CN201172394Y - Backing mirror embed with thin-film solar cell and organic electroluminescent display screen - Google Patents
Backing mirror embed with thin-film solar cell and organic electroluminescent display screen Download PDFInfo
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- CN201172394Y CN201172394Y CNU200720032989XU CN200720032989U CN201172394Y CN 201172394 Y CN201172394 Y CN 201172394Y CN U200720032989X U CNU200720032989X U CN U200720032989XU CN 200720032989 U CN200720032989 U CN 200720032989U CN 201172394 Y CN201172394 Y CN 201172394Y
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Abstract
Disclosed is an automobile rearview mirror inlaid with a film solar cell and an organic electroluminescent display screen. A complete organic electroluminescent display screen is attached to a rectangular or other shaped blank area on the glass of the inner surface of a traditional rearview mirror face, or an organic electroluminescent display screen is manufactured on the blank area, simultaneously a film solar panel is mounted on the back face of the rearview mirror through plastic casings arranged on both sides of the rearview mirror, then the organic electroluminescent display screen can emit light to form images and also can display electronic images, thereby extending the simple and single using function of the traditional rearview mirror, and the film solar panel can realize energy-saving work with self-supporting power. The automobile rearview mirror not only has the advantages of the mirror face reflecting light to image, but also has the function of displaying the electronic images, further can absorb sunlight to self-support power and work while saving energy, and greatly extends additional using functions of the automobile rearview mirror, thereby greatly meeting equipments and application of people on the car-mounted display system in the modern information society.
Description
Technical field
The utility model relate to a kind of on traditional side mirror inner surface part clear area embeddedly one of fit on have the display of organic electroluminescence of strong reflective metallic cathode and vehicle backing rear-view mirror and several package assembly thereof of thin-film solar cells.
Background technology
Well-known traditional vehicle backing rear-view mirror is that the reflective characteristic of utilizing one deck on its glass inner side face to have than the coat of metal of boomer light realizes optical imagery and backsight object, but because it only has the function of simple optical reflection imaging, therefore, the sight line district is narrow and small, have bigger blind area, can only see the object of rear window limited area and can't see most of object and the image that the vehicle body back is sheltered from by vehicle body.This has brought very big inconvenience and hidden danger for driver's car backing operation, the accident of often bumper car takes place when causing reversing, bumping thing.
And the Electro-Optical Display-organic EL display panel of new generation of current appearance, because it has unique metallic cathode structure, when not adding the electronic display signal, the front of its read-out seems that just looking like is mirror; And to its input electron image signal the time, its display space will luminous demonstration information and image, has just become an electronic display.Amorphous or polysilicon membrane have the solar panel that very unique physical property can be produced large tracts of land, high efficiency practicality in addition; The polymer thin-film solar cell production technology is simple, and easily extensive, large tracts of land manufacturing also can become inexpensive solar panel.
Therefore, the utility model utilization a new generation organic EL display panel includes the metallic cathode structure and can reflective imaging can show that the characteristics of electron image and solar panel can absorb solar energy the characteristic of green electric power supply is provided, be assemblied in organic EL display panel on the part clear area on traditional side mirror inner surface embeddedly or adopt new technology organic EL display panel is produced on and on the clear area, form a kind of new automobile side mirror, it can satisfy the back vision function of vehicle backing rear-view mirror catoptric imaging well, the CCD camera that can install by body tail most of object that will be sheltered from by vehicle body and image are sent on the organic EL display panel in the side mirror and show again, allow the driver can see the object in the rear window and the object that is sheltered from by vehicle body behind the vehicle body simultaneously, therefore, the driver can be more convenient, comprehensively, intuitively, see object and image behind the vehicle body exactly clearly, satisfied the backsight requirement of reversing automobile fully, it is big to have overcome traditional side mirror blind area fully, deficiency that vision area is narrow and small and defective.Simultaneously, it can also bring new expansion Presentation Function to side mirror.Such as, signals such as mobile television signal, vehicle-carrying DVD image or GPS electronic chart have been loaded on the organic EL display panel in side mirror, it has just become a vehicle-mounted video display and indicating device again, expanded the additional functions of use of vehicle backing rear-view mirror greatly, be very easy to the application of the people of advanced information society in-vehicle display system.With the inorganic or Embedded back side that is assemblied in minute surface of organic thin film solar cell plate, can be display of organic electroluminescence work solar electric power is provided simultaneously, realize self-powered work, both energy-conservation have an environmental protection.
Summary of the invention
The purpose of this utility model is that the problem that prior art exists is solved, and the vehicle backing rear-view mirror of a kind of embedded thin film solar panel and organic EL display panel is provided.
Big in order to overcome traditional side mirror blind area, vision area narrow and small defective and deficiency, the utility model utilization a new generation organic EL display panel includes the metallic cathode structure and the reflective imaging characteristics that produces, on the inner surface of traditional side mirror, reserve a rectangle or other shape clear area, on glassly in the clear area be pasted with a complete organic EL display panel embeddedly, or on the clear area, make a display of organic electroluminescence, simultaneously be equipped with a thin-film solar cell panel at the side mirror back side by side mirror both sides plastic casing again, formed the vehicle backing rear-view mirror of described a kind of embedded thin film solar panel and organic EL display panel.This novel side mirror can satisfy the back vision function of the reflective imaging of vehicle backing rear-view mirror well, again can be by the CCD camera of body tail installation, most of object that will be sheltered from by vehicle body and image are sent on the organic EL display panel on the side mirror, can allow the driver more convenient, comprehensively, intuitively, see object and image behind the vehicle body exactly clearly, satisfied the backsight requirement of reversing automobile well, the deficiency and the defective of traditional side mirror have been overcome fully, simultaneously can also bring new demonstration functions of use and purposes and increase self-powered function, energy-conservation environmental protection again to side mirror.
The technology implementation scheme that its technical matters that solves the utility model adopts and several assembling scheme are as follows:
The technology implementation global schema:
A, on the inner surface of traditional side mirror glass, reserve a rectangle or other shape clear area, on glassly in the clear area be pasted with a complete organic EL display panel embeddedly, be equipped with a thin-film solar cell panel at the side mirror back side by side mirror both sides plastic casing, formed the vehicle backing rear-view mirror of described a kind of embedded thin film solar cell and organic EL display panel.4 kinds of different structures according to organic EL display panel form 4 kinds of different embodiments again.
B, on the inner surface of traditional side mirror glass, reserve a rectangle or other shape clear area, the new process of employing on glass is with the substrate of side mirror glass as organic EL display panel in the clear area, on the side mirror glass inner side, apply successively and be solidified with one deck micro crystal material rete and one deck nano material rete, form the surface of a nanoscale planeness, and then thereon by existing organic EL display panel technology with a direct processing and fabricating of organic EL display panel in side mirror inside, again a thin-film solar cell panel is assemblied in the vehicle backing rear-view mirror that the side mirror back side has just formed described a kind of embedded thin film solar cell and organic EL display panel by shell simultaneously.2 kinds of different structures according to the organic EL display panel that is processed into form 2 kinds of different embodiments again.
