Uspto reexamination request - update - december 12th to december 18th, 2012 - invn tree

USPTO – Reexamination Update December 12th to December 18th, 2012

S.N Patent Control Requested Requester Type Title Abstract Assignee(s) Inventor(s) Primary Other
number Number date Class Class
In a coding
apparatus
for a digital
signal
adapted for
implementi
ng, every
Research variable
In Motion, length
Robert C. block,
Mattson, floating Akagiri,
Oblon processing Kenzo
Coding
Spivak to an input Sony (Kanagawa, 704/501,
apparatus
1 5,490,170 90/012,564 14-Sep-12 McClellan Ex Parte digital Corporation JP); Tsutsui, 375/240 704/E19.0
for digital
d signal by (Tokyo, JP) Kyoya 18
signal
Maier & using a (Kanagawa,
Neustadt, block JP)
LLP., floating
Alexandri processing
a, VA circuit
thereafter
to
orthogonall
y transform
signal
component
s which
Patent Support Services - www.invntree.com contact@invntree.com

have
undergone
such
processing
by using
orthogonal
transform
circuits
(e.g., DCT
circuits),
the block
floating
processing
circuit is
constructed
so as to
determine
the length
of a
variable
length
block and a
floating
coefficient
of the
block
floating
processing
on the basis
of the same
index, e.g.,


a
maximum
absolute
value in
that block.
Thus, a
quantity
subject to
processing
can be
reduced. In
addition,
there may
be
employed
such a
configurati
on to
divide,
every
critical
bands,
spectrum
signals on
the
frequency
base from
DCT
(Discrete
Cosine
Transform)


circuits to
determine,
every
respective
critical
bands,
allowed
noises in
which the
masking is
taken into
considerati
on to
compare
these
allowed
noises and
a minimum
audible
curve from
a minimum
audible
curve
generator
at a
comparator
. When the
minimum
audible
curve is
grater than


an allowed
noise at
that time,
this
minimum
audible
curve is
considered
as an
allowed
noise to
divide the
critical
band into
smaller
bands to
carry out
bit
allocation
every
respective
smaller
bands, and
to rase or
set a flag.
Thus, an
accurate
allowed
noise level
can be
provided


without
increasing
auxiliary
information
.
A memory
200 is
provided
which
includes an
array 201
of volatile
Circuits,
memory
systems
cells 202.
and
Addressing
Mark G. methods
circuitry
Knedeisen for
205, 213 is Cirrus Runas,
, K&L improving
included Logic, Inc. Michael E. 365/205,
2 5,500,819 90/012,569 14-Sep-12 Gates, Ex Parte page 365/189.05
for (Fremont, (McKinney, 365/238.5
LLP., accesses
providing CA) TX)
Pittsburgh and block
access to
, PA transfers
selected
in a
ones of the
memory
memory
system
cells 202.
Master
read/write
circuitry
208 is
included
for reading


and writing
data into
the selected
memory
cells 202.
First slave
circuitry
210, 211 is
provided
for storing
data for
exchange
with the
master
read/write
circuitry
208.
Second
slave
circuitry
210/211 is
also
provided
for storing
data for
exchange
with the
master
read/write
circuitry
208.


Control
circuitry
206, 214,
215
controls the
exchanges
of data
between
the master
read/write
circuitry
208 and the
first and
second
slave
circuitry
210, 211.
A memory
20 is
Multiple- disclosed
Mark G. bank including a
Knedeisen memory first
, architectur column of Cirrus
Rao, Mohan 365/221,
K&L e and memory Logic, Inc.
3 5,687,132 90/012,571 14-Sep-12 Ex Parte G. R. 365/230.03 365/230.0
Gages, systems cells (Fremont,
(Dallas, TX) 4
LLP., and including a CA)
Pittsburgh methods conductive
, PA using the bitline 202
same and a
second
column of


memory
cells also
including a
conductive
bitline 202.
A gate 203
is provided
for
selectively
coupling
the bitline
202 of the
first
column
with the
bitline 202
of the
second
column for
transferring
a bit of
data from a
selected
cell of the
first
column to a
selected
cell of the
second
column.


