TELKOM
NIKA Indonesia
n
Journal of
Electrical En
gineering
Vol. 12, No. 10, Octobe
r 20
14, pp. 7070
~ 707
5
DOI: 10.115
9
1
/telkomni
ka.
v
12i8.643
0
7070
Re
cei
v
ed
Jun
e
10, 2014; Revi
sed
Jun
e
26, 2014; Accepted July 1
4
,
2014
A Coal Mine Security Production Dispatching System
with We
b Configuration Technology
Liu Hui*
1
, Qiu Junlin
2
, Zhou, Caiy
ing
1
, Shi Zhe
1
1
Jiang
xi Univ
er
sit
y
of Scie
nce
and T
e
chno
log
y
,
Scho
ol of Scienc
e, Ganzho
u Chi
na, 34
100
0
2
Huai
yi
n Institu
t
e of
T
e
chnol
o
g
y
, F
a
cu
lt
y
of
Electron
ic and
Electrical E
ngi
neer
ing, Hu
ai
a
n
Chi
na, 22
300
3
*Corres
p
o
ndi
n
g
author, e-ma
i
l
: lxyl
iuh
u
i@
16
3.com
A
b
st
r
a
ct
Coal
mine security production dispatc
h
ing syst
em
with
web configurat
ion technology is an
advanced infor
m
ation system
that integrates
Interne
t, Database, XML
and Web co
nfiguration tec
h
nology
.
The system
c
o
mbines
organically
info
r
m
ation
of real-tim
e data
of c
oal
m
i
ne s
a
fety monitor
i
ng
and
prod
uction
sch
edu
lin
g, an
d
digiti
z
e
s it a
n
d
fina
lly d
i
scl
o
s
es sol
u
tion
V
i
sual
Graph
vi
a ActiveX-b
a
s
ed
compo
nents
of
W
eb co
nfig
ur
ation
to ac
hi
ev
e stan
dard
i
z
a
ti
on,
n
o
r
m
al
i
z
a
t
i
on,
a
nd hi
gh e
fficiency of
co
al
mi
ne
safety
producti
on sc
he
d
u
lin
g. This
system h
a
s b
e
e
n
s
u
ccessful
ly uti
l
i
z
e
d
in c
o
a
l
mi
ne for
tw
o yea
r
s
and ac
hi
eved
expected s
u
ccess of pr
ovi
d
in
g fresh, qu
antit
ative, a
n
d
truthful prod
uction sch
ed
ul
in
g
infor
m
ati
on for safety producti
on sche
d
u
lin
g and
ma
na
ge
ment dep
artment
.
Ke
y
w
ords
:
w
eb config
urati
o
n
,
databas
e, XML, safe
ty produ
ction sche
d
u
lin
g, coal
min
e
Co
p
y
rig
h
t
©
2014 In
stitu
t
e o
f
Ad
van
ced
En
g
i
n
eerin
g and
Scien
ce. All
rig
h
t
s reser
ve
d
.
1. Introduc
tion
Coal i
s
o
ne
of the wo
rld'
s mo
st impo
rtant
ene
rgy
sou
r
ces. A
s
the wo
rld'
s g
r
owi
n
g
sho
r
tage of oi
l energy, the
coal in
du
stry is facin
g
imp
o
rtant strateg
i
c opp
ortuniti
es. On the ot
her
hand, th
e
co
al ind
u
stry
is
a hig
h
-risk i
n
dustry
which
is th
reaten
ed
by water, fire, ga
s, coal
d
u
st,
roof et
al.
T
he slighte
s
t mistake will
l
ead
to
a
cci
d
ents
and
ma
ke
hug
e lo
ss of p
r
op
erty
and
political influe
nce to the sta
t
e and so
ciet
y [1].
Before IT is i
n
trodu
ce
d into coal mi
ne
sched
uling in
formation m
a
nagem
ent, coal mine
prod
uctio
n
scheduli
ng information was
mainly take
n manually recordin
g, ren
d
e
r
ing a
nd sto
r
i
n
g
by
text,
table
s
,
g
r
ap
hics, whi
c
h re
sult
s in t
he protection of data
and use of informatio
n exits
inefficien
cy, poor
sh
arin
g, slo
w
retri
e
val sp
eed,
not
timely information p
r
o
c
e
ssi
ng a
nd m
any
other sho
r
tco
m
ings [2].
