In [4] Miyazaki and Motegi constructed one family ofknots in S3 which admits Dehn surgery producing a Seifert-beredspace over S2 with four exceptional bers. On the other hand,in [3] using doubly hyper Seifert twisted torus knots, the authorconstructed six families of knots in S3 which admit Dehn surgeryyielding a Seifert-bered space over S2 with four exceptional bers. It is questioned in [3] whether or not the family of the knots con-structed in [4] belongs to one of the six families of the knots in [3]. In this paper, we give the positive answer for this question.