CN102467853B - Transparent glass curtain wall screen - Google Patents
Transparent glass curtain wall screen Download PDFInfo
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- CN102467853B CN102467853B CN2011103511043A CN201110351104A CN102467853B CN 102467853 B CN102467853 B CN 102467853B CN 2011103511043 A CN2011103511043 A CN 2011103511043A CN 201110351104 A CN201110351104 A CN 201110351104A CN 102467853 B CN102467853 B CN 102467853B
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Abstract
The invention discloses a transparent glass curtain wall screen. A main body part of the transparent curtain wall screen comprises a plurality of transparent conductive film glass panels which are spliced with one another and of which the surfaces are etched with transparent conductive film circuits for electrical connection; a plurality of red, green and blue (RGB) full-color luminous units are arranged on the transparent conductive film glass panels; electrodes on bottom surfaces of the RGB full-color luminous units are mounted on the transparent conductive film circuits; adjacent RGB full-color luminous units with driving integrated circuits are electrically connected through the transparent conductive film circuits; a plurality of connectors are arranged at two ends of the transparent conductive film glass panels; the connectors are mounted on the transparent conductive film circuits of the transparent conductive film glass panels so as to be connected with the exterior; the adjacent RGB full-color luminous units with the driving integrated circuits on the transparent conductive film glass panels are electrically connected through the connectors; and an information processing and controlling system is electrically connected with connectors on the outermost sides of the transparent conductive film glass panels respectively.
Description
Technical field
The present invention relates to glass curtain wall, two fields of electronic display technology.
Background technology
Glass curtain wall is with the construction wall trailing of glass as a kind of modern times attractive in appearance of body of wall, because of lighting performance good, need to not offer for daylighting the daylight openings such as window balcony, so the building body surface can be done smooth succinctly, as be equipped with good structural design, can bring unexistent, the unique artistic feeling of traditional architecture and modern sense to the people, thereby be used widely.Existing glass curtain wall, be all generally to exist as a kind of construction style, and function singleness is not also developed some profound functions of glass curtain wall.
And present general outdoor display screen, regardless of different kinds of, if independent the installation, need to aim at display screen and set up independent supporting steel frame, can take certain place, if make huge display screen, can take large-area place, increase cost, comprise land use cost and supporting steel frame cost, and display screen is when showing, itself is not attractive in appearance.If utilize the metope of building body to install, installed surface meeting crested, the daylighting of impact building; If the one side of building is made display screen, the whole metope of building can be shown screen and covers fully, fully can't daylighting; If want to utilize four metopes of building body that display screen is installed, four of building body faces also will be covered fully, and whole building just fully can not natural lighting.
How to utilize the surfacing of present glass curtain wall, characteristics simple for structure to produce transparent, do not affect glass curtain wall daylighting, can realize again the functional glass curtain buildings that shows, become a new problem of modern glass curtain wall building technology and display screen technology.
Existing patent about the glass curtain wall display screen, a topmost shortcoming is arranged, can't avoid all that be equipped with the naked eye obviously can visible wire and circuit on glass curtain wall, even if wrap up the profile that these wires and circuit also can be kept away these wires of unavoidable parcel and circuit.Some design is for the Support Level road and increase structural strength, also can obviously see and supports and strengthen structure, so not only can have a strong impact on the distinctive succinct U.S. of glass curtain wall outward appearance and artistic beauty, also can block in a large number sight line, the indoor daylighting of impact.
How just can make transparent, do not affect glass curtain wall inner structure and outer aesthetic, and the good glass curtain wall display screen of the daylighting this patent problem that will solve just.
Summary of the invention
the object of the invention is to utilize conducting film coated glass appearance transparent, the characteristics of surface conduction, etch at the glass surface with nesa coating the conductive connecting road that micron-sized naked eyes are difficult to see, paste (also can with other more efficiently method that mounts) with conducting resinl, mount the luminescence unit (element) with some independent researches, be equipped with again circuit and the structural design of unique inside glass, and be electrically connected to design with structural elements between glass and glass, realize that the structure of electrical connection between glass and glass installs, thereby the display screen part that forms whole system, the figure or the video image that needs are shown by information processing and control system, convert corresponding digital signal to and control this display screen part, make each luminescence unit on every transparent conducting film glass panel send figure or the pixel corresponding brightness of video image and the light of color that shows with needs, thereby complete the function of whole transparent glass curtain wall display screen.Wherein the information processing part is generally completed by computing machine, also can be completed by the equipment of special use.