Package assembly 1: see Fig. 2, on the inner surface of traditional side mirror glass, reserve a rectangle or other shape clear area, on glass in the clear area a complete organic EL display panel is mounted on side mirror inside embeddedly, again a thin-film solar cell panel is assemblied in the vehicle backing rear-view mirror that the side mirror back side has just formed described a kind of embedded thin film solar cell and organic EL display panel by plastic casing simultaneously.Being mounted on side mirror in-to-in organic EL display panel is packaged together by glass cover-plate and special glass substrate and light-cured resin sealing frame and makes, glass-based is provided with ITO transparent anode, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and metallic cathode, contains the firm organic film coating with the penetrability about 90% that can absorb moisture and absorb the additive component of oxygen respectively applying last layer on the glass cover-plate medial surface and on the medial surface of sealing frame inner glass substrate.The method for making of the organic EL display panel that mounts in side mirror inside is: process ITO transparent anode, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and metallic cathode etc. successively by existing technology on the special glass substrate.Before the encapsulation, respectively applying last layer organic film coating on the glass cover-plate medial surface and on the medial surface of sealing frame inner glass substrate, this organic film coating contains the additive component that can absorb moisture and absorb oxygen, form crash-resistant rete behind overheated or photocuring, this rete has penetrability about 90% and very thin.To apply at last and contain the glass cover-plate and the glass substrate that absorb moisture and absorb oxygen additive rete and be packaged together, form a kind of organic EL display panel that absorption moisture and oxygen also can improve life-span and reliability that has with UV-cured resin sealing frame.
The beneficial effects of the utility model are: the object that the reflective metal negative electrode in the inner organic EL display panel of side mirror can the same catoptric imaging backsight vehicle rear window with side mirror, the electron image of the object that is sheltered from by vehicle body that body tail CCD pick-up lens can also be taken the photograph shows, can allow the driver more convenient, comprehensively, see all objects and image behind the vehicle body intuitively clearly, satisfied the backsight requirement of reversing automobile well, overcome traditional side mirror blind area big deficiency and defective fully, can also bring new demonstration functions of use and purposes to side mirror simultaneously.Organic EL display panel inside is contained can absorb moisture and absorb oxygen additive-treated oil coat film and can be absorbed moisture and the oxygen that permeates intrusion, can improve the life-span and the reliability of read-out significantly.Thin-film solar cell panel can be display of organic electroluminescence work solar electric power is provided, and realizes self-powered work, energy-conservation environmental protection again.
Package assembly 2: see Fig. 3, on the inner surface of traditional side mirror glass, reserve a rectangle or other shape clear area, on glass in the clear area a complete organic EL display panel is mounted on side mirror inside embeddedly, again a thin-film solar cell panel is assemblied in the vehicle backing rear-view mirror that the side mirror back side has just formed described a kind of embedded thin film solar cell and organic EL display panel by plastic casing simultaneously.Be mounted on side mirror in-to-in organic EL display panel have one its be provided with the special glass substrate of ITO transparent anode, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and metallic cathode, cover cohesion on glass substrate and outside ITO electrode, insulated column and ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and the metallic cathode solid polymer overplate that smooth outer surface is smooth is arranged, be installed with 1～5 layer of overlay film layer on this polymer covering surface, each overlay film layer is from the inside to the outside by a layer thickness 500
About ceramic of compact rete and one deck monomer-polymer rete constitute.The method for making of the organic EL display panel that mounts in side mirror inside is: on the special glass substrate, by the existing good ITO transparent anode of processes, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and metallic cathode etc.Adopt new overall package method then: liquid monomer poly-mer vaporization back is imported in the vacuum chamber, cover on the glass substrate in the vacuum chamber, on the ITO electrode on the substrate, on the insulated column and on ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and the metallic cathode, the cohesion back forms the overplate of a sealing and whole embedding, this overplate height is apparently higher than the whole height of ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell, volume obviously covers whole organic electroluminescence display unit and covers the segment glass substrate, solidify to form a thicker structure through ultraviolet source again and seal the solid polymer overplate smooth with smooth outer surface fully, its outside face can keep the smoothness of atom level.Get off again, successively deposition one layer thickness 500 on the surface of this polymer covering
About the ceramic of compact rete, 1-5 time repetition overlay film is so passed through in and then cohesion and solidify one deck monomer-polymer rete, forms a kind of organic EL display panel.
The beneficial effects of the utility model are: the object that the reflective metal negative electrode in the inner organic EL display panel of side mirror can the same catoptric imaging backsight vehicle rear window with side mirror, the electron image of the object that is sheltered from by vehicle body that body tail CCD pick-up lens can also be taken the photograph shows, can allow the driver more convenient, comprehensively, see all objects and image behind the vehicle body intuitively clearly, satisfied the backsight requirement of reversing automobile well, overcome traditional side mirror blind area big deficiency and defective fully, can also bring new demonstration functions of use and purposes to side mirror simultaneously.Organic film of the no cover plate multilayer film encapsulation of organic EL display panel has stopped up ceramic capillary effectively and can absorb and disperse strain stress in order to avoid ceramic membrane cracks, the ceramic membrane of multilayer densification has separated the intrusion of moisture and oxygen efficiently, has reduced the volume of encapsulation simultaneously greatly.Thin-film solar cell panel can be display of organic electroluminescence work solar electric power is provided, and realizes self-powered work, energy-conservation environmental protection again.
Package assembly 3: see Fig. 4, on the inner surface of traditional side mirror glass, reserve a rectangle or other shape clear area, on glass in the clear area a complete organic EL display panel is mounted on side mirror inside embeddedly, again a thin-film solar cell panel is assemblied in the vehicle backing rear-view mirror that the side mirror back side has just formed described a kind of embedded thin film solar cell and organic EL display panel by plastic casing simultaneously.Being mounted on side mirror in-to-in organic EL display panel is packaged together by glass cover-plate and common glass substrates and light-cured resin sealing frame and makes, on common glass substrates, apply successively from bottom to top and be solidified with one deck micro crystal material rete and one deck nano material rete, on common glass substrates, be provided with the ITO transparent anode, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells and metallic cathode contain the firm organic film coating with the penetrability about 90% that can absorb moisture and absorb the additive component of oxygen respectively applying last layer on the glass cover-plate medial surface and on the medial surface of sealing frame inner glass substrate.The method for making of the organic EL display panel that mounts in side mirror inside is: apply earlier on common glass substrates and curing one deck micro crystal material rete, apply and solidify the surface of a nanoscale planeness of one deck nano material rete formation again, process ITO transparent anode, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and metallic cathode etc. successively by existing technology then.Before the encapsulation, respectively applying last layer organic film coating on the glass cover-plate medial surface and on the medial surface of sealing frame inner glass substrate nano thin-film, this organic film coating contains the additive component that can absorb moisture and absorb oxygen, form crash-resistant rete behind overheated or photocuring, this rete has penetrability about 90% and very thin.To apply at last to contain and absorb moisture and absorb the glass cover-plate of oxygen additive rete and glass substrate and the UV-cured resin sealing frame a kind of organic EL display panel of formation that is packaged together.
