Symmetric　searchable　encryption　(SSE)　enables　users　to　search　the　ciphertext　stored　on　the　untrusted　cloud　without　revealing　the　search　keywords,　effectively　protecting　users＇　privacy.　However,　most　of　the　existing　SSE　schemes　reveal　the　search　or　access　pattern　during　the　keyword　query,　which　can　be　used　by　the　adversary　to　infer　the　sensitive　information　in　ciphertext,　thus　posing　a　great　threat　to　users＇　privacy.　To　address　this,　we　propose　an　SSE　scheme　supporting　search　pattern　and　access　pattern　protection　in　multi-cloud,　called　SAPM-SSE.　In　our　scheme,　an　index　shuffle　protocol　is　proposed　to　change　the　content　and　location　of　the　index　after　each　query,　which　helps　to　achieve　the　protection　of　search　and　access　pattern.　Furthermore,　with　the　purpose　of　improving　the　efficiency　of　shuffling,　we　construct　a　shuffling　algorithm　based　on　index　cache,　the　number　of　index　entries　for　shuffling　reduced　from　gamma　to　gamma/n　(n　＞=　1).　Besides,　our　scheme　supports　the　dynamic　update　of　documents　and　achieves　the　forward　security　in　update.　Finally,　security　analysis　and　experimental　results　show　that　our　scheme　can　achieve　the　protection　of　search　pattern　and　access　pattern　with　high　efficiency.