for realizing above purpose, the present invention has taked following technical scheme: a kind of transparent glass curtain wall screen, comprise transparent curtain wall screen main part and information processing and control system part, described transparent curtain wall screen main part comprises that polylith splices mutually, on surface, etching is useful on the transparent conducting film glass panel of the nesa coating circuit of electrical connection, be placed with several full-color light-emitting of RGB with drive integrated circult with drive integrated circult unit on this transparent conducting film glass panel, the electrode paste of bottom surface, the described full-color light-emitting of RGB with drive integrated circult unit is loaded on the nesa coating circuit, connect by the nesa coating line electricity between the adjacent full-color light-emitting of the RGB with drive integrated circult unit,
Be provided with a plurality of connectors on transparent conducting film glass panel two ends, connector is mounted on the nesa coating circuit of transparent conducting film glass panel, realize and outside being connected, the full-color light-emitting of the RGB with the drive integrated circult unit on adjacent transparent conducting film glass panel is electrically connected to by connector;
The information processing and controlling components of system as directed, figure or video image that needs show, resolves into several pixels, and serial digital signal corresponding to pixel converts to, then this serial digital signal is outputed on display screen after amplifying.For the display screen that transparent conducting film glass forms, this is transferred on the connector of the first row input end in the first row face glass by the serial digital signal that control system produces.Connector several by the nesa coating connection and is arranged in the full-color light-emitting of the RGB with drive integrated circult unit on the transparent conducting film glass panel, by these full-color light-emitting of RGB with drive integrated circult unit, demonstrates corresponding pixel.
The information processing and controlling system is as follows in the regularly arranged mode of row and column as the example principle of specification.The information processing and controlling system resolves into picture the rgb pixel point of the capable y row of x, and namely there be y pixel in every delegation, and total x is capable, and the position of the number of pixel and correspondence is number and the position of corresponding display screen just in time.The information processing and controlling system, the pixel of this y of every delegation RGB three primary colours, is transformed into serial digital signal (Serial Digital data), and each train of signal includes the monochrome information of RGB three primary colours of this y pixel of this row.
Drive by band the transparent conducting film glass curtain wall display screen that the full-color light-emitting of the RGB with the drive integrated circult unit of integrated circuit forms, band drives the full-color light-emitting of the RGB with drive integrated circult unit (the Integrated Lighting Unit with driver IC of integrated circuit, self-defined abbreviation ILU), hereinafter to be referred as luminescence unit; The transparent conducting film glass curtain wall display screen, hereinafter to be referred as transparent screen, perhaps display screen, have the capable luminescence unit of x, and there be y luminescence unit in every delegation.suppose that certain row of transparent screen receives the digital signal string of y pixel of this row, arrive the 1st luminescence unit input end (Serial Digital data Input, SDI) after, after the 1st luminescence unit identifies the corresponding brightness digital signal of the 1st pixel in this string signal, on the one hand, by be encapsulated in that integrated circuit in luminescence unit carries out to it that shaping is amplified and a series of digital processing after, divide three tunnels to give RGB three primary colours output driving circuit, export to respectively on three luminescent devices of RGB three primary colours that are encapsulated in luminescence unit, completed the full-color demonstration of the 1st pixel, on the other hand, remaining digital signal is delivered to next luminescence unit input end through output terminal (Serial Digital data Output, SDO), the 2nd luminescence unit also in the same way, identifies the brightness numeral of this luminescence unit needs and outputs on three three-color light-emitting devices, and remaining signal is delivered to next luminescence unit after amplifying.By that analogy, until last y luminescence unit just completed the demonstration of the y of a delegation pixel.Transmission for digital signal, single wire transmission, multi-thread transmission are arranged, such as clock signal (Clock), control signal (Control) etc., all with same principle, take out that this luminescence unit needs, complete the demonstration of this luminescence unit, outputing to next luminescence unit after remaining digital signal amplification.If the y of every delegation pixel is all in the same way, complete altogether the capable demonstration of x, so just formed the display screen of the capable y row of x.
Also be provided with one deck light transmission glass plate on described transparent conducting film glass panel surface, form the double glazing plate structure, described integrated luminescence unit all is between transparent conducting film glass panel and light transmission glass plate; Connect by bindiny mechanism between described adjacent double glazing plate structure.
The present invention is by luminous point is set in the middle of the parallel interlayer of two blocks of glass in glass curtain wall, and each luminous point has and independently drives chip and luminophor; Realized being electrically connected to by the transparent conductive coatings layer that is plated in glass surface between luminous point; Between every glass plate by being positioned over being electrically connected between interface unit reality glass in the splicing gap, suppressible and glass, pass through Glass Curtain Wall Construction,, with the splicing of different structure mode implementation structure, form a complete transparent huge glass curtain wall display screen; The double glazing plate structure can be effectively plays a protective role to glass plate and the integrated luminescence unit of internal layer.The double glazing panel, by middle medium classification, can be divided into double glazing, vacuum glass, doubling glass, encapsulating glass etc.Face glass is made double-decker, except the electron device that can play protection conduction film plating layer and mount, can also obtain the effect of double glazing thereon.For example, doubling glass is because centre has film greatly to improve the security performance of glass, and vacuum glass truly has qualitative leap etc. to the insulating effect of sound than single-glass soundproof effect because of centre.The effect of the conduction film plating layer in the middle of adding, can play the effect of achieving many things at one stroke so make double-layer glass structure.
