| Patent Number |
Title Of Patent |
Date Issued |
| 4270263 |
Glass support light energy converter |
June 2, 1981 |
| Semiconductor particles are distributed in a single level layer orientation in a glass sheet with portions of each particle exposed at both surfaces of the sheet. A metal layer on one surface of the sheet is in ohmic contact with the body of each particle and forms a common electrode. |
| 4173494 |
Glass support light energy converter |
November 6, 1979 |
| Semiconductor particles are distributed in a single level layer orientation in a glass sheet with portions of each particle exposed at both surfaces of the sheet. A metal layer on one surface of the sheet is in ohmic contact with the body of each particle and forms a common electrode. |
| 4136436 |
Light energy conversion |
January 30, 1979 |
| A process for the manufacture of a light energy converter involves forming of a plurality of photovoltaic sources wherein first bodies of a first conductivity type semiconductor material each has a surface layer of a second conductivity type material and second bodies of said second |
| 4100051 |
Light energy conversion |
July 11, 1978 |
| Solar energy conversion is provided by a structure formed of a plurality of photovoltaic sources. An electrolyte wets the sources. Upon exposure to light the photovoltaic sources cause a current to flow in the electrolyte, producing an electrochemical reaction. The products of this react |
| 4021323 |
Solar energy conversion |
May 3, 1977 |
| Solar energy conversion is provided by a structure formed of a plurality of photovoltaic sources. An electrolyte wets the sources. Upon exposure to light the photovoltaic sources cause a current to flow in the electrolyte producing an electrochemical reaction. The products of this reacti |
| 3979758 |
Electrostatic head with toner attracting plates |
September 7, 1976 |
| An electrostatic imaging system is disclosed having an imaging head characterized by a plurality of discretely chargeable areas. The charge on each discrete area is controlled by a separate binary circuit. The imaging head is preferably a monocrystalline semiconductor substrate with the |
| 3979757 |
Electrostatic display system with toner applied to head |
September 7, 1976 |
| An electrostatic imaging system is disclosed having an imaging head characterized by a plurality of discretely chargeable areas. The charge on each discrete area is controlled by a separate binary circuit. The imaging head is preferably a monocrystalline semiconductor substrate with the |
