Uspto reexamination request - update - november 14th to november 20th, 2012 - invn tree

USPTO – Reexamination Update November 14th to November 20th, 2012

S.N Patent Control Requested Requester Type Title Abstract Assignee(s) Inventor(s) Primary Other Class
number Number date Class
Apparatu
s for
communi
cation of
informati
on from a
passive
identifica
tion
Robert C.
module
Mattson,
that may Ryan,
Oblon
be Michael C.
Spivak Fluid
associate (118 Center 340/5.9,
Sep. 12, McClelland delivery
1 90/012,506 Ex Parte d with a Ave., N., 705/413 455/41.1,
2012 Maier & control
fluid Mitchellvill 902/5
Neustadt, apparatus
container e, IA,
LLC.,
and an 50169)
Alexandria,
active
VA
communi
cation
module
associate
d with a
fluid
delivery
device.
5,204,819 The
Patent Support Services - www.invntree.com contact@invntree.com

passive
identifica
tion
module
has no
independ
ent
battery or
power
source
but
receives
its
operation
al energy
from an
RF signal
generated
by the
active
communi
cation
module.
Upon
initiation
of a fluid
delivery
transactio
na
communi
cation


link is
establishe
d
between
the
passive
identifica
tion and
active
communi
cation
modules
and will
proceed
only if
appropria
te
authoriza
tion is
received
by the
active
communi
cation
module
and an
associate
d
informati
on
storage


and
retrieval
device.
Informati
on
regarding
the fuel
delivery
transactio
n may be
stored on
the
storage
and
retrieval
device
and may
be
communi
cated to
another
local or
remote
device
for
further
processin
g.
Anthony S. Near An Pioneer Hi- Wright,
Sep. 14,
2 90/020,022 Volpe, Ex Parte infrared apparatus Bred Steven L. 356/328 460/7
2012
5,751,421 Volpe & spectrome and Internationa (Johnston,


Koenig, ter used in method l, Inc. IA); Hood,
PC., combinati for (Johnston, Fred C.
Philadelphi on with a combinin IA) (Johnston,
a, PA combine g NIR IA)
for real spectogra
time grain phy with
analysis a
combine
for
measurin
g major
constitue
nts of
harvested
grain in
real time
includes
a
monochr
omator
having no
moving
optical
parts.
The
monochr
omator
includes
a fixed
diffractio
n grating


and a
photodio
de
collector
comprise
d of a
plurality
of
photodio
des. A
radiation
source
irradiates
a grain
sample
while a
bundle of
fiber
optic
strands
transmits
the
reflected
radiation
to the
diffractio
n grating.
By
analyzing
the
intensitie


s and
waveleng
ths of the
reflected
radiation
at the
photodio
de
collector,
the
presence
and
amount
of major
constitue
nts of the
harvested
grain can
be
determin
ed. The
present
invention
may be
used on a
research
combine
along
with the
conventio
nal


instrume
ntation
which
measures
the
weight,
moisture,
and
volume
of grain
harvested
in a test
plot.
In one
embodim
ent, a
Orthodonti pre-
c engaging
Design & orthodont
Production, ic bracket Voudouris,
Inc., includes John C. (16
Sep. 14, Norman E. Orthodont a body Doon Rd.,
3 90/020,021 Ex Parte 433/11 433/13
2012 Lehrer, ic bracket having a Willowdale,
Norman E. lingual Ontario,
Lehrer, surface CA)
PC., for
Cherry attachme
Hill, NJ nt to a
tooth, a
pair of
6,168,428 laterally


spaced
gingival
tie wings
and a pair
of
laterally
spaced
occlusal
tie wings.
The
gingival
and
occlusal
tie wings
project
from a
labial
surface of
the body.
An
archwire
slot
extends
mesiodist
ally
across the
body and
between
the
gingival
and


occlusal
tie wings
at
opposed
mesial
and distal
sides of
the body
to
accomod
ate an
archwire.
A shutter
is
moveable
between
an open
position
in which
placemen
t and
removal
of an
archwire
is
facilitate
d, and a
closed
position
in which
placemen


t and
removal
of an
archwire
is
inhibited.
A method
and a
system
for a
distribute
d
electronic
tourname
nt system
Walker, Jay
Database in which
S.
Paul Hart, driven many Walker
(Ridgefield,
Erise IP, online remotely Digital,
Sep. 12, CT); 463/23,
4 90/012,504 PA., Ex Parte distribute located LLC 463/42
2012 Jorasch, 463/25
Overland d players (Stamford,
James A.
Park, KS tourname participat CT)
(Stamford,
nt system e in a
CT)
tourname
nt
through
input/out
put
devices
connecte
d to a
6,224,486 central


