All users must read and fully understand the entire Instructions for
Use before operating LUCAS™ Chest Compression System.
The Instructions for Use should always be easily accessible to the
users of LUCAS.
Always follow local and/or international guidelines for CPR when
using LUCAS.
The use of other medical equipment or drugs in conjunction with
external chest compressions may reduce the effect of
compressions. Always consult the instructions for use for other
equipment or drugs to check that they are appropriate to use in
conjunction with the treatment and compressions being
performed with LUCAS.
When LUCAS is used on a non intubated patient the device can
safely be stopped to allow intermittent manual ventilation. Switch
off the device by turning the ON/OFF knob to the Lock position,
ventilate and turn the ON/OFF knob back to the Active
position again. See Section 1.5 on page 7 for information about the
ON/OFF knob positions.
REQUIREDSKILLS
JOLIFE AB strongly recommends that LUCAS Chest Compression
System is only used by persons with basic medical skills
such as:
First responders, ambulance personnel, nurses, physicians or
medical staffs, who have:
• completed a CPR course according to the American Heart
Association or equivalent, AND
• received training in how to use LUCAS
LUCAS can only be bought by or on the order of a licensed medical
practitioner.
TRAD EMA RKS
LUCASTM is a trademark of JOLIFE AB.
DECLARATIONOFCONFORMITY
LUCAS Chest Compression System complies with the
requirements of the European Medical Device 93/42/EEC. It is
marked with the CE-symbol:
MANUFACTURER, MAINOFFICE
JOLIFE AB
Scheelev. 17
SE-223 70 LUND
Sweden
Tel: +46 46 286 50 00
www.jolife.com
www.lucas-cpr.com
DISTRIBUTOR, USA
Medtronic Emergency Response Systems
11811 Willows Road NE
P.O. Box 97006
Redmond, WA 98073-9706 USA
Tel: 425.867.4000
Fax: 425.867.4121
www.medtronic-ers.com
LUCAS Chest Compression System, Instructions for Use
LUCAS Chest Compression System is to be used for
performing external cardiac compressions on adult
patients who have acute circulatory arrest defined
as absence of spontaneous breathing and pulse, and
loss of consciousness.
LUCAS must only be used in cases where manual
chest compression would be used. LUCAS is only
intended for temporary use.
1.2CONTRAINDICATIONS
Do NOT use LUCAS Chest Compression System in
the following cases:
• Too small adult patient: The suction cup is not
being completely compressed when it is lowered
as far as possible.
• Too large patient: The support legs of LUCAS
cannot be locked to the back plate without
compressing the patient.
• Patient is a child.
• Patient with traumatic injury (wounds resulting
from sudden physical injury or violence).
• Pregnant patients. The woman has to lie 10–15°
to one side to prevent vena cava syndrome
(impaired venous return to the heart as the
uterus compresses the inferior vena cava).
• If there is no indication that chest compression
is likely to help the patient.
1.3LUCAS CHEST COMPRESSION SYSTEM
LUCAS is a portable device for external cardiac
compressions. It is stored and easily carried in a
backpack, giving the user free hands until the
device is needed.
The components of LUCAS are shown in the
illustration in Section 1.4.
can be adjusted to fit the
patient, using the height
adjustment handles.
2.
Lock: The compression
mechanism is locked.
This is used during
defibrillation and when
moving the patient.
3.
Active: This is the
operating position. When
LUCAS Chest
Compression System is
connected to an air supply of
specified capacity, it performs
compressions at a rate of about
100 per minute.
LUCAS consists of an upper part (h) and a back
plate (
u). The back plate is placed underneath the
patient to form a support for the external chest
compressions.
The upper part contains a pneumatically driven
piston rod, which acts on the patient’s chest via a
pressure pad. The pressure pad is surrounded by a
suction cup.
u
j
The support legs (
to the back plate prior to starting compressions.
t) of the upper part are fastened
1.6.2CONNECTIONTOAIRSUPPLY
LUCAS is powered by compressed air from a wall
outlet or a cylinder. See Section 6 for specification
of air sources.