The develo
p
m
ent of information tech
n
o
logy make
s
it possibl
e to informatio
nize the coal
mine safety prod
uctio
n
sche
duling
system.
Ove
r
t
he yea
r
s, th
e research
subje
c
ts i
n
rel
a
ted
fields
of Chin
a coal
scien
c
e an
d te
chno
logy
worke
r
s are
focused
on mi
ne
saf
e
ty monitori
n
g
.
There a
r
e
ma
ny kin
d
s of
progre
s
sive
de
velopment
of
monitori
ng
sy
stem,
su
ch
a
s
m
o
tor vehi
cle
sched
uling "
s
ets" sy
stem, safety
attend
ance sy
stem,
indu
strial
tel
e
vision
syste
m
, mine hoi
st
monitori
ng system, safet
y
monitoring
system
a
n
d
so on. But
most of these
system
s are
indep
ende
nt, and installe
d
in different departm
ents.
So that information sh
arin
g and exch
a
nge
is in
conve
n
ient, and the
coal mi
ne
leade
rs
and
related
pe
rson
s
can
not
be timely and
comp
re
hen
si
ve understan
ding of mine
safety, pr
od
uction a
nd worki
ng op
eration inform
ation.
These sy
ste
m
s ma
ke
pro
ductio
n
sch
e
duling in
co
nvenient. So it is ne
ce
ssary t
o
make full u
s
e of
the mine
eq
uipment
and
system,
on
the ba
si
s
of developm
ent
to
form
a mine safety and
prod
uctio
n
sche
duling inf
o
rmatio
n fusi
on system
a
s
a cont
rol room of prod
uction
comm
and
system
cente
r
and the rele
vant departm
ents.
Nowad
a
ys, the coal mine security produ
ction di
spatch
ing information is available main
ly
from KJ4 and
its upgraded
KJ2000N
security moni
toring system an
d human insp
ection, reporting
[3]
.
In
this way, the in
formation is displayed on a
large screen in form
s. It can be displayed in only
one way and
it is not easy to update and
maintain and also to monitor produ
ction
dispatching.
As
the displayed
information
cannot be
re
leased,
de
cision-making
layer and
rel
a
ted functional
departments
of the mine cannot receive
inform
ation about underg
round mining
safety productio
n
and mining d
i
spatching ea
sily, timely a
s
well as
co
mpletely,
which is out of requirements of
Evaluation Warning : The document was created with Spire.PDF for Python.
TELKOM
NIKA
ISSN:
2302-4
046
A Coal Mine
Secu
rity Pro
d
u
ction
Dispat
chin
g S
ystem
with Web
Co
nfiguratio
n…
(Liu Hui)
7071
modern prod
uction. Therefore, it has to
be done to
b
u
ild a modern safety production dispatch
ing
sy
st
em.
Coal
mine
se
curity p
r
o
d
u
c
tion di
spat
chi
ng
sy
stem
wi
th we
b
config
uration
techn
o
logy i
s
an adva
n
ced
informatio
n system that int
egrate
s
Inte
rnet, Datab
a
se, XML and
Web
co
nfiguration
techn
o
logy, which i
s
de
sign
ed and d
e
vel
oped for
su
ch
application.
2.Gener
a
l Structur
e and
Sy
stem Hard
w
a
r
e
The coal
mine secu
rity production dispat
ching
system co
ntains three
-
layered
architecture
s
which
are
log
i
cally divided into the
pre
s
entation layer, busine
s
s l
ogic layer, d
a
ta
service layer
and functiona
lly into prese
n
tation, bus
iness, an
d data
,
each of the
m
are
set on
the
same or different hardware
platforms [4
-
6
].
Data se
rvice l
a
yer is
comp
osed
of datab
ase
server an
d video se
rver system to
save and
exchange data of the
system; business logic layer is
composed of Web serv
ers
to process logic
of the system; presentation layer is com
posed of
use
r
controls, m
u
lti-channel video controlle
rs
and display
dev
ices t
o
display
logic of
t
he
sy
st
em.