The beneficial effects of the utility model are: the object that the reflective metal negative electrode in the inner organic EL display panel of side mirror can the same catoptric imaging backsight vehicle rear window with side mirror can also show the electron image of the object that sheltered from by vehicle body in the body tail CCD pick-up lens, can allow the driver more convenient, see all objects and image behind the vehicle body clearly comprehensively, intuitively, satisfied the backsight requirement of reversing automobile well, overcome traditional side mirror blind area big deficiency and defective fully, can also bring new demonstration functions of use and purposes to side mirror simultaneously.Organic EL display panel replaces the special glass substrate by the nanometer planeness surface that applies and solidify 2 layers of crystallite and nano material form on simple glass, obviously reduced cost of product, inner containing of while can absorb moisture and absorb moisture and the oxygen that oxygen additive-treated oil coat film can absorb the infiltration intrusion, can improve the life-span and the reliability of read-out again significantly.Thin-film solar cell panel can be display of organic electroluminescence work solar electric power is provided, and realizes self-powered work, energy-conservation environmental protection again.
Package assembly 4: see Fig. 5, on the inner surface of traditional side mirror glass, reserve a rectangle or other shape clear area, on glass in the clear area a complete organic EL display panel is mounted on side mirror inside embeddedly, again a thin-film solar cell panel is assemblied in the vehicle backing rear-view mirror that the side mirror back side has just formed described a kind of embedded thin film solar cell and organic EL display panel by plastic casing simultaneously.Being mounted on side mirror in-to-in organic EL display panel has one and applies the common glass substrates that is solidified with one deck micro crystal material film and one deck nano material film on it from bottom to top successively, on common glass substrates, be provided with the ITO transparent anode, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells and metallic cathode, on glass substrate and the ITO electrode, insulated column and ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and metallic cathode cover cohesion outward a solid polymer overplate that smooth outer surface is smooth, be installed with 1～5 layer of overlay film layer on this polymer covering surface, each overlay film layer is from the inside to the outside by a layer thickness 500
About ceramic of compact rete and one deck monomer-polymer rete constitute.The method for making of the organic EL display panel that mounts in side mirror inside at side mirror is: apply earlier on common glass substrates and solidify one deck micro crystal material film, apply and solidify the surface of a nanoscale planeness of one deck nano material film formation again, then by the existing good ITO transparent anode of processes, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and metallic cathode etc.Adopt new overall package method then; Liquid monomer poly-mer vaporization back is imported in the vacuum chamber, cover on the glass substrate nano thin-film in the vacuum chamber, on the ITO electrode on the substrate, on the insulated column and on ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and the metallic cathode, the cohesion back forms the overplate of a sealing and whole embedding, this overplate height is apparently higher than the whole height of ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell, volume obviously covers whole organic electroluminescence display unit and covers the segment glass substrate, solidify to form a thicker structure through ultraviolet source again and seal the solid polymer overplate smooth with smooth outer surface fully, its outside face can keep the smoothness of atom level.Get off again, successively deposition one layer thickness 500 on the surface of this polymer covering
About the ceramic of compact rete, 1-5 time repetition overlay film is so passed through in and then cohesion and solidify one deck monomer-polymer rete, forms a kind of organic EL display panel at last.
The beneficial effects of the utility model are: the object that the reflective metal negative electrode in the inner organic EL display panel of side mirror can the same catoptric imaging backsight vehicle rear window with side mirror can also show the electron image of the object that sheltered from by vehicle body in the body tail CCD pick-up lens, can allow the driver more convenient, see all objects and image behind the vehicle body clearly comprehensively, intuitively, satisfied the backsight requirement of reversing automobile well, overcome traditional side mirror blind area big deficiency and defective fully, can also bring new demonstration functions of use and purposes to side mirror simultaneously.Organic EL display panel replaces the special glass substrate by the nanometer planeness surface that applies and solidify 2 layers of crystallite and nano material form on simple glass, obviously reduced cost of product, simultaneously organic film of the no cover plate multilayer film encapsulation of organic EL display panel has stopped up ceramic capillary effectively and can absorb and disperse strain stress in order to avoid ceramic membrane cracks, the ceramic membrane of multilayer densification has separated the intrusion of moisture and oxygen efficiently, has reduced the volume of encapsulation simultaneously greatly.Thin-film solar cell panel can be display of organic electroluminescence work solar electric power is provided, and realizes self-powered work, energy-conservation environmental protection again.
Package assembly 5: see Fig. 6, on side mirror glass, apply successively and be solidified with one deck micro crystal material rete and one deck nano material rete, form the surface of a nanoscale planeness, on this surface, be provided with the ITO transparent anode, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells and metallic cathode, contain the firm organic film coating with the penetrability about 90% that can absorb moisture and absorb the additive component of oxygen respectively applying last layer on the glass cover-plate medial surface and on the medial surface of sealing frame inner glass substrate, and will apply the glass cover-plate that contains moisture absorption and oxygen uptake additive rete and be in the same place with light-cured resin sealing frame and side mirror glass-encapsulated.During making, on the inner surface of traditional side mirror glass, reserve a rectangle or other shape clear area, the on glass coating earlier and curing one deck micro crystal material rete in the clear area, apply and solidify the surface of a nanoscale planeness of one deck nano material rete formation again, process ITO transparent anode, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and metallic cathode etc. successively by existing organic EL display panel technology then.Before the encapsulation, respectively applying last layer organic film coating on the glass cover-plate medial surface and on the medial surface of sealing frame inner glass substrate nano thin-film, this organic film coating contains the additive component that can absorb moisture and absorb oxygen, form crash-resistant rete behind overheated or photocuring, this rete has penetrability about 90% and very thin.To apply the glass cover-plate, side mirror glass and the UV-cured resin sealing frame that contain absorption moisture and absorption oxygen additive rete at last is packaged together, the direct processing and fabricating of organic EL display panel is formed described a kind of embedded organic EL display panel in side mirror inside, then, again a thin-film solar cell panel is assemblied in the vehicle backing rear-view mirror that the side mirror back side has formed described a kind of embedded thin film solar cell and organic EL display panel by plastic casing.
The beneficial effects of the utility model are: the object that the reflective metal negative electrode in the inner organic EL display panel of side mirror can the same catoptric imaging backsight vehicle rear window with side mirror can also show the electron image of the object that sheltered from by vehicle body in the body tail CCD pick-up lens, can allow the driver more convenient, see all objects and image behind the vehicle body clearly comprehensively, intuitively, satisfied the backsight requirement of reversing automobile well, overcome traditional side mirror blind area big deficiency and defective fully, can also bring new demonstration functions of use and purposes to side mirror simultaneously.By on side mirror glass inner side face, applying and solidify nanometer planeness surface that 1 layer of crystallite and 1 layer of nano material the form direct processing and fabricating organic EL display panel that comes up, obviously reduced cost of product, inner containing of while can absorb moisture and absorb moisture and the oxygen that oxygen additive-treated oil coat film can absorb the infiltration intrusion, can improve the life-span and the reliability of read-out again significantly.Thin-film solar cell panel can be display of organic electroluminescence work solar electric power is provided, and realizes self-powered work, energy-conservation environmental protection again.