The air hose is permanently mounted on LUCAS,
and has a unique male connector at the open end.
A suitable pressure regulator is delivered with
LUCAS.
LUCAS requires no electrical supply and has no
conducting parts on the outside, except the hose
attachment, the claw lock bar, and the upper
attachment of the bellows.
1.6.3LUCAS STABILIZATION STRAP
LUCAS Stabilization Strap (j) is an accessory
which is attached to LUCAS to prevent downward
movement of LUCAS during operation. Please see
Appendix B for instructions for use of LUCAS
Stabilization Strap
users must read the entire Instructions
for Use before operating LUCAS Chest
Compression System.
Year of manufacture.
WARNING – Crushing hazard. The
pressure pad and suction cup are drawn
into the bellows with high force when
LUCAS is connected to an air supply.
Keep all body parts away from the
suction cup, the bellows and the height
adjustment handles when connecting
the air hose, and during operation.
WARNING – Crushing hazard. Keep
your fingers away from the claw locks
when attaching the upper part to the
back plate.
Caution – Do not lift by the straps.
The straps are only intended for
securing the patient’s arms to LUCAS.
Place the suction cup immediately above
the end of the sternum, as indicated in
the figure. The suction cup should be
centred over the sternum.
Pull up the release rings to release the
support legs from the back plate.
Before using LUCAS Chest Compression System,
make sure that the following items are delivered:
1.LUCAS in carrying bag together with
Instructions for Use.
2.Pressure regulator.
3.LUCAS Stabilization Strap (packed in carrying
bag).
1.9THE LUCAS TEAM
It is strongly recommended that qualified
personnel work in teams of two. This enables one
person to perform cardiopulmonary resuscitation
(CPR) while the other person unpacks LUCAS
Chest Compression System.
The Instructions for Use will refer to “The LUCAS
team” (Figure
have the required skills stated on page 2 .
The single most common cause of death in western
society is cardiovascular disease either on its own
or as a contributory factor.
There is only a short space of time after the heart
stops during which it is possible to reverse the
situation and restore spontaneous circulation.
If the heart is not started quickly, the two most
important organs, the heart and brain, will be
damaged by the lack of oxygen.
Effective chest compressions can restore
circulation to a level, which may be sufficient to
prevent heart and brain damage during a short
period of time.
For optimal results the compressions should be
performed in such a way that the rib cage is held
down for approximately half of the time, and
subsequently released for the remaining half of the
1
.
time
It is very difficult to perform manual chest
compressions effectively, even for experienced CPR
practitioners, and especially in a vehicle, moving
ambulance, during transport or when there is no
firm surface under the patient
2 3
.
In situations where it is possible to use LUCAS
Chest Compression System, many of the problems
with manual chest compressions can be
eliminated.
LUCAS works by pressing down very quickly on the
rib cage and holding it down for 50% of the period/
cycle.
When following normal routines for CPR, the use of
LUCAS has the following advantages over manual
chest compression:
• The device maintains consistent chest
compression over a long period of time.
• One person becomes free to provide other care.
• It is possible and safer for the user to give
effective chest compression even in a moving
vehicle.
1.12 SIDEEFFECTS
Bruising and soreness of the chest is common
during use of LUCAS External Cardiac Compressor.
The International Liaison Committee on
Resuscitation (ILCOR) states the following side
effects of CPR
4
:
1
American Heart Association Guidelines for Cardiopulmonary
Resuscitation and Emergency Cardiovascular Care.
Circulation 2005;112: 24, Supplement; December 13, 2005.
2
Hightower D, Thomas SH, Stone CK et al. Decay in Quality of ClosedChest Compressions Over Time.
Ann Emerg Med 1995;26:300-303.
3
Sunde K, Wik L, Steen P A: Quality of Mechanical, manual Standard and
active compression-decompression CPR on the arrest site and during
transport in a manikin model. Resuscitation 1997;34:235-242.
• Rib fractures and other injuries are common but
acceptable consequences of CPR given the
alternative of death from cardiac arrest.
