Touch panel, liquid crystal display screen using the same, and methods for making the touch panel and the liquid crystal display screen

A display apparatus comprising:

• a resistance-type touch panel comprising:
• a first electrode plate comprising:
• a first substrate,
• a plurality of first transparent electrodes, the plurality of first transparent electrodes are located on the first substrate, spaced from each other and aligned along a first direction, and
• a plurality of first signal wires, each of the first transparent electrodes is connected to one of the first signal wires;
• a second electrode plate, spaced from the first electrode plate, comprising:
• a second substrate,
• a plurality of second transparent electrodes, the plurality of second transparent electrodes located on the second substrate, spaced from each other and aligned along a second direction, the second transparent electrodes and the first transparent electrodes comprise a transparent carbon nanotube structure, the carbon nanotube structure comprises a plurality of metallic carbon nanotubes aligned along a same direction, and
• a plurality of second signal wires, and each of the second transparent electrodes is connected to one of the second signal wires;
• wherein the first transparent electrodes contact the second transparent electrodes at a position where pressing occurs;
• and
• a display device adjacent to the touch panel.

A resistance-type touch panel comprising:

• a first electrode plate comprising:
• a first substrate,
• a plurality of first transparent electrodes, the plurality of first transparent electrodes are located on the first substrate, spaced from each other and aligned along a first direction, and
• a plurality of first signal wires, each of the first transparent electrodes is connected to one of the first signal wires;
• a second electrode plate, spaced from the first electrode plate, comprising:
• a second substrate,
• a plurality of second transparent electrodes, the plurality of second transparent electrodes are located on the second substrate, spaced from each other and aligned along a second direction, both the second transparent electrodes and the first transparent electrodes comprise a transparent carbon nanotube structure, the carbon nanotube structure comprises at least one ordered carbon nanotube film comprising a plurality of carbon nanotubes oriented along a substantially same direction, and
• a plurality of second signal wires, and each of the second transparent electrodes is connected to one of the second signal wires;
• wherein the first transparent electrodes contact the second transparent electrodes at a position where pressing occurs.