In addition,longevity claims on the products also missed the mark. Independent tests showed that the bulb would not last as long as claimed that lasted 30,000 hours because it lost 80 percent of its led high bay output after only 1,000 hours.According to the F.T.C., Lights of America, which did not respond to a request for comment, has 21 days to file an answer to the suit or a motion to dismiss. The bulbs that are the focus of the lawsuit are sold at major retailers throughout the United States.
According to the Chairman and President of China TV manufacturer Skyworth Zhang Xuebin, Skyworth is planned to cut the prices of LED flat-panel televisions in the next six months to promote the sales.Zhang added that Chinese TV producers cut prices of about 25% in old TV models between April and June.In addition, in fiscal year 2010 ended March 2011, the Hong Kong-listed firm aims to sell from 7.5 million to 9.5 million TVs on mainland China and 2 million units out of the domestic market.
Because there are still over 400 million CRT TVs, the old TV models in the market, CFO Leung Chi Ching said that he is cautiously optimistic about the prospects of China's LED TV market.It's reported that SETI will center its device development efforts on next generation high efficiency Deep UV LEDs on these novel substrates as it grows its markets in high power applications such as water disinfection.
SETI claims to be the world’s only commercial manufacturer of Deep UV LEDs and LED lamps. With a product portfolio from 240nm through 400nm SETI serves a wide range of markets including sensing and instrumentation.The firm has recently announced the development of high power single chip led high bay light exceeding 30 mW and with high power lamps commercially available.In addition, SETI has completed a Small Business Innovation Research (SBIR) Phase I program by the National Science Foundation to develop a prototype of a commercially viable all-LED based portable water disinfection system.
2015年1月14日星期三
energy consumption annually compared to traditional lighting methods
The FUNSOM Laboratory focuses on applying novel soft- and nanomaterials in optical and electronic devices. Fundamental research on molecular design and growth is performed by the group to tune the led high bay light specific physical, electrical, chemical and optical properties of the materials. The AIXTRON system enhances their deposition capabilities for carbon, silicon and germanium based nanostructures, allowing them to controllably produce material for various applications.
The new eco-friendly design which allows for series production and global implementation, utilizes innovative technologies and renewable energy to power one-third of the restaurant's energy consumption. A key role in this context falls to long-lasting interior and exterior LED bulbs saving more than 55 percent of energy consumption annually compared to traditional lighting methods.
The parking area is illuminated by six 60 W SL-Dolphin street lights in neutral white with Phoenix lighting pattern featuring a luminous flux of ca. 6,000 lm and a color temperature of 5,000 K. The asymmetric wide view angle ensures high uniformity at pole heights of 6-8 m and therefore is ideally suited for parking and roadway applications. Existing Everlight led high bay are now being shipped with a patented electronic ballast developed and produced in Germany that excels with various dimming options, a life span up to eight times compared to other LED street light solutions or conventional street lights, a high temperature protection mechanism and an outstanding efficiency of 93 percent.
The new eco-friendly design which allows for series production and global implementation, utilizes innovative technologies and renewable energy to power one-third of the restaurant's energy consumption. A key role in this context falls to long-lasting interior and exterior LED bulbs saving more than 55 percent of energy consumption annually compared to traditional lighting methods.
The parking area is illuminated by six 60 W SL-Dolphin street lights in neutral white with Phoenix lighting pattern featuring a luminous flux of ca. 6,000 lm and a color temperature of 5,000 K. The asymmetric wide view angle ensures high uniformity at pole heights of 6-8 m and therefore is ideally suited for parking and roadway applications. Existing Everlight led high bay are now being shipped with a patented electronic ballast developed and produced in Germany that excels with various dimming options, a life span up to eight times compared to other LED street light solutions or conventional street lights, a high temperature protection mechanism and an outstanding efficiency of 93 percent.
2015年1月7日星期三
we continue to invest valuable time and money to protect our highly advanced laser technology
We appreciate our system’s reliability as well as the fact that it is inherently capable of producing the best layers. This existing AIX 200 has been running for almost two decades proving the quality of the equipment. Over the years we have also developed a close working relationship with led high bay personnel. We have always been fully satisfied with the competence of the team during their visits to Rio de Janeiro and their availability over the phone to discuss our technical issues.”
