84 results about "Artificial hair wig" patented technology

A hairpiece (35) for supplementing the natural hair of a wearer person (42). The hairpiece comprises a support net (10) formed by interconnected strands (11). The net is shaped to conform with the scalp of the wearer person. A plurality of bands of hair (36) are permanently secured spaced-apart, to the strands (11) of the support net (10). The bands of hair are disposed in a predetermined pattern to conceal the net while maintaining flexibility thereof. Independent attachment spring clips (20) are permanently secured in an upper portion of the support net (10) to removably secure the net in the wearer person's natural hair (43) wherein the net (10) and the attachment spring clips (20) are substantially non-visible in the natural hair to supplement and provide styling to the natural hair.

The device is a lightweight stretchable mesh base wig that provides full hair coverage and protection of a wearer's natural hair via an anti-skid system that securely holds the wig in a comfortable grip position without the use of adhesive, metal or non-porous plastic components. The wig device has a fixed micro hair-part for reducing manufacturing time and cost especially when the device is made of natural or human hair. The device has an anti-stress nape hair component that prevents tension and stress on a wearer's head and on the hair wefts at the lower back of the wig. The components are configured to allow the wig to be natural looking and highly undetectable and at low cost.

A cosmetic hair assembly has a shaped piece of wig netting or mesh holding a plurality of cosmetic hairs attached to a correspondingly shaped layer of biomimetic microstructure adhesive (BMA) with tiny synthetic seta for adhesion to human skin. The wig netting is dimensioned slightly larger than the BMA layer to leave a slight overhanging part to facilitate removal from the skin by peeling back the overhanging part. A comb with peeler in the form of hooked portions can be used to peel back the wig netting. In another embodiment, an individual cosmetic hair assembly has a hair shaft attached to a substrate portion attached to a BMA layer, wherein the substrate's edges provide engagement surfaces to facilitate removal by peeling back the BMA layer. An applicator in the form of a thin water-soluble transfer sheet can hold a number of cosmetic hair assemblies until they are ready to be applied.

A removal system for sewn-in hair extensions, hair weaves, hair augmentation, and wigs is disclosed. This invention solves issues with respect to facile removal and scalp irritation caused by such extensions through the use of methods using dissolvable thread and dissolving agent, with optional added antipruritic and anti-itch properties or by adding a separate antipruritic agent. The dissolvable thread may be used to either secure hair extension wefts to a wearer's hair or in conjunction with a hair weft constructed of the same dissolvable material comprising the thread.

A wig is fabricated by: a masking sheet, having a great number of openings around 10 mm in diameter formed therein, being applied to a side of a wig base which is to face the scalp of a wearer; a silicone adhesive agent being applied to the wig base through the openings; one end of a tablet formed of a silicone substance, which can be placed within the opening, being adhered to the silicone adhesive agent, and further, a silicone adhesive agent being applied to a surface of the tablet and dried; following which the masking sheet is removed, thereby providing silicone protrusions fixed to the side of the wig base which is to face the scalp of the wearer.

The invention relates to the field of artificial hair, in particular to a preparation process of an artificial hair product. The process comprises the following steps of: 1, sorting and neatening a protein fiber raw material; 2, arranging the hair on a three head machine; 3, folding hair wefts arranged in the step 2 into four layers, partitioning the four layers into 24 small bundles and winding the small bundles on 24 aluminum pipes; 4, putting the hair wefts wound on the pipes in the step 3 into a steam setting cabinet for setting; 5, taking the hair wefts out of the setting cabinet and cleaning the hair wefts with water; 6, taking the hair wefts down from the aluminum pipes and soaking the hair wefts in medicinal liquid; 7, putting the hair wefts soaked by the medicinal liquid into a steam drying chamber for drying; 8, straightening the dried hair wefts by permanent hair styling; and 9, packaging. The artificial hair produced by the process is convenient to wear and comb, is soft and bright and has a compact structure, high elasticity, and low maintenance cost when used subsequently.

Partial wig components for users who do not want to wear a full wig. The invention comprises a frontal strip 2 which would mimic a new hair line for person's with a receding hair line. Additionally strips of hair may be attached on other areas of the person's head to mimic a fuller look. A natural, synthetic resinous or rubber component or base is provided for hair strips in which the frontal portion comprising a skin toned or transparent material intended to be indistinguishable from the wearer's actual skin; weaved with individual strands of hair to compose a natural looking hair line. With time the base deteriorates with use, thus a replaceable liner is adhered to the base. Thus most wear and tear will occur onto the liner. The wig is manufactured by implanting hairs or groups of hairs in elongated strips which comprise the wig base.

An artificial hair which is closely similar to natural hair in appearance, touch and feeling such as texture and has favorable physical data close to natural hair and a wig using this artificial hair. This artificial hair (1) has a core / sheath structure consisting of a core part (1B) and a sheath part (1A) covering the core part (1B). By using a polyamide resin, in particular, a semiaromatic polyamide resin for the core part (1B) and a polyamide resin, in particular, a straight-chain saturated aliphatic polyamide having a lower bending rigidity than the core part (1B) as the sheath part (1A), for example, the bending rigidity close to natural hair can be obtained. Moreover, changes and behaviors of the artificial hair depending on humidity change can be controlled in such a manner closely similar to natural hair. By using this artificial hair, therefore, it is possible to provide a wig having a natural feeling and an excellent appearance.

An artificial hair bundle (10) is made up by mixing a first artificial hair made of a polyester resin (1, 2) and a second artificial hair made of a polyamide resin, and the first artificial hair (1, 2) is made of polyethylene terephthalate and polybutylene terephthalate, having a cross-sectional size and bending rigidity similar to those of natural hair, wherein the bending rigidity is in the range of about 6.5 to 7.8 X 10 -3 gf cm 2 / strand at humidity 40 %, and the first artificial hair (1, 2) suppresses bundling of the second artificial hair (5), and the first and the second artificial hairs (1, 5) behave similarly to natural hair.

A wig having a body with an inside surface for engaging a user's head and an outside surface. The outside surface has hair strands projecting therefrom. The body is placeable in an operative position on the user's head to cover at least a portion of the user's scalp so that the projecting strands give the appearance of natural hair. Through securing structure, the body is reconfigured to allow at least a part of the body to be borne against the user's head with a selectively variable pressure with the body in the operative position.

The invention discloses an antibacterial self-cleaned artificial wig fiber containing peacock feather, having the following advantages that spinning dope is prepared by mixing polyacrylonitrile, polytetrafluoroethylene dispersion and sodium alginate, the spinning dope is good in spinnability, and the prepared composite fiber has hydrophobicity and self-cleaning performance, skin friendliness and softness, and durability; the peacock feather is processed into nano-level filling material, natural biological structure and color of the peacock feather are not destroyed, and the fiber is more natural; the added nano copper and peacock feather jointly provide good dispersity in pre-processed spinning dope in an ionic liquid, and the properties of the composite fiber are improved efficiently and stably; the wig fiber produced herein is resistant to stain and static electricity, is hydrophobic and easy to care, is clean and antibacterial and is smooth and washable, and the quality and grade of synthetic fiber wigs are greatly improved.