In many families, institutions, government and professional programs, high-brightness (HB) white LED (light giving diodes) are rapidly changing incandescent lights. In the past year, white LED lighting techniques account for more than 50% of the complete lighting programs, the ultimate shade LED programs over, mainly due to the beauty of along with LED programs generating requirement for colored lighting. The new power for the development of white LED lighting is quite simple: reduced power intake leading to a much reduced cost.
In many cases, LED power intake can be greater performance by up to 88%. They also reduced the co2 pollutants and the creation and transmitting of mild due to electricity. According to the organization's research StrategiesUnlimited, 2012, the complete high- lighting white LED lighting industry is predicted to more than 5 billion dollars U.S. dollars, corresponding to the 2009-2012 substantial yearly rate of development of 28% (CAGR). This is just the beginning, because the LED lustrous performance continues to speed up the professional / personal lighting industry from incandescent, neon and underhand salt lights to high- lighting white LED move Meanwhile. LED from a professional perspective has even become more affordability.
According to some computations, from the traditional incandescent and neon lighting can convert LED present international accomplish power advantages of up to 10%. As people speed up efforts to decrease complete co2 pollutants from electricity creation, international lighting power requirement by 10% of the prospective of this move has played a great role.
What factors supports such a huge development prospective? First, the present creation of LED lustrous performance is 10 times greater than the incandescent light , neon light and underhand salt light is twice (HPS) and more, thereby significantly reducing the mild outcome provided ( calculated in lumens ) needed for the desired power . With the further development of LED, they rely on the power lustrous performance will keep improving, and will be predicted to double in the future.
Secondly, in a very environmentally friendly world, LED lighting does not require treatment, common connections and remove toxic neon mercury steam. Today, most personal lighting program for a cold cathode neon light (CCFL) mercury containing up to 5mg, and the larger mercury lights contain much!
Third, each with 1,000 time of incandescent need to be changed, and maintainable use of neon lights up to 10,000 time, compared, LED lifestyle of over 100,000 time. In most programs, this allows the LED is completely included into the ultimate application, without connection.
Examples include outside and inside personal and professional lighting, such as street lighting, professional lighting, and inside and exterior lights such as power plants and refineries and other dangerous surroundings. Some programs (such as refineries) are running 24 time a day. LED will keep us up to 11 decades, which mean they will not need to be changed. In addition, LED lighting than other types of little digital level and several smooth, can be sized very smooth shape, so that they can be completely placed in the internal and external programs.
The little dimension also creates LED into the reflector housing can be made more innovative. Thereby more efficiently focus the mind. Pure white LED provides a "full spectrum" white mild, there is no gap in chromatography, thus the need for reliable visual skill tasks, can easily see. For example, in perspective shade cable, read signs or differentiate along with of water steam caused by smoke and fire. In contrast, the same task can be difficult at underhand salt lemon lighting atmosphere, as in the light bulb atmosphere cannot perfectly differentiate colors.
To the human eye can identify changes in comparison. LED is also much faster dimming and on / off, which significantly decreases power intake. LED lighting can be dimming or turned off until needed, and then immediately turned to the highest possible mild strength, while neon or high-pressure salt lights take up to 30 seconds or longer to reach the highest possible strength.
One of the biggest difficulties experiencing the light bulb program designers, however, is how to improve all the advantages of the latest creation of LED. Because the LED typically requires a precise and effective DC present source and one dimming, the LED driver IC in a variety of programs must be designed to meet these needs. Power solutions must be effective, effective, very compact and cost-effective. It can be shown on the drive lighting from incandescent, neon and underhand salt lighting LED range to change, the quickest growing programs will appear in the general interior / exterior lighting programs because such programs, power advantages profits are the biggest.
Such as little dimension, strength, low power intake, easy to convert on the advantages of dimming fast time has multiplied the high-brightness LED lighting in professional and personal lighting programs, and many have been implemented. LED strength and little dimension create it possible to present new options in various programs, including those programs in the fridge to provide front lighting white LED range, as well as lighting the entire university more complex techniques. The following figure shows the U.S. VerrazanoNarrows Link in New York, this bridge entirely of the light bulb. Best quality LED significantly decreases the needed power, and their strength and strength in the severe underwater atmosphere relatively particularly important.
This blog will help people know the LED lighting types, Our LED Lighting from major suppliers in China. View LED Lighting product list and import LED Lighting from China.
