MEZOO

  The HiCardi MCT system allows us to get the ECG continuously and result of heart rhythm diagnose in real-time. It captures, diagnose, and transmits ECG and some vital signs automatically via Bluetooth and cellular connections remote data center which provides reports to prescribing physicians for review and analysis. The HiCardi device classifies various types of arrythmia detection in real-time single channel. With a slim profile (8g or 0.3oz) and wire-free, the adhesive patch can be worn on chest so that users can be monitored continuously while walking or sleeping.
   HiCardi automatically keep sending ECG waveform and arrhythmia diagnosis information to Smart phone and PC application. Now, the patient is being monitored for hear rate and arrhythmia by caregiver or clinicians in both of in-hospital or out of hospital. The followings are the key benefits to the user or patient. 

• The patients staying in general ward are typically not monitored using the conventional patient monitor because they are too big and expensive. Wearable HiCardi is suitable to monitor patients in general wards.
•  There is limited solution to monitor neonates in NICU. HiCardi should be a good solution for neonates as it is wireless and small.
•  Good solution for elderly patients in general and geriatric hospital.
•  To prevent cardiac arrest while dialysis for hemodialysis patient.
•  Healthcare purpose. To monitor a family member who has cardiac disease in remote environment.

The HiCardi+ Patient Monitoring System consists of the SmartPatch, SmartView and LiveStudio.

• The SmartPatch is a wearable patch device to provide ECG, Respiration and temperature measurement and Arrhythmia detection.
• The SmartView is a mobile application to provide displaying physiological data of the patient for checking status measurement and communication of system and gateway function.
• The LiveStudio is a central monitoring software on the computer for a patient monitoring system so that the healthcare professionals (user) can monitor and analyze the patient’s condition in real time.