successively by parts such as transparent glass substrate 101, transparent ito anode 102, organic light-emitting units 103 (wherein this unit is made up of 1 to 5 layer of organic function layer, contains more than one many display pixels point), metallic cathode 104, insulated column 105 and glass cover-plate 106, packaging plastic frames 107.
Because at present known organic EL display panel all is to adopt external power source work, thus its single powered operation mode confinement it out of doors or application and use under the conditions such as unregulated power such as field or power shortage.The utility model proposes a kind of appropriate design organic polymer solar cell of new generation and the known integrated processing of organic EL display panel have been formed a kind of novel organic EL display panel that carries organic solar batteries together.Novel ability to work and the approach that obtains electric power by own organic solar batteries that increased of this use overcome the deficiency that original organic EL display panel can only rely on external power source work, expanded its scope of application and purposes greatly.
Summary of the invention
For overcoming unicity and the limitation that present organic EL display panel has only external power source work, the utility model is according to its low-power consumption and low voltage drive characteristic, again in conjunction with it and organic polymer solar cell of new generation in the characteristics such as many common points that aspects such as material, structure and processing technology exist, a kind of organic EL display panel that has the machine solar cell is provided.
The organic EL display panel that has the machine solar cell that is used to realize above-mentioned purpose and provides comprises glass cover-plate, transparent electrode layer, the photolytic activity organic layer, metal electrode layer, glass substrate, the ITO rete, organic electroluminescence display unit, insulated column, metallic cathode, the sealing coat film, parts such as resin-encapsulated frame, it is characterized in that: be arranged with one or more organic solar batteries unit at glass cover-plate, said organic solar batteries unit is from top to bottom successively by the transparent electrode layer of stacked setting, the photolytic activity organic layer, metal electrode layer constitutes, apply at the medial area of the corresponding package frame of the cover plate inboard that is provided with solar cell and to be solidified with a circle and to contain the sealing coat film that absorbs moisture and oxygen additive component, organic electroluminescence display unit, metallic cathode, insulated column is arranged on the glass substrate with the sealing coat film that contains absorption moisture and oxygen adding ingredient, encapsulation is connected with the resin-encapsulated frame around glass substrate, and glass cover-plate is encapsulated in the top of resin-encapsulated frame.The utility model has adopted the appropriate design of common sparing material, structure and technology, be processed into an integral body with organic polymer solar cell and organic EL display panel are integrated, formed that a kind of volume is little, compact conformation and carry the organic EL display panel of organic polymer solar cell, overcome it and only had the unicity and the limitation of external power source work.Therefore, the utility model organic EL display panel both can be by external power source work, again can be by the organic solar batteries powered operation that carries, expanded greatly organic EL display panel out of doors with conditions such as unregulated powers such as field or power shortage under use, and can be applied even more extensively special dimensions such as forestry, grassland, colliery, geology, oil, ocean, aviation, military affairs.
Therefore, the utility model has enlarged service condition, application and the purposes of organic elctroluminescent device, also meet the energy-conservation demand for development with environmental protection of following society, application and the industrialization process promoted and accelerate organic elctroluminescent device are had good social benefit.
The technology implementation scheme that its technical problem that solves the utility model adopts and to have the assembling scheme of organic EL display panel of machine solar cell as follows:
Technology implementation scheme A: be arranged with one or more organic solar batteries unit at glass cover-plate, said organic solar batteries unit is from top to bottom successively by the transparent electrode layer of stacked setting, the photolytic activity organic layer, metal electrode layer constitutes, apply at the medial area of the corresponding package frame of cover plate inboard and to be solidified with a circle and to contain the sealing coat film that absorbs moisture and oxygen additive component, organic electroluminescence display unit, metallic cathode, insulated column is arranged on the glass substrate with the sealing coat film that contains absorption moisture and oxygen adding ingredient, encapsulation is connected with the resin-encapsulated frame around glass substrate, and glass cover-plate is encapsulated in the top of resin-encapsulated frame.When assembling is made, press the organic solar batteries production technology, earlier with transparent electrode layer, the photolytic activity organic layer, metal electrode layer, processing such as sealing coat films etc. form one or more organic solar batteries unit with stacking gradually on the glass cover-plate of organic EL display panel, press the organic EL display panel production technology then, again with organic electroluminescence display unit, insulated column, processing such as sealing coat film are on glass substrate, with package frame the glass substrate that processes and glass cover-plate are encapsulated at last and have just formed a kind of novel organic EL display panel that has the machine solar cell together, according to the different structure of organic EL display panel, can form two kinds of embodiments again.
