Lamp fitting construction members and ceiling lamp using same

Abstract

The invention relates to lamp fitting construction members and a ceiling lamp, wherein each lamp fitting construction member comprises a forward half leaf, a backward half leaf as well as a shared edge connected with the forward half leaf and the backward half leaf; the forward half leaf and the backward half leaf are folded along the shared edge and form a free edge far away from the shared edge, and an open mouth is formed between two free edges; at least one upper insertion groove with an upward opening is formed at the upper edge part of the forward half leaf; and at least one lower insertion groove with a downward opening and corresponding to the upper insertion groove is formed at the lower edge part of the backward half leaf. The lamp fitting construction members are used for the ceiling lamp, and six lamp fitting construction members are inserted and installed through upper insertion grooves and lower insertion grooves. The lamp fitting construction members and the ceiling using the lamp fitting construction members provided by the invention are simple in structure and convenient to assemble, and have good decoration effects.

Description

Technical field: [0001] The invention relates to the lighting field, in particular to a lamp component and a chandelier using the lamp component. Background technique: [0002] Most of the existing lamps install each lamp component on each lamp arm. The installation method is relatively old, and the artistic appreciation is not high. The scattered design of each component on the lamp arm makes part of the light emitted by the light source blocked or softened by the component. , while other light rays are directly emitted through the gaps between the components, forming dark shadows and light spots on the overall lighting environment, resulting in uneven lighting and no sense of hierarchy. [0003] At the same time, the connection relationship between the various components on traditional lamps is mostly fixed by bolts. For lamps with more complex shapes, the more lamp components it contains, the more bolts used to connect the components, which makes the product cost and The...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing lamps install each lamp component on each lamp arm. The installation method is relatively old, and the artistic appreciation is not high. The scattered design of each component on the lamp arm makes part of the light emitted by the light source blocked or softened by the component. , while other light rays are directly emitted through the gaps between the components, forming shadows and light spots on the overall lighting environment, resulting in uneven lighting and no layering

[0003] At the same time, the connection relationship between the various components on traditional lamps is mostly fixed by bolts. For lamps with more complex shapes, the more lamp components it contains, the more bolts used to connect the components, which makes the product cost and The labor cost of assembly increases, and the assembly man-hour will also be extended

[0004] Moreover, the bolt assembly is greatly affected by human factors. If the screw torque is too small, the bolts will not be driven in place, which may cause loose connections between components and shake from side to side, affecting the overall stability and appreciation of the lamp; If the bolt torque is too large, the bolt will slip, which may cause the corresponding parts to fall off. For large lamps, especially chandeliers, the danger of using it is self-evident

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