USPTO Reexamination Update November 21-27, 2012

USPTO – Reexamination Update November 21st to November 27th, 2012

S.N Patent Control Requested Requester Type Title Abstract Assignee(s) Inventor(s) Primary Other Class
number Number date Class
A heat
activated
applique
is formed
by
forming a
heat
activated
laminate.
Heat
The heat
David J. activated
activated
Hrina, applique 428/79,
laminate Specialty
Buckingha on Mahn Jr., 428/90,
includes, Adhesive
Sep. 12, m pressure John 428/200,
1 5,665,458 90/012,502 Ex Parte for Film Co. 428/202
2012 Doolittle & sensitive (Cincinnati, 428/201,
example, a (Cleves,
Burroughs, release OH) 428/488.41,
thermopla OH)
LLP., paper and 428/914
stic layer
Akron, OH method of
bonded to
making
an indicia-
bearing
layer such
as a
pigmented
polymeric
film or
twill. This
indicia-
Patent Support Services - www.invntree.com contact@invntree.com

bearing
layer is
bonded to
a support
layer by a
pressure
sensitive
adhesive.
The
pressure
sensitive
adhesive
has a
preferentia
l adhesion
to the
support
layer. The
applique
is formed
by cutting
through
the heat
activated
laminate
but not
through
the
support
layer to
thereby


form the
desired
ornamenta
l applique.
Waste
portions
are
separated
while the
applique
itself
remains
attached
to the
support
layer
bonded by
the
pressure
sensitive
adhesive.
This is
then
bonded to
a substrate
while still
attached
to the
support
layer by
applying


heat and
pressure
through
the
support
layer
against the
heat
activated
applique
and
against a
cloth
substrate.
This
allows
creation of
very
unique
heat
activated
appliques
and also
provides
for
applicatio
n of these
appliques
to a
substrate
with all


the
individual
elements
of the
applique
properly
aligned,
even if
those
elements
are not
physically
connected
to each
other.
A
ratcheting
tool
includes a
head
Ben
Ratchetin including Hu, Bobby
Chiang,
g tools an end (8F, No.
Patent
Sep. 12, having an with an 536-1, Ta 81/177.6,
2 6,216,567 90/012,511 Office of Ex Parte 81/177.9
2012 angle- arcuate Chin Street, 81/177.7
Bang Shia,
adjustable toothed Taichung,
Sugarland,
head face and a TW)
TX
handle
having an
end
defining a
compartm


ent for
pivotal
connectio
n with the
end of the
head. The
handle
includes a
longitudin
al hole
having an
inner end
and an
outer end
communic
ated with
the
compartm
ent. The
handle
further
includes a
transverse
hole
communic
ated with
the inner
end of the
longitudin
al hole. A
catch is


mounted
in the
longitudin
al hole
and
includes a
first end
with an
arcuate
toothed
surface
and a
second
end. A
push
button is
mounted
in the
transverse
hole and
includes a
stem, the
stem
including
a
relatively
higher
portion
and a
relatively
lower


portion.
An elastic
member
biases the
push
button to a
retaining
position in
which the
second
end of the
catch
engages
with the
relatively
higher
portion of
the stem
such that
the
arcuate
toothed
surface of
the catch
is biased
to engage
with the
arcuate
toothed
face of the
head,


thereby
retaining
the head
in an
angular
position
relative to
the
handle.
When the
push
button is
pushed,
the second
end of the
catch is
disengage
d from the
relatively
higher
portion of
the stem
such that
the
arcuate
toothed
surface of
the catch
is
disengage
d from the


arcuate
toothed
face of the
head,
thereby
allowing
adjustmen
t of
angular
position of
the head
relative to
the
handle.
An Mcaleer,
improved Jerome F.
disposable (Wantage,
Pharma glucose GB);
Tech Disposabl test strip Alvarez-
Solutions, e test for use in icaza,
Inverness
Inc., A. strips a test Manuel
Medical
Justin with meter of (Inverness, 204/403.11,
Sep. 12, Technology,
3 6,241,862 90/012,522 Poplin, Ex Parte integrated the type GB); Hall, 204/403.05 204/415,
2012 Inc.
Lathrop & reagent/bl which Geoff 427/2.13
(Waltham,
Gage, ood receives a (Inverness,
MA)
LLP., separation disposable GB);
Kansas layer test strip Plotkin,
City, MI and a Elliot V.
sample of (Inverness,
blood GB); Scott,
from a David


patient (Witney
and Oxon, GB);
performs Davies,
an Oliver W.
electroche H.
mical (Inverness,
analysis is GB)
made
using a
non-
conductiv
e
integrated
reagent/bl
ood
separation
layer
containing
a filler, an
enzyme
effective
to oxidize
glucose,
e.g.,
glucose
oxidase,
and a
mediator
effective
to transfer
electrons