Convoluted
conduit
covered
with braid
made by
cold
forming the
braid to an
end conduit
or an end
section of
the
Michael Braided convoluted
E. Godar, conduit conduit. 72/54,
Packless
Senniger and Cold Reed, 72/367.1,
Metal Hose,
4 5,803,128 90/012,573 14-Sep-12 Powers, Ex Parte method of forming Edward A. 138/123 138/109,
Inc. (Waco,
LLP., St. making a can involve (Waco, TX) 138/118,
TX)
Louis, braided magneform 138/121
MO conduit ing.
Resulting
conduit
need not be
brazed,
welded, or
annealed,
thereby
facilitating
constructio
n of
convoluted
conduits


with higher
working
pressures
and/or less
braid
material.
An
apparatus
and method
for
combining
NIR
Near spectograp
infrared hy with an Wright,
spectrome implement Steven L.
Anthony ter used in including a (Johnston,
Pioneer Hi-
S. Volpe, combinati combine or IA);
Bred
Volpe & on with an a chopper Johnson,
Internationa
5 5,991,025 90/020,025 14-Sep-12 Koenig, Ex Parte agricultura for David L. 356/328 460/7
l, Inc.
PC., l measuring (Johnston,
(Johnston,
Philadelph implement major IA); Welle,
IA)
ia, PA for real constituent Roland
time grain s of (Buxtehude,
and forage harvested DE)
analysis products in
real time
includes a
monochro
mator or
other
sensor


having no
moving
optical
parts. The
monochro
mator
includes a
fixed
diffraction
grating and
a
photodiode
collector
comprised
of a
plurality of
photodiode
s. A
radiation
source
irradiates a
product
sample and
the
reflected
radiation is
transmitted
to the
diffraction
grating. By
analyzing


the
intensities
and
wavelength
s of the
reflected
radiation at
the
photodiode
collector,
the
presence
and amount
of major
constituent
s of the
harvested
product can
be
determined
. The
present
invention
may be
used on or
with a
research
combine or
chopper
along with
the


convention
al
instrumenta
tion which
measures
the weight,
moisture,
and volume
of products
harvested
in a test
plot.
Percentage
concentrati
ons of
constituent
s of a
sample of
Anthony cereal grain
S. Volpe, or other DSquared
Mayes,
Volpe & Grain agricultural Developme
David M.
6 6,100,526 90/020,024 14-Sep-12 Koenig, Ex Parte quality product in nt, Inc. (La 250/339.11
(LaGrande,
PC., monitor a flowing Grande,
OR)
Philadelph stream are OR)
ia, PA determined
while
harvesting
or
processing
using a
short wave


near
infrared
analyzer.
The
analyzer
irradiates
the sample,
picks up
diffuse
reflectance
of
individual
wavelength
s from the
sample and
spatially
separates
the diffuse
reflectance
into a
response at
individual
wavelength
s. The
result is to
simultaneo
usly detect
the
intensities
of the
individual


wavelength
s in parallel
from the
same
portion of
the product
being
analyzed.
Percentage
constituent
s of the
composite
substance
may then
be
compared
with
known
percentage
constituent
s to
determine
the
constituent
s. The
analyzer is
optically
stabilized
and is
therefore
suitable for


attaching to
the
agricultural
combine to
perform
real time
measureme
nts in the
field.
An
intelligent,
rule-based
processor
provides
recognition
of
John S. individual
Pratt, Plethysmo pulses in a
Kilpatrick graph pulse Diab, 600/310,
Masimo
Townsend pulse oximeter- Mohamed 600/330,
7 6,463,311 90/012,567 14-Sep-12 Ex Parte Corporation 600/324
& recognitio derived K. (Mission 600/336,
(Irvine, CA)
Stockton, n photo- Viejo, CA) 600/502
Atlanta, processor plethysmog
GA raph
waveform.
Pulse
recognition
occurs in
two stages.
The first
stage


