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Extract from the Register of European Patents

EP About this file: EP2927679

EP2927679 - Device for measuring and analysing the multiple breath nitrogen washout method [Right-click to bookmark this link]
StatusNo opposition filed within time limit
Status updated on  05.08.2022
Database last updated on 11.09.2024
FormerThe patent has been granted
Status updated on  27.08.2021
FormerGrant of patent is intended
Status updated on  20.04.2021
FormerExamination is in progress
Status updated on  09.11.2018
Most recent event   Tooltip06.09.2024Lapse of the patent in a contracting state
New state(s): MT		published on 09.10.2024 [2024/41]
Applicant(s)For all designated states
ndd Medizintechnik AG
Technoparkstrasse 1
8005 Zürich / CH
[2015/41]
Inventor(s)01 / Buess, Christian, Dr.
Kelliweg 28
8810 Horgen / CH
 [2015/41]
Representative(s)Maikowski & Ninnemann Patentanwälte Partnerschaft mbB
Postfach 15 09 20
10671 Berlin / DE
[2021/39]
Former [2015/41]Maikowski & Ninnemann
Postfach 15 09 20
10671 Berlin / DE
Application number, filing date14198579.617.12.2014
[2015/41]
Priority number, dateDE2014100476501.04.2014         Original published format: DE102014004765
[2015/41]
Filing languageDE
Procedural languageDE
PublicationType: A1 Application with search report 
No.:EP2927679
Date:07.10.2015
Language:DE
[2015/41]
Type: B1 Patent specification 
No.:EP2927679
Date:29.09.2021
Language:DE
[2021/39]
Search report(s)(Supplementary) European search report - dispatched on:EP24.08.2015
ClassificationIPC:G01N29/024, A61B5/087, A61B5/091, G01N29/22
[2015/41]
CPC:
G01N33/497 (EP,CN,US); A61M16/085 (CN,US); A61B5/0813 (CN,US);
A61B5/082 (EP,CN,US); A61B5/083 (EP,CN,US); A61B5/0836 (CN,US);
A61B5/087 (EP,CN,US); A61B5/091 (EP,CN,US); A61B5/097 (CN,US);
A61B5/486 (CN,US); A61B5/7225 (CN,US); A61B5/742 (CN,US);
A61M16/0833 (CN,US); G01N21/64 (CN); G01N29/02 (EP,CN,US);
G01N29/024 (EP,CN,US); G01N29/222 (EP,CN,US); A61B2560/0223 (EP,CN,US);
A61B2560/0475 (CN,US); A61B2562/0204 (EP,CN,US); A61M2202/0208 (CN,US);
A61M2202/0225 (CN,US); A61M2202/0266 (CN,US); G01N2291/0215 (EP,CN,US);
G01N2291/02809 (EP,CN,US); G01N2291/02836 (EP,CN,US) (-)
Designated contracting statesAL,   AT,   BE,   BG,   CH,   CY,   CZ,   DE,   DK,   EE,   ES,   FI,   FR,   GB,   GR,   HR,   HU,   IE,   IS,   IT,   LI,   LT,   LU,   LV,   MC,   MK,   MT,   NL,   NO,   PL,   PT,   RO,   RS,   SE,   SI,   SK,   SM,   TR [2015/41]
TitleGerman:Gerät für die Messung und Analyse des Multiple-Breath-Stickstoff-Auswaschverfahrens[2021/20]
English:Device for measuring and analysing the multiple breath nitrogen washout method[2015/41]
French:Dispositif de mesure et d'analyse du procédé du lavage Multiple Breath à l'azote[2015/41]
Former [2015/41]Gerät für die messung und analyse des multiple-breath-stickstoff-auswaschverfahrens
Examination procedure03.03.2016Amendment by applicant (claims and/or description)
03.03.2016Examination requested  [2016/15]
08.11.2018Despatch of a communication from the examining division (Time limit: M04)
18.03.2019Reply to a communication from the examining division
27.10.2020Despatch of a communication from the examining division (Time limit: M04)
23.02.2021Reply to a communication from the examining division
21.04.2021Communication of intention to grant the patent
18.08.2021Fee for grant paid
18.08.2021Fee for publishing/printing paid
18.08.2021Receipt of the translation of the claim(s)
Opposition(s)30.06.2022No opposition filed within time limit [2022/36]
Fees paidRenewal fee
13.10.2016Renewal fee patent year 03
07.12.2017Renewal fee patent year 04
02.10.2018Renewal fee patent year 05
08.10.2019Renewal fee patent year 06
27.11.2020Renewal fee patent year 07
Opt-out from the exclusive  Tooltip
competence of the Unified
Patent Court		 See the Register of the Unified Patent Court for opt-out data
Responsibility for the accuracy, completeness or quality of the data displayed under the link provided lies entirely with the Unified Patent Court.
