Uspto reexamination request - update - may 23rd to may 29th, 2012 - invn tree

USPTO – Reexamination Update May 23rd to May 29th, 2012

S.N Patent Control Requeste Requester Type Title Abstract Assignee(s) Inventor(s) Primary Other Class
number Number d date Class
A method
is
provided
for
monitorin
g the
progress
of nucleic
acid Livak,
amplifica Kenneth J.
Method for tions that
Applied (San Jose,
Jeffrey B. detecting 435/5,
rely on a Biosystems CA); Flood,
Oster, Troll nucleic acid nucleic 435/91.2,
Division, Susan J. A.
Busters, amplificatio acid 536/24.3,
1 5,538,848 90/012,228 18-Apr-12 Ex Parte Perkin- (Fremont, 435/6.16
LLC., n using self- polymera 536/24.31,
Elmer Corp. CA);
Mercer quenching 536/24.33,
se having (Foster City, Marmaro,
Island, WA fluorescenc 536/26.6
5'➝3' CA) Jeffrey
e probe
exonucle (Foster City,
ase CA)
activity.
An
important
feature of
the
method is
providing
an

Patent Support Services - www.invntree.com contact@invntree.com

oligonucl
eotide
probe
having a
reporter
molecule
and a
quencher
molecule
at either
end such
that the
quencher
molecule
substanti
ally
quenches
any
fluoresce
nce from
the
reporter
whenever
the
oligonucl
eotide
probe is
in a
single
stranded
state and


such that
the
reporter
is
substanti
ally
unquench
ed
whenever
the
oligonucl
eotide
probe is
in a
double
stranded
state
hybridize
d to a
target
polynucle
otide.
A method Tuttle, John
David J.
Modulated for RF R.
Hrina,
spread communi (Corrales,
Buckingha Micron
spectrum in cation NM); Hoyt,
m Technology, 340/505,
2 5,974,078 90/012,235 09-Apr-12 Ex Parte RF between Eugene P. 375/130
Doolittle & Inc. (Boise, 375/221
identificatio transceiv (Colorado
Burroughs, ID)
n systems ers in a Springs,
LLP.,
method radio CO);
Akron, OH
frequenc Springett,


y James C.
identifica (La
tion Crescenta,
system CA)
that
improves
range,
decreases
multipath
errors
and
reduces
the effect
of outside
RF
source
interferen
ce by
employin
g spread
spectrum
technique
s. By
pulse
amplitud
e
modulati
ng a
spread
spectrum
carrier


before
transmiss
ion, the
receiver
can be
designed
for
simple
AM
detection,
suppressi
ng the
spread
spectrum
carrier
and
recoverin
g the
original
data
pulse
code
wavefor
m. The
data
pulse
code
wavefor
m has
been
further


encrypted
by a
direct
sequence
pseudo-
random
pulse
code.
This
additiona
l
condition
ing
prevents
the
original
carrier
frequenc
y
compone
nts from
appearing
in the
broadcast
power
spectra
and
provides
the basis
for the
clock and


transmit
carrier of
the
transceiv
er aboard
an RFID
tag.
Other
advantag
es
include
high
resolutio
n
ranging,
hiding
transmiss
ions from
eavesdro
ppers,
and
selective
addressin
g.
A 356/237.2,
lighting 362/311.02,
Lighting
unit for Yoneda, 362/311.03,
PATENT unit for CCS Co.,
3 6,053,621 90/012,260 20-Apr-12 Ex Parte examinin Kenji 362/245 362/311.09,
OWNER inspecting a Ltd. (JP)
g the (Kyoto, JP) 362/327,
surface
quality of 362/329,
a 362/619


product,
wherein
the
lighting
unit can
be easily
assemble
d, has a
small
number
of
compone
nts, and
emits
light
from a
surface at
a light
intensity
with little
unevenne
ss. An
illuminan
t
assembly
of the
lighting
unit
comprise
s a ring-
shaped


transpare
nt body
for light
diffusion,
and a
plurality
of
illuminan
ts such as
light-
emitting
diodes
that are
positione
d along
the
periphery
of the
transpare
nt body
and are
capable
of
emitting
light
toward
the center
of the
transpare
nt body.
Light


emitted
from the
illuminan
ts passes
through
the
transpare
nt body
while
being
reflected
and
scattered,
and is
emitted
uniforml
y from an
underside
surface of
the
transpare
nt body,
providing
emission
of light
from a
surface at
an even
light
intensity.


