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專家翻譯/編修專家撰寫的學術論文樣本 |
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Title of this paper omitted-- |
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ABSTRACT
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With
the use of the
internet and
a
radio link, the control
system
we
propose herein offers a
new method to control
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home
appliances
from any
remote terminal,
including a local server.
We
first
construct
the
system's hardware
with
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personal computers, interface cards, radio transmitters
and receivers, microprocessors and
AC
phase control circuits
and
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then control
the hardware
with
a window-type
software
code and
a
microprocessor
code we developed. The
proposed
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system
can
turn on or turn off
home appliances, regulate
their
output power and
schedule
their
usage, all via a remote
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control means.
The prototype of the system, after being repeatedly
tested, functions
properly,
verifying
that the proposed
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system is feasible.
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I.
INTRODUCTION |
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In our daily
life, many electric appliances and equipment, such as electric lights,
fans, air conditioners, and so
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on, are often
not turned off when they actually should be; hence, the electric
power is often wasted. The problem occurs
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in
various houses, buildings, supermarkets, shopping malls,
apartments, and the like.
Combining the convenience of a
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touchscreen
as an option,
we, hence, propose
in
this study a
control
system to effectively control electric appliances
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and equipment
at
home
to conserve
energy, to save human labor in implementing
said control and to
widen the control |
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range of
the appliances, such as regulating their output power and
setting up their usage schedule,
all
via a remote
control
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means
using
the widely-available internet and a radio link so as to tackle the
mentioned problem
effectively.
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At present, the annual
electricity usage in Taiwan reaches approximately 131.7 billion
kW-hr. Given a conservative
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estimate that only 5%
of the annual electricity usage is to be saved with
the proposed
system, approximately 6.5 billion
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kW-hr electric power can be conserved annually in Taiwan alone should the proposed
system be widely
implemented at home
and
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in factory. In the long run, the economic
benefit accumulated by extensively adopting this system can be
remarkable.
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--
The middle portion of the paper is omitted-- |
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VI.
CONCLUSION |
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In our daily
life, people often forget to turn off electric appliances and equipment,
resulting in a frequent waste of electric
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energy. To resolve this problem,
we
propose, in this study, an internet-related
system
to
remotely
control
our
home
appliances
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and equipment
to conserve electric
energy, to save human
labor in
implementing
the control and to
widen
the control scope,
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such
as regulating
the appliances’ output
power
and scheduling their usage at will.
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To create said system, we explore
the expandability of
a
PC I/O interface card,
the outward connectability of the internet and
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the
ease in wireless-control implementation. We build
the
system’s hardware
with personal computers, interface cards, radio
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transmitters and receivers, microprocessors and
AC phase control circuits. We next write a window-type software
code
and
a
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microprocessor
code
to
control said hardware. The
proposed
system
can
turn on or turn
off
home appliances,
regulate their
output
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power and
schedule
their usage,
all through remote control. The prototype of the
system works properly after repeated
tests, |
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indicating
that the
proposed
system is sound and
practical.
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