CN1740861A - Multi-panel monitor displaying systems - Google Patents
Multi-panel monitor displaying systems Download PDFInfo
- Publication number
- CN1740861A CN1740861A CN 200510095927 CN200510095927A CN1740861A CN 1740861 A CN1740861 A CN 1740861A CN 200510095927 CN200510095927 CN 200510095927 CN 200510095927 A CN200510095927 A CN 200510095927A CN 1740861 A CN1740861 A CN 1740861A
- Authority
- CN
- China
- Prior art keywords
- display system
- liquid crystal
- crystal display
- assembly
- several
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Images
Landscapes
- Devices For Indicating Variable Information By Combining Individual Elements (AREA)
Abstract
A multi-panel monitor displaying system has a multi-panel monitor supported by one integrated Liquid Crystal Display Glass Module (LGM). The multi-panel monitor contains visually un-detective gaps between panels and, therefore, can provide viewers with high quality visual effect with low productive cost. A set of LGM technologies is utilized to re-design and integrate a plurality of LGMs. After integration, image rotation is also required by the multi-monitor displaying system to ensure perfect image displays.
Description
Patented claim of the present invention requires the right of priority by the U.S. Patent application the 10/927th, No. 043 " multi-panel monitor displaying systems " of same applicant's proposition on August 27th, 2004.
Technical field
The present invention relates to multi-panel monitor displaying systems, especially relate to the liquid crystal multi-panel monitor displaying systems.
Background technology
Liquid crystal display (LCD) has been the display system of digital age.Most of electronic display systems have all replaced with liquid crystal display by traditional cathode-ray tube display (CRT).Particularly, computing machine and television display.When in a single day people are converted to liquid crystal display by traditional cathode-ray tube display, be unlikely to be converted to traditional CRT display system again.Therefore, high-quality liquid crystal display systems is subjected to the market demand.Yet, in liquid crystal display systems, still have some technical matters, such as simultaneously the page displayed number is restricted and can show how many characteristics in the viewing area.
The LCD product that great majority can buy on the market is a single display device display system.What figure 1 illustrated is the lcd products of a single screen, and two double screen displays.The size of these products is between 15 inches to 19 inches, and display frames thickness is between 14.0 millimeters to 18.6 millimeters.Usually an image is because can't show it is very general too greatly on a single screen display.
Therefore, show that in projector display system or video camera market provides multi-display displaying system.These systems add that by several displays peripheral frame is formed.It is exactly to adjust angle again because of these displays are rearranged in a framework that many display displaying systems can provide better visual effect than traditional single display device display system.In any case the gap between the display is still very big, so that can't be out in the cold, and this gap affects beholder's enjoyment.
In addition, also have multi-screen display system, also be known as the multicompartment display system, on market, sell.The gap of broad is all arranged between the screen of these display systems mostly, and this gap is also referred to as munnion (mullions).For example, the liquid crystal display product that two screens are arranged, the gap between the screen is typically the framework of an inch and one 13 mm wide very much.Although gap is so wide, such multi-screen liquid crystal display systems is the best liquid crystal display systems that can buy in market.Big munnion between screen makes image show can't to have a kind of effect of integration and can harm inevitably and influence the effect of watching.
What is more, multi-display displaying system and multi-screen display system both are very expensive, and the production cost of great number is burden and the viewing effect that has reduced these systems to manufacturer not only.Therefore, for multi-panel monitor displaying display system of future generation, the gap that reduces between manufacturing cost and the minimizing display is a no less important and challenging.
Summary of the invention
The multi-panel monitor displaying display system of the present invention's research and development is exactly for improving high-quality visual effect of beholder and significant low manufacturing cost.Multi-panel monitor displaying display system of the present invention comprises one by a lot of screen multi-panel monitor displaying of forming and the integrated liquid crystal display system component (LGM) of supporting this multi-panel monitor displaying.
The liquid crystal display system assembly of this integration comprises that a plurality of liquid crystal display system assemblies (LGMs) are that the present invention utilizes cover liquid crystal display system component technology research and development to form.This liquid crystal display system component technology comprises that a cover designs again and the technology of recombinant LCD assembly; They are most (Multi-Join) technology that connect, cutting (Cut Panel) technology, back lighting plate (Backlight Panel) technology and shake filter disc (Polarizer) technology partially.
The screen display display system can offer the best viewing effect of beholder and without any those disappearances of traditional multi-display displaying system and multicompartment display system more than the present invention.The present invention's display system can reach the visual effect of the LCD of traditional maximum model, and still, cost is very cheap.Particularly, the screen display display system can propose better Aspect Ratio and better visual effect more than the present invention.The most important thing is, be difficult to find out on the gap surface between two screens.Say that carefully that gap that visually is difficult for finding out is to be equal to or less than 20 millimeters.