Wednesday, April 9, 2014
Tuesday, March 25, 2014
Wireless mouse with massage function
Long-term sedentary work or play in front of the computer, will have a negative effect on human health. Many computer users will feel pain in joints and muscles, and thus distracted, reducing efficiency. Tokyo's Art Factory Company, in order to allow gamers to do away with the office staff and the physical discomfort caused by sedentary, get new energy, invented a mouse Massage - Massage Mouse.
Interestingly, this best wireless mouse gesture recognition capabilities with support for touch-screen interface, an optical detector, soft LED backlight and vibration function. This mouse can also be carried out continuously pulsating massage. Massage intensity is divided into 10. This innovative gadget has three buttons that can manage its message function. Currently, there is just one of the massage mouse model of mass production start time has not been disclosed.
More refer: http://bestwirelessmouse.biz/
Interestingly, this best wireless mouse gesture recognition capabilities with support for touch-screen interface, an optical detector, soft LED backlight and vibration function. This mouse can also be carried out continuously pulsating massage. Massage intensity is divided into 10. This innovative gadget has three buttons that can manage its message function. Currently, there is just one of the massage mouse model of mass production start time has not been disclosed.
More refer: http://bestwirelessmouse.biz/
Thursday, March 20, 2014
Outdoor landscape lighting solutions prefer clean and eco friendly lighting
A clean and environmentally friendly outdoor landscape eco friendly lighting, including the base, pole and light body, the base of the cylindrical structure, fixed to the pole at the center of the base surface, pole top mounted wind energy conversion device, connected to a wind energy conversion device rotating blades, equipped with poles on both sides of the transparent shade has light body, the outer wall of the poles has solar panels, wind energy conversion device and solar panels are connected to the storage device of the poles, the base features a cavity, the cavity of a side with a delivery port, the other side has an opening, the opening event with a door with a lock.
The utility model is a reasonable design, wind and solar energy can be converted into electricity to power the lamp body, clean and green, for mailing to facilitate a wide range of applications.
Outdoor landscape eco friendly lighting is familiar outdoor eco friendly lighting equipment, outdoor eco friendly lighting existing modeling innovation, landscaping the surrounding environment play a role, but because of our wider region, many areas due to the relationship between topography and latitude and longitude with high wind when resources and longer light long, but relatively few people in these areas, underdeveloped transportation, people's information delivery is very convenient, therefore, requires an adaptation to local conditions for outdoor eco friendly lighting.
The utility model is designed to provide a wind and solar energy can be converted into electricity to power the lamp body, clean and green, for the convenience of clean and green mailed outdoor landscape Eco-friendly LED panel lights 38W.
The utility model technical solutions to solve their technical problems used is : a clean and environmentally friendly outdoor landscape eco friendly lighting, including the base, pole and light body, the base of the cylindrical structure, fixed to the pole at the center of the base surface, light top rod installed wind energy conversion device, connected to a wind energy conversion device rotating blades, equipped with poles on both sides of the transparent shade has light body, the outer wall of the poles has solar panels, wind energy conversion device with solar panels, respectively, with the poles of the accumulator electrical connection means, a base equipped with a cavity, the cavity side with a delivery port, the other side has an opening, the opening is provided with a movable door lock.
In use, the blades will rotate due to the action of the wind, a wind energy conversion means will wind energy into electrical energy and stored in the storage means, the solar panels absorb light energy and convert it into electrical energy, electric energy storage means which will stored at night to power the lamp body, the whole process clean environment, to achieve efficient conversion of energy, especially for seasonal flow changes significantly longer and the sun geographical use, when one of the energy shortage, you can use an alternative energy supplement, for example: when the sun is shorter, mainly through wind energy can be transformed supply, are highly complementary. Use the base as a mailbox, the postman just open the door pickup activities to facilitate people's mail delivery, especially for remote mountainous areas and other transportation underdeveloped areas.
The utility model compared with the prior art has the following advantages : rational design, wind and solar energy can be converted into electricity to power the lamp body, clean and green, for mailing to facilitate a wide range of applications.
The utility model is a reasonable design, wind and solar energy can be converted into electricity to power the lamp body, clean and green, for mailing to facilitate a wide range of applications.
Outdoor landscape eco friendly lighting is familiar outdoor eco friendly lighting equipment, outdoor eco friendly lighting existing modeling innovation, landscaping the surrounding environment play a role, but because of our wider region, many areas due to the relationship between topography and latitude and longitude with high wind when resources and longer light long, but relatively few people in these areas, underdeveloped transportation, people's information delivery is very convenient, therefore, requires an adaptation to local conditions for outdoor eco friendly lighting.
The utility model is designed to provide a wind and solar energy can be converted into electricity to power the lamp body, clean and green, for the convenience of clean and green mailed outdoor landscape Eco-friendly LED panel lights 38W.
