Uspto reexamination request - update - july 25th to july 31st, 2012 - invn tree

USPTO – Reexamination Update July 25th to July 31st, 2012

S.N Patent Control Requested Requester Type Title Abstract Assignee(s) Inventor(s) Primary Other Class
number Number date Class
The
present
invention
provides
nucleotide
Engelhardt,
s and
Dean (New
polynucle
York, NY);
otides
Rabbani,
which are
Elazar (New
chemicall
York, NY);
Karen R. y
Kline,
Zachow, Base modified Enzo
Stanley
Ph.D., Life moiety- or labeled Diagnostics, 536/23.1,
Jun. 15, (Brooklyn,
1 5,241,060 90/012,361 Technologi Ex Parte labeled so as to be Inc. 536/25.32 536/25.6,
2012 NY);
es Corp., detectable capable of (Farmingdal 536/26.6
Stavrianopou
Carlsbad, nucleatide ready e, NY)
los, Jannis G.
CA detection
(New York,
when
NY);
attached
Kirtikar,
to and/or
Dollie
incorporat
(Elmhurst,
ed in
NY)
nucleic
acid
material.
More
particularl
Patent Support Services - www.invntree.com contact@invntree.com

y, this
invention
provides a
nucleotide
having the
formula
PM-SM-
BASE-
Sigwherei
n PM is a
phosphate
moiety,
SM is a
sugar
moiety
and BASE
is a
pyrimidin
e, purine
or 7-
deazapuri
ne moiety.
PM is
attached at
the 3' or
the 5'
position of
SM when
the
nucleotide
is a


deoxyribo
nucleotide
and at the
2', 3' or 5'
position
when the
nucleotide
is a
ribonucleo
tide.
BASE is
attached
to the 1'
position of
SM from
the N1
position
when
BASE is a
pyrimidin
e or the
N9
position
when
BASE is a
purine or a
7-
deazapuri
ne. Sig is
a
detectable


moiety
that is
covalently
attached
to BASE
at a
position
other than
the C5
position
when
BASE is a
pyrimidin
e, at a
position
other than
the C8
position
when
BASE is a
purine and
at a
position
other than
the C7
position
when
BASE is a
7-
deazapuri
ne.


The
present
invention
is directed
to a
method of
apparatus
of
enhancing
the signal-
to-noise
ratio of a
Thomas A. microphon Cezanne,
Rozylowicz e array. Juergen
AT&T
, Fish & Adaptive The array (New
Jun. 15, Corp.
2 5,473,701 90/012,359 Richardson, Ex Parte microphon includes a Providence, 381/92 381/94.7
2012 (Murray
PC., e array plurality NJ); Elko,
Hill, NJ)
Minneapoli of Gary W.
s, MN microphon (Summit, NJ)
es and has
a
directivity
pattern
which is
adjustable
based on
one or
more
parameter
s. The
parameter


s are
evaluated
so as to
realize an
angular
orientation
of a
directivity
pattern
null. This
angular
orientation
of the
directivity
pattern
null
reduces
microphon
e array
output
signal
level.
Parameter
evaluation
is
performed
under a
constraint
that the
null be
located


within a
predetermi
ned region
of space.
Advantage
ously, the
predetermi
ned region
of space is
a region
from
which
undesired
acoustic
energy is
expected
to impinge
upon the
array, and
the
angular
orientation
of a
directivity
pattern
null
substantial
ly aligns
with the
angular
orientation


of
undesired
acoustic
energy.
Output
signals of
the array
microphon
es are
modified
based on
one or
more
evaluated
parameter
s. An
array
output
signal is
formed
based on
modified
and
unmodifie
d
microphon
e output
signals.
The
evaluation
of


parameter
s, the
modificati
on of
output
signals,
and the
formation
of an array
output
signal
may be
performed
a plurality
of times to
obtain an
adaptive
army
response.
Embodim
ents of the
invention
include
those
having a
plurality
of
directivity
patterns
correspon
ding to a


plurality
of
frequency
subbands.
Illustrative
ly, the
array may
comprise
a plurality
of
cardioid
sensors.
A hypoxic
room
system for
Hypoxic hypoxic
Colorado
room training or
Altitude
system therapy is
Training,
and provided
LLC.,
equipment which
Jonathan A. 128/200.24,
for simulates Hypoxico Kotliar, Igor
Jun. 14, Szumny, 128/202.12,
3 5,799,652 90/012,354 Ex Parte Hypoxic oxygen- Inc. (New K. (New 128/205.11
2012 Marsh 128/205.26,
training depleted York, NY) York, NY)
Fischmann 482/13
and mountain
&
therapy at air. The
Breyfogle,
standard system
LLP.,
atmospher employs
Denver, CO
ic pressure an oxygen
content-
reducing
device


