Post on 05-Feb-2021
K1g
K386a
K386b
K386
G
e
m
e
in
d
e
U
r
d
o
r
f
S
t
a
d
t
S
c
h
lie
r
e
n
G
e
m
e
i
n
d
e
U
r
d
o
r
f
S
t
a
d
t
D
i
e
t
i
k
o
n
Tie
fgarage
Tie
fgarage
S
p
it
a
l
L
im
m
a
t
t
a
l
K
antonsschule
Lim
m
attal
Wohnen
Wohnen
G
e
w
e
r
b
e
G
e
w
e
r
b
e
T
u
r
n
h
a
l
l
e
K
a
n
t
o
n
s
s
c
h
u
l
e
G
e
w
e
r
b
e
G
e
w
e
r
b
e
G
e
w
e
r
b
e
A
l
a
b
A
G
/
S
p
a
l
t
A
G
Gew
erbe
Pers
onal L
IGA
AG
W
o
h
n
e
n
W
o
h
n
e
n
W
o
h
n
e
n
W
o
h
n
e
n
Wohnen
Wohnen
Wohnen
W
o
h
n
e
n
Wohnen
W
ohnen
W
ohnen
W
ohnen
W
ohnen
W
ohnen
W
ohnen
W
ohnen
W
ohnen
W
ohnen
W
ohnen
W
ohnen
Kindergarten
Wohnen
Gewerbe
Migros
W
o
h
n
e
n
W
o
h
n
e
n
W
o
h
n
e
n
G
e
w
e
r
b
e
B
ja
r
s
c
h
A
u
to
m
o
b
ile
A
G
Wohnen
W
o
h
n
e
n
G
ew
erbe
A
-A
utodis
count W
ölfle
G
ew
erbe
W
ohnen
W
ohnen
G
e
w
ä
c
h
s
h
a
u
s
S
tein
er T
ransport
G
ew
erbe
W
eber S
pengle
rei
Gew
erbe
Dispodrom
AG
G
ew
erbe
B
M
T
I G
m
bH
E
luard A
utohandel A
bdalla
h
G
ew
erbe
O
m
co A
G
- T
eppic
hhandel
G
ew
erbe
G
e
w
e
rb
e
S
o
c
a
r T
a
n
k
s
te
lle
Anlie
feru
ng M
ensa:
Täglic
h
Kanto
nsschule
Lim
matta
l:
- ca. 7
00 S
chüle
r
W
a
r
e
n
a
n
n
a
h
m
e
2
/
W
a
r
e
n
K
r
a
n
k
e
n
w
a
g
e
n
/
L
a
s
t
w
a
g
e
n
W
a
r
e
n
a
n
n
a
h
m
e
1
/
Z
u
f
a
h
r
t
K
r
a
n
k
e
n
w
a
g
e
n
Z
u
f
a
h
r
t
N
o
t
f
a
lls
t
a
t
io
n
/
E
x
t
r
e
n
e
K
r
a
n
k
e
n
w
a
g
e
n
PP bl. Z.
PP
PP
PP
PP
PP
PP
PP
6
.0
0
0
Ü = 30 mm
Ü = 24 mm
Ü = 40 mm
Ü = 30 mm
Ü = 30 mm
Ü = 30 mm
Ü = 32 mm
Ü = 12 mm
Ü = 0 m
m
Ü =
40 m
m
Ü = 90
mm
Ü = 25 mm
Ü = 22 mm
Ü = 42 mm
Ü = 0 mm
Ü = 0 mm
Ü = 30 mm
Ü = 0 mm
Ü = 24 mm
Ü = 40 mm
Ü = 30 mm
Ü = 30 mm
Ü = 32 mm
Ü = 12 mm
Ü = 0 m
m
Ü =
40 m
m
Ü = 90
mm
Ü = 25 mm
Ü = 22 mm
Ü = 42 mm
Ü = 0 mm
Ü = 0 mm
Ü = 30 mm
Ü = 0 mm
UA
UA
UE
UE
UA
UA
UE
UE
UAUA
UE
UE
UA
UA
UE
UE
UE
UE
UE
UE
UA
UA
UE
UEUA
UAUE
UEUE
UE
UA
UA
UE
UE
UA
UA
UEUE
UE
UE
UA
UA
UE
UE
UA
UA
UE
UE
UA
UA
UE
UE
UE
UA
UE
UA
UA
UE
UE
UA
UA
UE
UE
UAUA
UE
UE
UA
UA
UE
UE
UE
UE
UE
UE
UA
UA
UE
UEUA
UAUE
UEUE
UE
UA
UA
UE
UE
UA
UA
UE
UE
UE
UA
UA
UE
UE
UA
UA
UE
UE
UA
UAUE
UE
UE
UA
UE
4.1
00
4
.2
0
0
4
.3
0
0
4.7
00
4.600
4.900
5.000
5
.
1
0
0
5
.2
0
0
5.300
5.4
00
5
.6
0
0
5
.7
0
0
5
.8
0
0
5.90
0
6
.1
0
0
5
.5
0
0
4.500
4.400
4
.0
0
0
3
.9
0
0
3.8
00
1
2
P
a
r
k
p
lä
t
z
e
4
P
a
r
k
p
lä
t
z
e
9
P
a
r
k
p
lä
t
z
e
A
m
p
e
l
8
P
a
r
k
p
lä
t
z
e
EKZ VK15Bachstrasse
Parkuhr
PP Unt
erhalts
-
Fahrzeu
g VS
Metallabschluss
AK
AK
AK
km =
103+
679.6
57
TS =
393.2
04
20.00‰
112.64 m
ü=0mm
ü=12mm ü=9mm
ü=0mm
ü=0mm
LSA-ST
G
S
T
G
S
T
G
S
T
G
S
T
G
ST
G
STG
S
T
G
S
T
G
VK
-E
KZ
STG
STG
STG
V
K
-E
K
Z
VK
-E
KZ
Typ 28
P
R
O
JE
K
T
P
E
R
IM
E
T
E
R
Z
U
F
A
H
R
T
T
IE
F
G
A
R
A
G
E
Typ 28
Typ 28
Typ 28
Typ 28
Typ 28 spezial
2.12
2.05
S
T
G
2.08
2.05
2.05
2.05
2.05
2.05
2.05
2.05
2.06
2.05
2.05
2.06
2.06
2.05
2.14
2.13
VK-EKZ
K
1
K
2
K3
K4
K5
K
1
0
K7
K
8
K
11
K12aK
13
VDE
VDE
neue Q
uartiererschliessung
Stadt S
chlieren
Drittp
roje
kt
Drittp
roje
kt
W
T
WT
Velokarussell
12 Velo-P
D
ilatation
1
2
3
11
12
13
14
4
15
16
5
6
7
8
9
10
1
2
3
5
6
7
11
12
13
14
4
15
16
S
S
S
S
S
FOL
FOL
H
H
H
H
H
E
U
P
E U
P
E
aP
E aP
E
aP
D
A
G
K
S
P
B
O
KS
/T
K
GS
D
AG
K
SP
B
O
KS/TK
GS
BO
KS/TK
DW
D
W
DW
DW
E
E
K9
BT (ESA
)
B
T
(
E
S
A
)
BT
(E
SA
)
K6
Objektgliederung STR Lub
WERKE Lub
LIMECO
Ob
je
ktg
lie
de
ru
ng
T
UN
NE
L
Teilstrecke Badenerstrasse
Objektgliederung STR Bad
Werke Bad
L
T
B
L
o
s
3
I
n
b
e
t
r
i
e
b
n
a
h
m
e
2
0
1
9
Autobahnzufahrt Urdorf Nord
Objektgliederung A-KNOT
Objektgliederung BRÜCKE Stahlb
Objektgliederung BRÜCKE Betonb
2
.0
0
m
4
.0
0
m
v
a
r. m
1
.5
0
m
3
.0
0
m
7
.7
5
m
3
.2
5
m
3
.0
0
m
1
.5
0
m
0
.9
0
m
3
.8
6
m
3.0%
2.0%
2
.