Technology implementation scheme B: press the organic EL display panel production technology; with organic electroluminescence display unit; insulated column; the monomer-polymer obturator; silicate lining layer; polymer coverings etc. are processed successively and form a complete thin-film package type display of organic electroluminescence on glass substrates; on the glass substrate in vacancy around it; again according to the organic solar batteries production technology; with transparent electrode layer; the photolytic activity organic layer; metal electrode layer; protection cover layer etc. processes one or more organic solar batteries unit with stacking gradually; so just formed a kind of novel organic EL display panel that has the machine solar cell; according to the different structure of thin-film package type organic EL display panel, can form two kinds of embodiments again.
Package assembly 1: see Fig. 2, be arranged with one or more organic solar batteries unit at glass cover-plate, said organic solar batteries unit is from top to bottom successively by the transparent electrode layer of stacked setting, the photolytic activity organic layer, metal electrode layer constitutes, apply at the medial area of the corresponding package frame of the cover plate inboard that is provided with solar cell and to be solidified with a circle and to contain the sealing coat film that absorbs moisture and oxygen additive component, organic electroluminescence display unit, metallic cathode, insulated column is arranged on the glass substrate with the sealing coat film that contains absorption moisture and oxygen adding ingredient, encapsulation is connected with the resin-encapsulated frame around glass substrate, and glass cover-plate is encapsulated in the top of resin-encapsulated frame.When assembling is made, press the organic solar batteries production technology, earlier with transparent electrode layer, the photolytic activity organic layer, metal electrode layers etc. are processed with stacking gradually and form one or more organic solar batteries unit on the glass cover-plates of organic EL display panel, inboard place, corresponding package frame position applies a circle sealing coat film on the cell metallic electrode layer afterwards, this rete contains the absorption moisture and absorbs the oxygen additive, and then press the organic EL display panel production technology, with one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells, insulated column, processing such as sealing coat film etc. is encapsulated into the special glass substrate that processes and glass cover-plate with package frame at last and has just formed described a kind of organic EL display panel that has the machine solar cell together on the glass substrate of special use.
The beneficial effects of the utility model are: be processed into an integral body with organic polymer solar cell and organic EL display panel are integrated, volume is little, compact conformation rationally also can be given the organic EL display panel powered operation by organic polymer solar cell, overcome it and only had the unicity and the limitation of external power source work, expanded greatly organic EL display panel out of doors with conditions such as unregulated powers such as field or power shortage under use and use.
Package assembly 2: see Fig. 3, the substrate of organic EL display panel adopts the processing type glass substrate that applies on the simple glass and solidified micro crystal material rete and the formation of nano material rete, the inner organic electroluminescence display unit of screen is one or more, each display unit is made up of 1-5 layer organic function layer, isolates with the insulation insulated column between a plurality of display units; Organic solar batteries has the battery unit of the stacked composition of one or more same structures.When assembling is made, press the organic solar batteries production technology, earlier with transparent electrode layer, the photolytic activity organic layer, metal electrode layers etc. are processed with stacking gradually and form one or more organic solar batteries unit on the glass cover-plates of organic EL display panel, inboard place, corresponding package frame position applies a circle sealing coat film on the cell metallic electrode layer afterwards, this rete contains the absorption moisture and absorbs the oxygen additive, then on common glass substrates, apply earlier and curing one deck micro crystal material rete, apply and solidify the surface of a nanoscale evenness of one deck nano material rete formation again, press the organic EL display panel production technology again, with one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells, insulated column, processing such as sealing coat film etc. is encapsulated into the special glass substrate that processes and glass cover-plate with package frame at last and has just formed described a kind of organic EL display panel that has the machine solar cell together on the glass substrate of special use.
