OLED has the advantage of lighting, luminous efficiency and cost remain to be solved
OLED (Organic light-emitting diode) is one of the most technologically friendly light sources in the next generation. It is a technical form with the most advantages of lighting. OLED does not contain mercury. The generated light has no UV problem and the driving power is low, but it is currently related to OLED lighting. Technology is still limited to the light decay life of components, and luminous efficiency and unit cost still need to be further improved...
For daily lighting applications, the requirements should not only be luminous efficiency, light shape, etc. Since lighting equipment is almost a living application that everyone often touches, whether it is in line with safety and health principles should be the focus of lighting equipment.
Lighting equipment must be used without damaging the eyes and the human body, but from the current application form, most of the light sources suitable for daytime lighting are not necessarily suitable for nighttime lighting hours. For example, fluorescent lamps that can produce 60 to 90 lumens per watt, although they have the advantage of saving energy, have more serious problems related to health, and have been closely watched by the public.
Lighting applications are critical to healthy light source technology beyond efficiency requirements
Recently, medical research has found that the human body's response will change according to the illumination wavelength of the environment. A large number of lighting devices used at night may damage the physiological response of the human body to the environmental wavelength change into a resting state, especially in the past few decades. A large number of applications of electronic lighting equipment (especially strong white light) have a great impact on the human body.
At present, the incandescent bulbs that have been eliminated are not good, but the color temperature performance of the illumination is continuous and gentle, and there is also the advantage of not flickering. Compared with the fluorescent lamps and energy-saving bulbs that are currently used for energy saving, Although the latter's luminous efficiency is more advantageous, the production process is inevitably adding "mercury" which will poison the environment. The light source will emit some ultraviolet rays and the spectral performance is intermittent. The use seems to have no obvious difference, but it is actually dividing. Seconds and seconds affect the health of the user.
Even the most popular LED solid-state light source illumination technology currently has the characteristics of ultraviolet light and spectral discontinuity, even through the physical lens, due to the fact that the light-emitting form is converted into light by the bias of the semiconductor PN junction. Or adding fluorescent powder to improve the output, the light quality improvement that can be achieved is still quite limited. In contrast, the currently-developed organic light-emitting diode (OLED) has a lighter spectral performance and a surface light source, and has the opportunity to become a relatively safe and healthy light source.
What is a wall GFCI socket?
A wall GFCI socket is different from conventional sockets. In the event of a ground fault, a wall GFCI socket will trip and quickly stop the flow of electricity to prevent serious injury.
Wall GFCI socket protect You From Electric Shock Due To:
1.With safe lock protection function,wall GFCI socket safety is improved.when miswired,wall GFCI sockets have no power and can not be reset,so it is more safe than conventional socket.
2.The wall GFCI socket includes end-of -life monitoring function,it can not reset correctly when the wall GFCI socket reaches the end of life.
3.Improved resistance to surge and corrosion.
4.Easier installation.(installation instructions enclosed)
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