A landscape garden buried lamp

Abstract

The invention discloses a landscape garden buried lamp, which comprises a lamp housing, a first partition, a protective frame, a flow guide and a lamp body; an installation cavity is arranged inside the lamp housing, and the lamp body is installed In the installation cavity; a water collection cavity is arranged around the installation cavity in the housing of the lamp, and the upper end of the water collection cavity is an open structure; several groups of the first baffles are distributed in the water collection cavity at intervals, and the collection cavity is The water chamber is divided into several groups of flow chambers. By providing a water collecting cavity around the installation cavity in the housing of the lamp, and arranging several groups of first partitions at intervals in the water collecting cavity to fix the housing of the lamp, and at the same time dividing the water collecting cavity into several groups of flow cavities, the light When the outer casing diverts and discharges rainwater, soft garbage such as plastic bags will not be stuck in each shunt cavity, so as to avoid clogging of the water collecting cavity.

Description

technical field [0001] The invention belongs to the field of lighting equipment, and particularly relates to an underground lamp for landscape gardens. Background technique [0002] The underground lamp uses LED as the light source, and the lamps are buried underground and used as ornamental lamps. It is widely used in green belts, government lighting projects, parks, lawns, courtyard lighting, pedestrian streets, parking lots, square night lighting, building main body decoration bridges and road lighting. Because of its special installation position, it has become an irreplaceable outdoor lighting. Brightening products. [0003] The existing underground lamps are generally set as a circular column structure as a whole. If the underground lamps of this structure are installed on the lawn of the park, after being washed by the rain, there will be traces of soil on the surface of the lamps, and because the lamps are enclosed under the ground , the heat dissipation effect is ...

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Problems solved by technology

[0003] However, the existing buried lamps are generally arranged in a circular columnar structure. If the buried lamps with this structure are installed on the lawn of the park, after being washed by rainwater, there will be soil traces on the surface of the lamps, and because the lamps are closed under the surface , its cooling effect is poor

[0004] The patent with the application number CN201910621080.5 discloses an LED underground lamp, which installs the buried lamp in the intermediate box by setting an installation cavity with an opening at the top inside the underground box and fixing the middle box on the bottom surface of the installation cavity. In the middle cavity of the top opening, the buried lamp can maintain a certain heat dissipation effect, but the buried lamp cannot guide the rainwater and soil on the surface, so that after the rain washes away, the residual soil on the surface of the lamp causes lights are covered

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