The beneficial effects of the utility model are: be processed into an integral body with organic polymer solar cell and organic EL display panel are integrated, volume is little, compact conformation rationally also can be given the organic EL display panel powered operation by organic polymer solar cell, overcome it and only had the unicity and the limitation of external power source work, expanded greatly organic EL display panel out of doors with conditions such as unregulated powers such as field or power shortage under use and use.
Package assembly 3: see Fig. 4; press the organic EL display panel production technology; with one or more organic electroluminescence display units; insulated column; the monomer-polymer obturator; silicate lining layer; polymer coverings etc. are processed successively on the special glass substrate; form a complete thin-film package type display of organic electroluminescence; on the special glass substrate in vacancy around it; again according to the organic solar batteries production technology; with transparent electrode layer; the photolytic activity organic layer; metal electrode layer; protection cover layer etc. processes one or more organic solar batteries unit with stacking gradually, has so just formed described a kind of organic EL display panel that has the machine solar cell.
The beneficial effects of the utility model are: be processed into an integral body with organic polymer solar cell and organic EL display panel are integrated, volume is little, compact conformation rationally also can be given the organic EL display panel powered operation by organic polymer solar cell, overcome it and only had the unicity and the limitation of external power source work, expanded greatly organic EL display panel out of doors with conditions such as unregulated powers such as field or power shortage under use and use.
Package assembly 4: see Fig. 5; on common glass substrates; apply earlier and curing one deck micro crystal material rete; apply and solidify the surface of a nanoscale evenness of one deck nano material rete formation again; press the organic EL display panel production technology; with one or more organic electroluminescence display units; insulated column; the monomer-polymer obturator; silicate lining layer; polymer coverings etc. are processed successively on the nanometer rete of common glass substrates; form a complete thin-film package type display of organic electroluminescence; on the nanometer rete of the common glass substrates in vacancy around it; again according to the organic solar batteries production technology; with transparent electrode layer; the photolytic activity organic layer; metal electrode layer; protection cover layer etc. processes one or more organic solar batteries unit with stacking gradually, has so just formed described a kind of organic EL display panel that has the machine solar cell.
The beneficial effects of the utility model are: be processed into an integral body with organic polymer solar cell and organic EL display panel are integrated, volume is little, compact conformation rationally also can be given the organic EL display panel powered operation by organic polymer solar cell, overcome it and only had the unicity and the limitation of external power source work, expanded greatly organic EL display panel out of doors with conditions such as unregulated powers such as field or power shortage under use and use.
Description of drawings
Fig. 1 is the exemplary block diagram of known organic EL display panel.
Fig. 2 is the utility model package assembly 1, the integrated organic EL display panel structure chart that has the machine solar cell that is produced on the special glass substrate process of glass cover-plate inner surface of organic solar batteries.
Fig. 3 is the utility model package assembly 2, and organic solar batteries is integrated to be produced on the organic EL display panel structure chart that has the machine solar cell that applies and solidify micro crystal material rete and nano material rete technology on the common glass substrates of glass cover-plate inner surface.
Fig. 4 is the utility model package assembly 3, the integrated organic EL display panel structure chart that has the machine solar cell that is produced on special glass substrate inner surface and distributes around the encapsulation type display of organic electroluminescence of organic solar batteries.
Fig. 5 is the utility model package assembly 4, the integrated organic EL display panel structure chart that has the machine solar cell that is produced on special glass substrate inner surface and distributes around the encapsulation type display of organic electroluminescence of organic solar batteries.