Lapses during opposition  TooltipHU17.12.2014
AL29.09.2021
CY29.09.2021
CZ29.09.2021
DK29.09.2021
EE29.09.2021
ES29.09.2021
FI29.09.2021
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IT29.09.2021
LT29.09.2021
LV29.09.2021
MC29.09.2021
MK29.09.2021
MT29.09.2021
NL29.09.2021
PL29.09.2021
RO29.09.2021
RS29.09.2021
SE29.09.2021
SI29.09.2021
SK29.09.2021
SM29.09.2021
TR29.09.2021
AT17.12.2021
IE17.12.2021
LU17.12.2021
BG29.12.2021
GB29.12.2021
NO29.12.2021
GR30.12.2021
BE31.12.2021
FR31.12.2021
IS29.01.2022
PT31.01.2022
[2024/41]
Former [2024/29]HU17.12.2014
AL29.09.2021
CY29.09.2021
CZ29.09.2021
DK29.09.2021
EE29.09.2021
ES29.09.2021
FI29.09.2021
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IT29.09.2021
LT29.09.2021
LV29.09.2021
MC29.09.2021
MK29.09.2021
NL29.09.2021
PL29.09.2021
RO29.09.2021
RS29.09.2021
SE29.09.2021
SI29.09.2021
SK29.09.2021
SM29.09.2021
TR29.09.2021
AT17.12.2021
IE17.12.2021
LU17.12.2021
BG29.12.2021
GB29.12.2021
NO29.12.2021
GR30.12.2021
BE31.12.2021
FR31.12.2021
IS29.01.2022
PT31.01.2022
Former [2024/22]HU17.12.2014
AL29.09.2021
CY29.09.2021
CZ29.09.2021
DK29.09.2021
EE29.09.2021
ES29.09.2021
FI29.09.2021
HR29.09.2021
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LV29.09.2021
MC29.09.2021
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BG29.12.2021
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NO29.12.2021
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BE31.12.2021
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IS29.01.2022
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Former [2023/33]HU17.12.2014
AL29.09.2021
CY29.09.2021
CZ29.09.2021
DK29.09.2021
EE29.09.2021
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LU17.12.2021
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IS29.01.2022
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Former [2023/30]HU17.12.2014
AL29.09.2021
CY29.09.2021
CZ29.09.2021
DK29.09.2021
EE29.09.2021
ES29.09.2021
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LT29.09.2021
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MC29.09.2021
NL29.09.2021
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RO29.09.2021
RS29.09.2021
SE29.09.2021
SI29.09.2021
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AT17.12.2021
IE17.12.2021
LU17.12.2021
BG29.12.2021
GB29.12.2021
NO29.12.2021
GR30.12.2021
BE31.12.2021
FR31.12.2021
IS29.01.2022
PT31.01.2022
Former [2023/29]HU17.12.2014
AL29.09.2021
CZ29.09.2021
DK29.09.2021
EE29.09.2021
ES29.09.2021
FI29.09.2021
HR29.09.2021
IT29.09.2021
LT29.09.2021
LV29.09.2021
MC29.09.2021
NL29.09.2021
PL29.09.2021
RO29.09.2021
RS29.09.2021
SE29.09.2021
SI29.09.2021
SK29.09.2021
AT17.12.2021
IE17.12.2021
LU17.12.2021
BG29.12.2021
GB29.12.2021
NO29.12.2021
GR30.12.2021
BE31.12.2021
FR31.12.2021
IS29.01.2022
PT31.01.2022
Former [2023/22]AL29.09.2021
CZ29.09.2021
DK29.09.2021
EE29.09.2021
ES29.09.2021
FI29.09.2021
HR29.09.2021
IT29.09.2021
LT29.09.2021
LV29.09.2021
MC29.09.2021
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RO29.09.2021