from the
enzyme.
The
integrated
layer
formulatio
n is
printed
over a
conductiv
e carbon
element to
form a
working
electrode.
The filler,
for
example a
silica
filler, is
selected to
have a
balance of
hydrophob
icity and
hydrophili
city such
that one
drying it
forms a
two-


dimension
al network
on the
surface of
the
conductiv
e element.
The
response
of this test
strip is
essentially
temperatur
e
independe
nt over
relevant
temperatur
e ranges
and is
substantial
ly
insensitive
to the
hematocrit
of the
patient.
John R. Display In the Arai, Ikuya 345/99,
Sep. 11, Mills, apparatus computer, Hitachi, Ltd. (Yokohama, 710/62,
4 6,247,090 90/012,494 Ex Parte 710/9
2012 Cooley, enabled to the control (Tokyo, JP) JP); Kitou, 710/64,
LLP., control informatio Kouji 725/105


Washingto communi n for (Yokohama,
n, DC catability screen JP)
with an display
external incorporat
computer ed in the
using keyboard
identificat and
ion software
informati is
on processed
by CPU2
and sent to
the
display
device via
the
communic
ation
controller.
The
microcom
puter in
the
display
device
fetches the
control
informatio
n from the
communic
ation


controller
and
controls a
predetermi
ned part of
the video
circuit or
deflection
circuit. In
this case,
identificati
on
informatio
n is sent to
the
display
device
from the
computer
first and
when it
matches
with the
identificati
on
informatio
n stored in
the
memory,
the above
control is


permitted.

A
portable,
hand-held
personal
digital
assistant is
provided
for
System
simultane
and
ously Pivowar,
method
depicting Alvin
Robert for
multiple (Portland,
Hansen, displayin
calendars OR);
The g and
on a single Palm, Inc. Hanrahan,
Sep. 12, Marbury manipulat 715/864,
5 6,466,236 90/012,515 Ex Parte display. (Santa Steve 715/835
2012 Law ing 715/963
The Clara, CA) (Portland,
Group, multiple
personal OR); Grillo,
PLLC., calendars
digital Pete
Reston, VA on a
assistant (Portland,
personal
includes a OR)
digital
portable,
assistant
hand-held
housing
including
a top face,
a bottom
face, and a
side wall
therebetw


een for
defining
an interior
space. An
input
device is
situated
on the top
face of the
housing
for
allowing
input of
data.
Associate
d
therewith
is a
display
situated
on the top
face of the
housing
for
depicting
data.
Situated in
the
interior
space of
the


housing is
memory
for storing
a plurality
of
calendars
each
including
a plurality
of
scheduled
matters.
Finally,
controller
is situated
in the
interior
space of
the
housing
and
connected
between
the input
device, the
display,
and the
memory.
The
controller
serves for


simultane
ously
depicting
a plurality
of the
calendars
on the
display.
By
convenien
tly
displaying
the
multiple
calendars,
the
present
invention
allows a
user to
more
effectively
manipulat
e the
same.
IvenSense, Structure An Mastromatte 257/686,
STMicroele
Inc., for electric o, Ubaldo 257/688,
ctronics
Sep. 11, Mehran electricall connectio (Bareggio, 257/723,
6 6,504,253 90/012,499 Ex Parte S.r.l. 257/758
2012 Arjomand, y n structure IT); 257/E23.011,
(Agrate
Morrison connectin connectin Ghironi, 438/107,
Brianza, IT)
& g a first g a first Fabrizio 438/118,


Foerster, body of silicon (Bareggio, 438/622
LLP., Los semicond body to IT); Aina,
Angeles, uctor conductiv Roberto
CA material e regions (Bareggio,
overlaid provided IT);
by a on the Bombonati,
second surface of Mauro
body of a second (Abbiategra
semicond silicon sso, IT)
uctor body
material arranged
composite on the first
structure body. The
using electric
electric connectio
connectio n structure
n includes at
structure least one
plug
region of
silicon,
which
extends
through
the second
body; at
least one
insulation
region
laterally
surroundin


g the plug
region;
and at
least one
conductiv
e
electrome
chanical
connectio
n region
arranged
between
the first
body and
the second
body, and
in
electrical
contact
with the
plug
region and
with
conductiv
e regions
of the first
body. To
form the
plug
region,
trenches


are dug in
a first
wafer and
are filled,
at least
partially,
with
insulating
material.
The plug
region is
fixed to a
metal
region
provided
on a
second
wafer, by
performin
g a low-
temperatur
e heat
treatment
which
causes a
chemical
reaction
between
the metal
and the
silicon.