0
%
3.0%
3.0%
3
.0
%
3.0%
3
.
0
%
3.0%
2
.
0
%
2.0%
2
.
0
%
3
.
0
%
2.0%
3
.
0
%
2
.0
%
2
.
0
%
3
.
0
%
G
e
h
-
/
R
a
d
w
e
g
G
eh-/ R
adw
eg
3.0%
3
.0
%
2
.0
%
2.0%
2
.0
%3.0%
3.0%
2.0%
2.0%
2
.0
%
3.0%
Z
a
u
n
H
=
0
.5
0
m
3
.
5
6
m
2%
2.0%
3.0%
2
%
2.0%
2.0%
2
.0
%
3.0%
3
.0
%
3.0%
3
.0
%
H
o
ch
reg
allag
er
an
p
assen
A
nlieferzone
6
%
Zaun
H =
0.5
0 m
2.0%
5
.
0
%
2
.
5
%
3.0%
Zaun H = 1.00 m
H
a
lte
s
te
lle
E
rs
a
tz
b
u
s
L
T
B
-
T
e
m
p
o
3
0
-
2
.0
%
- Tem
po 3
0 -
Detailgestaltung nach
Absprache Grundeigentümer
D
e
t
a
ilg
e
s
t
a
lt
u
n
g
n
a
c
h
A
b
s
p
r
a
c
h
e
G
r
u
n
d
e
ig
e
n
t
ü
m
e
r
Z
u
f
a
h
r
t
Conta
iner
Velo
5
P
P
N
e
u
6
%
6 P
P N
eu
3
.
0
%
2
.
0
%
0
.
6
4
5
%
-
T
e
m
p
o
3
0
-
Q
P
3
.
1
0
G
eh
w
eg
F
ah
rb
ah
n
L
T
B
-T
rassee
G
eh
w
eg
8
.1
0
m
2.50 m
2.00 m
6.85 m
Gehw
eg
Fahrb
ahn
Fahrb
ahn
LT
B-T
rassee
Gehw
eg
2.0
0 m
2.0
0 m
8.2
0 m
3.5
0 m
3.5
0 m
G
e
h
w
e
g
F
a
h
rb
a
h
n
H
a
lte
s
te
lle
L
T
B
-T
ra
s
s
e
e
H
a
lte
s
te
lle
2
.0
0
m
6
.5
0
m
3
.3
0
m
5
.9
0
m
3
.3
0
m
L
T
B
-T
r
a
s
s
e
e
7
.2
0
m
2
.0
0
m
7
.0
0
m
4
.5
0
m
7.30 m
G
eh
w
eg
/ R
ad
w
eg
L
T
B
-T
rassee
2.0
0 m
5.7
5 m
7.0
0 m
0.5
0 m
3.0
0 m
2.0
0 m
Geh
weg
Fah
rbah
n
LT
B-T
rassee
Hecke
Geh
weg
An
liefe
run
g
H
a
l
t
e
s
t
e
l
l
e
L
T
B
-
T
r
a
s
s
e
e
H
a
l
t
e
s
t
e
l
l
e
F
a
h
r
b
a
h
n
G
e
h
w
e
g
2
.
8
0
m
5
.
9
0
m
3
.
1
0
m
5
.
7
5
m
2
.
0
0
m
Geh
-/R
ad
weg
LT
B-T
rassee
Fu
ssw
eg
3.50 m
7.30 m
2.00 m
Verb
reiteru
ng
Bau
werk 250-002
3.50 m
3.00 m
6.30 m
3.30 m
3.70 m
3.25 m
3.25 m
2.00 m
G
eh-/R
adw
eg
H
altestelle
LT
B-T
rassee
Haltestelle
Fahrbahn
Fahrbahn
Fahrbahn
G
ehw
eg
L
ä
rm
- u
n
d
S
ic
h
ts
c
h
u
tz
Anhaltew
eg 39m
v =
24 km
/h J =
+
18‰
Instandstellung der
Oberflächen nach A
bsprache
mit den G
rundeigentüm
ern
Anhaltew
eg 40m
v =
18 km
/h J =
-49‰
Geh
weg
Fah
rbah
n
Radstreifen
Fah
rbah
n
Haltestelle
LT
B-T
rassee
Haltestelle
Fahrbahn
Radstreifen
Bau
mrab
atte
Gehw
eg
2.50 m
3.00 m
1.50 m
3.00 m
3.30 m
5.90 m
3.30 m
3.00 m
1.50 m
2.00 m
2.00 m
G
eh
w
eg
B
au
m
rab
atte
R
ad
streifen
Fah
rb
ah
n
LT
B
-T
rassee
Fah
rb
ah
n
R
ad
streifen
Fah
rb
ah
n
B
au
m
rab
atte
G
eh
w
eg
2.00 m
1.5
0 m
1.50 m
3.0
0 m
9.84 m
3.00 m
1.5
0 m
3.00 m
2.00 m
2.00 m
Fah
rb
ah
n
B
au
m
rab
atte
R
ad
streifen
Fah
rb
ah
n
LT
B
-T
rassee
Fah
rb
ah
n
R
ad
streifen
B
au
m
rab
atte
Fah
rb
ah
n
G
e
h
w
e
g
2
.1
3
m
G
e
h
w
e
g
B
a
u
m
ra
b
a
tte
R
a
d
s
tre
ife
n
F
a
h
rb
a
h
n
F
a
h
rb
a
h
n
L
T
B
-T
ra
s
s
e
e
F
a
h
rb
a
h
n
F
a
h
rb
a
h
n
R
a
d
s
tre
ife
n
1
.5
0
m
1
.5
0
m
3
.0
0
m
3
.2
5
m
7
.1
3
m
3
.2
5
m
3
.0
0
m
1
.5
0
m
2
.2
2
m
G
e
h
w
e
g
R
a
d
s
t
r
e
if
e
n
F
a
h
r
b
a
h
n
F
a
h
r
b
a
h
n
L
T
B
-
T
r
a
s
s
e
e
F
a
h
r
b
a
h
n
F
a
h
r
b
a
h
n
R
a
d
s
t
r
e
if
e
n
G
e
h
w
e
g
1
.5
0
m
3
.0
0
m
3
.2
5
m
3
.2
5
m
3
.0
0
m
1
.5
0
m
Rad
streif
en
Fah
rb
ah
n
LT
B-T
rassee
Fah
rb
ah
n
Rad
str
eif
en
Geh
weg
1.5
0 m
3.0
0 m
3.0
0 m
1.5
0 m
G
e
h
w
e
g
F
a
h
r
b
a
h
n
K
u
n
s
tw
e
rk
v
e
rs
e
z
te
n
1
0
1
1
1
2
A
s
p
h
a
lt
b
e
la
g
S
ic
k
e
r
v
e
r
b
u
n
d
s
t
e
in
e S
ic
k
e
r
v
e
r
b
u
n
d
s
te
in
e
5
6
7
8
9
1
3
1
4
1
5
1
6
1
7
1
8
1
9
2
0
K
e
h
r
i
c
h
t
a
b
f
u
h
r
K
e
h
r
i
c
h
t
a
b
f
u
h
r
A
s
p
h
a
lt
b
e
la
g
S
ic
k
e
r
v
e
r
b
u
n
d
s
t
e
in
e
1
2
3
4
2
1
2
2
2
3
2
4
2
5
2
6
2
7
2
8
2
9
E
in
/
A
u
s
f
a
h
r
t
G
a
r
a
g
e
n
e
in
fa
h
r
t
1.5
0 m
var. m
1.50 m
3.00 m
6.5
0 m
3.0
0 m
1.50 m
2.0
0 m
4.00 m
Nur A
usfa
hrt
Anbau 2
m
verk
ürz
en
z.L.
