Kabushiki Kaisha Topcon

Akio Sakurai

Yoshio Okazaki

Masayuki Hideshima

Toru Suzuki

Akio Morimoto

Takeshi Suzuki

Hisashi Tsukada

Takeyuki Kato

Jun Suehiro

Nobusuke Obata

Minoru Kamiya

An ophthalmologic apparatus comprises a measuring instrument (1) for measuring a subject's eye and an ophthalmologic-data forming instrument (2) for forming ophthalmologic data which is obtained by adding kind data showing the kind of the measuring instrument (1) to measurement data measured by the measuring instrument (1). The ophthalmologic-data forming instrument (2) comprises a memory (2c) for storing the measurement data, a memory (2b) for storing the kind data, and a control unit (2a) for forming and outputting the ophthalmologic data from the data stored in the memories (2b, 2c).

Ophthalmologic apparatus and ophthalmologic-data management system for

A corneal shape measuring apparatus includes a system 1 for concentrically projecting a plurality of ring images 6 onto a cornea C, a system 3 for receiving the ring images 6 projected onto the cornea C, and a multipoint detecting circuit 9 and a light emission controlling circuit 10 each for avoiding the overlap of adjacent ring images of the ring images 6 projected onto the cornea C.

Corneal shape measuring apparatus

This invention provides an ophthalmological image processing system which can avoid data errors when processing images by appending data to identify a subject's left and right eyes, and other photographic condition data. The system comprises an ophthalmological camera for electronically obtaining an image of a subject's eyes, inputting means for inputting photographic condition data, and processing means for linking a fundus image obtained by the ophthalmological camera to the photographic condition data input by the inputting means.

Ophthalmological image processing system

Opthalmological image processing system

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Tokyo, Japan

Akio Sakurai