Simplex Quantum Inc.

Dyna-Air Co. Ltd.

The University of Tokyo

Yoshihiro Mikami

Hikoo Miyauchi

Yuji Hamada

Katsuhito Fujiu

Ying Chen

Yu Shimizu

Issei Komuro

Ryu Saito

Eriko Hasumi

Minoru Shiratsuchi

An information processing system is provided to reduce labor of medical staff in determining heart failure stage. The information processing system is configured to execute: a reading step of reading out an input first electrocardiogram including an electrocardiogram of a user; and a determination step of determining a heart failure stage of the user based on the first electrocardiogram and reference information, wherein the reference information is information showing a relationship between the second electrocardiogram, including the electrocardiogram obtained beforehand, in which the heart failure stage has been determined by the physician, and a feature quantity of the heart failure, wherein: the reference information is a learned model in which the feature quantity of the heart failure is learned from the second electrocardiogram, and the learned model is a model that learned a content determined in the determination step and corresponding clinical data.

Information processing system and program

Biological information measuring device

Electrocardiograph measuring device

A humidity control device () comprises: a processor () for dehumidifying air; a regenerator () for regenerating a hygroscopic liquid L used by the processor (); a first hygroscopic-liquid pipe path () and a second hygroscopic-liquid pipe path () for circulating the hygroscopic liquid L between the processor () and the regenerator (); and a heat pump () having an evaporator for cooling the hygroscopic liquid L to be used by the processor () and a condenser () for heating the hygroscopic liquid L flowing through the first hygroscopic-liquid pipe path (). The regenerator () has: a first regeneration processing unit () and a second regeneration processing unit (); a first tank () and a second tank () for containing the hygroscopic liquid L; and a heat source () for heating the hygroscopic liquid L to be supplied to the second regeneration processing unit (). The hygroscopic liquid L in the first tank () is supplied to the first hygroscopic-liquid pipe path () to be supplied through the condenser () to the first regeneration processing unit () again. Consequently, high energy utilization efficiency can be maintained.

Humidity control device

A humidity control device is for controlling the humidity of air in a target space, and the humidity control device comprises: a processor for controlling the humidity of air in the target space by passing air through a hygroscopic liquid L; a regenerator for regenerating the hygroscopic liquid L used for the process by the processor; a hygroscopic-liquid pipe path (), provided so as to pass through a ventilation opening () intended for ventilating the target space, for transferring the hygroscopic liquid L from the processor to the regenerator; and a discharged-air-utilizing regeneration unit () for regenerating the hygroscopic liquid L by passing air to be discharged from the target space through the ventilation opening () through the hygroscopic liquid L flowing through the hygroscopic-liquid pipe path () toward the regenerator. A humidity control device whose energy utilization efficiency is improved is thus provided.

Growing community of inventors

Tokyo, Japan

Yoshihiro Mikami