identifies
candidate
pulses in
the
plethysmog
raph
waveform.
The
candidate
pulse stage
identifies
points in
the
waveform
representin
g peaks and
valleys
correspondi
ng to an
idealized
triangular
wave
model of
the
waveform
pulses. At
this stage,
waveform
features
that do not
correspond


to this
model are
removed,
including
the
characterist
ic dicrotic
notch. The
second
stage
applies a
plethysmog
raph model
to the
candidate
pulses and
decides
which
pulses
satisfies
this model.
This is
done by
first
calculating
certain
pulse
features
and then
applying
different


checks to
identify
physiologic
ally
acceptable
features.
Various
statistics
can then be
derived
from the
resulting
pulse
information
, including
the period
and signal
strength of
each pulse
and pulse
density,
which is
the ratio of
the
analyzed
waveform
segment
that has
been
classified
as


physiologic
ally
acceptable.
Brister,
The present
Mark
invention
(Encinitas,
relates
CA, US);
generally
Neale, Paul
to systems
V. (San
and
Diego, CA,
methods
US); Saint,
for
Sean (San
measuring
Abbott Diego, CA,
Methods an analyte
Diabetes US);
and in a host.
Care, Inc., Petisce,
systems More
Seong- DexCom, James R.
for particularly 600/347,
Kun Inc. (San (San Diego,
8 7,310,544 90/012,558 13-Sep-12 Ex Parte inserting a , the 600/345 600/365,
Oh, Diego, CA, CA, US);
transcutan present 604/264
Jackson & US) Mcgee,
eous invention
Co., LLP., Thomas F.
analyte relates to
Oakland, (San Diego,
sensor systems
CA CA, US);
and
Codd,
methods
Daniel
for
Shawn
transcutane
(Escondido,
ous
CA, US);
measureme
Petersen,
nt of
David
glucose in
Michael
a host.
(Escondido,


CA, US);
Kline,
Daniel S.
(Encinitas,
CA, US)
The present Diab,
invention Mohamed
involves K. (Laguna
method and Niguel, CA,
apparatus US); Kiani-
for azarbayjany,
analyzing Esmaiel
measured (Laguna
signals that Niguel, CA,
John S. are US);
Pratt, modeled as Elfadel,
Kilpatrick containing Masimo Ibrahim M.
Signal
Townsend primary Corporation (Laguna
9 7,530,955 90/012,566 14-Sep-12 Ex Parte processing 600/502 600/324
& and (Irvine, CA, Niguel, CA,
apparatus
Stockton, secondary US) US);
Atlanta, portions. Mccarthy,
GA Coefficient Rex J.
s relate the (Mission
two signals Viejo, CA,
according US); Weber,
to a model Walter M.
defined in (Los
accordance Angeles,
with the CA, US);
present Smith,
invention. Robert A.


In one (Corona,
embodimen CA, US)
t, the
present
invention
involves
utilizing a
transformat
ion which
evaluates a
plurality of
possible
signal
coefficients
in order to
find
appropriate
coefficients
.
Alternative
ly, the
present
invention
involves
using
statistical
functions
or Fourier
transform
and
windowing


techniques
to
determine
the
coefficients
relating to
two
measured
signals.
Use of this
invention is
described
in
particular
detail with
respect to
blood
oximetry
measureme
nts.
System A method Corts,
and and system David (New
method is York, NY,
Joseph M.
for presented US); Wells,
Sauer, Impulse
generating for Bryce 375/216,
Jones Radio Inc
10 7,908,172 90/012,572 14-Sep-12 Ex Parte multimedi coordinatin (Darien, CT, 705/14.66 455/185.1,
Day, (New York,
a g the US); 725/32
Cleveland, NY, US)
accompani transmissio Signorelli,
OH
ments to n of Paul (New
broadcast supplement York, NY,
data al digital US);


