Uspto reexamination request - update - may 2nd to m ay 8th, 2012 - invn-tree

USPTO – Reexamination Update May 2nd to May 8th, 2012

S.N Patent Control Requested Requester Type Title Abstract Assignee(s) Inventor(s) Primary Other
number Number date Class Class
An
expandable
chamber
piston type
internal
combustion
engine
operating
in an open
Arnold thermodyn
Kruse,
Turk, Internal amic cycle
Douglas C.
Greenblu combustion includes a
(9440
Mar. 28, m& engine with combustion 123/37,
1 5,265,562 90/012,211 Ex Parte Irondale 123/27R
2012 Bernstein, limited process 123/299
Ave.,
PLC., temperature having a
Chatsworth,
Reston, cycle constant
CA, 91311)
VA volume
(isochoric)
phase
followed
by a
constant
temperatur
e
(isothermal
) phase.

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Compound
s having
the
structure:
##STR1##
wherein B
represents
7-
deazapurin
e, or Ward,
pyrimidine David C.
moiety (Guilford,
Peggy covalently CT);
Modified
Radel, bonded to Langer,
polynucleot Yale
Life the C1 '- Pennina R. 536/25.32,
Mar. 20, ides and University
2 5,449,767 90/012,203 Technolog Ex Parte position of (Monsey, 536/24.3 536/25.6,
2012 methods of (New
ies, Corp., the sugar NY); 536/26.6
preparing Haven, CT)
Carlsbad, moiety, Waldrop III,
same
CA provided Alexander
that when A.
B is 7- (Charlottesv
deazapurin ille, VA)
e, it is
attached at
the N9 -
position of
the 7-
deazapurin
e and when
B is
pyrimidine,


it is
attached at
the N1 -
position;
wherein A
represents
a moiety
consisting
of at least
three
carbon
atoms
which is
capable of
forming a
detectable
complex
with a
polypeptide
when the
compound
is
incorporate
d into a
double-
stranded
ribonucleic
acid,
deoxyribon
ucleic acid
duplex, or


DNA-RNA
hybrid;
wherein the
dotted line
represents
a chemical
linkage
joining B
and A,
provided
that if B is
7-
deazapurin
e, the
linkage is
attached to
the 7-
position of
the
deazapurin
e, and if B
is
pyrimidine,
the linkage
is attached
to the 5-
position of
the
pyrimidine;
and
wherein


each of x, y
and z
represents
##STR2##
either
directly, or
when
incorporate
d into
oligo- and
polynucleot
ides,
provide
probes
which are
widely
useful.
An
improved
spa control
system is Tompkins,
disclosed. Michael E.
Pejam
Microcomp The Siegel, (Missouri
Yedidsion
Mar. 22, uter SPA improveme Irving C. City, TX); 4/541.1,
3 5,550,753 90/012,205 , Simi Ex Parte 700/300
2012 control nts may be (Houston, Green, 236/12.12
Valley,
system made TX) Michael J.
CA
individuall (Houston,
y or in TX)
conjunction
with any
combinatio


n of all of
the other
improveme
nts of the
present
invention.
The
invention
describes a
spa control
system
which
calculates
the rate of
heating of
the heater
of the
water in the
spa to
control the
operation
of the
heating
element.
The system
uses a
interconnec
tion panel
to link a
control
panel to the


power
supply and
to the
operative
component
s of the
system.
The unique
connection
of the
control
panel to the
interconnec
tion panel
permits the
control
panel to be
located
adjacent to
the spa.
Use of A method Dohnalek,
indigestible is provided Margaret
Kenneth J. oligosaccha for Ione Halpin
Sheehan, rides to reducing (Worthingto 424/73,
Abbott
Baker & prevent the n, OH); 424/197.11,
Mar. 22, Laboratories
4 5,827,526 90/012,204 Hostetler, Ex Parte gastrointest duration of Ostrom, 424/440 424/439,
2012 (Abbott
LLP., inal diarrhea Karin 514/54,
Park, IL)
Washingto infections and Margaret 514/867
n, DC and reduce recurrent (Reynoldsb
duration of episodes of urg, OH);
diarrhea in diarrhea in Hilty, Milo


humans humans by Duane
enterally (Lewis
administeri Center, OH)
ng
indigestible
oligosaccha
rides
prophylacti
cally. More
specifically
, the
present
invention
relates to a
method
using
indigestible
oligosaccha
rides or
fructooligo
saccharides
(FOS) to
reduce the
duration
and
recurrence
of diarrhea
in a human
wherein
between
0.5 grams


and 5
grams of at
least one
FOS
selected
from the
group
consisting
of 1-
kestose,
nystose,
and 1F -β-
fructofuran
osyl
nystose is
administere
d to said
human per
day. The
indigestible
oligosaccha
rides can
be
produced
through
enzymatic
synthesis,
chemical
techniques
or isolated
from plant


