DISPLAY DEVICE AND METHOD OF DRIVING THE SAME
First Claim
1. A display device comprising:
- a touch panel including s number of receiving electrodes and k number of driving electrodes which are formed to intersect the receiving electrodes, k being less than s and larger than 2, the touch panel provided in an in-cell type; and
a touch sensing unit configured to respectively supply a first driving voltage and a second driving voltage to an nth driving electrode and an (n+1)th driving electrode, which are adjacent to each other among the driving electrodes, to determine whether the nth driving electrode is touched, n being a natural number which is more than one and less than k, the touch sensing unit further configured to respectively supply the first driving voltage and the second driving voltage to a kth driving electrode and a (k−
1)th driving electrode to determine whether the kth driving electrode is touched.
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Accused Products
Abstract
A disclosed display device includes a touch panel including s number of receiving electrodes and k number of driving electrodes which are formed to intersect the receiving electrodes, k being less than s and larger than 2, the touch panel provided in an in-cell type. The display device further includes a touch sensing unit configured to respectively supply a first driving voltage and a second driving voltage to an nth driving electrode and an (n+1)th driving electrode, which are adjacent to each other among the driving electrodes, to determine whether the nth driving electrode is touched, n being a natural number which is more than one and less than k, the touch sensing unit further configured to respectively supply the first driving voltage and the second driving voltage to a kth driving electrode and a (k−1)th driving electrode to determine whether the kth driving electrode is touched.
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Citations
20 Claims
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1. A display device comprising:
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a touch panel including s number of receiving electrodes and k number of driving electrodes which are formed to intersect the receiving electrodes, k being less than s and larger than 2, the touch panel provided in an in-cell type; and a touch sensing unit configured to respectively supply a first driving voltage and a second driving voltage to an nth driving electrode and an (n+1)th driving electrode, which are adjacent to each other among the driving electrodes, to determine whether the nth driving electrode is touched, n being a natural number which is more than one and less than k, the touch sensing unit further configured to respectively supply the first driving voltage and the second driving voltage to a kth driving electrode and a (k−
1)th driving electrode to determine whether the kth driving electrode is touched. - View Dependent Claims (2, 3)
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4. A display device comprising:
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a touch panel including a first touch electrode group in which s number of receiving electrodes and k number of driving electrodes are formed to intersect each other and a second touch electrode group in which s number of other receiving electrodes and (k+1)th to (2k)th driving electrodes are formed to intersect each other, k being less than s, the touch panel provided in an in-cell type, the receiving electrodes in the first touch electrode group electrically disconnected from said other receiving electrodes in the second touch electrode group; and a touch sensing unit configured to respectively supply a first driving voltage and a second driving voltage to an nth driving electrode and an (n+1)th driving electrode in each of the first and second touch electrode groups to determine whether the nth driving electrode is touched, n being a natural number less than k, the touch sensing unit further configured to respectively supply the first driving voltage and the second driving voltage to a kth driving electrode configuring the first touch electrode group and a (k+1)th driving electrode configuring the second touch electrode group to determine whether the kth driving electrode is touched. - View Dependent Claims (5, 6, 7, 8)
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9. A method of driving a display device, the method comprising:
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respectively supplying a first driving voltage and a second driving voltage to an nth driving electrode and an (n+1)th driving electrode, which are adjacent to each other among k number of driving electrodes which are formed to intersect s number of receiving electrodes, which are formed in a touch panel which is provided in an in-cell type in a panel, to determine whether the nth driving electrode is touched, k being less than s and larger than 2, n being a natural number which is more than one and less than k; and respectively supplying the first driving voltage and the second driving voltage to a kth driving electrode and a (k−
1)th driving electrode to determine whether the kth driving electrode is touched.
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10. A method of driving a display device, the method comprising:
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respectively supplying a first driving voltage and a second driving voltage to an nth driving electrode and an (n+1)th driving electrode which are adjacent to each other in each of a first touch electrode group and a second touch electrode group, the first touch electrode group having s number of receiving electrodes and k number of driving electrodes to intersect each other which are formed in a touch panel, k being less than s and n being a natural number less than k, and the second touch electrode group having s number of other receiving electrodes and (k+1)th to (2k)th driving electrodes to intersect each other in the touch panel, the receiving electrodes in the first touch electrode group electrically disconnected from said other receiving electrodes in the second touch electrode group; and respectively supplying a first driving voltage to a kth driving electrode configuring the first touch electrode group and a second driving voltage to a (k+1)th driving electrode configuring the second touch electrode group to determine whether the kth driving electrode is touched.
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11. A display device comprising:
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a touch panel including receiving electrodes and driving electrodes including at least a first driving electrode, a second driving electrode, and a third driving electrode, the receiving electrodes intersecting the first, second, and third driving electrodes; and a touch sensing unit configured to; supply a first driving voltage to the first driving electrode and a second driving voltage to the second driving electrode to determine whether the first driving electrode is touched, the second driving electrode being adjacent to the first driving electrode, supply the first driving voltage to the second driving electrode and the second driving voltage to the third driving electrode to determine whether the second driving electrode is touched, the third driving electrode being adjacent to the second driving electrode, and supply the first driving voltage to the third driving electrode and the second driving voltage to the second driving electrode to determine whether the third driving electrode is touched. - View Dependent Claims (12, 13, 14, 15)
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16. A method of driving a touch panel, the method comprising:
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supplying a first driving voltage to a first driving electrode and a second driving voltage to a second driving electrode to determine whether the first driving electrode is touched, the second driving electrode being adjacent to the first driving electrode, supplying the first driving voltage to the second driving electrode and the second driving voltage to a third driving electrode to determine whether the second driving electrode is touched, the third driving electrode being adjacent to the second driving electrode, and supplying the first driving voltage to the third driving electrode and the second driving voltage to the second driving electrode to determine whether the third driving electrode is touched, the first, second and third driving electrodes intersecting receiving electrodes. - View Dependent Claims (17, 18, 19, 20)
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Specification