SPECTACLE LENS DESIGN METHOD, SPECTACLE LENS, SPECTACLE LENS MANUFACTURING METHOD, SPECTACLE LENS DESIGN SYSTEM AND SPECTACLE LENS DESIGN DEVICE

Japanese Patent JP2015184624

A

PROBLEM TO BE SOLVED: To determine an amount of inset of a near-sight part of progressive spectacle lenses.SOLUTION: A spectacle lens design method for designing a spectacle lens having a far-sight part with refractive power corresponding to a distant view, a near-sight part with refractive power corresponding to a near view, and an intermediate part provided between the far-sight part and the near-sight part and consecutively connecting the refractive power from the far-sight part to the near-sigh part includes: a measurement process of measuring a direction of a face of a wearer relative to a point of gaze at a near distance; and a determination process of determining respective amounts of inset of the near-sight part for left and right eyes on the basis of a difference between convergence angles of a left eye and a right eye depending on the direction of the face measured in the measurement process.

WO/2014/089612	OPHTHALMIC OPTICAL LENS FOR VISION CORRECTION HAVING ONE OR MORE AREAS OF MORE POSITIVE POWER
JP6226873	How to determine the group of the progressive lens for eyes, and a half-finish lens blank
JPH08297262	METHOD AND DEVICE FOR ALIGNING SPECTACLE LENS

NAKAJO KEISUKE

JP2014063367A

October 22, 2015

March 26, 2014

Click for automatic bibliography generation  

NIKON ESSILOR CO LTD

G02C7/06; G02C13/00

JP2015521758A	2015-07-30
JP2010197484A	2010-09-09
JP2008511033A	2008-04-10
JP2012203189A	2012-10-22

US20110184830A1	2011-07-28
WO2014001494A1	2014-01-03
US20110184830A1	2011-07-28
WO2014001494A1	2014-01-03
US20100214531A1	2010-08-26
US20080106697A1	2008-05-08

Fuyuki Nagai
Takao Watanabe

Previous Patent: IMAGE DISPLAY DEVICE, COLOR FILTER, AND IMAGE SIGNAL PROCESSOR

Next Patent: HEAD-UP DISPLAY DEVICE