INTRAOCULAR LENS SYSTEM WITH PROCESSOR CONTROL Russian patent published in 2016 - IPC A61F2/16 

Abstract RU 2594435 C2

FIELD: medicine.

SUBSTANCE: intraocular lens system comprises front curved lens having outer and inner surface of front curved lens; rear curved lens having inner and outer surface of rear curved lens, wherein rear curved lens is located in close proximity to front curved lens so that inner surface of front curved lens and inner surface of rear curved lenses form cavity in between, and lens assembly, wherein front curved lens and rear curved lens have corresponding size and shape to replace intraocular lens in human eye; volume of oil and physiological solution contained in cavity with meniscus formed between said oil and said normal saline; wherein meniscus has optical properties; conductive coating on surfaces of inner surface of front curved lens and inner surface of rear curved lens, wherein said part comprises zone of perimeter of said inner surface of front curved lens and above inner surface of rear curved lens; and power supply for creation of electric charge on conducting coating, wherein applied electric charge is sufficient for changing optical characteristics of above meniscus.

EFFECT: using invention enables extending range of equipment, namely intraocular lenses systems.

26 cl, 6 dwg

Similar patents RU2594435C2

Title Year Author Number
OPHTHALMOLOGICAL LENS WITH VARIABLE OPTICAL POWER 2013
  • P'Ju Rehndall B.
  • Otts Dehniel B.
  • Rajell Dzhejms Dehniel
  • Vuli K. Bendzhamin
  • Kernik Ehdvard R.
  • Flitsh Frederik A.
  • Arrubla Andres F.
RU2557372C2
NEGATIVE ADD LIQUID MENISCUS LENS 2011
  • Pyu Rendall B.
  • Otts Deniel B.
  • Toner Adam
  • Kernik Edvard R.
  • Rajell Dzhejms Deniel
  • Snuk Sharika
RU2598905C2
FLUID MENISCUS LENS WITH NON-SPHERICAL MENISCUS WALL 2011
  • P'Ju Rehndall B.
  • Otts Dehniel B.
  • Toner Adam
  • Kernik Ehdvard R.
  • Rajnell Dzhejms Dehniel
  • Snuk Sharika
RU2554893C2
LIQUID MENISCUS LENS INCLUDING MENISCUS WALL WITH MICROCHANNELS 2011
  • Pju Rendall B.
  • Otts Deniel B.
  • Toner Adam
  • Kernik Edvard R.
  • Rajell Dzhejms Deniel
  • Snuk Sharika
RU2581081C2
LENS WITH POLYCONCAVE MENISCUS WALL 2012
  • Pju Rendall B.
  • Otts Deniel B.
  • Toner Adam
  • Kernik Edvard R.
  • Rajell Dzhejms Deniel
  • Snuk Sharika
RU2580875C2
LENS WITH COMPOUND LINEAR-CONVEX MENISCUS WALL 2011
  • Pju Rendall B.
  • Otts Deniel B.
  • Toner Adam
  • Kernik Edvard R.
  • Rajell Dzhejms Deniel
  • Snuk Sharika
RU2577173C2
FLUID MENISCUS LENS COMPRISING VARIABLE STRESS SECTIONS 2011
  • P'Ju Rehndall B.
  • Otts Dehniel B.
  • Toner Adam
  • Kernik Ehdvard R.
  • Rajell Dzhejms Dehniel
  • Snuk Sharika
RU2554894C2
LIQUID MENISCUS LENSES WITH IMPROVED COMPOSITION BASED ON PHYSIOLOGICAL SOLUTION 2012
  • Otts Deniel B.
  • Khardi Ketrin
  • Snuk Sharika
  • Toner Adam
  • Rajell Dzhejms Deniel
  • Pju Rendall B.
RU2578262C2
LENSES WITH POLYCONVEX MENISCUS WALL 2011
  • Pju Rendall B.
  • Otts Deniel B.
  • Toner Adam
  • Kernik Edvard R.
  • Rajell Dzhejms Deniel
  • Snuk Sharika
RU2582890C2
LIQUID MENISCUS LENS WITH MENISCUS CONVEX WALL SHAPED TO TORUS SEGMENT 2011
  • P'Ju Rehndall B.
  • Otts Dehniel B.
  • Toner Adam
  • Kernik Ehdvard R.
  • Rajell Dzhejms Dehniel
  • Snuk Sharika
RU2570335C2

RU 2 594 435 C2

Authors

Pyu Rendall B.

Otts Deniel B.

Flitsh Frederik A.

Plapp Dzhanet

Dates

2016-08-20Published

2012-08-30Filed