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o 1-1
Safety
Signs
o
1-2
Electrical
c)
1-3
Mechanical
1-4
Biological
1-5
Probe
Precautions
1-6
Environmental
Safety
Safety
Safety
Protection
,
5
7
15
17
27
28
Safety Signs
Please
read
this
chapter
system,
for
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1-1-1
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The
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•Chapter 1 Safety· 5
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Electrical Safety
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•Chapter 1 Safety· 7
3
the
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•Chapter 1 Safety· 8
Lt.
CAUTION
The
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•Chapter1 Safety·
10
Immunity
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•Chapter 1 Safety·
should
or
11
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MEDISON
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of
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•Chapter1 Safety·
12
3)
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This
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The
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Itisessential
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•Chapter1Safety·
the
survey,
location
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presence
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13
5)
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MEDISON
The
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An
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Tracing
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•Chapter1Safety·
14
Mechanical Safety
See
it
all
_.
MEDISON
1-3-1
Moving the Equipment
When
you
move
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The
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The
components
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Service
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WARNING
The
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are
installed
failure.Onrare
operates
I
weigh
approximately
front
brakestocontrol
you
should
use
removed
the
securely
from
console
and
the
facilitate
can
occasionsacomponent
abnormally
wheelsofthe
after
101kg(202Ib),
console.
the
movementofthe
the
handleatthe
unitifnecessary.
easy
transportingofthe
withstand
considerable
may
repositioning,
depending
Press
the
please
upon
brakes
product
backsideofthe
product.
shock,
become
disconnected
contact
configuration,
with
your
feettolockorrelease
suchasby
console.
but
excessive
the
MEDISON
and
preventing
inside
could
The
monitor
shock
the
Customer
cause
its
movement
injury
them.
Always
Lt.
WARNING
Be
awareofthe
caution
When
even
with
make
sure
that
the
control
panelisfacing
the
directionofmovement.
I
castors,
when
moving
moving
the
the
brakesondependingonthe
[Good example] [Bad example]
especially
the
productupor
product
when
moving
the
down
system.
ramps.
MEDISON
downaramporrestingittemporarilyona
directionofthe
product.Donot
recommends
ramp,
the
rest
that
you
product
the
may
productonramps.
exercise
tilt
over
•Chapter 1Safety·
15
1-3-2 Safety Note
&
CAUTION
Never
attempttomodify
Check
the
operational
Make
sure
Do
not
block
To
prevent
I
safety
that
other
objects,
the
ventilation
damagetothe
the
productinany
when
suchasmetal
slots.
power
way.
using
the
product
pieces,donot
cord,besuretogrip
afteraprolonged
enter
the
the
plug
head?
breakinservice.
system.
not
the
cord-when
See
it
all
_.
MEDISON
unplugging.
Excessive
of
the
Improper
bendingortwistingofcablesonpatient-applied
system.
cleaningorsterilizationofa
1-3-3 Safety Note for Monitor
When
monitor
adjusting
and
the
the
arm.
positionofthe
patient-applied
monitor,becareful
part
may
nottoget
parts
may
cause
your
cause
failureorintermittent
permanent
fingers
caughtinbetween
operation
damage.
the
[Figure
1-3
Safety Note for Monitor]
•Chapter 1 Safety·
16
Biological Safety
Lt.
WARNING
Ultrasound
thereisno
low.
Please
Do
not
use
condition
Customer
Do
not
useasystem
are
indicativeofa
The
system
observes
I
waves
medical
refertothe
the
systemifan
exists.
Service
limits
American
may
have
benefit,
ALARA
Note
the
Department.
that
exhibits
hardware
the
maximum
FDA
regulations.
damaging
minimize
error
failure
effectsoncells
the
exposure
principle.
error
message
code,
erraticorinconsistent
that
contact
appearsonthe
turn
off
shouldbecorrected
temperatureto43
time
the
powertothe
and,
therefore,
and
maintain
updating.
before
degree
maybeharmfultothe
the
ultrasound
video
display
indicating
system,
Discontinuitiesinthe
use.
Celsius,
and
and
the
call
your
ultrasonic
wave
scanning
See
it
all
_.