An object
of the
invention
is to
make it
easy to
manufact
ure the
lighting
unit 4 in
which a
plurality
Method of of
manufacturi illuminan
ng a ts 1 are Yoneda,
PATENT CCS Co.,
4 6,070,986 90/012,261 20-Apr-12 Ex Parte lighting unit arranged Kenji 362/33
OWNER Ltd. (JP)
for on the (Kyoto, JP)
inspecting a concave
surface face of a
board 2
formed
into a
shape of
a hollow
truncated
cone. A
method
of
manufact
uring a
lighting


unit
comprise
s the
steps of
holding a
flexible
circular
printed
circuit
board 2
having a
concentri
c circular
hole and
a cutout
which
has at
least two
sides 2a,
2b in a
planar
state,
embeddin
ga
plurality
of
illuminan
ts 1 in the
board,
and
jointing


one side
2a of the
cutout
and the
other side
2b of the
cutout or
holding
both
sides 2a,
2b in
close
contact
so as to
place the
illuminan
ts 1 in the
side of
the
concave
face of
the board
2.
Colorado A system Kutt, 55/385.2,
Altitude and Colorado Lawrence 95/11,
Training, Altitude method Altitude M. 95/25,
LLC., simulation for Training (Boulder, 95/26,
5 6,565,624 90/012,252 12-Apr-12 Ex Parte 95/8
Jonathon A. method and passive LLC CO); 96/111,
Szumny, system hypoxic (Boulder, Jellison, 96/115,
Marsh training CO) Mark 96/116,
Fischmann provides (Boulder, 96/117,


& a person CO); 128/202.12,
Breyfogle, with a Boatman, 128/205.26
LLP., low Joseph
Denver, CO oxygen (Boulder,
(hypoxic) CO)
environm
ent.
Oxygen
sensors
automatic
ally
monitor
and
control
oxygen
levels to
maintain
the
altitude
desired.
CO2
levels are
monitore
d and
CO2 is
eliminate
d so that
the air a
person
breathes
is


substanti
ally clean
and fresh.
Exposure
to a high
altitude
environm
ent
produces
physiolog
ical
changes
in a
person's
body,
which
becomes
more
efficient
at
absorbing
and
transporti
ng
oxygen.
Using the
present
method
and
system,
athletes


obtain the
benefits
of
sleeping
at a
simulated
altitude
in the
user's
own
home for
six to
twelve
hours,
rather
than
traditiona
l altitude
therapies
in which
athletes
spend
two to
three
weeks at
high
altitude
before an
athletic
competiti
on to


obtain
similar
benefits.
This
system
allows
for “live
high train
low”
altitude
training
that has
been
shown in
controlle
d studies
to
provide
superior
benefits
to “live
high train
high”
training.
Colorado Method and A system Kutt, 55/385.2,
Colorado
Altitude system for and Lawrence 95/11,
Altitude
Training, providing a method M. 95/25,
Training
6 6,827,760 90/012,253 12-Apr-12 LLC., Ex Parte desired for (Boulder, 95/8 95/26,
LLC
Jonathon A. atmosphere passive CO); 96/111,
(Boulder,
Szumny, within an hypoxic Jellison, 96/115,
CO)
Marsh enclosure training Mark 96/116,


Fischmann provides (Boulder, 96/117,
& a person CO); 128/202.12,
Breyfogle, with a Boatman, 128/205.26
LLP., low Joseph
Denver, CO oxygen (Boulder,
(hypoxic) CO)
environm
ent.
Oxygen
sensors
automatic
ally
monitor
and
control
oxygen
levels to
maintain
the
altitude
desired.
CO2
levels are
monitore
d and
CO2 is
eliminate
d so that
the air a
person
breathes


is
substanti
ally clean
and fresh.
Exposure
to a high
altitude
environm
ent
produces
physiolog
ical
changes
in a
person's
body,
which
becomes
more
efficient
at
absorbing
and
transporti
ng
oxygen.
Using the
present
method
and
system,


athletes
obtain the
benefits
of
sleeping
at a
simulated
altitude
in the
user's
own
home for
six to
twelve
hours,
rather
than
traditiona
l altitude
therapies
in which
athletes
spend
two to
three
weeks at
high
altitude
before an
athletic
competiti


on to
obtain
similar
benefits.
This
system
allows
for “live
high train
low”
altitude
training
that has
been
shown in
controlle
d studies
to
provide
superior
benefits
to “live
high train
high”
training.
William F. Electrical An Ma, Hao-
Hon Hai
Ahmann, connector electrical yun (Tu-
Precision
Sheppard with connector chen, TW);
7 6,908,316 90/012,250 11-Apr-12 Ex Parte Ind. Co., 439/73 439/331
Mulling accurate includes Lee, Genn-
LTD (Taipei
Richter & measuring a base sheng (Tu-
Hsien, TW)
Hampton, benchmarks (2′), a Chen, TW);