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SI29.09.2021
SK29.09.2021
AT17.12.2021
IE17.12.2021
LU17.12.2021
BG29.12.2021
GB29.12.2021
NO29.12.2021
GR30.12.2021
BE31.12.2021
FR31.12.2021
IS29.01.2022
PT31.01.2022
Former [2023/10]AL29.09.2021
CZ29.09.2021
DK29.09.2021
EE29.09.2021
ES29.09.2021
FI29.09.2021
HR29.09.2021
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LT29.09.2021
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MC29.09.2021
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GB29.12.2021
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BE31.12.2021
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IS29.01.2022
PT31.01.2022
Former [2023/01]AL29.09.2021
CZ29.09.2021
DK29.09.2021
EE29.09.2021
ES29.09.2021
FI29.09.2021
HR29.09.2021
LT29.09.2021
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MC29.09.2021
NL29.09.2021
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RO29.09.2021
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SE29.09.2021
SI29.09.2021
SK29.09.2021
IE17.12.2021
LU17.12.2021
BG29.12.2021
GB29.12.2021
NO29.12.2021
GR30.12.2021
BE31.12.2021
FR31.12.2021
IS29.01.2022
PT31.01.2022
Former [2022/48]AL29.09.2021
CZ29.09.2021
DK29.09.2021
EE29.09.2021
ES29.09.2021
FI29.09.2021
HR29.09.2021
LT29.09.2021
LV29.09.2021
MC29.09.2021
NL29.09.2021
PL29.09.2021
RO29.09.2021
RS29.09.2021
SE29.09.2021
SK29.09.2021
IE17.12.2021
LU17.12.2021
BG29.12.2021
GB29.12.2021
NO29.12.2021
GR30.12.2021
IS29.01.2022
PT31.01.2022
Former [2022/47]AL29.09.2021
CZ29.09.2021
DK29.09.2021
EE29.09.2021
ES29.09.2021
FI29.09.2021
HR29.09.2021
LT29.09.2021
LV29.09.2021
MC29.09.2021
NL29.09.2021
PL29.09.2021
RO29.09.2021
RS29.09.2021
SE29.09.2021
SK29.09.2021
LU17.12.2021
BG29.12.2021
GB29.12.2021
NO29.12.2021
GR30.12.2021
IS29.01.2022
PT31.01.2022
Former [2022/46]AL29.09.2021
CZ29.09.2021
DK29.09.2021
EE29.09.2021
ES29.09.2021
FI29.09.2021
HR29.09.2021
LT29.09.2021
LV29.09.2021
MC29.09.2021
NL29.09.2021
PL29.09.2021
RO29.09.2021
RS29.09.2021
SE29.09.2021
SK29.09.2021
LU17.12.2021
BG29.12.2021
NO29.12.2021
GR30.12.2021
IS29.01.2022
PT31.01.2022
Former [2022/36]AL29.09.2021
CZ29.09.2021
DK29.09.2021
EE29.09.2021
ES29.09.2021
FI29.09.2021
HR29.09.2021
LT29.09.2021
LV29.09.2021
MC29.09.2021
NL29.09.2021
PL29.09.2021
RO29.09.2021
RS29.09.2021
SE29.09.2021
SK29.09.2021
BG29.12.2021
NO29.12.2021
GR30.12.2021
IS29.01.2022
PT31.01.2022
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CZ29.09.2021
EE29.09.2021
ES29.09.2021
FI29.09.2021
HR29.09.2021
LT29.09.2021
LV29.09.2021
MC29.09.2021
NL29.09.2021
PL29.09.2021
RO29.09.2021
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NO29.12.2021
GR30.12.2021
IS29.01.2022
PT31.01.2022
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CZ29.09.2021
EE29.09.2021
ES29.09.2021
FI29.09.2021
HR29.09.2021
LT29.09.2021
LV29.09.2021
NL29.09.2021
PL29.09.2021
RO29.09.2021
RS29.09.2021
SE29.09.2021
SK29.09.2021
BG29.12.2021
NO29.12.2021
GR30.12.2021
IS29.01.2022
PT31.01.2022
Former [2022/24]CZ29.09.2021
EE29.09.2021
ES29.09.2021
FI29.09.2021