MEDISON
patient.
output
level
at
thatahazardous
local
MEDISON
sequence
waves
output
If
1-4-1
ALARA
Guidance
(ALARA)
of
dictate
possible,
Since
qualified
the
the
Principle
for
the
useofdiagnostic
principle.
personnel.Nosetofrules
correct
while
threshold
The
response
obtaining
for
responsibilitytocontrol
exposure
time,
the
The
sound
need
that
There
usedtoimplement
bone
timeisan
values
time
with
diagnostic
the
ultrasound
resultsofthe
abilityofthe
not
onlyinthe
for
more
important
system
exam.
usertoabidebythe
and
better
information
areanumberofvariables,
the
relativetothe
focal
especially
over
time
support
decisionasto
for
every
diagnostic
diagnostic
the
total
energy
image
provides
technology
but
informationtoguide
which
ALARA
useful
principle.
point,
attenuationinthe
variable,
the
ALARA
ultrasoundisdefinedbythe
whatisreasonable
canbeformulated
has
that
circumstance.Bykeeping
images,
ultrasound
because
users
can
bioeffectsisundetermined,itis
transmitted
into
quality.Toensure
controls
ALARA
alsointhe
that
canbemanipulated
principleisimportant.
applicationsofthe
the
user.
affect
the
wayinwhich
These
variables
body,
the
user
minimize
the
patient.
diagnostic
The
include
and
controls
principle.
"as
lowasreasonably
been
lefttothe
judgment
wouldbesufficiently
ultrasound
ultrasonic
exposureaslow
bioeffects.
the
The
sonographer
image
quality
during
Advancesindiagnostic
technology,
output
indices
the
mass,
ultrasound
it.
The
are
output
display
body
exposure
abilitytolimit
size,
achievable"
and
insight
complete
to
as
sonographer'
must
and
limit
the
examtooptimize
s
reconcile
exposure
ultra-
have
resultedinthe
designedtoprovide
indices
can
be
locationofthe
time.
Exposure
the
index
1)
Applying
The
imaging
flow.
ALARA
system-imaging
provide
Scanned
anatomical
modes,
mode
like
used
depends
information,
2D-mode
upon
the
while
Doppler
disperseorscatter
information
imaging
the
ultrasonic
needed.
provide
energy
2D-mode
information
overanarea,
•Chapter!Safety·
and
about
M-mode
blood
while
an
17
See
it
all
_.
MEDISON
unscanned
natureofthe
with
operator
The
This
mode,
imaging
informed
judgment.
experience
decisionasto
decision
mustbebasedonthe
like
the
easeordifficultyofobtaining
the
patient
duetoprobe
exposureislimitedtothe
acceptable
Althoughahigh
shouldbetaken
reading.
There
acoustic
ALARA.
2)
Direct
Application
rangesofallowable
intensity
vascular
the
user
and
Output
control
select
output
diagnostic
index
seriously.
Limiting
are
intensity.
These
several
controls
exposure
system
These
Controls
selection
and
intensityoroutput
for
the
applicationisoneofthe
intensity
proper
bears
user-definable
has
levels
range
foraparticular
the
responsibility
settings.
direct
impactonacoustic
canbeusedtoincreaseordecrease
intensity
intensity
levels
consistent
M-modeorDoppler,
mode
being
used
The
probe
frequency,
aid
the
sonographerinmeeting
amountofacoustic
following
diagnostically
surface
lowest
temperatures.
index
results.
reading
does
Every
timeisan
controls
controls
not
effort
effective
that
are
relatedtothe
canbedivided
the
output
intensity
are
not
recommended
procedure,
for
proper
intensity.
less
than
the
defined
with
good
image
concentrates
allows
the
system
output
is,inthe
factors:
useful
information,
Prudent
reading
mean
for
the
thatabioeffectisactually
ultrasonic
sonographertoapply
set-up
the
definitionofthe
final
typeofpatient,
useofthe
shortest
shouldbemadetoreduce
waytoaccomplish
the
operator
into
three
control
basedonyour
first
things
while
clinical
maximum.
use.
