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Extract from the Register of European Patents

EP About this file: EP2877811

EP2877811 - INTERFEROMETRIC DISTANCE MEASURING ASSEMBLY AND METHOD [Right-click to bookmark this link]
Former [2015/23]INTERFEROMETRIC DISTANCE MEASURING ARRANGEMENT AND CORRESPONDING METHOD
[2019/23]
StatusNo opposition filed within time limit
Status updated on  07.08.2020
Database last updated on 14.09.2024
FormerThe patent has been granted
Status updated on  30.08.2019
FormerGrant of patent is intended
Status updated on  23.05.2019
FormerExamination is in progress
Status updated on  02.11.2018
Most recent event   Tooltip08.07.2022Lapse of the patent in a contracting state
New state(s): MK
published on 10.08.2022  [2022/32]
Applicant(s)For all designated states
Hexagon Technology Center GmbH
Heinrich-Wild-Strasse
9435 Heerbrugg / CH
[2015/23]
Inventor(s)01 / JENSEN, Thomas
Mühletobelstr. 31
CH-9400 Rorschach / CH
 [2015/23]
Representative(s)Kaminski Harmann
Patentanwälte AG
Landstrasse 124
9490 Vaduz / LI
[2019/40]
Former [2015/23]Gyaja, Christoph Benjamin
Kaminski Harmann
Patentanwälte AG
Landstrasse 124
9490 Vaduz / LI
Application number, filing date13739218.918.07.2013
[2019/40]
WO2013EP65224
Priority number, dateEP2012017761524.07.2012         Original published format: EP 12177615
[2015/23]
Filing languageDE
Procedural languageDE
PublicationType: A1 Application with search report
No.:WO2014016201
Date:30.01.2014
Language:DE
[2014/05]
Type: A1 Application with search report 
No.:EP2877811
Date:03.06.2015
Language:DE
The application published by WIPO in one of the EPO official languages on 30.01.2014 takes the place of the publication of the European patent application.
[2015/23]
Type: B1 Patent specification 
No.:EP2877811
Date:02.10.2019
Language:DE
[2019/40]
Search report(s)International search report - published on:EP30.01.2014
ClassificationIPC:G01B9/02
[2015/23]
CPC:
G01B9/02004 (EP,US); G01B9/02091 (US); G01B11/14 (US);
G01B9/02027 (EP,US); G01B9/02044 (US); G01B9/0205 (EP,US);
G01B9/02057 (EP,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 [2015/23]
Extension statesBANot yet paid
MENot yet paid
TitleGerman:INTERFEROMETRISCHE ENTFERNUNGSMESSANORDNUNG UND EBENSOLCHES VERFAHREN[2015/23]
English:INTERFEROMETRIC DISTANCE MEASURING ASSEMBLY AND METHOD[2019/23]
French:DISPOSITIF DE MESURE DE DISTANCE INTERFÉROMÉTRIQUE ET PROCÉDÉ ASSOCIÉ[2019/23]
Former [2015/23]INTERFEROMETRIC DISTANCE MEASURING ARRANGEMENT AND CORRESPONDING METHOD
Former [2015/23]DISPOSITIF DE TÉLÉMÉTRIE PAR INTERFÉROMÉTRIE ET PROCÉDÉ CORRESPONDANT
Entry into regional phase04.12.2014National basic fee paid 
04.12.2014Designation fee(s) paid 
04.12.2014Examination fee paid 
Examination procedure04.12.2014Examination requested  [2015/23]
03.09.2015Amendment by applicant (claims and/or description)
02.11.2018Despatch of a communication from the examining division (Time limit: M04)
28.02.2019Reply to a communication from the examining division
24.05.2019Communication of intention to grant the patent
22.08.2019Fee for grant paid
22.08.2019Fee for publishing/printing paid
22.08.2019Receipt of the translation of the claim(s)
Divisional application(s)The date of the Examining Division's first communication in respect of the earliest application for which a communication has been issued is  02.11.2018
Opposition(s)03.07.2020No opposition filed within time limit [2020/37]
Fees paidRenewal fee
23.07.2015Renewal fee patent year 03
22.07.2016Renewal fee patent year 04
24.07.2017Renewal fee patent year 05
27.07.2018Renewal fee patent year 06
25.07.2019Renewal fee patent year 07
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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  TooltipHU18.07.2013
AL02.10.2019
CY02.10.2019
CZ02.10.2019
DK02.10.2019
EE02.10.2019
ES02.10.2019
FI02.10.2019
HR02.10.2019
IT02.10.2019
LT02.10.2019
LV02.10.2019
MC02.10.2019
MK02.10.2019
MT02.10.2019
PL02.10.2019
RO02.10.2019
RS02.10.2019
SE02.10.2019
SI02.10.2019
SK02.10.2019
SM02.10.2019