LTB
Bar
riere
Barr
iere
Barri
ere
Barrie
re
Ausbau
Kanto
nsschu
le
Barri
ere
B
a
rrie
re
B
a
rrie
re
B
äum
e g
em
. G
esta
ltungskonzept
G
em
ein
de U
rdorf
. N
icht m
it L
T
B
gepflanzt
Z
a
u
n
h
ö
h
e
n
a
c
h
A
b
s
p
ra
c
h
e
m
it K
a
n
to
n
s
s
c
h
h
u
le
evtl. M
auerh
acken
T
or,
F
assade u
nd P
ark
plä
tze a
npassen
R
ü
c
k
b
a
u
D
a
c
h
u
n
d
T
a
n
k
z
u
L
a
s
te
n
E
ig
e
n
tü
m
e
r
P
r
o
j
e
k
t
g
r
e
n
z
e
Los
3
Los
4
G
e
s
ta
ltu
n
g
s
p
r
o
je
k
t
K
e
s
s
le
r
p
la
tz
Installationsplatz
2
.0
%
2
.0
%
B
a
r
r
i
e
r
e
Container
Baupro
jekt 2016
ökologische
Ersatzm
assnahm
e
Spitaln
eubau g
eplant
Alu/
Blech
Grün
Weiss
Braun
Barri
ere
Barri
ere
Installatio
nspla
tz
Detailgestaltung nach
Absprache Grundeigentüm
er
G
e
h
w
e
g
F
a
h
rb
a
h
n
R
a
b
a
tte
R
a
d
s
tre
ife
nF
a
h
rb
a
h
n
L
T
B
- T
ra
s
s
e
e
F
a
h
rb
a
h
n
F
a
h
rb
h
a
n
R
a
d
s
tre
ife
n
R
a
b
a
tte
F
a
h
rb
a
h
n
G
e
h
w
e
g
B
a
u
m
r
a
b
a
t
t
e
F
a
h
r
b
a
h
n
R
a
d
s
t
r
e
i
f
e
n
F
a
h
r
b
a
h
n
L
T
B
-
T
r
a
s
s
e
e
F
a
h
r
b
a
h
n
R
a
d
s
t
r
e
i
f
e
n
B
a
u
m
r
a
b
a
t
t
e
G
e
h
w
e
g
3
.
0
0
m
1
.
5
0
m
3
.
0
0
m
1
.
5
0
m
3
.
0
0
m
1
1
.
1
5
m
3
.
0
0
m
1
.
5
0
m
1
.
5
0
m
3
.
0
0
m
G
e
h
w
e
g
B
a
u
m
r
a
b
a
t
t
e
R
a
d
s
t
r
e
if
e
n
F
a
h
r
b
a
h
nH
a
lt
e
s
t
e
lle
L
T
B
-
T
r
a
s
s
e
e
H
a
lt
e
s
t
e
lle
F
a
h
r
b
a
h
nR
a
d
s
t
r
e
if
e
n
F
a
h
r
b
a
h
nG
e
h
w
e
g
2
.0
0
m
1
.5
0
m
1
.5
0
m
3
.0
0
m
3
.3
0
m
5
.9
0
m
3
.3
0
m
3
.0
0
m
1
.5
0
m
3
.0
0
m
5
.3
5
m
E
rs
a
tz
b
u
s
Ers
atz
bus
Ersatzbus
Ersatzbus
E
r
s
a
t
z
b
u
s
Los 4
Los 5
Projektgrenze
Bar
riere
Barri
ere
1
5
V
e
lo
b
ü
g
e
l
Installationsplatz
Installationsplatz
G
e
lä
n
d
e
r
Notausgang
umbauen
Bar
riere
L
u
b
e
r
z
e
n
H
e
r
w
e
g
S
p
i
t
a
l
L
i
m
m
a
t
t
a
l
Reitm
en
K
e
s
s
le
r
p
la
t
z
3
.0
0
0
.
5
0
0
.5
0
0
.2
5
A
n
p
a
s
s
u
n
g
2
P
a
rk
p
lä
tz
e
In
s
ta
lla
tio
n
s
p
la
tz
Fahrrichtung
1.5%
0.5%
0.5%
3
.5
%
Beton V
erbund-
steine 20/20
Beton V
erbund-
steine 20/20
Verbund-
steine
20/20
(- 40 cm)
(- 20 cm)
+ 2 Stufen
1.5%
Verbundsteine mit Rasenfugen
Verbundsteine mit Rasenfugen
3
.
0
%
3
%
6
.
0
%
5
.
0
%
5
.
5
%
3
.
4
%
4
.
4
%
4
0
3
.
0
3
4
0
2
.
6
7
4
0
2
.
5
5
3
.
0
%
4
0
1
.
4
0
4
0
1
.
5
0
4
0
2
.
7
0
403.
52
403.
57
B
a
r
r
ie
r
e
Barr
iere
Bar
riere
1
.6
3
7
%
0.424%
5.946%
S
1
0
0
FW
240
S
F
W
3
0
0
S
S
S
8
0
S
F
W
3
0
0
S
S
S
S80
S
100
S
S
S
S
F
W
1
8
0
F
W
1
8
0
FS230
FS230
K
o
m
b
im
a
s
t
S
S
F
W
2
4
0
S
S
S
80
S
K
om
bim
ast
S
F
W
180
K
om
bim
ast
S
F
W
180
S
8
0
S
S
S
S
S
S
S
S
S
S
K
o
m
b
im
a
s
t
S
Kom
bim
ast
S
8
0
S
S
S
S80
S
S80
S80
Kom
bimas
t
S
S
S
S
S
S
S
S
S
S
S
S
S
S
S
S
S
S
S
S
S
S
S
S
S
S
Komb
imas
t
S
S
S
S
1
3
.0
%
10.7%
403.
21
403.2
5
2.0
%
4
0
3
.
1
2
4
0
3
.
2
4
403.03
4
0
3
.
1
8
403.00
402.97
B
T
S
S
Zu
fah
rt In
stallatio
n- u
nd
D
ep
on
iep
latz
Dep
on
ie O
berb
od
en
600 m
2
Dep
on
ie U
nterb
od
en
700 m
2
Zu
fah
rt In
stallatio
n- u
nd
D
ep
on
iep
latz
+ 1 Stufe
Hecke H
= 1.00 m
FL-
M
ast
Nr.
4000A
Typ
10
FL-
M
ast
Nr.
4000
B
Typ
28
Fuss
pla
tte
FL-
M
ast
Nr.
4001
Typ
28
FL-
M
ast
Nr.
4002
Typ
28
F
L-M
ast
N
r. 4
004
T
yp 1
6
F
L
-M
a
s
t
N
r. 4
0
0
6
T
y
p
1
6
F
L
-M
a
s
t
N
r. K
4
0
0
8
A
T
y
p
2
8
F
L
-M
a
s
t
N
r. 4
0
1
0
T
y
p
1
6
F
L
-
M
a
s
t
N
r
.
4
0
1
2
T
y
p
1
0
F
L
-M
a
s
t
N
r. K
4
0
0
8
B
T
y
p
2
8
F
L
-
M
a
s
t
N
r
. 4
0
1
8
T
y
p
1
6
F
L
-
M
a
s
t
N
r
.
