Uspto reexamination request - update - january 16th to january 22nd, 2013 - invn tree

USPTO – Reexamination Update January 16th to January 22nd, 2013

S.N Patent Control Requested Requester Type Title Abstract Assignee(s) Inventor(s) Primary Other Class
number Number date Class
A method
and
apparatus
for selecting
a destination
in a vehicle
navigation
system are
Tamai,
Method described.
Haruhisa
and The vehicle
(Sunnyvale,
Kathleen apparatus navigation
CA);
D. for system
Nonaka, 340/990,
Fitterling, selecting includes a Zexel
Sep. 14, Hiroshi 340/995.23,
1 90/012,630 Erise IP, Ex Parte a display and Corporation 701/400
2012 (Cupertino, 701/410,
PA., destinati a selection (Tokyo, JP)
CA); 701/533
Overland on in a control. A
Sekine,
Park, KS vehicle first
Masayuki
navigatio destination
(Cupertino,
n system is selected
CA)
from a
primary list
of
destinations
in response
to a
selection
5,832,408 signal
Patent Support Services - www.invntree.com contact@invntree.com

generated
by the
selection
control. The
first
destination
is placed on
a secondary
list of
destinations
in response
to its
selection.
The
secondary
list includes
previously
selected
destinations
from the
primary list.
For
subsequent
destination
selections,
the primary
and
secondary
lists are
presented on
the display


thereby
facilitating
selection of
destinations
from both
the primary
and
secondary
lists. A
feature by
which the
system may
search for a
destination
across
categories is
also
described.
A trenchless
pipe
Tyler L. Device
replacement Carter,
Nasiediak, and
device Robert
Schwegm method
including a WRB Ward (San
an for
pipe parting Company, Francisco,
Sep. 14, Lundberg trenchles
2 90/012,624 Ex Parte mole, a Inc. CA); Carter, 405/184.3 175/53
2012 & s
length of (Oakland, Robert
Woessner, replacem
cable that is CA) Williams
PA., ent of
engagable to (Oakland,
Minneapol undergro
the mole, a CA)
is, MN und pipe
cable
6,524,031 pulling


device and a
cable
pulling
device
engagement
device that
provides a
mounting
structure for
the cable
pulling
device. The
cable
pulling
device
includes a
reciprocatin
g cable
engagement
mechanism
that grips
the cable on
a pulling
stroke and
holds the
cable on a
recovery
stroke. The
cable
pulling
device


engagement
device
generally
includes a
reaction
plate and a
structure for
removably
engaging
the cable
pulling
device
therewithin.
A cable
pulling
frame may
be used to
facilitate the
removal of
the cable
from a
relatively
small hole
that is
created at
the pulling
end of the
pipe.
Method A method Syneron Kreindel,
Sep. 14, PATENT 607/108,
3 90/012,629 Ex Parte and and system Medical Michael 607/101
2012 OWNER 607/154
6,662,054 system for treating Ltd. (Or (Haifa, IL);


for skin. The Akiva, IL) Waldman,
treating method Amir
skin comprises (Yarqona,
deforming IL)
the skin so
that a region
of skin
protrudes
from
surrounding
skin, and
applying
radio
frequency
(RF) energy
to the skin.
The system
comprises a
skin
deformer
that deforms
a region of
skin so that
a region of
skin
protrudes
out from
surrounding
skin. The
system also
comprises


one or more
RF
elemodes
configured
to apply RF
energy to
the skin.
The
invention
may be used
to treat
subcutaneou
s adipose
tissue and
cartage.
The present
invention
provides a
Brauker,
biointerface
James H.
Edward J. membrane
(San Diego,
Baba, Membra for use with
CA); Shults,
Bozicevic ne for an
Dexcom, Mark C.
Sep. 14, Field & use with implantable
4 90/012,628 Ex Parte Inc. (San (Madison, 623/23.76 424/424
2012 Francis, implanta device that
Diego, CA) WI);
LLP., ble interferes
Tapsak,
East Palo devices with the
Mark A.
Alto, CA formation of
(San Diego,
a barrier cell
CA)
layer
including; a
6,702,857 first domain


