Nidek Co., Ltd.

Hiroyoshi Nakanishi

Naoki Isogai

Kazunari Shimizu

Yasuhiro Furuuchi

Toshio Murata

Yukio Abe

Junichi Akita

Kunio Suzuki

Shirohisa Kobayashi

Seiji Taki

Provided is an ophthalmic apparatus for examining an examinee's eye, including: an examination device configured to examine the examinee's eye; an approacher in the examination device, configured to approach the examinee; a detector configured to detect approach of the approacher to the examinee; and a controller configured to switch an operation mode between a first mode where an avoidance operation for avoiding the approach is performed and a second mode where the avoidance operation is not performed, upon the detector detecting the approach.

Ophthalmic apparatus, and recording medium storing ophthalmic apparatus controlling program

A scanning laser ophthalmoscope includes: an irradiation optical system including a laser light source and an optical scanner; a light receiving optical system including first to third photo detectors; and a processor. The light receiving optical system includes a wavelength separator causing the light of a first wavelength range to be received by the first photo detector, the light of a second wavelength range to be received by the second photo detector, and the light of a third wavelength range to be received by the third photo detector. The processor generates a first fundus image on the basis of the light reception signal from the first photo detector, a second fundus image on the basis of the light reception signal from the second photo detector, and a third fundus image on the basis of the light reception signal from the third photo detector.

Scanning laser ophthalmoscope

An ophthalmic photographing apparatus includes: an interference optical system including a splitter that splits light, emitted from a measurement light source, into measurement light and reference light, and synthesizing the measurement light reflected on an eye with the reference light to guide the synthesized light to a detector; a driving part that moves an optical member arranged in the optical path to adjust an optical-path difference between the measurement light and the reference light; an image obtaining part that obtains a tomographic image of a fundus or an anterior segment based on a light receiving signal output from the detector; and a driving control unit that controls driving of the driving part to locate the optical member in a predetermined position corresponding to either a photographing mode for photographing the tomographic image of the fundus or a photographing mode for photographing the tomographic image of the anterior segment.

Ophthalmic photographing apparatus

An ophthalmic apparatus capable of providing a printout of measurement results on a plurality of different eye characteristics in a required format. An ophthalmic apparatus capable of measuring a plurality of different eye characteristics of an eye of an examinee simultaneously or successively has a printer for providing a printout of a first measurement result on a first eye characteristic and a second measurement result on a second eye characteristic on predetermined paper, including a printing part which performs printing on the paper and a cutting part which cuts the paper, and a control part which controls the printing part to separately print the first measurement result in a first printing area of the paper and the second measurement result in a second printing area of the paper, and controls the cutting part to cut the paper so that the first printing area and the second printing area are separated.

Ophthalmic apparatus

An ophthalmic apparatus comprising a measurement unit and a peripheral unit each of which is contained in a separate housing, wherein the measurement unit includes a measurement device for measuring a characteristic of an eye to be examined and a sending device capable of sending a signal for sending measurement data obtained by the measurement device in an unformatted state for output, and the peripheral unit includes a receiving device for receiving the signal sent by the sending device, an output device for outputting the measurement data received by the receiving device, a storage device for storing output format data used to format the measurement data upon output by the output device and an output control device for formatting the measurement data using the output format data and for controlling the output device so as to produce output.

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Aichi, Japan

Hiroyoshi Nakanishi