The Brazilian Government recently created the National Science and Technology Institute for Semiconductor Nanodevices (INCT-DISSE). This involves several Brazilian research groups and its headquarters at the Semiconductor Laboratory (LabSem). DISSE membership includes over twenty top level researchers in the field from eight institutions with long experience in specific areas. It carries out applied and basic research in III-V electronic and optoelectronic devices.
The invalidated Patents are No. 724540, “Laser Beam transmission system and method of the same and lift-off process method,” and No. 588459, “An adjustable laser beam delivery system and method for forming the same.” Patent No. 588459 was invalidated on June 23rd, 2010 and Patent No. 724540 on July 8th, 2010.
JPSA contended that QMC’s patent claims were invalid over various prior art references including JPSA’s Korean Patent No. 0849779, “Method for separating layers of material”, and Korean Patent led high bay light, “System and method for cutting using a variable astigmatic focal beam spot”. JPSA’s Chairman, Jeffrey Sercel, stated, “Prior to developing laser systems, QMC was a former Korean sales and service representative of JPSA; therefore, they had key information about our technology and methods. We were surprised and disappointed to find QMC filing for patents that we already had Patents for. Despite our disappointment, we continue to invest valuable time and money to protect our highly advanced laser technology, and our years of experience and development work has resulted in JPSA’s strong market presence in scribing and LLO of LEDs.
The Brazilian Government recently created the National Science and Technology Institute for Semiconductor Nanodevices (INCT-DISSE). This involves several Brazilian research groups and its headquarters at the Semiconductor Laboratory (LabSem). DISSE membership includes over twenty top level researchers in the field from eight institutions with long experience in specific areas. It carries out applied and basic research in III-V electronic and optoelectronic devices.
The invalidated Patents are No. 724540, “Laser Beam transmission system and method of the same and lift-off process method,” and No. 588459, “An adjustable laser beam delivery system and method for forming the same.” Patent No. 588459 was invalidated on June 23rd, 2010 and Patent No. 724540 on July 8th, 2010.
JPSA contended that QMC’s patent claims were invalid over various prior art references including JPSA’s Korean Patent No. 0849779, “Method for separating layers of material”, and Korean Patent led high bay light, “System and method for cutting using a variable astigmatic focal beam spot”. JPSA’s Chairman, Jeffrey Sercel, stated, “Prior to developing laser systems, QMC was a former Korean sales and service representative of JPSA; therefore, they had key information about our technology and methods. We were surprised and disappointed to find QMC filing for patents that we already had Patents for. Despite our disappointment, we continue to invest valuable time and money to protect our highly advanced laser technology, and our years of experience and development work has resulted in JPSA’s strong market presence in scribing and LLO of LEDs.
2014年12月1日星期一
light control with time control to optimize the harnessing of sunlight during overcast
During the event, which also marked the first year of the 1000-Village Program and its focus on ‘mobilizing rural new energy development’, Ms. Wu Changhua, Director of the Climate Group Greater China said: “The first phase of the 1000-Village Program, the demonstration of solar led high bay light technology, has been successfully completed. 40 administrative villages have taken part in the program, including sunlight-deficient areas such as Chongqing, Chengdu and Guiyang.”
Ms. Changhua adds: “Over the last year, The Climate Group has proved how valuable solar LED lighting is for rural areas of China, as it requires no cabling. What’s more is that it helps enhance social communication and cultural activities in rural areas by improving public lighting. This is an excellent example of a clean technology that not only reduces costs and greenhouse gas emissions, but also enhances people’s way and quality of life.”
Philips’ involvement in the project provides further opportunity to simply enhance life with light with the application of innovative LED lighting solutions. As an official partner in the program, Philips has donated a range of lighting systems, including customized intelligent solar LED road lamp in Guiyang which combines light control with time control to optimize the harnessing of sunlight during overcast and rainy days in the area.