Once
the
for
intensity
can
usetoadjust
techniques
categories:
directly
affect
selection.
required
fetal
others
exams.
The
MEDISON
the
during
require
application
output.
Prudent
thatanoperator
quality.
energy.
values,
scanning
analysis,upto
typeofexam,
and
the
potential
system
amountoftime
occurring,ahigh
the
possible
this
goal.
the
image
direct,
indirect,
acoustic
Selecting
Some
manual
any
intensity.
the
exam.
systems
selection.
system
has
been
The
output
use
dictates
Understanding
the
ALARA
principle
techniques,
ALARA
the
principle.
system
operator.
patient
localized
occurs
when
heating
patient
necessarytoachieve
index
effectsofa
quality
and
might
usetoimplement
and
receiver
correct
For
example,
control.
There
are
rangeofacoustic
peripheral
automatically
Ultimately,
provides
both
automatic
established,
control
allows
that
you
select
the
the
and
history,
reading
high
index
limit
different
select
the
the
output
you
to
lowest
of
the
3)
Indirect
The
indirect
imaging
The
choiceofimaging
mode,
onasingle
the
beamisonly
Pulse
periodoftime.
Controls
controls
mode,
Dopplerisa
are
those
pulse
repetition
mode
determines
stationaryorunscanned
location.Amovingorscanned
concentratedona
repetition
frequencyorrate
The
higher
the
that
haveanindirect
frequency,
given
referstothe
pulse
repetition
effectonacoustic
focus
depth,
the
natureofthe
mode.Astationary
ultrasound
area
beam
forafractionofthe
numberofultrasound
frequency,
pulse
length,
ultrasound
disperses
the
more
time
intensity.
and
beam.
u~rasound
the
These
probe
2D-modeisa
beam
energy
overawide
selection.
concentrates
necessaryinunscanned
burstsofenergy
pulsesofenergyina
controls
affect
scanning
energy
area
mode.
overaspecific
given
period
•Chapter1Safety·
and
18
of
time.
Several
depth,
numberoffocal
Focusofthe
different
of
depth
Pulse
the
focus
system
optimization.
improves
lengthisthe
time-average
temperature
pulse
durationinpulsed
Probe
selection
the
probe
operating
operating
the
point,
same
without
frequencies
output
controls
ultrasound
affect
zones,
beam
pulse
and
sector
affects
repetition
requiresavariationinoutput
Different
the
resolutionofthe
time
during
intensity
increase
and
Doppler.
affects
intensity
frequency,
require
intensity,alower
corresponding
exams
structureofinterest.
which
the
value.
The
cavitations.
Increasing
indirectly.
the
greater
higher
output
probe
increasesinimage
frequency:
width
controls.
the
image
resolution.Tomaintainorincrease
over
the
focal
require
different
ultrasonic
greater
Pulse
burstistumed
the
time-average
lengthorburst
the
Doppler
Tissue
attenuation
the
attenuationofthe
intensitytoscanata
frequencyisrequired.
quality,
can
focal
depth,
zone.
This
focal
depths.
on.
intensity,
lengthorpulse
sample
volume
changes
ultrasonic
deeper
Using
mean
thatalower
See
MEDISON
display
depth,
sample
resolutionata
variationofoutputisa
Setting
the
focustothe
The
longer
the
pulse,
the
greater
the
durationisthe
increases
with
frequency.
energy.
depth.Toscan
more
gain
frequency
the
Higher
and
output
probeisneeded.
it
all
volume
function
the
greater
likelihood
output
pulse
The
higher
probe
deeper
beyond
_.
proper
of
length.
at
a
4)
Receiver
Receiver
on
gain,
is
output,
5)
Additional
Ensure
performed.
follow-up,
and,
6)
Output
The
The
three
user
The
The
Each
is
Controls
controls
output.
Receiver
TGC,
dynamic
that
receiver
optimize
Considerations
that
scanning
Never
which
like
any
tool,
Display
system
output
thermal
index
thermal
choice,
depending
mechanical
thermal
probe
index
application
continuously
are
usedbythe
controls
range,
controls
shouldbeoptimized
gaintoimprove
timeiskepttoa
compromise
ultimately
shouldbeused
Features
display
consistsofthe
indices
willbedisplayedatall
upon
indexiscontinuously
consistsofthe
hasadefault
displayed
application,inincrementsof0.1.
