E S T O N I A N   T O U R N A M E N T   B R I D G E   L E A G U E
4 6 T H   T A L L I N N   B R I D G E   F E S T I V A L   2 0 1 3
I N V I T A T I O N A L   P A I R S   -   B U T L E R   T O U R N A M E N T
G E N E R A T E D   :   2 3 . 0 5 . 2 0 1 3   2 2 : 1 8 : 1 3
PROTOCOLS PRODUCED BY VAMBOLA KASE - BRIDGE CALCULATION PROGRAM
B O A R D   N R .   2 5 25 J982           N S B O A R D   N R .   2 6
P-NS NS R-NS CNT P TR L R-EW EW P-EW D: N Q   5 5 P-NS NS R-NS CNT P TR L R-EW EW P-EW
+3 19 -120 2NT W = S9 120 6 -3 E-W Q543   3 4 +22 19 110 2S N = C3 -110 6 -22
+65 3 100 3H E -1 SA -100 2 -65   KJ53   3 3 -48 3 -90 1NT W = S2 90 2 +48
-120 15 -620 4H W = S8 620 8 +120 KQ73 4 6 6 +22 15 100 1NT W -1 S3 -100 8 -22
-120 16 -620 4H E = DT 620 24 +120 AT84 J653 Nt 5 5 +36 16 140 2S N +1 D3 -140 24 -36
-150 28 -790 4Hx E = DT 790 22 +150 AJ97 K62   E W +22 28 110 2S S = H7 -110 22 -22
+65 23 100 1NT W -1 C3 -100 20 -65 A T9874 8 8 -48 23 -90 1NT W = S6 90 20 +48
+94 13 200 5H E -2 SA -200 1 -94   AT65   9 9 -48 13 -100 2H S -1 H7 100 1 +48
+3 26 -120 1NT W +1 D4 120 12 -3 NS.OPT K972   10 10 +22 26 110 2S N = H8 -110 12 -22
-5 27 -150 1NT W +2 S2 150 4 +5 -620 T8   7 7 -48 27 -90 1NT W = S6 90 4 +48
-15 18 -170 2H W +2 HQ 170 10 +15         Q62         Nt 8 8 +22 18 100 1NT W -1 S6 -100 10 -22
-15 17 -170 2H E +2 C2 170 5 +15 26 Q8763           N S +22 17 100 2NT W -1 S3 -100 5 -22
+135 25 400 1Cxx W -1 HQ -400 21 -135 D: E K63   6 6 +50 25 180 2Dx S = H7 -180 21 -50
+65 9 100 4H W -1 S8 -100 11 -65 ALL T7654   8 8 +22 9 110 2S N = H8 -110 11 -22
-5 14 -150 1NT W +2 D4 150 7 +5     7 7 -48 14 -100 2H S -1 H4 100 7 +48
                    KJ9 T54 8 8                    
72 QT85 Nt 6 6
AQ9 KJ2   E W
AQJ54 763 7 7
  A2   5 5
NS.OPT AJ94   5 5
+110 83   5 5
        KT982         Nt 7 7
B O A R D   N R .   2 7 27 Q9           N S B O A R D   N R .   2 8
P-NS NS R-NS CNT P TR L R-EW EW P-EW D: S 84   11 11 P-NS NS R-NS CNT P TR L R-EW EW P-EW
+152 19 920 6C S = D6 -920 6 -152 --- AQ83   11 11 -107 19 -980 6S W = CQ 980 6 +107
+18 3 400 5C S = HQ -400 2 -18   AQJ82   5 5 +101 3 50 6S E -1 CJ -50 2 -101
+18 15 400 5C S = HQ -400 8 -18 J543 T872 6 6 +101 15 50 6S W -1 CQ -50 8 -101
+28 16 420 5D S +1 HQ -420 24 -28 QJ632 AKT9 Nt 8 8 -2 16 -480 4S W +2 CQ 480 24 +2
+18 28 400 5C N = HA -400 22 -18 6 9754   E W -107 28 -980 6S E = CJ 980 22 +107
+18 23 400 5C N = HA -400 20 -18 976 3 1 1 +101 23 50 6S W -1 CQ -50 20 -101
+18 13 400 5C N = HA -400 1 -18   AK6   1 1 0 13 -450 4S W +1 CQ 450 1 0
-114 26 -50 3NT S -1 H3 50 12 +114 NS.OPT 75   8 8 -107 26 -980 6S E = CJ 980 12 +107
+18 27 400 5C N = HK -400 4 -18 +400 KJT2   7 7 +112 27 100 7S E -2 CJ -100 4 -112
+18 18 400 5C N = HK -400 10 -18         KT54         Nt 1 1 -107 18 -980 6S E = CJ 980 10 +107
-114 17 -50 3NT S -1 H3 50 5 +114 28 T83           N S -107 17 -980 6S E = CJ 980 5 +107
+18 25 400 5C N = HA -400 21 -18 D: W K653   4 4 +101 25 50 6S W -1 D2 -50 21 -101
+18 9 400 5C N = HK -400 11 -18 N-S 86532   2 2 +128 9 150 6NT W -3 S3 -150 11 -128
-114 14 -50 3NT N -1 HA 50 7 +114   Q   2 2 -107 14 -980 6S E = CJ 980 7 +107
                    A952 KQJ7 1 1                    
AQT J84 Nt 1 1
A7 KJ94   E W
AK74 62 8 9
  64   11 11
NS.OPT 972   11 11
-990 QT   12 12
        JT9853         Nt 12 12