Evita 4 Training - Diagramas Gratis
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Transcript Evita 4 Training - Diagramas Gratis
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Evita 4
Ventilation at a Glance: Powerful and Easy
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Ventilation
AutoFlow ®
BIPAP*
APRV
ATC
PPS
NIV
Monitoring
Respiration
SPO2
CO2
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Ventilation at a Glance: Powerful and Easy
Operation Panel
Swivel mounted
Easy to detach
Central rotary knob
Touch screen
Interactive device check
Start settings
Maneuvers
P.01
PEEPi (all modes)
R and C
Loops, trends
Logbook
Ventilation at a Glance: Powerful and Easy
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User oriented
Ideal bodyweight setting
Configurable start settings
Only active parameters displayed
Automatic online calibration of Flow and O2
Help function
Additional value
Power back up
Open real time - data interface
Open for new developments
Versatile udates and upgrades since 1995
Operation: Easy Steps ... Safe Therapy
Front Panel
Swivel mounted
– to reduce reflections
– to adapt to place and persons
– for access to the patient system
Compact, close to basic unit
Sealed unit, no openings
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Easy to clean and disinfect
More than 3m connection cable
integrated
Rail connector for standard rail
Operation: Optimized for the Situation
Configurability meet clinical needs
Standby / interactive device check
focus on the important information,
e.g. only the mode specific functions are displayed
a full size real time curve and four monitoring parameters are
always visible
different monitoring parameters and curves can easily be
selected and preconfigured
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complexity is reduced by a clear structure and by selections
for needs of the hospital
less training and safe handling
Power on - Easy Start
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Customers Value
Start procedure
Ideal body weight setting
65
Guided interactive device check
Standby
[ kg ]
Configurable start ventilation mode
Configurable start parameter
Configurable standard settings and alarms
Automatic online calibration of sensors
Help-function
Ventilation therapy - Overview
Volume strategy
IPPV / CMV
IPPVAssist / AC)
SIMV
MMV
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Pressure strategy
BIPAP / BIPAPAssist
(PCV+ / PCV+Assist)
APRV
ASB (Psupp)
Ventilation therapy - Overview
Room to Breathe
BIPAP (PCV+)
APRV
AutoFlow (IPPV/SIMV/MMV)
ATC
PPS
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Additional Modes
NIV / Mask Ventilation
ILV
Ventilation therapy - Overview
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Continuity throughout all modes
Automatic Tube Compensation ATC
Apnea ventilation except with IPPV / MMV
Flow-trigger
Easy to adjust: frequency f, inspiration time Tinsp
Resistance and compliance-calculation
Intrinsic-PEEP measurement
P0.1 - occlusion pressure
Ventilation therapy - Conventional Volume Ventiation
Adjustments
VT, Freq., Tinsp, O2, Flow, PEEP
Monitoring
From resistance to intrinsic PEEP
Loops and trends for diagnosis
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e.g. SIMV
Safe handling
User guidance with direct
acknowledgement
Ventilation therapy - Easy to Adjust
Volume Strategy
SIMV AutoFlow
PAW high - alarm
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Flow-trigger
Apnea ventilation
Ventilation therapy - Easy to Adjust
Pressure Strategy
BIPAP / PCV+
VTi high - alarm
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Flow-trigger
Apnea ventilation
Ventilation Therapy - Room to Breathe
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Room to breathe - What does it mean?
Decelerating flow to reduce peak pressures and to optimize
gas distribution
Ventilation - easier and less invasive
Early spontaneous breathing in volume- and pressure
oriented ventilation
Room to breathe - Customer value
no relaxation, less sedation
better alveolar recruitment
less shunt, less dead space ventilation
better venous return
weaning is enhanced
Ventilaton therapy - Room to Breathe
AutoFlow
automatic regulation of flow to meet changing
lung conditions and spontaneous breathing
pressure peaks are cut off automatically
VT is maintained at minimum pressure level
less sedation and less alarms
with spontaneous breathing patients
less adjustments to adapt ventilation to
active patients
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AutoFlow - To use with?
