Retina implant for stimulating a retina as a function of incident light

A retina implant for stimulating retina cells within a retina of an eye, as a function of incident light, said retina implant comprising

• a stimulation chip that is designed to be implanted in an area of the retina, said stimulation chip including a multiplicity of contact points making contact with said retina cells, and a multiplicity of light-sensitive elements connected to said contact points for stimulating said retina cells as a function of impinging visible light, and
• a radiation receiver that provides energy for said stimulation chip as a function of impinging IR radiation,
• wherein said radiation receiver is designed so as to be implanted in an area of the eye to be spatially separated from said stimulation chip, and
• said stimulation chip comprises a selective bandstop filter for separating invisible scattered radiation from impinging visible light by suppressing said IR radiation.

A retina implant for stimulating retina cells within a retina of an eye, as a function of incident light, said retina implant comprising

• a stimulation chip that is designed to be implanted in an area of the retina, said stimulation chip including a multiplicity of contact points making contact with said retina cells, and a multiplicity of light-sensitive elements connected to said contact points for stimulating said retina cells as a function of impinging visible light, and
• a radiation receiver that provides energy for said stimulation chip as a function of impinging IR radiation,
• wherein said radiation receiver is designed so as to be implanted in an area of the eye to be spatially separated from said stimulation chip, and
• wherein said light-sensitive elements have reduced sensitivity to said IR radiation.

A retina implant for stimulating retina cells within a retina of an eye, as a function of incident light, said retina implant comprising

• a stimulation chip that is designed to be implanted in an area of the retina, said stimulation chip including a multiplicity of contact points making contact with said retina cells, and a multiplicity of light-sensitive elements connected to said contact points for stimulating said retina cells as a function of impinging visible light, and
• a radiation receiver that provides energy for said stimulation chip as a function of impinging IR radiation,
• wherein said radiation receiver is designed so as to be implanted in an area of the eye to be spatially separated from said stimulation chip, and
• wherein said stimulation chip comprises a clock stage that activates said light-sensitive elements only for certain time periods.

A retina implant for stimulating retina cells within a retina of an eye, as a function of incident light, said retina implant comprising

• a stimulation chip that is designed to be implanted in an area of the retina, said stimulation chip including a multiplicity of contact points making contact with said retina cells, and a multiplicity of light-sensitive elements connected to said contact points for stimulating said retina cells as a function of impinging visible light, and
• a radiation receiver that provides energy for said stimulation chip as a function of impinging IR radiation,
• wherein said radiation receiver is designed so as to be implanted in an area of the eye to be spatially separated from said stimulation chip, and
• said stimulation chip comprises a selective bandstop filter for separating invisible scattered radiation from impinging visible light by suppressing said IR radiation,
• wherein said stimulation chip comprises a clock stage that activates said light-sensitive elements only for certain time periods.

A retina implant for stimulating retina cells within a retina of an eye, as a function of incident light, said retina implant comprising

• a stimulation chip that is designed to be implanted in an area of the retina, said stimulation chip including a multiplicity of contact points making contact with said retina cells, and a multiplicity of light-sensitive elements connected to said contact points for stimulating said retina cells as a function of impinging visible light, and
• a radiation receiver that provides energy for said stimulation chip as a function of impinging IR radiation,
• wherein said radiation receiver is designed so as to be implanted in an area of the eye to be spatially separated from said stimulation chip, and
• said stimulation chip comprises a selective bandstop filter for separating invisible scattered radiation from impinging visible light by suppressing said IR radiation,
• wherein said stimulation chip comprises a clock stage that activates said light-sensitive elements only for certain time periods,
• wherein said light-sensitive elements have reduced sensitivity to said IR radiation.