• After resuscitation, all patients should be
reassessed and re-evaluated for resuscitationrelated injuries.
4
2005 International Concensus on Cardiopulmonary Resuscitation and
Emergency Cardiovascular Care Science with Treatment
Recommendations. Resuscitation 2005;67:195.
procedure, and the
position, the compressions may seriously injure the
patient or create conditions leading to death of the
Always follow the described sequence of air
connection and assembly.
1.Take the back plate out of the bag and approach
the patient (Figure
2.Instruct those carrying out CPR to interrupt
chest compression.
3.Work in a pair, one person on each side of the
patient.
4. Take hold of the patient’s arms. One of the
LUCAS team should support the patient’s head.
5.Lift up the patient’s upper body and lay the
back plate below the armpits. Ensure that the
patient’s arms are outside the back plate
(Figure
6.Continue manual chest compressions.
7. Take the upper part of LUCAS out of the bag.
Lift it out by holding on to the handles of the
support legs. Ensure that the support legs have
reached their outer position (Figure
8.Pull up once on the release rings to check that
the claw locks are open.
9.Interrupt manual chest compression.
10. Place the upper part of LUCAS over the
patient’s chest so that the claw locks of the
support legs will engage with the back plate
(Figure
11. Start by pressing on the support leg nearest to
you and then the one on the other side so the
support legs lock against the back plate.
12. Check by pulling upwards, that both support
legs have locked against the back plate.
To achieve effective compressions, it is very
important that the suction cup is positioned
correctly on the patient (Figure
The lower edge of the suction cup should be
positioned immediately above the end of the
sternum. The suction cup should be centred over
the sternum (Figure
a).
3.4.2ADJUSTMENTPROCEDURE
o).
a
s
d
>0 mm
WARNING – MINIMUM PATIENT SIZE
If the suction cup cannot be completely compressed
and lowered enough to make the pressure pad touch
the patient's chest, the patient is too small for
LUCAS to be used.
Continue manual compressions.
To adjust the position of LUCAS:
1.Set the
2.Lower the suction cup with the heightadjustment handles until the pressure pad
inside the suction cup touches the patient’s
chest without compressing the chest
(Figure
If there is a distance between the pressure pad
inside the suction cup and the sternum, LUCAS
cannot be used on the patient(Figure
Note: By simultaneously holding up the outer
rim of the suction cup you will more easily see or
feel when the pressure pad touches the chest.
3.If the suction cup is not correctly positioned in
relation to the patient, adjust the position of
LUCAS by pulling on the support legs
(Figure
determines whether the position is correct.
When the position of the suction cup is correctly
adjusted according to Section 3.4, LUCAS can be
switched on:
1.Turn the
will now give chest compressions.
WARNING – PATIENT INJURY OR DEATH
Do not leave the patient or device unattended while
2.Check that the device is working as it should
regarding frequency and compression.
3.When you want to stop chest compressions,
turn the
without changing the respective positions of
the patient and device.
3.5.2APPLYING LUCAS STABILIZATION STRAP
When LUCAS is applied to the patient and
performing compressions under the supervision of
one person of the LUCAS team, attach the
Stabilization Strap to LUCAS (Figure
detailed instructions, please refer to Appendix B.
Verify position of suction cup after defibrillation,
re-adjust if necessary.
suction cup.
h
j
Note: Self-adhesive electrodes should be used during
defibrillation as these make it easier to work with
LUCAS. Position the defibrillator electrodes and
wires so they are not under the suction cup; if
electrodes are already on the patient, you may need
to apply new electrodes.
Defibrillation can be performed when LUCAS is
applied to the patient (Figure
1.Apply electrodes and perform the defibrillation
according to manufacturer’s instruction for the
defibrillator.
2.After defibrillation or analysis of the outcome
verify the position of the suction cup and readjust if necessary.
h).
3.7TRA NS PORTINGTHEPATIENT
3.7.1SECURINGTHE PATIE NT’SARMS
The patient’s arms can be fixed to the device during
transport, using the straps on the support legs
(Figure
patient, especially if not in a hospital environment.
j). This makes it easier to move the
WARNING – BLOCKED INTRAVENOUS
CATHETER
Do not tighten the patient strap/straps if drugs are
administered to the patient via an intravenous
catheter.