4
0
2
0
T
y
p
1
6
F
L
-
M
a
s
t
N
r
. 4
0
2
2
T
y
p
1
6
F
L
-M
a
s
t
N
r
. 4
0
2
3
T
y
p
1
6
F
L
-M
a
st
N
r. 4
0
2
4
T
y
p
1
6
F
L
-M
a
st
N
r. 4
0
2
5
T
y
p
1
6
FL-Mast
Nr. 402
6
Typ 16
FL-Mast
Nr. K4028A
Typ 28
FL-Mast
Nr. K4028B
Typ 28
FL-M
ast
Nr. 4
027
Typ 2
8
FL-Mast
Nr. 4029
Typ 28
F
L
-
M
a
s
t
N
r
. 4
0
3
1
T
y
p
2
8
F
L
-
M
a
s
t
N
r
. 4
0
3
0
T
y
p
2
8
F
L
-
M
a
s
t
N
r
. 4
0
3
3
T
y
p
2
8
F
L
-
M
a
s
t
N
r
. 4
0
3
2
T
y
p
2
8
F
L
-
M
a
s
t
N
r
. 4
0
3
4
T
y
p
2
8
F
L
-
M
a
s
t
N
r
. 4
0
3
5
T
y
p
2
8
F
L
-
M
a
s
tN
r
.
4
0
3
7T
y
p
2
8
F
L
-
M
a
s
tN
r
.
4
0
3
6T
y
p
1
6
F
L
-
M
a
s
t
N
r
.
4
0
3
8
T
y
p
1
6
F
L
-
M
a
s
t
N
r
.
4
0
3
9
T
y
p
1
6
F
L
-
M
a
s
tN
r
.
4
0
4
0T
y
p
2
8
F
L
-M
a
s
t
N
r. 4
0
4
2
T
y
p
2
8
F
L
-
M
a
s
tN
r
.
4
0
4
1T
y
p
2
8
F
L
-M
a
s
t
N
r. 4
0
4
3
T
y
p
1
6
F
L-M
ast
N
r. 4
0
4
5
T
yp 1
6
F
L-M
ast
N
r. 4047
T
yp 1
6
FL-Mast
Nr. 4046
Typ 16
FL-Mast
Nr. 4048
Typ 16
F
L-M
ast
N
r. 4049
T
yp 1
6
F
L-M
ast
N
r. 4
0
5
1
T
yp 1
6
F
L-M
ast
N
r. 4053
T
yp 1
6
F
L-M
ast
N
r. 4055
T
yp 1
6
F
L-M
ast
N
r. 4057
T
yp 1
6
FL-M
ast
N
r. 4059
Typ
16
FL-Mast
Nr. 4061
Typ 28
FL-M
ast
N
r. 4065
T
yp 2
8
F
L-M
ast
N
r. 4
0
5
0
T
yp 1
6
F
L
-M
a
st
N
r. 4
0
5
2
T
yp 1
6
F
L-M
ast
N
r. 4
0
5
4
T
yp 1
6
F
L
-M
a
st
N
r. 4
0
5
6
T
yp 1
6
F
L-M
ast
N
r. 4058
Typ
16
FL-M
ast
Nr. 4060
Typ 28
FL-M
ast
Nr. 4064
Typ 10
Ö
B
-M
ast
N
r. 4066
Typ
10
Ö
B-M
ast
N
r. 4067
Typ
10
F
L-M
ast
N
r. 4069A
T
yp 1
6
FL-M
ast
N
r. 4068A
Typ
16
Ö
B
-M
ast
Nr. 4
068B
Typ
10
Ö
B
-M
ast
N
r. 4069B
Typ
10
FL-Mast
Nr. 4071
Typ 16
FL-Mast
Nr. 4073
Typ 16
FL-Mast
Nr. 4075
Typ 16
FL-Mast
Nr. 4077
Typ 28
FL-Mast
Nr. 4079
Typ 16
FL-Mast
Nr. 4070
Typ 16
FL-M
ast
Nr. 4
072
Typ
16
FL-Mast
Nr. 4074
Typ 16
FL-Mast
Nr. 4076
Typ 28
FL-Mast
Nr. 4078
Typ 16
FL-Mast
Nr. 4080
Typ 28
FL-Mast
Nr. 4081
Typ 28
FL-Mast
Nr. 4083
Typ 10
FL-Mast
Nr. 4085
Typ 10
F
L
-
M
a
s
t
N
r
.
4
0
8
7
T
y
p
1
0
E
i
n
s
p
e
i
s
u
n
g
F
u
s
s
p
l
a
t
t
e
FL-Mast
Nr. 4084
Typ 28
F
L
-
M
a
s
t
N
r
.
4
0
8
8
T
y
p
1
0
F
L
-
M
a
s
t
N
r
.
4
0
9
0
T
y
p
1
0
F
L
-
M
a
s
t
N
r
.
4
0
9
7
T
y
p
1
0
F
L
-
M
a
s
t
N
r
.
4
0
9
9
T
y
p
1
0
F
L
-
M
a
s
t
N
r
.
4
1
0
0
T
y
p
2
8
E
in
s
p
e
is
u
n
g
F
u
s
s
p
la
t
t
e
F
L
-
M
a
s
t
N
r
.
4
1
0
2
T
y
p
1
6
F
L
-
M
a
s
t
N
r
.
4
1
0
4
T
y
p
1
6
F
L
-M
a
s
t
N
r. 4
1
0
1
T
y
p
2
8
F
L
-
M
a
s
t
N
r
.
4
1
0
3
T
y
p
1
6
F
L
-
M
a
s
t
N
r
.
4
1
0
5
T
y
p
2
8
FL-M
ast
N
r. 4
107
Typ
10
F
L
-M
a
st
N
r. 4
1
0
9
T
y
p
1
6
F
L
-
M
a
s
t
N
r
.
4
1
1
1
T
y
p
1
0
F
L
-
M
a
s
tN
r
.
4
1
1
3T
y
p
1
0
F
L
-M
a
st
N
r. 4
1
1
5
T
y
p
1
0
FL-Mast
Nr. 4117
Typ 10
FL-Mast
Nr. 4119
Typ 16
FL-Mast
Nr. 4121
Typ 16
F
L
-M
a
s
t
N
r. 4
1
0
8
T
y
p
1
0
F
L
-
M
a
s
tN
r
.
4
1
1
2T
y
p
2
8
F
L-M
ast
N
r. 4114
Typ
16
FL-Mast
Nr. 4116
Typ 16
FL-Mast
Nr. 4118
Typ 16
FL-Mast
Nr. 4120
Typ 16
FL-Mast
Nr. 412
2
Typ 16
FL-Mast
Nr. 4123
Typ 10
FL-M
ast
Nr.
4125
Typ 1
0
FL-M
ast
Nr. 4
124
Typ 1
0
F
L
-M
a
st
N
r. 4
1
2
7
T
y
p
1
0
F
L-M
ast
N
r. 4
1
2
6
T
yp 1
0
F
L
-M
a
s
t
N
r. 4
1
2
9
T
y
p
1
0
F
L
-M
a
s
t
N
r. 4
1
3
1
T
y
p
1
0
F
L
-M
a
s
t
N
r. 4
1
3
3
T
y
p
1
0
F
L
-M
a
s
t
N
r. 4
1
3
5
T
y
p
1
0
F
L
-M
a
s
t
N
r. 4
1
3
7
T
y
p
1
6
F
L
-M
a
s
t
N
r. 4
1
2
8
T
y
p
1
0
F
L
-M
a
s
t
N
r. 4
1
3
0
T
y
p
1
0
F
L
-M
a
s
t
N
r. 4
1
3
2
T
y
p
1
0
F
L
-M
a
s
t
N
r. 4
1
3
9
T
y
p
1
6
F
L
-M
a
s
t
N
r. 4
1
4
1
T
y
p
1
6
F
L
-M
a
s
t
N
r. 4
1
4
3
T
y
p
1
0
F
L
-M
a
s
t
N
r. 4
1
4
5
T
y
p
1
0
F
L
-M
a
s
t
N
r. 4
1
3
6
T
y
p
1
6
F
L
-M
a
s
t
N
r. 4
1
3
8
T
y
p
1
6
F
L
-M
a
s
t
N
r. 4
1
4
0
T
y
p
1
6
F
L
-M
a
s
t
N
r. 4
1
4
2
T
y
p
1
0
F
L
-M
a
s
t
N
r. 4
1
4
4
T
y
p
1
6
F
L
-M
a
s
t
N
r. 4
1
4
7
T
y
p
1
0
F
L
-M
a
s
t
N
r. 4
1
4
6
T
y
p
1
0
F
L
-M
a
s
t
N
r. 4
1
4
8
T
y
p
1
6
F
L
-M
a
s
t
N
r. 4
1
5
0
T
y
p
1
0
F
L
-M
a
s
t
N
r. 4
1
5
2
T
y
p
1
6
F
L-M
ast
N
r. 4
154
T
yp 1
0
FL-M
ast
N
r. 4
156
Typ
10
F
L
-M
a
s
t
N
r. 4
1
4
9
T
y
p
1
0
F
L
-M
a
s
t
N
r. 4
1
5
1
T
y
p
1
6
F
L
-M
a
s
t
N
r. 4
1
5
3
T
y
p
1
6
F
L-M
ast
N
r. 4
1
5
5
T
yp 1
6
FL-M
ast
Nr.