Be pasted with conducting copper on the both sides of described transparent conducting film glass panel surface, just can make the loss in transmitting procedure of power supply ease down to the degree of ignoring; Power supply by conducting copper power delivery near luminescence unit, can be directly nesa coating circuit by the transparent conducting film glass panel surface in the mode of series connection, each row luminescence unit between conducting copper is connected on conducting copper, or the nesa coating circuit handle by the transparent conducting film glass panel surface is together in parallel with each luminescence unit indirectly,, through connector, with wire and conducting copper, realize being electrically connected to again.
The conducting film coated glass, be called for short electro-conductive glass, many types are arranged, press the conducting film classification, ITO(Indium Tin Oxides is arranged), AZO (Aluminum-doped Zinc Oxide), FTO (Fluorine Tin Oxides), TCO(Transparent Conductive Oxides) etc., relatively more commonly used is take ITO(Indium Tin Oxides indium tin metal oxide at present), as the coated glass of film plating layer, now just as an example of ITO example, this patent is done an explanation.The ITO film, have good electric conductivity and the transparency, and surface is coated with the glass of ITO film, has and can intercept harmful electron irradiation, the characteristics of ultraviolet ray and far infrared.So, have good heat-insulating and energy-saving effect with the glass curtain wall of ito coated glass manufacturing, than the environmental protection of simple glass curtain-wall energy-saving.
Figure 2 shows that a kind of connection that does not need on the y direction, only need the block scheme of active matrix (AM) circuit of the connection on the x direction.Each needs the luminous point D that directly with larger analogue drive current, drives script passive matrix (PM)
1,1～D
i,jBy self element circuit U with driving circuit and luminescent device
1,1～U
i,jReplace.Each luminous point is exactly a luminescent device with driving circuit, and that drive like this luminous point is no longer x, the bus L by large analogue drive current on the y both direction
x_1～L
x_iWith L
y_1～L
y_j, complete demonstration; But by a row serial digital signal input end SDI_
1～SDI_i supplied with digital signal, the serial digital signal one-level passes one-level, and oneself needs this luminescence unit of taking-up at the corresponding levels (luminescence unit shows a pixel), other the next luminescence unit that passes to.Be converted to the display driver curtage of simulation on each luminescence unit after a series of processing of the drive integrated circult in each driver element, completing demonstration.The serial digital signal electric current is fainter, so just be easy to solve the problem of fine rule transmission.
Fig. 3 is that single transparent electropane panel forms schematic diagram (clear for meaning, all parts all amplify), is a kind of concrete form that the employing this patent of active matrix (AM) circuit shown in Figure 2 is realized.Suppose that a display screen needs several pixels, the full-color light-emitting unit that these several pixels are corresponding is U
1,1～U
i,j, be total to i * j pixel, just need to be these luminescence units U specific to the glass curtain wall screen
1,1～U
i,j, it is on glass that common i * j pixel decomposes x * y piece.Certain piece face glass G therein
x,yOn, total m * n luminescence unit, be U
1,1～U
m,nAs figure, left side one row connector is C
x,y_ L
1～C
x,y_ L
m, be total to m connector.Right side one row connector is C
x,y_ R
1～C
x,y_ R
m, be total to m connector.P
x,y(+), P
x,y(-) is respectively the conducting copper for power supply.Up and down, left and right in the schematic diagram that Fig. 3 paints, power positive cathode just, in order to explain and to mark conveniently, do not limit the up and down, left and right, both positive and negative polarity can not be changed, and can change arbitrarily as required.
The composition schematic diagram of the whole complete system that the display part that Fig. 4 forms for several single transparent electropane panels and information processing and control system partly form.Suppose that display screen need to show i * j pixel, these pixels are decomposed on x * y piece face glass, suppose that the pixel that every block of glass distributes is all m * n pixel, i * j=x * y * m * n.This x * y piece face glass is labeled as G
1,1～G
x,y, certain piece face glass G wherein
x,yInner structure as shown in Figure 3.
The information processing that is comprised of computing machine and specialized control equipment and control, minute control system, figure or video image that needs show, resolve into i * j pixel, and convert corresponding serial digital signal to, deliver to first row glass G
1,1～G
x,1The input end connector, to first glass G on first row
1,1, be provided with G thereon
1,1_ C
1～G
1,1_ C
mBe total to m connector, serial digital signal accesses each piece transparent conducting film glass display panel through these connectors, if need to be the firm process G that signal is processed
1,1_ S
1～G
1,1_ S
mDo signal and process, can do shaping, amplification or isolation processing here, perhaps only do wherein any processing, if do not need any processing, G
1,1_ S
1～G
1,1_ S
mProcessing section can be omitted, and directly accesses in the nesa coating circuit, enters first each luminescence unit on glass, until the connector of first glass end., through the connector of first glass end, be connected to next piece glass G
2,1On the connector of upper initiating terminal, glass ground going down of a glass like this, until y piece, namely last piece glass G
1, yFor x piece glass G on first row
x,1, be all in the same way, complete the transmission of serial digital signal, make luminescence units at different levels send the light of corresponding bright and color, until being listed as last, last arranges glass G
x,yIn figure, handle is positioned over the G on face glass
1,1_ C
1S
1～G
x,1_ C
mS
mSeparately figure goes out, and the dotted line frame to rise be for sake of clarity.