Fig. 6 is that the photolytic activity organic layer is the structural representation of the organic polymer solar cell that is made of electron acceptor material and electron donor material mixing all-in-one-piece structure.
Fig. 7 is that the photolytic activity organic layer is the structural representation of the organic polymer solar cell that become by the double-deck P-N junction structure that electron acceptor material and electron donor material are laminated.
Fig. 8 is that the photolytic activity organic layer is the structural representation of the organic polymer solar cell that become by the double-deck P-I-N type structure that electron acceptor material, photo-generated carrier layer and electron donor material are laminated.
101-special use or common glass substrates; The 102-ITO transparent anode;
103-ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell; The 104-metallic cathode; The 105-insulated column;
The 106-glass cover-plate; 107-sealing frame; 108-organic film coating;
The cover layer of the whole embedding of 109-; The 110-ceramic film; The 111-polymer film;
301-micro crystal material rete; 302-nano material rete;
401-clear glass or plastic plate; The 402-transparent electrode layer; The active organic layer of 403-;
The 404-metal electrode layer;
4031-electron donor material layer; 4032-electron acceptor material layer;
4033-photo-generated carrier layer;
Embodiment:
Further specify each embodiment of the present utility model below in conjunction with accompanying drawing.
Package assembly 1 embodiment
As Fig. 2, the substrate of organic EL display panel adopts the special glass substrate, and the inner organic electroluminescence display unit of screen is one or more, and each display unit is made up of 1-5 layer organic function layer, isolates with the insulation insulated column between a plurality of display units; Organic solar batteries has the battery unit of the stacked composition of one or more same structures, adopts the serial or parallel connection mode to connect between a plurality of battery units.When assembling is made, on the glass cover-plate 106 of organic EL display panel, press the organic solar batteries production technology, earlier with transparent electrode layer 402, photolytic activity organic layer 403, metal electrode layer 404 grades process with stacking gradually and form one or more organic solar batteries unit, corresponding package frame position inboard place coating one circle contains the sealing coat film 108 that absorbs moisture and absorb the oxygen additive component on the cell metallic electrode layer afterwards, and then press the organic EL display panel production technology, on special glass substrate 101, sputter or evaporation last layer transparent ITO electrode 102, process one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells 103 thereon more successively, metallic cathode 104 and insulated column 105, inboard place, corresponding package frame position also applies a circle and contains the sealing coat film 108 that absorbs moisture and absorb the oxygen additive component on glass substrate again, with package frame 107 the special glass substrate that processes and glass cover-plate is encapsulated at last and has just formed described a kind of organic EL display panel that has the machine solar cell together.
The integrated assembling organic solar batteries of the shared glass cover-plate of the utility model, the process structure compactness, volume is little, the reliability height, organic solar batteries can absorb the energy of sunlight in the environment of organic EL display panel back to its powered operation simultaneously, energy-conservation environmental protection again, both overcome known organic EL display panel can only be by the single mode of operation of external power source work, has expanded its application at special dimensions such as forestry, grassland, colliery, geology, oil, ocean, aviation, military affairs again greatly.
Package assembly 2 embodiment
As Fig. 3, the substrate of organic EL display panel adopts the processing type glass substrate that applies on the simple glass and solidified micro crystal material rete and the formation of nano material rete, the inner organic electroluminescence display unit of screen is one or more, each display unit is made up of 1-5 layer organic function layer, isolates with the insulation insulated column between a plurality of display units; Organic solar batteries has the battery unit of the stacked composition of one or more same structures, adopts the serial or parallel connection mode to connect between a plurality of battery units.When assembling is made, on the glass cover-plate 106 of organic EL display panel, press the organic solar batteries production technology, earlier with transparent electrode layer 402, photolytic activity organic layer 403, metal electrode layer 404 grades process with stacking gradually and form one or more organic solar batteries unit, corresponding package frame position inboard place coating one circle contains the sealing coat film 108 that absorbs moisture and absorb the oxygen additive component on the cell metallic electrode layer afterwards, and then press the organic EL display panel production technology, on common glass substrates 101, apply and curing one deck micro crystal material film 301, apply and solidify the surface of a nanoscale evenness of one deck nano material film 302 formation again, follow sputter or evaporation last layer transparent ITO electrode 102, process one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells 103 thereon more successively, metallic cathode 104 and insulated column 105, inboard place, corresponding package frame position also applies a circle and contains the sealing coat film 108 that absorbs moisture and absorb the oxygen additive component on glass substrate again, with package frame 107 the special glass substrate that processes and glass cover-plate is encapsulated at last and has just formed described a kind of organic EL display panel that has the machine solar cell together.