4157
Typ
16
FL-M
ast
Nr. 4
159
Typ
16
FL-M
ast
Nr.
4161
Typ
16
FL-M
ast
Nr. 4
165
Typ
10FL
-Mas
t
Nr. 4
167
Typ
10FL
-Mas
t
Nr.
4169
Typ 1
6
FL-M
ast
Nr. 4
160
Typ 1
0
F
L
-
M
a
s
t
N
r
.
4
1
7
1
T
y
p
1
6
F
L
-M
a
s
t
N
r. 4
1
7
3
T
y
p
2
8
F
L
-
M
a
s
t
N
r
.
4
1
7
5
T
y
p
1
6
F
L
-M
a
st
N
r. 4
1
7
7
T
yp 16
F
L-M
ast
N
r. 4179
T
yp 16
FL-M
ast
N
r. 4181
Typ 16
F
L-M
ast
N
r. 4183
Typ 16
FL-M
ast
N
r. 4185
Typ 10
F
L-M
ast
N
r. 4187
Typ 10
FL-M
ast
Nr. 4189
Typ 10
F
L-M
ast
N
r. 4178
T
yp 16
F
L-M
ast
N
r. 4180
T
yp 16
FL-M
ast
N
r. 4182
Typ 16
FL-M
ast
Nr. 4188
Typ 10
24m
N
utzung durch G
em
ein
de U
rdorf
2000m
2
A
ug. 2019 - D
ez. 2020
T
ria
ge A
ushubm
ateria
l
R
ohrla
ger W
erkle
itungen
Z
w
ischenla
ger T
iefbau / B
ahntechnik
P
roje
ktperim
eter K
antonsschule
B
au ab Juli 2020
2000m
2
A
ug. 2019 - D
ez. 2021
Installatio
nspla
tz T
iefbau 1600m
2
Installatio
nspla
tz B
ahntechnik
400m
2
W
A 4
003A
W
A 4
003B
W
A 4
003C
W
A 4
005A
W
A 4
005B
W
A
4
0
0
7
A
W
A
4
0
0
7
B
W
A
4
0
0
9
A
W
A
4
0
0
9
B
W
A
4
0
0
9
C
W
A
4
0
0
5
D
W
A
4
0
0
9
E
W
A
4
0
0
5
F
W
A
4
0
1
1
A
W
A
4
0
1
1
B
W
A
4
0
1
5
A
W
A
4
0
1
5
B
W
A
4
0
1
7
A
W
A
4
0
1
7
B
W
A
4
0
1
9
A
W
A
4
0
1
9
B
W
A
4
0
2
1
A
W
A
4
0
2
1
B
W
A
4
0
1
4
A
W
A
4
0
1
4
B
W
A
4
0
1
4
C
W
A
4
0
1
4
D
W
A
4
0
1
4
E
W
A
4
0
1
1
F
W
A
4044A
W
A 4
044B
W
A 4062A
W
A
4162A
W
A
4
1
6
2
B
W
A
4
1
6
4
A
W
A
4164B
W
A
4
1
6
6
A
W
A
4166B
W
A
4170A
WA
4176A
W
A 4176B
W
A 4
172A
W
A 4
172B
W
A 4
172C
W
A
4
1
5
8
A
W
A
4158B
W
A
4134A
W
A
4
1
3
4
B
In
stallatio
nsp
latz
Tieb
au
1000 m
2
S
c
h
r
a
n
k
e
T
y
p
2
S
c
h
r
a
n
k
e
T
y
p
2
Schra
nke
Typ 2
Schra
nke
Typ 2
Schra
nke
Typ 2
Schr
anke
Typ 2
S
c
h
ra
n
k
e
T
y
p
2
S
c
h
ra
n
k
e
T
y
p
2
S
c
h
ra
n
k
e
T
y
p
1
S
c
h
ra
n
k
e
T
y
p
2
Schra
nke
Typ
3
Schra
nke
Typ
3
Schra
nke
Typ
4
Schr
anke
Typ 4
Schr
anke
Typ
3
Schr
anke
Typ
3
Schr
anke
Typ 4
Schr
anke
Typ 4
Schr
anke
Typ 3
R
=
2
0
.
0
0
R
N
1
2
(
+
3
/
6
)
Bst. 12
RN
12
(+10cm
)
B
s
t. 1
2
B
s
t. 1
2
RN
12 (+
6cm
)
R
N
1
2
+
W
S
(+
6
c
m
)
R
N
1
2
(+
0c
m
)
RN
12 (+
0cm
)
R
N
1
2
(
+
0
c
m
)
R
N
12
(+
10cm
)
R
N
12
(+
10cm
)
RN
12
(+0
cm)
R
N
1
2
(
+
6
c
m
)
R
N
1
2
(
+
6
c
m
)
RN
12
(+10cm)
R
N
1
2
(
+
6
c
m
)
R
N
1
2
(
+
6
c
m
)
RN12
(+10c
m)
Bst. 12
RN
12 (+
0cm
)
R
=
1
.
0
0
R
=
1
.
0
0
R
=
1
5
.
0
0
R
=
2
0
.
0
0
R
=
1
.
0
0
R
=
2
0
.
0
0
R
=
8
.
0
0
R
=
1
.
0
0
R=1
2.00
R
=
3
0
.
0
0
R
=
1
0
.
0
0
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
RN12 (+10cm)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
R
N
12 (+
10cm
)
R
N
12 (+
10cm
)
R
N
1
2
(
+
1
0
c
m
)
RN12 (+10cm)
RN
12 (+
10cm
)
RN
12 (+
10cm
)
Bst. 12
R
N
12 (+
10cm
)
R
N
12 (+
10cm
)
R
N
12 (+
10cm
)
R
N
12 (+
10cm
)
R
N
12 (+
10cm
)
Bst. 12
B
s
t
.