Several relatively more suitable setting all of the present invention thought the explanation case in this ills explanation.Consult Fig. 2 and Fig. 3, three different comparison suitable devices of multi-panel monitor displaying display system, Shuangzi (Gemini) H series, its width and gap width all show.Shuangzi H156 pattern formula gap only has 6 millimeters and multiple multimedia function, comprises bright color and sharpness.Shuangzi H series has been widened your viewing area widely.The multi-screen LCD display system of these strong 25.6 inches 8: 3 ratios, as shown in Figure 2, you be will redefine and the high video picture photo of operation in the superior device, chart, the mode that spread-sheet program and desk-top multimedia drawing and video recorder show designed at one.What Fig. 4 showed is the various display effects of Shuangzi H156B pattern.
In addition, Fig. 5 screen display display system more than the present invention is described another relatively be suitable for and be provided with.The mat person uses the mature technology of liquid crystal display system assembly and A/D plate, and some multi-panel monitor displaying display modes can offer high-quality visual effect of beholder and possible least cost.Various relatively being suitable for of the present invention is provided with and will hashes out in the detailed description section below.
Description of drawings
What Fig. 1 illustrated is the known technology of liquid crystal, comprises single screen display and two display screen patterns.
Fig. 2 explanation be that among the present invention one relatively is suitable for Shuangzi H156B is set.
What Fig. 3 illustrated is two relatively more suitable settings of the present invention, Shuangzi H series.
What Fig. 4 illustrated is an operation sample that relatively is suitable for setting of multi-panel monitor displaying display system.
What Fig. 5 illustrated is two relatively more suitable settings of multi-panel monitor displaying display system of the present invention.
Fig. 6 explanation be the contrast of the visual effect of screen display more than the visual effect of single display device and the present invention.
What Fig. 7 illustrated is the LCD screen display module that can buy on the market that uses among the present invention.
What Fig. 8 illustrated is the application of most interconnection techniques on two I type liquid crystal display system assemblies.
The application that is most interconnection techniques on an I type liquid crystal display system assembly and II type liquid crystal display system assembly of Fig. 9 explanation.
Figure 10 explanation be the application of most interconnection techniques on two I type liquid crystal display system assemblies and two II type liquid crystal display system assemblies among the present invention.
What Figure 11 illustrated is that most interconnection techniques are applied in effect and the III type liquid crystal display system assembly on the glass-chip (COG).
What Figure 12 illustrated is the inclined to one side shake filter disc technology that the present invention researches and develops.
What Figure 13 illustrated is the inclined to one side shake filter disc technology that the present invention researches and develops.
What Figure 14 illustrated is the back lighting plate technique that the present invention researches and develops.
The application that is the back lighting technology on two back lighting technology modules that relatively are suitable for and four back lighting technology modules that relatively are suitable for of Figure 15 explanation.
Figure 16 explanation be of the application of most interconnection techniques of researching and developing of the present invention at cold-cathode fluorescence lamp (ColdCathode Fluorescent Lamps).
Figure 17 explanation be of the application of most interconnection techniques of researching and developing of the present invention at cold-cathode fluorescence lamp (CCFLs).
Figure 18 explanation be the side design sketch of screen assembly more than the present invention's integration of researching and developing.
Figure 19 explanation be the front side design sketch of screen assembly more than the present invention's integration of researching and developing.
Figure 20 explanation be the rear side design sketch of screen assembly more than the present invention's integration of researching and developing.
What Figure 21 illustrated is the A/D plate use in the present invention that can enough buy on the market.
What Figure 22 illustrated is a relatively displaying of the chart data of suitable devices of the present invention, the Shuangzi series of products.
What Figure 23 illustrated is the ratio of Shuangzi series of products.
Embodiment
Liquid crystal display systems has been the display system of digital age.The present invention is to be incorporated in the bigger display module more clearly multi-panel monitor displaying display system that Here it is to several liquid crystal display system assemblies with one at the significant innovation aspect the liquid crystal display manufacturing technology.This display system can solve the shortcoming that falls behind in all conventional liquid crystal display systemss.One of the present invention relatively is suitable for to several and is provided with all and will sets forth at this.Relatively more suitable setting more the of the present invention is illustrated in Fig. 2, Fig. 3, Fig. 5.