Package assembly 6: see Fig. 7, on the inner surface of side mirror glass, apply successively and be solidified with one deck micro crystal material rete and one deck nano material rete, form the surface of a nanoscale planeness, on this surface, be provided with the ITO transparent anode, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells and metallic cathode, on side mirror inner glass surface and the ITO electrode, insulated column and ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and metallic cathode cover cohesion outward a solid polymer overplate that smooth outer surface is smooth, be installed with 1～5 layer of overlay film layer on this polymer covering surface, each overlay film layer is from the inside to the outside by a layer thickness 500
About ceramic of compact rete and one deck monomer-polymer rete constitute.During making, on the inner surface of traditional side mirror glass, reserve a rectangle or other shape clear area, the on glass coating earlier and curing one deck micro crystal material rete in the clear area, apply and solidify the surface of a nanoscale planeness of one deck nano material rete formation again, then by the existing good ITO transparent anode of organic EL display panel processes, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and metallic cathode etc.Adopt new overall package method at last: liquid monomer poly-mer vaporization back is imported in the vacuum chamber, cover on the glass substrate nano thin-film in the vacuum chamber, on the ITO electrode on the substrate, on the insulated column and on ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and the metallic cathode, the cohesion back forms the overplate of a sealing and whole embedding, this overplate height is apparently higher than the whole height of ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell, volume obviously covers whole organic electroluminescence display unit and covers the segment glass substrate, solidify to form a thicker structure through ultraviolet source again and seal the solid polymer overplate smooth with smooth outer surface fully, its outside face can keep the smoothness of atom level.Get off again, successively deposition one layer thickness 500 on the surface of this polymer covering
About the ceramic of compact rete, and then cohesion and curing one deck monomer-polymer rete, so made an organic EL display panel through 1-5 time repetition overlay film, organic EL display panel directly has been produced on vehicle backing rear-view mirror inside, then, again a thin-film solar cell panel is assemblied in the vehicle backing rear-view mirror that the side mirror back side has formed described a kind of embedded thin film solar cell and organic EL display panel by plastic casing.
The beneficial effects of the utility model are: the object that the reflective metal negative electrode in the inner organic EL display panel of side mirror can the same catoptric imaging backsight vehicle rear window with side mirror can also show the electron image of the object that sheltered from by vehicle body in the body tail CCD pick-up lens, can allow the driver more convenient, see all objects and image behind the vehicle body clearly comprehensively, intuitively, satisfied the backsight requirement of reversing automobile well, overcome traditional side mirror blind area big deficiency and defective fully, can also bring new demonstration functions of use and purposes to side mirror simultaneously.By on side mirror glass inner side face, applying and solidify nanometer planeness surface that 1 layer of crystallite and 1 layer of nano material the form direct processing and fabricating organic EL display panel that comes up, obviously reduced cost of product.Simultaneously organic film of the no cover plate multilayer film encapsulation of organic EL display panel has stopped up ceramic capillary effectively and can absorb and disperse strain stress in order to avoid ceramic membrane cracks, the ceramic membrane of multilayer densification has separated the intrusion of moisture and oxygen efficiently, has reduced the volume of encapsulation simultaneously greatly.Thin-film solar cell panel can be display of organic electroluminescence work solar electric power is provided, and realizes self-powered work, energy-conservation environmental protection again.
Description of drawings
Fig. 1 is known vehicle backing rear-view mirror exemplary block diagram.
Fig. 2 is the utility model package assembly 1, mounts an a kind of vehicle backing rear-view mirror constructional drawing that includes the complete organic EL display panel that absorbs moisture and oxygen absorbed film and a thin-film solar cell panel and form on the side mirror inner glass.
Fig. 3 is the utility model package assembly 2, mounts an a kind of vehicle backing rear-view mirror constructional drawing that adopts complete organic EL display panel that the organic and ceramic composite membrane of multilayer makes ultra-thin encapsulation and a thin-film solar cell panel and form on the side mirror inner glass.
Fig. 4 is the utility model package assembly 3, adopts and to apply micro crystal material layer and layer of nanomaterial structure on the simple glass as substrate and include the complete organic EL display panel that absorbs moisture and oxygen absorbed film and a thin-film solar cell panel and a kind of vehicle backing rear-view mirror constructional drawing of forming mounting one on the side mirror inner glass.
Fig. 5 is the utility model package assembly 4, adopts and to apply micro crystal material layer and layer of nanomaterial structure on the simple glass as substrate and adopt the organic and ceramic composite membrane of multilayer to make the complete organic EL display panel of ultra-thin encapsulation and a thin-film solar cell panel and a kind of vehicle backing rear-view mirror constructional drawing of forming mounting one on the side mirror inner glass.
Fig. 6 is the utility model package assembly 5, applies micro crystal material layer and layer of nanomaterial structure as substrate and produce an a kind of vehicle backing rear-view mirror constructional drawing that includes the organic EL display panel that absorbs moisture and oxygen absorbed film and a thin-film solar cell panel and form on side mirror glass inner side face.
Fig. 7 is the utility model package assembly 6, applies micro crystal material layer and layer of nanomaterial structure as substrate and produce an a kind of vehicle backing rear-view mirror constructional drawing that adopts organic EL display panel that the organic and ceramic composite membrane of multilayer makes ultra-thin encapsulation and a thin-film solar cell panel and form on the glass inner side face of side mirror.
Fig. 8 is the constructional drawing of inorganic thin film solar panel.
Fig. 9 is the constructional drawing of organic thin film solar cell plate.
201-side mirror glass; 202-reflecting metal coating; 203-side mirror shell;
101-special glass substrate or common glass substrates; The 102-ITO transparent anode;
The 112-insulated column; 103-ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell; The 104-metallic cathode;
105-sealing frame; The 106-glass cover-plate; 107-organic film coating;
The overplate of the whole embedding of 108-; The 109-ceramic film; 110-monomer-polymer rete;
301-micro crystal material rete; 302-nano material rete
The 401-thin-film solar cell panel; 402-glass or plastic base; The 403-transparent anode;
404-amorphous or polycrystalline P-type semiconductor thin layer; 405-photo-generated carrier thin layer;
406-amorphous or polycrystalline N-type semiconductor thin layer; The 407-metallic cathode
408-organic polymer photoactive layer
The specific embodiment:
Further specify each embodiment of the present utility model below in conjunction with accompanying drawing.
Referring to accompanying drawing, the vehicle backing rear-view mirror of embedded thin film solar panel described in the utility model and organic EL display panel comprises side mirror glass, reflecting metal coating, special glass substrate or common glass substrates, transparent micro crystal material rete, the transparent nano film layer, transparent anode, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells, strong reflecting metal negative electrode, UV-cured resin sealing frame, glass cover-plate and containing can absorb moisture and absorb oxygen additive-treated oil organic film coating, the side mirror shell, parts such as thin-film solar cell panel, or monomer-polymer covers packed layer, parts such as ceramic film and organic polymer films can be assembled into following example structure.
