Automatic hair implanter for manufacturing wig and method of manufacturing wig
An apparatus includes a supplying unit for supplying artificial hairs onto one surface of a base and a needle movable in a direction perpendicular to the surface of the base. The needle pierces the base in a stretched condition to draw out the artificial hairs toward the opposite surface of the base. The base is supplied to a top surface of a conveyor table movable on a two-dimensional plane in perpendicular directions, movement thereof being controlled to be done at a predetermined pitch in a predetermined order, so that the base becomes stretched. In this stretched condition, the artificial hairs are transplanted. After hair-transplantation, the stretched condition is released. This prevents needle holes, formed by hair-transplantation, from being connected with each other to form a continuous slit.
1. An automated hair-transplanting apparatus for manufacturing a wig comprising:
a conveyor table;
base supplying means for supplying a base onto said conveyor table;
tensioning/positioning means for applying tension to said base which has been supplied onto said conveyor table by said base supplying means so that said base is placed in position in a stretched condition;
artificial hair supplying means for supplying artificial hairs of predetermined length onto one surface of said base which has been supplied onto said conveyor table by said base supplying means and positioned in the stretched condition by said tensioning/positioning means;
a needle movable in a direction perpendicular to the surfaces of said base, said needle piercing said base from the other surface to said one surface and then engaging at said one surface said artificial hair supplied by said artificial hair supplying means and then returning back to said other surface so that said artificial hair is drawn out toward said other surface of said base to be transplanted onto said base;
table driving means for moving said conveyor table in X and Y directions perpendicular to each other with predetermined pitch so that said artificial hair transplanting operation by said needle is repeated with said predetermined pitch;
tension releasing means for releasing said tension given by said tensioning/positioning means to release said stretched condition of said base onto which said artificial hair have been transplanted, after said artificial hair transplanting operation with said needle has been completed; and press means that may be opened and closed to hold said artificial hairs, said artificial hairs being temporarily held by said press means and drawn out by said needle.
2. The automated hair-transplanting apparatus according to claim 1 , wherein said press means are swingable toward said needle, drawing-out of said artificial hairs by said needle being initiated after swinging movement of said press means toward said needle.
3. The automated hair-transplanting apparatus according to claim 1 , wherein said press means holds said artificial hairs from opposite sides.
4. The automated hair-transplanting apparatus according to claim 1 , wherein said press means holds said artificial hairs from up and down.
5. The automated hair-transplanting apparatus according to claim 1 , wherein said press means holds said artificial hairs from opposite sides and from up and down.
6. An automated hair-transplanting apparatus for manufacturing a wig comprising:
a conveyor table;
base supplying means for supplying a base onto said conveyor table;
tensioning/positioning means for applying tension to said base which has been supplied onto said conveyor table by said base supplying means so that said base is placed in position in a stretched condition;
artificial hair supplying means for supplying artificial hairs of predetermined length onto one surface of said base which has been supplied onto said conveyor table by said base supplying means and positioned in the stretched condition by said tensioning/positioning means;
a needle movable in a direction perpendicular to the surfaces of said base, said needle piercing said base from the other surface to said one surface and then engaging at said one surface said artificial hair supplied by said artificial hair supplying means and then returning back to said other surface so that said artificial hair is drawn out toward said other surface of said base to be transplanted onto said base;
table driving means for moving said conveyor table in X and Y directions perpendicular to each other with predetermined pitch so that said artificial hair transplanting operation by said needle is repeated with said predetermined pitch;
tension releasing means for releasing said tension given by said tensioning/positioning means to release said stretched condition of said base onto which said artificial hair have been transplanted, after said artificial hair transplanting operation with said needle has been completed; and
means for blowing said artificial hairs, transplanted by said needle, toward a predetermined direction,
wherein said blowing means comprises a bar arranged below the transplanted artificial hairs and movable in the predetermined direction.