diff --git a/health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchStatUserInfoDaySleepMapper.xml b/health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchStatUserInfoDaySleepMapper.xml
index 38d47f5..da7036e 100644
--- a/health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchStatUserInfoDaySleepMapper.xml
+++ b/health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchStatUserInfoDaySleepMapper.xml
@@ -52,22 +52,22 @@
             (select #{id,jdbcType=VARCHAR},
                     s.bind_user_id,
                     count(case when sm.sleep_type = '1' then 1 end)              as long_count,
-                    max(case when sm.sleep_type = '1' then time_to_sec(timediff(sm.end_time, sm.start_time)) end) /
+                    max(case when sm.sleep_type = '1' then TIMESTAMPDIFF(SECOND, sm.start_time, sm.end_time) end) /
                     60                                                           as long_duration_max,
-                    min(case when sm.sleep_type = '1' then time_to_sec(timediff(sm.end_time, sm.start_time)) end) /
+                    min(case when sm.sleep_type = '1' then TIMESTAMPDIFF(SECOND, sm.start_time, sm.end_time) end) /
                     60                                                           as long_duration_min,
-                    sum(case when sm.sleep_type = '1' then time_to_sec(timediff(sm.end_time, sm.start_time)) end) /
+                    sum(case when sm.sleep_type = '1' then TIMESTAMPDIFF(SECOND, sm.start_time, sm.end_time) end) /
                     60                                                           as long_duration_total,
                     count(case when sm.sleep_type = '2' then 1 end)              as short_count,
-                    max(case when sm.sleep_type = '2' then time_to_sec(timediff(sm.end_time, sm.start_time)) end) /
+                    max(case when sm.sleep_type = '2' then TIMESTAMPDIFF(SECOND, sm.start_time, sm.end_time) end) /
                     60                                                           as short_duration_max,
-                    min(case when sm.sleep_type = '2' then time_to_sec(timediff(sm.end_time, sm.start_time)) end) /
+                    min(case when sm.sleep_type = '2' then TIMESTAMPDIFF(SECOND, sm.start_time, sm.end_time) end) /
                     60                                                           as short_duration_min,
-                    sum(case when sm.sleep_type = '2' then time_to_sec(timediff(sm.end_time, sm.start_time)) end) /
+                    sum(case when sm.sleep_type = '2' then TIMESTAMPDIFF(SECOND, sm.start_time, sm.end_time) end) /
                     60                                                           as short_duration_total,
                     sum(length(sm.status) - length(replace(sm.status, '1', ''))) as deep_sleep_times,
                     sum(length(sm.status) - length(replace(sm.status, '3', ''))) as light_sleep_times,
-                    sum(time_to_sec(timediff(sm.end_time, sm.start_time))) / 60  as deep_light_times,
+                    sum(TIMESTAMPDIFF(SECOND, sm.start_time, sm.end_time)) / 60  as deep_light_times,
                     max(s.id) as sleep_id,
                     max(sm.end_time) as last_upload_time,
                     data_date,
@@ -85,22 +85,22 @@
         update QH_WAT_STAT_USER_DAY_SLE stat
             left join (select s.bind_user_id,
                               count(case when sm.sleep_type = '1' then 1 end)              as long_count,
-                              max(case when sm.sleep_type = '1' then time_to_sec(timediff(sm.end_time, sm.start_time)) end) /
+                              max(case when sm.sleep_type = '1' then TIMESTAMPDIFF(SECOND, sm.start_time, sm.end_time) end) /
                               60                                                           as long_duration_max,
-                              min(case when sm.sleep_type = '1' then time_to_sec(timediff(sm.end_time, sm.start_time)) end) /
+                              min(case when sm.sleep_type = '1' then TIMESTAMPDIFF(SECOND, sm.start_time, sm.end_time) end) /
                               60                                                           as long_duration_min,
-                              sum(case when sm.sleep_type = '1' then time_to_sec(timediff(sm.end_time, sm.start_time)) end) /
+                              sum(case when sm.sleep_type = '1' then TIMESTAMPDIFF(SECOND, sm.start_time, sm.end_time) end) /
                               60                                                           as long_duration_total,
                               count(case when sm.sleep_type = '2' then 1 end)              as short_count,
-                              max(case when sm.sleep_type = '2' then time_to_sec(timediff(sm.end_time, sm.start_time)) end) /
+                              max(case when sm.sleep_type = '2' then TIMESTAMPDIFF(SECOND, sm.start_time, sm.end_time) end) /
                               60                                                           as short_duration_max,
-                              min(case when sm.sleep_type = '2' then time_to_sec(timediff(sm.end_time, sm.start_time)) end) /
+                              min(case when sm.sleep_type = '2' then TIMESTAMPDIFF(SECOND, sm.start_time, sm.end_time) end) /
                               60                                                           as short_duration_min,
-                              sum(case when sm.sleep_type = '2' then time_to_sec(timediff(sm.end_time, sm.start_time)) end) /
+                              sum(case when sm.sleep_type = '2' then TIMESTAMPDIFF(SECOND, sm.start_time, sm.end_time) end) /
                               60                                                           as short_duration_total,
                               sum(length(sm.status) - length(replace(sm.status, '1', ''))) as deep_sleep_times,
                               sum(length(sm.status) - length(replace(sm.status, '3', ''))) as light_sleep_times,
-                              sum(time_to_sec(timediff(sm.end_time, sm.start_time))) / 60  as deep_light_times,
+                              sum(TIMESTAMPDIFF(SECOND, sm.start_time, sm.end_time)) / 60  as deep_light_times,
                               max(s.id)                                                    as sleep_id,
                               max(sm.end_time)                                             as last_upload_time,
                               data_date