Analyzer for cardiovascular diseases diagnosis ( integrated )
(1). Technical Parameters
1. Pulse Sensor Type: Pressure type
2. Built-in 5 thermal sensitive micro-printer
3. 7-inch monochrome LCD screen
4. Power: 220V± 22V 50Hz± 1Hz
5. Power: 220V± 22V 50Hz± 1Hz

Test parameter list

Parameter Abbr.
Parameter
Standard Range
Unit
Cardiac Function
PR
Pulse rate
(50-100)
(times/min)
SV
Stroke volume
(reference to formula)
(ml/stroke)
CO
Cardiac output
(6-8)
(L/min)
SI
Stroke index
(50-60)
(ml/stroke/m2)
CI
Cardiac index
(3-6)
(L/min/m2)
VPE
Ventricular pumping effectiveness
(reference to formula)
(kg/stroke)
EWK
Energy work coefficient
(0.28-0.30)
(mg/m2)
HOI
Heart oxygen consumption index
(15-26)
(mg/m2)
HOV
Heart oxygen consumption volume
(24-42)
(mg)
LVWI
Left ventricular work index
(40-78)
(G/M)
CMBR
Cardiac muscle blood rate
(>=1)

CMBV
Cardiac muscle blood volume
(250-400)
(ml)
CMBN
Cardiac muscle blood need
(250-400)
(ml)
SVr
Stroke volume increase of external counterpulsation

(ml/stroke)
RSVr
Stroke volume increase rate of external counterpulsation
(>0.3)

Vessel Status
PP
Pulse press
(30-50)
(mmHg)
MSP
Mean systolic pressure
(85-120)
(mmHg)
MDP
Mean diastolic pressure
(65-95)
(mmHg)
MAP
Mean arterial pressure
(70-100)
(mmHg)
AC
Arterial compliance
(>1.2)
(dyne@s@cm-5)
CCP
Coronary perfusion pressure
(60-70)
(mmHg)
BLK
Aorta blood leave coefficient
(0.22-0.26)

FEK
Artery flexible expand coefficient
(0.25-0.55)

TPR
Total peripheral resistance
(800-1300)
(dyne@s@cm-5)
SPR
Standard peripheral resistance
(1000-1400)
(dyne@s@cm-5)
VER
Ventricular ejection resistance
(160-220)
(dyne@s@cm-5)
PAWP
Pulmonary arterial wedge pressure
(6--12)
MmHg
PAR
Pulmonary arterial resistance
(100-200)
(dyne@s@cm-5)
PAP
Pulmonary arterial pressure
(15-20)
(mmHg)
Blood Condition
BV
Effective blood volume
(reference to formula)
(L)
N
Blood viscosity
(3-4)
(cps)
Nr
Reduced blood viscosity
(3-4)
(cps)
Microcirculation Function
MHR
Half renewable rate of microcirculation
(0.04-0.07)

MRT
Half renewable time of microcirculation
(11-19)
(s)
MST
Mean stagnation time of microcirculation
(16-28)
(s)

(2)components
Name
Quantity
Note
Host
1
Sensor
1
Power line
1
Band
2