Caution – Do not lift by the straps
The straps are only intended for securing the
patient’s arms to LUCAS.
Apply the straps tightly enough to secure the arms,
but do not overtighten as this may reduce blood
circulation to the patient’s hands.
At least three people should lift the patient and
LUCAS – one should support the patient’s head and
there should be one person on each side.
Plan carefully before lifting the patient. Consider
which equipment needs to be moved and where to
place the stretcher.
Those at the side should lift with one hand beneath
the claw locks of the back plate. The other hand
should be used to lift the patient’s belt, trouser or
under the thigh.
Use appropriate lifting technique to avoid injuries
when lifting the patient (Figure
k).
WARNING – CRUSHING HAZARD
Do not insert your fingers in the claw locks.
To lift a patient:
1.Secure the patient’s arms with the straps on the
support legs.
2.Turn the
compressions while lifting the patient, for
example when:
– lifting to a stretcher
– moving from one stretcher to another
3.When the patient has been placed on the
stretcher (or other surface), verify correct
position of the suction cup on the patient.
4.Turn the
Once the patient is placed on the stretcher, LUCAS
may be in active state during all horizontal lifts and
movements.
ON/OFF knob to Lock , to pause
ON/OFF knob to Active .
3.7.3MOV INGHORIZONTALLY
When the situation absolutely demands that the
patient be moved while undergoing chest
compression, the patient’s chest should be
horizontal throughout the entire movement
(Figure
In situations where conditions do not allow the
chest to remain horizontal:
1(
LOCK
1.Turn the
compressions (Figure
2.As soon as the patient is in horizontal position,
check the position of the suction cup and
adjust if necessary (see Section 3.4).
3.Turn the
ON/OFF knob to Lock to pause
1().
ON/OFF knob to Active .
3.7.5AMBULANCETRANSPORT
Make sure that the patient is fixed when using
LUCAS Chest Compression System during
ambulance transport. The ambulance cot should
have four-point restraints for the patient’s upper
body in addition to the two lower-body restraints.
3.8CHANGINGAIRSOURCES
WARNING – INTERRUPTED COMPRESSIONS
There may be excessive changeover time if pressure
regulators have to be mounted.
Always use reserve cylinders with pre-fitted
pressure regulators.
To change air source:
1.Set the
2.Close the valve on the used air cylinder.
3.Disconnect the air hose from the air source.
4. Open the valve on the new air source.
5.Attach the air hose to the new air source.
6.Adjust the height of the suction cup on the
patient’s chest, as described previously on
page 17.
To remove LUCAS Chest Compression System
from the patient after treatment:
1.Switch off the device by turning the
knob to
2.Raise the suction cup and place the height
adjustment handle in its uppermost position.
3.If available, close the air valve, and disconnect
the air hose from the air source.
4. To detach LUCAS Stabilization Strap,
disconnect the support cushion straps from the
device straps.
5.Disconnect the upper part of LUCAS by placing
one finger in each release ring of the handles on
the support legs and pulling these up so the
upper part releases from the back plate. Lay the
upper part carefully on the floor.
6.If the patient’s condition allows it, remove the
back plate.
Before packing LUCAS or LUCAS Stabilization
Strap into the carrying bag, clean and, if required,
disinfect the product(s). See instructions in
Section 4.
Adjust .
ON/OFF
4Care after use
This section describes the routines that should be
performed by the user after each application of
LUCAS Chest Compression System, before packing
it into the carrying bag. In addition, LUCAS should
be serviced once a year by service personnel
authorised by J
4.1CLEANINGROUTINES
Caution – Do not immerse in water or
The compression mechanism may be damaged by
liquid entering the hood. Do not immerse the device
in water or disinfectant. Do not splash liquid over the
4.1.1NORMALCLEANINGPROCEDURE
1.Attach the upper part to the back plate.
2.If a LUCAS Stabilization Strap has been used,
clean it according to its Instructions for Use.