The
application-specific
natureofthe
operatortoimprove
only
affect
and
image
image
qualitybyrushing
increases
efficiently
comprises
following
the
applicationathand.
three
over
the
rangeof0.0tomaximum
image
how
the
ultrasound
processing.
before
The
important
increasing
quality.
minimum,
and
ensure
throughanexam.Apoor
the
time.
Diagnostic
and
effectively.
two
basic
indices:amechanical
indices:
displayed
indices,
selection
default
soft
times.
Which
over
the
and
only
thatisappropriate
settingisalsoanimportant
quality.
These
echoisreceived.
thingtoremember,
output.
that
only
ultrasoundisan
tissue
(Tls)
one
depends
For
medically
index
and
bone
upon
controls
example;
exam
important
andathermal
havenoeffect
These
controls
relativetooutput,
before
required
will
require
toolinmedicine,
(Tlb).
Oneofthese
the
system
increasing
scanning
index.
preset
rangeof0.0to1.9,inincrementsof0.1.
oneoftheseisdisplayedatanyone
for
that
output,
combination.
basedonthe
factorofindex
probe
The
TlborTls
and
behavior.
include
is
a
or
time.
A
•Chapter 1Safety·
18
default
system
by
the
settingisa
has
ultrasound
default
system
index
system
orachangeinapplication
The
decisionasto
Appropriate
Some
factors
or
the
flowofblood.Ahighly
zone
heatingtobe
Scanned
heating
modes
tendstobe
deeperinthe
Always
limit
whichofthe
index
for
might
less
versus
focal
zone.
ultrasound
the
application:
create
than
unscanned
near
exposure
control
settings
when
poweristumed
takes
three
artificially
attenuating
the
the
surface;
state
whichispresetbythe
for
the
probe
application.
on,
place.
thermal
Tlsisused
highorlow
indicestodisplay
for
thermal
tissue
thermal
index
displays.
modesofoperation
for
unscanned
time.Donot
rush
new
imaging
path,
the
The
patient
soft
index
for
example,
affect
modes,
exam.
manufacturerorthe
default
settings
dataisentered
are
into
invoked
the
shouldbebasedonthe
tissue;
and
Tlb
forafocusator
readings
the
the
will
thermal
potential
Ensure
e.g.
presenceoffluidorbone,
cause
the
potential
index.
For
for
heating
that
the
indices
See
it
all
_.
MEDISON
operator.
system
scanned
The
automatically
database,
following
criteria:
near
for
local
modes,
tendstobe
are
kepttoa
bone.
minimum
7)
Mechanical
Mechanical
The
varies
and
Index
bioeffects
threshold
with
peak
theMlvalue,
value
that
means
implementing
8)
Thermal
Index
TheTlinforms
within
body
tissue,orat
the
temperature
influencedbyfactors
usedasa
The
ultrasound
bone
guide
thermal
beam
that
exposure
(Ml)
Display
are
threshold
level
varies,
however,
pressure
the
greater
and
the
thatamechanical
the
ALARA
(Tl)
the
Display
user
about
principle.
the
increaseinspecific
suchastissue
for
implementing
index
(Tlb)
has
passed
timeislimited
ultrasound
without
phenomena
with
the
typeoftissue.
frequency.
that
likelihoodofmechanical
effect
will
actually
the
potential
pointoffocusofthe
the
informs
through
body
type,
ALARA
the
soft
tissues.
vascularity,
user
for
temperature
ultrasound
principle.
about
tissueorfluid,
compromising
occur
whenacertain
The
TheMIaccounts
bioeffects
occur.
occurring
TheMIshouldbeusedasa
increase
beamonbone.
The
actual
amountofany
and
modeofoperation
potential
heatingator
for
example,ator
diagnostic
potential
for
these
occuringatthe
sensitivity.
levelofoutputisexceeded.
for
mechanical
two
but
thereisno
TheTIisanestimate
temperature
etc.
near
the
near
secondorthird
bioeffects
factors.