The utility model adopts the integrated assembling organic solar batteries of shared glass cover-plate, the process structure compactness, volume is little, the reliability height, the common glass substrates that is adopted applies and curing micro crystal material rete and nano material rete technology, can obviously reduce product cost, organic solar batteries can absorb the energy of sunlight in the environment of organic EL display panel back to its powered operation simultaneously, energy-conservation environmental protection again, both overcome known organic EL display panel and can only expand it again greatly in forestry by the single mode of operation of external power source work, the grassland, the colliery, geology, oil, the ocean, aviation, the application of special dimensions such as military affairs.
Package assembly 3 embodiment
As Fig. 4, on special glass substrate 101, press the organic EL display panel production technology, process ITO transparent anode 102 successively, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells 103, parts such as metallic cathode 104 and insulated column 105, adopt overall package technology afterwards: it is indoor that the special glass substrate that processes is put into vacuum work, again liquid monomer polymer vaporization back is imported wherein, cover fully on the display of organic electroluminescence that processes, again through ultraviolet light polymerization form one thicker, structure seals the solid polymer cover layer 109 smooth with smooth outer surface fully, next, deposition is solidified one deck compacting ceramic film 110 and one layer of polymeric rete 111 successively on the surface of this polymer covering, and the repetition overlay film that so passes through 1-5 time just forms a complete thin-film package type display of organic electroluminescence.Afterwards; again according to the organic solar batteries production technology; around the thin-film package type display of organic electroluminescence on the special glass substrate in vacancy; transparent electrode layer 402, photolytic activity organic layer 403, metal electrode layer 404, the one or more organic solar batteries of protection cover layer 405 formation unit are gone up in processing with stacking gradually, have just formed described a kind of organic EL display panel that has the machine solar cell at last.
The utility model adopts the integrated assembling organic solar batteries of shared special glass substrate, the process structure compactness, volume is little, the reliability height, organic solar batteries can absorb the energy of sunlight in the anterior environment of organic EL display panel to its powered operation simultaneously, energy-conservation environmental protection again, both overcome known organic EL display panel can only be by the single mode of operation of external power source work, has expanded its application at special dimensions such as forestry, grassland, colliery, geology, oil, ocean, aviation, military affairs again greatly.
Package assembly 4 embodiment
As Fig. 5, on common glass substrates 101, apply earlier and curing one deck micro crystal material film 301, apply and solidify the surface of a nanoscale evenness of one deck nano material film 302 formation again, then press the organic EL display panel production technology, process ITO transparent anode 102 successively, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells 103, parts such as metallic cathode 104 and insulated column 105, adopt overall package technology afterwards: it is indoor that the special glass substrate that processes is put into vacuum work, again liquid monomer polymer vaporization back is imported wherein, cover fully on the display of organic electroluminescence that processes, again through ultraviolet light polymerization form one thicker, structure seals the solid polymer cover layer 109 smooth with smooth outer surface fully, next, deposition is solidified one deck compacting ceramic film 110 and one layer of polymeric rete 111 successively on the surface of this polymer covering, and the repetition overlay film that so passes through 1-5 time just forms a complete thin-film package type display of organic electroluminescence.Afterwards; again according to the organic solar batteries production technology; on the micro crystal material rete and nano material rete around thin-film package type display of organic electroluminescence on the common glass substrates in vacancy; transparent electrode layer 402, photolytic activity organic layer 403, metal electrode layer 404, the one or more organic solar batteries of protection cover layer 405 formation unit are gone up in processing with stacking gradually, have just formed described a kind of organic EL display panel that has the machine solar cell at last.
