METHOD FOR FORMING GLASS TRANSFERRING PATTERN OF DISPLAY DEVICE AND THE GLASS TRANSFERRING PATTERN STRUCTURE

The present invention relates to a method for forming a glass transfer pattern of a display device comprising an ink layer forming step for forming an ink layer on the upper part of a release film; an UV molding layer forming step for forming an UV molding layer on the upper part of the ink layer; a deposition layer forming step for forming a deposition layer on the upper part of the UV molding layer; a thermal transfer ink layer forming step for forming a thermal transfer ink layer on the upper part of the deposition layer; a cutting step for cutting the ink layer, the UV molding layer, the deposition layer, and the thermal transfer ink layer sequentially stacked on the upper part of the release film as a fixed size range; and a glass thermal transfer step for performing thermal transfer by setting glass on the upper part of the cut thermal transfer ink layer. Moreover, the method for forming a glass transfer pattern of a display device comprises an ink layer forming step for forming an ink layer on the upper part of a release film; an UV molding layer forming step for forming an UV molding layer on the upper part of the ink layer; a deposition layer forming step for forming a deposition layer on the upper part of the UV molding layer; a thermal transfer ink layer forming step for forming a thermal transfer ink layer on the upper part of the deposition layer; a non-transfer ink layer forming step for forming a non-transfer ink layer within a size range based on a view area range of a display device; and a glass thermal transfer step for performing thermal transfer with respect to the residual area except for the non-transfer ink layer by setting glass on the upper part of the thermal transfer ink layer.