(hypoxicat
or) which
supplies
oxygen-
depleted
air to a
hypoxic
training
room
communic
ating with
the device
and
having
ventilating
openings
for
equalizing
atmospher
ic pressure
inside the
hypoxic
room. The
system
may be
applied to
interior
space
inside any
structure.
The


hypoxicat
or may
employ a
membrane
air-
separation
principle
or a
molecular
sieve
pressure-
swing
adsorption
process.
Hypoxic
tent
system
Colorado
represents
Altitude
a portable
Training,
travel Kotliar, Igor
LLC.,
version of K. (50
Jonathan A.
Hypoxic Hypoxic Lexington
Jun. 14, Szumny,
4 5,964,222 90/012,355 Ex Parte tent Room Ave., Suite 128/205.26 128/205.11
2012 Marsh
system System 249, New
Fischmann
and is York, NY,
&
designated 10010)
Breyfogle,
mostly for
LLP.,
passive
Denver, CO
hypoxic
training of
athletes


during
rest. The
system
consists of
a light
portable
tent,
which can
be easily
erected on
a bed or
mattress.
The tent is
supported
by a
supporting
structure,
which can
be
disassemb
led in
segments
or
deflated.
Oxygen-
depleted
air is
transmitte
d inside
the tent by
hypoxic


generator,
which
employs
membrane
separation
or
pressure-
swing
adsorption
principles
for
extracting
oxygen
from
ambient
air.
Oxygen-
depleted
air is also
filtered by
HEPA
filter and
may be
chilled by
an
optional
air cooler.
Hypoxic
tent
system
can be


easily
packed in
a travel
case and
installed
in any
hotel
room by
attaching
to a bed.
Hypoxic
tent
system
provides a
low-
oxygen
environme
nt with
preferably
11 to 15%
oxygen
and can
also be
used by
disabled
for
exercising
their
cardiopul
monary
systems,


increasing
strength,
endurance
and
boosting
immunity.
A services
manageme
nt system
can
provide
services to
a mobile
Busuioc,
user, via a
Marius-
combinati
British nicolae
on of
Service Telecommu (Ipswich,
Jordan network
provision nications GB);
Becker, platforms. 379/15.03,
Jun. 11, system for public Titmuss,
5 6,151,309 90/012,345 Perkins Ex Parte The 370/328 455/414.1,
2012 communic limited Richard J.
Coie, LLP., system 455/452.2
ations company (Colchester,
Seattle, WA uses "Co-
networks (London, GB); Winter,
operating
GB) Christopher
Intelligent
S. (Ipswich,
Software
GB)
Agent"
technolog
y in a
heterogen
eous agent
architectur
e to


provide
enough
flexibility
to deal
with
changing
network
constraints
, for
instance
as the user
moves. In
an
example, a
fixed
broadband
network
might be
used in
combinati
on with
radio
transmitter
s of a
mobile
network.
The agent
architectur
e,
involving
autonomo


us agents
working
co-
operativel
y, forms a
layered
system
using the
underlying
fixed
network
for inter-
agent
communic
ation. In
an
applicatio
n, a
mobile
user might
move
from a cell
of the
mobile
network
which can
provide
relatively
wide
bandwidth
to one


which can
only
provide
limited
bandwidth
. The
service
manageme
nt system
can advise
the user
what
services
are
available
in either
cell, at
what
price,
based on
current
bandwidth
usage at
the two
locations.
If the user
was
already
using a
service
which


became
unavailabl
e in the
new cell,
the system
will
advise the
user and,
if
appropriat
e, put the
service
effectively
on hold
until the
user enters
a cell in
which the
service is
available
once
more.
A Mannings,
British
navigation Robin
Telecommu
Jordan informatio Thomas
Navigatio nications 342/457,
Becker, n system (Ipswich,
Jun. 12, n public 701/431,
6 6,169,515 90/012,347 Perkins Ex Parte includes a GB); Wall, 342/357.31
2012 informatio limited 701/484,
Coie, LLP., communic Nigel David
n system company 701/516
Seattle, WA ations Charles
(London,
system (Ipswich,
GB)
having a GB)


fixed part
and at
least one
mobile
part, the
fixed part
including
data
storage
and a
processor
identifyin
g the
location of
a mobile
unit,
generating
guidance
informatio
n
appropriat
e to that
location
and
transmittin
g it to the
mobile
unit. By
locating
most of
the


complexit
y with the
service
provider,
in
particular
the
navigation
computer
and
geographi
cal
database,
the system
can be
readily
updated
and the
capital
cost of the
in-vehicle
system,
which in
its
simplest
form may
be a
standard
cellular
telephone,
can be


minimized
. The user
makes a
request for
guidance
informatio
n, and the
system,
having
determine
d the
user's
present
location,
then
transmits
instruction
s to the
user. The
user's
present
location
can be
determine
d by a
Satellite
Positionin
g System
or the like.
Dell, Inc., System for A system Micron Liu, Ji-hwan 714/31,
7 6,170,067 90/012,325 30-May-12 Ex Parte 714/48
Brian W. automatic for Technology, (Cupertino, 714/57,


