LED landscape buried light

Abstract

The invention discloses an LED landscape buried lamp. the LED landscape buried lamp includes a buried lamp shell, the buried lamp shell is internally provided with a lamp body installation cavity, a lamp body is installed in the lamp body installation cavity, a lamp holder of the lamp body is directly opposite the opening end of the top face of the lamp body installation cavity, a light emitting panel is installed at the top opening end of the lamp body installation cavity, the light emitting panel is internally provided with a sealed medium cavity, a light guide plate is fixedly installed onthe bottom face of the medium cavity, the light emitting panel part is installed in the lamp body installation cavity and the top of the light emitting panel part protrudes from the top of the buriedlamp shell, more than one radiators are fixedly installed at the outer side ends of the lamp body, and the lamp body is fixedly installed on the inner wall face of the lamp body installation cavity through the more than one radiators. The LED landscape buried lamp can improve diversity of the irradiation angle of buried lamp light and can greatly improve the anti-slip performance at the same time,external force is used for allowing internal heat transfer, anti-slip and heat dissipation are integrated into one, the overall structure is simplified, design is more reasonable, and the appearanceis more artistic.

Description

technical field [0001] The invention relates to a buried lamp, in particular to an LED landscape buried lamp. Background technique [0002] Buried lights are widely used in the field of scientific and technological lighting in our country. Because they are buried in the ground for people to illuminate, they are named buried lights. At present, because the buried lamp is buried underground, the heat generated by the lamp body cannot enter the atmosphere due to the airtightness in the underground. Because the temperature of the entire buried lamp is very high, the heat dissipation of this type of buried lamp is generally poor. [0003] In addition, the light-emitting surface of the upper end of the buried light is generally set to be flush with the ground. Since the light-emitting surface of the top of the buried light is generally a transparent tempered glass plate, the surface is smooth. In places such as parks, it is extremely easy to slip when tourists step on the upper e...

AI Technical Summary

Problems solved by technology

At present, because the buried lamp is buried underground, the heat generated by the lamp body cannot enter the atmosphere due to the air tightness in the underground. Because the temperature of the entire buried lamp is very high, the heat dissipation of this type of buried lamp is generally poor.

[0003] In addition, the light-emitting surface of the upper end of the buried light is generally set to be flush with the ground. Since the light-emitting surface of the top of the buried light is generally a transparent tempered glass plate, the surface is smooth. Parks and other occasions, so it is easy to slip when tourists step on the upper end

Moreover, the light emitted by the buried lights is facing upwards, and the brightness is not high when viewed from a distance, and the position of the buried lights cannot even be found. Therefore, the decorative lighting effect is not good, and the aesthetics are relatively average.

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