Touch screen, touch panel and display device

A touch screen comprising a plurality of detection column wirings each extending in a column direction and a plurality of detection row wirings each extending in a row direction which are placed such that they are spatially intersected with each other on a back surface of a transparent base substrate with an insulation layer interposed therebetween,

• each predetermined number of detection column wirings, out of said plurality of detection column wirings, being electrically connected to one another at their respective opposite ends to constitute a bundle of wirings in the column direction, and each bundle of wirings in the column direction being constituted by detection column wirings which belong to this bundle of wirings in the column direction and are repeatedly arranged in the row direction at predetermined intervals, and
• each predetermined number of detection row wirings, out of said plurality of detection row wirings, being electrically connected to one another at their respective opposite ends to constitute a bundle of wirings in the row direction, and each bundle of wirings in the row direction being constituted by detection row wirings which belong to this bundle of wirings in the row direction and are repeatedly arranged in the column direction at predetermined intervals,
• wherein
• said detection column wirings are constituted by a set of a first metal wiring having a zigzag pattern and a second metal wiring having a structure axisymmetric with said first metal wiring about said column direction as an axis, and the first metal wiring is constituted by first sloped portions which are obliquely sloped by a predetermined angle with respect to said column direction and first parallel portions which are parallel with said column direction and are continuous with said first sloped portions, such that said first sloped portions and said first parallel portions are repeatedly placed along said column direction,
• said detection row wirings are constituted by a set of a third metal wiring having a zigzag pattern and a fourth metal wiring having a structure axisymmetric with the third metal wiring about said row direction as an axis, and the third metal wiring is constituted by second sloped portions which are obliquely sloped by a predetermined angle with respect to said row direction and second parallel portions which are parallel with said row direction and are continuous with said second sloped portions, such that said second sloped portions and said second parallel portions are repeatedly placed along said row direction,
• in each area in which an arbitrary single detection column wiring out of said plurality of detection column wirings and an arbitrary single detection row wiring out of said plurality of detection row wirings are spatially intersected with each other,
• a single sloped portion out of the two first sloped portions of said first metal wiring belonging to said area is spatially intersected with a single sloped portion out of the two second sloped portions of said third metal wiring belonging to said area, and the other sloped portion out of the two first sloped portions of said first metal wiring belonging to said area is spatially intersected with a single sloped portion out of the two second sloped portions of said fourth metal wiring belonging to said area, and
• a single sloped portion out of the two first sloped portions of said second metal wiring belonging to said area is spatially intersected with the other sloped portion out of the two second sloped portions of said third metal wiring belonging to said area, and the other sloped portion out of the two first sloped portions of said second metal wiring belonging to said area is spatially intersected with the other sloped portion out of the two second sloped portions of said fourth metal wiring belonging to said area.