LLP., metal clip Szu, Ming-
Palo Alto, (3) lun (Tu-
CA pivotably Chen, TW)
engaged
on the
base, and
a lever
(4) for
fastening
the clip
onto the
base. A
floor
(232′) is
defined
in a
middle of
the base.
A
rectangul
ar raised
support
area (23′)
is
provided
around a
periphery
of the
floor.
The
support


area
defines
four inner
side walls
(231′).
The side
walls and
the floor
cooperati
vely
define a
substanti
ally
rectangul
ar cavity
(230′)
therebetw
een. One
of the
side walls
defines a
pair of
protrusio
ns
(2310′)
protrudin
g towards
the
cavity,
wherein
the two


protrusio
ns are
coplanar
with each
other.
The other
side walls
define a
protrusio
n thereof
respectiv
ely.
Therefore
, a first
benchmar
k is
obtained
by a line
joining
the pair
of
protrusio
ns on the
side wall,
and a
second
benchmar
k is
determin
ed by a
line


passing
the
protrusio
n on the
adjacent
and
perpendic
ular side
wall,
perpendic
ular to
the first
benchmar
k.
A system
and
method Kutt,
Colorado
for Lawrence
Altitude
Method and passive M.
Training,
system for hypoxic (Boulder,
LLC., Colorado
reducing training CO, US);
Jonathon A. Altitude
body provides Jellison,
Szumny, Training 55/385.2,
8 7,018,443 90/012,254 12-Apr-12 Ex Parte weight in an a person Mark 95/8
Marsh LLC 128/205.26
enclosed with a (Boulder,
Fischmann (Boulder,
atmospheric low CO, US);
& CO, US)
environmen oxygen Boatman,
Breyfogle,
t (hypoxic) Joseph
LLP.,
environm (Boulder,
Denver, CO
ent. CO, US)
Oxygen
sensors


automatic
ally
monitor
and
control
oxygen
levels to
maintain
the
altitude
desired.
CO2
levels are
monitore
d and
CO2 is
eliminate
d so that
the air a
person
breathes
is
substanti
ally clean
and fresh.
Exposure
to a high
altitude
environm
ent
produces


physiolog
ical
changes
in a
person's
body,
which
becomes
more
efficient
at
absorbing
and
transporti
ng
oxygen.
Using the
present
method
and
system,
athletes
obtain the
benefits
of
sleeping
at a
simulated
altitude
in the
user's


own
home for
six to
twelve
hours,
rather
than
traditiona
l altitude
therapies
in which
athletes
spend
two to
three
weeks at
high
altitude
before an
athletic
competiti
on to
obtain
similar
benefits.
This
system
allows
for “live
high train
low”


altitude
training
that has
been
shown in
controlle
d studies
to
provide
superior
benefits
to “live
high train
high”
training.
A
stretchabl
e and
shrinkabl
e tree
light
Stretchable
string Willis
and Yao, Joseph 362/249.19,
PATENT including Electric Co.,
9 7,055,981 90/012,209 26-Mar-12 Ex Parte shrinkable (Taipei, 362/123 362/806,
OWNER a long Ltd. (Hsin-
tree light TW) 428/20
trunk Chu, TW)
strings
with
many
short
pipes.
The short
pipes


have one
or many
connectin
g rings. A
base
frame has
a central
axis to
support
the long
trunk to
stand up
straight.
Multiple
branches
connect
at one
end with
a pin to
the
connectin
g ring on
the short
pipe.
These
branches
use the
connectin
g ring as
a base
pivot


point.
The
branches
being
centered
on the
long
trunk to
be able to
stretch
out to
form a
tree
shape,
and also
to be able
to fold up
to reduce
the
volume.
Single or
many sets
of light
strings,
compose
d of
many
lamp
bulbs,
lamp
holders,


electrical
conducto
rs and
receptacl
es, are to
be fixed
on the
branches
to
establish
tree light
strings.
Fitted
tablecloth
coverings
that may
be Edinger,
affixed to Larry
a table (Westwood,
Aaron Tablecloth
without SMT NJ, US);
Grunberger, covering
the use of Solutions, Jones,
Kenyon & and method
10 7,178,470 90/012,257 20-Apr-12 Ex Parte a tool or Inc. Walter 108/90
Kenyon, of covering
affixing (Hackensac (River Vale,
LLP., New and skirting
devices k, NJ, US) NJ, US);
York, NY a table
are Chan, Julian
manufact (Chai Wan,
ured from HK)
polymeri
c film
with
prefitted


corners.
Methods
of
manufact
uring a
tablecloth
from
polymeri
c film
with
prefitted
corners
provide a
covering
that may
convenie
ntly and
quickly
be
applied to
a table to
provide
an
appealing
visual
presentati
on that
does not
require
the use of
installatio


Uspto reexamination request - update - may 23rd to may 29th, 2012 - invn tree

Uspto reexamination request - update - may 23rd to may 29th, 2012 - invn tree

Recomendados

Recomendados

Mais conteúdo relacionado

Destaque

Destaque (18)

Mais de InvnTree IP Services Pvt. Ltd.

Mais de InvnTree IP Services Pvt. Ltd. (20)

Último

Último (20)

Uspto reexamination request - update - may 23rd to may 29th, 2012 - invn tree