
US
7,650,620
B2
3
for
distribution
to
others
through
the
system.
In
this
fashion,
producers
can
also
be
recipients
of
content
from
others
on
the
system.
The
preferred
system
and
method
also
includes
local
hubs
or
proxy
servers
for
the
collection
of
content
locally
and
distribution
of
that
content
to
others
connected
to
the
hub,
or
to
other
hubs
and
their
a?iliated
recipients.
The
system
and
method
may
also
provide
the
ability
to
fax
selected
textual
or
graphic
information
to
intended
recipients.
The
applicants’
preferred
apparatus
and
method
also
uti
liZes
a
?exible
and
poWerful
broadcast
?le
transfer
protocol
for
transfer
of
?les
through
a
one-Way
broadcast
system,
such
as
a
one-Way
satellite
system,
into
a
TCP/IP
(tWo-Way)
net
Work.
These
and
other
aspects
of
the
present
invention
Will
become
apparent
as
the
speci?cation
proceeds.
In
this
regard,
it
is
to
be
understood
that
the
scope
of
the
invention
is
to
be
determined
by
reference
to
the
claims
and
not
to
this
Brief
Summary.
OBJECTS
AND
ADVANTAGES
OF
THE
INVENTION
It
is
an
object
of
the
present
invention
to
provide
a
reliable
and
automated
system
and
method
for
distribution
of
media
information
or
content.
It
is
yet
another
object
of
the
invention
to
provide
such
a
system
that
can
be
used
to
distribute
audio
or
text
for
national
radio
broadcasters.
It
is
an
advantage
provided
by
the
applicant’
s
invention
that
the
present
system
and
method
can
reliably
distribute
any
type
of
media4data,
images,
audio,
video, or
multimedia.
Yet
another
advantage
is
that
the
present
method
and
sys
tem
can
economically
push
content
to
recipients
through
e?icient
broadcast
mediums
such
as
satellite
broadcasting
systems.
A
further
advantage
is
that
the
present
method
and
system
provides
con?rmation
of
receipt
to
the
party
pushing
or
broadcasting
the
content.
A
still
further
advantage
is
that
the
present
method
and
system can
also
remotely
activate
intended
recipients
to
per
form
a
pull
or
doWnload
of
content
from
the
system,
thus
reducing
or
eliminating
the
need
for
continuous
telecommu
nications
connections
typically
required
to
push
content
to
intended
recipients,
thereby
also
reducing
or
eliminating
associated
communication
expenses.
An
additional
advantage
is
that
the
present
method
and
system
can
alloW
recipients
to
independently
pull
permitted
content
Whenever
desired
by
the
recipients.
Yet
another
advantage
is
that
the
present
system
Works
in
conjunction
With
Well
established
and
Widely
available
aspects
of
the
Internet
While
not
being
dependent
on
the
Internet
to
accomplish
distribution
of
content,
particularly
high
bandWidth
content.
It
is
also
an
advantage
of
the
present
system
and
method
to
provide
a
fall-back
manual
system of
delivery
of
content
When
all
else
fails
or
the
intended
recipient
is
not
a
part
of
the
system.
Another
advantage
is
that
the
present
system
and
method
alloWs
the
distributor
and
recipient
to
utiliZe
or
refrain
from
utiliZing
the
Internet
to
accomplish
distribution
by,
for
example,
accomplishing
an
extraterrestrial
satellite
broadcast
to
permissioned
reception
systems
or
by
direct
terrestrial
connection
independent
of
the
Internet.
20
25
30
35
40
45
50
55
60
65
4
A
related
advantage
is
that
the
present
system
and
method
is
very
?exible
and
economical
forboth
the
system
oWner
and
operator
and
those
Who
utiliZe
the
system
to
distribute
con
tent.
Yet
another
advantage
is
that
the
present
system
and
method
is
easy
to
implement and
does
not
require,
or
reduces
the
need
for,
costly
hardWare
deployment
or
upgrades
by
the
system
oWner
or
administrator
over
time.
An
additional
advantage
is
that
the
system
and
method
can
quickly,
e?iciently,
and
reliably
distribute
large,
high
band
Width
?les,
particularly
audio
and
video
?les.
A
related
advantage
is
the
ability
of
the
system
and
method
to
broadcast
?les
through
a
one-Way
broadcast
netWork
and
feed
the
broadcast
?les
into
a
tWo-Way
or
TCP/IP
network.
A
yet
additional
advantage
is
that
the
present
system
and
method
also
alloWs
the
distributor
of
the
information
to
pri
oritize
the
information
to
be
distributed
in
order
to
achieve
the
most
economical
distribution
available
in
vieW
of
the
priori
tiZation,
and
to
customiZe
the
contents
of
the
package
to
re?ect
the
identity
and
preferences
of
the
sending
party.
Another
advantage
of
the
present
system
and
method
is
that
those
Who
use
the
system
and
method
may
readily,
quickly,
and
economically
access
the
central
distribution
management
system
to
determine
the
nature
and
status
of
content
provided
to
the
management
system
for
delivery
to
users.
Yet
an
additional
advantage
is
that
the
producers
and
users
of
content
may
readily
previeW
content
produced
or
delivered
to
the
user
by
the
system
and
method.
There
are
many
other
advantages
of
the
present
invention.
They
Will
become
apparent
as
the
speci?cation
proceeds.
It
is
to
be
understood,
hoWever,
that
the
scope
of
the
invention
is
to
be
determined
by
reference
to
the
claims
and
not
by
Whether
a
claimed
embodiment
necessarily
achieves
all
the
objects
or
advantages
stated
herein
for
the
applicants’
preferred
embodiment.
BRIEF
DESCRIPTION
OF
THE
DRAWINGS
The
applicants’
preferred
embodiment
is
described
in
the
folloWing
section
and
shoWn
in
the
accompanying
draWings
Wherein:
FIG.
1
is
a
schematic
vieW
of
the
applicants’
preferred
method
and
system,
shoWing
use
of
a
delivery
server
that
automates
the
delivery
of
digitiZed
content
through
satellite
and
terrestrial
connections;
FIG.
2
is
a
schematic
vieW
of
the
satellite
transmission
portion
of
the
applicants’
preferred
method
and
system,
shoWing
use
of
the
applicants’
preferred
StarGuide®
satellite
uplink
and
doWnlink/receiver-router;
FIG.
3
is
a
schematic
vieW
of
the
envelope
structure
used
by
the
applicants’
preferred
method
and
system,
in
order
to
package
and
deliver
?les
through
the
system;
FIG.
4
is
a
schematic
vieW
shoWing
hoW
data
and
?les
?oW
through
the
applicants’
system
on
the
delivery
side
of
the
system
shoWn
in
FIG.
1;
FIG.
5
is
a
schematic
vieW
shoWing
hoW
data
and
?les
?oW
from
the delivery
server
to
the
satellite
uplink
for
broadcast
through
the
satellite;
FIG.
6
is
a
schematic
vieW
expanding
on
the
functions
of
the delivery server
shoWn
in
FIG.
5
and
shoWing
hoW
the
delivery
server
also
manages
the
delivery
of
data
and
?les
through
terrestrial
telecommunications
connections
and
through
manual
delivery
services;
FIG.
7
is
a
?oW
chart
shoWing
hoW
the
Mailman
and
Traf?c
Cop
routines
run
in
the
Mailroom
application
on
the
delivery
server;
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