LED lamp with aerial structure

Abstract

The invention relates to an LED lamp with aerial structure. The LED lamp comprises a luminous body, a support and a driver, wherein the luminous body is composed of parallel LEDs, each LED has a positive pin and negative pin which are next to each other and in parallel on a weaved metal strip to prepare a luminous strip, the connected support pins and weaved metal strip can be used as the wire and radiator of the luminous strip, multiple assembled luminous strips are connected in serial to prepare LED light sources with different powers and voltages, and the light sources can have different shapes and can be connected with the corresponding LED drivers to prepare LED lamps different powers and voltages. The LED lamp is characterized by photopermeability, ventilation, light weight, capability of facilitating air circulation, and the like, the whole heat dissipation is good when the LED lamp works normally, thus prolonging the service life of light sources; the self-support is used for connection and the light transmission is good, thus increasing the luminous flux of the whole lamp; and compared with the similar products, the heat-dispersing material is greatly saved, the production cost is reduced, the LED lamp is applicable to the scale automated production, and the development and application of the LED lamp can be promoted.

Description

Overhead structure LED lights technical field The invention relates to a lighting appliance, in particular to a lighting appliance using a light-emitting diode as a lighting source. Background technique At present, LEDs have been widely used in lighting, such as solar-powered lighting, urban lighting, road lighting, and indoor lighting, because of their bright colors, ultra-high brightness, power saving, and long service life. General LED and other lamps are packaged together by connecting multiple LED particles in series and parallel on the circuit board or directly connecting multiple LED chips in series and parallel. When the corresponding voltage and current are applied, the LED will emit light as a whole. However, the light source made of multiple LED particles connected in series and parallel on the circuit board, because the LED lights in the current prior art are distributed on a plane, the area is relatively large, especially for high-power light sources, the are...

AI Technical Summary

Problems solved by technology

However, the light source made of multiple LED particles connected in series and parallel on the circuit board, because the LED lights in the current prior art are distributed on a plane, the area is relatively large, especially for high-power light sources, the area will be larger , the light is not concentrated, the brightness and luminous angle of the main light source cannot be reached, and it is inconvenient to install and use, and it is not easy to maintain; multiple LED chips are directly connected in series and packaged together as a light source. When it is bright, the working temperature is too high. Even if a large area radiator is used to dissipate heat, the heat dissipation problem cannot be completely solved. Moreover, the use of a large number of radiators not only uses a large amount of non-ferrous metals, but also makes the light source very heavy, which limits the use of LEDs. Development and application in the field of lighting

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