distal to the
implantable
device
wherein the
first domain
supports
tissue
attachment
and
interferes
with barrier
cell layer
formation
and a
second
domain
proximal to
the
implantable
device
wherein the
second
domain is
resistant to
cellular
attachment
and is
impermeabl
e to cells. In
addition, the
present


invention
provides
sensors
including
the
biointerface
membrane,
implantable
devices
including
these
sensors or
biointerface
membranes,
and methods
of
monitoring
glucose
levels in a
host
utilizing the
analyte
detection
implantable
device of
the
invention.
Other
implantable
devices
which


include the
biointerface
membrane
of the
present
invention,
such as
devices for
cell
transplantati
on, drug
delivery
devices, and
electrical
signal
delivery or
measuring
devices are
also
provided.
A user Crow,
interface Daniel N.
User and methods (San
Grant E. 715/786,
interface for using a Francisco,
Pollack, 715/830,
for user Apple Inc. CA, US);
Sep. 14, Esq., 715/973,
5 90/012,623 Ex Parte presentin interface for (Cupertino, Dean, Cary 715/723
2012 Pollack, G9B/20.009
g media controlling CA, US) (Sunnyvale,
PC., New ,
informati processing CA, US);
York, NY G9B/27.051
on of time- Dykstra-
based media erickson,
7,458,025 files. In one Elizabeth


exemplary (San
method, a Francisco,
graphical CA, US);
representati Hoddie,
on of a time Peter J.
line for a (Mountain
time-based View, CA,
media is US); Jobs,
displayed Steven P.
along with a (Palo Alto,
graphical CA, US);
representati Wasko,
on of a Timothy E.
current time (High River,
along the CA)
graphical
representati
on of the
time line. A
start
graphical
indicator
and a stop
graphical
indicator is
also
displayed
along the
graphical
representati
on of the


time line. A
portion of
the time-
based media
may be
selected for
presentation
by dragging
or
positioning
at least one
of the start
graphical
indicator
and the stop
graphical
indicator
along the
graphical
representati
on of the
time line. In
another
aspect of the
invention,
an
exemplary
method
allows for
the adaptive
control of a


portion of
the interface
which
indicates
time relating
to a time-
based
media. An
input speed
is
determined
where this
input is to
change the
portion and
the rate at
which the
change to
this portion
occurs is
dependent
upon the
input speed.
Other
aspects of
the present
invention
relating to
the interface
for
controlling


the
processing
of time-
based media
files are also
described.
A spark
suppression
device
includes a
plurality of
blades or
vanes that
are mounted
transversely
Margaret Lindgren,
in a duct of
Polson, Method Ross A.
an air Blender
Oppedahl and (Centennial, 55/443,
handling/du Products,
Sep. 14, Patent apparatus CO, US); 55/456,
6 90/012,621 Ex Parte st collection Inc. 55/315
2012 Law Firm, for Irvine, 55/482,
system (Denver,
LLC., suppressi William O. 55/DIG.20
communicat CO, US)
Westminst ng sparks (Lakewood,
ing with a
er, CO CO, US)
spark
source. A
controlled
flow of air
carries
sparks from
the spark
source
7,588,611 through the


spark
suppression
device.
Sparks are
suppressed
by
turbulence
created in
the
airstream
from the
blades that
have a
downstream
curvature.
The
turbulence
strips away
a hot air
bubble
surrounding
a spark
ember,
thereby
effectively
cooling the
spark and
significantly
reducing
combustion
at the spark


ember.
Other
attributes of
the
invention
contributing
to spark
suppression
include an
overlapping
arrangement
of the
blades that
results in
high-
velocity
impact of
the sparks
against the
blades,
thereby
breaking up
the spark
embers into
smaller
embers, and
creation of
rapid
increased
pressure
within the