3.Clean all outer surfaces of LUCAS with a soft
cloth, wetted in warm water containing a mild
cleaning agent.
4. If necessary, remove the patient straps and
clean separately (see Section 4.1.2).
5.Remove the upper part. Clean the claw locks on
the support legs and the back plate.
6.Wipe all surfaces with a clean moist cloth.
OLIFE AB.
disinfectant
hood.
4.1.2REMOVINGTHEPATIEN TSTRAPS
To remove the patient straps from the support legs:
• Open the velcro lock and pull out the strap from
the retaining rings on the support leg.
To re-attach the patient straps:
1.Thread the patient strap through the rings on
the support leg.
2.Fold the patient strap so that the symbol is
visible as shown in the illustration in
Section 1.4.
Always wear appropriate protective clothing during
disinfection of LUCAS. Follow the handling
instructions from the manufacturer of the
disinfectant.
The normal cleaning procedure is sufficient after
“normal” soiling. If LUCAS is blood-stained or if an
infectious patient has been treated, the device
should also be disinfected using 45% isopropyl
alcohol with added detergent.
4.1.4DISINFECTIONPROCEDURE
After cleaning LUCAS, disinfect it using the
following procedure:
1.Wipe all outer surfaces of the device using a
cloth wetted with the disinfectant solution.
2.Allow LUCAS to dry before packing into the
bag.
4.2ROUTINECHECKS
Store LUCAS in the carrying bag, in a location
where it is easily accessible to all those who know
how to use the device (see packing instructions in
Section 5). The device should not be exposed to dirt
or moisture during storage.
4.4SERVICE
LUCAS should be serviced once a year to check that
it is functioning properly. Use the original package
when sending LUCAS. For this purpose, store the
package and padding that came with LUCAS when
you first received it.
WARNING – DO NOT OPEN
Do not, under any circumstances, open the casing of
LUCAS, change or modify any external or internal
parts of LUCAS.
Unless otherwise stated, all service and repairs must
only be done by service personnel authorised by
J
OLIFE AB.
After each use and once a week the following
checks should be performed. Sign each item on the
sheet attached in Appendix A:
1.Check that the device is clean.
2.Check that the air hose does not have any
cracks and fits tightly to LUCAS.
3.Check that the connector(s) is/are present and
undamaged.
4. Check that the
Adjust position.
5.Pull up the release rings so that the claw locks
are open for assembly. Attach the upper part to
the back plate.
6.Check that the compression mechanism can be
adjusted from the uppermost to the lowermost
position without any jarring or sluggishness.
7. Attach the air hose to a air supply and switch
the device on for 1-2 minutes. Check that it is
operating normally. Calculate the number of
compressions per minute. 100 compressions/
min ±10 is acceptable.
ON/OFF knob is in the
If the above conditions are not adhered to, this may
lead to patient or user injury or death.
Contact your distributor or the manufacturer for
current information on where to send LUCAS for
maintenance (see page 2 for addresses).
2. Minimum required free flow rate in
relation to nominal pressure
according to Figure
shown: Nominal supply pressure 66.7
PSI (4.6 bar).
3. Pressure drop at minimum free flow
rate obtained from Figure
not exceed the value obtained from
Figure
2@. The shaded area in
Figure
2# illustrates an unacceptably
high pressure drop for nominal supply
pressure 66.7 PSI (4.6 bar) and above.
The performance of the air supply
should be verified according to the
procedures in Section 6.1.1 and 6.1.2. If
you do not know how to do this, please
contact a clinical engineer or your
distributor, for help.
1.Check that the nominal output pressure for the
pressure regulator is within 46-87 PSI (3.17-6
bar).
2.Find the regulator output pressure (
Figure
2$ and obtain the minimum free flow
rate (
L/min) from the diagram. The example in
Figure
2$ shows a regulator output pressure of
66.7 PSI (4.6 bar).
3.From the flow rate performance diagram for
the pressure regulator, obtain the output
pressure for the regulator at the minimum free
flow rate. Calculate the pressure drop.
