Scoretavlor PBN Givsamling: DUP Mer information
9 bord, 17 par, 1 blindpar. Antal brickor: 26. Medel: 182,0. Frirond (*) ger inspelad procent.
Plac Par Po�ng % Namn MID Klubb
1 12 267,6 * 73,5 Fredrik Back - Henry P�tt 1910 1867 Vasa Bk
2 9 235,1 * 64,6 Reetta Rekonen - Reko M�rsyl� 2469 1453 Vasa Bk
3 13 225,3 * 61,9 Kent Westersten - Martin Smulter 1452 1810 Vasa Bk
4 5 203,7 * 56,0 Kaj-Ole G�stgivar - Kenneth Grannas 1450 1449 Vasa Bk
5 17 203,0 55,8 Johan Sandberg - Gunilla Sandberg 1853 1852 Vasa Bk
6 1 200,4 * 55,1 Pirkko Pietil�inen - Kalevi Hautasaari 1862 1860 Vasa Bk - Vaasan Trikkikerho
7 4 198,3 * 54,5 Aimo Salmi - Jouko Vehni�inen 1194 1437 Vaasan Trikkikerho
8 11 190,7 * 52,4 Roger Mattb�ck - Styrbj�rn Blomberg 2693 1878 Vasa Bk
9 15 187,0 51,4 Agneta Hyytinen - Sylvia Sj�berg 1903 1854 Vasa Bk
10 18 179,0 49,2 Sam G�stgivar - Jan-Ole Warg 2683 1454 Vasa Bk
11 8 161,4 * 44,3 Jan-Erik Mattfolk - Magnus Karlsson 2694 1176 Vasa Bk
12 6 158,2 * 43,5 Per Granberg - Kerstin R�nnqvist 1291 2517 Vasa Bk
13 16 149,0 40,9 Jan-Henrik Vahlsberg - Susanna Rantanen 3053 2722 Vasa Bk
14 3 146,3 * 40,2 Richard R�ih� - Ulf Sj�berg 2704 Vasa Bk - �hus Bk
7 146,3 * 40,2 Bo Berg - Erik Sj�holm 1902 1855 Vasa Bk
16 10 123,5 * 33,9 Alf Ehn - B�rje Ehn 2806 2807 Vasa Bk
17 2 120,3 * 33,0 Eva M�rsyl� - Siru Westerholm 1486 2721 Vasa Bk
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Bricka: 1 Bricka: 2
Par Kontr Ut Resultat Po�ng Par Kontr Ut Resultat Po�ng
12 18 5S � -5 R10 250 14,0 0,0 3 9 4S S = RK 620 12,0 2,0
5 6 4R N +1 S3 150 12,0 2,0 12 18 4S N = K6 620 12,0 2,0
15 8 4R N = KK 130 10,0 4,0 16 11 4S N = KD 620 12,0 2,0
7 4 5Rx N -1 KK -100 8,0 6,0 2 10 3N S = S10 600 8,0 6,0
2 10 4K V +1 H4 -150 5,0 9,0 15 8 3S N +1 KD 170 6,0 8,0
17 13 4K V +1 H4 -150 5,0 9,0 5 6 1R S +4 K7 150 4,0 10,0
16 11 4Hx S -2 S7 -300 2,0 12,0 7 4 4K V -2 RD 100 2,0 12,0
3 9 5K V = H4 -400 0,0 14,0 17 13 3K � -1 HK 50 0,0 14,0
-- 1 Frirond 7,7 -- 1 Frirond 7,7
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Bricka: 3 Bricka: 4
Par Kontr Ut Resultat Po�ng Par Kontr Ut Resultat Po�ng
4 10 4H N = KE 420 12,0 2,0 4 10 5Rx V -4 SK 1100 13,0 1,0
9 15 4H N = S8 420 12,0 2,0 9 15 4Rx V -4 SE 1100 13,0 1,0
13 18 4H N = H4 420 12,0 2,0 6 7 4S N = R10 620 10,0 4,0
6 7 2H N +2 R3 170 8,0 6,0 3 11 4R V -3 SK 300 7,0 7,0
16 12 3H N = KE 140 6,0 8,0 17 1 4R V -3 SK 300 7,0 7,0
3 11 4H N -1 H3 -50 2,0 12,0 16 12 3R V -2 SE 200 4,0 10,0