controller
which
manages
the
tourname
nt. The
method
includes
the steps
of (a)
uniquely
identifyin
g a player
communi
cating
with the
central
controller
via an
associate
d
input/out
put
device;
(b)
respondin
g to
payment
of an
entry fee
by the


player for
allowing
the player
to
participat
e in a
tourname
nt
occurring
within a
fixed
time
window
via an
associate
d
input/out
put
device;
(c)
accessing
a
database
to store
in the
database
player
informati
on that is
generated
as the


player
participat
es in the
tourname
nt, such
informati
on being
available
for use in
a
subseque
nt
tourname
nt, which
is
administe
red by
said
controller
and in
which the
player
participat
es; and
(d)
awarding
the player
a prize
for
achieving
a pre-


establishe
d
performa
nce level
in the
tourname
nt. In
another
preferred
embodim
ent, the
method
further
includes
the steps
of
determini
ng
whether
the player
has been
qualified
to
advance
to a
subseque
nt game
session,
in which
at least
one


player is
eliminate
d from
the
previous
game
session;
and
permittin
g each
player
qualified
to a
subseque
nt game
session to
participat
e in that
game
session.
The
system
includes
software
and
hardware
to
impleme
nt the
method
steps.


The
present
invention
is
directed
Tank to tank
mixtures mixtures
and and
premixtur premixtur
es for es of a Flint, Jerry
weed glyphosat L.
control e (Chesterfiel
Frank W. programs herbicide d, MO);
Leak, Leak that and a Probst,
Monsanto
& include second Norman J.
Sep. 15, Company
5 90/020,017 Schroeder, Ex Parte postmerge herbicide (Chesterfiel 504/127 504/128
2012 (St. Louis,
PLLC., nce to which d, MO);
MO)
Winston- applicatio a first Gubbiga,
Salem, NC ns of species is Nagabhusha
glyphosat susceptib na G.
e plus le and a (Hazelwood
graminici second , MO)
des in species is
glyphosat resistant.
e tolerant Such tank
soybeans mixtures
and
premixtur
es allow
control of
6,239,072 glyphosat


e-
susceptib
le weeds
and
glyphosat
e-tolerant
volunteer
individua
ls of the
first
species in
a crop of
glyphosat
e-tolerant
second
species
with a
single
applicatio
n of
herbicide.
An
Internet
Yoon S. Internet
television Boyer,
Ham, Lowe television 348/E7.071,
program United Franklin E.
Hauptman program 707/E17.01
guide Video (Cleveland,
Sep. 14, Ham & guide 3, 709/217,
6 90/020,012 Ex Parte system Properties, OK); 725/40
2012 Berner, system is 725/37,
with Inc. (Tulsa, Demers,
LLP., provided 725/45,
embedded OK) Timothy B.
Alexandria, that 725/110
real-time (Tulsa, OK)
VA allows a
data
6,268,849 user at a


multimed
ia system
to access
television
program
listings
containin
g
embedde
d real-
time data
over an
Internet
communi
cations
link. The
television
program
listing
may be
for a
sporting
event that
is
currently
being
broadcast
and the
real-time
data may
be the


current
score of
the event,
the
current
weather
where the
event is
taking
place, or
any other
suitable
real-time
informati
on on the
event.
The real-
time data
may be
presented
in the
form of
video
stills,
video
clips,
textual
informati
on, audio
clips, or
suitable


combinat
ions of
such
media.
The user
can
perform
database
searches
on the
program
guide
listings to
search for
a desired
program.
If
desired,
the user
can
obtain
additiona
l
informati
on on a
selected
program
by
accessing
an
associate


d web
page.
A sensor
with a
movable
microstru
cture
including
a
sensitive
element,
formed in
Murari,
InvenSense a first
Bruno
, Inc., Hermetica chip of
(Monza,
Mehran lly-sealed semicond
STMicrlelec IT); Vigna,
Arjomand, sensor uctor
Sep. 11, tronics S.r.l. Benedetto
7 90/012,497 Morrison Ex Parte with a material 73/493 73/514.32
2012 (Agrate (Potenza,
& Foerster, movable for
Brianza, IT) IT); Ferrari,
LLP., Los microstru producin
Paolo
Angeles, cture g an
(Gallarate,
CA electrical
IT)
signal
dependen
t on a
movemen
t of at
least one
movable
microstru
cture
6,405,592 relative