The utility model adopts the integrated assembling organic solar batteries of shared common glass substrates, the process structure compactness, volume is little, the reliability height, the common glass substrates that is adopted applies and curing micro crystal material rete and nano material rete technology, can obviously reduce product cost, organic solar batteries can absorb the energy of sunlight in the anterior environment of organic EL display panel to its powered operation simultaneously, energy-conservation environmental protection again, both overcome known organic EL display panel and can only expand it again greatly in forestry by the single mode of operation of external power source work, the grassland, the colliery, geology, oil, the ocean, aviation, the application of special dimensions such as military affairs.
Organic solar energy cell structure 1 embodiment
As Fig. 6, on transparent glass substrate 401, press the stacked direction shown in the arrow among the figure, evaporation or sputter process transparent electrode layer 402 successively, photolytic activity organic layer 403 and metal electrode layer 404, wherein, the photolytic activity organic layer mixes a rete of forming by electron donor material and electron acceptor material.
Organic solar energy cell structure 2 embodiment
As Fig. 7, on transparent glass substrate 401, press the stacked direction shown in the arrow among the figure, evaporation or sputter process transparent electrode layer 402 successively, photolytic activity organic layer 403 and metal electrode layer 404, wherein, the photolytic activity organic layer was made of electron acceptor rete 4031 and electron donor rete 4032 duplicatures stacked adding, i.e. the P-N junction structure.
Organic solar energy cell structure 3 embodiment
As Fig. 8, on transparent glass substrate 401, press the stacked direction shown in the arrow among the figure, evaporation or sputter process transparent electrode layer 402 successively, photolytic activity organic layer 403 and metal electrode layer 404, wherein, the photolytic activity organic layer was made of electron acceptor rete 4031, photo-generated carrier layer 4033 and electron donor rete 4032 trilamellar membranes stacked adding, both P-I-N type structure.
Claims (3)
1, a kind of organic EL display panel that has the machine solar cell, comprise glass cover-plate, transparent electrode layer, the photolytic activity organic layer, metal electrode layer, glass substrate, the ITO rete, organic electroluminescence display unit, insulated column, metallic cathode, the sealing coat film, the resin-encapsulated frame, it is characterized in that: be arranged with one or more organic solar batteries unit at glass cover-plate, said organic solar batteries unit is from top to bottom successively by the transparent electrode layer of stacked setting, the photolytic activity organic layer, metal electrode layer constitutes, apply at the medial area of the corresponding package frame of the cover plate inboard that is provided with solar cell and to be solidified with a circle sealing coat film, organic electroluminescence display unit, metallic cathode, insulated column and sealing coat film are arranged on the glass substrate, encapsulation is connected with the resin-encapsulated frame around glass substrate, and glass cover-plate is encapsulated in the top of resin-encapsulated frame.
2, the organic EL display panel that has the machine solar cell as claimed in claim 1, it is characterized in that: the substrate of organic EL display panel adopts glass substrate, the inner organic electroluminescence display unit of screen is one or more, each display unit is made up of 1-5 layer organic function layer, isolates with the insulation insulated column between a plurality of display units; Organic solar batteries has the battery unit of the stacked composition of one or more same structures, adopts the serial or parallel connection mode to connect between a plurality of battery units.
3, the organic EL display panel that has the machine solar cell as claimed in claim 1, it is characterized in that: the substrate of organic EL display panel adopts the processing type glass substrate that applies on the simple glass and solidified micro crystal material rete and the formation of nano material rete, the inner organic electroluminescence display unit of screen is one or more, each display unit is made up of 1-5 layer organic function layer, isolates with the insulation insulated column between a plurality of display units; Organic solar batteries has the battery unit of the stacked composition of one or more same structures, adopts the serial or parallel connection mode to connect between a plurality of battery units.