4. Check that the calculated pressure drop does
not exceed the maximum allowable pressure
drop (
ΔP) at the nominal pressure (Bar),
obtained from Figure
If no flow rate performance diagram exists, follow
the instructions in Section 6.1.2 to check your
pressure regulator.
2%.
Bar) in
2%
6.1.2CHECKINGAWALLOUTLET
1.Measure and verify that the nominal supply
pressure is within 46-87 PSI (3.17-6 bar).
2.Find the nominal supply pressure (
Figure
2% and obtain the minimum free flow
rate (
L/min) from the diagram. The example in
Figure
2% shows a nominal supply pressure of
66.7 PSI (4.6 bar).
3.Measure the supply free flow rate and restrict
the flow to the minimum required free flow
rate obtained from Figure
4. Measure the supply pressure at the minimum
required free flow rate. Calculate the pressure
drop.
5.Check that the calculated pressure drop does
not exceed the maximum allowable pressure
drop (
Use this protocol for the weekly check on the device and the check after use. Store the completed checklist.
Copying of this sheet is permitted.
Date:
ActionApproved
signature
Check that the device is clean.
Check that the air hose is not cracked and fits
tightly to LUCAS.
Check that the connector(s) is/are present and
undamaged.
Check that the
position.
Pull the release rings so that the claw locks are
open for assembly. Attach the upper part to the
back plate.
Check that the compression mechanism can be
adjusted from the uppermost to the lowermost
position without any jarring or sluggishness.
Attach the air hose to a air supply. Switch the
device on for 1–2 minutes. Check that it is
operating normally. Calculate the number of
compressions per 60 seconds. 100 compressions/
min ± 10 is acceptable.
ON/OFF knob is in the Adjust
Adjustments
carried out
Serious problem
If any error cannot be corrected take the device out of operation and indicate the problem in the “Serious problem”
column. Then immediately contact your distributor for advice or to order a new product (www.jolife.com).
When carrying out these checks always use air from a central air supply or separate air cylinder. Do not use up
air from a air cylinder intended for use in emergency situations.
LUCAS Stabilization Strap is intended to be used in
conjunction with LUCAS Chest Compression
System to provide means of stabilizing LUCAS
relative to the patient when LUCAS is active.
LUCAS Stabilization Strap will prevent downward
movement of LUCAS during operation.
LUCAS Stabilization Strap can be used in most
situations where LUCAS Chest Compression
System is used.
1.2CONTRAINDICATIONS
Do NOT use LUCAS Stabilization Strap under
circumstances where it is judged that it might
obstruct or delay any medical treatment of the
patient.
1.5DESCRIPTION
LUCAS Stabilization Strap consists of a support
cushion with two straps (called support cushion
straps), and two separate device straps (see
Figure 1). The device straps are attached to the
support legs of LUCAS Chest Compression System
with buckles.
An extra buckle on each of the device straps is used
to connect to the support cushion straps. To
minimize set-up time, the device straps should
always be attached to the support legs of LUCAS
Chest Compression System.
q
w
w
r
1.3ASSOCIATEDDOCUMENTATION
Refer to LUCAS Chest Compression System,
Instructions for Use for details of LUCAS and
instructions for its use.
1.4LUCAS STABILIZATION STRAP
LUCAS Stabilization Strap is a portable product for
stabilizing LUCAS Chest Compression System to
the patient during compressions. It can
conveniently be stored and transported in the same
carrying bag as LUCAS. LUCAS Stabilization Strap
is shown in Figure 1.
e
e
r
Figure 1. LUCAS Stabilization Strap.
LUCAS Stabilization Strap consists of the following
parts (see Figure 1):
1.Support cushion
2.Support cushion strap
3.Buckle
4. Device strap
1.5.1DELIVEREDITEMS
The LUCAS Stabilization Strap package contains
the following items:
CHEST COMPRESSION SYSTEM, INSTRUCTIONSFOR USE—APPENDIX B, LUCAS STABI LIZATION STRAP
1.5.2USING LUCAS STABILIZATION STRAP
When compressions with LUCAS Chest
Compression System have been started, the
support cushion is placed under the patient’s neck,
and the support cushion straps are fastened to the
device straps.
