Kono multi-parameter maternal/fetal monitor manufacturer direct sales price

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Kono monitor+
Model+
Type multi-parameter maternal/fetal monitor
Product appearance and performance characteristics
Monitor fetal heart rate, uterine contractions and fetal movement Three parameters
With functions such as medical record input and storage, wide line recorder output report
With automatic fetal movement detection function
With manual recording of fetal movement marks function
With menu setting storage function
/>Color LCD display, can be adjusted within the ~ angle range to obtain the best visual effect
AC and DC dual-use, battery operating time of minutes
Basic knowledge and basic parameter principles of the monitor
According to Structural classification Monitoring instruments can be divided into the following three categories according to structural classification: portable monitors, general monitors
Telemetry monitors ⑴ Portable monitors. The portable machine is relatively small and easy to carry, has a simple structure, stable performance, and can be carried anywhere. It can be powered by a battery and can be used for about hours. It is generally used for monitoring non-ICU and out-of-home rescue patients.
⑵General monitor. General monitors usually refer to bedside monitors. This type of monitor is relatively common and is widely used in hospital intensive care units and coronary heart disease care units. It is set up at the bedside and connected to the patient to monitor certain conditions of the patient, such as heart rate, respiratory rate, temperature, blood pressure, etc., and displays the parameters. It often forms a system with the central monitor for monitoring.
⑶Telemetry monitor. The telemetry method is suitable for patients who can move around and is a wireless method.
According to functional classification, there are three types of bedside monitors, central monitors and discharge monitors
⑴ Bedside monitors. It is an instrument set up at the bedside and connected to the patient. It can continuously detect various physiological parameters or certain states of the patient and display alarms or records. It can also be connected with the central monitor. Form a whole to work
⑵ Central monitor. Also known as the central monitoring system, it is composed of a main monitor and several bedside monitors. The main monitor can control the work of each bedside monitor and monitor the conditions of multiple monitored objects. At the same time, monitoring, one of its important tasks is to complete the automatic recording of various abnormal physiological parameters
⑶Discharge monitor. It is generally a small electronic monitor that the patient can carry with him or her. It can continuously monitor certain physiological parameters of the patient inside and outside the hospital
for doctors to conduct non-real-time inspections
Physical structure of the monitor
/>Monitors are generally composed of sensor preamplifiers and computer systems. Various physiological signals are converted into electrical signals by the sensors, which are amplified by the preamplifier and then sent to the computer for display, storage, printing and management of the results. wait. According to their physical structure, they can be divided into the following three types: parameter monitors, such as blood pressure monitors, blood oxygen saturation monitors, ECG monitors, etc.
The parameter monitor can simultaneously monitor ECG, respiratory, body temperature, blood pressure, blood oxygen saturation and other parameters. This type of monitor is generally designed to meet the needs of general clinical departments.
The piece-type monitor is composed of various detachable physiological parameter modules and a monitor host. Different plug-in modules can be purchased according to different clinical monitoring parameter needs
to form a suitable Monitors for your own special requirements. This type of monitor adopts a modular design, and the modules adopt international standard interfaces, which are plug-and-play and can flexibly and conveniently combine clinical monitoring parameters to meet the needs of different monitored patients.