A comparison suitable devices of the present invention is a Shuangzi H series.Shuangzi H series has a picture, and then the display capabilities of a picture and super wide screen can make you pass through 2048 * 768 sharpness to watch two input sources simultaneously.Shuangzi H series can also be with the direct interactive interface of VCR, DVD, digital satellite receiver, and portable camcorder and more ability satisfy multimedia needs.Shuangzi H is connected with high-definition television (HDTV) demoder or high-definition television antenna box, and you also can enjoy high-definition television.There is picture to regulate automatically, color control, the feature that image is strengthened is to can be described as without limits that you will finish.
In addition, no matter you want to carry out detailed computer-aided design (CAD)/storer (CAD/CAM) and ACAD drawing, still want to create complicated layered image, and Shuangzi H series can both provide you deserved best function performance for you.Afterwards, in a single day you have experienced the system productive rate of screen display display system more than the present invention and can start after the advantage of work, and you will can not want to have got back to the environment of single screen display.What Fig. 6 illustrated is the visual effect contrast of a unitary display display system and a multi-panel monitor displaying display system.
In order to reach high-quality visual effect and the spacing between each screen of liquid crystal display is less than or equal to 20 millimeters, the present invention has adopted most connections (Multi-Join) technology, cutting (Cut Panel) technology, back lighting plate (Backlight Panel) technology and shake filter disc (Polarizer) technology partially.In fact careful, these technology covers are used in commercially available liquid crystal display system assembly on the market, and as shown in Figure 7, the present invention can be integrated into a plurality of liquid crystal display system assemblies in the single liquid crystal display system assembly.Net result, the present invention can provide high-quality visual effect and possible cheapest production cost; The most important thing is that the spacing that obtains between the LCD Panel can be less than or equal 20 millimeters.
Most (Multi-Join) technology that connect: most interconnection techniques are applied to the integration process of liquid crystal display system assembly of the present invention.The first step is exactly to arrange several liquid crystal display system assemblies in the pattern of expectation in this liquid crystal display system assembly integration process, for example, an I type liquid crystal display system assembly is connected with an II type liquid crystal display system assembly, then, as required some liquid crystal display system assemblies laterally or are vertically rotated.Most interconnection techniques as shown in Figure 8, are come around cold-cathode fluorescence lamp (CCFLs) and back lighting plate (Backlight Panels) by utilization too.
Next, on the basis of expectation style, cut video screen.For example, commercially available I type and II type liquid crystal display system assembly on the market, this I type liquid crystal display system assembly only can be on the right side or the component palette edge place of bottom do cutting and partly do not have drive circuit unit (driving circuit unit) with the plate edge that is connected because of right side or bottom, and II type liquid crystal display system assembly only can be in the left side or the bottom cut.With reference to Fig. 7, the outboard profile of a liquid crystal display system assembly, the left side of this liquid crystal display system assembly is connecting a driving circuit.After plate edge cutting process, these liquid crystal display system assemblies have just been carried out the preparation of connection.Now, connect with these liquid crystal display system assemblies or on the right side or connect in the bottom.These liquid crystal display system assemblies maturation have been liquid crystal display system assembly that an integration has been got well.
When the liquid crystal display system component level of two I types connects, with reference to Fig. 8, at first distinguish the right plate edge 803 of cutting liquid crystal display system component A801 and the right plate edge 804 (just assembly A and B) of liquid crystal display system assembly B802, assembly B180 degree again turns clockwise.At last, the right plate edge 803 of assembly A801 and the right plate edge 804 of assembly B802 are linked together.When the liquid crystal display system assembly of two II types of vertical connection, with reference to Fig. 8, the plate edge of cutting liquid crystal display system component A805 bottom 807 at first respectively, plate edge bottom 808 with liquid crystal display system assembly B806, be rotated counterclockwise assembly A90 degree then, assembly B90 degree turns clockwise.At the moment, assembly A805 and assembly B806 are being placed vertically.At last, the bottom 807,808 of coupling assembling A and assembly B.
Next, after liquid crystal display system assembly integration process is finished, must carry out image and rotate.Reach the image rotation two approach are arranged.The method that the most convenient of screen display display system and most economical image rotate more than the present invention is to utilize a computer graphics card of supporting many display images rotations.The beholder can see through an easily control image interaction interface, starts the image rotation at an easy rate; For example, activate control panel CONTROL PANEL earlier and showing that DISPLAY clicks the mouse with being provided with on the SETTINGS then.Generally, image rotates the number of degrees and the appointment of special screen can be set clearly.