to a
surface of
the first
chip. The
sensitive
element
is
enclosed
in a
hollow
hermetic
structure,
and
circuitry
for
processin
g the
electrical
signal is
formed in
a second
chip of
semicond
uctor
material.
The
hollow
hermetic
structure
includes
a metal


wall
disposed
on the
surface of
the first
chip
around
the
sensitive
element,
and the
second
chip is
fixed to
the metal
wall.
Hydroge
nated
triglyceri
Jack B. Moisture des
Hicks, resistant, having
Womble, repulpabl melting
Seydel,
Carlyle e paper points EvCo
Sep. 12, Scott O. 428/34.2,
8 90/012,491 Sandridge Ex Parte products above Research 428/537.5
2012 (Atlanta, 428/536
& Rice, and 50° C. LLC
GA, US)
LLP., method of are
Greensboro making substitute
, NC same d for
paraffin
as a
6,846,573 coating


material
for the
surface of
paper
products
and the
resulting
paper
products
have
improved
wet
strength
and
moisture
resistance
in
addition
to being
repulpabl
e thereby
providing
a distinct
environm
ental
advantag
e over
paraffin
coated
products.


A surface
covering
unit
comprise
sx
primary
elements,
wherein x
is an
integer
equal to
or greater
Irregular,
than 1.
rotational Riccobene
Each Riccobene,
tessellatio Designs
primary Thomas S. 52/311.2,
Sep. 11, PATENT n surface LLC
9 90/012,493 Ex Parte element (Albuquerq 428/44 404/41,
2012 OWNER covering (Albuquerq
is a ue, NM, 428/48
units and ue, NM,
rotational US)
surface US)
tessellati
covering
on having
a plural
pairs of
sides
extending
in a
generally
radial
direction
from
plural
6,881,463 vertices,


respectiv
ely. In
each pair,
the two
sides are
rotational
ly spaced
by an
angle of
60, 90,
120 or
180
degrees,
and each
side is
substanti
ally a
rotational
image of
the other
side. The
sum of
the plural
vertices
angles is
180, 240,
270, 300
or 360
degrees.
Preferabl
y, all of


the sides
are
irregularl
y shaped,
but one
or more
sides
could be
wholly or
partially
straight.
Optionall
y, one or
more
edges of
each unit
are
marked
with
indicia to
facilitate
matching
mating
sides of
adjacent
units. A
wide
variety of
units may
be
construct


ed having
different
numbers
and
arrangem
ents of
primary
elements.
As all the
units are
combinat
ions of
primary
elements,
they
readily
mate with
each
other. A
surface
covering
comprise
sa
multiplici
ty of
surface
covering
units
assemble
d to form
a


continuo
us
surface
without
overlap
between
units and
without
substanti
al gaps
between
units.
Because
of the
irregular
side
configura
tions, and
different
sizes and
shapes of
individua
l units,
one can
construct
a
continuo
us
surface
that has a
natural,


random
and
apparent
custom
appearan
ce.
Optionall
y, minor
surface
and edges
variations
are made
from unit
to unit to
further
enhance
the
natural
appearan
ce of the
surface
covering.
A system
Robert A. for
Automate Libman,
Kalinsky, automatic 705/14.1,
d reply Richard M.
Merchant ally 705/14.46,
Sep. 11, generatio (10947 E.
10 90/012,501 & Gould, Ex Parte preparing 705/7.29 705/14.73,
2012 n direct Lillian La.,
PC., customiz 705/26.1,
marketing Scottsdale,
Minneapoli ed replies 705/36R
system AZ, US)
s, MN in
6,999,938 response


to
communi
cations
from a
plurality
of clients.
To
facilitate
automati
on and
tracking,
each
original
communi
cation to
the client
(or each
original
response
from the
client) is
tagged
with a
unique
label, and
replies to
client
responses
are each
correspon
dingly


labeled.
The
system
provides
individua
lized
replies to
each of a
variety of
response
options
that a
client
might
exercise
in
response
to a
received
communi
cation,
whether
an
original
communi
cation or
a reply to
a
previous
response.
The


system is
applicabl
e to mass
marketin
g
communi
cations,
and is
particular
ly well
suited to
the
generatio
n of
personali
zed
replies to
each and
every one
of a
multitude
(tens of
thousand
s and up
to
millions)
of
communi
cations
from
clients.


Uspto reexamination request - update - november 14th to november 20th, 2012 - invn tree

Uspto reexamination request - update - november 14th to november 20th, 2012 - invn tree

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Uspto reexamination request - update - november 14th to november 20th, 2012 - invn tree