The utility model technical solutions to solve their technical problems used is : a clean and environmentally friendly outdoor landscape eco friendly lighting, including the base, pole and light body, the base of the cylindrical structure, fixed to the pole at the center of the base surface, light top rod installed wind energy conversion device, connected to a wind energy conversion device rotating blades, equipped with poles on both sides of the transparent shade has light body, the outer wall of the poles has solar panels, wind energy conversion device with solar panels, respectively, with the poles of the accumulator electrical connection means, a base equipped with a cavity, the cavity side with a delivery port, the other side has an opening, the opening is provided with a movable door lock.
In use, the blades will rotate due to the action of the wind, a wind energy conversion means will wind energy into electrical energy and stored in the storage means, the solar panels absorb light energy and convert it into electrical energy, electric energy storage means which will stored at night to power the lamp body, the whole process clean environment, to achieve efficient conversion of energy, especially for seasonal flow changes significantly longer and the sun geographical use, when one of the energy shortage, you can use an alternative energy supplement, for example: when the sun is shorter, mainly through wind energy can be transformed supply, are highly complementary. Use the base as a mailbox, the postman just open the door pickup activities to facilitate people's mail delivery, especially for remote mountainous areas and other transportation underdeveloped areas.
The utility model compared with the prior art has the following advantages : rational design, wind and solar energy can be converted into electricity to power the lamp body, clean and green, for mailing to facilitate a wide range of applications.
Tuesday, March 18, 2014
Design lighting Tokyo 2014 Concluded in a Great Success
The exhibition for stylish and innovative design lightings, DESIGN LIGHTING TOKYO 2014 took place in a great success from January 15 to 17, doubling the number of exhibitors from 2013.
Outline
DESIGN LIGHTING TOKYO 2014 served as a unique showcase of design lightings which realize more comfortable environment and creative space design. It attracted 14,322* visitors from lighting fixture users (architectural design firms, commercial facility, general contractors, etc.), buyers (interior shops, department stores, importer/exporter, etc.) and so on, which resulted in very high level of exhibitor satisfaction with business opportunities at the show.
(*including the concurrent shows)
Strength in design lighting featuring LED/OLED lighting technologies
Co-held with the key shows for LED/OLED lighting manufacturing technologies and fixtures – LED/OLED Technology Expo and LED/OLED Light Expo, DESIGN LIGHTING TOKYO has huge strength in collecting design lightings featuring LED/OLED lighting. Especially from the OLED category, leading companies such as PANASONIC IDEMITSU OLED LIGHTING, PHILIPS ELECTRONICS and LUMIOTEC exhibited stylish OLED lighting fixtures, effectively presenting advantages of their cutting-edge OLED lighting technologies, such as more flexible design possibility, comfort and user-friendliness.
Special Session by a world-class architect
One of the features of the event was the Special Session addressed by Ms. Kazuyo Sejima, world-class architect who was awarded the Pritzker Prize. It and other Design Seminars attracted a large number of lighting users and played a role in enhancing the event’s position as the hub of the latest design trends. >>Program
Featured events
[BRIDGE]
A selected collection of simple, stylish and “NEXT” products by European lighting brands that had not been launched in Japan. Also enriched with the space design by a Japanese well-known architect Akihisa Hirata, the installation became one of the features of the 2014 show.
Showcasing the latest European designs in Tokyo, it acted as a bridge between Europe and Asia.
[PROTO LIGHTING]
A premium showcase of distinguished prototype lightings. Combining untraditional materials or cutting-edge technologies with innovative shapes and design, those prototypes explored new possibilities of design lightings.
Outline
DESIGN LIGHTING TOKYO 2014 served as a unique showcase of design lightings which realize more comfortable environment and creative space design. It attracted 14,322* visitors from lighting fixture users (architectural design firms, commercial facility, general contractors, etc.), buyers (interior shops, department stores, importer/exporter, etc.) and so on, which resulted in very high level of exhibitor satisfaction with business opportunities at the show.
(*including the concurrent shows)
Strength in design lighting featuring LED/OLED lighting technologies
Co-held with the key shows for LED/OLED lighting manufacturing technologies and fixtures – LED/OLED Technology Expo and LED/OLED Light Expo, DESIGN LIGHTING TOKYO has huge strength in collecting design lightings featuring LED/OLED lighting. Especially from the OLED category, leading companies such as PANASONIC IDEMITSU OLED LIGHTING, PHILIPS ELECTRONICS and LUMIOTEC exhibited stylish OLED lighting fixtures, effectively presenting advantages of their cutting-edge OLED lighting technologies, such as more flexible design possibility, comfort and user-friendliness.