The
specific
guide
body
surface,
rise
TheTIshould
focus
after
higher
MI
for
of
is
be
the
trimester
The
cranial
the
surface,
The
soft
geneous
You
can
is
displayed
fetal
bone
for
tissue
tissue.
select
when
bone.
thermal
example,
thermal
either
you
index
(TIc)
informs
cranial
bone.
index
(Tls)
informs
TlsorTlb
using
the
selectatrans-cranial
the
user
the
user
TlslTlb
selectiononthe
application.
about
about
the
the
potential
potential
Miscellaneous
heatingofboneator
for
heating
within
system
•Chapter! Safety·
soft
homo-
setups.
near
Tic
19
9)
Mechanical
The
and
Mechanical
TheMIandTIdisplay
These
accuracy
output
modeling
The
displayed
the
ALARA
principle
Thermal
and
estimates
errors
values
indices
Display
Thermal
accuracy
Indicesonthe
estimates
are
basedonthe
and
measurement
shouldbeinterpretedasrelative
through
prudent
useofthe
Precision
for
and
system
the
system
variability
Accuracy
are
preciseto0.1
are
giveninthe
rangeofprobes
variability,asdescribed
informationtohelp
system.
The
values
See
MEDISON
units.
Acoustic
and
below.
should
Output
systems,
the
system
inherent
operator
notbeinterpretedasactual
it
all
Tables
_.
manual.
acoustic
achieve
physical
is
ments
Manyofthe
derived
are
values
investigated
from
laboratory
then
put
assumptions
measurements
into
algorithms
usedinthe
tissueororgans.
Over-estimationofactualinsitu
surement
The
and
measured
calculation
water
tank
process.
values
coefficientof0.3dB/cm-MHz.
Conservative
values
conductivity
Steady
made
that
A
numberoffactors
algorithm
isasignificant
impedance
pulse
values
for
tissueorbone
were
state
temperature
the
uttrasound
accuracy
factor.
differences,
voltage
control
for
tissue
absorption
selected.
probeisheld
are
considered
estimation
Probe
and
and
riseisassumedinthe
variability
sensitive
efficiencies
The
basedonthe
for
calculating
processofmeasurement
exposure,
are
characteristics
rates,
For
example:
de-rated
for
the
usingaconservative,
were
blood
perfusion
industry
steadyinone
when
estimating
and
measurement
results
from
lens
focusing
are
alsoacontributortovariability.
initial
data
thatisusedtosupport
AlUM
the
displayed
and
vast
majorityoftissue
selected
for
rates,
standardTImodels,
position
long
the
accuracyofdisplay
variability.
Variability
piezoelectric
parameter
measurement
output
calculation
values.
are
standard.
conservativeinnature.
paths,isbuilt
industry
standard,
useintheTImodels.
blood
heat
capacity,
and
enough
for
steady
values:
among
probes
crystal
efficiencies,
variations.
Differencesinthe
There
the
output
The
into
attenuation
Conservative
and
tissue
the
assumption
statetobe
hardware
and
process-related
are
inherent
display
measure-
the
mea-
thermal
reached.
variations,
systems
system
uncer-
is
taintiesinthe
operating
algorithms
conditions
used
and
differencesinhydrophone
tolerances,
The
and
conservative
variability
assumptionsofthe
throughaO.3dB/cm-MHz
estimate
occurinwater
and
body,
occuraspulse
displayed.
tank
organs
have
and
particularlyinwater
voltages
Neither
measurementsorin
dissimilar
increase.
for
estimating
pulse
voltages.
calibration
among
test
attenuated
linear
propagation,
attenuation
tank
acoustic
output
Inaccuraciesinlaboratory
and
performance,
operators.