materials
and are
administere
d in the
form of a
nutritional
product,
candy,
tablets,
chewing
gum,
lozenges,
milk,
yogurts,
fermented
products
and the
like.
A
multiblade
Martin G. Lawn lawn
Busboom,
Belisario, mower mower
Garry W.
Panitch having including a
Exmark (Beatrice,
Schwarze flow mower
Mar. 23, Mfg. Co. NE); 56/17.4,
5 5,987,863 90/012,206 Belisario Ex Parte control deck 56/320.1
2012 (Beatrice, Crumrine, 56/DIG.20
& Nadel, baffles and having a
NE) John C.
LLP., removable plurality of
(Beatrice,
Philadelph mulching cutting
NE)
ia, PA baffles blades
rotatably
disposed


therein. A
first flow
control
baffle is
positioned
in the
mower
deck
between
the cutting
blades and
the front
wall of the
mower
deck and
extends
substantiall
y
continuousl
y between
the sides of
the mower
deck. A
second
flow
control
baffle is
positioned
in the
mower
deck


rearwardly
of the
cutting
blades. The
first and
second
flow
control
baffles
include a
plurality of
semi-
circular
baffle
portions
which
define a
plurality of
open throat
portions
therebetwe
en. A
plurality of
selectively
removable
mulcher
baffles are
positioned
in the
mower
deck to


close the
throat
portions,
thereby
defining a
substantiall
y
cylindrical
mulching
chamber
around
each of the
cutting
blades.
A device
for
counting
and
Michael measuring
A. Method particles
Yufa,
Messina, and device provides an
Aleksandr
McDermo for analysis of 356/336,
Mar. 23, L. (P.O.
6 6,034,769 90/012,207 tt Will & Ex Parte counting the particle 356/335 356/339,
2012 Box 1677,
Emery, and characterist 377/11
Colton, CA,
LLP., measuring ics and
92324)
Washingto particles includes a
n, DC processing
system 27,
comprising
a control
subsystem


13,
including a
microproce
ssor
subsystem
20 and a
terminal
devices 21,
an analog-
digital
subsystem
14,
comprising
an
amplifier
15 and a
pulse
former 24,
and a light
detecting
system 11,
providing
particle
detection.
An
improved
device
determines
the size of
particles by
the


quantity of
the strobe
pulses of
the strobe
pulse
sequence
within each
strobe
pulse pack,
formed
from the
amplified
and
converted
output of
the light
detecting
system 11.
The
quantity of
the
identical
strobe
pulse packs
characteriz
es the
quantity of
the
particles
with an
appropriate


identical
size.
A bone Mathis,
screw John M.
system (6270 Mt.
(100) is Chestnut
provided Rd.,
that Roanoke,
includes a VA, 24018);
cannulated Belkoff,
bone screw Stephen M.
(110) and (7449
an adapter Bradshaw
Arnold
(140) Rd.,
Turk,
designed to Kingsville,
Greenblu
be MD, 606/92,
Mar. 9, m& Bone screw
7 6,048,343 90/012,169 Ex Parte releasably 21087); 606/916 606/304,
2012 Bernstein, system
coupled to Phillips, 606/308
PLC.,
the screw Charles J.
Reston,
(110). The (1203
VA
screw Cherry Tree
(110) has a La.,
head (112) Annapolis,
with an MD,
opening 21403);
(126) Welch III,
formed Marshall D.
therein. A (10116
shank Arapahoe
portion Rd.,
(114) of Lafayette,


screw CO, 80026);
(110) Kmiec,
extends Steven M.
from the (163
head (112) Ashbrook
and has a Dr.,
closed end Coventry,
bore (124) CT, 06238)
formed
therein in
open
communica
tion with
the opening
(126). The
screw
(110) has a
threaded
portion
(116) in
which a
plurality of
apertures
(122) are
formed in a
root
portion
(120) of the
thread. The
adapter
(140) has a


distal end
(150)
adapted for
releasable
coupling
with the
head (112)
and has a
passage
(162)
extending
longitudina
lly
therethroug
h for open
communica
tion with
the bore
(124) of the
screw
(110). The
adapter
(140)
further
includes a
grip
portion
(154)
formed by
a plurality
of spaced


annular
ridges
(156). The
proximal
end of
adapter
(140) has a
fitting
(142)
formed
thereon for
coupling to
a device for
dispensing
a purchase
enhancing
compositio
n, through
the adapter
(140) and
bore (124)
to the
apertures
(122).
David L. Method Method
Advanced
McCombs and system and system
Micro Dildy,
, Haynes for for 704/247,
Mar. 30, Devices, Robert
8 6,263,311 90/012,216 & Boone, Ex Parte providing providing 704/273 704/E17.00
2012 Inc. (Austin,
LLP., security security to 3
(Sunnyvale, TX)
Dallas, using voice a space by
CA)
TX recognition detecting


an
unauthorize
d presence
in the space
using voice
recognition
.A
plurality of
acceptable
voice
patterns is
generated
from
sounds of
authorized
users and
stored in
the security
system.
Sounds in
the space to
be
protected
are
detected
and a
current
voice
pattern is
generated
from at


