Automatic heat-dissipation type large-power illuminating lamp for factory

Abstract

The invention discloses an automatic heat-dissipation type large-power illuminating lamp for a factory. The automatic heat-dissipation type large-power illuminating lamp comprises a housing, wherein aheat-dissipation cavity and a mounting cavity are arranged in the housing; an incandescent light bulb is mounted in the heat-dissipation cavity; air inlets for introducing in air are formed in two side walls of the heat-dissipation cavity; filter meshes are connected in the two air inlets in a sliding mode; a shaking mechanism for shaking the two filter meshes left and right is arranged in the heat-dissipation cavity; the shaking mechanism comprises two permanent magnets arranged in the heat-dissipation cavity, multiple connecting plates are arranged in the heat-dissipation cavity; each filter mesh is elastically connected to the corresponding connecting plate through multiple connecting springs separately; and opposite sides of the two filter meshes are fixedly connected with copper frames. The illuminating lamp has relatively good heat dissipation effect, takes a temperature as a trigger condition to realize active heat dissipation, can shake a heat dissipation net during heat dissipation, shakes off the dust on the heat dissipation net, and does not need manual regular clearing.

Description

technical field [0001] The invention relates to the field of heat dissipation of illuminating lamps, in particular to an automatic heat dissipation type high-power illuminating lamp for factories. Background technique [0002] Lighting lamps, lamps used for lighting. Lighting lamps are widely used in various places that need lighting. In factories, there are many places that need to use lighting lamps. However, for the lighting lamps in factories now, there are the following problems. [0003] 1. Heat dissipation problem. Generally, factory lighting works for a long time. At present, high-power lighting lamps cannot meet their heat dissipation requirements under the existing heat dissipation structure, especially when they are used for a long time, they only rely on passive heat dissipation and cannot Enough to make it effectively dissipate heat. The existing high-power lighting lamps generally do not have active cooling devices, resulting in poor heat dissipation and reduc...

AI Technical Summary

Problems solved by technology

[0003] 1. Heat dissipation problem. Generally, factory lighting works for a long time. At present, high-power lighting lamps cannot meet their heat dissipation requirements under the existing heat dissipation structure, especially when they are used for a long time, they only rely on passive heat dissipation and cannot Enough to make it effectively dissipate heat. The existing high-power lighting generally does not have an active cooling device, resulting in poor cooling effect and reducing the service life of the lighting.

[0004] 2. Generally, there is a lot of dust in the factory. After a long time of use, the lighting will accumulate more dust on its surface, especially at the heat dissipation holes. More dust will affect the heat dissipation effect of the lamp and affect its service life.

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