Chemical sensor
dialysate
Applicant: Accentus
and
A sensor liquid
for detecting
is described.
example,
consists
the
of
a layer
electrode;
and
extending
an
to be used, for
dialysate
entry-port,
sensor
cleaning
sensing
the sensor one
are nor covered
and are no more The
sensor
with
the
between
3 mm apart
protection
against
of the zigzag.
A
micro-
provides solid-state
by
sensor,
in situ. Rhodes,
Applicant: BaIhud
diffusing
layer consisting
favourable
2001
layer
of a second
permeable
substance,
and is situated
The support channels
material
on the support
which
to, and optionally the permeation
that
structure
the
when
also laterally,
is
the
sections
of the surface
of the permeation
(the sections
being
permeable,
the
membrane
with
which
angles
layer
oxidant
supply water
exhaust
stream,
vapour
stream.
suitable
for
polymer
The
Patent number: WO
1
Inventor:
2001
Company,
International system
thar
includes
system dialysate line,
a dialyzer,
supply
collection
mechanism,
mechanism,
a first-flow
resistance,
Innovation
an arterial resistance,
a third-flow
is particularly
environment.
resistance
dialysate
line, a venous a second-flow and a control
system. The dialyzer has a blood flow-path dialysate through blood
c9
flow-path
and a
that are in communication
a membrane. entry-port
The
a pressurizable a
and
The blood flow-path a blood
exit-port.
water
in the
stream,
sample with
The
such as the
O’Connell,
with
solid-
The
improved
properties
of
humidifier
2001
has a The
assayable (TM)
or
a
one selectively-permeable
contains
of
one
T.S.
Levkoff,
E.
H. Vartanian 2001
for separating
means fluids
are available
zone
membrane
the radial
pressure
in
by at least
applying
capable
this patent.
is
In
includes
a for
to withstand during
oil
zone. A method in the production
is also
the arrangement
of
is secured.
will appear
oil and water
a borehole
the
is selective
is designed that
pipe
the inflow
device
which
that
(AC or TM),
Patent number: WO 0 l/669 10
of both,
Publication dzte: 13 September
into
a
device
for regulating
in the production
for separating
in which
area, and if
so that the
membrane
production
The
to the borehole
production
has been
end to a production
in the borehole
hydrophobic
zone
is used).
oil to a discharge
oil, This
of
Torsaeter,
in a production
(in a reservoir
at its upper
transports
fluid
The
and 0.
oil and water
membrane
of an moiety
both.
membrane
or a combination
cell
is separated
environment
at least one composition
present,
an emitter
(AC) and a tracer
combination
B.
It is positioned
reservoir
AI’S,
in the compartment
from the predetermined
when
for separating
in a borehole
pressure
that
the
L.A. Capriccio,
Jennings,
D.A. Tenney,
necessary
up of at least
compound
composition
bringing
R.E.
connected
the
made
each
before
is transferred.
selective
a compartment
marking
Norway A device
Denmark
composition
the
for identifying
indicia
Applicant/Inventors: T. Holt
the
Monitoring pesticides in groundwater reservoirs
comprising
are produced,
permanently
Device and method oil and water
zone,
provides
the
reactant
01167533
invention
To
between
Publication date: 13 September
primarily
A.D. Mossman
The present
that
Inventors: R.A. Ostgaard, Geiselman,
is particularly
Chemtest
slides.
correlation
corresponding
specimen
for
area’ for
specimen
a sub-system
and
the
station’
an ‘unloading
and specimens
each
for receiving
such as filter membranes,
and
includes
slide
The system
loading
completed
in
a fuel-cell
a simpler
consumables
slide
for
Patent number: WO 01167067
through
is humidified
Applicant: Groundwater
suited for use in a nonclinical
the
station’
a ‘second
one-to-one
system
apparatus
and inspection.
a ‘first loading
samples
an
of
of fluid
the cells to a microscope
vials,
which
The Netherlands
A haemodialysis
are of different
systems
Publication date: 13 September
for a non-clinical
to
and/or
a plurality
a number
of cells from each sample
includes
maintain
USA
from
sample
removing
preparation
includes
staining,
developed.
