METHOD AND STRUCTURE FOR ATTACHING NONSLIP MEMBERS TO BOTH SIDES OF SOCK
The present invention relates to a method and a structure for attaching nonslip members to both sides of a sock, in which nonslip members having a variety of patterns may be firmly attached to an inner side and an outer side of a sock, which need a nonslip member, using a mold, the nonslip member includes air holes to be smoothly ventilated, and a size of the nonslip member is adequately adjusted according to a thickness and an area of the mold.
1 . A method of attaching nonslip members to both sides of a sock, the method comprising:
manufacturing a mold ( 100 ) including a nonslip member molding groove ( 110 ) formed to attach a desired-patterned nonslip member ( 20 ) to a part of a sock ( 10 ) which needs a nonslip member;
inserting silicone which is a raw material of the nonslip member ( 20 ) into the nonslip member molding groove ( 110 ) of the mold;
melting the silicone by inserting the mold ( 100 ) into a heating device;
placing the mold ( 100 ) turned upside down on the sock ( 10 ) to allow the silicone melted in the heating device to come into contact with a nonslip member attachment part of the sock ( 10 ) and placing the mold on the sock on a lower fixing plate of a press;
attaching the nonslip member ( 20 ) formed of silicone to the sock ( 10 ) by heat-pressing the mold ( 100 ) using an upper pressing plate of the press;
turning inside out the sock with the nonslip member attached to the outer side, inserting the support plate thereinto; and
placing the mold ( 100 ) on the sock so as to silicon melted to come into attach to the inner side of the sock and firmly attaching the nonslip member ( 20 ) on the inner side and outer side of the sock by heat-pressing the mold ( 100 ) using the press,
wherein the nonslip member molding groove ( 110 ) of the mold ( 100 ) comprises a plurality of air hole molding pins ( 120 ), and the nonslip member ( 20 ) comprises a plurality of air holes ( 21 ) formed by the air hole molding pins ( 120 ).
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5 . A structure for attaching a nonslip member to each of both sides of a sock, wherein a nonslip member molding groove ( 110 ) is formed in a mold ( 100 ) configured to attach a desired-patterned nonslip member ( 20 ) to a part of a sock ( 10 ) which needs nonslip member, silicone which is a raw material of the nonslip member ( 20 ) is inserted into the nonslip member molding groove ( 110 ) of the mold, melting the silicone by inserting the mold ( 100 ) into a heating device, the mold ( 100 ) turned upside down is placed on the sock ( 10 ) to allow the silicone melted in the heating device to come into contact with a nonslip member attachment part of the sock ( 10 ) and is placed on a lower fixing plate of a press (not shown), and the nonslip member ( 20 ) formed of silicone is attached to the sock ( 10 ) by heat-pressing the mold ( 100 ) using an upper pressing plate of the press, the sock with the nonslip member attached to the outer side is turned inside out, inserting the support plate thereinto, and the mold ( 100 ) is placed on the sock so as to silicon melted to come into attach to the inner side of the sock and the nonslip member ( 20 ) is firmly attached on the inner side and outer side of the sock by heat-pressing the mold ( 100 ) using the press, wherein the nonslip member molding groove ( 110 ) of the mold ( 100 ) comprises a plurality of air hole molding pins ( 120 ), and the nonslip member ( 20 ) comprises a plurality of air holes ( 21 ) formed by the air hole molding pins ( 120 ).
6 . (canceled)
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