LED intelligent bulb lamp

Abstract

The invention provides an LED intelligent bulb lamp. The LED intelligent bulb lamp comprises a lamp holder, a lamp body, a lamp housing, an LED light source assembly and an LED electric source drive, wherein the lamp housing is a subtransparent light housing of which the illumination angle is 240 degrees or above; a lamp pole which is protruded towards the direction of the lamp housing is connected to the lower end of the lamp body; the LED light source assembly consists of a plurality of LED light emitting plates which are respectively and correspondingly attached to the surface of the whole body of the lamp pole and the lower end surface of the lamp pole; the LED electric source drive is arranged in the lamp body, is connected with the LED light emitting plates, and provides electricity supply; a controller is also connected to the LED electric source drive, consists of a pulse controller and a wireless receiver, and is provided with a corresponding wireless transmitting device. According to the LED intelligent bulb lamp disclosed by the invention, the lamp housing and the lamp pole are combined, so that the LED intelligent bulb lamp has a wide illumination angle, the illumination area is extended, and the illumination dark space is greatly reduced; besides, the luminance of the bulb lamp can be adjusted in a wireless manner, and the luminance of each light emitting part after light adjustment is harmonized and uniform.

Description

technical field [0001] The invention relates to the field of lighting equipment, in particular to an LED intelligent bulb lamp. Background technique [0002] LED lights have the advantages of high efficiency, energy saving, environmental protection and long life. They have gradually become mainstream lighting equipment and are widely used in various occasions such as indoor lighting, office lighting, public lighting, and decorative lighting. [0003] The light-emitting angle of the existing LED bulb lamp is generally 120°. Due to the limitation of the light-emitting angle, dark areas of lighting are often generated, resulting in unsatisfactory lighting effects. At the same time, under different external environments, the requirements for the luminous brightness of the bulb lamp are often different. Generally, the number of LED lamp beads in the bulb lamp is controlled to control the luminous brightness. However, the existing bulb lamps with controllable brightness are limit...

AI Technical Summary

Problems solved by technology

However, the existing brightness-controllable bulbs are limited by the layout of the internal LED lamp beads. After controlling some of the internal bulbs to be extinguished, there will be an obvious dark color in one area, resulting in uncoordinated lighting.

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