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    • 1. 发明授权
    • Ocular light stimulus apparatus
    • 眼睛光刺激装置
    • US07695141B2
    • 2010-04-13
    • US12283637
    • 2008-09-12
    • Takuya HaraKazunori MatsumuraTatsuya FujiiMasaharu Mizuochi
    • Takuya HaraKazunori MatsumuraTatsuya FujiiMasaharu Mizuochi
    • A61B3/10
    • A61B5/0496
    • A stimulus light from a stimulus light source is projected to the retina of an ocular fundus under examination to stimulate the retina in localized fashion to generate a bioelectric signal from the retina. The stimulus light source is mounted on a movable block, and an operating lever is used to move the stimulus light source to change the stimulus light on the retina. The size of the stimulus light can also be varied using a panel having a plurality of openings with different diameters for allowing the stimulus light to pass through. This assures a reliable local ERG examination because the bioelectrical signal can be produced in a wider area of the retina. The operating lever is further fixed by inserting a cap to keep the projected stimulus light unchanged. This allows the burden on the examiner to be reduced remarkably, assuring a reliable local ERG examination.
    • 来自刺激光源的刺激光被投射到正在检查的眼底视网膜,以局部方式刺激视网膜以从视网膜产生生物电信号。 刺激光源安装在可动块上,操作杆用于移动刺激光源以改变视网膜上的刺激光。 刺激光的尺寸也可以使用具有不同直径的多个开口的面板来改变,以允许刺激光通过。 这确保了可靠的局部ERG检查,因为生物电信号可以在视网膜的更广的区域中产生。 通过插入盖子来进一步固定操作杆,以保持投影的刺激光线不变。 这样可以显着降低审查员的负担,确保当地的ERG检查可靠。
    • 2. 发明申请
    • Ocular light stimulus apparatus
    • 眼睛光刺激装置
    • US20090231543A1
    • 2009-09-17
    • US12283637
    • 2008-09-12
    • Takuya HaraKazunori MatsumuraTatsuya FujiiMasaharu Mizuochi
    • Takuya HaraKazunori MatsumuraTatsuya FujiiMasaharu Mizuochi
    • A61B3/14
    • A61B5/0496
    • A stimulus light from a stimulus light source is projected to the retina of an ocular fundus under examination to stimulate the retina in localized fashion to generate a bioelectric signal from the retina. The stimulus light source is mounted on a movable block, and an operating lever is used to move the stimulus light source to change the stimulus light on the retina. The size of the stimulus light can also be varied using a panel having a plurality of openings with different diameters for allowing the stimulus light to pass through. This assures a reliable local ERG examination because the bioelectrical signal can be produced in a wider area of the retina. The operating lever is further fixed by inserting a cap to keep the projected stimulus light unchanged. This allows the burden on the examiner to be reduced remarkably, assuring a reliable local ERG examination.
    • 来自刺激光源的刺激光被投射到正在检查的眼底视网膜,以局部方式刺激视网膜以从视网膜产生生物电信号。 刺激光源安装在可动块上,操作杆用于移动刺激光源以改变视网膜上的刺激光。 刺激光的尺寸也可以使用具有不同直径的多个开口的面板来改变,以允许刺激光通过。 这确保了可靠的局部ERG检查,因为生物电信号可以在视网膜的更广的区域中产生。 通过插入盖子来进一步固定操作杆,以保持投影的刺激光线不变。 这样可以显着降低审查员的负担,确保当地的ERG检查可靠。
    • 3. 发明授权
    • Ocular light stimulus apparatus
    • 眼睛光刺激装置
    • US07815312B2
    • 2010-10-19
    • US12384505
    • 2009-04-06
    • Kazunori MatsumuraTatsuya FujiiMasaharu Mizuochi
    • Kazunori MatsumuraTatsuya FujiiMasaharu Mizuochi
    • A61B3/10
    • A61B5/0496A61B3/14
    • Stimulus light is projected from a stimulus light source onto an ocular fundus of an eye under examination to locally stimulate the retina in order to perform a biological examination. During a biological examination, first background light is projected from an illumination light source via an objective lens, and second background light is projected from a light source from the periphery of the objective lens onto the ocular fundus. During alignment prior to a biological examination, the first background light is turned off and the second background light is projected onto the ocular fundus. During observation of the ocular fundus, the first background light projected onto the fundus is blocked, so that fundus observation or eye fixation is not disturbed by the background light. This enables accurate alignment to be carried out. Since the examinee's eye is irradiated with the second background light from the periphery of the objective lens in preparation for a biological examination, the examinee's eye can sufficiently adapt to the light during a biological examination, ensuring a reliable biological examination.