1
2
RN
12 (+
10cm
)
RN
12 (+
10cm
)
R
N
12 (+
10cm
)
R
N
12 (+
10cm
)
R
N
12+
W
S
(+
10cm
)
R
N
12+
W
S
(+
10cm
)
R
N
12+
W
S
(+
10cm
)
R
N
12 (+
3cm
)
R
N
12 (+
3cm
)
R
N
12 (+
3cm
)
RN
12 (+
3cm
)
RN
12 (+
10cm
)
RN
12 (+
10cm
)
RN
12 (+
10cm
)
RN
12 (+
10cm
)
R
N
12 (+
3cm
)
R
N
12 (+
3cm
)
R
N
1
2
(+
3
c
m
)
R
N
12 (+
3cm
)
R
N
1
2
(+
3
cm
)
R
N
1
2
(+
4
c
m
)
R
N
1
2
(
+
4
c
m
)
R
N
12 (+
6cm
)
R
N
12 (+
6cm
)
R
N
12 (+
6cm
)
R
N
12 (+
3cm
)
R
N
12 (+
3cm
)
Bst. 12
Bst. 12
Bst. 12
Bst. 12
Bst. 12
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
Bst. 12
B
st. 12
Bst. 12
Bst. 12
Bst. 12
B
s
t. 1
2
Bst. 12
RN
12 (+
10cm
)R
N12 (+
0cm
)
R
N
1
2
(
+
0
c
m
)
R
N
1
2
(+
1
0
c
m
)
Bst. 12
B
st. 1
2
R
N
12 (+
3cm
)
R
N
12 (+
10cm
)
RN
12 (+10cm)
RN12 (+3cm)
R
N
12 (+
3cm
)
R
N
12 (+
3cm
)
R
N
12 (+
3cm
)
R
N
1
2
(+
3
cm
)
RN12 (+10cm)
RN12 (+10cm)
R
N
1
2
(
+
0
c
m
)
R
N
1
2
(+
3
/6
c
m
)
R
N
12 (+
10cm
)
RN
12 (+
2cm
)
RN
12 (+
2cm
)
RN12 (+3cm)
RN
12 (
+3cm
)
RN12 (+3cm)
RN12
(+10
cm)
RN12
(+3c
m)
RN12
(+10
cm)
RN12
(+10
cm)
RN12
(+7c
m)
RN12
(+10
cm)
RN12 (+6cm)
R
N
1
2
(
+
0
c
m
)
R
N
1
2
(
+
0
c
m
)
R
N
1
2
(
+
6
c
m
)
RN12 (+6cm)
R
N
1
2
(
+
0
c
m
)
R
N
1
2
(
+
0
c
m
)
RN12 (+3/6cm)RN
12 (+3/6
cm)
RN
12 (+
10cm
)
Bst
. 12
Bst. 12
R
N
1
2
(
+
1
0
c
m
)
B
st. 12
R
N
1
2
(
+
0
c
m
)
R
N
1
2
(
+
0
c
m
)
RN12
(+6c
m)
R
N
1
2
(
+
6
c
m
)
RN12
(+3c
m)
RN12
(+3c
m)
RN12
(+10
cm)
Bst. 1
2
Bst. 1
2
Bst. 1
2
Bst. 1
2
Bst. 1
2
Bst. 12
RN
12 (+
3cm
)
RN
12 (+
3cm
)
RN12
(+6c
m)
R
N
1
2
(
+
6
c
m
)
RN12
(+10
cm)
RN12
(+10
cm)
RN12
(+3/
6cm
)
RN12
(+10
cm)
R
N
1
2
(
+
0
c
m
)
R
N
12 (+
0cm
)
RN
12 (+
6cm
)
R
N
1
2
(
+
6
c
m
)
R
N
1
2
(
+
6
c
m
)
RN
12 (
+10c
m
)
R
N
1
2
(
+
0
c
m
)
R
N
1
2
(
+
0
c
m
)
R
N
12 (+
3cm
)
R
N
12 (+
3cm
)
R
N
12 (
+10cm
)
RN
12 (
+6c
m
)
R
N
1
2
+
W
S
(+
6
cm
)
R
N
1
2
(+
1
0
c
m
)
B
st. 1
2
Bst
. 12
B
st. 1
2
B
st. 1
2
B
s
t. 1
2
B
st. 1
2
B
s
t. 1
2
R
N
1
2
(+
1
0
c
m
)
R
N
1
2
(+
1
0
c
m
)
R
N
1
2
(+
1
0
c
m
)
R
N
1
2
+
W
S
(+
6
cm
)
R
N
1
2
(+
6
cm
)
R
N
1
2
+
W
S
(
+
6
c
m
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
B
s
t
.
1
2
B
s
t. 1
2
B
s
t. 1
2
Bst
. 12
R
N
1
2
(+
3
c
m
)
R
N
1
2
(+
3
c
m
)
R
N
1
2
+
W
S
(+
3
c
m
)
R
N
1
2
+
W
S
(+
3
c
m
)
R
N
1
2
+
W
S
(+
6
c
m
)
R
N
1
2
+
W
S
(+
6
c
m
)
R
N
1
2
+
W
S
(+
6
c
m
)
R
N
1
2
+
W
S
(+
1
0
c
m
)
R
N
1
2
+
W
S
(+
1
0
c
m
)
R
N
1
2
+
W
S
(+
1
0
c
m
)
R
N
1
2
+
W
S
(+
3
c
m
)
R
N
1
2
+
W
S
(+
3
c
m
)
R
N
1
2
(+
3
c
m
)
R
N
1
2
(+
3
c
m
)
R
N
1
2
(+
0
c
m
)
R
N
12 (
+6cm
)
B
s
t. 1
2
B
s
t. 1
2
B
s
t. 1
2
B
s
t. 1
2
Bst
. 12
R
N
1
2
(+
6
c
m
)
R
N
1
2
(+
6
c
m
)
R
N
1
2
+
W
S
(+
6
c
m
)
RN
12 (+
6cm
)
B
s
t. 1
2
B
s
t. 1
2
B
st. 1
2
Bst. 12
B
s
t. 1
2
T
B
A
2
1
1
3
x
B
s
t
.
RN
12 (+
0cm
)
RN
12 (+
0cm
)
RN
12 (+
0cm
)
RN
12 (+
10cm
)
RN
12 (+
10cm
)
RN
12 (+
3/6cm
)
TB
A 211 R
N (+
2/4)
TB
A 211 3xB
st.
RN
12 (+
10cm
)
RN
12 (+
10cm
)
RN
12 (+
10cm
)
Bst. 12
Bst. 12
Bst. 12
Bst. 12
Bst. 12
Bst. 12
Bst. 12
B
s
t. 1
2
B
s
t. 1
2
RN12
(+10cm
)
RN12 (+10cm)
RN12 (+6cm)
RN12 (+6cm)
Bst. 12
RN12 (+10cm)
RN12+WS (+10cm)
RN12+WS (+10cm)
RN12 (+10cm)
RN12 (+6cm)
R
N
1
2
(+
6
c
m
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
Bst. 12
Bst. 12
Bst. 12
Bst. 12
R
N
1
2
(
+
3
/
6
c
m
)
B
s
t. 1
2
R
N
12 (+
10cm
)
R
N
1
2
+
W
S
(
+
6
c
m
)
B
s
t
.
1
2
B
s
t
.
1
2
B
s
t
.
1
2
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(+
1
0
c
m
)
B
s
t
.
1
2
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
(+
6
c
m
)
R
N
1
2
(
+
0
c
m
)
R
N
1
2
(
+
0
c
m
)
R
N
1
2
(
+
0
c
m
)
R
N
1
2
(
+
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
(+
1
0
c
m
)
B
s
t
.
1
2
B
s
t.1
2
B
s
t
.
1
2
B
s
t
.
1
2
B
s
t
.