Special Session by a world-class architect
One of the features of the event was the Special Session addressed by Ms. Kazuyo Sejima, world-class architect who was awarded the Pritzker Prize. It and other Design Seminars attracted a large number of lighting users and played a role in enhancing the event’s position as the hub of the latest design trends. >>Program
Featured events
[BRIDGE]
A selected collection of simple, stylish and “NEXT” products by European lighting brands that had not been launched in Japan. Also enriched with the space design by a Japanese well-known architect Akihisa Hirata, the installation became one of the features of the 2014 show.
Showcasing the latest European designs in Tokyo, it acted as a bridge between Europe and Asia.
[PROTO LIGHTING]
A premium showcase of distinguished prototype lightings. Combining untraditional materials or cutting-edge technologies with innovative shapes and design, those prototypes explored new possibilities of design lightings.
Sunday, March 16, 2014
Linear LED reflection lights have promising prospects
Line light LED lamp, comprising a housing having a cavity for cooling, PCB board, LED light source, a lens, glass, silicone seal, the top cover and the fixed frame, the front casing having an opening heat, cooling shell the inner wall of the body has a support ledge for supporting the PCB board, the left side surface of the heat dissipation case, and the rear right side of the cooling ribs are provided, PCB board, LED light source, a lens, glass, silicone seal, surface cover sequentially connected, and the opening in the front surface cover and the radiator is fixedly connected to the housing, LED light source is fitted in the middle of the PCB, the distance between the lens and the support rib is equal to the thickness of the PCB board, the fixing bracket mounted on the heat dissipation case the outside.
Due to the long life of LED lights, low energy consumption, saving significant, therefore, LED lamp as a light source has been widely used in daily life, such as an illumination of LED reflection light. However, LED reflection lights at work heat, the heat generated by the chip if not timely work shed, it will affect the normal work and life of LED reflection lights. Currently solve the heat problem, the use of the LED lights on the installation of the heat sink, heat radiation due to the limited area of the heat sink, resulting in poor heat dissipation, thus affecting the life of LED lamps.
The utility model aims to propose linear light LED reflection light, which can solve the current problem of the short life of LED reflection lights.
To achieve the above object, the present utility model adopts the following scheme : linear LED light lamp, comprising a housing having a cavity for cooling, PCB board, LED light source, a lens, glass, plastic baby seal, and the top cover mounting bracket, said front housing having an opening heat, cooling the inner wall of the housing has a support ledge for supporting the PCB board, left side, right side and back side of the housing has a heat radiating ribs, PCB board, LED light source, a lens, glass, silicone seal, surface cover sequentially connected, and the opening in the front surface cover and the radiator is fixedly connected to the housing, LED light source fitted in the middle of the PCB between the support rib and the lens a distance equal to the thickness of the PCB board, the fixing bracket mounted on the outside of the cooling housing.
Use of internal cooling of the housing cavity and external cooling ribs for cooling, effectively increasing the cooling area, improve thermal performance, thereby extending the life of LED reflection lights.
Due to the long life of LED lights, low energy consumption, saving significant, therefore, LED lamp as a light source has been widely used in daily life, such as an illumination of LED reflection light. However, LED reflection lights at work heat, the heat generated by the chip if not timely work shed, it will affect the normal work and life of LED reflection lights. Currently solve the heat problem, the use of the LED lights on the installation of the heat sink, heat radiation due to the limited area of the heat sink, resulting in poor heat dissipation, thus affecting the life of LED lamps.
The utility model aims to propose linear light LED reflection light, which can solve the current problem of the short life of LED reflection lights.
To achieve the above object, the present utility model adopts the following scheme : linear LED light lamp, comprising a housing having a cavity for cooling, PCB board, LED light source, a lens, glass, plastic baby seal, and the top cover mounting bracket, said front housing having an opening heat, cooling the inner wall of the housing has a support ledge for supporting the PCB board, left side, right side and back side of the housing has a heat radiating ribs, PCB board, LED light source, a lens, glass, silicone seal, surface cover sequentially connected, and the opening in the front surface cover and the radiator is fixedly connected to the housing, LED light source fitted in the middle of the PCB between the support rib and the lens a distance equal to the thickness of the PCB board, the fixing bracket mounted on the outside of the cooling housing.
Use of internal cooling of the housing cavity and external cooling ribs for cooling, effectively increasing the cooling area, improve thermal performance, thereby extending the life of LED reflection lights.
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