Package assembly 1 embodiment
As Fig. 2, reserve the clear area of a rectangle or other shape in the middle of the reflecting metal coating 202 on traditional side mirror glass 201 medial surfaces, on the side mirror glass 201 in the clear area a complete organic EL display panel is mounted on side mirror inside embeddedly again, again a thin-film solar cell panel 401 is assemblied in the vehicle backing rear-view mirror that the side mirror back side has just formed described a kind of embedded thin film solar cell and organic EL display panel by plastic casing 203 simultaneously.
The method for making of the organic EL display panel that its inside mounts is: process ITO transparent anode 102, insulated column 112, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell 103 and metallic cathode 104 etc. successively by existing technology on special glass substrate 101.Before the encapsulation, respectively applying last layer organic film coating 107 on glass cover-plate 106 medial surfaces and on the medial surface of sealing frame 105 inner glass substrates, this organic film coating contains the additive component that can absorb moisture and absorb oxygen, form crash-resistant rete behind overheated or photocuring, this rete has penetrability about 90% and very thin.To apply at last to contain and absorb moisture and absorb the glass cover-plate 106 of oxygen additive rete and glass substrate 101 is packaged together with UV-cured resin sealing frame 105 and forms a kind of organic EL display panel that absorbs moisture and oxygen and can improve life-span and reliability that has.
Reflective metal negative electrode in the inner organic EL display panel of side mirror can be as the object of side mirror catoptric imaging backsight vehicle rear window, the electron image of the object that sheltered from by vehicle body in the body tail CCD pick-up lens can also be shown, satisfy the backsight requirement of reversing automobile well, overcome traditional side mirror vision area is little, the blind area is big deficiency and defective.Organic EL display panel inside is contained can absorb moisture and absorb oxygen additive-treated oil coat film and can be absorbed moisture and the oxygen that permeates intrusion, can improve the life-span and the reliability of read-out significantly.Thin-film solar cell panel can absorb the energy of sunshine and power to the work of side mirror in-to-in display of organic electroluminescence, energy-conservation environmental protection again.
Package assembly 2 embodiment
As Fig. 3, reserve the clear area of a rectangle or other shape in the middle of the reflecting metal coating 202 on traditional side mirror glass 201 medial surfaces, on the side mirror glass 201 in the clear area a complete organic EL display panel is mounted on side mirror inside embeddedly again, again a thin-film solar cell panel 401 is assemblied in the vehicle backing rear-view mirror that the side mirror back side has just formed described a kind of embedded thin film solar cell and organic EL display panel by plastic casing 203 simultaneously.
The method for making of the organic EL display panel that its inside mounts is: on special glass substrate 101, by the existing good ITO transparent anode 102 of processes, insulated column 112, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell 103 and metallic cathode 104 etc.Adopt new overall package method then: liquid monomer poly-mer vaporization back is imported in the vacuum chamber, cover on the glass substrate in the vacuum chamber, on the ITO electrode on the substrate, on the insulated column and on ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and the metallic cathode, the cohesion back forms the overplate 108 of a sealing and whole embedding, this overplate height is apparently higher than the whole height of ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell, volume obviously covers whole organic electroluminescence display unit and covers the segment glass substrate, solidify to form a thicker structure through ultraviolet source again and seal the solid polymer overplate smooth with smooth outer surface fully, its outside face can keep the smoothness of atom level.Get off again, successively deposition one layer thickness 500 on the surface of this polymer covering
About ceramic of compact rete 109, condense again thereon then and solidify one deck monomer-polymer rete 110, so pass through 1-5 time repetition overlay film, form a kind of organic EL display panel that does not have the ultra-thin encapsulation of cover plate.
Reflective metal negative electrode in the inner organic EL display panel of side mirror can be as the object of side mirror catoptric imaging backsight vehicle rear window, the electron image of the object that sheltered from by vehicle body in the body tail CCD pick-up lens can also be shown, satisfy the backsight requirement of reversing automobile well, overcome traditional side mirror vision area is little, the blind area is big deficiency and defective.Multilayer encapsulates organic film and has stopped up ceramic capillary effectively and can absorb and disperse strain stress in order to avoid ceramic membrane cracks, and the ceramic membrane of multilayer densification has separated the intrusion of moisture and oxygen efficiently, and the while has reduced the volume that read-out encapsulates greatly.Thin-film solar cell panel can absorb the energy of sunshine and power to the work of side mirror in-to-in display of organic electroluminescence, energy-conservation environmental protection again.
Package assembly 3 embodiment
As Fig. 4, reserve the clear area of a rectangle or other shape in the middle of the reflecting metal coating 202 on traditional side mirror glass 201 medial surfaces, on the side mirror glass 201 in the clear area a complete organic EL display panel is mounted on side mirror inside embeddedly again, again a thin-film solar cell panel 401 is assemblied in the vehicle backing rear-view mirror that the side mirror back side has just formed described a kind of embedded thin film solar cell and organic EL display panel by plastic casing 203 simultaneously.
The method for making of the organic EL display panel that its inside mounts is: apply earlier on common glass substrates 101 and curing one deck micro crystal material rete 301, apply and solidify the surface of a nanoscale planeness of one deck nano material rete 302 formation again, process ITO transparent anode 102, insulated column 112, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell 103 and metallic cathode 104 etc. successively by existing technology then.Before the encapsulation, respectively applying last layer organic film coating 107 on glass cover-plate 106 medial surfaces and on the medial surface of sealing frame 105 inner glass substrates, this organic film coating contains the additive component that can absorb moisture and absorb oxygen, form crash-resistant rete behind overheated or photocuring, this rete has penetrability about 90% and very thin.To apply at last to contain and absorb moisture and absorb the glass cover-plate 106 of oxygen additive rete and glass substrate 101 is packaged together with UV-cured resin sealing frame 105 and forms a kind of organic EL display panel that absorbs moisture and oxygen and can improve life-span and reliability that has.
Reflective metal negative electrode in the inner organic EL display panel of side mirror can be as the object of side mirror catoptric imaging backsight vehicle rear window, the electron image of the object that sheltered from by vehicle body in the body tail CCD pick-up lens can also be shown, satisfy the backsight requirement of reversing automobile well, overcome traditional side mirror vision area is little, the blind area is big deficiency and defective.Coating on simple glass that organic EL display panel adopts and the structure of solidifying micro crystal material rete and nano material rete can significantly reduce cost of product, inside is contained can absorb moisture and absorb oxygen additive-treated oil coat film and can be absorbed moisture and the oxygen that permeates intrusion, can improve the life-span and the reliability of read-out significantly.Thin-film solar cell panel can absorb the energy of sunshine and power to the work of side mirror in-to-in display of organic electroluminescence, energy-conservation environmental protection again.
