This
article
aims
to
consolidate
information
pertinent
the
possibilities
of
generating
energy
from
sound
waves,
using
materials
derived
research
for
a
future
academic
dissertation
by
same
author.
The
combination
this
data
speculative
design
perspective
allows
us
develop
conceptual
principles
products
and
services
that
promote
use
an
abundant
clean
source,
which
still
presents
unique
challenges
be
integrated
into
significant
capacity.
Sound
production,
in
general,
is
found
natural
environments
also
manufactured
objects,
presenting
possibility
obtaining
through
means
not
even
imagined
until
then.
As
inspiration,
human
auditory
system
some
its
functions
are
discussed
here,
such
as
conversion
mechanical
signals
electrical
ones,
helping
elaborate
understanding
listening
providing
creative
opportunities
formulating
solutions
terms
generation.
Also
investigating
phenomenon
piezoelectricity,
Wireless
Sensor
Networks,
production
charge
synthetic
materials,
opens
up
space
new
ways
manipulating
biological
properties.
conclusions
presented
here
approaches,
context,
conditions
implementing
frequencies
waves
sources.
Plural Design,
Год журнала:
2024,
Номер
7(1), С. 5 - 15
Опубликована: Июнь 18, 2024
Este
artigo
visa
consolidar
informações
pertinentes
às
possibilidades
de
geração
energia
com
ondas
sonoras,
partindo
materiais
derivados
pesquisas
para
futura
dissertação
acadêmica
mesma
autoria.
A
combinação
desses
dados
sob
uma
ótica
especulativa
do
design
permite-nos
condições
elaborar
princípios
conceituais
produtos
e
serviços
que
promovem
o
aproveitamento
fonte
abundante
limpa,
ainda
apresenta
desafios
singulares
ser
integrada
em
capacidade
significativa.
produção
som,
forma
geral,
é
encontrada
ambientes
naturais
objetos
manufaturados,
tendo
a
possibilidade
obtenção
dessa
por
meios
sequer
imaginados
até
então.
Como
inspiração,
aqui
são
comentados
sistema
auditivo
humano
algumas
suas
funções,
como
conversão
sinais
mecânicos
elétricos,
auxiliando
compreensão
elaborada
da
escuta
carregando
oportunidades
criativas
formulação
soluções
matéria
energia.
Investigando
também
fenômeno
piezoeletricidade,
as
wireless
sensor
networks
carga
elétrica
meio
sintéticos,
abre-se
espaço
novas
formas
manipular
propriedades
biológicas.
As
conclusões
presentes
abordagens
implementação
das
frequências
sonoras
um
entendimento
nova
Energies,
Год журнала:
2024,
Номер
17(17), С. 4349 - 4349
Опубликована: Авг. 30, 2024
This
investigation
is
part
of
a
topical
situation
where
wireless
equipment
gradually
being
used
for
energy
transfer,
particularly
autonomous
systems
and
the
use
decarbonized
energies.
A
characteristic
example
linked
to
substitution
thermal
engine
vehicles
electric
(EVs)
equipped
with
storage
batteries.
response
was
considered
in
an
ecological
context
reducing
air
pollution
defending
planetary
biodiversity,
which
are
currently
vital.
These
EVs
ultimately
operate
thanks
charging
their
batteries
when
stationary
or
running.
By
changing
long-established
means
transport
that
have
become
threat
it
necessary
ensure
innovative
replacement
solutions
protect
this
biodiversity.
In
addition,
construction
power
transfer
(WPT)
battery
chargers
these
must
offer
optimal
ecology
clean
saving.
such
context,
two
concepts
One
Health
(OH)
Responsible
Attitude
(RA)
will
find
place
design
control
WPT
tools
EVs.
contribution
aims
illustrate
analyze
roles
green
non-wasteful
OH
RA
approaches
embedded
smart
city
(SC)
environment.
paper,
first
introduced.
The
EV
then
examined.
biological
effects
on
living
tissues
due
electromagnetic
field
(EMF)
radiation
analyzed.
phenomena
equations
governing
EMF
exposed.
SC
afterward
protection
against
unsafe
environment
consequently
explored.
analyses
followed
paper
supported
by
examples
from
literature.
explorations
proposed
made
possible
highlight
certain
notions,
allowing
more
in-depth
understanding
rechargeable
SCs.
Thus,
analysis
fusion
topics
at
heart
contribution.
Государственное управление Электронный вестник,
Год журнала:
2024,
Номер
106, С. 85 - 102
Опубликована: Окт. 31, 2024
The
article
examines
the
key
aspects
and
advantages
of
cluster
model
in
context
enterprises
focused
on
manufacturing
design
field
consumer
electronics
China.
main
focus
is
economic
efficiency
innovative
potential
provided
by
to
engaged
contract
manufacturing.
It
highlighted
how
geographical
concentration
production
capacities
close
cooperation
between
companies
within
clusters
contributes
process
optimization,
cost
reduction
strengthening
innovation
processes.
Key
results:
1)
literature
review
suggests
that
problems
outsourcing
practice
have
attracted
a
lot
attention
from
academic
community,
but
research
rare;
2)
best
practices
design-oriented
China
shows
for
original
equipment
are
large-scale
production,
flexibility
quality
control
supply
chains,
—
developments,
full
cycle,
partnership
with
customers
quick
response
market
trends;
at
same
time,
these
can
be
used
simultaneously
both
types
enterprises;
3)
powerful
tool
stimulating
growth,
developing
innovations
competitive
companies,
as
it
provides
an
integrated
approach
development
industries
regions,
contributing
creation
favorable
business
environment
accelerating
development;
4)
Chinese
(Shanghai,
Beijing,
Shenzhen,
Zhejiang
clusters)
showed
structures
play
critical
role
industrial
this
sector.
Their
further
adaptation
important
Russia
well
technological
independence.