The vitals of this patent----luminescence unit is to be brought together and to be formed by the luminescent device of three three primary colours, three full-color driving integrated circuits and peripheral cell thereof.Select different light-emitting components or luminophor luminous, just adopt different unit composition forms.Its full name drives the full-color light-emitting of the RGB with the drive integrated circult unit (Integrated Lighting Unit with driver IC, self-defined abbreviation ILU) of integrated circuit for band.
Under prior art, the most typical and commonly used is to do light-emitting component and corresponding three luminescence units that luminous drive integrated circult forms thereof with LED, can making of luminescence unit microminiaturized, integrated, this is conducive to reduce the shared area of luminescence unit.In order to make luminescence unit microminiaturized, integrated, the first two direct integrated circuit (IC) chip and three LED chip of adopting of the circuit of former cause light-emitting component, luminous drive integrated circult element, peripheral cell three parts compositions are done integration packaging, again miniature peripheral cell is also done in this conglomerate dexterously, thereby integratedly become miniature, that integrate, an integrated luminescence unit.
Figure 10 shows that three all-colour LED luminescence unit schematic diagrams making the general typical general of light-emitting component of LED.Existing three all-colour LED luminescence unit circuit all form as framework.Adopt the different way of outputs, just adopt different peripheral cell set-up modes.Because LED is the current mode element, brightness and electric current are linear, both end voltage is substantially constant after forward adds a voltage to reach forward voltage, but RGB(Red, Green, Blue) forward voltage of three-primary color LED is different, so in order to make LED drive the identical brightness of acquisition, just must allow three LED obtain identical electric current.So on the circuit base of typical general, some circuit directly arrange flows resistance R on the LED output terminal
R, R
G, R
BThe circuit that also has adopts different sampling resistor R is set
Ref1, R
Ref2, R
Ref3Control the reference voltage that drives chip, reach three three-primary color LEDs and obtain the purpose that current-sharing drives; The circuit that also has adopts constant current output, just can change three sampling resistors into one; Some circuit V
DDAnd V
CCAdopt a power supply, save R
1The circuit that also has is in order to increase brightness, each output terminal a plurality of LED that connect; The circuit that also has separately is provided with efferent duct to increase output current in order to increase output current, etc.
The present invention compared with prior art, have following advantage: transparent glass curtain wall screen of the present invention is under the prerequisite that does not affect the glass curtain wall natural lighting, closely can only see miniature luminous point, can't see any connection wire and strengthen stilt, the glass curtain wall outward appearance of whole building looks like transparent glass curtain wall when not lighting, and the glass curtain wall of whole building just becomes a huge transparent display screen when lighting.
Description of drawings
Fig. 1 is single transparent electropane panel and light transmission glass plate integrated structure schematic diagram;
Fig. 2 is active display matrix circuit theory schematic diagram;
Fig. 3 is that the RGB full-color light-emitting unit with drive integrated circult is arranged on single transparent electropane panel construction schematic diagram;
Fig. 4 is transparent glass curtain wall screen display system principle of work schematic diagram of the present invention;
Fig. 5 is that the single full-color light-emitting of RGB with drive integrated circult unit mounts schematic diagram ();
Fig. 6 is that the single full-color light-emitting of RGB with drive integrated circult unit mounts schematic diagram (two);
Fig. 7 is that transparent conducting film glass panel and light transmission glass plate are used for bright frame glass curtain wall mounting structure schematic diagram;
Fig. 8 is that transparent conducting film glass panel and light transmission glass plate are used for concealed frame glass curtain wall mounting structure schematic diagram;
Fig. 9 is that transparent conducting film glass panel and light transmission glass plate are used for point type glass curtain wall mounting structure schematic diagram ();
Figure 10 is three typical luminescence unit schematic diagrams that luminous drive integrated circult forms;
Figure 11 is integrated chip unit point glue or reverse mould embedding decomposing schematic representation in the present invention;
Figure 12 is integrated chip unit upward view of the present invention, bottom circuit layer, single line structure electrode pin configuration;
description of reference numerals: 1-is with the RGB full-color light-emitting unit of drive integrated circult, the 2-connector, 3-connector connecting line, 4-transparent conducting film glass panel, 41-nesa coating circuit, the 42-nesa coating, the 5-light transmission glass plate, the 6-conducting copper, the 7-structure sealant, the 8-hollow glass division bar, 9-double glazing fluid sealant, the bright mount structure section bar of 10-, the hidden mount structure section bar of 12-, 15-double glazing space washer, 16-refutes and connects pawl, the 17-overlapping joint, the 18-through hole, the 100-circuit substrate, 170-top layer circuit layer, 180-bottom circuit layer, the 20-peripheral cell, 110-power supply one utmost point, another utmost point of 120-power supply, the 130-signal input utmost point, 140-signal output stage, the 40-luminophor, 30-drives chip, 60-encapsulates material.