output
medium
most
estimation
are
algorithmsoflinear
not
taken
nor
uniform
tissue
pathsinthe
characteristics.Inwater,
measurements,
non-linear
values
over
the
rangeofpossible
measurements
positioning,
alignment
propagation,atall
into
accountincalculationofthe
attenuationatthe
body.Inthe
thereisalmostnoattenuation.Inthe
propagation
are
and
digitization
0.3dB/cm-MHz
body,
different
and
saturation
•Chapter 1 Safety·
system
related
depths,
accuracy
tissues
losses
to
rate,
20
The
display
rent
acoustic
not
basedonerrors
They
are
also
accuracy
output
estimates
modeling
in,orcausedbymeasuring
independentofthe
take
into
account
errors,
and
measurement
effectsofnon-linear
the
variability
variability.
according
lossonthe
rangesofprobes
Display
to,
the
AlUM
measured
See
MEDISON
and
accuracy
measurement
values.
estimates
it
all
systems,
standards.
_.
inhe-
are
10)Control
Control
11)
Power
from
12)
2D-mode
Effects
affecting
As
various
as
the
power
controls
Power
aMI.They
In
combined
addtothe
the
mode
CD
2D-mode
Narrowing
voltage
the
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peak
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1998:
center
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Vol.7,No.9Supplement
•Chapter 1 Safety·
22
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MEDISON
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this
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Transducers.
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SymposiumonSafetyofUltrasoundinMedicine:
and
Biology,
Output
the
first
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American
(Bioeffects
1988:
Vo1.7,
dataonpossible
Ultrasound,"
Non-Thermal
1998:
Vol.
and
usageofdiagnostic
InstituteofUltrasoundinMedicine(AIUM)
No.9
Mechanisms
24,
Supplement1.
Measurement
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Supplement),
effectsofultrasound
dated
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ultrasound,
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28,
1993
Biological
Ultrasound
Ultrasound
Brochure,
Equipment
Dated
ClearanceofDiagnostic
Mechanical
Acoustic
1998)
Conclusions
EffectsofUltrasound,
the
possible
scientific
human
and
medical
ratifiedareport
SafetyofDiagnostic
referredtoas
exposure.
provides
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Equipment.
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(AlUM,
(AlUM,
1998)
March
10,
1994.(Acopy
Ultrasound
Systems
IndicesonDiagnostic
and
Recommendations
NEMA.
UltrasoundinMedicine
biological
effects
(bioeffects)
institutions.InOctober
preparedbyits
Bioeffects
Ultrasound,JUltrasound
Stowe
Report,
which
reviewed
report
"Bioeffects
date
information.
and
Safety
1998)
of
and
on
of
1987,
Med.,
of
The
acoustic
December
Medical
surement
17)InSitu,
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The
of
estimated
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•Chapter 1 Safety·
with
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these
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the
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23
See
it
all
_.
MEDISON
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dimensions
•Chapter1 Safety· 24
types
general
In
value
instead
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pattern
Fc
of
See
it
all
,.
MEDISON
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Oscilloscope
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acoustic
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power
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are
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committee
The
document
includes
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sourcesoferror/measurement
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due
to:
•Chapter 1 Safety·
25
See
it
all
_.
MEDISON
Balance
Absorbing
Linearityofthe
system
(or
reflecting)
calibration.
balance
Extrapolationtothe
and
thermal
Target
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drift).
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and
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The
overall
frequency
findingsofthe
analysis
rangeof1-10MHz.
givearough
Acoustic
Power
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figure
of
+/-
10%
for
the
•Chapter1 Safety· 26
Probe Precautions
The
probe
can
easilybedamagedbyimproper
Always
follow
the
instructionsinthe
after
each
use.
Check
for
the
probe
cracks,
and
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the
MEDISON
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user
manualtoinspect
and
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and
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See
it
all
_.
MEDISON
substances.
lens
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and
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may
1-5-1
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&
CAUTION
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The
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in
use.
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Probe
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infection
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among
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anditmakes
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instructions
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with
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probe
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WARNING
No
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Sufficient
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I
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brain
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and
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usedonsuchapatient,itcannot
infection.
for
the
Thisisthe
equipment.
responsibility
Always
use
•Chapter 1 Safety·
be
of
legally
27
See
it
all
_.
MEDISON
1-5-2
Electric
The
the
Shocks
probe
uses
patientorthe
Lt.