The method that another one reaches the image rotation is to use a newly-designed analog/digital plate, can be called " analog/digital plate 180 ".When linking together with the analog/digital plate, multi-panel monitor displaying display system of the present invention is not having to carry out the image rotation under the situation of computer graphics card yet.The analog/digital plate of a routine is illustrated in Figure 21.When the analog/digital plate of a multi-panel monitor displaying display system of the present invention and a routine linked together, reach best image demonstration just needed a computer graphics card.But when a newly-designed analog digital plate 180 was connected with multi-panel monitor displaying display system of the present invention, the image of this system itself just showed very good, and computer graphics card has not just needed yet.
In addition, the liquid crystal display system assembly of two II types also can be done level or vertical connection according to the shown similar style of Fig. 8.But, when the liquid crystal display system assembly that connects an I type and the liquid crystal display system assembly of an II type, connected mode has difference slightly.The level of consulting the liquid crystal display system assembly (assembly B just) of the liquid crystal display system assembly (assembly A just) of the I type of Fig. 9 and an II type is connected.At first, the left side of the plate edge 904 of the right side of the plate edge 902 of cutting assembly A901 and assembly B903.Then, the right side 902 of assembly A901 and the left side 904 of assembly B903 are coupled together.Next, Fig. 9 is shown is vertical connection of the liquid crystal display system assembly (assembly B just) of the liquid crystal display system assembly (assembly A just) of an I type and an II type.The plate edge bottom 908 of the plate edge of cutting assembly A905 bottom 906 and assembly B907 successively at first, respectively.Then, assembly A is rotated counterclockwise 90 degree, and assembly B dextrorotation turn 90 degrees.Two assemblies all are vertical placement now.At last, handle component A905 and assembly B907 are from their bottom side 906,908 connections.
Consult being connected of liquid crystal display system assembly of the liquid crystal display system assembly of two I types among Figure 10 and two II types now.The assembly that connects four mixed types is at first wanted, and cuts the right plate edge 1002 and the bottom side plate edge 1004 (just assembly A1001 and assembly B1003) of the liquid crystal display system assembly of I type, and is rotated counterclockwise assembly B180 degree.Then, cut the liquid crystal display system assembly left plate edge 1006 and the bottom side plate edge 1008 (just assembly A1005 and assembly B1007) of II type, and assembly B dextrorotation turnback.Now, the right plate edge 1002 of assembly A1001 and left plate edge 1006 levels of assembly A1005 are connected; Assembly A1001 and assembly B1007 are connected from their bottom side plate edge 1004,1008; The right plate edge 1002 of assembly B1003 and the left plate edge 1006 of assembly B1007 are linked together, and the bottom side plate edge 1008 of the bottom side plate edge 1004 of coupling assembling 1003 and assembly A1005.
In addition, Figure 11 explanation be another setting that relatively is suitable for of the liquid crystal display system assembly III type that can buy on the market, the layout of single glass chip (COG) 1101.This III type liquid crystal display system assembly only has a routine plate edge to link to each other with driving circuit with control.Thereby, the technology of all research and development among the present invention, these are most interconnection techniques, cutting technique, back lighting plate technique, and polarizer (Polarizer) technology, can both be applied to the right plate edge of this liquid crystal display system assembly type, on left plate edge and the bottom plate edge.Have two exemplary styles to be illustrated in Figure 11, first style 1102 is to be formed by connecting by three III type liquid crystal display system component level, and in this specific style, the image rotation is unwanted.Second style 1103 is by 6 III type liquid crystal display system component level and vertically is formed by connecting.More importantly be that this III type liquid crystal display system assembly allows further to connect more assembly plate and forms style 1104.
Relatively be suitable on the basis that is provided with according to above-mentioned some that provide, the application liquid crystal display system component technology that the present invention researched and developed should be conspicuous in the LCD assembly of majority for those people in this technical field.Various layouts and pattern can be arranged to some extent according to the requirement in the needs of independent manufacturing and market.
The cutting (Cut Panel) technology: and most interconnection techniques arranged side by side be exactly cutting technique.Cutting technique is applied to the liquid crystal display system assembly rather than is shaking on the filter disc partially.Therefore, the liquid crystal display system assembly need remove inclined to one side shake filter disc earlier, puts inclined to one side shake filter disc then after the liquid crystal display system assembly is cut again.Normally, the liquid crystal display system assembly will be done a little polishings and fill up liquid crystal again and seal to guarantee perfect visual effect after being cut.
In addition, shaking filter disc partially puts back on the liquid crystal display system assembly after can or being cut after the liquid crystal display system assembly is cut and rotating again.Although whether can select during rotation shake filter disc partially at cutting assembly for some pattern,, therefore display effect can have some differences.If shake partially filter disc not and assembly when cutting, rotate together, how many screen picture display qualities wants shake filter disc cutting partially than a screen belt and the display quality that rotates hangs down.