Embodiment
Below in conjunction with the drawings and specific embodiments, content of the present invention is described in further details.
Embodiment:
see also Fig. 1, Fig. 3 and shown in Figure 4, a kind of transparent glass curtain wall screen, comprise transparent curtain wall screen main part and information processing and control system part, described transparent curtain wall screen main part comprises that polylith splices mutually, on surface, etching is useful on the transparent conducting film glass panel 4 of the nesa coating circuit 41 of electrical connection, be placed with several full-color light-emitting of RGB with drive integrated circult with drive integrated circult unit 1 on this transparent conducting film glass panel 4, electrode paste with 1 bottom surface, RGB full-color light-emitting unit of drive integrated circult is loaded on nesa coating circuit 41, be electrically connected to by nesa coating circuit 41 between the adjacent full-color light-emitting of the RGB with drive integrated circult unit 1,
Be provided with a plurality of connectors 2 on transparent conducting film glass panel 4 two ends, connector 2 is mounted on the nesa coating circuit 41 of transparent conducting film glass panel 4, realize and outside being connected, the full-color light-emitting of the RGB with the drive integrated circult unit 1 on adjacent transparent conducting film glass panel 4 is electrically connected to by connector 2;
The information processing and controlling system is electrically connected to the outermost connector 2 of transparent conducting film glass panel 4 respectively, it is for the situation of the pixel that will need the figure that shows or video image to show as required, convert corresponding serial digital signal to, serial digital signal outputs on connector 2 after amplifying, and by the full-color light-emitting of the RGB with the drive integrated circult unit 1 with connector 2 is electrically connected to, demonstrates corresponding pixel.
Further, be pasted with conducting copper 6 on the both sides on transparent conducting film glass panel 4 surfaces, conducting copper 6 is electrically connected to each full-color light-emitting of RGB with the drive integrated circult unit 1 on nesa coating panel 4 by the nesa coating circuit 41 on transparent conducting film glass panel 4 surfaces, and information processing is electrically connected to described conducting copper 6 with the supply unit of control system.
Nesa coating 42 in the present embodiment is indium tin metal oxide coating layer.
1, luminous point aspect.
See also Fig. 5 and shown in Figure 6, design the full-color light-emitting of the RGB with a drive integrated circult unit (being called for short ILU), allow three three primary colours RGB luminescent devices, such as three LED, OLED, concentrate the drive integrated circult driving that is included peripheral cell by a cover, form a luminescence unit (Unit), like this, three three primary colours originally need luminescent device large driven current density, that play merely lighting function, become the luminescence unit that includes drive integrated circult and peripheral cell; Be provided with input/output terminal in each luminescence unit, just can realize between unit and unit, being connected between unit and external circuit; Luminescence unit is made SMD, in order to mount the nesa coating circuit surface.
This luminescence unit is a kind of attainable concrete structure mode wherein, sees also the patent of invention in first to file.This invention is utility model and the patent of invention of applicant in application on April 20th, 2010, application number is respectively 201020171765.9, the patent of invention 201110098303.8 of patent priority before the requirement of application on April 19th, 2011, patent name is the patent of invention of " a kind of integrated chip unit ".Its concrete structure is consulted Figure 11 and shown in Figure 12.
The structure of RGB full-color light-emitting unit 1 is as follows: include circuit substrate 100, circuit substrate 100 levels are fitted with top layer circuit layer 170 and bottom circuit layer 180, power supply one utmost point 110 that is provided with peripheral cell 20 and with bottom circuit layer 180, is electrically connected on top layer circuit layer 170, another utmost point 120 of power supply, the signal input utmost point 130 and signal output stage 140, also has the luminophor 40 that is electrically connected to power supply one utmost point 110, the driving chip 30 that is electrically connected to the signal input utmost point 130, signal output stage 140, luminophor 40, another utmost point 120 of power supply or two poles respectively; Also include the encapsulation material 60 of printing opacity, this encapsulation material 60 is located on circuit substrate 100, and is covered on driving chip 30 and luminophor 40.
2, transparent conducting film glass panel aspect
By the circuit etching on the nesa coating that is plated on glass surface, coupling together with signal line between luminescence unit and luminescence unit, several luminescence units, form a glass display panel; Every display panel all is provided with the connector of outside connection, connects by connector between every display panel, forms complete curtain wall display screen.
Area at glass curtain wall is larger, when transparent conducting film glass piece number is more, every face glass both sides, adds two conducting coppers.Conducting copper is mounted on two whole sides of transparent conducting film glass conductive film layer, and like this, power supply just can direct or indirect mode be connected to luminescence unit by conducting copper.
The mode that directly is connected in series is that the nesa coating circuit by the transparent conducting film glass panel surface is connected to each row luminescence unit between conducting copper on conducting copper in the mode of series connection; Indirectly mode in parallel is that nesa coating circuit handle by the transparent conducting film glass panel surface is together in parallel with each luminescence unit, then, through connector, with wire and conducting copper, indirectly realizes being electrically connected to.
