Development an Enriched-Oxygen, Nagative-Ions and Far-Infrared Footbath Machine
| Autor: | Wei-kai Lin, 林煒凱 |
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| Rok vydání: | 2013 |
| Druh dokumentu: | 學位論文 ; thesis |
| Popis: | 101 Foot bath with warm water is one of the most popular methods of healthcare in civilian, and it comforts people and brings up the wonderful feelings of completed relaxing. Foot-warming bath takes the advantage of convenience, not intrusive and non side effects accomplishing the goal of helping people to calm down and regulate the body temperature. It can be used for health care activities of daily life. In addition, as technology progressing, the more convenient we got, the wider range of life style we have. But, the activities for people are less than before. Furthermore, the fact of people with lack of physical activity is remarkable increasing. Heart and lung functions of people are declining gradually also. People living in this modern world are busy all around with high life pressures and diet irregular all the time, it damages human health seriously. And, that becomes one of the main reasons for various kinds of “modern disease“. Developing a footbath machine with enriched-oxygen, negative-ions and far-infrared to promote human health is fully scientific. Oxygen adding is to increase the absorption amount of oxygen of human body and it supplies the necessary poor oxygen directly for making up the loss of oxygen in body due to environmental or physiological function decline. Also, it keeps the normal function of the various organs of the body to prevent lacking of oxygen caused by a variety of geriatric, maintaining physical and mental health, anti-aging trip. Negative ions material adding is to promote the toxic free radicals and helps the body fluids turning into alkaline, accelerate physical recovery, calm spirit and relax. Far-infrared materials adjunction enables water molecules and organic molecules in vivo absorption of far infrared rays. The energy is transferred into the biological body, helping local tissue temperature rising, and improving blood circulation. Finally, a set of physiological signal monitoring system, microcirculation microscope and Finger Pulse Oximeter have been used in monitoring the physiological condition of the body for this study in the use of Enriched-Oxygen, Negative-Ions and Far-Infrared Footbath Machine. Studying and comparing the physiological signals, observing the change of microcirculation and oxygen concentration, prove the effect and its efficiency in using the Enriched-Oxygen, Negative-Ions and Far-Infrared Footbath Machine. |
| Databáze: | Networked Digital Library of Theses & Dissertations |
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