least one
sound
detected in
the space to
be
protected.
The current
voice
pattern is
compared
with entries
in the
stored
voice lists
to
determine a
level of
difference
or a level
of
similarity
between
the current
voice
pattern and
the content
of the voice
list. If the
determined
level
constitutes


a
discrepanc
y according
to
predetermi
ned
criteria, an
alarm
response is
initiated.
Further, if
the
determined
level
constitutes
a matching
between
the current
voice
pattern and
an entry in
an
emergency
list of voice
codes that
were
entered by
authorized
users, a
predetermi
ned


emergency
action is
performed.
The
advantages
of the voice
recognition
as a
security
measure
may be
also
integrated
into
existing
security
systems.
An
electronic
signature
Zank,
manageme
Anthony E.
nt system
Kenneth (Simi 380/30,
Electronic includes a Topaz
L. Stein, Valley, 382/122,
Mar. 20, signature graphic Systems,
9 6,307,955 90/012,202 Santa Ex Parte CA); 382/121 382/189,
2012 manageme tablet Inc. (Simi
Barbara, Stevens, 382/218,
nt system digitizer Valley, CA)
CA David R. 713/176
for
(Simi
signaling
Valley, CA)
position
coordinates
of a stylus


being
moved to
produce a
handwritte
n signature,
a clock
circuit of
the
digitizer
defining a
fixed
interval
between
successive
stylus
position
measureme
nts, a
computer
processor
electrically
interfaced
with the
tablet and
programme
d for
receiving
and storing
a
multiplicity
of the


coordinates
in
sequential
order as an
electronic
signature
forming a
time
history of
the stylus
movement.
The
computer is
also
programme
d for
verifying
the fixed
time
intervals of
the
measureme
nts, such as
by
comparing
a ratio of
total
elapsed
time and
total
number of


the
measureme
nts with a
standard
measureme
nt interval,
and for
comparing
the
electronic
signature
with a
reference
signature,
such as by
feeding a
stored
reference
signature
counterpart
and the
electronic
signature
into a
cross-
correlator
for
evaluating
a degree of
correspond
ence


between
respective
time
histories of
the
electronic
signature
and the
reference
signature.
The
signatures
can also be
compared
visually in
a
simultaneo
us display
wherein
respective
pointers
follow the
signatures
orthogonall
y in
response to
an
operator-
controlled
slider, with
pertinent


data
correspondi
ng to the
pointer
positions
being
displayed.
The
electronic
signature is
preferably
encrypted
using a
hash
function or
message
digest of
the
document
as a key.
Also
disclosed
are
methods
for
electronical
ly signing a
document,
wherein the
electronic
signature is


electronical
ly bound to
the
document,
wherein the
electronic
signature is
encrypted
using a key
derived
from the
document
and not
saved, and
methods
for
decrypting
and
verifying
electronic
signatures.
F. Leslie A method
Pupalaikis,
Bessenger and
Peter J.
, III, apparatus
High LeCroy (Ramsey,
Finnegan for 341/126,
bandwidth Corporation NJ, US);
Jan. 27, Henderson digitizing a 341/155,
10 7,058,548 90/012,112 Ex Parte real-time (Chestnut Graef, 702/189
2012 Farabow data signal. 702/75,
oscilloscop Ridge, NY, David C.
Garrett & An input 702/76
e US) (Campbell
Dunner, analog data
Hall, NY,
LLP., signal, is
US)
Atlanta, received


GA and split
into a
plurality of
split
signals. At
least one of
the split
signals is
mixed with
a
predetermi
ned
periodic
function
with a
predetermi
ned
frequency.
The split
signals are
then
digitized
and
combined
mathematic
ally to form
a single
output data
stream that
is a
substantiall


y correct
representati
on of the
original
input
signal.
The Chee, Mark
Michael P. invention S. (Del Mar,
Method of
Doyle, relates to CA, US);
making and
Life compositio Stuelpnagel,
decoding of Illumina,
Technolog ns and John R. 422/50,
Mar. 29, array Inc. (San
11 7,060,431 90/012,213 ies Ex Parte methods (Encinitas, 435/6.1 435/4,
2012 sensors Diego, CA,
Corporatio for CA, US); 702/22
with US)
n, decoding Czarnik,
microspher
Carlsbad, microspher Anthony W.
es
CA e array (San Diego,
sensors. CA, US)
A device Aarestad,
and a Jerome
method for (Escondido,
creating CA, US);
and/or Rose,
Darrin
Device and maintainin 5i Sciences Richard
Wesley
Mar. 6, method for g an (Rancho (Rancho 128/845,
12 7,762,263 90/009,989 Harris, Ex Parte 128/848
2012 opening an obstruction Santa Fe, Santa Fe, 128/846
Fishers,
airway free upper CA, US) CA, US);
IN
airway. Nelson,
The device John
is (Redlands,
configured CA, US);
to fit under Palmer,


Uspto reexamination request - update - may 2nd to m ay 8th, 2012 - invn-tree

Uspto reexamination request - update - may 2nd to m ay 8th, 2012 - invn-tree

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