spark
suppression
device that
also helps to
strip away
the spark
ember from
the
surrounding
hot air
bubble.
Devices and
methods for
determining
analyte
levels are Shults,
described. Mark C.
Device The devices (Madison,
David E.
and and methods WI, US);
Novak,
method allow for DexCom, Updike,
Brannon
Sep. 14, for the Inc. (San Stuart J. 600/345,
7 90/012,631 Robinson, Ex Parte 600/347
2012 determini implantation Diego, CA, (Madison, 600/365
PC.,
ng of analyte- US) WI, US);
Indianapol
analyte monitoring Rhodes,
is, IN
levels devices, Rathbun K.
such as (Madison,
glucose WI, US)
monitoring
devices, that
result in the
7,835,777 delivery of a


dependable
flow of
blood to
deliver
sample to
the
implanted
device. The
devices
comprise a
unique
microarchite
ctural
arrangement
in the sensor
region that
allows
accurate
data to be
obtained
over long
periods of
time.
Water A method of
Rexford
heating hydraulic
A. Heat On- Hefley, 166/57,
apparatus fracturing of
Johnson, The-Fly, Ransom 166/302,
Sep. 14, for an oil
8 90/012,627 Parson Ex Parte LLC Mark (Elk 166/303 166/305.1,
2012 continuo producing
Behle & (Covington, City, OK, 166/308.1,
us heated formation
Latimer, LA, US) US) 366/167.1
water includes the
Boise, ID
8,171,993 flow and provision of


method a heating
for use in apparatus
hydraulic which is
fracturin transportabl
g e and that
has a vessel
for
containing
water. A
water
stream of
cool or cold
water is
transmitted
from a
source to a
mixer, the
cool or cold
water
stream
being at
ambient
temperature.
The mixer
has an inlet
that receives
cool or cold
water from
the source
and an
outlet that


enables a
discharge of
a mix of
cool or cold
water and
the hot
water. After
mixing in
the mixer,
the water
assumes a
temperature
that is
suitable for
mixing with
chemicals
that are used
in the
fracturing
process,
such as a
temperature
of about 40°
-120°
F.+(4.4 -
48.9° C.+).
An outlet
discharges a
mix of the
cool and hot
water to


surge tanks
or to mixing
tanks. In the
mixing
tanks, a
proppant
and an
optional
selected
chemical or
chemicals
are added to
the water
which has
been
warmed.
From the
mixing
tanks, the
water with
proppant
and optional
chemicals is
injected into
the well for
part of the
hydraulic
fracturing
operation.
Sep. 14, Michael J. Heat An exhaust Modine Horek, Jon
9 90/012,625 Ex Parte 60/39.182
8,245,491 2012 Mlotkows recovery gas waste Manufacturi (Evanston,


ki, system heat ng IL, US);
Roberts and recovery Company Wilson,
Mlotkows method heat (Racine, Michael J.
ki Safran exchanger WI, US) (Racine,
& Cole, includes a WI, US);
PC., housing Voss, Mark
McLean, having a (Franksville,
VA working WI, US)
fluid inlet, a
working
fluid outlet,
an exhaust
inlet, and an
exhaust
outlet, an
exhaust
flow path
extending
through the
housing
between the
exhaust inlet
and the
exhaust
outlet, and a
working
fluid flow
path
extending
through the
housing


between the
working
fluid inlet
and the
working
fluid outlet
and having
a first
portion and
a second
portion. A
flow of
working
fluid along
the first
portion of
the working
fluid flow
path can be
substantially
counter to a
flow of
exhaust
along the
exhaust
flow path,
and the flow
of working
fluid along
the second
portion of


the working
fluid flow
path can be
substantially
parallel to
the flow of
exhaust
along the
exhaust
flow path.
Third This
Party invention
Requester: pertains to a
First three
Quality dimensional Rajala,
Retail disposable Gregory
Disposab
Services, garment, John
le 2/111,
LLC.; subassembli (Neenah,
garment Kimberly- 2/243.1,
(Att'y Is: es of the WI);
and Clark 2/403,
Charles R. garment, Gehling,
Sep. 14, Inter related Worldwide, 2/406,
10 95/002,362 Macedo, and Steven 2/401
2012 Partes manufact Inc. 604/385.23,
Amster apparatus Craig
uring (Neenah, 604/385.26,
Rothstein and methods (Oshkosh,
equipme WI) 604/385.29,
& for making WI); Suke,
nt and 604/396
Ebenstein, the garment Paul Daniel
methods
LLP., and (Appleton,
New subassembli WI)
York, es. The
NY), Real garment is
Party in designed to
6,260,211 Interest: hold a


