Fluorophotography and image pickup system based on intelligent eyeglass equipment and control method thereof

Abstract

The invention relates to a fluorophotography and image pickup system based on intelligent eyeglass equipment. The fluorophotography and image pickup system comprises the intelligent eyeglass equipment, a light source component and a fluorescent component, wherein the intelligent eyeglass equipment comprises a camera without an infrared cut filter; the light source component comprises a light source component power supply module, a light source and a light source filter disk for filtering light emitted by the light source; the light source is connected with the intelligent eyeglass equipment; the light source component power supply module is used for supplying power to the light source; the light source filter disk is provided with a light source filter hole; a light source filter is arranged on the light source filter hole; the fluorescent component comprises a fluorescent filter disk; the fluorescent filter disk is arranged on the intelligent eyeglass equipment; the fluorescent filter disk is provided with a fluorescent filter hole; and a fluorescent filter is arranged on the fluorescent filter hole. Through application of the system, a wearer can accurately detect and operate detection substances of various sizes in real time. Organic combination of a virtual image and a real vision can be realized; the visual sensory range is expanded; and the visual sensory function is enhanced.

Description

technical field [0001] The present invention relates to the field of fluorescence detection, and more specifically, to a fluorescent photography and camera system based on smart glasses equipment and a control method thereof. Background technique [0002] The way the human body perceives the surrounding environment includes vision, hearing, smell, touch, etc., and most of the information it receives comes from vision. As the only light information receiving organ in the human body, the eyes are responsible for receiving light signals and converting them into visual information (nerve electrical activity) and transmitting them to the central nervous system, so that the human body can see the surrounding environment. However, the eyes are only sensitive to light signals with a wavelength of about 400-800nm, and light signals with a wavelength of less than 400nm and light signals with a wavelength of more than 800nm ​​cannot be perceived by the eyes. [0003] In order to expan...

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Problems solved by technology

However, the eyes are only sensitive to light signals with a wavelength of about 400-800nm, and light signals with a wavelength of less than 400nm and light signals with a wavelength of more than 800nm ​​cannot be perceived by the eyes

[0004] The above-mentioned technology has been widely used in real life, but when using the above-mentioned technology to detect fluorescence, cumbersome imaging processing is required, so the timeliness is low. Immediate further operations cannot be performed based on the results of fluorescence detection

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