18617968. SYSTEMS AND METHOD TO MEASURE CORE BODY TEMPERATURE BY A VARYING GRADIENT simplified abstract (KONINKLIJKE PHILIPS N.V.)
Contents
SYSTEMS AND METHOD TO MEASURE CORE BODY TEMPERATURE BY A VARYING GRADIENT
Organization Name
Inventor(s)
Warner Rudolph Theophile Ten Kate of Eindhoven (NL)
Jozef Hubertus Gelissen of Eindhoven (NL)
SYSTEMS AND METHOD TO MEASURE CORE BODY TEMPERATURE BY A VARYING GRADIENT - A simplified explanation of the abstract
This abstract first appeared for US patent application 18617968 titled 'SYSTEMS AND METHOD TO MEASURE CORE BODY TEMPERATURE BY A VARYING GRADIENT
The core body temperature sensor described in the patent application includes a thermoresistant structure designed to be attached to a patient's skin, with multiple temperature sensors placed at various distances from the skin surface.
- The sensor utilizes a temperature-changing element to adjust the temperature at the distal end of the thermoresistant structure.
- An electronic processor collects temperature data from the sensors and calculates the patient's core body temperature based on the acquired measurements.
- The technology allows for continuous monitoring and accurate assessment of core body temperature, which is crucial for medical purposes.
- By maintaining a temperature differential between the distal end of the sensor and the ambient temperature, the system ensures precise temperature readings.
- This innovation has the potential to improve patient care in various healthcare settings by providing real-time core body temperature monitoring.
Potential Applications: - Medical monitoring devices - Patient care in hospitals and clinics - Research studies on body temperature regulation
Problems Solved: - Accurate and continuous core body temperature monitoring - Enhanced patient care and treatment outcomes - Improved efficiency in medical settings
Benefits: - Real-time monitoring of core body temperature - Precise temperature measurements for medical interventions - Enhanced patient safety and comfort
Commercial Applications: Title: Advanced Core Body Temperature Monitoring System for Healthcare Facilities This technology can be utilized in hospitals, clinics, and research facilities to improve patient care, enhance medical research, and streamline temperature monitoring processes.
Questions about Core Body Temperature Sensors: 1. How does the temperature-changing element in the sensor contribute to accurate core body temperature measurements? 2. What are the potential implications of this technology for medical research and patient care?
Frequently Updated Research: Stay updated on the latest advancements in core body temperature monitoring technology, including new sensor designs and applications in healthcare.
Original Abstract Submitted
A core body temperature sensor () includes a thermoresistant structure () having a proximal surface () configured for attachment to skin of an associated patient, and a distal end () opposite from the proximal surface. A plurality of temperature sensors () is arranged to measure temperatures of the thermoresistant structure at a corresponding plurality of different distances from the proximal surface of the thermoresistant structure. A temperature-changing element () is configured to change a temperature of the distal end of the thermoresistant structure. An electronic processor () is programmed to acquire temperature measurements from the plurality of temperature sensors while operating the temperature-changing element to maintain a temperature of the distal end of the thermoresistant structure at a temperature different from an ambient temperature, and extrapolate a core body temperature of the associated patient from the acquired temperature measurements.
