Guangzhou fetal heart rate, uterine contraction pressure, fetal movement multi-parameter monitor

Phone Cell Phone
Kono Monitor+
Model+
Type Multi-parameter Mother/Fetal Monitor
Product Appearance and Performance Features
High Resolution Color LCD display
With screen freezing and setting storage functions
Can store hourly data trends to facilitate doctor diagnosis
Can store ECG waveforms and all trend data for more than 1 minute of playback
AC and DC Use, battery working time minutes
Optional built-in recorder to print a variety of waveforms and events Fetal monitoring section
Can continuously monitor fetal heart rate, uterine contractions, pressure markers, fetal movements and other events during pregnancy and delivery for a long time , automatic sound and light alarm when abnormality
Real-time display of fetal heart rate curve, abdominal wall uterine contraction pressure curve and numerical value
Automatic fetal movement detection function
Use of high-sensitivity probe to accurately capture fetal heart rate maternal monitoring part
It can simultaneously monitor maternal blood pressure, blood oxygen, pulse rate, ECG, respiratory temperature, and store its trend simultaneously
Blood pressure measurement time is short and has good repeatability
ECG monitoring ECG monitoring generates the patient's heart rate Continuous waveforms of electrical activity to accurately assess the patient's physiological state at that time.
For this reason, the normal connection of the ECG cable should be ensured so that correct measurement values can be obtained.
Respiratory measurement: Due to the respiratory activity of the patient's chest, the impedance changes between the patient's chest and the two electrodes, and the monitor measures the breathing rate by detecting the changes in the chest impedance value between the two electrodes, and A breathing wave is generated on the screen.
Oximeter plethysmography parameters measure arterial oxygen saturation, which is the percentage of total oxyhemoglobin.
For example, if in the red blood cells of arterial blood, the total number of hemoglobin molecules is fully combined with oxygen, then the blood has oxygen saturation, and the value reading on the monitor should be. The value shows the percentage of oxygen-carrying hemoglobin molecules that form oxyhemoglobin. Plethysmographic parameters also provide pulse rate signals and plethysmographic waves.
Non-invasive blood pressure measurement Non-invasive blood pressure measurement uses the oscillation method, which can be used for adults, children and newborns. The measurement mode is divided into manual, automatic and continuous measurement. Each mode displays the average systolic blood pressure and diastolic blood pressure.
The temperature sensor probe of the temperature measurement monitor is actually a thermistor with high precision. The machine indirectly measures the sensor surface temperature by measuring the resistance change of the sensor.
Invasive pressure measurement can measure arterial pressure, pulmonary artery pressure, central venous pressure, right atrial pressure, left atrial pressure
Cardiac output and cardiac output measurement adopt the thermodilution method, and you can choose room temperature or ice water injection for injection. , injected using a perfusion system
or a separate syringe, up to
measurements can be taken before editing mean cardiac output and cardiac index
Carbon Dioxide End-tidal carbon dioxide is the ideal tool for anesthetized patients and respiratory An important monitoring indicator for patients with functional impairment, monitoring of end-tidal carbon dioxide can monitor ventilation status and reflect pulmonary blood flow, reducing the number of arterial blood gas analyses.
The concentration of anesthetic gas in the breathing gas is closely related to the patient's anesthetic concentration and the degree of physiological function interference. Monitoring of anesthetic gas concentration is of great significance to better control the anesthesia process and anesthetic dose, accurately grasp the patient's depth of anesthesia, and improve the patient's safety during anesthesia.