Topologic
a
l
arc
h
itec
t
u
re and hardware
comp
one
nts
of coal min
e
se
curity p
r
odu
ction
di
spatchi
ng sy
stem with we
b config
urati
o
n
techn
o
logy are sho
w
n in Fi
gure 1.
Figure 1. Top
o
logi
cal Archi
t
ecture
and Hard
wa
re Com
pone
nts
Underg
r
ound
optical ring
network tran
sfer
s data about security and mining
which is
collected fro
m
sen
s
ors to
underground
ventilation dis
patching center. All secu
rity production
data
collected from undergrou
nd will be processed and st
ored into SQ
L database by KJ2000N safety
monitoring system of ventilation
dispatch
ing center. Finally, Web
server of production dispatching
center select
s real-time data and the c
enter sele
cts
those require
d to be displayed information
about safety production
and operatio
n of mini
ng equipments, and finally release
s
Web
configuration.
Evaluation Warning : The document was created with Spire.PDF for Python.
ISSN: 23
02-4
046
TELKOM
NI
KA
Vol. 12, No. 10, Octobe
r 2014: 707
0
– 7075
7072
3. Design of
Sy
stem Softw
a
r
e
The co
ncept of configu
r
ati
on com
e
s fro
m
“c
ofig
urati
on”, the mea
n
ing is confi
guratio
n
resou
r
ces of
comp
uter a
n
d
softwa
r
e by
using
so
ftwa
r
e tool
s, maki
ng the comp
uter or
software
according to the pre
s
et to a
u
tomatically p
e
rfor
m
spe
c
ifi
c
tasks a
nd
meet use
r
s re
quire
ment
s.
Config
uratio
n
software
is
a sp
eci
a
l
sof
t
ware
for
dat
a acqui
sition
and
pro
c
e
ss cont
rol,
they are soft
ware platform and devel
opment
envi
r
onment on t
he automati
c
control syst
em
monitori
ng la
yer level. Th
ey provide
ra
pid co
nst
r
u
c
tion of indu
stri
al cont
rol sy
stem monitori
ng
function, the
general level of software tools for
the users by using flex
ibl
e
config
urati
on.
Corre
s
p
ondin
g
to the o
r
igin
al co
ncept of
HMI (h
uma
n
machi
ne
inte
rface), co
nfigu
r
ation software
is
a softwa
r
e tool
or devel
opment
e
n
vironment
whi
c
h ca
n ma
ke
use
r
s qui
ckly
set up th
eir
own
HMI. In the configuration software, ind
u
s
trial u
s
ers write HMI appli
c
ation
s
by ha
nd or entrusti
n
g
the third part
y. But the development ti
me is long, th
e efficiency is low, the
reliability is poor or it
need
s to buy
spe
c
ial ind
u
s
trial
control
system
wh
i
c
h
is usually a clo
s
ed
syste
m
, often can
not
meet the d
e
m
and
and i
s
difficult to external
data
i
n
terface, up
gra
d
ing a
nd in
creasi
ng fun
c
ti
on is
rest
ricte
d
. Th
e eme
r
ge
nce
of config
urati
on softwa
r
e
make
s th
e u
s
ers free f
r
om
these
difficulti
e
s,
they can
set t
he mo
st suita
b
le ap
plicatio
n for th
e
m
selves by u
s
ing
the functio
n
o
f
configu
r
atio
n
s
o
ftware.
Coal mine se
curity production dispatchi
ng syst
em with web configuration technology is
developed an
d operated
o
n
.NET with
Windows Serv
er 2003 op
e
r
ating system
and IIS 6.0 Web
server for the
system. Database is utilized in
SQL Server 2005 dat
abase
with ADO.NET access
conne
ction. Mining equipment operation and safety
production information is displayed on the
development
platform of inte
ractive graphics Visual Graph
[7-8].
