Outdoor lamp capable of changing colors
An outdoor lamp capable of changing colors includes a support member, a lamp holder disposed on the support member, and an LED light module disposed in the lamp holder. The LED light module includes at least one PCBA (printed circuit board assembly) arrayed with a plurality of LED groups. Each of the LED groups is composed of at least one white/warm white LED and at least one RGB LED adjacent to each other. Each of the white/warm white LED and the RGB LED can emit light simultaneously or individually. When the RGB LED emits light to change colors, the luminous flux of the entire LED light module can be improved by the aid of the white/warm white LED, and a color gradient effect is generated.
1. An outdoor lamp capable of changing colors, comprising a support member, a lamp holder disposed on the support member and an LED light module disposed in the lamp holder, the LED light module including at least one PCBA (printed circuit board assembly) arrayed with a plurality of LED groups, the PCBA being electrically connected to an LED driver, characterized by:
each of the LED groups being composed of at least one white/warm white LED and at least one RGB LED adjacent to each other, the LED driver driving and controlling each of the white/warm white LED and the RGB LED to emit light simultaneously or individually; wherein when the LED driver drives and controls the RGB LED to emit light in a fixed color manner or in a color-changing manner, luminous flux of the LED light module is increased through white light/warm white light emitted by the white/warm white LED.
2. The outdoor lamp capable of changing colors as claimed in claim 1 , wherein the lamp holder includes a light-pervious lampshade disposed on a top of the support member and a cover configured to cover a top of the light-pervious lampshade, and the PCBA is disposed in the light-pervious lampshade or under the cover.
3. The outdoor lamp capable of changing colors as claimed in claim 1 , wherein the support member has a bottom portion in the form of a rod to be fixed to the ground.
4. The outdoor lamp capable of changing colors as claimed in claim 2 , wherein a top of the cover is provided with a solar panel, and the LED driver is disposed between the top of the light-pervious lampshade and the cover.
5. The outdoor lamp capable of changing colors as claimed in claim 1 , wherein the PCBA is in the form of a ring, a strip, a disk, a triangle or a non-geometry.
6. The outdoor lamp capable of changing colors as claimed in claim 2 , wherein the PCBA is in the form of a strip and disposed in the light-pervious lampshade in an upright manner, the plurality of LED groups are arranged in a rectangular array on one side or two sides of the PCBA, enabling the side or the two sides of the PCBA to emit light.
7. The outdoor lamp capable of changing colors as claimed in claim 2 , wherein the PCBA is transversely disposed under the cover, and the plurality of LED groups are arranged in an annular array on one side or two sides of the PCBA, enabling the side or the two sides of the PCBA to emit light.
8. The outdoor lamp capable of changing colors as claimed in claim 7 , wherein the number of the RGB LED in each of the LED groups of the annular array gradually increases from the outside to the inside to generate a color gradient effect.
9. The outdoor lamp capable of changing colors as claimed in claim 2 , wherein the PCBA includes a first PCBA and a second PCBA, the first PCBA is disposed in the light-pervious lampshade in an upright manner, the plurality of LED groups are arranged in a rectangular array on two sides of the first PCBA, enabling the two sides of the first PCBA to emit light; the second PCBA is transversely disposed under the cover, and the plurality of LED groups are arranged in an annular array on an underside of the second PCBA.
10. The outdoor lamp capable of changing colors as claimed in claim 9 , wherein the number of the RGB LED in each of the LED groups of the annular array gradually increases from the outside to the inside to generate a color gradient effect.