CN101369513A - Plasma flat light source structure and LCD device - Google Patents
Plasma flat light source structure and LCD device Download PDFInfo
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- CN101369513A CN101369513A CNA2008102150027A CN200810215002A CN101369513A CN 101369513 A CN101369513 A CN 101369513A CN A2008102150027 A CNA2008102150027 A CN A2008102150027A CN 200810215002 A CN200810215002 A CN 200810215002A CN 101369513 A CN101369513 A CN 101369513A
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Abstract
Provided are a plasma plane light source structure and a LCD device, the plasma plane light source structure comprises a first base plate having a luminous zone and a peripheral zone enclosing around the luminous zone; a plurality of electrode wires arranged on the first base plate and extending to the luminous zone from the peripheral zone; a plurality of dielectric patterns arranged on the first base plate, in which, any one dielectric pattern can be covered on the any other one; a first division wall arranged in the peripheral zone, in which, a through hole is provided in the first base plate in the internal of the first division wall; a first fluorescent material layer arranged on the surfaces of the dielectric patterns, in which, the first fluorescent material layer is also arranged in the peripheral zone of the first base plate, but the first fluorescent material layer is not arranged on the first base plate in the internal of the first division wall; a second base plate arranged above the first base plate; and seal objects arranged between the first base plate and the second base plate and positioned on the edges of the first base plate and the second base plate.
Description
The application be the applicant on February 17th, 2006 submit to, application number for " 200610007810.5 ", denomination of invention divides an application for the application for a patent for invention of " plasma flat light source structure and liquid crystal indicator ".
Technical field
The present invention relates to a kind of flat light source structure, and be particularly related to a kind of plasma flat light source structure (plasma flat light source structure) that can be applicable to LCD.
Background technology
Along with industry is flourishing day by day, digitization tools such as mobile phone, digital camera, notebook, desktop computer develop towards more convenient, greater functionality and direction more attractive in appearance invariably.The display screen of these electronic products is indispensable man-machine communication interfaces, and the display screen of the said goods can be the user and brings more operation convenient.In recent years, all (liquid crystal display panel LCDpanel) is main flow to the display screen on most mobile phone, digital camera, digital code camera, notebook and the desktop computer with display panels.Yet, because display panels itself do not have luminous function, thus below display panels, must provide backlight module (back light module) so that light source to be provided, and then reach the function of demonstration.
Figure 1A is a kind of structural representation of known plasma flat light source structure.Please refer to Figure 1A, known plasma flat light source structure 10 can be used as backlight module, and this plasma flat light source structure 10 comprises infrabasal plate 11, reflector 12, many strip electrodes line 13, a plurality of dielectric pattern 14, fluorescent material layer (fluorescent materiallayer) 15, upper substrate 16, sealer (sealant) 17, discharge gas (discharge gas) 18 and a plurality of sept (spacer) 19.Wherein, infrabasal plate 11 has the surrounding zone B of luminous zone A and encirclement luminous zone A.Reflector 12 is arranged at luminous zone A and the surrounding zone B on the infrabasal plate 11, and perforation (through hole) 12a runs through reflector 12 and infrabasal plate 11, and it is in order to the air between the two substrates 11,16 is taken away, inserted inert gas again.Electrode wires 13 is arranged on the infrabasal plate 11, and extends to luminous zone A (not expression Figure 1A) from surrounding zone B.Dielectric pattern 14 is arranged on the infrabasal plate 11, and each dielectric pattern 14 can cover a wherein strip electrode line 13.Fluorescent material layer 15 is arranged on the surface of these dielectric pattern 14 and on the upper substrate 16, and this fluorescent material layer 15 comprises the fluorescent material of ruddiness, green glow, blue light.Sealer 17 is arranged between infrabasal plate 11 and the infrabasal plate 16, and is positioned at the edge of infrabasal plate 16 and upper substrate 11.Sept 19 is arranged between infrabasal plate 11 and the upper substrate 16.18 of discharge gass are positioned at the space that infrabasal plate 11, upper substrate 16 and sealer 17 are surrounded.