Package assembly 4 embodiment
As Fig. 5, reserve the clear area of a rectangle or other shape in the middle of the reflecting metal coating 202 on traditional side mirror glass 201 medial surfaces, on the side mirror glass 201 in the clear area a complete organic EL display panel is mounted on side mirror inside embeddedly again, again a thin-film solar cell panel 401 is assemblied in the vehicle backing rear-view mirror that the side mirror back side has just formed described a kind of embedded thin film solar cell and organic EL display panel by plastic casing 203 simultaneously.
The method for making of the organic EL display panel that its inside mounts is: apply earlier on common glass substrates 101 and curing one deck micro crystal material rete 301, apply and solidify the surface of a nanoscale planeness of one deck nano material rete 302 formation again, then by the existing good ITO transparent anode 102 of processes, insulated column 112, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell 103 and metallic cathode 104 etc.Adopt new overall package method afterwards: liquid monomer poly-mer vaporization back is imported in the vacuum chamber, cover on the glass substrate in the vacuum chamber, on the ITO electrode on the substrate, on the insulated column and on ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and the metallic cathode, the cohesion back forms the overplate 108 of a sealing and whole embedding, this overplate height is apparently higher than the whole height of ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell, volume obviously covers whole organic electroluminescence display unit and covers the segment glass substrate, solidify to form a thicker structure through ultraviolet source again and seal the solid polymer overplate smooth with smooth outer surface fully, its outside face can keep the smoothness of atom level.Get off again, successively deposition one layer thickness 500 on the surface of this polymer covering
About ceramic of compact rete 109, condense again thereon then and solidify one deck monomer-polymer rete 110, so pass through 1-5 time repetition overlay film, form a kind of organic EL display panel that does not have the ultra-thin encapsulation of cover plate.
Reflective metal negative electrode in the inner organic EL display panel of side mirror can be as the object of side mirror catoptric imaging backsight vehicle rear window, the electron image of the object that sheltered from by vehicle body in the body tail CCD pick-up lens can also be shown, satisfy the backsight requirement of reversing automobile well, overcome traditional side mirror vision area is little, the blind area is big deficiency and defective.Coating on simple glass that organic EL display panel adopts and the structure of solidifying micro crystal material rete and nano material rete can significantly reduce cost of product, multilayer encapsulates organic film and has stopped up ceramic capillary effectively and can absorb and disperse strain stress in order to avoid ceramic membrane cracks, the ceramic membrane of multilayer densification has separated the intrusion of moisture and oxygen efficiently, has reduced the volume of read-out encapsulation simultaneously greatly.Thin-film solar cell panel can absorb the energy of sunshine and power to the work of side mirror in-to-in display of organic electroluminescence, energy-conservation environmental protection again.
Package assembly 5 embodiment
As Fig. 6, reserve the clear area of a rectangle or other shape in the middle of the reflecting metal coating 202 on traditional side mirror glass 201 medial surfaces, apply on the side mirror glass 201 in the clear area again and curing one deck micro crystal material rete 301 and nano material rete 302, produce an organic EL display panel in side mirror inside by existing processes then, again a thin-film solar cell panel 401 is assemblied in the vehicle backing rear-view mirror that the side mirror back side has just formed described a kind of embedded thin film solar cell and organic EL display panel by plastic casing 203 simultaneously.
The method for making of the organic EL display panel of its inner processing and fabricating is: apply earlier on side mirror glass 201 and curing one deck micro crystal material rete 301, apply and solidify the surface of a nanoscale planeness of one deck nano material rete 302 formation again, process ITO transparent anode 102, insulated column 112, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell 103 and metallic cathode 104 etc. successively by existing technology then.Before the encapsulation, respectively applying last layer organic film coating 107 on glass cover-plate 106 medial surfaces and on the medial surface of sealing frame 105 inner glass substrates, this organic film coating contains the additive component that can absorb moisture and absorb oxygen, form crash-resistant rete behind overheated or photocuring, this rete has penetrability about 90% and very thin.To apply at last to contain and absorb moisture and absorb the glass cover-plate 106 of oxygen additive rete and side mirror glass 201 is packaged together with UV-cured resin sealing frame 105 and forms a kind of organic EL display panel that absorbs moisture and oxygen and can improve organic light-emitting units life-span and reliability that has.
Reflective metal negative electrode in the inner organic EL display panel of side mirror can be as the object of side mirror catoptric imaging backsight vehicle rear window, the electron image of the object that is sheltered from by vehicle body that body tail CCD pick-up lens can also be taken the photograph shows, satisfy the backsight requirement of reversing automobile well, overcome traditional side mirror vision area is little, the blind area is big deficiency and defective.Structure at side mirror coating on glass and curing micro crystal material rete and nano material rete can significantly reduce cost of product, inside is contained can absorb moisture and absorb oxygen additive-treated oil coat film and can be absorbed moisture and the oxygen that permeates intrusion, can improve the life-span and the reliability of read-out significantly.Thin-film solar cell panel can absorb the energy of sunshine and power to the work of side mirror in-to-in display of organic electroluminescence, energy-conservation environmental protection again.
Package assembly 6 embodiment
As Fig. 7, reserve the clear area of a rectangle or other shape in the middle of the reflecting metal coating 202 on traditional side mirror glass 201 medial surfaces, apply on the side mirror glass 201 in the clear area again and curing one deck micro crystal material rete 301 and nano material rete 302, produce an organic EL display panel in side mirror inside by existing processes then, again a thin-film solar cell panel 401 is assemblied in the vehicle backing rear-view mirror that the side mirror back side has just formed described a kind of embedded thin film solar cell and organic EL display panel by plastic casing 203 simultaneously.
The method for making of the organic EL display panel of its inner processing and fabricating is: apply earlier on side mirror glass 201 and curing one deck micro crystal material rete 301, apply and solidify the surface of a nanoscale planeness of one deck nano material rete 302 formation again, then by the existing good ITO transparent anode 102 of processes, insulated column 112, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell 103 and metallic cathode 104 etc.Adopt new overall package method afterwards: liquid monomer poly-mer vaporization back is imported in the vacuum chamber, cover on the glass substrate in the vacuum chamber, on the ITO electrode on the substrate, on the insulated column and on ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and the metallic cathode, the cohesion back forms the overplate 108 of a sealing and whole embedding, this overplate height is apparently higher than the whole height of ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell, volume obviously covers whole organic electroluminescence display unit and covers the segment glass substrate, solidify to form a thicker structure through ultraviolet source again and seal the solid polymer overplate smooth with smooth outer surface fully, its outside face can keep the smoothness of atom level.Get off again, successively deposition one layer thickness 500 on the surface of this polymer covering
About ceramic of compact rete 109, condense again thereon then and solidify one deck monomer-polymer rete 110, so pass through 1-5 time repetition overlay film, form a kind of organic EL display panel that does not have the ultra-thin encapsulation of cover plate.
