Hệ thống thăm dò, đánh giá và tập PHCN hô hấp gắng sức tim phổi New! CPEX-1

Mô tả sản phẩm

anh tap CPEX

Pulmonary exercise load monitoring system High accuracy measurement value management has been realized with the development and adoption of the latest technology of “Universal design” universal design, “gas transport time automatic compensation mechanism”, from medical field to sports medicine field.

What is “gas transport time automatic compensation mechanism”?. . .

Since VO 2 (oxygen uptake) and VCO 2 (carbon dioxide emissions) are obtained by multiplying and integrating changes in flow (flow rate) and gas concentration in real time, the time axis of three factors of flow, O 2 concentration, and CO 2 concentration Must be the same. Here, since the response speed of the sensor that measures each of these three factors is different, it is necessary to compensate these time axes on the same time axis. The normal flow is a real time signal, and the O2 / CO2 concentration measurement is introduced to the sensor via the sample tube, so a delay occurs in the signal. Generally, as a method to compensate for this, the compensation value is calculated at the time of calibration before the inspection, and the flow signal is delayed according to the gas concentration signal and processed. These treatments compensate based on resting, so even if the state of breathing changes during exercise, it is fixed value and processed. In order to solve this problem, Cpex-1 adopts a “gas transportation time compensation mechanism” and constantly monitors fluctuations in flow and gas concentration at every breath (breath-by-breath) during measurement, Automatic correction was made so that the cross point (the point where flow direction changes from exhalation to inspiration) and O2 concentration and expiratory end point of CO2 concentration are in agreement, making highly reliable measurement possible.

Measurement screen

  • Even during measurement, “measurement item” and its “range” can be changed arbitrarily at any time as desired.
  • Test measurement (pre-measurement) can be performed before measurement starts, and recalibration can be carried out immediately if necessary according to the result, so that actual measurement can be started with reliable accuracy.
  • On the sub screen, you can monitor changes over time of V – Slope, TV – RR, VE – VCO 2 in real time, and reference information such as progress of AT point can be visually confirmed during measurement.
  • The O2 concentration, CO2 concentration, and flow value can be monitored in real time as a sub screen analog monitor. (option)

Measurement screen

  • Medical field Diagnosis of heart disease / respiratory disease / classification of severity / judgment of treatment effect / cardiac rehabilitation / respiratory rehabilitation / exercise prescription such as lifestyle diseases / static fields such as ICU · CCU
  • Evaluation of cardiopulmonary function from General Health Promotion / General Healthy Person to Athlete / Determination of General Training Strength
  • Nutrition field Basic metabolic measurement / energy metabolism measurement

Analysis screen

  • The AT value can be automatically determined with three types of V-slope method, VE-VCO 2 method, VE-VO 2 method with the AT value automatic decision support algorithm installed.
  • The determination of the time constant can be determined more accurately than the actual measurement.
  • The RC value can be determined automatically.
  • Various analytical values determined automatically can be corrected and determined manually based on the know-how of the examiner.

Report

Insurance score target product

Insurance points D211 load cardiopulmonary function inspection by treadmill, cardio-pulmonary function tests by the cycle ergometer
(1) The cardiopulmonary function test by the cardiopulmonary function test by the treadmill and the cardiopulmonary function test by the cycle ergometer includes inspections such as the division number “D208” electrocardiogram examination executed as a series, the division number “D200” spirography etc. Yes, regardless of the type and number of loads, it is calculated by a predetermined score.
(2) Even when it is enforced against respiratory illness, a predetermined score can be calculated.

Constitution

1. Cpex-1 body 1
2. Ventilation calibration syringe 1
3. Breath mask (with head hand) 2
Four. Ventilation meter 1
Five. Standard gas for gas sensor calibration 1
6. Power cord 1
7. PC connection cable 1
8. Heart rate input cable (option) 1
Other: Special cart 1

specification

Measurement processing : Breath by Breath Operating temperature : 10 to 40 ° C
O2 concentration measurement : Measurement range: 10 to 21%
Resolution: 0.01%
Humidity : 30 to 75% (without condensation)
CO2 concentration measurement : Measurement range: 0 to 10%
Resolution: 0.01%
accessories : Measurement / Analysis Computer (OS: Windows)
Ventilation volume measurement : Range: 1 to 200 L / min Resolution: 0.01 L / min : Color monitor
Compensation mechanism : Automatic gas transport time compensation : Inkjet printer
: Temperature compensation (thermistor type) : Breath mask (with head cap)
: Air pressure compensation (semiconductor pressure sensor type) : Expiratory tube
Sample gas suction : 200 ml / min : PC connection cable
External input / output : Heart rate input (TTL, analog) : Ventilation calibration syringe
: Oxygen concentration output: 0 – 40% / 0 – 4 V : Calibration gas (3.4 L – cylinder, with pressure regulator)
: CO2 concentration output: 0 – 10% / 0 – 1 V : Special Cart
: Flow rate output: ± 20 L / sec / ± 2 V option : Calibrator (artificial lung)
Size : 200 (W) x 300 (D) x 185 (H) mm : Touch panel type color monitor
Power supply : AC 100 V, 50/60 Hz, 50 V A max : Analog waveform monitor board
Power consumption : 30 VA (50 VA max)

Measurement item

TV : Tidal volume (ml) Peak VO 2 : Highest oxygen intake (ml / kg / min)
RR : Breathing rate (times / min) VE / VO 2 : Oxygen ventilation equivalent (ml / l)
FETO 2 : End expiratory oxygen concentration (%) VE / VCO 2 : Carbon dioxide equivalent (ml / l)
FET CO 2 : End tidal carbon dioxide concentration (%) VO 2 / VE : Oxygen uptake rate (ml / ml)
Ta : Intake temperature (℃) (CSV) VCO 2 / VE : CO2 excretion rate (ml / ml)
Pa : Atmospheric pressure (mmHg) (CSV) VO 2 / Wt : Oxygen intake per body weight (ml / kg / min)
HR : Heart rate (by external input) (beat / minute) VO 2 / HR : Oxygen pulse (ml / beat)
FIO 2 : Intake oxygen concentration (%) FEO 2 : Exhaled mean oxygen concentration (%)
FICO 2 : Incented carbon dioxide concentration (%) FECO 2 : Breath average carbon dioxide concentration (%)
Ti : Inspiratory time (seconds) METS : Metabolic equivalent
Te : Exhalation time (sec) TC : Time Constant (sec)
TVO 2 : Oxygen intake per breath (ml) (CSV) Peak HR : Maximum heart rate (beats / min)
TVCO 2 : Carbon dioxide emissions per breath (ml) (CSV) Peak VO 2 / HR : Highest oxygen pulse (items that can be entered from an external device)
VE : Minute ventilation (ml / min) BP-sys : Systolic blood pressure value (mmHg)
AT : Anaerobic metabolic threshold BP-dia : Diastolic blood pressure value (mmHg)
VO 2 : Oxygen intake (l / min) WR : Ergometer work rate (watts)
VCO 2 : Carbon dioxide emissions (ml / min) RPM : Ergometer pedal rotation speed (rpm)
VD / VT : Dead space ventilation rate SPEED : Treadmill speed (km / hour)
R : Gas exchange ratio ANGLE : Treadmill inclination (%)

Sales name Expiratory gas metabolism monitor Cpex – 1
Certification number 218 AIBZX 007000
Classification Class II controlled medical equipment / specified maintenance management medical equipment
Classification of protection type Class I Equipment
Classification of degree of protection Equipment with BF type mounting part

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