The type of drive of plasma flat light source structure 10 is to apply driving voltage earlier to give electrode wires 13, makes discharge gas 18 be ionized to plasma.Afterwards, in each ion in plasma, the electronics that is in excitation state can send ultraviolet ray when getting back to ground state, and, can make the fluorescent material of ruddiness in the fluorescent material layer 15, green glow, blue light send ruddiness, green glow, blue light when ultraviolet irradiation that plasma sent during to fluorescent material layer 15.After three kinds of light colour mixtures, just form white light.
It should be noted that surrounding zone B master is the contraposition inaccuracy that is used in the compensation manufacture process.Though this surrounding zone B is the luminous dead space of plasma flat light source structure 10, the space of surrounding zone B top also is filled with discharge gas 18.When plasma flat light source structure 10 was driven, the discharge gas 18 on the B of surrounding zone had the phenomenon that misplaces electricity inevitably.Yet, after discharge gas 18 is ionized to plasma, except emitting ultraviolet ray, also can emit visible light.So, will make plasma flat light source structure 10 regional area (for example edge of plasma flat light source structure 10) emit non-white light, and cause colorimetric purity (color purity) variation.
For head it off, a kind of design of known plasma flat light source structure is arranged still.Figure 1B is the structural representation of another kind of known plasma flat light source structure.Please refer to Figure 1B, in plasma flat light source structure 20, dielectric layer 21 is formed in the surrounding zone B of infrabasal plate 11.So B top in surrounding zone does not have discharge gas 18, can avoid the not good problem of colorimetric purity.Yet, owing to be provided with dielectric layer 21 in the B of surrounding zone, so perforation (not being shown among Figure 1B) can not be designed to be same as the form of the perforation 12a of the plasma flat light source structure 10 shown in Figure 1A, and must be designed to other form.Thus, this will increase the difficulty of making perforation, also will make the manufacturing process of plasma flat light source structure 20 more loaded down with trivial details.
Except above-mentioned plasma flat light source structure 20, known still have other kind method can be in order to solve the not good problem of colorimetric purity.Its plasma flat light source structure (not shown) adopts the light of filter layer filtration particular color, to improve colorimetric purity.Yet,, will the manufacturing cost of plasma flat light source structure be risen because it is higher to make the cost of filter layer.
Summary of the invention
The purpose of this invention is to provide a kind of plasma flat light source structure of continuing to use the design of old perforation.
Another purpose of the present invention provides a kind of liquid crystal indicator of continuing to use the design of old perforation.
The present invention proposes a kind of plasma flat light source structure, and this plasma flat light source structure comprises first substrate, many strip electrodes line, a plurality of dielectric pattern, first partition wall, first fluorescent material layer, second substrate and sealer.Wherein, first substrate has luminous zone and the surrounding zone that surrounds the luminous zone.Electrode wires is arranged on first substrate, and extends to the luminous zone from the surrounding zone.Dielectric pattern is arranged on first substrate, and each dielectric pattern can cover a wherein electrode wires.First partition wall is arranged at the surrounding zone of first substrate, and has perforation in first substrate of the first partition wall inside.First fluorescent material layer is arranged on the surface of these dielectric pattern, and wherein first fluorescent material layer also is arranged at the surrounding zone of first substrate, but is not provided with first fluorescent material layer on first substrate of the first partition wall inside.Second substrate is arranged at the top of first substrate.Sealer is arranged between first substrate and second substrate, and is positioned at the edge of first substrate and second substrate.
According to the described plasma flat light source structure of one embodiment of the invention, wherein first partition wall has first breach.First breach of this first partition wall can expose first substrate.In another embodiment, the height of this first partition wall then can be higher than the height of first partition wall in first indentation, there.
Described according to one embodiment of the invention, plasma flat light source structure also comprises second partition wall, and this second partition wall is arranged on second substrate, and second partition wall can align with first partition wall on first substrate.Wherein, second partition wall has second breach.In addition, second breach of second partition wall can expose second substrate.In another embodiment, the height of second partition wall then can be higher than the height of second partition wall in second indentation, there.
Described according to one embodiment of the invention, plasma flat light source structure also comprises second fluorescent material layer, and this second fluorescent material layer is arranged on second substrate.