Signal link between luminescence unit can the common power supply power supply ground wire (namely doing a utmost point of bus in positive-negative power), like this, just can simplify becomes the transmission of single signal wire and connects, even if be that to adopt the transmission mode of many signal wires be also individual layer wiring, the connection of the small-signal that intersects of wiring between luminescence unit.From the signal transmission form of individual layer wiring, not wiring intersection and the problem that two aspects of power supply have solved reasonable line arrangement on the larger nesa coating coated glass of resistance per square.
3, the display panel that has had the transparent conducting film glass panel to form, also need the transparent conducting film glass panel is shown that face glass couples together to each by the glass curtain wall structure that is fit to, and just can complete a complete glass curtain wall., for glass curtain wall, by frame mode, classify and probably have: bright frame glass curtain wall, concealed frame glass curtain wall, half concealed frame glass curtain wall, point type glass curtain wall.The transparent conducting glass display panel that the present embodiment is done, connect by connector, and the concrete structure that is attached among present curtain wall technology is as follows:
Also be provided with one deck printing opacity or transparent glass plate 5 on transparent conducting film glass panel 4 surfaces, form the double glazing plate structure, integrated luminescence unit 1 all is between transparent conducting film glass panel 4 and light transmission glass plate 5; Connect by bindiny mechanism between adjacent double glazing plate structure.
See also shown in Figure 7ly, bindiny mechanism is bright mount structure section bar 10; Be fastenedly connected by bright mount structure section bar 10 between adjacent transparent conducting film glass panel 4, light transmission glass plate 5; Bright mount structure section bar 10 is equipped with structure sealant 7 with the part that transparent conducting film glass panel 4, light transmission glass plate 5 contact respectively; Following several mode is arranged: 1) when transparent conducting film glass panel 4, light transmission glass plate 5, during for double glazing and vacuum glass, also be provided with double glazing fluid sealant 9, hollow glass division bar 8 between transparent conducting film glass panel 4 and light transmission glass plate 5; 2) when transparent conducting film glass panel 4, when light transmission glass plate 5 is doubling glass, encapsulating glass, there is no hollow glass division bar, but adopt film and double glazing fluid sealant or encapsulating; Be electrically connected to by connector connecting line 3 between connector 2 on adjacent transparent conducting film glass panel 4.
See also shown in Figure 8ly, bindiny mechanism is hidden mount structure section bar 12; Be fastenedly connected on body of wall by hidden mount structure section bar 12 between adjacent transparent conducting film glass panel 4; Be equipped with structure sealant 7 with the part that transparent conducting film glass panel 4, light transmission glass plate 5 contact respectively at hidden mount structure section bar 12.Can adopt hidden frame and bright mount structure in conjunction with forming half implicit expression glass curtain wall structure in a glass curtain wall, can make bright two kinds of horizontal hidden perpendicular bright or perpendicular hidden horizontal stroke.The characteristics that may have two kinds of curtain walls of half implicit expression glass curtain wall, the transparent glass curtain wall display screen can be selected according to actual building situation.
See also shown in Figure 9ly, be the application of face glass in point-supporting curtain of this patent.Bindiny mechanism is that overlapping joint 17 connects pawl 16 with refuting, transparent conducting film glass panel 4 and light transmission glass plate 5 that corner offers through hole 18 are anchored on overlapping joint 17 by through hole 18, through hole 18 places between transparent conducting film glass panel 4 and light transmission glass plate 5, by being provided with double glazing fluid sealant 9 and double glazing space washer 15 between the fastening transparent conducting film glass panel 4 of overlapping joint 17 and light transmission glass plate 5; Overlapping joint 17 is located to refute and connects on pawl 16, and this is refuted and connects pawl 16 two adjacent overlapping joints 17 of connection; Be electrically connected to by connector connecting line 3 between connector 2 on adjacent transparent electropane panel 4, between gap and connecting line 3 use waterproof sealing structure glue 7 water-tight settings.
Above several mode can be applied in a flexible way, be not limited in the building glass curtain wall that passes through and form huge display screen, can also be by the assembly unit of a small amount of glass display panel, even use monolithic double glazing display panel, make a luminous ornament glass curtain wall with pattern change decorative effect, perhaps make transparent glass curtain wall signboard.Luminescence unit in every display panel can be arranged flexibly, does not want proper alignment, also can be arranged in pictorial pattern or word.
Above-mentioned 3 transparent conducting film glass panels that combine the monolithic that has just formed the described nesa coating display screen of this patent, face glass can adopt double glazing, vacuum glass faceplate structure, also can make the panel construction of the higher doubling glass of security, tank glue glass.For the vacuum glass faceplate structure, can utilize dexterously the thickness of luminous point, perhaps increase again the thickness of luminous point, luminous point is used as the strong point, double glazing is made vacuum glass, luminous point just in time can support the external atmosphere pressure of vacuum glass; Adopt the glass curtain wall of vacuum glass faceplate to realize isolated noise, further strengthened the energy-conserving and environment-protective characteristic of ito glass curtain wall, make glass-wall building become more perfect rationally, energy-conserving and environment-protective, science health.
