Processing technology of luminous and exothermic fabrics

2:

• The processing technology of the luminous and exothermic fabric according to claim 1, characterized in that:
• The luminous or exothermic lines are one or more combinations of optical fiber, TPU luminous lines, LED light string lines, RGB light string lines, carbon fiber filament heat-conducting lines, graphene heat-conducting lines, or metal heat-conducting lines.

5:

• The processing technology of the luminous and exothermic fabric according to claim 4, characterized in that:
• After completing the coiling-embroidery work in the step 3, the reserved section processing is performed. The processing steps are as follows:
• 1) fixing the point detached from the embroidery line at the reserved sections, 2) furling and gathering the multiple reserved sections into a bundle and forming a optical fiber bundle, 3) trimming the outer end of the optical fiber bundle with a trimming tool, 4) fusing and connecting the outer end of the optical fiber bundle by a fusion apparatus, and 5) putting the fused optical fiber bundle into a light-gathering tube.

6:

• The processing technology of the luminous and exothermic fabric according to claim 5, characterized in that:
• The fusion apparatus in the step 4) is an aluminum block heating fusion apparatus. The fusion temperature of the aluminum block heating fusion apparatus is 200-220° C. The light-gathering tube in the step 5) is shrunk and fixed onto the optical fiber bundle by hot air, and the hot air shrinkage temperature is 150-180° C.

7:

• The processing technology of the luminous and exothermic fabric according to claim 5, characterized in that:
• After trimming the outer end of the optical fiber bundle in the step 3), the remaining length of the reserved section is 20-100 mm.

8:

• The processing technology of the luminous and exothermic fabric according to claim 5, characterized in that:
• The computer embroidery machine in the step 2 uses a single-needle type headpiece for performing the coiling-embroidery work. The needle model of the single-needle headpiece is 7#, 9# or 11#, and spindle speed during single-needle headpiece is working is 500-1000 r/min.

9:

• The processing technology of the luminous and exothermic fabric according to claim 8, characterized in that:
• The computer embroidery pattern in the step 1 is coiling-embroidered by a optical fiber or one formed by multiple optical fibers, and the optical fiber bundle is one or more bundles.

10:

• The processing technology of the luminous and exothermic fabric according to claim 3, characterized in that:
• The luminous or exothermic lines are LED light string lines, RGB light string lines, carbon fiber heat-conducting lines, graphene heat-conducting lines, or metal heat-conducting lines. The computer embroidery pattern in the step 1 comprises an electrode lead region. The electrode lead region pulls out the electrode lead sections at both ends of the luminous or exothermic lines during the coiling-embroidery work in the step 3, and the electrode lead sections are fixed by the embroidery lines;
• Alternatively, the luminous or exothermic lines are TPU luminous lines or the optical fibers. The computer embroidery pattern in the step 1 comprises alight-guiding section region. The light-guiding section region pulls out the light-guiding section of the light source at the end of the luminous or exothermic line during the coiling-embroidery work in the step 3, and the light-guiding section of the light source is fixed by the embroidery lines.