| Summary: | 碩士 === 國立成功大學 === 電機工程學系 === 86 === The central study point of this thesis is how to use the
technology of electric engineering field to accomplish the
research and experiment about the effect of Far-Infrared Rays on
the temperature of human body deep tissues. Then through
measuring animal inner temperature, we can discuss the effect of
Far-Infrared Rays on living animals.The structure of the system
design in this thesis is described as follows：Firstly, we use
the K-type Thermocouple as a detector to measure animals'' inner
temperature , change temperature signal(℃) into analog voltage
signals, then convert analog voltage signals into digital
voltage signals , and send them into IBM-PC. Finally, we proceed
to catch, calculate and analyze these number data through
LabVIEW software program.Among spinal-animals, pigs are the most
like human-body, no matter in fixed-temperature, figure, length,
weight, skin and muscle tissues. The experi-mental pigs from
Taiwan Livestock Research Institute served as living animals in
this thesis. Their ID numbers are 532, 544, 558, 559, 560, 561,
562, 563, 564, 565, 566, 576, 577, 578 and 579.They are
experimental items as mimic human bodies when receiving the
irradiation of Far Infrared Rays from outside of the body. With
designed instrument system of this research and experimental
result, we can obviously prove the following facts：1. The
design of this instrument system is successful：the expected
physical phenomenon of Far-Infrared Rays toward living animals''
deep warmth effect agrees with the numbers measured by this
instrument system.2. Under the condition that the heated-type
Far-Infrared Rays doesn''t cause any over-heat burns on human
skin, because of micro-circulation function, we can find a
certain effect that the warmth effect of parts of deep organs is
acquire and the temperature rises about 1℃directly.
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