IPPV/CMV - SIMV - MMV
Beatmungstherapie - Room to Breathe
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MMV AutoFlow / ATC
Minute ventilation
garanteed
Patient only gets the
necessary mandatory
support
Mandatory frequency is
reduced proportionally
to spontaneous minute
ventilation
automatic Weaning
Ventilation therapy - Room to Breathe
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BIPAP / PCV+
True pressure controlled
ventilation combined with
spontaneous breathing on
both pressure levels
optimized in- and exspiratory
trigger
BIPAP/PCV+ - Customer value
One Mode from intubation to
weaning
Higher patient comfort
less Alarms, easy to use
Ventilation therapy - Room to Breathe
Paw
APRV
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Spontaneous breathing
under CPAP with brief
release periods
Suitable for patients with
poor gas exchange
Normal lung areas are
emptied
“Slow” lung areas change
volume to a lesser extent
optimized recruitment
Phoch
t
P
tief
Thoch
Ttief
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Ventilation therapy - Room to Breathe
ATC
Increased patient
comfort
Improved
synchronisation in
assisted ventilation
The electronic
extubation helps to
predict weaning success
The tracheal pressure is
beeing monitored
without usage of a
measurement catheter
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Ventilation therapy - Room to Breathe
PPS
Pressure support
proportional to patient
effort
PPS follows
spontaneous volume
and flow
PPS gives the weak
patient the necessary
strength to breathe
Even weak patients
with R&C changes can
control breathing and
the ventilator
OPTION
P
Volumen Assist
P
+
Flow Assist
+
P
PEEP
=
Atemwegsdruck
Ventilation therapy - NIV / Mask ventilation
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NIV
NIV adapted
monitoring and alarms
NIV optimimised,
automatic leakage
compensation
Unmistakable colour
scheme
Same high end
performance as in
tube mode
Additional vent mode
BIPAPAssist / PCV+Assist
OPTION
Monitoring - Extended Application Range
Monitoring of values, curves, loops or trends
Pre-configurable to meet clinical standards/needs
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Standard
O2
Pressure
Flow
Volume
Optional
CO2
SpO2
Extended Application Range
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Intrinsic PEEP
lung status information
available in every mode
auto stop of
measurements if pressure
increases (mes. time 1) or
flow becomes zero (mes.
time 2)
improved monitoring of
inverse ratio ventilation
(IRV)
extended application with
respect to
modes and lung conditions
Paw
Insp.- and Exsp.valve closed
Exsp.-valve opened
PEEPi
PEEP
t
mes. time 1 mes. time 2
PEEPi
VTrap
Extended Application Range
Occclusion Pressure P0.1
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available in all modes
autoscaling of time axis
Paw
screen freeze with
cursor function for
detailed analysis
CPAP
determines
-0,5 mbar
neuromuscular drive
early indication of fatigue
levels
support for optimum
weaning protocols
Insp.-Ventil geschlossen
100 ms
Insp.-Ventil geöffnet
t
P1
P 0.1
P2
Extended Application Range
Weaning - Indices
RSB - Rapid Shallow
Breathing Index
RSB = f / Vt
NIF - Negative
Inspiration Force
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Vt ASB = Volume
inhaled during ASB
stroke
Extended Application Range
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Loops
Throughout all modes
Loops and settings
simultaneous
Pressure, flow, volume,
CO2 and tracheal
pressure
Zoom - “Big Loop!”
Reference Loop
Loop cursor to
measure upper and
lower inflection point
Trends - Logbook
Trends
8 pre-configurable
parameters over 24 h
2 trends simultaneous
Cursor function
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Logbook
All alarms and events
listed
Background alarms listed
Marker for background
alarms
Alarm silence ON and
OFF listed