8 5 4H N -1 H2 -50 2,0 12,0 13 18 3S N = R10 140 2,0 12,0
17 1 4H N -1 H2 -50 2,0 12,0 8 5 3K V -1 SE 100 0,0 14,0
-- 2 Frirond 4,6 -- 2 Frirond 4,6
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Bricka: 5 Bricka: 6
Par Kontr Ut Resultat Po�ng Par Kontr Ut Resultat Po�ng
9 6 3H N = RD 140 12,0 2,0 9 6 2Sx V -1 H6 200 14,0 0,0
13 16 3H N = K3 140 12,0 2,0 5 11 2S V -1 RE 100 11,0 3,0
17 2 3H N = SE 140 12,0 2,0 17 2 2S V -1 H6 100 11,0 3,0
18 1 3S � -2 HE 100 8,0 6,0 4 12 2H S -1 K9 -50 7,0 7,0
7 8 3S � -1 HE 50 6,0 8,0 13 16 2H S -1 SK -50 7,0 7,0
5 11 4H S -1 S4 -100 3,0 11,0 7 8 3R N -2 Skn -100 3,0 11,0
10 15 4H N -1 RD -100 3,0 11,0 18 1 2H S -2 R9 -100 3,0 11,0
4 12 3S � = HE -140 0,0 14,0 10 15 3H S -3 SK -150 0,0 14,0
-- 3 Frirond 5,6 -- 3 Frirond 5,6
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Bricka: 7 Bricka: 8
Par Kontr Ut Resultat Po�ng Par Kontr Ut Resultat Po�ng
1 16 5R V +1 HK -620 14,0 0,0 1 16 6H S = R6 980 11,0 3,0
8 9 3N V +1 HK -630 11,0 3,0 5 13 6H S = R7 980 11,0 3,0
15 11 3N V +1 HK -630 11,0 3,0 10 7 6H S = R6 980 11,0 3,0
3 17 3N V +3 HK -690 4,0 10,0 18 2 6H S = S5 980 11,0 3,0
5 13 3N � +3 Skn -690 4,0 10,0 6 12 4H N +2 K10 480 6,0 8,0
6 12 3N V +3 Hkn -690 4,0 10,0 3 17 6H S -1 H5 -50 4,0 10,0
10 7 3N � +3 S6 -690 4,0 10,0 8 9 5N N -3 R2 -150 2,0 12,0
18 2 3N � +3 S4 -690 4,0 10,0 15 11 6N N -4 R2 -200 0,0 14,0
-- 4 Frirond 7,6 -- 4 Frirond 7,6
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Bricka: 9 Bricka: 10
Par Kontr Ut Resultat Po�ng Par Kontr Ut Resultat Po�ng
16 2 1N N = H6 90 14,0 0,0 4 17 3H S = SK 140 12,0 2,0
6 1 2R N -1 Skn -50 12,0 2,0 16 2 3H N = S4 140 12,0 2,0
11 8 1H � = R8 -80 10,0 4,0 18 3 3H N = S4 140 12,0 2,0
7 13 2K V = R6 -90 8,0 6,0 9 10 3S V -1 K4 100 8,0 6,0
9 10 3R N -2 Skn -100 6,0 8,0 11 8 3H S -1 SE -100 6,0 8,0
4 17 2H � = R8 -110 4,0 10,0 15 12 2S V +1 RE -140 4,0 10,0
18 3 1N � +1 R5 -120 2,0 12,0 7 13 4H N -2 S4 -200 2,0 12,0
15 12 2N V +1 R6 -150 0,0 14,0 6 1 4Hx N -2 SD -500 0,0 14,0
-- 5 Frirond 7,8 -- 5 Frirond 7,8
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Bricka: 11 Bricka: 12
Par Kontr Ut Resultat Po�ng Par Kontr Ut Resultat Po�ng
7 2 1N V -1 S3 50 12,0 2,0 16 3 3H V -1 H9 50 14,0 0,0
10 11 2N V -1 S7 50 12,0 2,0 7 2 1H V +2 K3 -140 12,0 2,0
18 4 1N V -1 S3 50 12,0 2,0 17 5 3N V = Skn -400 10,0 4,0
15 13 3S N -1 H6 -50 8,0 6,0 8 1 4H V = R3 -420 5,0 9,0
17 5 1R V +2 S3 -110 6,0 8,0 12 9 4H V = K3 -420 5,0 9,0
12 9 1N V +1 S7 -120 3,0 11,0 15 13 4H � = S10 -420 5,0 9,0
