5
is
W
t
p
a
T
t
F
T
a
T
t
p
d
F
If
s
C
5.1.6.
Tying
Afte
tyin
s
tied
secur
When
the
de
he
press
bo
position.
The
automatical
The
upper
w
wist
wheel.
Fig.
30:
knottin
The
twist
wh
and,
in
an
op
The
bottom
he
needle
i
placed
in
the
disk.
Fig.
31:
needle
f
the
upper
slots
the
twi
Constructive
g
device
er
pressing
i
g
device
en
rely
and
can
esired
bale
ody
stops
in
e
knotting
m
ly
swivelled
wire
is
alrea
.
ng
device
wit
heels
turn
p
pening,
tak
wire
is
rout
n
the
form
e
vacant
op
e
carriage
and
lower
ist
wheel
st
e
descriptio
is
complete
nsures
that
t
n
be
transpo
length
is
re
the
front
e
machine
is
b
d
in
the
tyin
dy
in
the
slo
h
twist
whee
perform
hal
es
up
the
to
ted
to
the
t
of
a
loop
an
pening
of
th
wires
are
in
tarts
to
twis
n
04
e
the
the
bale
orted.
eached
end
by
now
g
range.
ot
on
the
l
f
a
turn
op
wire.
top
by
nd
e
twist
n
the
st
the
4/2015
S.
29
wires
below
Fig.
32:
After
t
specif
turn
o
compl
turn
a
Fig.
33:
The
ne
"opera
knotti
knotti
back
i
The
kn
conne
new
b
For
se
the
pr
wheel
knotti
manu
9
so
that
kno
w
the
wheel
:
twisted
wire
the
twist
di
fied
number
of
twist
whe
leted
by
the
and
the
subs
:
twist
wheel
eedle
is
low
ational
posi
ng
device
is
ng
zone.
Th
nto
the
cha
not
created
ects
the
upp
bale
which
s
etting
up
pu
ress
body,
t
l
and
the
sw
ng
device
c
ally.
ots
are
form
.
e
=
knot
sk
has
perfo
r
of
turns,
(2
eel)
the
twis
e
wheel
ma
sequent
cut
wered
until
i
ition".
After
s
swung
out
he
material
annel
and
co
above
the
per
and
low
still
has
to
b
rposes
the
he
needle
a
winging
mov
an
also
be
p
med
above
a
ormed
a
PL
2
pulses=
1
st
process
is
king
a
reve
tting.
it
is
in
the
r
tying,
the
t
of
the
can
be
pus
ompressed.
twist
whee
wer
wire
of
t
be
compress
functions
o
and
the
twis
vement
of
t
performed
and
C
‐
s
rse
hed
.
el
he
sed.
of
st
the