Described according to one embodiment of the invention, plasma flat light source structure also comprises electrode layer and protective layer.Electrode layer and protective layer all are arranged on second substrate, and the protective layer covers electrode layer.
Described according to one embodiment of the invention, plasma flat light source structure also comprises the reflector, and this reflector is arranged at luminous zone and the surrounding zone on first substrate, and between first substrate and these electrode wires.
Described according to one embodiment of the invention, plasma flat light source structure also comprises a plurality of septs, and these septs are arranged between first substrate and second substrate.
The present invention proposes a kind of liquid crystal indicator again, and this liquid crystal indicator comprises display panels and plasma flat light source structure.Plasma flat light source structure is arranged at the display panels below, and this plasma flat light source structure comprises first substrate, many strip electrodes line, a plurality of dielectric pattern, first partition wall, first fluorescent material layer, second substrate and sealer.First substrate has luminous zone and the surrounding zone that surrounds the luminous zone.Electrode wires is arranged on first substrate, and extends to the luminous zone from the surrounding zone.Dielectric pattern is arranged on first substrate, and each dielectric pattern can cover a wherein electrode wires.First partition wall is arranged at the surrounding zone of first substrate, and has perforation in first substrate of the first partition wall inside.First fluorescent material layer is arranged on the surface of dielectric pattern, and wherein first fluorescent material layer also is arranged at the surrounding zone of first substrate, but is not provided with first fluorescent material layer on first substrate of the first partition wall inside.Second substrate is arranged at the top of first substrate.Sealer is arranged between first substrate and second substrate, and is positioned at the edge of first substrate and second substrate.
According to the described liquid crystal indicator of one embodiment of the invention, wherein first partition wall has first breach.First breach of this first partition wall can expose first substrate.In another embodiment, the height of first partition wall can be higher than the height of first partition wall in first indentation, there.
According to the described liquid crystal indicator of one embodiment of the invention, plasma flat light source structure also comprises second partition wall, be arranged on second substrate, and second partition wall can align with first partition wall on first substrate.Wherein, second partition wall has second breach.Second breach of this second partition wall can expose second substrate.In another embodiment, the height of second partition wall can be higher than the height of second partition wall in second indentation, there.
According to the described liquid crystal indicator of one embodiment of the invention, plasma flat light source structure also comprises second fluorescent material layer, is arranged on second substrate.
According to the described liquid crystal indicator of one embodiment of the invention, plasma flat light source structure also comprises electrode layer and protective layer.Electrode layer is arranged on second substrate.Protective layer is arranged on second substrate and covers electrode layer.
According to the described liquid crystal indicator of one embodiment of the invention, plasma flat light source structure also comprises the reflector, is arranged at luminous zone and surrounding zone on first substrate, and between first substrate and electrode wires.
According to the described liquid crystal indicator of one embodiment of the invention, plasma flat light source structure also comprises a plurality of septs, is arranged between first substrate and second substrate.In plasma flat light source structure of the present invention, the surrounding zone on first substrate is provided with dielectric layer, and makes perforation run through dielectric layer, with the purpose that reaches the colorimetric purity of improving the light that plasma flat light source structure sends and need not change the perforation design.In another embodiment, the present invention is provided with first fluorescence coating in the surrounding zone of first substrate, and around perforation, be provided with partition wall, therefore can improve the colorimetric purity of the light that plasma flat light source structure sends and avoid first fluorescent material layer impaired in the process of filling discharge gas.In addition, the liquid crystal indicator that utilizes plasma flat light source structure with preferable colorimetric purity to be assembled into will have good display quality.
For above and other objects of the present invention, feature and advantage can be become apparent, preferred embodiment cited below particularly, and conjunction with figs. are described in detail below.
Description of drawings
Figure 1A is a kind of structural representation of known plasma flat light source structure.
Figure 1B is the structural representation of another kind of known plasma flat light source structure.
Fig. 2 A is the structural representation of the plasma flat light source structure of first embodiment.
Fig. 2 B and Fig. 2 C are respectively the structural representation of the plasma flat light source structure of different embodiment.
Fig. 2 D is the structural representation of a liquid crystal indicator.
Fig. 3 A is the structural representation of the plasma flat light source structure of second embodiment.
