LED technology has been used in mobile phones and ultra-thin TV screens. For example, Samsung is the leader in OLED mobile phone screens, while Sony and LG are leading the way in OLED ultra-thin TV screens. In the near future, it will enter the lives of ordinary people, and its use will spread to families, vehicles and trading.
LED tubes are designed for consumers to save energy and grow up to 20 years of service life. But OLEDs are becoming more popular around the world as more cutting-edge technologies. The OLED is called the Organic Light-Emitting Diode, which has the characteristics of light and power saving. OLED display technology is different from traditional LCD display, no backlight, and is made of very thin organic material coating and glass substrate. When there is a current, these organic materials will illuminate, and the light source is not a point-to-point collection like an LED tube, but a uniform illumination plane.
Osram Opto Semiconductors and renowned lighting designer Ingo Maurer launched a revolutionary lighting application based on OLED at the Frankfurt Lighting Fair. The 10,000-dollar table lamp is unique in shape, like a tree with wings. Inge Maurer was the first person to adopt OSRAM OLEDs in desk lamps. At the same time, Maurer is also considering other uses of OLEDs. He said: "The use of OLED panels to make decorative walls is sure to be beautiful."
Some designers consider placing a lightweight OLED illuminator into the ceiling or hiding it between the blinds. In this way, after the twilight dusk, the lights are turned on, and the room still looks like a daylight beam shining into the room.
According to foreign media reports, the OLEDs that are still in the initial stage are quite limited in their use. One designer said that in addition to one of the obstacles to the widespread use of OLEDs, OLED's beam is too smooth and monotonous, lacking a stage effect, and it is why it is not favored by some designers.
Since the thickness of one OLED panel is only 1.778 mm and does not dissipate heat, this means that the designer does not have to spare any effort to set the thickness of the ceiling for placing various lamps when designing the ceiling.
Today, OLED technology is used in mobile phones and ultra-thin TV screens. For example, Samsung is the leader in OLED mobile phone screens, while Sony and LG are leading the way in OLED ultra-thin TV screens.
At present, OLED is the most promising manufacturer in the market expecting to sell the first OLED panels that can provide large residential and commercial areas within one year. In the end, OLEDs will become the most energy-saving and durable products that consumers love, just like LEDs. Companies such as General Electric, Konica Minolta, Osram, Philips and General Display are working on the development of this new technology. Philips established the world's first OLED production line in Aachen, Germany, marking their official entry into the OLED investment arena. General Display has developed and licensed the development of OLED technology 15 years ago. The company's OLED project has received 10 billion financial support from the government in the past five years.
Based on the flexibility inherent in OLEDs, Universal Display has designed a range of high-tech military items for the US military. Among them are pens with built-in screens, which are soft and malleable and are rolled into the pen holder. There is also a foldable and easy to carry tablet designed for the US Air Force, which combines GPS global positioning system and video conferencing capabilities.
With the increase in OLED products and the decline in cost, supporters of OLED technology believe that in the near future, it will enter the lives of ordinary people, and its use will spread to families, vehicles and trading.
LED tubes are designed for consumers to save energy and grow up to 20 years of service life. But OLEDs are becoming more popular around the world as more cutting-edge technologies. The OLED is called the Organic Light-Emitting Diode, which has the characteristics of light and power saving. OLED display technology is different from traditional LCD display, no backlight, and is made of very thin organic material coating and glass substrate. When there is a current, these organic materials will illuminate, and the light source is not a point-to-point collection like an LED tube, but a uniform illumination plane.
Osram Opto Semiconductors and renowned lighting designer Ingo Maurer launched a revolutionary lighting application based on OLED at the Frankfurt Lighting Fair. The 10,000-dollar table lamp is unique in shape, like a tree with wings. Inge Maurer was the first person to adopt OSRAM OLEDs in desk lamps. At the same time, Maurer is also considering other uses of OLEDs. He said: "The use of OLED panels to make decorative walls is sure to be beautiful."
Some designers consider placing a lightweight OLED illuminator into the ceiling or hiding it between the blinds. In this way, after the twilight dusk, the lights are turned on, and the room still looks like a daylight beam shining into the room.
According to foreign media reports, the OLEDs that are still in the initial stage are quite limited in their use. One designer said that in addition to one of the obstacles to the widespread use of OLEDs, OLED's beam is too smooth and monotonous, lacking a stage effect, and it is why it is not favored by some designers.
Since the thickness of one OLED panel is only 1.778 mm and does not dissipate heat, this means that the designer does not have to spare any effort to set the thickness of the ceiling for placing various lamps when designing the ceiling.
Today, OLED technology is used in mobile phones and ultra-thin TV screens. For example, Samsung is the leader in OLED mobile phone screens, while Sony and LG are leading the way in OLED ultra-thin TV screens.
At present, OLED is the most promising manufacturer in the market expecting to sell the first OLED panels that can provide large residential and commercial areas within one year. In the end, OLEDs will become the most energy-saving and durable products that consumers love, just like LEDs. Companies such as General Electric, Konica Minolta, Osram, Philips and General Display are working on the development of this new technology. Philips established the world's first OLED production line in Aachen, Germany, marking their official entry into the OLED investment arena. General Display has developed and licensed the development of OLED technology 15 years ago. The company's OLED project has received 10 billion financial support from the government in the past five years.
Based on the flexibility inherent in OLEDs, Universal Display has designed a range of high-tech military items for the US military. Among them are pens with built-in screens, which are soft and malleable and are rolled into the pen holder. There is also a foldable and easy to carry tablet designed for the US Air Force, which combines GPS global positioning system and video conferencing capabilities.
With the increase in OLED products and the decline in cost, supporters of OLED technology believe that in the near future, it will enter the lives of ordinary people, and its use will spread to families, vehicles and trading.
Generator Set,Diesel Generator,Diesel Genset
Heyuan Electronic Technology Co., Ltd. , http://www.yqvoltagestabilizer.com