Shake filter disc (Polarizer) technology partially: with the liquid crystal display system assembly most connect and cut into the style of being wanted after, shake the filter disc technology partially and just be utilized to integrate and connect a plurality of liquid crystal display system assemblies and become in the liquid crystal display system integrated assembly unit of display system of the present invention.What Figure 12 showed is two relatively more suitable settings of the present invention.At Figure 12, explanation be that two of 2 integration inclined to one side shake later relatively are suitable for patterns.In the pattern 1205 of two rectangular patterns 1201 and square, single inclined to one side shake filter disc faces up.The inclined to one side shake filter disc 1202 at two tops, 1206 stick to respectively on the top 1203,1207 of the liquid crystal display system assembly that connected, and the inclined to one side shake filter disc 1204 of two bottoms, 1208 stick to the bottom 1203,1207 of the liquid crystal display system assembly that connected respectively.
What in addition, Figure 13 showed is a pattern 1301 and the patterns 1305 with 8 inclined to one side shake filter discs with 4 inclined to one side shake filter discs.In Figure 13, two are shaken the filter disc level partially and are connected to become one group 1302,1304; Four are shaken the filter disc level partially and vertically are connected to become one group 1306,1308.This inclined to one side shake filter disc of several groups all faces up.The inclined to one side shake filter disc group 1302,1306 at top connects with the top of liquid crystal display system assembly 1303,1307, and 1304,1308 bottoms 1303,1307 with the liquid crystal display system assembly, bottom that shake filter disc partially are connected.
Back lighting plate (Backlight Panel) technology: the another one important techniques of high-quality visual effect is exactly the back lighting plate technique.Back lighting is used as planar light source of the present invention.After putting a majority liquid crystal display system assembly integration into a liquid crystal display system assembly unit, the back lighting plate technique is exactly to be used for adding a suitable back lighting plate further to integrate this liquid crystal display system assembly unit again in the behind of this integrated liquid crystal display system component.
Figure 14 is an explanation, and what this explanation was showed is some most methods of attachment that the back lighting plate technique relatively is suitable for.At Figure 14, the back lighting technology of showing is described with two back lighting patterns 1401,1404.In these specific patterns, two back lighting plates 1403,1406 face up and stick on the unit of liquid crystal display system assembly of integration and shake filter disc 1402,1405 partially.
Consult Figure 15 now, two back lighting plate mode 1501 and four back lighting plate mode 1504 are arranged.In two back lighting plate mode, two back lighting plate levels link together and become a cover back lighting (BLP) 1503.This BLP 1503 faces up and sticks on the continuous liquid crystal display system assembly with inclined to one side shake filter disc 1502.In four back lighting plate mode, four back lighting plate levels and vertically connect into 1506 li of back lightings of cover.This back lighting 1506 faces up and sticks to inclined to one side shake filter disc 1506 on the liquid crystal display system assembly unit of a combination
Most methods of attachment of cold-cathode fluorescence lamp (CCFLs): last, most methods of attachment of cold-cathode fluorescence lamp are to be used for the liquid crystal display system assembly that will connect to harden with shake filter disc and back lighting partially and lump together.Figure 16 and Figure 17 have showed that most methods of attachment of two cold-cathode fluorescence lamps that relatively are suitable for have manifested the basic application of most methods of attachment of cold-cathode fluorescence lamp.The cold-cathode fluorescence lamp pattern of vertical bar shape and U type cold-cathode fluorescence lamp pattern are all with being applied to the present invention.
What Figure 16 showed is the layout of three vertical bar shape cold-cathode fluorescence lamps.In Figure 16, first layout 1601 is showed be four vertical bar shape cold-cathode fluorescence lamps by with inclined to one side shake filter disc and back lighting plate level stick on the unit of liquid crystal display system assembly of an integration.Second layout 1602 showed is on the unit of four vertical bar shape cold-cathode fluorescence lamps liquid crystal display system assembly of vertically being sticked to an integration with inclined to one side shake filter disc and back lighting plate.At last, the 3rd layout 1603 showed be integrations the liquid crystal display system assembly the unit and partially shake filter disc and back lighting plate by eight vertical bar shape cold-cathode fluorescence lamps around.
So the center section that there is a tie point cold-cathode fluorescence lamp at the two ends of the cold-cathode fluorescence lamp of vertical bar shape than other part outlines of cold-cathode fluorescence lamp for dark.When the cold-cathode fluorescence lamp of two vertical bar shapes links together, comprise that a dark part will appear in the join domain of the tie point of two cold-cathode fluorescence lamps.The result is that one just becomes inevitable above gap between 6 millimeters screen.Therefore, in order to obtain the less gap between screen, adopted U type cold-cathode fluorescence lamp because the cold-cathode fluorescence lamp of U type does not have terminal tie point; So, a dark part can not appear at join domain.Generally speaking, U type cold-cathode fluorescence lamp can provide the demonstration of bigger display brightness and minimum gap.