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| Application Number | Priority Date | Filing Date | Title |
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| CNU2007200329902U CN201178100Y (en) | 2007-10-16 | 2007-10-16 | Organic electro-luminescence display screen having organic solar cell |
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| CNU2007200329902U CN201178100Y (en) | 2007-10-16 | 2007-10-16 | Organic electro-luminescence display screen having organic solar cell |
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| CN201178100Y true CN201178100Y (en) | 2009-01-07 |
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101814514A (en) * | 2010-03-15 | 2010-08-25 | 广东中显科技有限公司 | Substrate for preparing displays |
| CN102222775A (en) * | 2010-04-13 | 2011-10-19 | 三星移动显示器株式会社 | Display apparatus |
| CN101226955B (en) * | 2008-01-29 | 2012-03-14 | 昆山维信诺显示技术有限公司 | Organic electroluminescent device |
| CN102465393A (en) * | 2010-11-08 | 2012-05-23 | 慧濠光电科技股份有限公司 | Manufacture method of flexible substrate and solar cell and production method thereof |
| WO2014032349A1 (en) * | 2012-09-03 | 2014-03-06 | 深圳市华星光电技术有限公司 | Organic display device |
| CN103700691A (en) * | 2013-12-24 | 2014-04-02 | 京东方科技集团股份有限公司 | Display substrate and display device |
| CN104037189A (en) * | 2013-03-08 | 2014-09-10 | 联胜（中国）科技有限公司 | Organic luminescence display with solar energy battery |
| EP2393077A3 (en) * | 2010-06-01 | 2015-07-29 | Samsung Display Co., Ltd. | Display apparatus |
| CN108878492A (en) * | 2018-06-29 | 2018-11-23 | 京东方科技集团股份有限公司 | OLED display and preparation method thereof |
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- 2007-10-16 CN CNU2007200329902U patent/CN201178100Y/en not_active Expired - Fee Related
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| CN101226955B (en) * | 2008-01-29 | 2012-03-14 | 昆山维信诺显示技术有限公司 | Organic electroluminescent device |
| CN101814514A (en) * | 2010-03-15 | 2010-08-25 | 广东中显科技有限公司 | Substrate for preparing displays |
| CN101814514B (en) * | 2010-03-15 | 2012-02-22 | 广东中显科技有限公司 | Substrate for preparing displays |
| CN102222775B (en) * | 2010-04-13 | 2015-07-22 | 三星显示有限公司 | Display apparatus |
| US8502448B2 (en) | 2010-04-13 | 2013-08-06 | Samsung Display Co., Ltd. | Display apparatus comprising a composite member of a resin matrix and carbon fibers |
| CN102222775A (en) * | 2010-04-13 | 2011-10-19 | 三星移动显示器株式会社 | Display apparatus |
| EP2393077A3 (en) * | 2010-06-01 | 2015-07-29 | Samsung Display Co., Ltd. | Display apparatus |
| CN102465393A (en) * | 2010-11-08 | 2012-05-23 | 慧濠光电科技股份有限公司 | Manufacture method of flexible substrate and solar cell and production method thereof |
| WO2014032349A1 (en) * | 2012-09-03 | 2014-03-06 | 深圳市华星光电技术有限公司 | Organic display device |
| CN104037189A (en) * | 2013-03-08 | 2014-09-10 | 联胜（中国）科技有限公司 | Organic luminescence display with solar energy battery |
| CN103700691A (en) * | 2013-12-24 | 2014-04-02 | 京东方科技集团股份有限公司 | Display substrate and display device |
| CN103700691B (en) * | 2013-12-24 | 2016-06-22 | 京东方科技集团股份有限公司 | Display base plate and display device |
| CN108878492A (en) * | 2018-06-29 | 2018-11-23 | 京东方科技集团股份有限公司 | OLED display and preparation method thereof |
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