Intelligent color-changeable sunglasses capable of switching mode and sunglasses intelligent discoloration method

Abstract

The invention discloses intelligent color-changeable sunglasses capable of switching mode and a sunglasses intelligent discoloration method. The sunglasses comprise a glasses frame, two glasses legs,two liquid crystal glasses lenses, a battery, a photosensitive interface, a power switch controller, a touch control interface, a USB interface and an integration control circuit board; and the photosensitive interface is provided with a photosensitive electronic element. The sunglasses intelligent discoloration method comprises the following steps of a step of switching a working mode by touchingthe touch control interface with a human hand and a step of calling a control regulation scheme of a corresponding working mode to regulate the blackness of the two liquid crystal glasses lenses. Inthe sunglasses intelligent discoloration method, switching between two working modes of an in-vehicle mode and an outdoor mode is realized through touch control, and different control and regulation schemes are adopted to perform control and regulation on the blackness of the two liquid crystal glasses lenses under different working modes, so that the contradiction of incompatibility of in-vehicleuse and outdoor use of the intelligent color-changeable sunglasses is solved, and a person, wearing the intelligent color-changeable sunglasses, can get the best color changing effect whether in thein-vehicle environment or in the outdoor environment.

Description

technical field [0001] The invention relates to an intelligent color-changing sunglasses with switchable modes and an intelligent color-changing method for the sunglasses. Background technique [0002] Although the existing intelligent color-changing sunglasses can automatically adjust the blackness of the spectacle lens according to the intensity of the sun's rays, when the wearer wears the smart color-changing sunglasses and drives, the automatic adjustment of the blackness of the spectacle lens is not black enough, and the intelligent discoloration effect is not enough. Well, when driving westward from 14:00 to 17:00 in the afternoon or eastward from 7:00 to 9:00 in the morning, even wearing smart color-changing sunglasses still feels very dazzling; because between 14:00 to 17 :00 or 7:00 to 9:00 in the morning, during these two time periods, the sun is in the state of setting or rising, and the height of the sun is relatively low. When driving west or east, the human eye...

AI Technical Summary

Problems solved by technology

When there is sunshine on a sunny day, the range of outdoor light intensity is basically 5000 LUX to 100000 LUX, while the range of light intensity at the driver’s position in the car is basically 500 LUX to 5000 LUX; The range is different; in this case, if the blackness of the lens of the smart color-changing sunglasses is controlled and adjusted according to the intensity of outdoor light, it will cause the sunglasses lens to not change color or the color-changing effect is poor when wearing sunglasses in the car. The blackness of the lens is controlled and adjusted according to the light intensity inside the car, so when wearing sunglasses outdoors in an environment where the light is not too strong, the blackness of the sunglasses lens will be darker, and there will be a feeling of depression when wearing it. In short, the two are not well compatible

Although some sunglasses products on the market claim to be able to automatically identify the environment inside the car and the environment outside the car, they either cannot recognize them intelligently, or they only compromise the control and adjustment scheme, and the wearing experience in the car is still not good enough.

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