Intelligent lamp capable of reducing visual impact of pupil light and adjustment method thereof

Abstract

The invention provides an intelligent lamp capable of reducing visual impact of pupil light. The intelligent lamp comprises a head lamp and a power intelligent adjustment device. The power intelligentadjustment device comprises a power adjustment unit, a singlechip, a clock unit, a sensor detecting unit, a human-machine interaction unit and a storage unit. The clock unit, the sensor detection unit, the human-machine interaction unit and the storage unit are all connected with the singlechip. The singlechip is connected with the power adjustment unit. One end of the power adjustment unit is connected with a power supply, and the other end is connected with the head lamp. According to the invention, when a user is in an environment with weak light or in the dead of night and other special periods of time, the pupil of the human eye is enlarged, and the retina is vulnerable to the light intensity impact; the intelligent adjustment lamp provided by the invention can enable the head lamp to emit light from the weakest light intensity, and then slowly increase the light intensity, so that the pupil of the human eye can adapt to the light intensity change of the head lamp; the retina isprotected from the light intensity impact of the head lamp as far as possible; and the human eye is not easy to fatigue.

Description

Technical field [0001] The invention belongs to the technical field of lamps, and particularly relates to a smart lamp with the function of reducing the visual impact of pupil light and an adjustment method thereof. Background technique [0002] The pupil is a small round hole in the center of the iris in a human or animal. In order to adapt to different light intensity environments, the pupil aperture will automatically shrink or enlarge to control the amount of light entering the pupil. When people are in a low-light environment, the pupils of the human eyes are in a state of dilation. If the light is suddenly turned on, the light will suddenly become brighter. Because the pupils are too late to shrink, more light enters the human eye, causing light to the retina Impact can easily damage human eyes. [0003] Such as figure 1 As shown, the traditional lighting lamp emits light directly driven by the power supply, and the intensity of the lighting lamp remains unchanged. [0004] A...

AI Technical Summary

Problems solved by technology

In the dark, if you suddenly turn on high-brightness or medium-brightness light, it will cause light impact damage to the retina of the human eye. If you turn on low-brightness light, although it can reduce the light impact damage, after a while, the pupils of the human eye will adapt. The light intensity is insufficient, which makes people unable to work normally in the dark, so they can only flip the switch again to increase the brightness level of the light, which brings inconvenience to work and life, and cannot improve work efficiency

[0005] There are also some lights on the market that can be continuously dimmed, such as bedside lamps and table lamps in hotels. The impact on the pupil of the human eye can only be protected by manual and slow adjustment to make the light slowly strengthen. In today's intelligent age, it is far from meeting the needs of people's lives.

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