Three-dimensional modeling lamp and manufacturing method thereof

A novel three-dimensional modeling lamp, comprising a lamp shell and a light source installed inside the lamp shell, wherein

• the light source is an LED strip,
• the lamp shell further comprises a plurality of skeletons;
• the plurality of skeletons are spliced to form a three-dimensional skeleton modeling;
• the lamp shell is formed by connecting a plurality of sheets with different shapes through a plurality of connectors, each of the plurality of connectors comprises a limit disc and barbs, and
• the three-dimensional skeleton modeling is covered correspondingly one by one;
• wherein each of the plurality of sheets comprise a light-transmitting PET layer a colorful film layer, and a plurality of installation holes, and
• the colorful film layer refracts light emitted by the light source, so that the lighting effect of the three-dimensional modeling lamp is better;
• and
• a plurality of indentations are formed on each of the plurality of sheets, and the plurality of indentations guide a user to splice and shape the plurality of sheets more conveniently, and
• the plurality of connectors penetrates through the plurality of installation holes to fixedly connect the plurality of sheets and form the preset three-dimensional modeling.

A method for manufacturing a novel three-dimensional modeling lamp, comprising:

• selecting a PET material with corresponding size and thickness according to a preset body size of the three-dimensional modeling lamp, and flatly adhering a colorful film on one or both sides of the PET material by a laminating machine;
• according to the preset external shape of the three-dimensional modeling lamp, a computer design end carrying out creasing and splitting the three-dimensional modeling lamp into a plurality of sheets with different shapes;
• performing indentation treatment on a plurality of sheets with different shapes, which can be divided into two processing technologies according to the output demand:
• (1) according to the demand of small batch production, digital cutting stamping and indentation creasing are used, and creasing is formed at a processing end through digital cutting stamping and digital laser burning, so as to obtain each sheet in the method (2) according to the requirements of mass production, die stamping and creasing are used, the processing end designs and processes the metal cutting stamping and creasing die according to the shape data obtained by a design end, and a mechanical stamping equipment is used for cutting stamping and creasing, and a mechanical creasing equipment is used for creasing to obtain each sheet in the method b;
• and
• connecting the sheets in the method c through the connectors corresponding to the installation holes, and installation the sheets into a preset three-dimensional modeling lamp shell, and uniformly arranging and fixedly installation light sources inside the lamp shell.