The first
wafer is
thinned
until the
trenches
and
electrical
connectio
ns are
formed on
the free
face of the
first
wafer.
A heart
rate
measuring
arrangeme
nt
Method
Timothy J. comprisin
and
Maier, g
equipmen Polar Kinnunen,
Maier & measuring
Sep. 12, t for Electro Oy Hannu 600/483,
7 6,537,227 90/012,514 Maier, Ex Parte means 600/500
2012 human- (Kempele, (Oulu, FI); 600/508
PLLC., (500A to
related FI) Nissil
Alexandria, 500B) for
measurin
VA measuring
g
a person's
heart rate
during
exercise
and a


calculatin
g unit
(532) for
calculatin
g an
assessmen
t of the
person's
energy
consumpti
on during
exercise
using at
least two
calculatin
g
parameter
s, one of
which is a
heart rate
parameter
included
in the
person's
measured
heart rate
informatio
n, the
heart rate
measuring
arrangeme


nt further
comprisin
g
presenting
means
(530) for
presenting
the
formed
assessmen
t of the
person's
energy
consumpti
on. The
calculatin
g unit is
arranged
to use an
energy
consumpti
on
reference
value as a
calculatin
g
parameter,
which
reference
value is
obtained


by using
one or
more
performan
ce
parameter
s
representi
ng the
person's
physical
performan
ce.
An inertial Vigna,
sensor Benedetto
having a (Pietraperto
Method
stator and sa, IT);
for
a rotor Gola,
InvenSense compensa
made of Alberto
, Inc., ting the
semicondu (Montu&pri
Vinay position STMicroele
ctor me;
Joshi, offset of a ctronics
Sep. 12, material Beccaria,
8 6,546,799 90/012,520 Torocy & Ex Parte capacitive S.r.l. 73/514.01 73/504.12
2012 and IT); Zerbini,
Watson, inertial (Agrate
electrostat Sarah
LLP., sensor, Brianza, IT)
ically (Fontanellat
Cleveland, and
coupled o, IT); Cini
OH capacitive
together, Deceased.,
inertial
and a Carlo Cini
sensor
microactu Executor
ator also Dario (late
made of of


semicondu Cornaredo,
ctor IT)
material,
coupled to
the rotor
and
controlled
so as to
move the
rotor itself
and thus
compensat
e for the
position
offset
thereof.
Integrated The
Farcy,
circuit fabrication
Alexis (La
comprisin of an
Ravoire,
InvenSense g an integrated
FR);
, Inc., auxiliary circuit
Coronel,
Vinay compone includes a STMicroele
Philippe
Joshi, nt, for first phase ctronics
Sep. 12, (Barraux, 438/51,
9 6,846,690 90/012,521 Torocy Ex Parte example a of S.A. 438/48
2012 FR); Ancey, 438/455
& Watson, passive producing (Montrouge,
Pascal
LLP., compone an FR)
(Revel, FR);
Cleveland, nt or a electronic
Torres,
OH microelec chip and a
Joaquin (St.
tromecha second
Martin le
nical phase of
Vinoux, FR)
system, producing


placed at least
above an one
electronic auxiliary
chip, and componen
the t placed
correspon above the
ding chip and
fabricatio of
n process producing
a
protective
cover
which
covers the
auxiliary
componen
t. The first
phase of
producing
the chip is
effected
from a
first
semicondu
ctor
substrate
and
comprises
the
formation
of a cavity


lying in a
chosen
region of
the chip
and
emerging
at the
upper
surface of
the chip.
The
second
production
phase
includes
the
production
of the
auxiliary
componen
t from a
second
semicondu
ctor
substrate,
separate
from the
first, and
then the
placement
in the


cavity of
the
auxiliary
componen
t
supported
by the
second
substrate
and the
mutual
adhesion
of the
second
substrate
to the
upper
surface of
the chip
lying
outside
the cavity.
The
second
substrate
then also
forms the
protective
cover.
Sep. 12, InvenSense Integrated An STMicroele Durante,
10 6,928,872 90/012,518 Ex Parte 73/504.04 73/514.32
2012 , Inc., gyroscope integrated ctronics Guido


Vinay of gyroscope S.r.l. Spinola
Joshi, semicond , including (Agrate (Gavirate,
Turocy & uctor an Brianza, IT) IT); Zerbini,
Watson, material acceleratio Sarah
LLP., with at n sensor (Fontanellat
Cleveland, least one formed o, IT);
OH sensitive by: a Merassi,
axis in the driving Angelo
sensor assembly; (Vigevano,
plane a sensitive IT)
mass
extending
in at least
one first
and
second
directions
and being
moved by
the
driving
assembly
in the first
direction;
and by a
capacitive
sensing
electrode,
facing the
sensitive
mass. The


acceleratio
n sensor
has an
rotation
axis
parallel to
the second
direction,
and the
sensitive
mass is
sensitive
to forces
acting in a
third
direction
perpendic
ular to the
other
directions.
The
capacitive
sensing
electrode
is formed
by a
conductiv
e material
region
extending
underneat


USPTO Reexamination Update November 21-27, 2012

USPTO Reexamination Update November 21-27, 2012

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USPTO Reexamination Update November 21-27, 2012