Reflective metal negative electrode in the inner organic EL display panel of side mirror can be as the object of side mirror catoptric imaging backsight vehicle rear window, the electron image of the object that is sheltered from by vehicle body that body tail CCD pick-up lens can also be taken the photograph shows, satisfy the backsight requirement of reversing automobile well, overcome traditional side mirror vision area is little, the blind area is big deficiency and defective.Structure at side mirror coating on glass and curing micro crystal material rete and nano material rete can significantly reduce cost of product, multilayer encapsulates organic film and has stopped up ceramic capillary effectively and can absorb and disperse strain stress in order to avoid ceramic membrane cracks, the ceramic membrane of multilayer densification has separated the intrusion of moisture and oxygen efficiently, has reduced the volume of read-out encapsulation simultaneously greatly.Thin-film solar cell panel can absorb the energy of sunshine and power to the work of side mirror in-to-in display of organic electroluminescence, energy-conservation environmental protection again.
The embodiment of inorganic thin film solar battery structure
As Fig. 8, evaporation or sputter have the layer of transparent oxide electrode layer on clear glass or plastic base, evaporation or sputter have one deck amorphous or polycrystalline P-type semiconductor thin layer/photo-generated carrier i thin layer/N-type semiconductor thin layer respectively successively on the transparent oxide electrode layer, evaporation or sputter have the layer of metal electrode layer on above-mentioned thin layer, form the inorganic thin film solar panel of a single layer cell; Or one or two same cell panel is set on this inorganic thin film solar panel again, constitute double-deck superpositing unit structure or the three stacked inorganic thin film solar panels that add block construction.During making, on clear glass or plastic base 402, elder generation's evaporation or sputter layer of transparent oxide electrode layer 403, as ITO, distinguish amorphous or polycrystalline P-type semiconductor thin layer 404/ photo-generated carrier i thin layer 405/N type semiconductor film layer 406 in evaporation or the sputter thereon more successively, last evaporation or splash-proofing sputtering metal electrode layer 407 as aluminum metal layer, form a single layer inorganic thin film solar panel.Bilayer or three-decker can also be made for raising the efficiency, the serial or parallel connection connection structure can also be made for improving output voltage and electric current.
The embodiment of organic polymer thin film solar battery structure
As Fig. 9, evaporation or sputter have the layer of transparent oxide electrode layer on clear glass or plastic base, the photolytic activity organic thin film layer of coating or spray printing one deck mixed type polymer electron donor and electron accepter on the transparent oxide electrode layer, or on the transparent oxide electrode layer, stack gradually and apply or spray printing has one deck electron donor thin polymer film P layer/electron donor thin polymer film N layer, form a photolytic activity organic thin film layer, at photolytic activity organic thin film layer evaporation or sputter the layer of metal electrode layer is arranged, form the organic thin film solar cell plate of a single layer cell; Or one or two same cell panel is set on this organic thin film solar cell plate again, constitute double-deck superpositing unit structure or the three stacked organic thin film solar cell plates that add block construction.During making, on clear glass or plastic base 402, elder generation's evaporation or sputter layer of transparent oxide electrode layer 403, as ITO, apply again thereon or the photolytic activity organic thin film layer 408 of spray printing one deck mixed type polymer electron donor and electron accepter, or stack gradually and apply or spray printing electron donor thin polymer film P layer/electron donor thin polymer film N layer forms a photolytic activity organic thin film layer 408, last evaporation or splash-proofing sputtering metal electrode layer 407, as aluminum metal layer, form a single layer organic thin film solar cell plate.Bilayer or three-decker can also be made for raising the efficiency, the serial or parallel connection connection structure can also be made for improving output voltage and electric current.
Claims (14)
1, the vehicle backing rear-view mirror of a kind of embedded thin film solar panel and organic EL display panel, comprise side mirror glass, reflecting metal coating, special glass substrate or common glass substrates, transparent micro crystal material rete, the transparent nano film layer, transparent anode, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells, strong reflecting metal negative electrode, UV-cured resin sealing frame, glass cover-plate and containing can absorb moisture and absorb oxygen additive-treated oil organic film coating, the side mirror shell, parts such as thin-film solar cell panel, or monomer-polymer covers packed layer, parts such as ceramic film and organic polymer films, it is characterized in that: on the inner surface of side mirror glass, reserve a rectangle or other shape clear area, on glassly in the clear area be pasted with a complete organic EL display panel embeddedly, be equipped with a thin-film solar cell panel by side mirror both sides plastic casing at the side mirror back side.
2, the side mirror of embedded thin film solar cell as claimed in claim 1 and organic EL display panel, it is characterized in that: on the inner surface of side mirror glass, reserve rectangle or other a shape clear area that does not have coat of metal, on the glass surface of clear area, be pasted with a complete organic EL display panel embeddedly, be equipped with a thin-film solar cell panel by side mirror both sides plastic casing at the side mirror back side.
3, the side mirror of embedded thin film solar cell as claimed in claim 1 and organic EL display panel, it is characterized in that: be mounted on side mirror in-to-in organic EL display panel and be packaged together by glass cover-plate and special glass substrate and light-cured resin sealing frame and make, glass-based is provided with the ITO transparent anode, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells and metallic cathode contain the firm organic film coating with the penetrability about 90% that can absorb moisture and absorb the additive component of oxygen respectively applying last layer on the glass cover-plate medial surface and on the medial surface of sealing frame inner glass substrate.
4, the side mirror of embedded thin film solar cell as claimed in claim 1 and organic EL display panel, it is characterized in that: be mounted on side mirror in-to-in organic EL display panel have one its be provided with the ITO transparent anode, insulated column, the special glass substrate of one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells and metallic cathode, on glass substrate and the ITO electrode, insulated column and ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and metallic cathode cover cohesion outward a solid polymer overplate that smooth outer surface is smooth, be installed with 1～5 layer of overlay film layer on this polymer covering surface, each overlay film layer is from the inside to the outside by a layer thickness
About ceramic of compact rete and one deck monomer-polymer rete constitute.
5, the side mirror of thin-film solar cells as claimed in claim 1 and embedded organic EL display panel, it is characterized in that: be mounted on side mirror in-to-in organic EL display panel and be packaged together by glass cover-plate and common glass substrates and light-cured resin sealing frame and make, on common glass substrates, apply successively from bottom to top and be solidified with one deck micro crystal material rete and one deck nano material rete, on common glass substrates, be provided with the ITO transparent anode, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells and metallic cathode contain the firm organic film coating with the penetrability about 90% that can absorb moisture and absorb the additive component of oxygen respectively applying last layer on the glass cover-plate medial surface and on the medial surface of sealing frame inner glass substrate.
6, the side mirror of embedded thin film solar cell as claimed in claim 1 and organic EL display panel, it is characterized in that: be mounted on side mirror in-to-in organic EL display panel and have one and apply the common glass substrates that is solidified with one deck micro crystal material film and one deck nano material film on it from bottom to top successively, on common glass substrates, be provided with the ITO transparent anode, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells and metallic cathode, on glass substrate and the ITO electrode, insulated column and ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and metallic cathode cover cohesion outward a solid polymer overplate that smooth outer surface is smooth, be installed with 1～5 layer of overlay film layer on this polymer covering surface, each overlay film layer is from the inside to the outside by a layer thickness
About ceramic of compact rete and one deck monomer-polymer rete constitute.