16 3 1N V +1 S3 -120 3,0 11,0 18 4 4H V = R6 -420 5,0 9,0
8 1 1N V +2 S7 -150 0,0 14,0 10 11 4H V +1 S8 -450 0,0 14,0
6 -- Frirond 6,1 6 -- Frirond 6,1
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Bricka: 13 Bricka: 14
Par Kontr Ut Resultat Po�ng Par Kontr Ut Resultat Po�ng
9 2 1N V -2 S2 200 14,0 0,0 16 4 4S N +1 H9 450 14,0 0,0
5 18 2S N = KE 110 9,0 5,0 13 10 3N N +1 H9 430 12,0 2,0
13 10 2S N = R3 110 9,0 5,0 5 18 4S S = KD 420 8,0 6,0
15 1 2S N = R7 110 9,0 5,0 8 3 4S N = K7 420 8,0 6,0
17 6 2S N = R3 110 9,0 5,0 9 2 4S N = K7 420 8,0 6,0
8 3 1N � -1 S4 100 4,0 10,0 11 12 3N S = K7 400 2,0 12,0
11 12 2S N -1 R9 -100 1,0 13,0 15 1 3N N = K7 400 2,0 12,0
16 4 2S N -1 R7 -100 1,0 13,0 17 6 3N N = K4 400 2,0 12,0
7 -- Frirond 5,6 7 -- Frirond 5,6
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Bricka: 15 Bricka: 16
Par Kontr Ut Resultat Po�ng Par Kontr Ut Resultat Po�ng
15 2 5R V -2 S7 100 14,0 0,0 17 7 3S V -2 H4 200 14,0 0,0
17 7 3R � +3 S3 -170 12,0 2,0 9 4 2H S +2 SE 170 12,0 2,0
10 3 3N � +1 SK -430 10,0 4,0 6 18 2S V -1 K4 100 9,0 5,0
9 4 3N � +2 SK -460 7,0 7,0 12 13 3S V -1 H10 100 9,0 5,0
12 13 3N � +2 SK -460 7,0 7,0 10 3 3H S -1 SE -50 5,0 9,0
1 11 3N � +3 SK -490 3,0 11,0 15 2 3H S -1 SE -50 5,0 9,0
16 5 3N � +3 SK -490 3,0 11,0 1 11 4Hx S -1 S3 -100 2,0 12,0
6 18 4Kx N -3 RD -800 0,0 14,0 16 5 3S V = K4 -140 0,0 14,0
-- 8 Frirond 6,2 -- 8 Frirond 6,2
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Bricka: 17 Bricka: 18
Par Kontr Ut Resultat Po�ng Par Kontr Ut Resultat Po�ng
13 1 3Nx S +1 KD 650 14,0 0,0 11 4 3N S +2 R3 660 12,0 2,0
18 7 3N S +1 K6 430 12,0 2,0 17 8 3N S +2 R3 660 12,0 2,0
2 12 3N S = K6 400 9,0 5,0 18 7 3N S +2 R3 660 12,0 2,0
17 8 3N S = K6 400 9,0 5,0 10 5 3N S +1 R5 630 8,0 6,0
3 15 2N S +2 K6 180 6,0 8,0 13 1 4S S = R9 620 6,0 8,0
10 5 2R N +1 K7 110 3,0 11,0 2 12 3N S = R3 600 2,0 12,0
16 6 3R N = K7 110 3,0 11,0 3 15 3N S = K10 600 2,0 12,0
11 4 5R N -2 K6 -100 0,0 14,0 16 6 3N S = R9 600 2,0 12,0
-- 9 Frirond 9,0 -- 9 Frirond 9,0
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Bricka: 19 Bricka: 20
Par Kontr Ut Resultat Po�ng Par Kontr Ut Resultat Po�ng
12 5 3N S +1 Hkn 430 14,0 0,0 12 5 4Sx N = RE 790 14,0 0,0
7 16 1N S +3 R2 180 12,0 2,0 7 16 4S N = RE 620 11,0 3,0
1 2 2K N +2 S5 130 9,0 5,0 11 6 4S N = K2 620 11,0 3,0
11 6 1K N +3 S5 130 9,0 5,0 17 9 5Kx � -2 SE 500 8,0 6,0
17 9 3N N -1 S5 -50 6,0 8,0 4 15 3S N = RE 140 6,0 8,0
