Contactless
Vital Signs Monitoring
McKare – the next-generation contactless health monitoring: For more safety, less strain, and genuine care – around the clock.
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Heart Rate
Respiration Rate
Movement Behavior
Sturz-Erkennung
Employee Relief
Vital Signs Monitoring
How McKare works
1) Radar sensor
The highly precise radar sensor continuously measures heart rate, respiration rate, body temperature, and movements – all without physical contact. Bed occupancy and falls are also reliably detected.
2) Wireless Gateway
The gateway wirelessly receives sensor data and securely transmits it via Wi-Fi or Zigbee to the cloud – without complicated wiring.
3) Cloud Server
In the cloud server, an AI-supported algorithm analyzes the received biosignals, detects deviations, and automatically evaluates the health status.
4) Platform
The user-friendly platform connects registered users with caregiving staff. In case of unusual values or emergencies, an immediate notification is automatically sent.
Application example
Advantages
Relief
Early detection minimizes risks
Employees are noticeably relieved by the automated detection of potential health risks—dangers like falls or emergencies are detected early and addressed more quickly.
Simplicity
Fast integration, continuous monitoring
The system is easy to install and enables reliable health monitoring around the clock—ideal for dynamic care environments.
Privacy
Protection without cameras
Monitoring is carried out entirely without video recordings—sensitive health data is collected in compliance with data protection and discreetly to ensure maximum privacy.
Distance
Contactless and wireless
The contactless remote monitoring works wirelessly and flexibly—care staff can access relevant health data anytime and anywhere.
Individuality
Tailored care
An AI-powered algorithm continuously analyzes vital signs and detects deviations early to cover individual care needs in a targeted and personalized manner.
Trust
Consulting and service from a single source
By purchasing through THI, you benefit not only from state-of-the-art technology but also from personal support, competent advice, and reliable service—before, during, and after installation.
Technical specifications
Sensor Technology
Frequency
Detection Angle
Detection Range
Power Supply
Power Consumption
Interface
Micro Doppler Technology
24 GHz (24.050 ~ 24.250)
Horizontal: 80°, Vertical: 35°
1–5 m (Heart: 2 m, Respiration: 5 m, Movement: 7 m)
DC 9 V
300 mA
WLAN, Zigbee (USB to UART / optional)
Hardware Technology
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Multipath Circuit for Receiving Complex Radar Signals
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Mechanical Housing Design & mm-Wavelength Circuit
Signal Transmission Technology
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Micro-Doppler Signal Tracking Technology
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Algorithm for Applying a Weighted Decision
Software Technology
(Signal Analysis)
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Algorithm for Sleep Pattern and Health Analysis
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Algorithm for Emergency Pattern Assessment
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Graphical User Interface in Dashboard Design