7, the side mirror of embedded thin film solar cell as claimed in claim 1 and organic EL display panel, it is characterized in that: evaporation or sputter have the layer of transparent oxide electrode layer on clear glass or plastic base, evaporation or sputter have one deck amorphous or polycrystalline P-type semiconductor thin layer/photo-generated carrier i thin layer/N-type semiconductor thin layer respectively successively on the transparent oxide electrode layer, evaporation or sputter have the layer of metal electrode layer on above-mentioned thin layer, form the inorganic thin film solar panel of a single layer cell; Or one or two same cell panel is set on this inorganic thin film solar panel again, constitute double-deck superpositing unit structure or the three stacked inorganic thin film solar panels that add block construction.
8, the side mirror of embedded thin film solar cell as claimed in claim 1 and organic EL display panel, it is characterized in that: evaporation or sputter have the layer of transparent oxide electrode layer on clear glass or plastic base, the photolytic activity organic thin film layer of coating or spray printing one deck mixed type polymer electron donor and electron accepter on the transparent oxide electrode layer, or on the transparent oxide electrode layer, stack gradually and apply or spray printing has one deck electron donor thin polymer film P layer/electron donor thin polymer film N layer, form a photolytic activity organic thin film layer, at photolytic activity organic thin film layer evaporation or sputter the layer of metal electrode layer is arranged, form the organic thin film solar cell plate of a single layer cell; Or one or two same cell panel is set on this organic thin film solar cell plate again, constitute double-deck superpositing unit structure or the three stacked organic thin film solar cell plates that add block construction.
9, the vehicle backing rear-view mirror of a kind of embedded thin film solar panel and organic EL display panel, comprise side mirror glass, reflecting metal coating, transparent micro crystal material rete, the transparent nano film layer, transparent anode, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells, strong reflecting metal negative electrode, UV-cured resin sealing frame, glass cover-plate and containing can absorb moisture and absorb oxygen additive-treated oil organic film coating, the side mirror shell, parts such as thin-film solar cell panel, or monomer-polymer covers packed layer, ceramic film and organic polymer films, it is characterized in that: on the inner surface of side mirror glass, reserve a rectangle or other shape clear area, the on glass coating successively is solidified with one deck micro crystal material rete and one deck nano material rete in the clear area, form the surface of a nanoscale planeness, an organic EL display panel is set on this surface again, is equipped with a thin-film solar cell panel by side mirror both sides plastic casing at the side mirror back side.
10, the side mirror of embedded thin film solar cell as claimed in claim 9 and organic EL display panel, it is characterized in that: on the inner surface of side mirror glass, reserve rectangle or other a shape clear area that does not have coat of metal, on the glass surface of clear area, apply successively and be solidified with one deck micro crystal material rete and one deck nano material rete, form the surface of a nanoscale planeness, an organic EL display panel is set on this surface again.
11, the side mirror of embedded thin film solar cell as claimed in claim 9 and organic EL display panel, it is characterized in that: on side mirror glass, apply successively and be solidified with one deck micro crystal material rete and one deck nano material rete, form the surface of a nanoscale planeness, on this surface, be provided with the ITO transparent anode, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells and metallic cathode, contain the firm organic film coating with the penetrability about 90% that can absorb moisture and absorb the additive component of oxygen respectively applying last layer on the glass cover-plate medial surface and on the medial surface of sealing frame inner glass substrate, and will apply the glass cover-plate that contains moisture absorption and oxygen uptake additive rete and be in the same place with light-cured resin sealing frame and side mirror glass-encapsulated.
12, the side mirror of embedded thin film solar cell as claimed in claim 9 and organic EL display panel, it is characterized in that: on the inner surface of side mirror glass, apply successively and be solidified with one deck micro crystal material rete and one deck nano material rete, form the surface of a nanoscale planeness, on this surface, be provided with the ITO transparent anode, insulated column, one or more ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cells and metallic cathode, on side mirror inner glass surface and the ITO electrode, insulated column and ORGANIC ELECTROLUMINESCENCE DISPLAYS pixel cell and metallic cathode cover cohesion outward a solid polymer overplate that smooth outer surface is smooth, be installed with 1～5 layer of overlay film layer on this polymer covering surface, each overlay film layer is from the inside to the outside by a layer thickness
About ceramic of compact rete and one deck monomer-polymer rete constitute.
13, the side mirror of embedded thin film solar cell as claimed in claim 9 and organic EL display panel, it is characterized in that: evaporation or sputter have the layer of transparent oxide electrode layer on clear glass or plastic base, evaporation or sputter have one deck amorphous or polycrystalline P-type semiconductor thin layer/photo-generated carrier i thin layer/N-type semiconductor thin layer respectively successively on the transparent oxide electrode layer, evaporation or sputter have the layer of metal electrode layer on above-mentioned thin layer, form the inorganic thin film solar panel of a single layer cell; Or one or two same cell panel is set on this inorganic thin film solar panel again, constitute double-deck superpositing unit structure or the three stacked inorganic thin film solar panels that add block construction.
14, the side mirror of embedded thin film solar cell as claimed in claim 9 and organic EL display panel, it is characterized in that: evaporation or sputter have the layer of transparent oxide electrode layer on clear glass or plastic base, the photolytic activity organic thin film layer of coating or spray printing one deck mixed type polymer electron donor and electron accepter on the transparent oxide electrode layer, or on the transparent oxide electrode layer, stack gradually and apply or spray printing has one deck electron donor thin polymer film P layer/electron donor thin polymer film N layer, form a photolytic activity organic thin film layer, at photolytic activity organic thin film layer evaporation or sputter the layer of metal electrode layer is arranged, form the organic thin film solar cell plate of a single layer cell; Or one or two same cell panel is set on this organic thin film solar cell plate again, constitute double-deck superpositing unit structure or the three stacked organic thin film solar cell plates that add block construction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU200720032989XU CN201172394Y (en) | 2007-10-16 | 2007-10-16 | Backing mirror embed with thin-film solar cell and organic electroluminescent display screen |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU200720032989XU CN201172394Y (en) | 2007-10-16 | 2007-10-16 | Backing mirror embed with thin-film solar cell and organic electroluminescent display screen |
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| CN201172394Y true CN201172394Y (en) | 2008-12-31 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101510465B (en) * | 2009-04-02 | 2011-02-02 | 桂林工学院 | Method for preparing optical anode of dye sensitization solar battery based on plastic substrate |
| CN105339988A (en) * | 2013-06-28 | 2016-02-17 | 金泰克斯公司 | Battery powered rear view mirror display and integrated trainable transceiver unit |
-
2007
- 2007-10-16 CN CNU200720032989XU patent/CN201172394Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101510465B (en) * | 2009-04-02 | 2011-02-02 | 桂林工学院 | Method for preparing optical anode of dye sensitization solar battery based on plastic substrate |
| CN105339988A (en) * | 2013-06-28 | 2016-02-17 | 金泰克斯公司 | Battery powered rear view mirror display and integrated trainable transceiver unit |
| CN105339988B (en) * | 2013-06-28 | 2017-11-21 | 金泰克斯公司 | Battery powered rearview mirror display screen and integrated trainable transceiver device |
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