Patent number: WO
Inventor: K. Eck
Applicant: Internova
for use
in fuel-cell
for
for fixing,
a slide dispenser,
level.
systems.
a monolayer
and
gas or other
acceptable
welding
in vials
collecting
properties
humidifier
fuel-cell
samples
receiving
of liquid
from
specimens
has
use in conjunction
allow
Haemodialysis environment
a
additive.
the membrane,
gas supply
membrane
date: 7 September
comprises
gas-transmission
is useful
a reactant
using
gases
to an
configuration.
to the
dry
wet gas can reduce
channels). 0 I/6432
a
is suitable
F. Larsen,
200 1
system for preparing
and transferring
employs
in its dry condition,
By wetting
and
Publication
D.J. Postma,
specimens
preferably
of reactant
The membrane
mechanical
connected
that
membrane
of an amount
humidifier
layer leaves
exposed
Canada
and hydrophilic
the wet and
layer.
to the plane of
layer. The support
Systems,
water-transmission
presence
pre-defined
can pass at right
humidifier
membrane
composition.
of a support a permeation
layer has a support
or substances
Inventors: N.P. Arildskov, R. Jakobsen
cytological
humidifier
for
groundwater
the
2001
the wet or dry gases in the humidifier,
membrane
to at least one pre-defined
through
substance
consists
of a first material;
consisting
Power
transmission
even when
AG, Germany
ar least one pre-defined
selectively
and
the
is useful
in
Publication date: 13 September
first-flow
R. Hadden
polymer
components.
The membrane
line.
in the
the
of
invention
reservoirs.
Cytological
A membrane-exchange
In operation,
A.D. Turner
relates to a composite
for selectively
pressure
for monitoring
Patent number: WO 01167094
The third-
resistance
exchange
microporous
Applicant: Atecs Mannesmann
substance.
and
is also
an assayable
degradation
pesticides
the dialyzer
There
a method
and/or
monitoring
mechanism,
water-permeable
membrane
The invention
including
sorption
into
environment
diffusion.
The second-flow
adjusts
Publication date: 7 September
resists
Composite
the
resistance.
Membrane
further
of the electrodes
date: 7 September
Publication
compound,
is
at least one
is brought
for monitoring
An automated
interdigitated
of sulfonated
R. Peat, H.G.
a method
Inventors: J. Traeger,
form,
Patent number: WO 01165248 Inventors:
of passive
provided
Applicant: Cytyc Corporation,
a compact,
which can be cleaned
by means
Patent number: WO 01164262
fluoride fouling
oil. This provides
the predetermined
with
TM
The present
to the venous
the second-flow
contact
and
third-flow
parts
membrane
polyvinylidene
supply
resistance,
AC
be of zigzag
electrodes
the successive
that
system
composition
environment,
AC is present,
compound.
mechanism.
is connected
when
to
resistance
the predetermined
dialysate-supply
between
collection
control
dialysate
between
the
is connected
flow resistance The
line is connected
and the dialyzer.
resistance
exit-
to the blood
The firsr-flow
between
mechanism
collection
with
and wherein,
the glass electrode.
may
cleaning
each
by electrolysis
from
electrode
hydrophilic
from
of a voltage
gas bubbles
any fouling
The
by the layer of glass,
application
generates
dislodge
than
connected
to the
to the dialysate
line is connected
and the venous
the dialysate
The cleaning
and the dialysate
exit-port.
contact
pressurizable
is connected
is connected
the blood
electrodes,
length).
mechanism
entry-port
The
mechanism
port. The arterial entry-port,
electrode
electrically-insulating
along each side of the sensor electrode
electrodes
porous
The glass
of glass covering
two
its entire
them
supply
electrode.
of a narrow,
surface
substrate;
other.
dialysate
a glass pH
has a dialysate exit-port.
of a
properties
It is designed
and a reference
electrode
(along
chemical
in an oil well. It includes
electrode on
Plc, UK
flow-path
a dialysate
Membrane
described,
by
is described
in
2001
Technology
No. 141