1
2
Bst
.12
R
N
1
2
(
+
3
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
2
5
(
+
2
8
c
m
)
R
N
2
5
(
+
2
8
c
m
)
R
N
2
5
(
+
2
8
c
m
)
R
N
2
5
(
+
2
8
c
m
)
R
N
2
5
(
+
2
8
c
m
)
R
N
2
5
(
+
2
8
c
m
)
RN12 (+1
0cm)
RN
12 (+
10cm
)
TBA 211 RN (+2/4)
RN12 (+10cm)
RN12 (+10cm)
RN12+WS (+10cm)
RN12+WS (+10cm)
Bst.12
Bst.12
R
N
2
5
(+
2
8
c
m
)
R
N
2
5
(+
2
8
c
m
)
R
N
2
5
(+
2
8
c
m
)
R
N
2
5
(+
2
8
c
m
)
R
N
2
5
(+
2
8
c
m
)
R
N
2
5
(+
2
8
c
m
)
R
N
25 (+
28cm
)
R
N
25 (+
28cm
)
R
N
25 (+
28cm
)
R
N
25 (+
28cm
)
R
N
25 (+
28cm
)
R
N
25 (+
28cm
)
R
N
1
2
(+
3
c
m
)
R
N
1
2
(+
6
c
m
)
RN
12+
W
S (
+ 6
cm
)
R
N
1
2
(+
6
c
m
)
R
N
1
2
+
W
S
(
+
6
c
m
)
R
N
1
2
(
+
6
c
m
)
R
N
1
2
(+
3
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
+
W
S
(
+
6
c
m
)
R
N
1
2
(
+
6
c
m
)
R
N
12 (
+6cm
)
R
N
1
2
(
+
6
c
m
)
RN12 (+6cm)
R
N
1
2
+
W
S
(+
3
cm
)
R
N
1
2
+
W
S
(
+
3
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
(
+
3
c
m
)
RN12+WS (+3cm)
R
N
1
2
+
W
S
(+
6
c
m
)
R
N
1
2
(
+
6
c
m
)
R
N
2
5
(
+
3
c
m
)
R
N
1
2
(
+
6
c
m
)
R
N
1
2
(
+
6
c
m
)
R
N
1
2
(
+
6
c
m
)
R
N
1
2
(+
6
c
m
)
R
N
1
2
(+
6
cm
)
R
N
12 (+
6cm
)
R
N
12 (+
6cm
)
R
N
12 (+
6cm
)
R
N
12 (+
6cm
)
R
N
1
2
+
W
S
(
+
3
c
m
)
R
N
12 (+
3cm
)
R
N
1
2
+
W
S
(
+
3
c
m
)
RN12 (+6cm)
RN12 (+6cm)
R
N
12 (+
3cm
)
RN25 (+3cm)
RN12+WS (+3cm)
RN12 (+3cm)
RN25 (+3cm)
RN25 (+28cm)
RN25 (+28cm)
RN25 (+28cm)
RN25 (+28cm)
RN25 (+28cm)
RN25 (+28cm)
RN12 (+3cm)
RN25 (+3cm)
RN25 (+3cm)
RN12 (+3cm)
RN12 (+6cm)
RN12 (+6cm)
RN12 (+3cm)
RN12+WS (+3cm)
RN12 (+6cm)
RN12 (+6cm)
R
N
12 (+
6cm
)
R
N
12 (+
3cm
)
RN
12 (+
3cm
)
RN12+WS (+3cm)
RN12 (+6cm)
RN12 (+6cm)
RN12 (+10cm)
RN
12 (+
6cm
)
RN
12 (+
6cm
)
RN12 (+6cm)
RN12 (+0cm)
RN12+WS (+3cm)
R
N
1
2
(
+
3
/6
c
m
)
B
s
t. 1
2
Bst.12
Bst.12
Bst.12
Bst. 12
RN12+WS (+10cm
)
RN12+WS (+10cm)
R
N
12+
W
S (
+10cm
)
RN12+WS (+10cm)
RN12+WS (+10cm)
RN12+WS (+10cm)
RN12 (+10cm)
Bst.12
Bst. 12
Bst.12
Bst.12
Bst.12
Bst.12
B
s
t.1
2
Bst. 12
Bst. 12
Bst. 12
Bst. 12
Bst. 12
Bst. 12
Bst. 1
2
B
st. 1
2
RN12+WS (+10cm)
RN12+WS (+10cm)
RN12+WS (+10cm)
RN12+WS (+10cm)
R
N
12+
W
S
(+10cm
)
R
N
12+
W
S
(+10cm
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
R
N
1
2
+
W
S
(+
3
c
m
)
R
N
1
2
(+
3
cm
)
R
N
12+
W
S (+
3cm
)
R
N
12 (+
6cm
)
Bst.12
Bst.12
Bst.12
Bst.12
Bst.12
Bst.12
RN
12 (+
0cm
)
R
N
1
2
(+
0
c
m
)
R
N
12 (+
6cm
)
R
N
12 (+
6cm
)
B
st. 1
2
RN12+WS (+10cm)
RN12+WS (+10cm
)
RN
12+W
S (+10cm
)
RN
12+W
S (+
10cm
)
RN
12+W
S (+10cm
)
RN
12+W
S (+
10cm
)
RN12 (+6cm)
RN12 (+6cm)
R
N
12+
W
S
(+10cm
)
R
N
1
2
+
W
S
(+
1
0
c
m
)
R
N
1
2
+
W
S
(+
1
0
c
m
)
R
N
12 (+
10cm
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
+
W
S
(
+
3
c
m
)
R
N
1
2
(
+
0
c
m
)
R
N
1
2
(+
0
cm
)
RN
12 (+10cm
)
R
N
1
2
(
+
6
c
m
)
R
N
1
2
(
+
6
c
m
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
2
5
(+
3
c
m
)
R
N
1
2
+
W
S
(
+
3
c
m
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
R
N
1
2
(
+
6
c
m
)
R
N
1
2
+
W
S
(
+
6
c
m
)
R
N
1
2
(
+
0
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
+
W
S
(+
3
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
+
W
S
(+
3
c
m
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
R
N
1
2
+
W
S
(+
1
0
c
m
)
RN12+WS (+10cm)
RN12 (+3cm)
RN12 (+3cm)
RN12 (+3cm)
RN12 (+3cm)
B
s
t
.
1
2
B
s
t
.
1
2
Bst
. 12
B
s
t
.
1
2
B
s
t
.
1
2
B
s
t
.
1
2
B
s
t
.
1
2
B
s
t
.
1
2
B
s
t
.
1
2
B
s
t. 1
2
B
s
t. 1
2
B
s
t
.
1
2
B
s
t
.
1
2
B
s
t
.
1
2
B
s
t. 1
2
Bst. 12
Bst. 12
R
N
1
2
+
W
S
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
+
3
/
6
)
R
N
1
2
(
+
0
c
m
)
RN12+WS (+3/6cm)
RN
12+W
S (+
10cm
)
Bst. 1
2
Bst. 12
Bst. 1
2
B
s
t. 1
2
R
N
1
2
+
W
S
(+
6
c
m
)
RN12 (+6cm)
R
N
12+
W
S
(+
6cm
)
RN12 (+10cm
)
R
N
12 (
+10cm
)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
Bst. 1
2
Bst. 12
B
s
t
.
1
2
B
s
t
.
1
2
R
N
1
2
(+
3
c
m
)
R
N
1
2
+
W
S
(
+
3
c
m
)
RN12
(+3cm
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
+
W
S
(
+
3
c
m
)
R
N
1
2
+
W
S
(
+
6
c
m
)
R
N
1
2
(
+
0
c
m
)
R
N
1
2
(
+
0
c
m
)
R
N
1
2
+
W
S
(
+
3
c
m
)
RN
12 (+
3cm
)
R
N
1
2
(+
3
c
m
)
RN
12+W
S (+
3cm
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
RN
12 (+
10cm
)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
R
N
1
2
(+
1
0
c
m
)
RN
12 (+
10cm
)
R
N
1
2
(+
1
0
c
m
)
R
N
12 (
+ 6
cm
)
R
N
1
2
(
+
6
c
m
)
R
N
1
2
+
W
S
(+
1
0
c
m
)
RN12
+WS (
+10c
m)
RN12 (+3/6cm)
RN12
+WS
(+10
cm)
RN
12+
W
S (
+10
cm
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
B
s
t. 1
2
B
s
t
.
