Novel LED lamp

Abstract

The invention discloses a novel LED lamp comprising a cylindrical shell with an inclined opening at the upper end, an inclined light-transmitting plate arranged on the inclined opening and an inner lamp body structure arranged in the cylindrical shell, and the orientation of the inclined opening is adjusted by rotating the cylindrical shell, so that the light-emitting direction is adjusted; the inner lamp body structure comprises a cylindrical lamp shell, a plurality of LED light sources arranged in the cylindrical lamp shell, a lens base, a bottom shell, a face cover, a circular light-transmitting plate clamped between the face cover and the cylindrical lamp shell, an annular sealing sleeve arranged on the outer side of the circular light-transmitting plate in a sleevingmode, a driving control device and a mounting adjusting frame; each LED light source comprises white light LED lamp beads and yellow light LED lamp beads; the driving control device can be used for controlling the workof the white light LED lamp beads and the yellow light LED lamp beads; the driving control device is connected with an external controller; the driving control device can be controlled to work through the controller; and the driving control device can be used for adjusting the power of the white light LED lamp beads and the power of the yellow light LED lamp beads so as to adjust the color temperature and the brightness of the mixed light.

Description

technical field [0001] The invention relates to the technical field of lamps, in particular to a novel LED lamp. Background technique [0002] LED lamps are widely used due to their energy saving, high luminous efficiency, rich colors, and long life, such as being installed in outdoor environments. Outdoor LED lamps will be attacked by wind, frost, rain and dew, so outdoor LED lamps are required to have a waterproof sealing function, but the waterproof and sealing structure of the current outdoor LED lamps is relatively traditional and old, the waterproof structure is not comprehensive enough, the risk of water seepage and leakage is high, and it is not durable enough , affecting the service life, it is difficult to adapt to the humid environment with high humidity outdoors or the environment with a lot of rain and snow. If it is a rainy and snowy environment, it will easily leak into the lamp when the snow melts. The waterproof performance is average, and the applicable ran...

AI Technical Summary

Problems solved by technology

Outdoor LED lamps will be attacked by wind, frost, rain and dew, so outdoor LED lamps are required to have a waterproof sealing function, but the waterproof and sealing structure of the current outdoor LED lamps is relatively traditional and old, the waterproof structure is not comprehensive enough, the risk of water seepage and leakage is high, and it is not durable enough , affecting the service life, it is difficult to adapt to the humid environment with high humidity outdoors or the environment with a lot of rain and snow. If it is a rainy and snowy environment, it is easy to leak into the interior of the lamp when the snow melts. The waterproof performance is average, and the applicable range of LED lamps is narrow.

In addition, the light distribution method of the existing LED lamps is relatively traditional and old, the light-emitting angle is narrow, the light-emitting surface is small, the light utilization rate is low, and the light efficiency is low.

In addition, the existing LED lamps generally only have a single color and brightness of light, and cannot adjust the brightness or color temperature. It is difficult to adapt to various places and environments, and the scope of application is narrow.

In addition, the LED light source of LED lamps generates a lot of heat, so solving the problem of heat dissipation has become a thorny problem for LED lamps

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