Spectacle lens (36; 74; 142; 172; 240; 262; 310; 340; 364; 384) with a first (38; 246; 266; 312), a second face (48; 244; 264) located opposite and a side face (26; 44; 84; 180; 282; 348), which connects the first and second face, wherein the first face is the face on the eye side and the second face is the face on the object side of the spectacle lens, or wherein the first face is the face on the object side and the second face is the face on the eye side of the spectacle lens, and wherein at least the first face (38; 246; 266; 312) of the spectacle lens has a base part zone and at least one prism zone, wherein the configuration of the first face differs in the base part zone and in the prism zone; the base part zone of the first face (38; 246; 266; 312) with the second face (48; 244; 264) of the spectacle lens located opposite forms a base part (45; 146; 344) of the spectacle lens; and the prism zone of the first face (38; 246; 266; 312) with the second face (48; 244; 264) of the spectacle lens located opposite forms a prism part (22; 44; 75; 144; 176; 242; 263; 320; 342; 386), which is designed and arranged in such a manner as to generate an optical image of a display (24; 82; 161; 252; 280; 322; 330; 354; 370; 388) at a predefined virtual distance in front of the eyes of the spectacle wearer, wherein the prism part (22; 44; 75; 144; 176; 242; 263; 320; 342; 386) is arranged horizontally and/or vertically offset in relation to the geometric centre point (58; 126; 350) of the face of the spectacle lens on the object side, so that the horizontal and/or vertical distance between the geometric centre point (62; 97) of the face on the object side of the prism part (22; 44; 75; 144; 176; 242; 263; 320; 342; 386) and the geometric centre point (58; 126; 350) of the face on the object side of the spectacle lens amounts to 5 to 35 mm, and wherein the prism part (22; 44; 75; 144; 176; 242; 263; 320; 342; 386) is designed and arranged in such a manner that in a predefined position of use of the spectacle lens in front of the eyes of the spectacle wearer at least one light ray coming from the display after deflection at the side face (26; 44; 84; 180; 282; 348) of the spectacle lens in the prism part (22; 44; 75; 144; 176; 242; 263; 320; 342; 386) is reflected at least once at the face (30; 88; 188; 250; 270; 316) of the spectacle lens on the eye side in the prism part through total reflection in the direction of the face (28; 86; 182; 284; 318) of the spectacle lens on the object side in the prism part, is then reflected on the face (28; 86; 182; 284; 318) of the spectacle lens on the object side in the prism part in the direction of the face (30; 88; 188; 250; 270; 316) of the spectacle lens on the eye side in the prism part and is projected through the face (30; 88; 188; 250; 270; 316) of the spectacle lens on the eye side in the prism part into the eye (92; 178; 254; 288) of the spectacle wearer, and wherein in the horizontal and/or vertical direction the first face (38; 246; 266; 312) in the prism zone connects at least once, preferably twice, to the first face in the base part zone in a constantly differentiable manner; or wherein in the horizontal and/or vertical direction the first face (38; 246; 266; 312) in the prism zone connects to the first face in the base part zone with the formation of a bend.