Anti dazzle arrangement and application thereof

Abstract

The invention discloses an anti dazzle arrangement and application thereof. The anti dazzle arrangement includes a display module arranged on the front of user's eyes, a drive module and a power module that is electrically connected with display module and the drive module; the display module includes a touch-controlled transparent liquid crystal display screen; the transparent liquid crystal display screen is electrically connected to the drive module, and the drive module drives the transparent liquid crystal display screen to form a shading block; and the drive module integrates a CPU processor and a touch-controlled processing unit. The anti dazzle arrangement can eliminate or reduce dazzling of drivers due to a low angle light source so as to enhance the security and the travelling comfort of driving; size and position adjustment of the shading block can minimize the view range of the driver; the anti dazzle arrangement can be directly mounted on a vehicle as an OEM of a automotive manufacturer for use or as a subsequent reconstructed member for use, can be mounted on wearing helmets of pilots and motorcycle drivers so that the shading function can be achieved on the helmets.

Description

technical field [0001] The invention relates to the field of shading devices, in particular to an anti-glare device installed between a driver and a glare light source for preventing the glare light source from directly irradiating the driver's eyes to generate glare and its application. Background technique [0002] During driving, the driver often suffers from glare caused by the light from the front light source hitting the driver's eyes, especially at sunrise and sunset (that is, when the angle between the sun and the horizon is at a low angle) or at night. The glare caused by the light from the headlights of oncoming vehicles can temporarily blind the driver or cause him to be unable to clearly see the road ahead, resulting in a serious accident. At present, the protective device to avoid and reduce the glare caused by the sun to the driver's eyes on the car is usually by manually turning down the sun visor, and the sun visor used in almost all vehicles is made of some ...

AI Technical Summary

Problems solved by technology

[0002] During driving, the driver often suffers from glare caused by the light from the front light source hitting the driver's eyes, especially at sunrise and sunset (that is, when the angle between the sun and the horizon is at a low angle) or at night. Glare caused by the light from the headlights of oncoming vehicles, which may temporarily blind the driver or cause the driver to be unable to clearly see the road ahead, resulting in a serious accident

At present, the protective device to avoid and reduce the glare caused by the sun to the driver's eyes on the car is usually by manually turning down the sun visor, and the sun visor used in almost all vehicles is made of some opaque or translucent materials As a result, since the visor often blocks most of the upper half of the driver's eyes when in use, this makes it difficult to flip the visor down when the sun is at a low angle to the horizon (i.e. at sunrise or sunset). If the sun visor is used, there will be a great problem of vision and potential safety hazards. The current problem is that when the driver puts down the sun visor, although it can play a certain role in shading, it will make the driver unable to see the sun visor. Clear the whole situation of the road ahead. If the driver does not use the sun visor, the glare generated when the light source in front of the field of vision hits the driver's eyes will also make the driver unable to see the road ahead. However, the current sun visor design usually not only It cannot completely block the sunlight at a low angle to the horizon, but also blocks the main part of the driver's field of vision to a certain extent, which makes the driver encounter driving hazards even if he maintains the highest level of safety vigilance during driving

[0003] In order to reduce glare, some drivers will choose to wear sunglasses. However, although sunglasses can reduce the glare intensity caused by the light source in front of the field of vision to the driver's eyes to a certain extent, wearing sunglasses will also make the driver less aware of the surrounding environment and vision. The perception of light is dimmed, and more importantly, wearing sunglasses cannot completely block the glare caused by sunlight or oncoming vehicle lights, and sunglasses may also make the driver's vision of the front and surrounding roads unclear and insensitive, thus reducing the The driver's sensitivity to the road conditions ahead and the surrounding driving environment makes wearing sunglasses increase the safety hazards of driving

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