Oaks, ally reporting Inc. CA); 714/E11.02
Baker reporting a a failure (Nampa, Nguyen, Ken 5,
Botts, LLP., system condition ID) (San Jose, 714/E11.17
Austin, TX failure in a in a server CA); 3,
server system Johnson, 714/E11.17
which Karl S. (Palo 9
includes: a Alto, CA)
controller
which
monitors
the server
system for
system
failures,
and
generates
an event
signal and
failure
informatio
n if a
system
failure is
detected; a
system
interface,
coupled to
the
controller,
which
receives


the event
signal; a
central
processing
unit,
coupled to
the system
interface,
wherein,
upon
receiving
the event
signal, the
system
interface
reports an
occurrenc
e of an
event to
the central
processing
unit; and a
system log
which
stores the
failure
informatio
n.
Jennifer A. Printed A process Enthone Soutar, 106/1.23,
Jun. 6,
8 6,860,925 90/020,005 Calcagni, Ex Parte circuit used Incorporate Andrew 106/1.22 106/1.24,
2012
Berlin, CT board during d (West Mcintosh 106/1.25,


manufactu manufactu Haven, CT, (London, 106/1.26,
re re of US) GB); 106/1.27,
printed Mcgrath, 106/1.28
circuit Peter
boards Thomas
comprises (Mission
protecting Viejo, CA,
metal pads US)
and/or
through-
holes to
provide a
tarnish-
resistant
and
solderable
coating. In
the
method,
the pads
and/or
through-
holes are
bright-
etched,
metal
plated,
preferably
by an
immersion
process,


and
treated
with a
tarnish
inhibitor.
The
tarnish
inhibitor
may be
incorporat
ed into the
immersion
plating
bath. The
metal
plating is
usually
with silver
or bismuth
and the
pads
and/or
through-
holes
comprise
copper.
Konecranes Method The Demag Schröder, 187/292,
, PLC., for invention Cranes & Eberhard 212/272,
Jun. 15,
9 7,026,780 90/012,357 Richard M. Ex Parte stabilizing concerns a Components (Halver, 318/623 212/275,
2012
Mescher, the method GmbH DE); Persico, 212/284,
Porter movement for (Wetter, Giuliano 318/1,


Wright of an stabilizing DE) (Wetter, DE) 318/2,
Morris & articulated the motion 318/3,
Arthur, chain of a of an 318/4,
LLP., chain articulated 318/5,
Columbus, block, chain of a 318/6,
OH especially chain 318/7,
to prevent block, 318/8,
the especially 318/9,
formation to prevent 318/10,
of a the 318/11,
resonance formation 318/12,
oscillation of 318/13,
of the resonance 318/14,
chain, and oscillation 318/15,
a chain of the 318/611
block chain, in
apparatus which an
articulated
chain is
led across
a
polygonal
chain
wheel
with non-
uniform
pitch,
which is
driven by
an electric
motor. In


order to
create a
method to
prevent
the
formation
of a
resonance
oscillation
of the
articulated
chain, it is
proposed
that a
periodic
and/or
stochastic
and
dampenin
g
actuating
variable is
superimpo
sed on the
velocity of
the chain
wheel (4)
and the
dampenin
g
actuating


variable
produces a
change in
the chain
velocity
so as to
prevent a
formation
of a
resonance
oscillation
.The chain
drive with
reduced
polygon
effect is
characteri
zed in that
an
electronic
damper
(8) is
hooked up
in front of
the
electric
motor (2),
which
produces a
control of
the


electric
motor (2)
such that a
formation
of a
resonance
oscillation
of the
articulated
chain (5)
is
prevented.
The
present
invention
relates to
dosage Han, Chien-
Combinati
forms of a hsuan
on 424/451,
combinati (Sunnyvale,
immediate 424/456,
Roberta L. on of Impax CA, US);
release 424/464,
Robins, carbidopa Laboratories Hsu, Larry
Jun. 15, controlled 424/465,
10 7,094,427 90/012,293 Robins Law Ex Parte and , Inc. (Los Altos 424/472
2012 release 424/468,
Group, Palo levodopa (Hayward, Hills, CA,
levodopa/ 424/474,
Alto, CA comprisin CA, US) US); Hsu,
carbidopa 424/484,
g both Ann F. (Los
dosage 424/489
immediate Altos Hills,
forms
release CA, US)
and
controlled
release
componen


Uspto reexamination request - update - july 25th to july 31st, 2012 - invn tree

Uspto reexamination request - update - july 25th to july 31st, 2012 - invn tree

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Uspto reexamination request - update - july 25th to july 31st, 2012 - invn tree