What Figure 17 showed is the layout of the cold-cathode fluorescence lamp of three U types.Flatly stick on the unit with the liquid crystal display system assembly of shake filter disc and the integration of back lighting plate partially at the cold-cathode fluorescence lamp of 1701, two U types of this first layout.Vertically stick on the unit with the liquid crystal display system assembly of shake filter disc and the integration of back lighting plate partially at the cold-cathode fluorescence lamp of 1702, two U types of this second layout.At last, in this 3rd layout 1703,
The cold-cathode fluorescence lamp of four U types adhere to and be surrounded on one with the unit that shakes the liquid crystal display system assembly of filter disc and the integration of back lighting plate partially.
The structural outline of multi-screen liquid crystal display-display: at Figure 18, displaying be one of an assembling multi-screen assembly 1800 of the present invention relatively detailed side design sketch of suitable devices.This multi-screen assembly 1800 that relatively is suitable for comprises the unit of the liquid crystal display system assembly of an integration, and this element has a top and bottom to shake filter disc 1801 partially, and a liquid crystal display system assembly 1802.This relatively is suitable for assembly 1700 and more comprises 1803, three plastics frames 1806 in a back lighting unit and drive circuit unit 1805.This back lighting unit 1803 has a reflectance coating 1804 to be attached to its back side.And the liquid crystal display system assembly unit of integration is placed on the top of back lighting unit 1803, is installed in together in two plastics frames 1806 again.The frames 1806 that this drive circuit unit 1805 and the 3rd are placed on below the back lighting unit 1803 are combined togather to guarantee this entire combination by a metal frame and bonnet 1807 that usefulness firmly is installed liquid crystal display system assembly unit and the back lighting unit 1803 with integration.
A front view (FV) that relatively is suitable for the multi-screen assembly is illustrated in Figure 19.At Figure 19, rectangle assembly 1901 and square assembly 1902 all have only a small gap that is less than or equal to 20 millimeters.
This multi-screen assembly just before metal framework 1903 also having showed of figure at Figure 19.In Figure 20, explanation be the subsequent figures 2000 of a multi-screen assembly that relatively is suitable for.This assembly 2000 comprises 2001, one A/D plates of a metal framework and cold-cathode fluorescence lamp tie point 2002, and a bonnet 2003.
In addition, some accessories that relatively are suitable for that also have multi-panel monitor displaying display system of the present invention.They are adaptor power supplies, video recorder electric wire and some internal wires.Except the assembling multi-screen assembly 1700 and A/D plate showed at Figure 21, the accessory that relatively is suitable for that also has some to need is illustrated in Figure 21.They are one and reverse plate, a plastic casing, the frame of a metal, a chain group, cable, connecting line, display screen (OSD) enter key and a mounting.
What Figure 21 illustrated is an A/D plate.The present invention adopts this A/D plate that can buy on the market.But, when a newly-designed A/D plate is used for doing the image rotation, can support the computer graphics card of image rotation just not need for one.The result is that multi-panel monitor displaying display system of the present invention can be used as the video camera screen wall of ultra-large type colour TV or special demonstration usefulness.
Shuangzi (Gemini) series: a setting that relatively is suitable for of the present invention is a Shuangzi series.All data of in the form of Figure 22, having showed the Shuangzi series of products, and Figure 23 has showed the ratio of Shuangzi series of products.Shuangzi H 156 B, just like the displaying at Fig. 3, flat screen display (TFT) is 25.6 inches.This assembly weighs 9.8 pounds, and size (wide * dark * height) is 25.6 inches * 5.5 inches * 13 inches, and Diagonal Dimension has 25.6 inches.Another setting that relatively is suitable for is also illustrated in Fig. 2, is Shuangzi H series.The overall dimension of Shuangzi H mode display is 24 inches, and long to wide ratio 8: 3.
