Cascadia Digital video recorder Uživatelský manuál Strana 4

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US
2004/0183668
A1
[0017]
Listed
below
are
the
short
comings
of
the
current
solutions
listed
above.
[0018]
Solution
1:
This
method
is
very
labor
inten
sive,
resource
intensive
and
cost
prohibitive.
[0019]
Solution
2:
This
method
is
very
labor
inten
sive,
resource
intensive
and
cost
prohibitive.
[0020]
Solution
3:
This
method
limits
the
number
of
alarm
conditions
and
cannot
ensure
the
central
sta
tion
Will
receive
the
video
When
there
is
an
alarm
condition
if
they
are
onitoring
more
than
one
account.
[0021]
Solution
4:
This
method
limits
the
number
of
alarm
conditions
and
cannot
ensure
the
central
sta
tion
Will
receive
the
video
When
there
is
an
alarm
condition
if
they
are
onitoring
more
than
one
account.
[0022]
Solution
5:
This
method
limits
the
number
of
alarm
conditions
and
cannot
ensure
the
central
sta
tion
Will
receive
the
video
When
there
is
an
alarm
condition
if
they
are
onitoring
more
than
one
account.
[0023]
Solution
6:
This
method
introduces
the
ele
ment
of
human
error
to
connect
to
the
video
device
by
requiring
the
central
station
operator
to
manually
enter
the
necessary
account
information
to
connect
to
the
video
device
and
is
very
labor
intensive,
resource
intensive,
cost
prohibitive
and
creates
a
security
breach.
[0024]
It
is
therefore
an
object
of
the
invention
to
. . .
[0025]
verify
alarms
from
intrusion
detection
sys
tems
using video
devices
at
monitored
locations
[0026]
[0027]
monitor
video
from
an
unlimited
number
of
video
devices,
utilizing
a
variety
of
video
delivery
methods
and
connections
from
a
central
monitoring
location
It
is
therefore
an
object
of
the
invention
to
. . .
[0028]
[0029]
seamlessly
integrate the
process
of
interactive
video
monitoring
With
the
present
process
of
moni
toring
alarm
signals
from
intrusion
detection
systems
It
is
another
object
of
the
invention
to
. . .
[0030]
[0031]
utiliZe
a
data
base
to
store
the
video
device
connection
information
It
is
another
object
of
the
invention
to
. . .
[0032]
[0033] reduce
the
amount
of
time
that
is
required
to
verify
an
alarm
With
a
video
device
It
is
another
object
of
the
invention
to
. . .
[0034]
[0035] reduce
the
human
error
involved
With
the
process of
connecting
to
a
video
device
It
is
another
object
of
the
invention
to
. . .
[0036]
[0037] reduce
the
number
of
false
alarms
for
police,
?re
and
emergency
response
teams
It
is
another
object
of
the
invention
to
. . .
Sep.
23,
2004
[0038]
It
is
another
object
of
the
invention
to
. . .
[0039] reduce
the
central
station’s
cost
associated
With
verifying
alarm
signals
using
video
devices
[0040]
It
is
another
object
of
the
invention
to
. . .
[0041] reduce
the
consumer’s
cost
of
having
their
alarm
signals
veri?ed
With
video
devices
[0042]
It
is
another
object
of
the
invention
to
. . .
[0043]
tions
increase
the
services
provided
by
central
sta
[0044]
It
is
another
object
of
the
invention
to
. . .
0045
solve
the
roblem
of
ansWerin
,
rioritiZin
,
queuing
and
routing
alarm
conditions
associated
With
monitoring
video
devices
Within
a
central
sta
tion
[0046]
It
is
another
object
of
the
invention
to
. . .
[0047]
have
IVM
operate
Without
having
to
integrate
the
intrusion
detection
device
With
the
video
device
at
the
monitored
location
[0048]
It
is
another
object
of
the
invention
to
. . .
[0049]
alloW
the
central
station
the
choice
of
vieWing
the
video
on
the
same
monitor
they
use
to
monitor
intrusion
detection
devices
or
at
their
option
vieW
it
on
a
separate
monitor
SUMMARY
OF
THE
INVENTION
[0050]
In
accordance
With
the
present
invention,
there
is
provided
a
process
to
monitor
and
verify
alarm
conditions
from
an
unlimited
number
of
video
devices
Within
a
central
station.
This
invention
solves
the
problem
of ansWering,
prioritiZing,
queuing
and
routing
incoming
alarm
signals
by
integrating
the
current
method
of
monitoring
alarm
signals
from
intrusion
detection
systems
With
a
neW
process
for
the
central
station
to
connect
to
a
video
device
(at
the
monitored
location)
When
an
alarm
condition
has
occurred.
The
inven
tion
utiliZes
an
alarm
input
device
connected
to
an
intrusion
detection
system
or
video
device.
When
the
intrusion
or
video
device
detects
an
alarm
condition
the
alarm
signal
is
transmitted
over
the
transmission
medium
to
the
central
station.
The
alarm
signal
is
then
processed
by
the
alarm
processing
device
and/or
the
central
station
softWare.
The
central
station
softWare
places
the
alarm
signal
into a
queue
along
With
the
other
alarm
signals
Which
are
Waiting
for
delivery
to
the
neXt
available
operator.
The
queue
prioritiZes
the
alarm
signals
by
type
(?re,
medical
panic,
hold
up,
burglary,
etc.)
and
event
time.
The
central
station
softWare
selects
the
highest
priority
alarm
signal,
combines
the
alarm
signal
With
the
customer
account
record
(address,
oWner’s
phone
number,
Who
to
call
list,
response
instructions,
local
police
department
phone
number,
local
?re
department
phone
number,
etc.),
and
delivers
the
alarm
condition
With
the
customer
account
record
to
the
neXt
available
operator.
The
central
station
softWare
displays
the
alarm
condition
on
the
operators
alarm
screen,
the
account
information
for
the
video
device
is
forWarded
either
automatically
by
the
soft
Ware
or
manually
by
the
operator
to
establish
a
connection
to
the
video
device.
The
video
from
the
video
device
is
then
displayed
for
the
operator
to
vieW.
BRIEF
DESCRIPTION
OF
THE
DRAWINGS
[0051]
A
complete
understanding
of
the
present
invention
may
be
obtained
by
reference
to
the
accompanying
draW
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