3.1. Web Co
nfigura
t
ion
Solution
The main problem solve
d
by the co
nfigur
ation software is p
r
oviding the flexib
le
configuration tool to users,
t
hat can be adapted to the
needs of diffe
rent application areas, coll
ect
and control t
he data exch
ange betwee
n
the devic
e, associate th
e data from
device and t
h
e
elements of computer grap
hics
scr
een, proce
ssing th
e data alarm
and
system a
l
arm, storing the
historical data and inquiring historic
al data, generating
of various r
eports and printouts, ultima
tely
generating the application
system is sta
b
le and relia
b
l
e, has an interface of third
-
party progra
m
s
to fac
ili
tate da
ta s
haring.
The develo
p
m
ent of web t
e
ch
nolo
g
y provides
the fo
undatio
n of techn
o
logy for
netwo
rk-
based m
anuf
acturi
ng. Th
e HT
TP mo
del in th
e
a
pplication lay
e
r of
WWW se
rvice i
s
non
dynamic, it only provide
s
little or no interact
io
n inte
ractio
n. The comm
on gat
eway interfa
c
e
(CGI) can
realize the inte
ractive form,
make t
he web with inte
ractive ability. T
he appearance of
ActiveX and
Java te
chn
o
l
ogy also e
n
able
s
the
we
b server a
c
tively inform
data
chan
ge
to
client[39]. T
h
ese
technol
o
g
ies provide
sol
u
tion
s to
monito
ring
the runnin
g
scree
n
of
the
indu
strial site
config
uratio
n by remote u
s
ers via
stand
ard b
r
o
w
ser.
ActiveX techn
o
logy is ba
se
d on Comp
on
ent Object M
odel, is a fusi
on of technol
ogy and
OCX OLE technolo
g
y, the conte
n
t of ActiveX include
d
:
(1) ActiveX A
u
tomation
Se
rver. A
c
tiveX
automation
server is a
co
mpone
nt that
ca
n
be
use
d
by
oth
e
r a
ppli
c
ation
s
after bei
ng
prog
ra
m
m
ed.
An ActiveX
automation
server in
clude
s at
least
one
dispatch
-ba
s
e
d
i
n
terface, oth
e
r a
ppli
c
ation
s
cre
a
ted it
a
nd
con
n
e
c
t th
e serve
r
thro
ugh
it.
(2) Ac
tiveX automation control. Ac
tiveX Auto
mation control is the
applicatio
n that use
and op
erate t
he ActiveX se
rver.
(3) Ac
tiveX
control. An ActiveX c
ontrol
c
a
n be
a DLL, it can
also be EXE files, it c
a
n
operate the a
u
tomation server by local o
r
remot
e
mod
e
and a
c
tivated in pla
c
e.
(4) Ac
tiveX Doc
u
ments
.
ActiveX doc
ument
was p
r
evio
usly calle
d the document
obje
c
t,
In one su
ch d
o
cum
ent ca
n inclu
de a lot of other
obje
c
ts, such as a picture, an au
dio obje
c
t an
d
a table,
etc.
ActiveX do
cu
ments have
UI, this i
s
th
e UI
co
nsi
s
ts of a
co
ntain
e
r a
ppli
c
ation
to
operate, su
ch
as the ope
rat
i
on and u
s
e o
f
t
he UI of Word thro
ugh th
e IE browser.
(5)
COM
obje
c
t. From th
e
analysi
s
of th
e stru
ctu
r
e
s
, The COM o
b
j
e
ct is
simila
r
with the
automation
servers a
nd a
u
tomation
co
ntrol, they ha
ve one o
r
mo
re
COM inte
rf
ace
s
, but o
n
l
y
a
few UI i
n
terfa
c
e
s
, or even
none. T
he dif
f
eren
ce
between the
m
is the auto
m
atio
n se
rver can
be
operated by
automation
control, but
COM o
b
je
cts not. Wind
ows ope
ratin
g
system
s h
a
ve
hund
red
s
of
COM o
b
je
cts and
user interfaces
,
they are u
s
ed a
s
the o
peratin
g sy
stem
Evaluation Warning : The document was created with Spire.PDF for Python.
TELKOM
NIKA
ISSN:
2302-4
046
A Coal Mine
Secu
rity Pro
d
u
ction
Dispat
chin
g S
ystem
with Web
Co
nfiguratio
n…
(Liu Hui)
7073
extensio
ns.