Gap between the screen of Shuangzi H 156 B only has 6 millimeters and super 8: 3 wide visuals field.The point intergranular is apart from being 0.29 millimeter, and utmost sharpness can reach 2048 * 768.The color support of Shuangzi H 156 B is 24 storage unit, just, and 16.7 million color.All these is high-level technical manual, only 35 watts of operating energy consumption.But other standard that is suitable for comprises and is not subject to following listed Plug and Play, CE, and CSA, TUV, VCCI, C-Tick, GOST, CCIB, DDC-1, DDC-28, IEC950, MEEI, NEMKO, SEMKO, SIQ, TCO ' 95, and UL 1950, VDE.Shuangzi H series also comprises other pattern, its unit size from 2 * 14 inches to 2 * 18 inches.For example, Shuangzi H 156S display can be applied to single on-screen display system or multi-screen display system.The range of size of this product be from 24 inches to 30.4 inches, long is 8: 3 to wide ratio, and sharpness from 2048 * 768 to 2560 * 1024.
Be exactly Shuangzi V series and Shuangzi Q series of products in addition.This Shuangzi V series unit size is from 2 * 15 inches to 2 * 17 inches, and product size is from 20.3 inches to 25 inches.Have long to wide ratio 6: 4, the sharpness from 1536 * 1024 to 2048 * 1280 of Shuangzi DP series.This Shuangzi Q series unit size is from 4 * 14 inches to 4 * 18 inches, and product size is from 28 inches to 36 inches.And length is 4: 3 to wide ratio, the sharpness from 2048 * 1536 to 2560 * 2048 of this Shuangzi Q series.
In view of the above, multi-panel monitor displaying display system provided by the present invention can be on the multi-screen LCD Panel display image.Although the present invention is described through the setting that some relatively are suitable for, for the professional in this technical field, the many corrections and the utilization of deducing are clearly.Thereby be understandable that the present invention except the concrete description of this special case, can put into practice in other mode.Therefore, the description of those settings that relatively are suitable in the present invention considers all to be understood that it is explanation rather than restriction from any aspect.
Claims (25)
1, make a kind of process of multi-panel monitor displaying display image, comprising:
Cut first respective panels edge of a liquid crystal display system assembly in several liquid crystal display system assemblies according to the style of expectation;
To shake partially on the attached liquid crystal display system assembly that is bonded at this cutting of filter disc;
Most connect the liquid crystal display system assembly that these several liquid crystal display system assemblies become a large-scale integration;
And liquid crystal display system assembly and a rear lighting unit of connecting this large-scale integration.
2, manufacture process according to claim 1, its desired style be arrange several liquid crystal display system assemblies to become one can most layouts that connect.
3, manufacture process according to claim 2 also comprises second the respective panels edge that cuts a liquid crystal display system assembly.
4, manufacture process according to claim 3 also comprises the 3rd the respective panels edge that cuts a liquid crystal display system assembly.
5, manufacture process according to claim 1, the liquid crystal display system assembly of the integration that it is large-scale more are included in a gap that is equal to or less than 20 millimeters of liquid crystal display system inter-module.
6, manufacture process according to claim 1, its rear lighting unit more comprises the cold-cathode fluorescence lamp of several vertical bar shapes.
7, manufacture process according to claim 1, its rear lighting unit more comprise several U type cold-cathode fluorescence lamps.
8, manufacture process according to claim 1, its rear lighting unit more comprise several back lighting plates.
9, manufacture process according to claim 1, the liquid crystal display system assembly of the integration that it is large-scale more comprise and a computer graphics card and a usefulness of doing the image rotation.
10, make a kind of method of multi-panel monitor displaying display image, comprising:
Cut first respective panels edge of a liquid crystal display system assembly in several liquid crystal display system assemblies according to the style of expectation;
To shake partially on the attached liquid crystal display system assembly that is bonded at this cutting of filter disc; Most connect the liquid crystal display system assembly that these several liquid crystal display system assemblies become a large-scale integration;
And liquid crystal display system assembly and a rear lighting unit of connecting this large-scale integration.
11, manufacture method according to claim 10, its desired style be arrange several liquid crystal display system assemblies to become one can most layouts that connect.
12, manufacture method according to claim 11 also comprises second the respective panels edge that cuts a liquid crystal display system assembly.
13, manufacture method according to claim 12 also comprises the 3rd the respective panels edge that cuts a liquid crystal display system assembly.
14, manufacture method according to claim 10, the liquid crystal display system assembly of the integration that it is large-scale more are included in a gap that is equal to or less than 20 millimeters of liquid crystal display system inter-module.
15, manufacture method according to claim 10, its rear lighting unit more comprises the cold-cathode fluorescence lamp of several vertical bar shapes.
16, manufacture method according to claim 10, its rear lighting unit more comprise several U type cold-cathode fluorescence lamps.
17, manufacture method according to claim 10, its rear lighting unit more comprise several back lighting plates.
18, manufacture method according to claim 10, the liquid crystal display system assembly of the integration that it is large-scale more comprise and a computer graphics card and a usefulness of doing the image rotation.
