TH52003A - Artificial hair for implantation and hair production - Google Patents

Abstract

DC60 (08/07/45) The smaller single fibers were created by a process in which the spinning and pulling operations were performed after silver ceramic particles were mixed with the fiber resin material. With key ingredients Of polybutylene Terephthelate Silver ceramic particles were 0 .5 microns or less, and the amount of silver ceramic particles in the mixture was within the range of 0. 3% to 3.0%. The smaller single fiber surface was then operated. Reduce mechanical shine Get me The implant had a low bacterial infection rate, and a high adhesion rate of the hair growing. And highly durable In the sense that I do not break the point near the root. Even after being used for a long time after planting The tiny monofilament is created by a process in which a spinning, melting and retrieval operation is performed after silver ceramic particles are mixed with a resin material for the fibers. With key ingredients Of polybutylene Terephthelate Silver ceramic particles have a size of 0.5 (mu) m or less, and the amount of silver ceramic particles in the mixture is within the range of 0.3% to 3.0%. Was put into operation to reduce the mechanical gloss Get me The implant had a low bacterial infection rate, and a high adhesion rate of the transplanted hair. And highly durable In the sense that I do not break at the point near the root. Even after being used for a long time after planting

Claims (5)

1. Artificial hair for transplanting Consists of small single fibers (Monofilament) of fibers containing the active ingredient polybutylene terepthalate (polybutylene terepthalate), where the small monofilament contains powder of silver ceramics. Claim No. 1 where the powder has a particle size of 0. 5 (mu) m or less 3. Implanted hair for planting as per claim clause. 2. Where such powder of silver ceramic is contained in The small monofilament was in a concentration of 0.3% to 3.0% by weight. 4. Implants for transplantation according to the claim. 3. Where the silver ceramic is the least One of the zeolite, silver (silver zeolite), silver apatite, calcium phosphoric acid calcium, and zirconium. Phosphoric acid silver (silver phosphoric acid zirconium) 5. Artificial hair for growing according to the clause. 4. Where the tiny monofilament is fleshy The surface of the face is the result of a reduction in shine. 6. Artificial hair for transplantation according to claim 2. Where the silver ceramic At least One of zeolite, silver (silver zeolite), silver apatite, calcium, phosphoric acid calcium, and zirconium. Silver phosphoric acid zirconium 7. Artificial hair for transplantation according to claim 6. Where the single strand has a surface texture. As a result of the practice of reducing shine. 8. Artificial hair for planting according to claim 1. Where the powder of the ceramic has silver in the strands. The small monofilament is in a concentration of 0.3% to 3.0% by weight 9. Implants for transplantation according to claim 1. Where the silver ceramic is the least One of the zeolites, silver (silver zeolite), silver apatite, calcium phosphoric acid calcium, and zirconium, silver phosphoric acid zirconium. ) 1 0. Implants for transplantation according to claim 9. Where small single fibers are The surface of the surface resulting from shine reduction practice 1 1. Artificial hair for transplantation according to claim 1. Where polybutylene terepthalate (polybutylene terepthalate) has the mean molecular weight of 10,000 to 60,000 1 2. Implants for grafting according to 1 1. Where polybutylene terepthalate (polybutylene terepthalate) has an average molecular weight of 20,000 to 40,000 1. 3. Hairline for transplantation. Planted according to claim 1. Where small single strands have a diameter within the range of 80 (mu) m to 110 (mew) m 1 4. Implants for transplantation according to claim 13. Where the tiny monofilament has a diameter - within the range of 90 (mu) m to 110 (mu) m 1 5. Processes for producing artificial hair for transplantation. The process consists of Mixing silver ceramic particles into a master bath (masterbatch) which contains A key component of polybutylene terephthalate, where silver ceramics have a particle size of 0.5 (mu) m or less and are present in the mixture in concentrations of 0 .3% to 3.0. % By weight; And later, spinning the mixture to create a small single fiber 1 6. Process for producing artificial hair for planting according to claim No. 1 5. Where the ceramic Silver is at least one of the zeolite, silver (silver zeolite), silver apatite, calcium, phosphoric acid calcium, and zirconium. Silver phosphoric acid zirconium 1 7. Process for producing artificial hair for transplantation according to claim 1 6. It also consists of the introduction of a small single fiber to the practice of reducing shine 1 8. Process for producing artificial hair for planting according to claim 1. 5. It also consists of adopting a small single fiber to reduce the gloss.