HR29.09.2021
LT29.09.2021
LV29.09.2021
NL29.09.2021
PL29.09.2021
RO29.09.2021
RS29.09.2021
SE29.09.2021
SK29.09.2021
BG29.12.2021
NO29.12.2021
GR30.12.2021
IS29.01.2022
PT31.01.2022
Former [2022/23]CZ29.09.2021
EE29.09.2021
ES29.09.2021
FI29.09.2021
HR29.09.2021
LT29.09.2021
LV29.09.2021
PL29.09.2021
RS29.09.2021
SE29.09.2021
SK29.09.2021
BG29.12.2021
NO29.12.2021
GR30.12.2021
PT31.01.2022
Former [2022/10]FI29.09.2021
HR29.09.2021
LT29.09.2021
LV29.09.2021
RS29.09.2021
SE29.09.2021
BG29.12.2021
NO29.12.2021
GR30.12.2021
Former [2022/09]FI29.09.2021
LT29.09.2021
RS29.09.2021
SE29.09.2021
BG29.12.2021
NO29.12.2021
Former [2022/08]FI29.09.2021
LT29.09.2021
SE29.09.2021
BG29.12.2021
NO29.12.2021
Former [2022/07]LT29.09.2021
NO29.12.2021
Documents cited:Search[Y]  - FLORIAN SINGER ET AL, "A Realistic Validation Study of a New Nitrogen Multiple-Breath Washout System", PLOS ONE, (20120427), vol. 7, no. 4, doi:10.1371/journal.pone.0036083, page e36083, XP055203322 [Y] 1-10 * the whole document *

DOI:   http://dx.doi.org/10.1371/journal.pone.0036083
 [Y]  - FLORIAN SINGER ET AL, "Tidal Volume Single Breath Washout of Two Tracer Gases - A Practical and Promising Lung Function Test", PLOS ONE, (20110310), vol. 6, no. 3, doi:10.1371/journal.pone.0017588, page e17588, XP055207522 [Y] 1-10 * abstract * * page 1, column l, paragraph l - page 4, column l, paragraph 2 *

DOI:   http://dx.doi.org/10.1371/journal.pone.0017588
by applicantEP0597060
 EP0653919
 EP1764035
 EP1764036
    - A.A. HUTCHISON; A.C. SUM; T.A. DEMIS; A. ERBEN; L.. LANDAU, "Momentanalyse eines Multiple-Breath Stickstoff Auswaschverfahrens bei Kindern", AM REV RESPIR DIS, (1982), vol. 125, pages 28 - 32
    - "Übereinkommenserklärung für Inertgas-Auswaschverfahrenmessungen bei Gebrauch von Multiple- und Single Breath Tests", EUR RESPIR J, (2013), vol. 41, pages 507 - 522
    - "berein-kommenserklärung für Inertgas-Auswaschverfahrenmessungen bei Gebrauch von Multiple- und Single Breath Tests", EUR RESPIR J, (2013), vol. 41, pages 507 - 522
    - P.M. GUSTAFSSON; P. AURORA; A. LINDBLAD, "Auswertung von fehlverteilter Beatmung als ein frühes Anzeichen für Lungenkrankheiten bei unter cystischen Fibrosen leidenden Kindern", EUR RESPIR J, (2003), vol. 22, pages 972 - 979
    - F. SINGER; B. HOULTZ; P. LATZIN; P. ROBINSON; P. GUSTAFSSON, "Eine realistische Validierungsstudie eines neuen Multiple-Breath-Stickstoff Auswaschverfahrens", PLOS ONE, (2012), vol. 7, no. 4, page E36083
    - "Übereinkommenserklärung für Inertgas-Auswaschverfahrenmessungen bei Gebrauch von Multiple- und Single-Breath-Tests", EUR RESPIR J, (2013), vol. 41, pages 507 - 522
    - R. LAUBER; B. SEEBERGER; A.M. ZBINDEN, "Kohlenstoffdioxid-Analsysatoren: Genauigkeit, Alarmgrenzwerte und Auswirkungen eingreifender Gase", CAN J ANAESTH, (1995), vol. 42, no. 7, pages 643 - 656
The EPO accepts no responsibility for the accuracy of data originating from other authorities; in particular, it does not guarantee that it is complete, up to date or fit for specific purposes.