Method for manufacturing lens for electronic spectacles, lens for electronic spectacles, and electronic spectacles
View Patent ↗Electronic spectacles include a spectacle frame; lenses having electric elements; a control unit that generates electric signals for driving the electric elements of the lenses; electric connectors that transmit the signals from the control unit to wiring connector pads; and conductive rubber members sandwiched between the wiring connector pads and lens electrode pads of the lenses.
1. Electronic spectacles in which a lens comprising an electric element is set in a rim of a spectacle frame,
the lens having first and second electrode patterns applying a voltage to the electric element, each of the first and second electrode patterns having an end,
lens electrode pads provided at an outer sidewall of the lens and formed on each of the ends of the first and second electrode patterns,
a rim-side recess formed at an inside of the rim of the spectacle frame, the rim-side recess being opposed to the lens electrode pads,
a conductive rubber member interposed between the lens electrode pads and the rim-side recess, and
an electric connector having a first end connected to a control unit for controlling the electric element and a second end connected to the conductive rubber member.
2. The electronic spectacles according to claim 1 , wherein the conductive rubber member is an anisotropic conductive rubber.
3. The electronic spectacles according to claim 1 , wherein
a lens-side recess is provided at the outer sidewall of the lens, and
the lens electrode pads are on a bottom of the lens-side recess.
4. The electronic spectacles according to claim 3 , wherein wiring electrode pads are set between the second end of the electric connector provided in the rim-side recess and the conductive rubber member.
5. The electronic spectacles according to claim 3 , wherein the first and second electrode patterns are linear-shaped and exposed at an edge of the lens.
6. The electronic spectacles according to claim 3 , wherein a bottom of the rim-side recess and a bottom of the lens-side recess are approximately parallel.
7. The electronic spectacles according to claim 1 , wherein the lens has an inverted V-shaped protrusion at the outer sidewall of the lens, and
the lens electrode pads are provided on the inverted V-shaped protrusion.
8. The electronic spectacles according to claim 1 , wherein the first and second electrode patterns are linear-shaped and exposed at an edge of the lens.
9. Electronic spectacles in which a lens comprising an electric element is set in a rim of a spectacle frame,
the lens having first and second electrode patterns applying a voltage to the electric element, each of the first and second electrode patterns having an end at a lens end, the spectacles further comprising
a lens-side recess provided at an outer sidewall of the lens;
lens electrode pads placed on a bottom of the lens-side recess and formed on each of the ends of the first and second electrode patterns;
a conductive rubber member interposed between the lens electrode pads and an inside of the rim; and
an electric connector having a first end connected to a control unit for controlling the electric element and a second end connected to the conductive rubber member.
10. The electronic spectacles according to claim 9 , wherein the lens has an inverted V-shaped protrusion at the outer sidewall of the lens, and
the lens-side recess is provided on the inverted V-shaped protrusion.
11. The electronic spectacles according to claim 9 , wherein the first and second electrode patterns are linear-shaped and exposed at an edge of the lens.
12. The electronic spectacles according to claim 9 , wherein the conductive rubber member is an anisotropic conductive rubber.