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 wig includes a cap, a plurality of hair wefts and an internal layer adjacent a user's head. The cap is formed from an expandable material. The hair wefts are attached to the cap in a particular pattern. The internal layer is located internally within the cap to protect the user's head. To make the wig, a user locates the material for the cap on a surface, ideally a scalp of a person who will wear it or a mannequin. The scalp is measured. The hair wefts are attached. A user may optionally locate one or more clips or combs to secure the wig to a user when complete. When making the wig on a user's head, a secondary cap may be located between the cap and the user's head for protection.

A wig-stabilising headband (10) for enhancing the stability of an in-use wig (52), the headband (10) comprising an elongate main body (12) which is in or can be formed into a loop configuration. The elongate main body (12) has a head-facing surface, and a wig-facing surface. The head-facing surface has at least one first grip-enhancing element (40) for improving the frictional contact with a wearer's head. Similarly, the wig-facing surface has at least one second grip-enhancing element (42) for improving the frictional contact with an in-use wig (52).

A wig base having a surface portion to which artificial hairs will be planted, an outer frame in which a first string shaped member to which artificial hairs will be planted is placed apart from at least a part of the surface portion, a middle portion in which a second string shaped member to which artificial hairs will be planted is placed in a waveform having apexes located at the surface portion side and at the outer frame side between the surface portion and the outer frame, wherein apexes of the wave-formed second string shaped member at the surface portion side and the surface portion are fixed together, wherein at least at the apexes of the second string shaped member at the outer frame side, the first and second string shaped members are connected such that a relative position of the first and second string shaped members may change.

A hair piece for a human wearer, the hair piece comprising a base member; the base member being tubular in shape with a top opening, a bottom end and a hollow interior volume; the base member further comprising wig hair secured thereto to provide the hair piece; and a securing member, the securing member attached to the base member proximate to the top opening. The base member is operative to receive a portion of the wearer's hair in the hollow interior volume, with the securing member is at least partially secured to the wearer's hair. The hair piece, when secured, presents a ponytail style wig for the wearer.

A hairpiece wearable by a wearer includes a central portion of real hair extendable from a forehead of the wearer to a top portion of a head of the wearer; and a pair of side portions of real hair each extendable from a respective temple of the head of the wearer to the ears of the wearer; wherein a front contour of a hairline of at least the central portion undulates in a generally M-shape.

A wig base having a surface portion to which artificial hairs will be planted, an outer frame in which a first string shaped member to which artificial hairs will be planted is placed apart from at least a part of the surface portion, a middle portion in which a second string shaped member to which artificial hairs will be planted is placed in a waveform having apexes located at the surface portion side and at the outer frame side between the surface portion and the outer frame, wherein apexes of the wave-formed second string shaped member at the surface portion side and the surface portion are fixed together, wherein at least at the apexes of the second string shaped member at the outer frame side, the first and second string shaped members are connected such that a relative position of the first and second string shaped members may change.

A multi-section wig apparatus is provided and includes a first hair section, a second hair section, a third hair section, and a fourth hair section, each configured to have artificial hair coupled to a surface thereof. The multi-section wig apparatus includes lace mesh parting areas disposed between the first hair section, the second hair section, the third hair section, and the fourth hair section. The lace mesh parting areas allow the user to style the artificial hair in multiple different styles according to their preference.

A wig cap. The wig cap includes an annular band including an upper edge, a lower edge, an inner layer, and an outer layer. A crown portion includes a first edge and a second edge, wherein the first edge is connected to the upper edge of the annular band. A mesh portion includes a first edge and a second edge, wherein that the first edge of the mesh portion is connected to the second edge of the crown portion, and the second edge of the mesh portion is connected to the upper edge of the annular band. The mesh portion is configured to contact a rear area and side areas of a wearer's head when worn thereon, and the crown portion is configured to contact a crown area of a wearer's head when worn thereon. The wig cap protects the scalp and hair follicles from wigs and other head coverings.

A three-dimensional object configured by a plurality of divided parts and having a surface, one portion of the surface is covered with a covering member. The three-dimensional object includes a first divided part as the divided part, which at least one portion of the first divided part is exposed from the covering member; and a second divided part as the divided part and is covered with the covering member. In the three-dimensional object, at least one portion of a joining surface of the first divided part and the second divided part is covered with the covering member.