VIDEO INFRARED OPHTHALMOSCOPE
First Claim
1. An indirect opthalmoscope, comprising:
- a wearable headset;
the wearable headset comprising a light source, a beam splitter reflecting infrared radiation from the light source to an eye, a camera collecting radiation reflected by the eye through the beam splitter, an analog to digital convertor receiving a raw signal from the camera based on the collected radiation, the analog to digital convertor converting the raw signal to a digital signal;
a black and white to color converter converting the digital signal into a color signal, a streaming video converter processing the color signal into a video signal, and a pair of video monitors displaying an image of the eye based on the video signal;
the wearable headset further comprising a video transmitter, the video transmitter transmitting the video signal to a computer over a network, the computer extracting a plurality of images from the video signal.
1 Assignment
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Accused Products
Abstract
An opthalmoscope includes a wearable headset. The wearable headset has a light source, a beam splitter reflecting infrared radiation from the light source to an eye, a camera collecting radiation reflected by the eye through the beam splitter, an analog to digital convertor receiving a raw signal from the camera based on the collected radiation, the analog to digital convertor converting the raw signal to a digital signal; a black and white to color converter converting the digital signal into a color signal, a streaming video converter processing the color signal into a video signal, and a pair of video monitors displaying an image of the eye based on the video signal. The wearable headset also has a video transmitter, the video transmitter transmitting the video signal to a computer over a network, the computer extracting a plurality of images from the video signal.
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Citations
22 Claims
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1. An indirect opthalmoscope, comprising:
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a wearable headset; the wearable headset comprising a light source, a beam splitter reflecting infrared radiation from the light source to an eye, a camera collecting radiation reflected by the eye through the beam splitter, an analog to digital convertor receiving a raw signal from the camera based on the collected radiation, the analog to digital convertor converting the raw signal to a digital signal;
a black and white to color converter converting the digital signal into a color signal, a streaming video converter processing the color signal into a video signal, and a pair of video monitors displaying an image of the eye based on the video signal;the wearable headset further comprising a video transmitter, the video transmitter transmitting the video signal to a computer over a network, the computer extracting a plurality of images from the video signal. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11)
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12. A direct opthalmoscope, comprising:
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a light source, a beam splitter reflecting infrared radiation from the light source through one of a plurality of focusing lenses to an eye, a camera collecting radiation reflected by the eye through the beam splitter, an analog to digital convertor receiving a raw signal from the camera based on the collected radiation, the analog to digital convertor converting the raw signal to a digital signal;
a black and white to color converter converting the digital signal into a color signal, a streaming video converter processing the color signal into a video signal, and a video monitor displaying an image of the eye based on the video signal;the direct opthalmoscope further comprising a video transmitter, the video transmitter transmitting the video signal to a computer over a network, the computer extracting a plurality of images from the video signal. - View Dependent Claims (13, 14, 15, 16, 17, 18, 19, 20)
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21. A method of scanning an eye, comprising:
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providing a light source; emitting infrared radiation from the light source toward a beam splitter; reflecting the infrared radiation with the beam splitter through a focusing lens; focusing the infrared radiation with the focusing lens on the eye; collecting radiation reflected by the eye through the beam splitter at a camera; producing an image signal representative of an image of the eye with the camera based on the collected radiation; and displaying the image of the eye produced by the image signal on a display. - View Dependent Claims (22)
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Specification