Shirt collar and manufacturing method of collar section

摘要

The present invention is applied to the above-mentioned bioceramic materials and magnets in clothes such as shirts at the same time to promote blood circulation in the body, especially neck, and to facilitate metabolism, thereby preventing diseases caused by fatigue and respiratory diseases And a shirt using the magnet and the bioceramic that can be used.;The present invention also provides a shirt collar capable of solving the problems of manufacturing difficulties that can not be processed by a single process of a bioceramics material, a bioceramic material, and a magnet body in the combination of the bioceramic material and the magnet body material, And to provide a method for manufacturing a negative part.;Particularly, the present invention relates to a method of manufacturing a shirt collar portion which can be easily manufactured without damaging the front embossing projections while forming a bio-ceramics embossing protrusion on the front surface of the neckline of the shirt, then fixing the material of the magnet body on the back surface of the neck frame, In the provision of methods.;The major feature of the present invention is that a plurality of bi-semicylike embossing projections are formed smoothly on the inner surface of the neck of the collar of the shirt, and the magnet body is fixed to the back surface of the neck frame with a fixed clamp.;In addition, the front outer cloth was calendered on the two cloths subjected to the backing treatment and chasing treatment on the back surface, then the bioceramics were screen printed on the front outer cloth and dried and heat-treated at 300C to form a bioceramic embossing projection And a rear outer cloth is formed on the rim of the neck while the collar is stitched on one side of the neck frame so that the rear outer cloth is fixed at regular intervals with a fixed clamp And fixed.;In addition, the two posterior-treated fabrics and the front outer fabric were integrally calendered, and then the bioceramics were screen-printed on the upper outer surface of the front outer layer, and then subjected to a heat treatment at 300C to form a large number of bioceramic embossing projections on the outer-The outer edge of the neck is formed with a rear outer cloth while the collar is attached to the outer edge of the neck so as to fix the magnet body at equal intervals to the rear outer cloth.