WARNING
Regularly
immerse
Do
Do
Inspect
and
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The
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The
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receive
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short-circuit
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into
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examination
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for
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CAUTION
The
equipment
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The
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The
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and
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MEDISON
national
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.
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•Chapter1 Safety· 28
• '•
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s
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30
31
35
What is SonoAce X4?
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•Chapter 2 ProductIntroduction'
VCRs
and
printers
30
Specifications
sI!I!itall
••
MEDISON
2-2-1
2-2-2
2-2-3
2-2-4
Specifications
:>
Height:
1330mm
:>
Width:
450mm
:>
Depth:
700mm
:>
Weight:
Imaging
:>
2D
:>
Dual2Dreal-time
:>
2DIM-mode
:>
Pulsed-wave
:>
3D-mode
:>
Simultaneous
Gray
:>
256(8bits)
More
modes
real-time
Scale
Focusing
(with
than
63kg
Doppler
monitor)
2-2-5
2-2-6
2-2-7
:>
Dynamic
:>
Digital
Probes
:>
Curved
C3-7ED,
:>
Linear
HL5-9ED,
:>
Endocavity
EC4-9ED,
Probe
:>
2
probe
:>
3
probe
Monitor
:>
12
inch
transmit
dynamic
Linear
C2-5ET,
Array
focusing,
receive
Array
C4-9ED,
L5-9EC,
Curved
EC4-9ES
connections
connectors,
connectors
BM!
monitor
focusing
L5-9EE
Linear
for
option.
maximumofeight
(continuous)
C2-4ES
Array
points
(four
points
simultaneo-usly
selectable)
-------------------------
•Chapter 2 Product Introduction'
31
$'"
it
all
__
MEDISON
2-2-8
2-2-9
2-2-10
2-3-11
Rear
Panel
:>
VHS
and
:>
ECG
:>
Keyboard
:>
Patient
monitor
:>
BM!
printer
:>
VGA
monitor
:>
Parallel
:>
USB
:>
Foot
Front
:>
USB
Image
:>
Cine
:>
Image
port
2.0
2port
Switch
Panel
2.0
2port
Storage
loop
filing
Application
Input
Audio
video
video
Input
memory
system
Connections
and9Vde
and
remote
Connections
(maximum
power
control
512
frames)
2-3-12
2-2-13
:>
General,
Musculoskeletal,
Electrical
:>
100-120V/200-240VAC,
Automatic
Automatic
:>
Obstetricsin2D
:>
Gynecology:Uterus,
Gynecology,
Parameters
Calculation
measurementofvarious
•
Standard
SL,
CM,
•
Volume
Fetal
•
Fetal
Shinozuka1,
•
Estimated
•
User-defined
TID,
NF,
NT,
Flow,
Carotids,
Weight:
Gestational
APTD,
Lat
Campbell,
Shinozuka2
Fetal
tables
Follicles,
Cardiac,
Umbilical
Abdomen,
Neonatal,
8/5A,
and
Age
APTDXTID,
Vent,
FOOT,
Artery,
Fetal
Aorta,
Weight:
Cervix,
Cyst,
OB,
Renal,
Pediatric
50/60Hz
Quantification
parameters
tables:
GS,
HUM,
ULNA,
EAR,
MP
Mid
Cereb
Ductus
Venous,
Hadlock
Brenner,
Mass
Left
and
1-4,
Doubilet,
Right
Urology,
CRL,
VS,
TIB,
Artery,
Fetal
Hansmann,
Osaka,
Ovary,
Left
Vascular,
BPD,
RAD,
Left
and
Heart,
Merz,
Hadlock,
and
OFD,
FIB,
Right
Placenta
Osaka,
Right
Small
Part,
Fetal
Heart,
HC,
APD,
TAD,
MAD,
CLAV,
VERT,
CEREB,
Uterine
Artery,
Left
Artery
Shepard,Tokyo1,Tokyo2,
Tokyo,
Williams
Ovarian
Artery,
Left
Breast,
AC,FTA,
OOD,
and
Right
and
Right
FL,
10D,
------------------------
•Chapter 2 Product Introduction' 32