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Tohoku University Technology: Measurement Method for Thermal Properties of High-Temperature Molten Conductive Materials: T05-271

Tohoku University Technology: Measurement Method for Thermal Properties of High-Temperature Molten Conductive Materials: T05-271

A method for suspending and melting samples to measure high-precision physical property values (specific heat, thermal conductivity).

Currently, in manufacturing lines that handle molten silicon, molten metals, etc., efficient operation requires simulations using highly accurate physical property values, but sufficient physical property values are lacking. The present invention enables the high-precision measurement of physical property values such as specific heat and thermal conductivity by irradiating a sample in a molten state with laser light and analyzing the amplitude and phase difference of the temperature response. This invention maintains a high-purity state through floating melting and achieves high-precision measurement of physical property values by suppressing the vibration and rotation of the sample using a superconducting magnet field.

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Tohoku Univ. Technology：Biophotoacoustic spectroscopy system：T21-342

Tohoku Univ. Technology：Biophotoacoustic spectroscopy system：T21-342

Noninvasive method for measuring blood sugar level without blood sampling

　Although invasive methods involving blood sampling are the mainstream methods for blood glucose measurement in diabetic patients, it is desirable to develop non-invasive methods that do not cause physical pain or risk of infection from the puncture site. As one of the non-invasive measurement methods, a method using a microphone to detect acoustic waves generated when a measurement object is irradiated with light has been proposed. However, the above method has a problem that it is easily affected by environmental sounds and water vapor generated from living organisms.　 　This invention is a method for measuring blood glucose levels by a transducer method using a piezoelectric element to detect ultrasonic waves generated when a measurement object is irradiated with mid-infrared light. The advantage of the transducer method is that it is not easily affected by environmental sounds and water vapor, which are problems in the microphone method. Furthermore, the photoacoustic cell used in the microphone method is not required, allowing for a simpler system configuration. It is expected that this invention makes it possible to measure blood glucose levels simply and non-invasively.

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[Data] The Pre-Disease System of Visualizing Health

[Data] The Pre-Disease System of Visualizing Health

Measure users' pre-disease conditions with various devices linked to smartphones! Includes a measurement item reference table.

This document introduces a pre-disease system for visualizing health. It features products such as "SMART PULSE," which allows for easy testing of stress and vascular conditions, as well as "non-invasive blood glucose meters" and "body composition analyzers." Additionally, we also present the "Pre-Disease Data Management System - System Configuration Diagram" and the "MBS (Monitoring Base System) - Measurement Item Reference Table," so please take a look. [Featured Products] ■SMART PULSE ■Non-invasive Blood Glucose Meter ■Body Composition Analyzer ■SMART CHECK BAND III *For more details, please refer to the PDF document or feel free to contact us.

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