3 13 3N N -2 S5 -100 2,0 12,0 1 2 4S N -1 RE -100 3,0 11,0
4 15 2N S -2 S2 -100 2,0 12,0 18 8 4S N -1 RE -100 3,0 11,0
18 8 5K N -2 S4 -100 2,0 12,0 3 13 4S N -2 K8 -200 0,0 14,0
-- 10 Frirond 4,8 -- 10 Frirond 4,8
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Bricka: 21 Bricka: 22
Par Kontr Ut Resultat Po�ng Par Kontr Ut Resultat Po�ng
12 7 2S S = RE 110 14,0 0,0 4 1 5R N -2 HK -100 14,0 0,0
2 3 4H V -1 SE 50 11,0 3,0 8 16 2H V +4 Skn -230 11,0 3,0
13 6 4H V -1 SE 50 11,0 3,0 15 5 3H V +3 Skn -230 11,0 3,0
15 5 2S N -1 HE -100 8,0 6,0 12 7 4H V +1 H7 -650 7,0 7,0
4 1 2H V +2 SK -170 4,0 10,0 13 6 5H V = RE -650 7,0 7,0
8 16 2H V +2 SE -170 4,0 10,0 2 3 4H V +2 Skn -680 2,0 12,0
18 9 2H V +2 SK -170 4,0 10,0 10 17 4H V +2 Skn -680 2,0 12,0
10 17 3Sx N -1 HE -200 0,0 14,0 18 9 4H V +2 Skn -680 2,0 12,0
-- 11 Frirond 7,3 -- 11 Frirond 7,3
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Bricka: 23 Bricka: 24
Par Kontr Ut Resultat Po�ng Par Kontr Ut Resultat Po�ng
5 2 3N N +2 K2 660 14,0 0,0 5 2 1H N +2 K2 140 13,0 1,0
1 7 3N S +1 R3 630 11,0 3,0 18 10 2H N +1 K2 140 13,0 1,0
18 10 3N N +1 K5 630 11,0 3,0 11 17 4S � -2 HK 100 10,0 4,0
13 8 3N N = K6 600 7,0 7,0 15 6 Pass 0 7,0 7,0
16 9 3N N = Kkn 600 7,0 7,0 16 9 Pass 0 7,0 7,0
3 4 2N N +1 Kkn 150 4,0 10,0 1 7 3H N -1 RD -50 4,0 10,0
11 17 4S S -1 KD -100 1,0 13,0 13 8 4H N -2 S6 -100 2,0 12,0
15 6 4S S -1 KD -100 1,0 13,0 3 4 2R V +1 K10 -110 0,0 14,0
12 -- Frirond 10,3 12 -- Frirond 10,3
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Bricka: 25 Bricka: 26
Par Kontr Ut Resultat Po�ng Par Kontr Ut Resultat Po�ng
18 11 4Hx � -2 RK 500 14,0 0,0 1 9 4S V -2 RE 200 14,0 0,0
16 10 2N � -1 RK 100 12,0 2,0 2 8 4S V -1 K6 100 12,0 2,0
4 5 3K S -1 R8 -50 9,0 5,0 4 5 1S V +1 RE -110 9,0 5,0
15 7 2R N -1 S6 -50 9,0 5,0 15 7 1S V +1 H7 -110 9,0 5,0
2 8 2H � = K5 -110 6,0 8,0 6 3 1S V +2 K6 -140 3,0 11,0
1 9 2H � +1 RK -140 4,0 10,0 16 10 2S V +1 K3 -140 3,0 11,0
6 3 2H � +2 K6 -170 2,0 12,0 17 12 1S V +2 K6 -140 3,0 11,0
17 12 4Rx N -3 H7 -500 0,0 14,0 18 11 3S V = RE -140 3,0 11,0
13 -- Frirond 8,7 13 -- Frirond 8,7
Scoretavlor PBN Givsamling: DUP Mer information
PBN (Portable Bridge Notation) �r ett format som kan anv�ndas f�r att spara givsamlingar, spelsamlingar, t�vlingsresultat eller annan bridgeinformation p� ett enkelt s�tt. Denna fil inneh�ller slutresultatet samt alla scoretavlor och givar. Ruter kan importera givsamlingar i PBN-format. Det finns en PBN-hemsida d�r du kan l�sa mer.