See instructions in Section 4.
1.6THE LUCAS TEAM
Two persons are required when attaching LUCAS
Stabilization Strap, and at the same time
monitoring the operation of LUCAS.
The Instructions for Use will refer to “The LUCAS
team”, consisting of two people who have the
required skills stated on page 2 of the Instructions
for Use.
Figure 2. LUCAS Stabilization Strap attached to
LUCAS Chest Compression System.
1.5.3STORAGE
LUCAS Stabilization Strap should be stored in the
LUCAS carrying bag. See packing instructions in
Section 6.
1.5.4SYMBOLSONTHEDEVICE
SymbolMeaning
Caution – see instructions
for use. All users must read
the entire Instructions for Use
before using LUCAS
Stabilization Strap.
CHEST COMPRESSION SYSTEM, INSTRUCTIONSFOR USE—APPENDIX B, LUCAS STABI LIZATION STRAP
4Using LUCAS
Stabilization Strap
4.1INTRODUCTION
This section gives instructions for attaching
LUCAS Stabilization Strap to LUCAS Chest
Compression System during treatment of a patient
with LUCAS.
Please refer to LUCAS Chest Compression System,
Instructions for Use, for details on the use of
LUCAS.
Always work in a pair, one person on each side of
the patient.
Figure 5. The LUCAS team, working on each side
of the patient.
4.2ATTACHING LUCAS STABILIZATION
TRAP
S
WARNING – DO NOT DELAY LIFE SUPPORT
ACTIONS
Before unpacking and attaching LUCAS Stabilization
Strap, make sure that all life-supporting actions have
been taken. Particularly, LUCAS Chest Compression
System must be applied to the patient and
performing compressions under the supervision of
one person of the LUCAS team.
If the application of LUCAS Stabilization Strap
threatens to delay the treatment of the patient, it
should be applied later or not at all.
Begin by taking out LUCAS Stabilization Strap
from the LUCAS carrying bag. Follow the
instructions below to attach the Stabilization Strap
to LUCAS (see Figure 6).
support cushion under the patient’s neck, as
close to the patient’s shoulders as possible.
2.Move the buckles on the device straps towards
the patient’s head.
3.Connect the buckles on the support cushion
straps to the device straps. Make sure that the
straps are not twisted.
q
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r-ty
WARNING – LIFTING THE PATIENT
LUCAS Stabilization Strap must never replace a
person supporting the patient’s head. Always lift a
patient and LUCAS according to LUCAS Chest
Compression System, Instructions for Use.
WAR NI NG – TRIPPING ON STRAPS
Mind your step to avoid tripping on the support
cushion straps, or unintentionally tightening the
straps, when lifting the patient.
4.2.1IFTHEPOSITIONOFTHESUCTIONCUPIS
NOTCORRECT
Refer to LUCAS Chest Compression System,
Instructions for Use, for details on adjusting the
position of LUCAS relative to the patient.
1.Turn the
position.
2.Release the support cushion straps from
LUCAS.
3.Adjust to correct position of the suction cup on
the sternum.
4. Start compressions.
5.Extend the support cushion straps by pulling
the buckles to the end positions of the straps.
6.Re-attach LUCAS Stabilization Strap, see
Section 4.2.
ON/OFF knob to the (Adjust)
Figure 6. Attaching LUCAS Stabilization Strap to
LUCAS.
WARNING – IMPAIRED VENTILATION OF
PATIENT
Never tighten the support cushion straps so much
that this impairs the ventilation of the patient.
4. Tighten the support cushion straps firmly,
while holding the support legs of LUCAS. Make
sure that the position of LUCAS External
Cardiac Compressor and the position of the
suction cup on the patient, do not change.
5.Verify that the support cushion straps are
properly fastened to the support legs of LUCAS.
6.Visually check the position of the suction cup:
The lower edge of the suction cup should be
positioned immediately above the end of the
sternum. The suction cup should be centered
over the sternum. Refer to Section 4.2.1 if the
suction cup needs to be adjusted
q-w
e-r
Figure 7. Adjusting the position of the suction
cup.
