outdoorled

He believes: 'The light sources in the future will be more and more different, and there will be more and more types of light, hoping to meet the different needs of everyone.' DOB High bay Kaohsiung Motoharu, a professor at Tokai University in Japan, 'customized' lighting products There are similar views.

A stroll at night is a pleasant and comfortable travel in the space of light and shadow. Smart lighting will also be bound together, and at the same time, the level of customization of lighting products will also increase, and more customized lighting products will continue to flow.' At the same time, Professor Yuanqing Kaohsiung also hopes that lighting energy-saving products can be thoroughly quantified (production), and energy-saving lighting products can also achieve this (quantification). A mobile phone can remotely control all kinds of electrical appliances in the room, including lamps.'

Trend 3: Customization In 'Customer is God' In the era of consumption, personalized consumption is more likely to be favored by consumers. According to experts, the market for LED light sources in China will exceed US$100 billion in the next few years, while the current domestic smart lighting market penetration rate is still less than 2%,

and the market prospects for smart lighting in China are awaited. He Bingyun, secretary-general of the Tianjin Institute of Illumination, believes: 'Future lighting must use new light sources such as LED and OLED as the main body of lighting, and intelligent interconnected lighting as the protagonist. Products suitable for everyone's lighting needs.' One trend: humanized LED lighting is widely used in various fields,

and its functions are gradually being discovered. (Editor in charge: Nicole). Intelligent control will realize on-demand lighting, people-oriented, comfortable, safe, power-saving, and energy-saving. Bold innovation will integrate the past, present and future of the building through the design of lighting, creating a vivid and colorful connection, and forming a unique city Personalized urban regional style.

It is foreseeable that the 120w led street light manufacturers to the rapid development of China's LED industry is undoubtedly a set of effective solutions and innovative technology products. 'A kind of LED heat sink and series products project' successfully developed by Zhang Yixing old expert Covering 3 invention patents of heat dissipation device, new power factor correction circuit, power factor correction circuit, and a device that uses thermally conductive material wire braid to exchange heat.

Experts suggest that cooperation between production, education and research should be strengthened to form a complete LED lighting product as soon as possible and obtain data support for better industrialization. Speed ​​up the 'explosive' The pace of growth, LED energy-saving lamps Into more areas. Therefore, There is huge room for growth and ascent. 'Patent Web'

If these technologies can be monopolized, it is expected to monopolize the entire global market for LED lighting. Today, we have broken through the key points that solve the problems of LED lighting products. He also said that he has mastered the patented technology that solves the current problems of LED lighting products. .

Combine the current 'double innovation' , Zhang Yixing outlines the blueprint for the future vision, innovation and entrepreneurship are in full swing, can integrate all aspects of advantages, relying on national policy support, first set up a joint enterprise from technology development to production, supply and sales, responsible for the production, processing, and product sales of lamps . There are many factors that cause this disadvantage, and the key reason, according to reports, lies in technological innovation. This innovative move brings a significant advantage, which can effectively eliminate harmonic circuits, conduction disturbance and radiation disturbance, improve power factor, and ensure low power loss and good performance.

The High Power Led Light Suppliers will reach a level of 20% to 50%. With its superior performance, QLED enables entrepreneurs to see unlimited business opportunities, and some internationally renowned companies are also trying to develop QLED products. Concluding remarks It has been 6 years since the first QLED lamp was turned on.

The larger the crystal grains, the smaller the energy gap, and vice versa, the larger the energy gap. Optical performance has become the focus of research in recent years, and significant progress has been made. In 1980, the emergence of three-primary-color fluorescent lamps brought mankind into the era of decorative lighting., are considered to be the future of display technology. (Editor in charge: Nicole).

At that time, the effective light-emitting area reached 1212 cm, and the average brightness reached. There are two main ways to realize QLED light emission: one is to use GaN-based LED as a light conversion layer, which can effectively absorb blue light and emit light of various colors with a wavelength within the visible light range; the other is to use its electroluminescent form to It is coated between thin film electrodes to emit light (see Figure 3). In 1998, the world's first practical white LED came out. 2. Even at the low end, their cost is several hundred dollars/g, up to 10,000 dollars/g. In addition, the current white LED heat is relatively obvious. Alexander Efros and Many researchers, including Dr.

Wicop and CSP packaging technologies want to dominate the LED industry, but the weight is not enough. Qingyun Deng (he is known as the father of modern OLED). Although it is impossible for expensive quantum dot materials to enter the field of public lighting, we have reason to believe that in 2030, 15 years later, indoor lighting will surely become the world of QLED! 2.

Professor Rory Duncan of Heriot-Watt University said: 'This technology does not need to wait for the formation of cataracts, but can detect cataracts before they occur, and take preventive measures. Located in Scotland, Heriot-Watt University and the biotechnology company Edinburgh Biosciences Ltd, University of Edinburgh experts, Swedish and Danish organizations are committed to the research and development of this LED technology..

Since cataracts are often a complication of type 1 or type 2 diabetes, this technology can detect diabetic patients through early detection of cataracts, greatly reducing the pressure on health care. This technology can assist clinicians to detect the fluorescent signals emitted by the lens, thereby recording and continuously tracking the formation of cataracts,

and at the same time confirming whether the patient should receive treatment.

In addition, the research team Outdoor High Power Led Light believes that this LED technology can detect the 'real age' of patients in their respective lifestyles and environments through the changes of the crystals.'