Usi
ng COM obje
c
t is a g
ood way to orga
nize and
manage
rel
e
vant data a
n
d
function
s, this appro
a
ch is
also u
s
e
d
to cr
e
a
te a high
-perfo
rman
ce
dynamic lin
k l
i
bra
r
y.
The system adopt
s
Active
X-ba
sed dev
elopme
n
t
pl
at
form of inte
ra
ctive graphi
cs Visual
Grap
h a
s
a
Web
rele
asi
n
g sol
u
tion an
d its rel
e
a
s
in
g system
architecture is
shown in Fig
u
r
e 3
[9].
Figure 2. ActiveX-ba
sed
Web Co
nfi
guration Rel
e
a
s
ing
Archite
c
ture
With Active
X-based co
nfiguration releas
ing, the decision-making layer and all
departments can watch ho
w the configuration oper
ates through the browse
r an
d the real-time
situation in producing
site. However, the
r
e is a def
e
c
t of ActiveX wh
ich is that the proce
dure
s
a
r
e
complicate a
nd huge qua
ntity o
f
codes are invo
lved becau
se bot
h systematic data proce
ssi
ng
logic and screen display l
ogic are com
b
ined in
one
ASP [1
0
]
. Th
erefore,
the system separates
systematic data proce
ssing logic and screen di
splay logic with ASP.NET
and effectively solve the
problem.
The develop
ment platform of interactive
graphics Visual Grap
h provides f
unctional
ActiveX core component a
nd suppo
rts the embedded
IE. Because of compre
sse
d size 3
00K o
n
ly
of whole Visu
al Graph
system, it is particularly
suitabl
e for B/S architecture network applicati
ons
with web of th
e system.
3.2. Data
Ac
quisition an
d Processin
g
Upd
a
te information acqui
sition prog
ra
m of
the system is devel
oped in Visu
al Basic
prog
ram
m
ing
langua
ge an
d is ru
n in Web se
rver of
system b
u
sin
e
ss logi
c laye
r, then se
nd
s out
appli
c
ation
o
f
data proce
ssi
ng to d
a
t
aba
se
se
rver in SQL a
n
d thus,
gets acce
ss to the
databa
se. Th
e swit
chin
g and an
alog
data that
an
alyzed by u
pdate inform
ation acqui
sition
program
will
be stored in differ
ent forms of l
o
cal
Access data
bases to create XML text for
acce
ss to Visual Gra
ph [11
]
.
Furthe
rmo
r
e,
this informa
t
ion acq
u
isiti
on
pro
g
ram meets the a
c
tual ne
ed
s of coal
prod
uctio
n
an
d records the
total on-off time of
the belt, daily maximum and av
erag
e of the gas
at the monitoring
station
and outputt
i
ng of curr
e
n
t produ
ction
.
All timely
and qu
antitative
informatio
n will be at last displaye
d on
Web p
age
vi
a Visual G
r
ap
h comp
one
nts, whi
c
h provides
effective sup
port for de
ci
si
on makers an
d disp
atch
ers.
3.3. Web Co
nfigura
t
ion
Figure 3. Coa
l
Compo
nent
s Graphi
c Mo
deling
Visual G
r
ap
h
provide
s
a b
a
si
c gra
phi
c unit - IUnit and four sub
-
u
n
its: IElemen
t, IText
,
IShape an
d ILine. With th
ese
ba
sic g
r
aphi
cs
whi
c
h
offers n
e
w
Value an
d Setvalue to these
Evaluation Warning : The document was created with Spire.PDF for Python.
ISSN: 23
02-4
046
TELKOM
NI
KA
Vol. 12, No. 10, Octobe
r 2014: 707
0
– 7075
7074
comp
one
nts,
the
system
ca
n
edit V
G
script
ing
l
angu
age
pro
g
ram
an
d
progra
m
n
e
w
coal
comp
one
nts.
The desi
g
n
e
r ca
n ea
sil
y
draw confi
guratio
n gra
phics which
is requi
red
for
prod
uctio
n
di
spat
chin
g ab
out the actu
al
situati
on of
coal produ
ctio
n with
coal compon
ents. The
pro
c
e
ss di
ag
ram of coal
co
mpone
nts g
r
a
phic mo
delin
g is sh
own in Figure 3.
