Intraocular pressure sensing assembly and intraocular pressure sensing method

Abstract

Disclosed in the present invention are an intraocular pressure sensing assembly and an intraocular pressure sensing method. The intraocular pressure sensing assembly comprises a lens body, an annular strain gauge, a plurality of regional strain gauges, and a sensing processing circuit, wherein the lens body has a central region and a peripheral region surrounding the central region; the annular strain gauge is arranged in the peripheral region and surrounds the central region; and the plurality of regional strain gauges are arranged at a plurality of predetermined positions in the peripheral region. In response to the intraocular pressure sensing assembly being worn on an eyeball of a subject, the sensing processing circuit measures the eyeball of the subject by means of the annular strain gauge to obtain first stress data, and measures the eyeball of the subject by means of the plurality of regional strain gauges to obtain a plurality of pieces of second stress data corresponding to the plurality of predetermined positions, and the sensing processing circuit further generates intraocular pressure distribution information on the basis of the first stress data and the plurality of pieces of second stress data.

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