RGB with the drive integrated circult full-color light-emitting unit of the present embodiment can inhomogeneously be arranged, and forms different appearance and modelings, as word or figure.Also can be used for the abnormity on different planes, the face glass of leading shape of curved surface.Every row luminous point is consistency from top to bottom not also, can misplace, and the complete image that the visual contraposition that shows finally can come controlling composition not misplace by computing machine.
Above-listed detailed description is illustrating for possible embodiments of the present invention, this embodiment is not in order to limit the scope of the claims of utility model of the present invention, allly do not break away from the equivalence that utility model of the present invention does and implement or change, all should be contained in the scope of the claims of this case.
Claims (10)
1. a transparent glass curtain wall screen, comprise main part and information processing and control system part, it is characterized in that:
The transparent conducting film glass panel (4) that described main part comprises that polylith splices mutually, etching is useful on the nesa coating circuit (41) of electrical connection on surface, be placed with several full-color light-emitting of RGB with drive integrated circult unit (1) on this transparent conducting film glass panel (4), the electrode paste of bottom surface, the described full-color light-emitting of RGB with drive integrated circult unit (1) is loaded on nesa coating circuit (41), is electrically connected to by nesa coating circuit (41) between the adjacent full-color light-emitting of the RGB with drive integrated circult unit (1);
Be provided with a plurality of connectors (2) on transparent conducting film glass panel (4) two ends, connector (2) is mounted on the nesa coating circuit (41) of transparent conducting film glass panel (4), realize and outside being connected, the full-color light-emitting of the RGB with the drive integrated circult unit (1) on adjacent transparent conducting film glass panel (4) is electrically connected to by connector (2);
the information processing and controlling system is electrically connected to the outermost connector of transparent conducting film glass panel (4) (2), it is used for needing the figure that shows or video image to resolve into several pixels, and convert the digital signal corresponding with pixel to, this digital signal outputs on connector (2) after amplifying, through nesa coating circuit (41), give the RGB full-color light-emitting unit (1) with drive integrated circult, after the integrated circuit in this luminescence unit (1) is processed, drive three three-color light-emitting devices, demonstrate and original figure or pixel corresponding to video image.
2. transparent glass curtain wall screen as claimed in claim 1, is characterized in that: also be provided with one deck printing opacity or transparent glass plate (5) on described transparent conducting film glass panel (4) surface, form the double glazing plate structure; Described luminescence unit (1) all is between transparent conducting film glass panel (4) and light transmission glass plate (5); Connect by bindiny mechanism between adjacent described double glazing plate structure.
3. transparent glass curtain wall screen as claimed in claim 2, it is characterized in that: there is no solid dielectric between the double-layer glass structure that described transparent conducting film glass panel (4), light transmission glass plate (5) form, for the double-layer glass structure without solid dielectric, when being vacuum glass, with the RGB full-color light-emitting unit (1) of drive integrated circult, double as the atmospheric strong point of opposing in vacuum glass; Also be provided with double glazing fluid sealant (9), hollow glass division bar (8) between transparent conducting film glass panel (4) and light transmission glass plate (5); The described luminescence unit (1) that is on transparent conducting film glass panel (4) is positioned between transparent conducting film glass panel (4) and light transmission glass plate (5).
4. transparent glass curtain wall screen as claimed in claim 2, is characterized in that: between the double-layer glass structure that described transparent conducting film glass panel (4), light transmission glass plate (5) form, solid dielectric is arranged, for the double-layer glass structure of solid dielectric is arranged; Be in the described luminescence unit (1) on transparent conducting film glass panel (4), be positioned between transparent conducting film glass panel (4) and light transmission glass plate (5), be full of solid dielectric therebetween.
5. transparent glass curtain wall screen as claimed in claim 2, it is characterized in that: described bindiny mechanism is bright mount structure section bar (10); Be fastenedly connected by bright mount structure section bar (10) between adjacent described transparent conducting film glass panel (4), light transmission glass plate (5); The mount structure section bar of stating clearly (10) be equipped with waterproof sealing structure glue (7) with the part that transparent conducting film glass panel (4), light transmission glass plate (5) contact respectively; Be electrically connected to by connector connecting line (3) between connector (2) on adjacent described transparent conducting film glass panel (4).
6. transparent glass curtain wall screen as claimed in claim 2, it is characterized in that: described bindiny mechanism is hidden mount structure section bar (12); Be fastenedly connected on body of wall by hidden mount structure section bar (12) between adjacent described transparent conducting film glass panel (4); Be equipped with structure sealant (7) with the part that transparent conducting film glass panel (4), light transmission glass plate (5) contact respectively at described hidden mount structure section bar (12); Be electrically connected to by connector connecting line (3) between connector (2) on adjacent described transparent conducting film glass panel (4).