Mr. Liangqi Lin, general manager of Philips Lighting Greater China stated: “We hope that solar LED lighting can be recognized and applied more widely through our involvement in this program and its efforts to demonstrate how reduce the cost and impact of greenhouse gas emissions. As the global leader in the lighting industry, Philips is committed to promoting the green switch in all areas of the society. Thanks to the 1000-Village Project, Philips is able to led high bay enhance villagers’ life quality through excellent, energy-efficient lighting and explore further sustainable rural development as part of a greater contribution to the full realization of low-carbon society and new village construction.”
Ms. Changhua adds: “Over the last year, The Climate Group has proved how valuable solar LED lighting is for rural areas of China, as it requires no cabling. What’s more is that it helps enhance social communication and cultural activities in rural areas by improving public lighting. This is an excellent example of a clean technology that not only reduces costs and greenhouse gas emissions, but also enhances people’s way and quality of life.”
Philips’ involvement in the project provides further opportunity to simply enhance life with light with the application of innovative LED lighting solutions. As an official partner in the program, Philips has donated a range of lighting systems, including customized intelligent solar LED road lamp in Guiyang which combines light control with time control to optimize the harnessing of sunlight during overcast and rainy days in the area.
Mr. Liangqi Lin, general manager of Philips Lighting Greater China stated: “We hope that solar LED lighting can be recognized and applied more widely through our involvement in this program and its efforts to demonstrate how reduce the cost and impact of greenhouse gas emissions. As the global leader in the lighting industry, Philips is committed to promoting the green switch in all areas of the society. Thanks to the 1000-Village Project, Philips is able to led high bay enhance villagers’ life quality through excellent, energy-efficient lighting and explore further sustainable rural development as part of a greater contribution to the full realization of low-carbon society and new village construction.”
2014年11月27日星期四
will enhance the company's capabilities in lighting sensors
The other is from another innovative technology company an intellectual property portfolio that includes certain foundational patents that were exclusively licensed to Renaissance and other proprietary technology that will enhance the company's capabilities in lighting sensors and led high bay light related controls. But terms of this separate intellectual property purchase were not disclosed.
To arouse more attention to the overall benefits of the legislative changes and new, "greener" technologies, such as LEDs and CFLs, DOE scheduled to make a new consumer education initiative that will be timed to the upcoming changes in light bulb regulation.
With the effort of the Energy Independence and Security Act of 2007 (EISA), which requires incandescent light bulbs to become much more efficient to comply with EISA's new performance levels, Millions of consumers will start paying more attention to the common light bulb
These EISA's new performance levels will be introduced on a staggered basis, beginning in 2012, with the phase-out of the popular led high bay incandescent lamp, followed by the 75W, 60W, and 40W bulbs spread out over 2 yr.
2014年11月25日星期二
the capacity of LED manufacturers has been strategically increased
According to AIVtech chairman and CEO JinLin Guo, they launched production of LED-backlit LCD TVs in April 2010 and expect led high bay light TVs to contribute a sizable portion of their revenue in 2010.It’s said that they have already established relationships with many well-known European retailers and distributors and have obtained excellent feedback following their first order from Europea Trade in June."
Along above cooperation, the ODM contract between AIVtech, Europea Trade and its trading partner Q Media is for the manufacture of LCD TVs that employ LED backlighting, offering improved lifetime, brightness, and picture quality versus traditional fluorescent tube-backlit LCD TVs.Due to the scarcity of electronic components from upper stream, for production capacity entire LED industry has shrunk significantly. Also, many major international LED manufacturers have extended its delivery time to reflect to this emergency. As today, the lead time has been stretched out from 5 weeks to nearly 20 weeks. This bad situation swept the LED industry, which is in rapidly growing stage now. The serious impact does not only affect LED manufacturers, but also for distributors and trading companies who are facing huge financial penalty by postponing delivery schedule. The estimated amount of damage is more than several billions US dollars.
According to LED industry professionals, the chaos of electronic components shortage is expending to all relative businesses. The demand of LED is growing in a much faster pace than anyone expected. The entire market is disturbed by some distributors fighting for inventory. Since the end of 2009, the lack of electronic components led to price increase for metal raw material. Today LED industry also shares the panic for lacking of electronic components.
