Cascadia Digital video recorder Manual de usuario descargar pdf (Pagina 6)

US

2004/0183668

A1

[0104]

e.

Web

Cameras

[0105]

i.

CNB—W1000

[0106]

5.

camera

and

lens

44

[0107]

a.

Cascadia

[0108]

i.

HCC745N—13VM308AS

[0109]

ii.

HB24E—13VM550AS

[0110]

iii.

HCC645—13VM612AS

[0111]

transmission

medium

16

consists

of

the

following

[0112]

1.

PSTN

[0113]

2.

Internet

[0114]

3.

Ethernet

[0115]

4.

ISDN

[0116]

5.

Cellular

[0117]

6.

Microwave

[0118]

7.

Satellite

[0119]

8.

Leased

Line

[0120]

9.

Other

Communication

Mediums

[0121]

The

central

station

18

consists

of

the

following

[0122]

1.

alarm

processing

device

20

[0123]

a.

Alarm

Receiver—DMP—SCS-lR

[0124]

b.

PC

based

receiver

software—Heitel

Video

Server

[0125]

2.

central

station

software

24

[0126]

a.

MAS

[0127]

b.

SIS

[0128]

C.

SIM

[0129]

d.

DICE

[0130]

3.

central

station

data

base

26

[0131]

[0132]

b.

site

connection

information

a.

customer

account

record

28

[0133]

4.

central

station

operator’s

workstation

32

[0134]

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

18.

[0135]

In

operation,

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

18

to

connect

to

a

video

device

42

(at

the

monitored

location

8)

when

an

alarm

condition

has

occurred.

The

invention

utiliZes

an

alarm

input

device

10

connected

to

an

intrusion

detection

system 14

or

video

device

42.

When

the

intrusion

or

video

device

42

detects

an

alarm

condition

the

alarm

signal

22

is

transmitted

over

the

transmission

medium

16

to

the

central

station

18.

The

alarm

signal

22

is

then

processed

by

the

alarm

processing

device

20

and/or

the

central

station

software

24.

The

central

station

software

24

places

the

alarm

signal

22

into

a

queue

along

Sep.

23,

2004

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

24

selects

the

highest

priority

alarm

signal

22,

combines

the

alarm

signal

22

with

the

customer

account

record

28

(address,

owner’s

phone

number,

who

to

call

list,

response

instruc

tions,

local

police

department

phone

number,

local

?re

department

phone

number,

etc.),

and

delivers

the

alarm

signal

22

with

the

customer

account

record

28

to

the

neXt

available

operator.

The

central

station

software

24

displays

the

alarm

condition

on

the

operators

alarm

screen,

the

account

information

for

the

video

device

42

is

forwarded

either

automatically

by

the

software

or

manually

by

the

operator

to

establish

a

connection

to

the

video

device

42.

The

video

from

the

video

device

42

is

then

displayed

for

the

operator

to

view.

[0136]

Listed

below

is

an

eXample

of

how

a

central

station

software

24

manufacturer

has

implemented

Interactive

Video

Monitoring

(IVM):

[0137]

Cascadia

Video

Interface

[0138]

1.0

Scope

[0139]

This

document

describes

the

software

settings

in

MASterMind

central

station

18

Monitoring

Software

required

to

enable

integration

with Cascadia

Video

Devices

using

the

Cascadia

IVM

software.

The

following items

are

assumed

to

be

available

and/or

installed:

[0140]

MASterMind

Monitoring

version

6.14.01

(Build

8

or

later.)

[0141]

Cascadia

IVM

software.

[0142]

2.0

Overview

[0143]

The

Cascadia

IVM

software

typically

resides

on

the

Operator’s

workstation along

side

the

MASterMind

Monitoring

application.

Both

applications

have

been

enabled

to

communicate

with

one

another

using

standard

TCP/IP.

MASterMind

software

automates

the

connection

process of

the

Cascadia’s

IVM

software

by

transmitting

data

(IPAddress,

Site

Code,

User

Name

and

Password)

to

initiate

the

connection

of

the

Cascadia’s

IVM

software

to

Cascadia

Video

Devices.

[0144]

3.0

Basic

Operation

[0145]

When

a

video

alarm

is

pulled

down

in

the

Alarm

Dispatch

window,

MASterMind

Monitoring

initiates

the

TCP/IP

connection

to

Cascadia’s

Video

Devices.

Once

the

connection

is

established

between

these

two

applications,

MASterMind

Monitoring

proceeds

to

send

commands

to

Cascadia’s

IVM

software

to

initiate

the

display

of

live

video

for

the

given

site.

The

operator

then

controls

all

aspects

of

the

video

display

within

Cascadia’s

IVM

software.

When

the

operator

has

?nished

handling

the

alarm

in

MASterMind

Monitoring

and

the

Alarm

Dispatch

window

is

closed,

the

video connection

to

the

site

is

closed

and

Cascadia’s

IVM

software

waits

for

another

connection

request

from

MAS

terMind

Monitoring.

[0146]

4.0

MASterMind

Monitoring

Setup

[0147]

This

section

describes

how

to

con?gure

the

MAS

terMind

Monitoring

application.

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Monitored 1
2004/0183668 3

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