LED lamp with seamless spliced structure

Abstract

The invention discloses an LED lamp with a seamless spliced structure. The LED lamp comprises a lamp body, a light-emitting assembly, a light distribution part and side covers. The LED lamp is characterized in that the light-emitting assembly and the light distribution part are installed in the lamp body; the side covers are assembled on the two sides of the lamp body; a splicing station is reserved, and an electricity conduction terminal is arranged on the splicing station; and the side end can be spliced with the side ends of other lamp bars, and the light distribution part keeps in seamless joint. By means of the LED lamp with the seamless spliced structure, due to side plates which are in butt joint, the light distribution part can be directly attached together, seamless joint of a light-emitting face is maintained, direct splicing is conducted through the lamp bars in modular design, each independent lamp module can be directly spliced in a seamless manner, the overall light-emitting effect is uniform and consistent after the spliced positions are lightened, and the seamless effect on optical illumination is achieved. In addition, all the modules are consistent and can be directly spliced, the installation process is simple, splicing is simple and easy to conduct, and the labor cost and the installation difficulty are lowered.

Description

【Technical field】 [0001] The invention relates to an LED lamp with a splicing structure, in particular to products suitable for making wall washer lamps, linear lamps, strip lamps, tri-proof lamps, street lamps and other long strip lamps. 【Background technique】 [0002] Generally speaking, the size and size of a single lamp has certain restrictions. Sometimes the size of the lighting fixture is required to far exceed the size and size of a single lamp in the application occasion. Fixtures are spliced ​​to obtain lighting fixtures of sufficient size. [0003] There are two types of splicing treatment for lamps on the market: one is two lamps that are spliced ​​with each other, and a side of about 1mm is left at each splicing point. This side will inevitably block the light, making the splicing point light up. There will be a dark seam, which cannot achieve the effect of seamless optical splicing. The other is to make a cuboid boxed light trough at the installation place, ...

AI Technical Summary

Problems solved by technology

The other is to make a cuboid boxed light trough at the installation place, install a light source at the bottom of the light trough, and then assemble a diffusion uniform light plate on the light-emitting surface. After the lamp is lit, the overall luminous effect is uniform, achieving an optically seamless effect. The disadvantage is that this structure is not integrally closed and requires on-site processing and assembly. It cannot form a modular form of direct splicing. It requires certain technical experience to complete the splicing and installation process, so the overall installation process is more complicated and the cost is higher.

Images