Based on the report published by LED professional media, LEDinside, although the capacity of LED manufacturers has been strategically increased, the shortage of blue jewels and other essential components is still enormous. As 2010 Q2, the price of components has doubled, and created a disaster to LED Linear high bay light. According to The Commercial Times, the most popular business newspaper in Taiwan, points out, besides the lack of LED chips, the shortage of electronic components is another critical reason for decreasing production. Furthermore, the demand of LED lighting is exceeds supply significantly. The severe shortage situation may lead to battle-for-product crisis, which create huge indirect impact to LED distributors.
Along above cooperation, the ODM contract between AIVtech, Europea Trade and its trading partner Q Media is for the manufacture of LCD TVs that employ LED backlighting, offering improved lifetime, brightness, and picture quality versus traditional fluorescent tube-backlit LCD TVs.Due to the scarcity of electronic components from upper stream, for production capacity entire LED industry has shrunk significantly. Also, many major international LED manufacturers have extended its delivery time to reflect to this emergency. As today, the lead time has been stretched out from 5 weeks to nearly 20 weeks. This bad situation swept the LED industry, which is in rapidly growing stage now. The serious impact does not only affect LED manufacturers, but also for distributors and trading companies who are facing huge financial penalty by postponing delivery schedule. The estimated amount of damage is more than several billions US dollars.
According to LED industry professionals, the chaos of electronic components shortage is expending to all relative businesses. The demand of LED is growing in a much faster pace than anyone expected. The entire market is disturbed by some distributors fighting for inventory. Since the end of 2009, the lack of electronic components led to price increase for metal raw material. Today LED industry also shares the panic for lacking of electronic components.
Based on the report published by LED professional media, LEDinside, although the capacity of LED manufacturers has been strategically increased, the shortage of blue jewels and other essential components is still enormous. As 2010 Q2, the price of components has doubled, and created a disaster to LED Linear high bay light. According to The Commercial Times, the most popular business newspaper in Taiwan, points out, besides the lack of LED chips, the shortage of electronic components is another critical reason for decreasing production. Furthermore, the demand of LED lighting is exceeds supply significantly. The severe shortage situation may lead to battle-for-product crisis, which create huge indirect impact to LED distributors.
2014年11月20日星期四
the latest in LED technology at the GlacialLight booth
This year visitors will have access to approximately 700 booths comprised of over 300 companies, providing products and services in LEDs, Green Lighting, Digital Information Displays, Manufacturing & Processing Equipment, and more. It will be an ideal venue to meet, and do face-to-face business, with the leaders of GlacialTech/GlacialLight (Booth #: Hall 3 C11) and procure the latest in LED products.
The event will provide prospective customers, media and interested parties an introduction to the great power saving technology that GlacialLight's LED series provides. GlacialLight's crowning achievements include products with power saving and dimming functions, which incorporate LED Linear highbay light own, specialty power drivers for LED tubes, which alleviate the need for secondary drivers, reducing costs and enhancing longevity. Make sure you check out the latest in LED technology at the GlacialLight booth.
Design of LED lighting products is based on three core technologies including electrical design (LED drivers), mechanical design (cooling devices), and optical design (lamp holders), respectively performed by GlacialPower, GlacialTech, and GlacialLight in the GlacialTech family. With the three core technologies on-hand, GlacialTech has integrated all the resources required for exceptional designs and manufactures excellent LED lighting products you can trust.
The event will provide prospective customers, media and interested parties an introduction to the great power saving technology that GlacialLight's LED series provides. GlacialLight's crowning achievements include products with power saving and dimming functions, which incorporate LED Linear highbay light own, specialty power drivers for LED tubes, which alleviate the need for secondary drivers, reducing costs and enhancing longevity. Make sure you check out the latest in LED technology at the GlacialLight booth.
Design of LED lighting products is based on three core technologies including electrical design (LED drivers), mechanical design (cooling devices), and optical design (lamp holders), respectively performed by GlacialPower, GlacialTech, and GlacialLight in the GlacialTech family. With the three core technologies on-hand, GlacialTech has integrated all the resources required for exceptional designs and manufactures excellent LED lighting products you can trust.
订阅：
博文 (Atom)