In at least a portion of a surrounding region of a wig base 10 attached to a user's head, a pressing member 30 of a predetermined width is fixed to the wig base 10 so as to cover the root of artificial hairs 20a planted to the wig base 10. The artificial hairs 20a pressed by the pressing member 30 in the peripheral portion of the wig protrude outward in the direction in which the wig base 10 extends, and the direction is close to the direction in which own hairs remaining on the head extend. Therefore, the tunnel phenomenon can be prevented, and the artificial hairs 20a suitably harmonize with own hairs.

The present invention belongs to the field of wigs, and discloses a detachable wig headgear, including a rear end part, a front end part connected to the rear end part, and a zipper provided between the rear end part and the front end part. In the present invention, a zipper structure is adopted to detachably connect the front end part and the rear end part. If there is a need to change the styling of wigs or the wig headgear is damaged, the wig headgear needs to be replaced. The front end part and the rear end part of the wig headgear may be split by the zipper. Then, a part that is needed to be changed or a damaged part is replaced. Finally, the zipper is used to connect the front end part and the rear end part, which saves costs significantly.

A wig includes a basic member and a plurality of hairs, it also comprises the baby hair and the baby hair is set in the basic member. It has baby hair, such as fine hair, to fit the basic member to cover the basic member and improve the appearance and the biofidelity of the wig.

An artificial hair comprises a mesh layer configured to fit around a circumference of a user's head comprising an inner surface, an outer surface, a front region, a rear region, and a circumferential edge region that extends around the front region and the rear region; a filament coupled to the outer surface of the mesh layer, at least a portion of the filament being disposed in each of the front region, the rear region and on the circumferential edge region of the mesh layer; a plurality of first hair members coupled to the filament; and a plurality of second hair members slidably disposed between the filament and the mesh layer, the first hair members comprising a first length and the second hair members comprising a second length, the first length being greater than the second length.

A wig includes a basic member and a plurality of hair strings, the roots of the hair strings being connected to basic member with one or more connecting strings. The roots of the hair strings are the aggregation of the same position of several hairs. The manufacturing technique of this kind of wig includes preparing the basic member and the plurality of hair strings; and then attaching the roots of the hair strings to the basic member.

A weaveable wig comprising a cap comprising front and back edges, the cap comprising a reinforced fabric portion having a first edge forming a portion of a perimeter of the front edge of the cap, a plurality of longitudinal weft-securing members coupled to the second edge of the reinforced fabric portion and extending to the back edge of the cap, and at least one hair-part inlay extending from the perimeter of the cap at the front edge toward a crown of the cap within the reinforced fabric portion, the hair-part inlay comprising a reinforced border surrounding the hair-part inlay except along the front edge. The weaveable wig further comprises a plurality of hair wefts coupled laterally across at a least a portion of the plurality of longitudinal weft-securing members and a weaving band comprising an elastic mesh material extending outward from a majority of the perimeter of the cap.

The present invention belongs to the field of wigs and discloses a wig sheath with a detachable clip, including a woven net surface. A handwoven net surface is connected to the front end of the woven net surface. An elastic band is provided at the bottom of the woven net surface. A detachable hairpin group is provided on the elastic band. A pair of auricle notches are also provided at the bottom end of the elastic band. A part of the handwoven net surface corresponding to the elastic band has a length of 9 inches. The handwoven net surface is sleeved at the front end of a user's head. The woven net surface is provided at the back end of the user's head. The user can arbitrarily choose whether or not to use a hairpin according to his or her own use scenario and use habits.

A wig apparatus is provided. The wig apparatus includes: a mesh base comprising an inner surface, an outer surface, a fold portion and a terminal edge portion; a band member comprising a first surface, a second surface, a top edge and a bottom edge, wherein the first surface is coupled to the inner surface of the mesh base and wherein the second surface is coupled to the inner surface of the mesh base; a first portion of artificial hair coupled to at least the outer surface of the mesh base adjacent to the first surface; and a second portion of artificial hair coupled to the outer surface of the mesh base adjacent to the second surface.

Provided is a wig including a planting net divided into a plurality of planting nets, the planting net including a front planting net, one pair of side planting nets, and a rear planting net. The front planting net is manufactured as a wig fabric by knotting wig fibers, a loop pattern with a certain shape prepared in advance is provided as a plurality of portions on the one pair of side planting nets and the rear planting net, and an ornamental hairpiece in a certain shape is connected to the loop pattern, and the front planting net, the one pair of side planting nets, and the rear planting net are sewn together so that a user is able to create a more natural look when wearing the wig.

Example methods of installing replacement hair includes installing a fitted scalp mesh over natural hair of a subject experiencing hair loss or hair thinning and pulling from about 80% to 100% of the natural hair beneath the fitted scalp mesh through the fitted scalp mesh as a plurality of natural hair groupings. The method can also include forming a plurality of hair tracks oriented transverse relative to the lateral spacing with multiple natural hair groupings having different starting locations along the individual hair tracks. Individual natural hair groupings of the individual hair track can pass through and are secured by at least two hair fasteners along the individual hair track. Additionally, the method can include installing at least one hair weft on the fitted scalp mesh.