    • 激发光从刺激光源投射到被检眼的眼底,以局部刺激视网膜进行生物检查。 在生物检查中,通过物镜从照明光源投射第一背景光,将第二背景光从光源从物镜的周边投射到眼底。 在生物检查之前的对准期间,第一背景光被关闭,第二背景光投射到眼底。 在观察眼底时,投射到眼底的第一个背景光被遮挡,眼底观察或眼睛固定不会受到背景光的干扰。 这使得能够进行精确对准。 由于在准备生物学检查的同时,由物镜周边的第二背景光照射受检者的眼睛,所以在生物检查时,受检者的眼睛可以充分适应光线,确保可靠的生物检查。
    • 4. 发明申请
    • Ocular light stimulus apparatus
    • 眼睛光刺激装置
    • US20090257027A1
    • 2009-10-15
    • US12384505
    • 2009-04-06
    • Kazunori MatsumuraTatsuya FujiiMasaharu Mizuochi
    • Kazunori MatsumuraTatsuya FujiiMasaharu Mizuochi
    • A61B3/12
    • A61B5/0496A61B3/14
    • Stimulus light is projected from a stimulus light source onto an ocular fundus of an eye under examination to locally stimulate the retina in order to perform a biological examination. During a biological examination, first background light is projected from an illumination light source via an objective lens, and second background light is projected from a light source from the periphery of the objective lens onto the ocular fundus. During alignment prior to a biological examination, the first background light is turned off and the second background light is projected onto the ocular fundus. During observation of the ocular fundus, the first background light projected onto the fundus is blocked, so that fundus observation or eye fixation is not disturbed by the background light. This enables accurate alignment to be carried out. Since the examinee's eye is irradiated with the second background light from the periphery of the objective lens in preparation for a biological examination, the examinee's eye can sufficiently adapt to the light during a biological examination, ensuring a reliable biological examination.
    • 激发光从刺激光源投射到被检眼的眼底,以局部刺激视网膜进行生物检查。 在生物检查中,通过物镜从照明光源投射第一背景光,将第二背景光从光源从物镜的周边投射到眼底。 在生物检查之前的对准期间,第一背景光被关闭,第二背景光投射到眼底。 在观察眼底时,投射到眼底的第一个背景光被遮挡,眼底观察或眼睛固定不会受到背景光的干扰。 这使得能够进行精确对准。 由于在准备生物学检查的同时,由物镜周边的第二背景光照射受检者的眼睛,所以在生物检查时,受检者的眼睛可以充分适应光线,确保可靠的生物检查。
    • 5. 发明授权
    • Ophthalmic photographic apparatus
    • 眼科摄影器材
    • US07270414B2
    • 2007-09-18
    • US11004785
    • 2004-12-03
    • Kazunori MatsumuraMasaharu Mizuochi
    • Kazunori MatsumuraMasaharu Mizuochi
    • A61B3/14
    • A61B3/14
    • An ophthalmic photographic apparatus is provided that is readily able to capture dynamic and still eye fundus images by infrared light-excited fluorescence. A CCD device that is sensitive to infrared light is used to capture images of the eye fundus as dynamic and still images. When the shutter button is pressed, infrared light-excited fluorescence images are obtained as still images and stored in a recording unit. The infrared light-excited fluorescence image of the eye fundus is captured as a still image with or without a flash from a strobe light source. Such an arrangement makes it possible to capture still images even when dynamic images are being recorded.
    • 提供了一种能够通过红外光激发荧光捕获动态和静止眼底图像的眼科照相装置。 对红外光敏感的CCD装置用于拍摄眼底的图像作为动态和静止图像。 当按下快门按钮时,获得红外光激发的荧光图像作为静止图像并存储在记录单元中。 眼睛的红外光激发荧光图像被捕获为具有或不具有来自闪光灯光源的闪光的静止图像。 这样的布置使得即使在正在记录动态图像时也能够捕获静止图像。
    • 6. 发明授权
    • Ophthalmic photographic apparatus
    • 眼科摄影器材
    • US07258440B2
    • 2007-08-21
    • US10823108
    • 2004-04-13
    • Takayoshi SuzukiMasaharu MizuochiKazunori Matsumura
    • Takayoshi SuzukiMasaharu MizuochiKazunori Matsumura
    • A61B3/14A61B3/10
    • A61B3/14
    • An ophthalmic photographic apparatus includes an illumination optical system for illuminating an eye fundus and a photographing optical system for photographing an image of the illuminated eye fundus. The ophthalmic photographic apparatus includes a first aperture stop, a second aperture stop having an outside diameter that is smaller than that of the first aperture stop, a third aperture stop that transmits more light than the first aperture stop, and means for selectively inserting the first to third aperture stops into the optical path of the illumination optical system. The ophthalmic photographic apparatus does not have a complicated structure, but can be readily used in the various photographing modes.