The general cataract patients often have blurred vision before receiving treatment. Not biological age. The research team will also conduct further tests on pigs to advance the progress of this non-invasive treatment technology.Heriot-Watt University (Heriot-Watt University) research found that an LED technology can detect early cataracts, which is expected to allow cataract patients to start treatment earlier and reduce medical resources

Group plans to set up wholesale ip65 led flood lights packaging production project, develop smart lighting, etc. [Recommended reading] Competitive advantages and positioning analysis of Chinese LED packaging manufacturers Four-in-one Mini LED is here! Will the LED display change drastically? The LED industry may be welcoming a new round of outbreak, and the layout of the whole industry chain will take the lead on the investor’s collective reception day. 1 (text: Janice sorted out) If you want to reprint, you need E-Mail authorization from this website.

Mainland manufacturers are still relatively quiet and may be gaining momentum. Significantly improve the company's gross profit margin and profit. for US$80,000. Compared with traditional outdoor lighting technology, the new lighting device is expected to save energy by 65%. In the price war, the equipment capacity of the first stage of the new plant will reach 30,000 6-inch epi wafers. This week,

Taiwan’s LED factories are still moving, either talking about operations or reporting technical trends. The research found that such LEDs can reduce the negative effects of light on animals and plants. Among them, small-pitch LED driver ICs have successfully entered the LED cinema supply chain launched by Samsung. For example, San'an Optoelectronics is also transferring equity and investing abroad.

At the same time, it is also optimistic about Epistar's organizational restructuring plan in response to business expansion. Hongqi held more than 50% of the equity. At the same time, the lighting can be controlled according to the time of day, the day of the week, and/or the time of the year.

Macroblock pointed out that the second generation Mini LED box The body module yield rate has increased significantly, and we are confident to enter mass production in the first quarter of next year. A non-Ping 3D sensing foundry customer expects to challenge profitability in the next 12 months. Display screen.. Negative effects of plants. At present, many customers have continued to build Mini LED related components. Dingyuan Sensing’s new plant has a total investment of NT$1. At present, both technology and production capacity,

Defined as the product of the peak EQE and its corresponding luminous intensity. QLED based on semiconductor quantum dots, due to its advantages such as better monochromaticity, color saturation, and lower production cost, has shown broad application prospects in the field of display and lighting. As the light-emitting layer, this kind of high-quality core-shell quantum dots can improve the energy level matching with the transport layer,

effectively reduce the hole injection barrier, improve the carrier injection efficiency, and overcome the lack of hole injection and electron injection in the previous QLED. Professor Du Zuliang, Professor Li Linsong of Henan University and Professor Zhang Zhenyu of University of Science and Technology of China are the co-corresponding authors. The lifespan of red and green QLED devices reached 1. A series of problems caused by excessive injection, thereby greatly improving the overall performance of the device.6% and 22. Based on this new structure system,

the research team obtained the highest brightness and external quantum efficiency of red, green and blue QLED devices, reaching 356,000 cd/m2, 614,000, respectively cd/m2, 62,600 cd/m2 and 21. The breakthrough of GaN-based high-brightness blue LEDs in the 1990s opened a new era of LED lighting and display (three Japanese scientists won the 2014 Nobel Prize in Physics for their contributions). The new QLED devices developed by this work also performed well in terms of lifespan

Hon Hai wholesale LED work light Manufacturers not only has a strong foundation in the field of electronic downstream assembly, but has also successfully integrated LED packaging and epitaxy/chips, as well as the panel supply chain in recent years. At present, the major brands that can most influence the development of the industry include Apple, Samsung, LG, and Huawei, which are rapidly emerging in mainland China. However, the current Mini LED application is still limited to the high-end market and has not yet been popularized, while Micro LED still has technical bottlenecks to overcome..

It doesn't Solar led light Manufacturers whether the technique is good or bad. Qualitative analysis guides design. Qualitative analysis is more practical. It is easy to think of two optimization directions: Optimization direction A: the light source does not flow, and the air flow is adjusted uniformly. Let’s start this sharing right away, and I hope to share ideas and encourage each other. After years of training, every NBA star has formed his own unique shooting technique. After getting the sterilization report, compare the difference between the actual measurement and the simulation, find out the cause of the error and correct the parameters. A few capable manufacturers can use these data by themselves.

Can we save this cost? Since the simulation is not very accurate, can you 'reference' first The solutions of the peers will only verify and modify the product design through continuous actual testing? We are not in a hurry to draw conclusions, but first make a hypothesis: Assuming that you get a product from a peer, how do you improve it next? What changes can be made to avoid the other party's patent without affecting the sterilization effect? Is it possible for us to change it better than the original version of the opponent? Which peer's design is worthy of reference? However, we know nothing about the internal structure and naked eye observation. UVC-LED with wavelength of 265-280nm.

Fluid simulation diagrams of three over-flow water sterilization products. Because microorganisms have different sensitivity to different wavelengths of UVC light, the traditional dose table is not applicable. Maybe everyone has the same question in their minds. Let us make another hypothesis: When we all encounter product sterilization tests with low failures, what should we do next and in which direction to increase the sterilization rate?

Often everyone's first reaction is that the UV dose is not enough, and the lamp can be used. Taking E. Can you be sure that the current lamp beads have exhausted all their strength? Is it more cost-effective to adjust the fluid structure to increase the irradiation time than to add lights? Even if it is necessary to add lights, how much light power should be added? Is there a problem with heat dissipation? Use a single high power or a few low power? Is it single-sided irradiation or simultaneous irradiation on both sides?