1
2
B
s
t. 1
2
R
N
12 (+
10cm
)
R
N
1
2
(+
3
c
m
)
R
N
1
2
+
W
S
(
+
3
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
2
5
(
+
2
8
c
m
)
R
N
2
5
(
+
2
8
c
m
)
R
N
2
5
(
+
2
8
c
m
)
R
N
2
5
(
+
2
8
c
m
)
R
N
2
5
(
+
2
8
c
m
)
R
N
1
2
+
W
S
(
+
6
c
m
)
R
N
1
2
(
+
6
c
m
)
R
N
1
2
(
+
6
c
m
)
R
N
1
2
(
+
6
c
m
)
R
N
1
2
+
W
S
(
+
6
c
m
)
RN12 (+6cm)
RN12 (+6cm)
RN12 (+6cm)
RN12 (+6cm)
RN12 (+6cm)
RN12 (+6cm)
R
N
2
5
(
+
2
8
c
m
)
R
N
1
2
+
W
S
(
+
3
c
m
)
R
N
1
2
+
W
S
(
+
6
c
m
)
R
N
1
2
+
W
S
(
+
6
c
m
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
(
+
3
c
m
)
R
N
1
2
(
+
3
c
m
)
Bst
. 12
R
N
1
2
(+
1
0
cm
)
R
N
1
2
(
+
1
0
c
m
)
Bst
. 12
B
s
t. 1
2
B
s
t. 1
2
RN
12 (+
0cm
)
RN
12 (+
0cm
)
B
s
t
.
1
2
B
s
t
.
1
2
Bst. 12
R
N
1
2
+
W
S
(
+
3
c
m
)
R
=
1
0
.
0
0
T
B
A
2
1
1
3
x
B
s
t.
T
B
A
2
1
1
R
N
1
2
(
+
2
/4
c
m
)
R
N
12 (
+3/6
cm
)
R
N
1
2
(+
3
/6
c
m
)
B
s
t. 1
2
B
s
t. 1
2
Bst. 12
RN12+WS (+10cm)
R
N
12+
W
S
(+
10cm
)
RN12+WS (+10cm)
R
N
12+
W
S (+
10cm
)
R
N
1
2
(+
6
c
m
)
R
N
12+
W
S
(+10cm
)
R
N
12+
W
S
(+10cm
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
R
N
12+
W
S (+
10cm
)
R
N
12+
W
S
(+10cm
)
R
=
2
0
.5
0
R
=
2
.
0
0
R
=
2
.
0
0
R
=
2
.5
0
R
=
2
.
5
0
R=0.80
R
=
1
.0
0
R
=
3
.0
0
R
=13.8
5
R
=
1
0
.
0
0
R
=
0
.
8
0
R
=
1
.
0
0
R
=
3
.
0
0
R
=
1
.5
0
R
=
1
.
5
0
R
=
1
.
5
0
R
=
2
.0
0
R
=
1
2
.
0
0
R
=
1
.0
0
R=
1.00
R
=
1
3
.
0
0
R
=
1
0
.
0
0
R
=
1
0
.0
0
R
=
8
.
0
0
R
=
8
.
0
0
RN
12 (+
3cm
)
RN
12 (+
3cm
)
RN
12 (+
3cm
)
RN
12 (+
3cm
)
RN
12+W
S (+
10cm
)
RN12 (+6cm)
R
=
9
.
5
0
R
=
1
0
.
0
0
TBA 211 3xBst.
TBA 211 RN12 (+2/4cm)
R
N
1
2
+
W
S
(
+
3
c
m
)
R
N
1
2
+
W
S
(
+
3
c
m
)
R
N
1
2
(
+
6
c
m
)
R
=
2
0
.
0
0
T
B
A
2
1
1
3
x
B
s
t.
T
B
A
2
1
1
R
N
1
2
(+
2
/4
cm
)
R
=
2
0
.
0
0
Bst. 12
RN
12+
WS
(+
3cm
)
R
N
1
2
(
+
3
/
6
c
m
)
R
N
1
2
(
+
3
/6
c
m
)
R
N
1
2
(
+
3
/6
c
m
)
R
N
1
2
(
+
3
/6
c
m
)
R=1
5.00
R
N
1
2
(
+
3
/6
c
m
)
R
N
1
2
(
+
3
/6
c
m
)
RN
12 (
+3/
6cm
)
R
N
12 (
+3/6
cm
)
R
N
1
2
(+
3
/6
c
m
)
R
N
1
2
(+
6
cm
)
R
N
1
2
+
W
S
(
+
6
c
m
)
R
N
1
2
(
+
3
/6
c
m
)
RN12 (+6cm)
RN12 (+6cm)
RN12+WS (+10cm)
RN12 (+6cm)
RN
12+W
S (+10cm
)
R
N
12+
W
S
(+10cm
)
RN
12 (+
6cm
)
RN12 (+6cm)
RN
12+W
S (+
10cm
)
R
N
12 (+
6cm
)
RN
12 (+6cm
)
R
N
12+
W
S (+
10cm
)
R
N
12+
W
S
(+10cm
)
R
N
12+
W
S
(+10cm
)
R
N
12 (+
6cm
)
R
N
12 (+
6cm
)
R
N
12+
W
S
(+10cm
)
R
N
12+
W
S (+
10cm
)
R
N
12+
W
S
(+10cm
)
R
N
12+
W
S
(+10cm
)
R
N
12 (+
6cm
)
R
N
12 (+
6cm
)
R
N
12 (+
6cm
)
RN
12 (+
6cm
)
R
N
12+
W
S (+
10cm
)
RN12+WS (+10cm
)
R
N
1
2
+
W
S
(+
1
0
c
m
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
B
s
t
.
1
2
R
N
1
2
(
+
6
c
m
)
R
N
1
2
+
W
S
(
+
6
c
m
)
R
N
1
2
(
+
6
c
m
)
R
N
1
2
(
+
6
c
m
)
R
N
1
2
(
+
6
c
m
)
R
N
1
2
+
W
S
(
+
6
c
m
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
R
N
1
2
(
+
1
0
c
m
)
RN
12+
W
S (
+ 6
cm
)
RN
12 (
+ 6
cm
)
RN
12 (+
10cm
)
RN
12+
W
S (
+ 6
cm
)
R
N
12 (
+ 6
cm
)
R
N
1
2
+
W
S
(+
6
cm
)
R
N
1
2
(+
1
0
cm
)
R
N
12+
W
S
(+
10cm
)
R
N
12 (
+ 6
cm
)
R
N
1
2
+
W
S
(+
6
c
m
)
R
N
1
2
+
W
S
(
+
1
0
c
m
)
B
s
t
.
1
2
B
s
t
.
1
2
R
N
1
2
+
W
S
(
+
1
0
c
m
)
R
N
1
2
+
W
S
(+
6
c
m
)
R
N
12 (
+
6cm
)
R
N
1
2
+
W
S
(+
1
0
c
m
)
R=1
.00
R
=
5
.
0
0
R
=
5
.
0
0
R
=0.5
0R
=
0
.
5
0
R
=
0
.
5
0
R=
0.60
R
=
0
.
5
0
R
=
0
.
5
0
R
=
0
.
7
5
R
=
0
.
5
0
R=
0.50
R=0.50
R
=
2
5
.
0
0
R
=0.50
R
=20.00
R
=
0
.5
0
R
=
0
.
5
0
R
=
1
5
.
0
0
R
=
5
0
.0
0
R
=
1
.
5
0
R=
1.00
R
=
1
5
.
0
0
R
=
1
2
.
0
0
R=
0.50
R
=0.50
R
=
2
0
.
0
0
R
=
5
.
5
0
R
=
5
.0
0
R
=
1
4
.0
0