Fig. 3 B is the vertical view of the partition wall of Fig. 3 A ionic medium flat light source structure.
Fig. 4 A is the structural representation of the plasma flat light source structure of the 3rd embodiment.
Fig. 4 B is the vertical view of first partition wall of Fig. 4 A ionic medium flat light source structure.
Fig. 5 A is the structural representation of the plasma flat light source structure of the 4th embodiment.
Fig. 5 B is first partition wall of Fig. 5 A ionic medium flat light source structure and the stereogram of second partition wall.
The main element description of symbols
10,20,100,200,300,400: plasma flat light source structure
11: infrabasal plate
12,160: the reflector
12a, 134a: perforation
13: electrode wires
14,132: dielectric pattern
15: fluorescent material layer
16: upper substrate
17,110c: sealer
18,180: discharge gas
19,170: sept
21,134: dielectric layer
110a: first substrate
110b: second substrate
120: electrode wires
140a: first fluorescent material layer
140b: second fluorescent material layer
190a: electrode layer
190b: protective layer
210: partition wall
210a: breach
312: the first partition walls
312a: first breach
412: the second partition walls
412a: second breach
320: perforation
500: liquid crystal indicator
600: display panels
A: luminous zone
B: surrounding zone
Embodiment
First embodiment
Fig. 2 A is the structural representation of the plasma flat light source structure of first embodiment.Please refer to Fig. 2 A, plasma flat light source structure 100 comprises the first substrate 110a, many strip electrodes line 120, a plurality of dielectric pattern 132, dielectric layer 134, the first fluorescent material layer 140a, the second substrate 110b and sealer 110c.The material that position and formation are set of below putting up with each member describes.
The first substrate 110a has luminous zone A and the surrounding zone B that surrounds luminous zone A.Electrode wires 120 is arranged on the first substrate 110a, and extends to luminous zone A from surrounding zone B.Dielectric pattern 132 is arranged on the first substrate 110a, and each dielectric pattern 132 can cover wherein electrode wires 120.Dielectric layer 134 covers the surrounding zone B of the first substrate 110a, and wherein dielectric layer 134 has perforation 134a.This perforation 134a runs through dielectric layer 134, and also runs through the first substrate 110a.The first fluorescent material layer 140a is arranged on the surface of these dielectric pattern 132.The second substrate 110b is arranged at the top of the first substrate 110a.Sealer 110c then is arranged between the first substrate 110a and the second substrate 110b, and is positioned at the edge of the first substrate 110a and the second substrate 110b.Be noted that though above-mentioned electrode wires 120 is to be arranged on the first substrate 110a with dielectric pattern 132, electrode wires 120 does not limit and will contact with the first substrate 110a with dielectric pattern 132.
Hold above-mentionedly, the first substrate 110a and the second substrate 110b for example are the substrate of glass substrate, quartz base plate or other suitable material.Electrode wires 120 for example is the distribution that aluminum metal lines, chromium metal wire or other suitable electric conducting material form.Dielectric pattern 132 for example is silicon nitride, silicon oxynitride or other suitable material with the material of dielectric layer 134.The first fluorescent material layer 140a for example comprises the fluorescent material of ruddiness, green glow and blue light.The material of sealer 110c then can be glass, quartz or other suitable material.
In the present embodiment, plasma flat light source structure 100 also comprises reflector 160 and a plurality of sept 170.Reflector 160 is arranged at luminous zone A and the surrounding zone B on the first substrate 110a, and the perforation 134a of dielectric layer 134 also runs through reflector 160, and between the first substrate 110a and these electrode wires 120.170 of septs are arranged between the first substrate 110a and the second substrate 110b.
In addition, can emit beam in order to make plasma flat light source structure 100, discharge gas 180 need be arranged in the space that the first substrate 110a, the second substrate 110b and sealer 110c surrounded.This discharge gas 180 for example is neon (Ne), xenon (Xe) or other suitable gas.Generally speaking, before discharge gas 180 is inserted plasma flat light source structure 100, need by perforation 134a the air of plasma flat light source structure 100 inside to be extracted out earlier.Afterwards, charging into suitable gas by perforation 134a and sealing perforation 134a.
When plasma flat light source structure 100 was driven, discharge gas 180 can be ionized to plasma.In this plasma, the electronics that is in excitation state can send ultraviolet ray when getting back to ground state, and when ultraviolet irradiation during to the first fluorescent material layer 140a, can make the fluorescent material of ruddiness among the first fluorescent material layer 140a, green glow, blue light send ruddiness, green glow, blue light, can form white light after these three kinds of light colour mixtures.
Specifically,, make the discharge gas 180 of surrounding zone B top far away, be difficult for being ionized to plasma, and reduce the amount of the discharge gas 180 that is positioned at surrounding zone B top simultaneously apart from electrode wires 120 because dielectric layer 134 covers the surrounding zone B of the first substrate 110a.Thus, the discharge gas 180 that can reduce surrounding zone B top produces the phenomenon of discharge, therefore is difficult for having the visible light of other color to produce.This will improve the colorimetric purity of the light that plasma flat light source structure 100 sends.
Also it should be noted that in the present embodiment herein,, in other embodiments, other member also can be set on the surface of the second substrate 110b though other member is not set on the surface of the second substrate 110b.Shown in Fig. 2 B in another embodiment, plasma flat light source structure 100 also comprises the second fluorescent material layer 140b, it is arranged on the second substrate 110b, and this second fluorescent material layer 140b for example comprises the fluorescent material of ruddiness, green glow, blue light and is arranged on the second substrate 110b.Shown in Fig. 2 C, in another embodiment, plasma flat light source structure 100 comprises electrode layer 190a and protective layer 190b.Wherein, electrode layer 190a and protective layer 190b all are arranged on the second substrate 110b, and protective layer 190b covers electrode layer 190a.
What deserves to be mentioned is that also above-mentioned plasma flat light source structure 100 can be used for assembling liquid crystal indicator.Fig. 2 D is the structural representation of a liquid crystal indicator.Please refer to Fig. 2 D, liquid crystal indicator 500 comprises display panels 600 and above-mentioned plasma flat light source structure 100.Wherein, plasma flat light source structure 100 is arranged at the below of display panels 600, and as the backlight of display panels 600.Display panels 600 for example is penetrate through type liquid crystal display board or semi-penetrating and semi-reflective liquid crystal display panel.
Because liquid crystal indicator 500 is to utilize the plasma flat light source structure 100 that has than high color purity to assemble, so liquid crystal indicator 500 will have good display quality.In addition, the plasma flat light source structure 100 in the liquid crystal indicator 500 is to continue to use the design of original perforation and make, and the manufacturing process complexity of liquid crystal indicator 500 will be increased.
Second embodiment
Fig. 3 A is the structural representation of the plasma flat light source structure of second embodiment, and Fig. 3 B is the vertical view of the partition wall of Fig. 3 A ionic medium flat light source structure.Please earlier with reference to Fig. 3 A, plasma flat light source structure 200 is similar with above-mentioned plasma flat light source structure 100, and difference is: plasma flat light source structure 200 also comprises the second fluorescent material layer 140b and partition wall 210.The second fluorescent material layer 140b is arranged on the second substrate 110b, and it for example comprises the fluorescent material of ruddiness, green glow and blue light.When ultraviolet irradiation during to the second fluorescent material layer 140b, the fluorescent material of the ruddiness among the second fluorescent material layer 140b, green glow, blue light also can send ruddiness, green glow, blue light, so that colour mixture and form white light.Partition wall 210 is arranged on the second substrate 110b, and can align with the perforation 134a on the first substrate 110a in the inside of partition wall 210.Wherein, shown in Fig. 3 B, partition wall 210 has breach 210a, and this breach 210a can expose the second substrate 110b, and the interior zone of partition wall 210 is not provided with the second fluorescent material layer 140b.In addition, partition wall 210 for example is to adopt the technology of screen painting or other proper method and be made on the second substrate 110b.
Please be simultaneously with reference to Fig. 3 A and Fig. 3 B, because before discharge gas 180 was inserted plasma flat light source structure 200, the air of plasma flat light source structure 200 inside is essential to be extracted out earlier.But when bleeding, the fluorescent material among the second fluorescent material layer 140b is inhaled into extract system easily, makes the second fluorescent material layer 140b impaired.For anti-problem here produces, the partition wall 210 of the plasma flat light source structure 200 of present embodiment is the top that design is centered around perforation 134a, can avoid the second fluorescent material layer 140b to be inhaled into extract system.The design of partition wall 210 is not defined as above-mentioned form, and it also can be to still have low partition wall design in breach 210a place, and just, the height of partition wall 210 can be higher than the height of partition wall 210 in breach 210a place.
The light similar with first embodiment, that the colorimetric purity that plasma flat light source structure 200 also can send is preferable, and relevant explanation can not repeat them here with reference to first embodiment.Plasma flat light source structure 200 also can be assembled into the liquid crystal indicator (not shown) with the display panels (not shown), and its advantage is same as described above, therefore also no longer describes in detail.
The 3rd embodiment
Fig. 4 A is the structural representation of the plasma flat light source structure of the 3rd embodiment, and Fig. 4 B is the vertical view of first partition wall of Fig. 4 A ionic medium flat light source structure.Please be simultaneously with reference to Fig. 4 A and Fig. 4 B, the plasma flat light source structure 100 of the plasma flat light source structure 300 and first embodiment is similar, and difference is: plasma flat light source structure 300 does not have dielectric layer 134, but has first partition wall 312.First partition wall 312 is arranged at the surrounding zone B of the first substrate 110a, and has perforation 320 among the first substrate 110a of first partition wall, 312 inside.This first partition wall 312 for example is to adopt the technology of screen painting or other proper method and be made on the first substrate 110a.In addition, first partition wall 312 has the first breach 312a, and this first breach 312a can expose the first substrate 110a.It should be noted that the first fluorescent material 140a layer also is arranged at the surrounding zone B of the first substrate 110a, but on the first substrate 110a of first partition wall, 312 inside, be not provided with the first fluorescent material layer 140a.
At the surrounding zone B of the first substrate 110a the first fluorescent material layer 140a is set and to solve traditional plasma flat light source structure the not good shortcoming of colorimetric purity is also arranged at the edge so that this place also can send white light.And the design of first partition wall 312 can avoid the first fluorescent material layer 140a to be inhaled into extract system in order to the process of inserting inert gas taking the light source inner air away.Similarly, the design of first partition wall 312 is not defined as above-mentioned form.The height of first partition wall 312 also can be higher than first partition wall 31 in the height of the first breach 312a.
The light that the colorimetric purity that plasma flat light source structure 300 can send is preferable, and first partition wall 312 of plasma flat light source structure 300 can avoid the first fluorescent material layer 140a impaired.Relevant explanation is similar to aforementioned first embodiment and second embodiment, therefore repeats no more.Plasma flat light source structure 300 also can be assembled into the liquid crystal indicator (not shown) with the display panels (not shown), and its advantage is same as described above, therefore also no longer describes in detail.
The 4th embodiment
Fig. 5 A is the structural representation of the plasma flat light source structure of the 4th embodiment, and Fig. 5 B is first partition wall of Fig. 5 A ionic medium flat light source structure and the stereogram of second partition wall.Please be simultaneously with reference to Fig. 5 A and Fig. 5 B, the plasma flat light source structure 300 of plasma flat light source structure 400 and the 3rd embodiment is similar, and difference is: plasma flat light source structure 400 also comprises the second fluorescent material layer 140b and second partition wall 412.The second fluorescent material layer 140b is arranged on the second substrate 110b.Second partition wall 412 is arranged on the second substrate 110b, and can align with the perforation 320 on the first substrate 110a in the inside of partition wall 412.Similarly, second partition wall 412 for example is to adopt the technology of screen painting or other proper method and be made on the second substrate 110b.Wherein, second partition wall 412 has the second breach 412a, and this second breach 412a can expose the second substrate 110b, and the interior zone of second partition wall 412 is not provided with the second fluorescent material layer 140b.
The light that the colorimetric purity that plasma flat light source structure 400 can send is preferable, and first partition wall 312 of plasma flat light source structure 400 can avoid the first fluorescent material layer 140a impaired.Relevant explanation is similar to aforementioned first embodiment and second embodiment, therefore repeats no more.Plasma flat light source structure 400 also can be assembled into the liquid crystal indicator (not shown) with the display panels (not shown), and its advantage is same as described above, therefore also no longer describes in detail.
In sum, plasma flat light source structure proposed by the invention has following advantage at least:
One, in plasma flat light source structure of the present invention, the surrounding zone on first substrate is provided with dielectric layer, can make the discharge gas ionization electrode line of surrounding zone far away and make the discharge gas quantitative change that is positioned at the surrounding zone few.Therefore can improve the surrounding zone and misplace the unusual condition that electricity is caused because of discharge gas.
Two, in plasma flat light source structure of the present invention, because being difficult for producing, the discharge gas of top, surrounding zone misplaces electrical phenomena, therefore can avoid the discharge gas discharge and send the visible light of other color, so the colorimetric purity of the light that plasma flat light source structure of the present invention sends is preferable.
Three, in plasma flat light source structure of the present invention, discharge gas is difficult for generation and misplaces electrical phenomena.So can improve because of discharge gas and misplace the brightness decline problem that electricity causes.
Four, the present invention still can continue to use original perforation design, makes discharge gas still can charge in the plasma flat light source structure by perforation, thereby can not increase process complexity.In addition, also can be provided with at least one partition wall around this perforation, can avoid first fluorescent material layer or second fluorescent material layer impaired in the process of filling discharge gas.
Five, liquid crystal indicator of the present invention is to utilize the plasma flat light source structure that has than high color purity to assemble, and therefore good display quality is arranged.
Six, in the liquid crystal indicator of the present invention, plasma flat light source structure is to continue to use the design of original perforation and make, and therefore can not increase the process complexity of liquid crystal indicator.
Though the present invention discloses as above with preferred embodiment; right its is not in order to qualification the present invention, any person of ordinary skill in the field, without departing from the spirit and scope of the present invention; when can doing a little change and improvement, so protection scope of the present invention is when with being as the criterion that claim was defined.
Claims (24)
1. plasma flat light source structure is characterized in that comprising:
First substrate has luminous zone and the surrounding zone that surrounds this luminous zone;
Many strip electrodes line is arranged on this first substrate, and extends to this luminous zone from this surrounding zone;
A plurality of dielectric pattern are arranged on this first substrate, and arbitrary above-mentioned these dielectric pattern can cover arbitrary above-mentioned these electrode wires;
First partition wall is arranged at this surrounding zone of this first substrate, and has perforation in this first substrate of this first partition wall inside;
First fluorescent material layer is arranged on the surface of above-mentioned these dielectric pattern, and wherein this first fluorescent material layer also is arranged at this surrounding zone of this first substrate, but is not provided with this first fluorescent material layer on this first substrate of this first partition wall inside;
Second substrate is arranged at the top of this first substrate; And
Sealer is arranged between this first substrate and this second substrate, and is positioned at the edge of this first substrate and this second substrate.
2. plasma flat light source structure according to claim 1 is characterized in that this first partition wall has first breach.
3. plasma flat light source structure according to claim 2 is characterized in that this first breach of this first partition wall exposes this first substrate.
4. plasma flat light source structure according to claim 2 is characterized in that the height of this first partition wall is higher than this first partition wall in the height of this first indentation, there.
5. plasma flat light source structure according to claim 1 is characterized in that also comprising second partition wall, be arranged on this second substrate, and this second partition wall aligns with this first partition wall on this first substrate.
6. plasma flat light source structure according to claim 5 is characterized in that this second partition wall has second breach.
7. plasma flat light source structure according to claim 6 is characterized in that this second breach of this second partition wall exposes this second substrate.
8. plasma flat light source structure according to claim 6 is characterized in that the height of this second partition wall is higher than this second partition wall in the height of this second indentation, there.
9. plasma flat light source structure according to claim 1 is characterized in that also comprising second fluorescent material layer, is arranged on this second substrate.
10. plasma flat light source structure according to claim 1 is characterized in that also comprising:
Electrode layer is arranged on this second substrate; And
Protective layer is arranged on this second substrate, covers this electrode layer.
11. plasma flat light source structure according to claim 1 is characterized in that also comprising the reflector, is arranged at this luminous zone and this surrounding zone on this first substrate, and between this first substrate and above-mentioned these electrode wires.
12. plasma flat light source structure according to claim 1 is characterized in that also comprising a plurality of septs, is arranged between this first substrate and this second substrate.
13. a liquid crystal indicator is characterized in that comprising:
Display panels;
Plasma flat light source structure is arranged at this display panels below, and this plasma flat light source structure comprises:
First substrate has luminous zone and the surrounding zone that surrounds this luminous zone;
Many strip electrodes line is arranged on this first substrate, and extends to this luminous zone from this surrounding zone;
A plurality of dielectric pattern are arranged on this first substrate, and arbitrary above-mentioned these dielectric pattern can cover arbitrary above-mentioned these electrode wires;
First partition wall is arranged at this surrounding zone of this first substrate, and has perforation in this first substrate of this first partition wall inside;
First fluorescent material layer is arranged on the surface of above-mentioned these dielectric pattern, and wherein this first fluorescent material layer also is arranged at this surrounding zone of this first substrate, but does not dispose this first fluorescent material layer on this first substrate of this first partition wall inside;
Second substrate is arranged at the top of this first substrate; And
Sealer is arranged between this first substrate and this second substrate, and is positioned at the edge of this first substrate and this second substrate.
14. liquid crystal indicator according to claim 13 is characterized in that this first partition wall has first breach.
15. liquid crystal indicator according to claim 14 is characterized in that this first breach of this first partition wall can expose this first substrate.
16. liquid crystal indicator according to claim 14 is characterized in that the height of this first partition wall can be higher than this first partition wall in the height of this first indentation, there.
17. liquid crystal indicator according to claim 13 is characterized in that this plasma flat light source structure also comprises second partition wall, be arranged on this second substrate, and this second partition wall can align with this first partition wall on this first substrate.
18. liquid crystal indicator according to claim 17 is characterized in that this second partition wall has second breach.
19. liquid crystal indicator according to claim 18 is characterized in that this second breach of this second partition wall exposes this second substrate.
20. liquid crystal indicator according to claim 18 is characterized in that the height of this second partition wall is higher than this second partition wall in the height of this second indentation, there.
21. liquid crystal indicator according to claim 13 is characterized in that this plasma flat light source structure also comprises second fluorescent material layer, is arranged on this second substrate.
22. liquid crystal indicator according to claim 13 is characterized in that this plasma flat light source structure also comprises:
Electrode layer is arranged on this second substrate; And
Protective layer is arranged on this second substrate, covers this electrode layer.
23. liquid crystal indicator according to claim 13 is characterized in that plasma flat light source structure also comprises the reflector, is arranged at this luminous zone and this surrounding zone on this first substrate, and between this first substrate and above-mentioned these electrode wires.
24. liquid crystal indicator according to claim 13 is characterized in that plasma flat light source structure also comprises a plurality of septs, is arranged between this first substrate and this second substrate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008102150027A CN101369513B (en) | 2006-02-17 | 2006-02-17 | Plasma flat light source structure and LCD device |
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| CN2008102150027A CN101369513B (en) | 2006-02-17 | 2006-02-17 | Plasma flat light source structure and LCD device |
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| CNB2006100078105A Division CN100468168C (en) | 2006-02-17 | 2006-02-17 | Plasma planar light source structure and liquid crystal display device |
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| CN101369513A true CN101369513A (en) | 2009-02-18 |
| CN101369513B CN101369513B (en) | 2010-06-16 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104133307A (en) * | 2013-05-03 | 2014-11-05 | 启耀光电股份有限公司 | Display panel and display device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| KR100746440B1 (en) * | 2003-05-19 | 2007-08-03 | 마쯔시다덴기산교 가부시키가이샤 | Plasma display panel |
| CN100470710C (en) * | 2003-05-19 | 2009-03-18 | 松下电器产业株式会社 | Plasma display panel |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104133307A (en) * | 2013-05-03 | 2014-11-05 | 启耀光电股份有限公司 | Display panel and display device |
| CN104133307B (en) * | 2013-05-03 | 2017-07-04 | 台湾巴可科技股份有限公司 | Display panel and display device |
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| CN101369513B (en) | 2010-06-16 |
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