data to Hunter, Lee
accompany (Darien, CT,
broadcast US);
data, and in Snyder,
particular, Terrance
analog (Stamford,
radio CT, US)
broadcasts,
among a
plurality of
broadcaster
s. The
supplement
al digital
data may
provide
information
about the
particular
broadcast
data being
transmitted
(i.e. cut
data) or
may be
supplement
al to such
data (i.e.
news,
weather
and traffic


data). The
supplement
al digital
data to be
presented
is sorted
based on
particular
algorithms
which may
take into
account
broadcaster
-specified
criteria
such as
target
audience,
time of
day, type
of
broadcast
data
presented,
and the
like. The
supplement
al digital
data may
be audio
data, visual


data, or
audio-
visual data
for
presentatio
n with the
broadcast
data. The
supplement
al digital
data may
further be
advertisem
ent data.
The
advertisem
ent data
may be
sold by the
broadcaster
s or the
party
coordinatin
g the IBOC
transmissio
n of the
supplement
al digital
data. The
supplement
al digital


data may
play
simultaneo
usly with
muted
broadcast
data or at a
user-
specified
time.
An on-
vehicle
camera
lens glass
material
satisfies at
Joseph F.
On- least one of
Murphy,
vehicle conditions
Caesar Hachitani,
camera in which a
Rivise Yoichi
lens glass measureme Hoya
Bernstein (Tokyo, JP);
11 8,077,406 90/012,563 14-Sep-12 Ex Parte material nt result in Corporation 359/809
Cohen & Tachiwana,
and on- water (Tokyo, JP)
Pokotilow Kazuo
vehicle resistance
, LTD., (Tokyo, JP)
camera based on a
Philadelph
lens powder
ia, PA
method
prescribed
by
Japanese
Optical
Glass


Industrial
Standard is
1st Class, a
measureme
nt result in
Knoop
hardness
based on a
measureme
nt method
prescribed
by
Japanese
Optical
Glass
Industrial
Standard is
6th Class
or higher, a
measureme
nt result in
solarization
based on a
measureme
nt method
prescribed
by
Japanese
Optical
Glass
Industrial


Standard is
2% or less,
and a
measureme
nt result in
average
linear
expansion
coefficient
based on a
measureme
nt method
prescribed
by
Japanese
Optical
Glass
Industrial
Standard is
100×10−7°
C.−1 or
less.
The present Diab,
John S.
invention Mohamed
Pratt,
involves K. (Ladera
Kilpatrick Masimo
Signal method and Ranch, CA,
Townsend Corporation
12 8,128,572 90/012,568 14-Sep-12 Ex Parte processing apparatus US); Kiani- 600/502 600/324
& (Irvine, CA,
apparatus for azarbayjany,
Stockton, US)
analyzing Esmaiel
Atlanta,
measured (Laguna
GA
signals that Niguel, CA,


are US);
modeled as Elfadel,
containing Ibrahim M.
primary (Laguna
and Niguel, CA,
secondary US);
portions. Mccarthy,
Coefficient Rex J.
s relate the (Santa Ana,
two signals CA, US);
according Weber,
to a model Walter M.
defined in (Laguna
accordance Hills, CA,
with the US); Smith,
present Robert A.
invention. (Lake
In one Forest, CA,
embodimen US)
t, the
present
invention
involves
utilizing a
transformat
ion which
evaluates a
plurality of
possible
signal
coefficients


Uspto reexamination request - update - december 12th to december 18th, 2012 - invn tree

Uspto reexamination request - update - december 12th to december 18th, 2012 - invn tree

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Uspto reexamination request - update - december 12th to december 18th, 2012 - invn tree