Same As primary
Third absorbent
Party sanitary
Requester pad. The
garment
may have
elasticized
leg and
waist
openings
and be
stretchable
about the
hip and
stomach
regions of a
user. The
garment
provides
backup
protection to
control
egress of
fluids that
leak or seep
around or
through the
primary
sanitary
pad. The
garment


includes a
secondary
absorbent
positioned
in the crotch
area and
extending
into the
body of the
disposable
garment,
front and
back, and
preferably
over the leg
elastics to
trap, inside
the garment,
leakage
from the
primary
absorbent,
and to
prevent
strike
through
onto e.g.
outer
clothing and
bed linen.
The


apparatus
and methods
facilitate
assembling
leg elastics
and crotch
elastics into
the garment
subassembli
es while
assembling
a series of
garment
subassembli
es in a
continuous
web
structure at
a constant,
or relatively
constant,
continuous
and efficient
speed.
Third Interbod An
Party y spinal apparatus
Michelson,
Requester: fusion includes an
Sep. 14, Inter Gary K.
11 95/002,364 NuVasive, implants interbody 623/17.11
2012 Partes (Venice,
Inc.; (Att'y with spinal
CA)
Is: multi- fusion
6,558,423 Stephen lock for implant


R. locking having a
Schaefer, opposed leading end,
Fish & screws a trailing
Richardso end, and a
n, length
PC., therebetwee
Minneapol n, and
is, MN), opposed
Real Party upper and
in Interest: lower
Same As portions
Third adapted to
Party contact each
Requester of the
adjacent
vertebral
bodies.
Each of the
upper and
lower
portions has
at least one
opening
adapted to
communicat
e with one
each of the
adjacent
vertebral
bodies and
to


communicat
e with one
another to
permit for
the growth
of bone
from
vertebral
body to
adjacent
vertebral
body
through the
implant.
Each of the
upper and
lower
portions has
at least one
screw hole
passing
therethroug
h proximate
the trailing
end. The
apparatus
further
includes
bone screws
adapted for
placement


through the
screw holes
of the upper
and lower
portions and
into each of
the adjacent
vertebral
bodies
adjacent the
disc space
to be fused
and into
which the
implant is
adapted to
be
positioned.
At least one
lock may be
used to
prevent the
bone screws
from
backing out
of the
vertebral
bodies and
implant.
Sep. 14, Third Inter System A system BodyMedia, Teller, Eric 128/904,
12 95/002,354 600/300
6,605,038 2012 Party Partes for for Inc. (Pittsburgh, 128/920,


Requester: monitori detecting, (Pittsburgh, PA); 455/73,
BASIS ng monitoring PA) Stivoric, 482/8, 705/3
Science, health, and John M.
Inc..; wellness reporting (Pittsburgh,
(Att'y Is: and physiologic PA);
Rajiv P. fitness al Kasabach,
Patel, information Christopher
Fenwick includes a D.
& West, sensor (Pittsburgh,
LLP., device PA);
Mountain adapted to Pacione,
View, be worn on Christopher
CA), Real the upper D.
Party in arm that (Pittsburgh,
Interest: includes at PA); Moss,
Same As least one of John L.
Third an (Monroevill
Party acceleromet e, PA);
Requester er, a GSR Liden, Craig
sensor and a B.
heat flux (Sewickley,
sensor and PA);
generates Mccormack,
data Margaret A.
indicative of (Pittsburgh,
at least one PA)
of activity,
galvanic
skin
response
and heat


Uspto reexamination request - update - january 16th to january 22nd, 2013 - invn tree

Uspto reexamination request - update - january 16th to january 22nd, 2013 - invn tree

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Uspto reexamination request - update - january 16th to january 22nd, 2013 - invn tree