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案件記録

OPHTHALMIC LASER TREATMENT APPARATUS AND TREATMENT LASER LIGHT IRRADIATION UNIT

発明審査中
5閲覧数
19請求項 · 3 独立
§ Ⅰ

案件概要

発明者

Takahiko NAKANO; Tomoki NISHIMURA; Joji SASAKI

IPC分類

A61F 9/8

CPC分類

A61F9/821A61F2009/863A61F2009/897

An ophthalmic laser treatment apparatus includes a laser treatment apparatus main body that irradiates a first treatment laser light onto a patient's eye via an objective lens; a treatment laser light irradiation unit mounted above the objective lens on the laser treatment apparatus main body. The treatment laser light irradiation unit irradiates a second treatment laser light, different from the first treatment laser light, onto the patient's eye via a final mirror disposed at a predetermined irradiation position in front of the objective lens. The ophthalmic laser treatment apparatus further includes a movement mechanism that moves the final mirror between the irradiation position and a predetermined retracted position outside an optical path of the first treatment laser light. The movement mechanism laterally moves the final mirror from the irradiation position to the retracted position relative to the objective lens.

原文(中国語)

An ophthalmic laser treatment apparatus includes a laser treatment apparatus main body that irradiates a first treatment laser light onto a patient's eye via an objective lens; a treatment laser light irradiation unit mounted above the objective lens on the laser treatment apparatus main body. The treatment laser light irradiation unit irradiates a second treatment laser light, different from the first treatment laser light, onto the patient's eye via a final mirror disposed at a predetermined irradiation position in front of the objective lens. The ophthalmic laser treatment apparatus further includes a movement mechanism that moves the final mirror between the irradiation position and a predetermined retracted position outside an optical path of the first treatment laser light. The movement mechanism laterally moves the final mirror from the irradiation position to the retracted position relative to the objective lens.

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