    • 一种眼科摄影装置包括用于照射眼底的照明光学系统和用于拍摄照明眼底的图像的拍摄光学系统。 眼科摄影装置包括第一孔径光阑,具有小于第一孔径光阑的外径的第二孔径光阑,与第一孔径光阑相比透射更多光的第三孔径光阑,以及用于选择性地插入第一孔径光阑 第三孔径停留在照明光学系统的光路中。 眼科摄影装置不具有复杂的结构,但是可以容易地用于各种拍摄模式。
    • 7. 发明申请
    • Ophthalmic photographic apparatus
    • 眼科摄影器材
    • US20060028617A1
    • 2006-02-09
    • US11004785
    • 2004-12-03
    • Kazunori MatsumuraMasaharu Mizuochi
    • Kazunori MatsumuraMasaharu Mizuochi
    • A61B3/14A61B3/10
    • A61B3/14
    • An ophthalmic photographic apparatus is provided that is readily able to capture dynamic and still eye fundus images by infrared light-excited fluorescence. A CCD device that is sensitive to infrared light is used to capture images of the eye fundus as dynamic and still images. When the shutter button is pressed, infrared light-excited fluorescence images are obtained as still images and stored in a recording unit. The infrared light-excited fluorescence image of the eye fundus is captured as a still image with or without a flash from a strobe light source. Such an arrangement makes it possible to capture still images even when dynamic images are being recorded.
    • 提供了一种能够通过红外光激发荧光捕获动态和静止眼底图像的眼科照相装置。 对红外光敏感的CCD装置用于拍摄眼底的图像作为动态和静止图像。 当按下快门按钮时,获得红外光激发的荧光图像作为静止图像并存储在记录单元中。 眼睛的红外光激发荧光图像被捕获为具有或不具有来自闪光灯光源的闪光的静止图像。 这样的布置使得即使在正在记录动态图像时也能够捕获静止图像。
    • 8. 发明申请
    • Fundus photography apparatus
    • 眼底摄影器材
    • US20060285075A1
    • 2006-12-21
    • US11353922
    • 2006-02-14
    • Kazunori Matsumura
    • Kazunori Matsumura
    • A61B3/14
    • A61B3/12
    • A fundus photography apparatus is provided that enables optimal adjustment of exposure values according to the color characteristics of the anterior ocular segment of the subject eye. The fundus photography apparatus comprises means for photographing the anterior ocular segment of the eye, means for photographing the eye fundus, and means for detecting the spectral distribution of the iris of the eye based on images of the anterior ocular segment. The photographic exposure value is adjusted in preparation for fudus photography based on the detected spectral distribution of the iris.
    • 提供了一种眼底摄影装置,其能够根据被检眼的前眼部分的颜色特征来最佳地调整曝光值。 眼底摄影装置包括用于拍摄眼睛的前眼部分的装置,用于拍摄眼底的装置,以及用于基于前眼部图像的图像检测眼睛的虹膜的光谱分布的装置。 基于检测到的虹膜的光谱分布,调整摄影曝光值以准备用于富集摄影。
    • 9. 发明申请
    • Ophthalmic photographic apparatus
    • 眼科摄影器材
    • US20050018135A1
    • 2005-01-27
    • US10739968
    • 2003-12-18
    • Naoki MaedaKazunori MatsumuraShigeru Takimoto
    • Naoki MaedaKazunori MatsumuraShigeru Takimoto
    • A61B3/14A61B3/15
    • A61B3/145A61B3/156
    • An ophthalmic photographic apparatus comprises a photographic mask for defining a fundus photography range, a photographic stop for eliminating light reflected from an anterior portion of the eye, and a focusing lens for bringing the fundus into focus. Interlocking means are provided to move the photographic mask and the photographic stop in an interlocked manner relative to the movement of the focusing lens in such a way that with respect to a photographic optical system the photographic mask may be kept at a position substantially conjugate with an imaging plane of a CCD and the photographic stop may be kept at a position substantially conjugate with an anterior portion of the eye. The CCD is located at the image-side focal plane of the image-formation lens, the mask is located on the object-side focal plane of the focusing lens, and the photographic stop is located on the image-side focal plane of the focusing lens. These three components are moved as one unit when the system is adjusted to focus on the fundus.
    • 一种眼科摄影装置,包括用于限定眼底摄影范围的摄影掩模,用于消除从眼前部反射的光的照相停止件,以及用于使眼底聚焦的聚焦透镜。 联锁装置被提供以相对于聚焦透镜的移动以互锁的方式移动照相掩模和照相挡板,使得相对于照相光学系统,照相掩模可以保持在与 CCD的成像平面和照相停止件可以保持在与眼睛前部基本共轭的位置。 CCD位于图像形成透镜的图像侧焦平面上,掩模位于聚焦透镜的物体侧焦平面上,并且拍摄停止位于聚焦的图像侧焦平面上 镜片。 当系统被调整以集中在眼底时,这三个部件被移动为一个单元。