Abstract: The present invention relates to a method for manufacturing non-slip socks, which arranges and presses a fabric to which a grapping member is bonded at the inside of the sock and then arranges and presses the fabric to which the grapping member is bonded at the outside of the sock. Here, accuracy of positions of the grapping members at the inside and the outside of the sock may increase by using a unit for guiding a position of the fabric, and productivity may improve.

Abstract: The present invention relates to an apparatus for manufacturing non-slip socks, in which a groove is formed in a mold rotating along a rotation table, and which includes a guide device at one side thereof to arrange fabrics at an exact position on the inside and the outside of the sock and maintain a state in which grapping members at the inside and the outside of the sock are exactly alternately arranged.

Abstract: A method and apparatus are provided for relatively convenient and efficient production of custom molded inserts for shoes. The apparatus utilizes a molding pillow arrangement, upon which a user stands during use. The molding pillow arrangement has a composite construction including a first resilient layer, a middle resilient layer and a bottom support layer. The bottom support layer preferably includes a generic arch curve therein. The upper resilient layer is formed from a relatively soft foam, and thus molds around a user's feet. The middle layer is resilient, but relatively hard by comparison to the upper layer. The middle layer provides for a relatively firm cushion underneath the user's foot, facilitating contouring of a molded insert to the bottom of the user's foot. Preferably, at least the upper cushion portion of the molding pillow arrangement comprises left and right cushions, independently moldable with respect to a user's left and right feet.

Abstract: A method and apparatus are provided for relatively convenient and efficient production of custom molded inserts for shoes. The apparatus utilizes a molding pillow arrangement, upon which a user stands during use. The molding pillow arrangement has a composite construction including a first resilient layer, a middle resilient layer and a bottom support layer. The bottom support layer preferably includes a generic arch curve therein. The upper resilient layer is formed from a relatively soft foam, and thus molds around a user's feet. The middle layer is resilient, but relatively hard by comparison to the upper layer. The middle layer provides for a relatively firm cushion underneath the user's foot, facilitating contouring of a molded insert to the bottom of the user's foot. Preferably, at least the upper cushion portion of the molding pillow arrangement comprises left and right cushions, independently moldable with respect to a user's left and right feet.