7. transparent glass curtain wall screen as claimed in claim 2, it is characterized in that: described bindiny mechanism is overlapping joint (17) and refutes and connect pawl (16), transparent conducting film glass panel (4) and light transmission glass plate (5) that close each angle or the place of keeping to the side offer through hole (18) are anchored on overlapping joint (17) by through hole (18), through hole (18) between transparent conducting film glass panel (4) and light transmission glass plate (5) is located, by being provided with double glazing fluid sealant (9) and double glazing space washer (15) between the fastening transparent conducting film glass panel (4) of overlapping joint (17) and light transmission glass plate (5), described overlapping joint (17) is located to refute and connects on pawl (16), and this is refuted and connects the adjacent overlapping joint (17) of pawl (16) connection, be equipped with connector (2) in the both sides of transparent conducting film glass panel (4), electrical connection between adjacent transparent electropane panel (4) realizes by the connector connecting line (3) that connects connector (2), between gap and connecting line (3) do the water-tight processing with waterproof sealing structure glue (7).
8. transparent glass curtain wall screen as claimed in claim 1, is characterized in that: be pasted with conducting copper (6) on the both sides on described transparent conducting film glass panel (4) surface, by direct or indirect mode, for each nesa coating circuit, provide power supply; After the luminescence unit (1) of each row between the conducting copper (6) of the surperficial both sides of described transparent conducting film glass panel (4) is to connect by nesa coating circuit (41), be directly connected to conducting copper (6); Luminescence unit (1) in every row between the conducting copper (6) of described transparent conducting film glass panel (4) both sides is all by after nesa coating circuit (41) parallel connection, then through connector (2), indirectly is wired on conducting copper (6).
9. transparent glass curtain wall screen as claimed in claim 1 is characterized in that: the luminescence unit that described RGB full-color light-emitting unit (1) is comprised of the luminescent device of three three primary colours, three full-color driving integrated circuits and peripheral cell thereof.
10. transparent glass curtain wall screen as claimed in claim 9, it is characterized in that: the structure of the described full-color light-emitting of RGB with drive integrated circult unit (1) is as follows: include circuit substrate (100), described circuit substrate (100) levels is fitted with top layer circuit layer (170) and bottom circuit layer (180), be provided with peripheral cell (20) on top layer circuit layer (170), and power supply one utmost point (110) that is electrically connected to bottom circuit layer (180), another utmost point of power supply (120), the signal input utmost point (130) and signal output stage (140), also has the luminophor (40) that is electrically connected to power supply one utmost point (110), respectively with the signal input utmost point (130), signal output stage (140), luminophor (40), the driving chip (30) that another utmost point of power supply (120) or two poles are electrically connected to, also include the encapsulation material (60) of printing opacity, this encapsulation material (60) is located on circuit substrate (100), and is covered on driving chip (30) and luminophor (40).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011103511043A CN102467853B (en) | 2010-11-08 | 2011-11-08 | Transparent glass curtain wall screen |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010536983.2 | 2010-11-08 | ||
| CN201010536983 | 2010-11-08 | ||
| CN2011103511043A CN102467853B (en) | 2010-11-08 | 2011-11-08 | Transparent glass curtain wall screen |
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| Publication Number | Publication Date |
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| CN102467853A CN102467853A (en) | 2012-05-23 |
| CN102467853B true CN102467853B (en) | 2013-11-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2011103511043A Active CN102467853B (en) | 2010-11-08 | 2011-11-08 | Transparent glass curtain wall screen |
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| CN (1) | CN102467853B (en) |
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| CN201204001Y (en) * | 2008-05-28 | 2009-03-04 | 成都绿洲电子有限公司 | Glass curtain wall die set capable of displaying GC information |
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| CN201459978U (en) * | 2009-06-12 | 2010-05-12 | 徐宁 | LED multimedia glass curtain wall |
| CN101877350A (en) * | 2010-04-20 | 2010-11-03 | 蒋伟东 | Integrated chip unit |
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| RU2599606C1 (en) * | 2015-06-30 | 2016-10-10 | Алексей Валентинович Лановик | Light-emitting diode display |
| WO2023206615A1 (en) * | 2022-04-25 | 2023-11-02 | 深圳市华星光电半导体显示技术有限公司 | Display panel and display device |
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Address after: Victory road in Anhui province Bengbu City Yuhui District 233000 building four unit 133 No. two No. 702 Applicant after: Jiang Weidong Address before: 511442 Guangdong city of Guangzhou province Panyu District Yingbin Road Cuiyun Southern China Biguiyuan Hill twelve building 402 room Applicant before: Jiang Weidong |
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Effective date of registration: 20180723 Address after: 510700 room 526, block D, 39 Rui he road, Whampoa science and Technology Industrial Park, Guangzhou, Guangdong Patentee after: Guangzhou Chaowei Photoelectric Technology Co., Ltd. Address before: 233000 No. four, unit two, 133 Shengli Road, Yuhui District, Bengbu, Anhui 702 Patentee before: Jiang Weidong |