The　basic　idea　of　quantum　secret　sharing　is　to　share　classical　information　through　quantum　schemes.　In　reality,　the　number　of　secret　bits　shared　will　vary　according　to　the　actual　situation.　For　this　reason,　a　secret　sharing　scheme　of　double　qubits　is　constructed　based　on　single　particle.　At　the　same　time,　combined　with　the　needs　of　real　life　in　e-commerce,　this　paper　proposes　a　quantum　blind　signature　protocol　suitable　for　electronic　cash　payment　scenarios.　In　this　protocol,　the　blinding　of　the　message　is　an　XOR　operation,　which　makes　the　solution　simpler　and　easier　to　implement,　and　the　owner　of　the　message　cannot　be　tracked.　Moreover,　we　use　quantum　key　distribution　protocol　and　quantum　one-time　pad　to　guarantee　its　unconditional　security.　The　quantum　blind　signature　applied　to　the　electronic　payment　system　proposed　in　this　paper　could　protect　user’s　anonymity　as　the　traditional　E-payment　systems　do,　and　also　have　unconditional　security　which　the　classical　E-payment　systems　cannot　provide.　Security　analysis　shows　that　our　scheme　is　unforgeability,　undeniability,　blindness　and　unconditionally　secure.　©　2019,　ICST　Institute　for　Computer　Sciences,　Social　Informatics　and　Telecommunications　Engineering.