A process for creating transitory colored hair that is composed of two different colored hair groups having different length hairs in each hair group, and the hair groups are combined then the top one-third (⅓) combined hair is dyed or color processed. First, hair group 1 is obtained consisting of hair strands 12 inches to 24 inches in length and color processed to color A. Next, hair group 2 is obtained consisting of hair strands approximately two-thirds the length of hair group 1, which is color processed to color B. Hair group 1 and hair group 2 are combined into one hair piece. Then, the top one-third segment of combined hair is color processed to color B. Optionally, the top one-third segment of the combined hair groups can be color processed to color C.

A method of manufacturing a curled hair braid apparatus comprising: providing a length of artificial hair; forming a loop section, a first hair prong and a second hair prong, wherein the first hair prong comprises a first hair prong end and the second hair prong comprises a second hair prong end; rotating the first hair prong; rotating the second hair prong; wrapping the first hair prong around the second hair prong along at least a portion of the length of the artificial hair; separating a third hair prong from the second hair prong; wrapping the first hair prong behind the third hair prong and in front the second hair prong; wrapping the third hair prong behind the second hair prong and in front of the first hair prong; and wrapping the second hair prong behind the first hair prong and in front of the third hair prong.

The present disclosure provides a method for generating a 3D digital model used in hairpiece manufacturing is provided, which comprises: obtaining an initial 3D model of a head; identifying an outline of a target area to be covered by a hairpiece on the initial 3D model; and cutting the initial 3D model based at least partially on the target area to obtain a refined 3D model. A physical mold used in hairpiece manufacturing and a method for generating the same are also provided according to other aspects of the present disclosure.

A preparation method of a gauze-closure hair weft provided by the present disclosure includes: providing a hair piece and a glass panel, and laying the hair piece flat and fixing the hair piece on the glass panel; evenly applying TPU to the hair piece, and placing the glass panel into an oven and baking at 45-50° C. for three hours to obtain a hair weft strip; covering the hair weft strip with a first screen, applying TPU evenly to the hair weft strip covered with the first screen, placing the glass panel into the oven and baking at 45-50° C. for three hours; repeating the above steps to obtain a first and second single-layer hair weft; placing the second screen on the glass panel, fixing the first and second single-layer hair weft to the second screen with TPU side by side without gaps, and placing the glass panel into the oven for three hours.

A hair planting apparatus includes a mounting portion for mounting a base material where planting is performed, and including a work opening for planting, a hair planting unit for binding hair for planting to the base material in the work opening of the mounting portion, and a feed device disposed around the mounting portion and feeding the base material with a roller contacting the base material from below. In the hair planting apparatus, the feed device feeds the base material in at least two intersecting directions.

A hair planting apparatus includes a mounting portion for mounting a base material, and including a work opening for planting, a hair planting unit for binding hair for planting to the material in the work opening, a transport mechanism for positioning the hair planting unit relative to each mesh hole of the material mounted on the mounting portion, an imaging unit for capturing images of a plurality of mesh holes of the material mounted on the mounting portion, a tilt detection unit for obtaining, from the image captured by the imaging unit, an alignment direction of the mesh holes of the material, and a correction mechanism for correcting the orientation of the material on the mounting portion according to a tilt angle of the alignment direction of the mesh holes of the material with respect to a predetermined direction.

The apparatus of this disclosure is a dreadlock, which may be wrappable and added to a human head and hairdos for females, males, and children with or without previous natural, artificial dreadlocks, any other hairstyles, and any combination thereof. An apparatus may include a dreadlock apparatus comprising at least one track, wherein one track comprises at least one longitudinally placed ribbon. At least two or more hair locks are immovably affixed to the ribbon and perpendicular to the longitudinal ribbon, and wherein the two or more locks are affixed parallel to each other on the ribbon. The apparatus or parts of the dreadlocks may be handmade using crocheting, sewing, braiding, etc. The method of use of the apparatus includes wrapping, with or without additional affixing techniques such as crocheting, sewing, braiding, etc.

A method of installing a wig on the head of a wearer, the wig having a top portion that defines an opening corresponding to the wearer's part, the top portion being composed of a fabric and having wig hairs attached to the top portion. Wig clips attach the wig to the wearer's natural hair on the opposing sides of the wearer's part so that the wearer's natural part is exposed. The wearer's natural hair is not disposed over the fabric at the edges of the opening. Alternatively, a leave-out of the wearers natural hair does not cover the wig hair adjacent to the edges of the opening. The wig hair adjacent to the edges of the opening may be tangled or the installer may tease the wig hairs adjacent to the edges of the opening. The invention is also a wig for application of the method.

A method of installing a wig on the head of a wearer, the wig having a top portion that defines an opening corresponding to the wearer's part, the top portion being composed of a fabric and having wig hairs attached to the top portion. Wig clips attach the wig to the wearer's natural hair on the opposing sides of the wearer's part so that the wearer's natural part is exposed. The wearer's natural hair is not disposed over the fabric at the edges of the opening. Alternatively, a leave-out of the wearers natural hair does not cover the wig hair adjacent to the edges of the opening. The wig hair adjacent to the edges of the opening may be tangled or the installer may tease the wig hairs adjacent to the edges of the opening. The invention is also a wig for application of the method.

A method of installing a wig on the head of a wearer, the wig having a top portion that defines an opening corresponding to the wearer's part, the top portion being composed of a fabric and having wig hairs attached to the top portion. Wig clips attach the wig to the wearer's natural hair on the opposing sides of the wearer's part so that the wearer's natural part is exposed. The wearer's natural hair is not disposed over the fabric at the edges of the opening. Alternatively, a leave-out of the wearers natural hair does not cover the wig hair adjacent to the edges of the opening. The wig hair adjacent to the edges of the opening may be tangled or the installer may tease the wig hairs adjacent to the edges of the opening. The invention is also a wig for application of the method.