CHEST COMPRESSION SYSTEM, INSTRUCTIONSFOR USE—APPENDIX B, LUCAS STABI LIZATION STRAP
5Care after use
5.1.3DISINFECTIONPROCEDURE
After cleaning LUCAS Stabilization Strap, disinfect
it using the following procedure:
This section describes the routines that should be
performed by the user after each use of LUCAS
Stabilization Strap, before packing it into the
carrying bag.
5.1CLEANINGROUTINES
5.1.1NORMALCLEANINGPROCEDURE
1.Clean all surfaces of LUCAS Stabilization Strap
using a soft cloth, wetted in warm water
containing a mild cleaning agent.
2.Wipe all surfaces with a clean moist cloth.
3.If necessary, remove the device straps from
LUCAS and clean separately as described in
step 1. After cleaning, re-attach the device
straps to the support legs (see Section 2).
5.1.2DISINFECTION
WARNING – HAZARDS DURING
DISINFECTION
Always wear appropriate protective clothing during
disinfection of LUCAS Stabilization Strap. Follow the
handling instructions from the manufacturer of the
disinfectant.
1.Wipe all outer surfaces of the device using a
cloth wetted with the disinfectant solution.
2.Allow LUCAS Stabilization Strap to dry before
packing into the bag.
5.2ROUTINECHECKS
After each use and once a week, the following
checks should be performed. Sign each item on the
sheet attached in Appendix C:
1.Check that LUCAS Stabilization Strap is clean.
2.Verify that the device straps are fitted correctly
as shown in Figure 4.
3.Make sure that the support cushion straps are
extended, to speed up the next application of
LUCAS Stabilization Strap.
5.3STORAGE
Always store LUCAS Stabilization Strap together
with LUCAS in the carrying bag (See packing
instructions in Section 6). LUCAS Stabilization
Strap should not be exposed to dirt or moisture
during storage.
The normal cleaning procedure is sufficient after
“normal” soiling. If LUCAS Stabilization Strap is
blood-stained or if an infectious patient has been
treated, the device should also be disinfected using
45% isopropyl alcohol with added detergent.
After cleaning and, if necessary, disinfection, pack
LUCAS Stabilization Strap together with LUCAS in
the bag:
1.Pack LUCAS according to instructions in
LUCAS Chest Compression System,
Instructions for Use.
2.To speed up the next application of LUCAS
Stabilization Strap, extend the support cushion
straps by pulling the buckles to the end
positions of the straps.
3.Lift the air hose and place LUCAS Stabilization
Strap in front of the suction cup. Put the rolledup air hose back on top of the Stabilization
Strap.
4.Close the bag.
specification
7.1PATIENTSSUITABLEFORTREATMENT
Patients suitable for
treatment
7.2ENVIRONMENT
Temperature range –
use
Temperature range –
storage
Refer to technical
specifications for LUCAS
Chest Compression System
on page 27
41 °F to +122 °F
(+5 °C to +50 °C)
-22 °F to +140 °F
(-30 °C to +60 °C)
Figure 8. LUCAS Stabilization Strap packed with
LUCAS.
CHEST COMPRESSION SYSTEM, INSTRUCTIONSFOR USE—APPENDIX B, LUCAS STABI LIZATION STRAP
Appendix C
WEEKLYCHECKANDCHECKAFTERUSE, LUCAS STABILIZATION STRAP
Use this protocol for the weekly check on LUCAS Stabilization Strap and the check after use. Store the completed
checklist. Copying of this sheet is permitted.
Date:
ActionApproved, signature Adjustments carried
out
Check that all parts of the Stabilization
Strap are clean.
Verify that the device straps are fitted
correctly as shown in Figure 2.
Make sure that the support cushion
straps are extended.
If any error cannot be corrected, take LUCAS Stabilization Strap out of operation and indicate the problem in the
“Serious problem” column. Then immediately contact your distributor for advice or to order a new product
(www.jolife.com).