19, a kind of multi-panel monitor displaying display system comprises: a display is made up of several screens; And the liquid crystal display system assembly of an integration is supported this display.
20, multi-panel monitor displaying display system according to claim 19, the liquid crystal display system assembly of its integration more comprises several cutting liquid crystal display system components, these several the cutting liquid crystal display system component have inclined to one side shake filter disc to stick to, and then be connected with a rear lighting unit.
21, multi-panel monitor displaying display system according to claim 20, the liquid crystal display system assembly of its integration more comprise rotation one or several multi-panel monitor displaying display system components.
22, multi-panel monitor displaying display system according to claim 20, its rear lighting unit more comprise most cold-cathode fluorescence lamps that connect above-mentioned several multi-panel monitor displaying display system components and vertical bar shape.
23, multi-panel monitor displaying display system according to claim 20, its rear lighting unit more comprise most above-mentioned several multi-panel monitor displaying display system components and U type cold-cathode fluorescence lamps of connecting
24, multi-panel monitor displaying display system according to claim 20, its rear lighting unit more comprises several back lighting plates.
25, multi-panel monitor displaying display system according to claim 19 comprises that also a spacing between the above-mentioned multi-screen is less than or equal to 20 millimeters.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US10/927,043 | 2004-08-27 | ||
| US10/927,043 US7667815B2 (en) | 2003-08-27 | 2004-08-27 | Multi-panel monitor displaying systems |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1740861A true CN1740861A (en) | 2006-03-01 |
Family
ID=36093293
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200510095927 Pending CN1740861A (en) | 2004-08-27 | 2005-08-21 | Multi-panel monitor displaying systems |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1740861A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103703503A (en) * | 2011-05-11 | 2014-04-02 | 京瓷显示器株式会社 | Liquid crystal display device |
| CN104849950A (en) * | 2014-02-19 | 2015-08-19 | 中强光电股份有限公司 | Projection system and projection method thereof |
| CN111221179A (en) * | 2019-07-11 | 2020-06-02 | 友达光电股份有限公司 | Base seat |
-
2005
- 2005-08-21 CN CN 200510095927 patent/CN1740861A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103703503A (en) * | 2011-05-11 | 2014-04-02 | 京瓷显示器株式会社 | Liquid crystal display device |
| CN104849950A (en) * | 2014-02-19 | 2015-08-19 | 中强光电股份有限公司 | Projection system and projection method thereof |
| CN111221179A (en) * | 2019-07-11 | 2020-06-02 | 友达光电股份有限公司 | Base seat |
| TWI707175B (en) * | 2019-07-11 | 2020-10-11 | 友達光電股份有限公司 | Base |
| CN111221179B (en) * | 2019-07-11 | 2022-08-23 | 友达光电股份有限公司 | Base seat |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US8212742B2 (en) | Large size tiled display device | |
| US7646398B2 (en) | Arrangement of color pixels for full color imaging devices with simplified addressing | |
| CN1130681C (en) | Multi-scren indicator | |
| US7719780B2 (en) | Color filter array and method for display thereof | |
| CN1252527C (en) | Liquid crystal display device and driving method thereof | |
| CN1299250C (en) | Display device | |
| CN1052133C (en) | Large area tiled modular display system | |
| CN101206327B (en) | Display in one piece and preparation method thereof | |
| US20060221272A1 (en) | Light emitting diode backlighting systems and methods that use more colors than display picture elements | |
| CN1871851A (en) | Display system having improved multiple modes for displaying image data from multiple input source formats | |
| CN1920615A (en) | Three-dimensional display device and driving method thereof | |
| CN1975510A (en) | Three-dimensional display device | |
| WO2012036081A1 (en) | Display device | |
| CN1808250A (en) | Thin film transistor array panel and display device | |
| CN1539128A (en) | Device, system and method for color display | |
| CN1628262A (en) | Liquid crystal display for performing time divisional color display, method of driving the same backlight unit for liquid crystal display | |
| CN1652198A (en) | Display device and driving method thereof | |
| CN1976483A (en) | Three-dimensional display device | |
| CN1806274A (en) | Driving method of deplay device having main display and sub display | |
| CN101055359A (en) | Semi-penetration/ reflection liquid crystal display and its production method | |
| CN101080755A (en) | Display device, frame member and reflection suppressing member | |
| CN1837908A (en) | Image display device and electronic apparatus | |
| CN1387724A (en) | Blending text and graphics for display on television | |
| CN106932958A (en) | Back light unit and the liquid crystal display device including it | |
| US7667815B2 (en) | Multi-panel monitor displaying systems |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |