CN105320315A - Single-layer electrode of touch panel - Google Patents
Single-layer electrode of touch panel Download PDFInfo
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- CN105320315A CN105320315A CN201410266037.9A CN201410266037A CN105320315A CN 105320315 A CN105320315 A CN 105320315A CN 201410266037 A CN201410266037 A CN 201410266037A CN 105320315 A CN105320315 A CN 105320315A
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Abstract
The invention discloses a single-layer electrode of a touch panel. The single-layer electrode comprises multiple electrode bodies. The multiple electrode bodies comprise multiple holes, the multiple holes are adjacently arrayed in multiple lines in a first direction and adjacently arrayed in multiple rows in a second direction, the multiple rows of holes are arrayed in a zigzag mode in the first direction, and the multiple lines of holes are arrayed in a zigzag mode in the second direction. The multiple electrode bodies are provided with first zigzag side edges corresponding to the zigzag arrangement of the multiple holes in the first direction, and second side edges opposite to the first side edges. The first side edges and the second side edges are provided with multiple protrusions and multiple notches, and the geometrical shape of the multiple protrusions and the multiple notches extends the zigzag shape of the multiple holes in the second direction.
Description
Technical field
The present invention relates to a kind of single-layer electrodes of contact panel, particularly a kind of single-layer electrodes solving the contact panel of remaining shadow problem.
Background technology
Because the technology of contact panel is day by day progressive, current contact panel process technique is towards compatible and be integrated in membrane transistor display (ThinFilmTransistorLCD, TFTLCD) in processing procedure, and reduce the manufacturing cost of contact panel with the pattern of touch control display module, and reduce the thickness of touch-control display panel.So, in order to reach the demand, research staff develops touch panel with single electrode layer technology, wherein, utilizes exposure, development and the processing procedure such as etching to complete the cabling of transmission electrode (Tx), receiving electrode (Rx) and transmission signal and Received signal strength.
But general touch panel with single electrode layer must have the cabling of many transmission electrodes, receiving electrode and transmission signal and Received signal strength.Such as: general five inch mono layer electrode contact panels must have the cabling of 352 signal transmissions, and the cabling of signal transmission is straight line.So, remaining shadow phenomenon can be produced when contact panel is placed in when display panel shows upper, in other words, when user is with the image of some angle viewing display panel display, the linear fringe that the cabling perceiving many contact panels causes.In addition, transmission electrode and receiving electrode numerous and be disposed adjacent, so transmission electrode and receiving electrode also can produce remaining shadow phenomenon.
Therefore, the present invention proposes a kind of single-layer electrodes of contact panel, to solve the problem of shadow (patternvisibility) more than above-mentioned touch panel with single electrode layer.
Summary of the invention
An object of the present invention, for providing a kind of single-layer electrodes of contact panel, wherein plural electrode comprises plural hole, and utilizes the geometric configuration of electrode and hole to overcome Yu Ying (patternvisibility) problem.
An object of the present invention, for providing a kind of single-layer electrodes of contact panel, wherein utilizes plural empty electrode to overcome remaining shadow problem.
For achieving the above object, the technical solution used in the present invention is:
A single-layer electrodes for contact panel, is characterized in that, it comprises:
Complex transmission line, it is located at a substrate; And
Plural number electrode, be located at this substrate, this plural electrode is disposed adjacent and is electrically connected this complex transmission line, this plural electrode comprises plural hole, and this plural hole is several column arranged adjacent with a first direction, this plural hole is plural row arranged adjacent with a second direction, the capable arrangement of this plural number of this plural hole arranges along this first direction with a meander-like, this several column arrangement of this plural hole forms this meander-like along this second direction, this plural electrode and to should plural hole along this first direction the arrangement of this meander-like and form a first side of this meander-like and a second side of this first side relatively, this first side and this second side form plural protuberance and plural notch portion, the geometric configuration of this plural protuberance and this plural notch portion continues this plural hole this meander-like along this second direction.
Wherein, this plural electrode has the four side being connected to one the 3rd side between this first side and this second side and the 3rd side relatively, the 3rd side and this four side to should plural hole along this second direction this meander-like and form this meander-like.
Wherein, a hole number of the capable arrangement of this plural number changes increase into after this first direction reduces, or changes minimizing into after increasing.
Wherein, also comprise:
Plural number empty electrode, it is located between this plural electrode, and this plural empty electrode pair should plural hole this meander-like and present this meander-like.
Wherein, the empty number of electrodes being located at the 3rd side increases progressively gradually along the opposite direction of this first direction or successively decreases gradually, and the empty number of electrodes being located at this four side is successively decreased gradually along this first direction or increases progressively gradually.
Wherein, each this plural notch portion is formed between any two these plural protuberances.
For achieving the above object, the technical solution used in the present invention is:
A single-layer electrodes for contact panel, is characterized in that, it comprises:
Complex transmission line, it is located at a substrate; And
Plural number electrode, be located at this substrate, this plural electrode is disposed adjacent and is electrically connected this complex transmission line, this plural electrode comprises plural hole, and this plural hole is several column arranged adjacent with a first direction, this plural hole is plural row arranged adjacent with a second direction, the capable arrangement of this plural number of this plural hole arranges along this first direction with a meander-like, this several column arrangement of this plural hole forms this meander-like along this second direction, wherein this first direction is perpendicular to this second direction, this plural electrode and to should plural hole along this first direction the arrangement of this meander-like and form a first side of this meander-like and a second side of this first side relatively, this first side and this second side form plural protuberance and plural notch portion, the geometric configuration of this plural protuberance and this plural notch portion continues this plural hole this meander-like along this second direction, this plural electrode has the four side being connected to one the 3rd side between this first side and this second side and the 3rd side relatively, 3rd side and this four side to should plural hole along this second direction this meander-like and form this meander-like.
Wherein, a hole number of the capable arrangement of this plural number changes increase into after this first direction reduces, or changes minimizing into after increasing.
Wherein, the path that this complex transmission line is routed at this substrate is not straight line, and this complex transmission line continues this meander-like of the 3rd side and this four side respectively and presents this meander-like.
Wherein, also comprise:
Plural number empty electrode, it is located between this plural electrode, and this plural empty electrode pair should plural hole this meander-like and present this meander-like.
Wherein, the empty number of electrodes being located at the 3rd side increases progressively gradually along the opposite direction of this first direction or successively decreases gradually, and the empty number of electrodes being located at this four side is successively decreased gradually along this first direction or increases progressively gradually.
Wherein, each this plural notch portion is formed between any two these plural protuberances.
To achieve these objectives, the present invention is a kind of single-layer electrodes of contact panel, and contact panel comprises a substrate, complex transmission line and plural electrode.This complex transmission line and this plural electrode are located at substrate, this plural electrode is disposed adjacent and is electrically connected this complex transmission line, this plural electrode comprises plural hole, and this plural hole is several column arranged adjacent with a first direction, this plural hole is plural row arranged adjacent with a second direction, the capable arrangement of this plural number of this plural hole arranges along first direction with a meander-like, this several column arrangement of this plural hole forms meander-like along second direction, this plural electrode and to should plural hole along first direction meander-like arrangement and form a first side of meander-like and a second side of relative first side, first side and second side form plural protuberance and plural notch portion, the geometric configuration of this plural protuberance and this plural notch portion continues the meander-like of this plural hole along second direction.
Moreover the single-layer electrodes of contact panel of the present invention more comprises plural empty electrode and is located between this plural electrode, and this plural empty electrode continues the meander-like of this plural protuberance and presents meander-like.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of an embodiment of the single-layer electrodes of contact panel of the present invention;
Fig. 2 is the schematic diagram of an embodiment of the receiving electrode of contact panel of the present invention.
Description of reference numerals: 10-substrate; The empty electrode of D-; H
r-hole; H
r11-hole; H
t-hole; L1-the first row; L2-second row; L3-the third line; L4-fourth line; L5-fifth line; L6-the 6th row; L11-the tenth a line; L12-the 12 row; L20-the 20 row; L
r-transmission line; L
t-transmission line; R
1-first side; R
2-second side; R
3-three side; R
4-four side; R
10-protuberance; R
12-notch portion; R
12-11-notch portion; R
x-receiving electrode; T
1-first side; T
2-second side; T
3-three side; T
4-four side; T
10-protuberance; T
12-notch portion; T
x-transmission electrode; W1-first row; W2-secondary series; W3-the 3rd arranges; X-first direction; Y--second direction.
Embodiment
For making your juror have a better understanding and awareness feature of the present invention and effect of reaching, careful assistant is with preferred embodiment and coordinate detailed description, illustrates as rear:
Refer to Fig. 1, it is the schematic diagram of an embodiment of the single-layer electrodes of contact panel of the present invention.As shown in the figure, the present invention is a kind of single-layer electrodes of contact panel, and contact panel comprises a substrate 10, complex transmission line L
t, L
rand plural electrode T
x, R
x.This complex transmission line L
t, L
rand this plural electrode T
x, R
xbe located at substrate 10, this plural electrode T
x, R
xbe disposed adjacent and be electrically connected this complex transmission line L
t, L
r, this plural electrode T
x, R
xcomprise plural hole H
t, H
r, and this plural hole H
t, H
rbe several column arranged adjacent with a first direction X, this plural hole H
t, H
rbe plural row arranged adjacent with a second direction Y, this plural hole H
t, H
rthe capable arrangement of this plural number arrange along first direction X with a meander-like, this plural hole H
t, H
rthis several column arrangement become meander-like along second direction Y shape, this plural electrode T
x, R
xand to should plural hole H
t, H
rmeander-like along first direction X arranges and forms a first side T of meander-like
1, R
1and relative first side T
1, R
1a second side T
2, R
2, first side T
1, R
1and second side T
2, R
2form plural protuberance T
10, R
10and plural notch portion T
12, R
12, this plural protuberance T
10, R
10and this plural notch portion T
12, R
12geometric configuration continue this plural hole H
t, H
ralong the meander-like of second direction Y.
Consult Fig. 1 again, this plural electrode T
x, R
xfor touch control electrode, such as: the complex transmission electrode T of contact panel
xand plural receiving electrode R
x, a transmission electrode T
xand a receiving electrode R
xa sensing cell can be formed, and for sensing the touch control operation of contact panel.For solving remaining shadow problem, the present embodiment designs this plural electrode T
x, R
xgeometric configuration, the embodiment of its geometric configuration refers to Fig. 2, and it is the receiving electrode R of contact panel of the present invention
xthe schematic diagram of an embodiment.As shown in the figure, Fig. 2 is with this plural electrode T
x, R
xone of them is as the explanation of embodiment, such as: receiving electrode R
x, and transmission electrode T
xgeometric configuration as receiving electrode R
xgeometric configuration.Receiving electrode R
xcomprise this plural hole H
r, this plural hole H
rpresent the hole H of several column in first direction X after formation
r, this plural hole H
rpresent the hole H of plural number row in second direction Y after formation
r, and the hole H of each row
rarranged adjacent, and the hole H of every a line
rarranged adjacent, in other words, this plural hole H
rbe several column arranged adjacent with first direction X, this plural hole H
rbe plural row arranged adjacent with second direction Y.
This plural hole H that the plural number of the present embodiment is capable
rin take the leftmost side as this plural hole H of the first row L1
r, and, in first direction X, and contiguous receiving electrode R
xfirst side R
1this plural hole H of the first row L1
rforming position, lower than this plural hole H of the second row L2
rforming position, by that analogy, in first direction X, this plural hole H of the second row L2
rforming position lower than this plural hole H of the third line L3
rforming position.So, for making this plural hole H of plural number row
rafter formation, its every a line top side hole H
rtop margin toward adjacent top side hole H
rtop margin continue extend after present a meander-like, the present embodiment is by this plural hole H of fifth line L5
rforming position lower than this plural hole H of fourth line L4
rforming position, by that analogy, this plural hole H of the 6th row L6
rforming position lower than this plural hole H of fifth line L5
rforming position.So, by the capable hole H arranged of plural number
rin the meander-like formed, the first row L1 top side hole H
rto fourth line L4 top side hole H
rbetween with ascendant trend formed, fourth line L4 top side hole H
rto the tenth five-element L15 top side hole H
rbetween with downtrending formed, this follow-up plural hole H
rto continue formation with ascendant trend and downtrending in turn again, wherein, the angle of ascendant trend and the angle difference about 15 degree of downtrending.In other words, this plural hole H
rthe capable arrangement of plural number arrange along first direction X with a meander-like.
In addition, in first direction X, and contiguous receiving electrode R
xsecond side R
2the hole H of the capable arrangement of plural number
rin the meander-like formed, the first row L1 lower side hole H
rto fourth line L4 lower side hole H
rbetween with downtrending formed, fourth line L4 lower side hole H
rto the tenth five-element L15 lower side hole H
rbetween with ascendant trend formed, this follow-up plural hole H
rto continue formation with downtrending and ascendant trend in turn again.So, receiving electrode R is close to
xfirst side R
1and second side R
2this plural hole H
rmeander-like is formed with different trend, so, contiguous receiving electrode R
xsecond side R
2the lower side hole H of the capable arrangement of plural number
r, also can as contiguous receiving electrode R
xfirst side R
1the top side hole H of the capable arrangement of plural number
r, formed, so the present embodiment does not limit hole H with downtrending again after first being formed with ascendant trend
rhow to form the capable arrangement of plural number of meander-like.And, at this plural hole H of every a line
rtop side hole H
rand lower side hole H
rbetween hole H
r, the row arrangement of meander-like is formed equally in first direction X.
Moreover, in second direction Y, with this most above-listed plural hole H
rfor this plural hole H of first row W1
r, and, the leftmost side hole H of first row W1
rcan meander-like be had, and the leftmost side hole H of secondary series W2
rand the 3rd row W3 leftmost side hole H
rcan meander-like be had equally, so, the leftmost side hole H of first row W1
rto the leftmost side hole H of the 3rd row W3
rafter formation, become meander-like in second direction Y shape.So, each arranges this plural hole H
rmeander-like in second direction Y can have another kind of generation type, such as: the 11 the hole H of first row W1
r11and the 11 of secondary series W2 the hole H
r11itself does not have meander-like, but, the 11 the hole H of first row W1
r11after being formed slopely, the 11 the hole H of secondary series W2
r11continue the 11 the hole H of first row W1
r11to be formed slopely, thereafter, the 11 the hole H of the 3rd row W3
r11continue the 11 the hole H of secondary series W2 equally
r11to be formed slopely, so, the 11 the hole H of first row W1
r11to the 11 the hole H of the 3rd row W3
r11meander-like is become in second direction Y shape after formation.So, this plural hole H is arranged in each of second direction Y
rafter formation, its also as first direction X the meander-like that presents and form meander-like, in other words, this plural hole H
rseveral column arrangement become meander-like along second direction Y shape, wherein, the vertical second direction Y of first direction X.
Consult Fig. 2 again, this plural hole H of plural number row
rafter formation, this plural hole H of every a line
rhole number difference to some extent, wherein, hole number represents hole H
rquantity, such as: this plural hole H of the first row L1
rhole number to this plural hole H of the tenth a line L11
rhole number be respectively three hole H
r, and this plural hole H of the 12 row L12
rhole number to this plural hole H of the 20 row L20
rhole number be respectively two circular cavities H
r, this plural hole H that follow-up plural number is capable
rincrease to three hole H again
r.So, this plural hole H of plural number row arrangement
rhole number, along first direction X reduce after change increase into, otherwise, plural number row arrangement this plural hole H
rhole number also can be designed as along first direction X increase after change minimizing into.Therefore, two kinds of above-mentioned designs make this plural hole H of plural number row arrangement
rafter formation, hole number changes in first direction X along with the change of meander-like.So, the present embodiment designs this plural hole H
rto overcome hole H
rremaining shadow (patternvisibility) problem produced.
Receiving electrode R
xthere is a first side R
1, a second side R
2, one the 3rd side R
3and a four side R
4, second side R
2relative first side R
1, the 3rd side R
3relative four side R
4, and the 3rd side R
3and four side R
4be connected to first side R
1and second side R
2between.Contiguous receiving electrode R
xfirst side R
1this plural hole H
rthe capable arrangement of plural number, present meander-like in first direction X, so, receiving electrode R
xfirst side R
1geometric configuration to should plural hole H
rplural number capable arrange present meander-like arrangement and form meander-like.In like manner, receiving electrode R is close to
xsecond side R
2this plural hole H
rthe capable arrangement of plural number, in first direction X present meander-like arrangement, so, receiving electrode R
xsecond side R
2geometric configuration to should plural hole H
rplural number capable arrange present meander-like arrangement and form meander-like.In other words, this plural electrode R
xto should plural hole H
rmeander-like along first direction X arranges and forms the first side R of meander-like
1and relative first side R
1second side R
2.
Accept above-mentioned, contiguous receiving electrode R
xthe 3rd side R
3this plural hole H
r, become meander-like in second direction Y shape, so, receiving electrode R
xthe 3rd side R
3geometric configuration to should plural hole H
rmeander-like and form meander-like.In like manner, receiving electrode R is close to
xfour side R
4this plural hole H
r, become meander-like in second direction Y shape, so, receiving electrode R
xfour side R
4geometric configuration to should plural hole H
rmeander-like and form meander-like.In other words, receiving electrode R
xthe 3rd side R
3and four side R
4to should plural hole H
ralong second direction Y meander-like and form meander-like.
Receiving electrode R
xfirst side R
1and second side R
2form plural protuberance R respectively
10and plural notch portion R
12, and each notch portion R
12be formed at any two protuberance R
10between.Moreover, in second direction Y for forming meander-like, notch portion R
12can meander-like be formed, so, notch portion R as seen from Figure 2
12meander-like continuity plural number row this plural hole H
rmeander-like, so, notch portion R
12geometric configuration continuity plural number row this plural hole H
rgeometric configuration.In addition, in second direction Y, notch portion R
12continue this plural hole H
rthe meander-like formed, can have another kind of generation type, such as: the 11 notch portion R
12-11with this plural hole H of the tenth a line L11
ritself does not have meander-like, but the 11 notch portion R
12-11continue this plural hole H of the tenth a line L11
rmeander-like is presented after being formed slopely.Therefore, this plural notch portion R
12geometric configuration continue this plural hole H
ralong the meander-like of second direction Y, and, this plural protuberance R
10geometric configuration notch portion R as plural in this
12meander-like and present meander-like, so, this plural protuberance R
10geometric configuration also continue this plural hole H
ralong the meander-like of second direction Y.
Consult Fig. 1 again, the single-layer electrodes of the contact panel of the present embodiment more comprises plural empty electrode D, and this plural empty electrode D is located at this plural electrode T
x, R
xbetween, such as: this plural empty electrode D is located at transmission electrode T
xand receiving electrode R
xbetween, in other words, this plural empty electrode D can be located at transmission electrode T
xside and receiving electrode R
xside.Consult Fig. 2 again, be located at receiving electrode R
xfirst side R
1this plural empty electrode D continue protuberance R
10meander-like and form meander-like, and, protuberance R
10geometric configuration be continuity hole H
rmeander-like, so this plural empty electrode D is to should plural hole H
rmeander-like and present meander-like, in like manner, be located at receiving electrode R
xsecond side R
2this plural empty electrode D to should plural hole H
rmeander-like and present meander-like.
In addition, receiving electrode R is located at
xthe 3rd side R
3this plural empty electrode D, as receiving electrode R
xthe 3rd side R
3meander-like and present meander-like, in like manner, be located at receiving electrode R
xfour side R
4this plural empty electrode D, as receiving electrode R
xfour side R
4meander-like and present meander-like.Moreover, receiving electrode R
xthe 3rd side R
3geometric configuration and four side R
4geometric configuration, to should plural hole H
ralong second direction Y meander-like and form meander-like, so the geometric configuration of this plural empty electrode D is also to should plural hole H
ralong second direction Y meander-like and form meander-like.
This plural empty electrode D hole H as plural in this
rthere is an empty number of electrodes D
v1, empty number of electrodes D
v1represent the quantity of empty electrode.Consult Fig. 2 again, be located at receiving electrode R
xthe 3rd side R
3empty number of electrodes D
v1, along the opposite direction of first direction X, become from arranging an empty electrode D two empty electrode D are set, then become four empty electrode D are set, so, empty number of electrodes D
v1from receiving electrode R
xthe 3rd side R
3opposite direction toward first direction X increases progressively gradually, so, and empty number of electrodes D
v1from receiving electrode R
xthe 3rd side R
3opposite direction toward first direction X also can be designed as successively decreases gradually.Therefore, to increase progressively gradually or the empty number of electrodes D that successively decreases gradually
v1the effect of gradually layer can be produced, and this gradually layer effect can promote display quality.In like manner, receiving electrode R is located at
xfour side R
4an empty number of electrodes D
v2, along first direction X by arranging four empty electrode D, becoming and two empty electrode D are set become again an empty electrode D is set, so, be located at receiving electrode R
xfour side R
4empty number of electrodes D
v2can successively decrease gradually along first direction X, or be designed to increase progressively gradually.
Consult Fig. 1 again, this complex transmission line L of the present embodiment
t, L
rwith can by its geometry design for meander-like, so, this complex transmission line L
t, L
rthe path being routed at substrate 10 is not straight line, and, this complex transmission line L
t, L
rcontinue transmission electrode T respectively
xthe 3rd side T
3meander-like and receiving electrode R
xfour side R
4meander-like and present meander-like, moreover, transmission electrode T
xthe 3rd side T
3and receiving electrode R
xfour side R
4to should plural hole H
ralong second direction Y meander-like and form meander-like, so, this complex transmission line L
t, L
rto should plural hole H
ralong second direction Y meander-like and form meander-like.
In sum, the present invention is a kind of single-layer electrodes of contact panel, and contact panel comprises a substrate, complex transmission line and plural electrode.This complex transmission line and this plural electrode are located at substrate, this plural electrode is disposed adjacent and is electrically connected this complex transmission line, this plural electrode comprises plural hole, and this plural hole is several column arranged adjacent with a first direction, this plural hole is plural row arranged adjacent with a second direction, the capable arrangement of this plural number of this plural hole arranges along first direction with a meander-like, this several column arrangement of this plural hole forms meander-like along second direction, this plural electrode and to should plural hole along first direction meander-like arrangement and form a first side of meander-like and a second side of relative first side, first side and second side form plural protuberance and plural notch portion, the geometric configuration of this plural protuberance and this plural notch portion continues the meander-like of this plural hole along second direction.
Moreover the single-layer electrodes of contact panel of the present invention more comprises plural empty electrode and is located between this plural electrode, and this plural empty electrode continues the meander-like of this plural protuberance and presents meander-like.Therefore, the present embodiment can rely on design hole, the side of this plural electrode, the geometric configuration of empty electrode, and overcomes the problem of Yu Ying with the quantity of the empty electrode D of the gradually layer patten's design increased progressively and/or successively decrease.
Claims (12)
1. a single-layer electrodes for contact panel, is characterized in that, it comprises:
Complex transmission line, it is located at a substrate; And
Plural number electrode, be located at this substrate, this plural electrode is disposed adjacent and is electrically connected this complex transmission line, this plural electrode comprises plural hole, and this plural hole is several column arranged adjacent with a first direction, this plural hole is plural row arranged adjacent with a second direction, the capable arrangement of this plural number of this plural hole arranges along this first direction with a meander-like, this several column arrangement of this plural hole forms this meander-like along this second direction, this plural electrode and to should plural hole along this first direction the arrangement of this meander-like and form a first side of this meander-like and a second side of this first side relatively, this first side and this second side form plural protuberance and plural notch portion, the geometric configuration of this plural protuberance and this plural notch portion continues this plural hole this meander-like along this second direction.
2. the single-layer electrodes of contact panel according to claim 1, it is characterized in that, this plural electrode has the four side being connected to one the 3rd side between this first side and this second side and the 3rd side relatively, the 3rd side and this four side to should plural hole along this second direction this meander-like and form this meander-like.
3. the single-layer electrodes of contact panel according to claim 2, is characterized in that, a hole number of the capable arrangement of this plural number changes increase into after this first direction reduces, or changes minimizing into after increasing.
4. the single-layer electrodes of contact panel according to claim 3, is characterized in that, also comprises:
Plural number empty electrode, it is located between this plural electrode, and this plural empty electrode pair should plural hole this meander-like and present this meander-like.
5. the single-layer electrodes of contact panel according to claim 4, it is characterized in that, the empty number of electrodes being located at the 3rd side increases progressively gradually along the opposite direction of this first direction or successively decreases gradually, and the empty number of electrodes being located at this four side is successively decreased gradually along this first direction or increases progressively gradually.
6. the single-layer electrodes of contact panel according to claim 1, is characterized in that, each this plural notch portion is formed between any two these plural protuberances.
7. a single-layer electrodes for contact panel, is characterized in that, it comprises:
Complex transmission line, it is located at a substrate; And
Plural number electrode, be located at this substrate, this plural electrode is disposed adjacent and is electrically connected this complex transmission line, this plural electrode comprises plural hole, and this plural hole is several column arranged adjacent with a first direction, this plural hole is plural row arranged adjacent with a second direction, the capable arrangement of this plural number of this plural hole arranges along this first direction with a meander-like, this several column arrangement of this plural hole forms this meander-like along this second direction, wherein this first direction is perpendicular to this second direction, this plural electrode and to should plural hole along this first direction the arrangement of this meander-like and form a first side of this meander-like and a second side of this first side relatively, this first side and this second side form plural protuberance and plural notch portion, the geometric configuration of this plural protuberance and this plural notch portion continues this plural hole this meander-like along this second direction, this plural electrode has the four side being connected to one the 3rd side between this first side and this second side and the 3rd side relatively, 3rd side and this four side to should plural hole along this second direction this meander-like and form this meander-like.
8. the single-layer electrodes of contact panel according to claim 7, is characterized in that, a hole number of the capable arrangement of this plural number changes increase into after this first direction reduces, or changes minimizing into after increasing.
9. the single-layer electrodes of contact panel according to claim 7, it is characterized in that, the path that this complex transmission line is routed at this substrate is not straight line, and this complex transmission line continues this meander-like of the 3rd side and this four side respectively and presents this meander-like.
10. the single-layer electrodes of contact panel according to claim 7, is characterized in that, also comprises:
Plural number empty electrode, it is located between this plural electrode, and this plural empty electrode pair should plural hole this meander-like and present this meander-like.
The single-layer electrodes of 11. contact panels according to claim 10, it is characterized in that, the empty number of electrodes being located at the 3rd side increases progressively gradually along the opposite direction of this first direction or successively decreases gradually, and the empty number of electrodes being located at this four side is successively decreased gradually along this first direction or increases progressively gradually.
The single-layer electrodes of 12. contact panels according to claim 7, is characterized in that, each this plural notch portion is formed between any two these plural protuberances.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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| CN101556519A (en) * | 2008-04-09 | 2009-10-14 | Nec液晶技术株式会社 | Display device, liquid crystal display device, electronic apparatus, and display device manufacturing method |
| CN101614925A (en) * | 2008-06-25 | 2009-12-30 | 奇信电子股份有限公司 | Bistable display and method for making thereof |
| CN101614891A (en) * | 2008-06-25 | 2009-12-30 | 奇信电子股份有限公司 | The touch-control sensing structure that is used for LCD |
| CN203882292U (en) * | 2014-06-13 | 2014-10-15 | 凌巨科技股份有限公司 | Single-layer electrode of touch panel |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101556519A (en) * | 2008-04-09 | 2009-10-14 | Nec液晶技术株式会社 | Display device, liquid crystal display device, electronic apparatus, and display device manufacturing method |
| CN101614925A (en) * | 2008-06-25 | 2009-12-30 | 奇信电子股份有限公司 | Bistable display and method for making thereof |
| CN101614891A (en) * | 2008-06-25 | 2009-12-30 | 奇信电子股份有限公司 | The touch-control sensing structure that is used for LCD |
| CN203882292U (en) * | 2014-06-13 | 2014-10-15 | 凌巨科技股份有限公司 | Single-layer electrode of touch panel |
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