Comp
one
nts
of coal comp
onent of the system inclu
d
e
:
1)
On-off equ
ipments which are u
s
e
d
to
sta
r
t an
d
sto
p
minin
g
e
qui
pments in
si
mulation
mine p
r
od
uct
i
on, such a
s
belt comp
o
nents, m
a
in
fan compo
n
e
n
ts, pum
p
compon
ents,
and
pre
s
sure fan comp
one
nts.
2) Analo
g
di
splay com
pon
ents which is used
to di
sp
lay data information of co
al mine
safety pro
d
u
c
ing and o
u
tpu
t
such
as g
a
s display,
win
d
spee
d displa
y, the total on-off time of the
belt open b
e
lt display.
In order to g
e
t real-time
data, a data
update comp
onent is put
on the Visual
Graph
page. Wh
en data
u
pdate comp
one
nt OnTime
r()
i
s
gen
erate
d
,
data i
s
send
to the
se
rve
r
in
GetURL(). After data deli
v
ery su
ccesses, a
ttribute
s
of all comp
onent
s on g
r
aphi
c pag
e are
cha
nge
d in V
i
sual
Graph
l
angu
age
and
ea
ch
com
p
o
nent i
s
up
dat
ed. Finally,
Web
configu
r
ation
can
be
rel
e
a
s
ed
by lo
adi
ng a
pprop
riat
e configu
r
at
i
on file
s in
ActiveX. Take
the b
e
lt a
s
an
example. Pag
e
of runnin
g
the belt after relea
s
e is
sho
w
n in Figu
re
4.
Figure 4.
Run
n
ing Di
agram
of Belt Transportation Syst
em
4. Conclusio
n
Coal min
e
secu
rity produ
ction dispatching
syste
m
with web
co
nfiguratio
n techn
o
logy
effectively enhan
ce produ
ction di
spat
ching man
age
ment level of the coal min
e
after bein
g
put
into op
eratio
n in
20
08.
Deci
sion
-ma
k
e
r
s an
d d
epa
rt
ments
can
vi
sually ch
eck real
-time run
n
ing
situation
of the majo
r u
n
derg
r
o
und
produ
cti
on
e
q
u
i
pments and
gas, wind a
nd
othe
r saf
e
ty
prod
uctio
n
in
formation. P
age di
spat
ch
ers
ca
n direct
more effect
ively. In all, there i
s
a g
r
eat
improvem
ent
to achieve. When
new
mini
ng i
s
explo
r
e
d
in the
mine,
the mai
n
tena
nce
pe
rsonn
e
l
only nee
d to
dra
g
the p
a
c
kage
d coal
comp
one
nts
and d
r
op
to
curre
n
t co
nfiguratio
n pa
g
e
,
unne
ce
ssary
to modify the sou
r
ce program. It
is flexib
le, simple an
d easy to mai
n
tain.
Ackn
o
w
l
e
dg
ements
We a
r
e
grate
f
ul for the
sci
ence an
d technol
o
g
y proj
e
c
t by the e
d
u
c
ation
dep
art
m
ent of
Jian
gxi provin
ce: GJJ1
337
9.
Referen
ces
[1]
Lia
ng YT
, HZ Luo. C
u
rre
nt situatio
n a
n
d
deve
l
opm
ent
trend for c
o
al mi
ne fire
preve
n
tion
&
exti
ng
uish
in
g techn
i
qu
es in C
h
in
a.
Journ
a
l o
f
China C
oal S
o
ciety
. 200
8; 3
3
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30.
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g
, Sun.
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nfigur
ation
of
“six
s
y
stems
”
for safe ac
t of rescue
of coal mi
n
e
und
ergro
u
n
d
.
Industry an
d Mi
ne Auto
mati
on
.
2010; 1
1
: 1-4.
Evaluation Warning : The document was created with Spire.PDF for Python.
TELKOM
NIKA
ISSN:
2302-4
046
A Coal Mine
Secu
rity Pro
d
u
ction
Dispat
chin
g S
ystem
with Web
Co
nfiguratio
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