TR02.10.2019
BG02.01.2020
NO02.01.2020
GR03.01.2020
IS02.02.2020
PT03.02.2020
[2022/32]
Former [2022/27]HU18.07.2013
AL02.10.2019
CY02.10.2019
CZ02.10.2019
DK02.10.2019
EE02.10.2019
ES02.10.2019
FI02.10.2019
HR02.10.2019
IT02.10.2019
LT02.10.2019
LV02.10.2019
MC02.10.2019
MT02.10.2019
PL02.10.2019
RO02.10.2019
RS02.10.2019
SE02.10.2019
SI02.10.2019
SK02.10.2019
SM02.10.2019
TR02.10.2019
BG02.01.2020
NO02.01.2020
GR03.01.2020
IS02.02.2020
PT03.02.2020
Former [2022/26]AL02.10.2019
CZ02.10.2019
DK02.10.2019
EE02.10.2019
ES02.10.2019
FI02.10.2019
HR02.10.2019
IT02.10.2019
LT02.10.2019
LV02.10.2019
MC02.10.2019
PL02.10.2019
RO02.10.2019
RS02.10.2019
SE02.10.2019
SI02.10.2019
SK02.10.2019
SM02.10.2019
TR02.10.2019
BG02.01.2020
NO02.01.2020
GR03.01.2020
IS02.02.2020
PT03.02.2020
Former [2021/15]AL02.10.2019
CZ02.10.2019
DK02.10.2019
EE02.10.2019
ES02.10.2019
FI02.10.2019
HR02.10.2019
IT02.10.2019
LT02.10.2019
LV02.10.2019
MC02.10.2019
PL02.10.2019
RO02.10.2019
RS02.10.2019
SE02.10.2019
SI02.10.2019
SK02.10.2019
SM02.10.2019
BG02.01.2020
NO02.01.2020
GR03.01.2020
IS02.02.2020
PT03.02.2020
Former [2020/51]AL02.10.2019
CZ02.10.2019
DK02.10.2019
EE02.10.2019
ES02.10.2019
FI02.10.2019
HR02.10.2019
IT02.10.2019
LT02.10.2019
LV02.10.2019
PL02.10.2019
RO02.10.2019
RS02.10.2019
SE02.10.2019
SI02.10.2019
SK02.10.2019
SM02.10.2019
BG02.01.2020
NO02.01.2020
GR03.01.2020
IS02.02.2020
PT03.02.2020
Former [2020/38]AL02.10.2019
CZ02.10.2019
DK02.10.2019
EE02.10.2019
ES02.10.2019
FI02.10.2019
HR02.10.2019
IT02.10.2019
LT02.10.2019
LV02.10.2019
PL02.10.2019
RO02.10.2019
RS02.10.2019
SE02.10.2019
SK02.10.2019
SM02.10.2019
BG02.01.2020
NO02.01.2020
GR03.01.2020
IS02.02.2020
PT03.02.2020
Former [2020/37]AL02.10.2019
CZ02.10.2019
DK02.10.2019
EE02.10.2019
ES02.10.2019
FI02.10.2019
HR02.10.2019
LT02.10.2019
LV02.10.2019
PL02.10.2019
RO02.10.2019
RS02.10.2019
SE02.10.2019
SK02.10.2019
SM02.10.2019
BG02.01.2020
NO02.01.2020
GR03.01.2020
IS02.02.2020
PT03.02.2020
Former [2020/36]AL02.10.2019
CZ02.10.2019
DK02.10.2019
EE02.10.2019
ES02.10.2019
FI02.10.2019
HR02.10.2019
LT02.10.2019
LV02.10.2019
PL02.10.2019
RO02.10.2019
RS02.10.2019
SE02.10.2019
BG02.01.2020
NO02.01.2020
GR03.01.2020
IS02.02.2020
PT03.02.2020
Former [2020/32]AL02.10.2019
CZ02.10.2019
ES02.10.2019
FI02.10.2019
HR02.10.2019
LT02.10.2019
LV02.10.2019
PL02.10.2019
RS02.10.2019
SE02.10.2019
BG02.01.2020
NO02.01.2020
GR03.01.2020
PT03.02.2020
IS24.02.2020
Former [2020/25]CZ02.10.2019
ES02.10.2019
FI02.10.2019
HR02.10.2019
LT02.10.2019
LV02.10.2019
PL02.10.2019
RS02.10.2019
SE02.10.2019
BG02.01.2020
NO02.01.2020
GR03.01.2020
PT03.02.2020
IS24.02.2020
Former [2020/24]ES02.10.2019
FI02.10.2019
LT02.10.2019
LV02.10.2019
PL02.10.2019
SE02.10.2019
BG02.01.2020
NO02.01.2020
GR03.01.2020
PT03.02.2020
IS24.02.2020
Former [2020/23]ES02.10.2019
FI02.10.2019
LT02.10.2019
LV02.10.2019
PL02.10.2019
SE02.10.2019
BG02.01.2020
NO02.01.2020
GR03.01.2020
PT03.02.2020
Former [2020/22]FI02.10.2019
LT02.10.2019
SE02.10.2019
BG02.01.2020
NO02.01.2020
PT03.02.2020
Former [2020/21]NO02.01.2020
Cited inInternational search[I]US2007002327  (ZHOU YAN [US], et al) [I] 1-15 * paragraph [0053]; figures 8-10 *;
 [ID]WO2009036861  (LEICA GEOSYSTEMS AG [CH], et al) [ID] 1-15 * Seite 17, Zeile 26 - Seite 19, Zeile 10, Abbildungen 5a-5h *;
 [XI]  - YOUXIN MAO ET AL, "Simultaneous multi-wavelength-band optical frequency domain imaging for spectroscopic investigations", SPIE, PO BOX 10 BELLINGHAM WA 98227-0010, USA, (20110822), vol. 8155, ISBN 9780819487650, pages 81551A-1 - 81551A-7, XP040563664 [X] 1,11 * pages 81551A-2 - pages 81551A-3; figure 2 * [I] 2-10,12-15
 [XI]  - WANG ET AL, "Wavelength encoded OCT imaging using swept-source", SPIE, PO BOX 10 BELLINGHAM WA 98227-0010 USA, (20071112), vol. 6826, XP040431908 [X] 1,11 * the whole document * [I] 2-10,12-15
Examination   - BEAU A STANDISH ET AL, "In vivo endoscopic multi-beam optical coherence tomography", PHYSICS IN MEDICINE AND BIOLOGY, INSTITUTE OF PHYSICS PUBLISHING, BRISTOL GB, (20100207), vol. 55, no. 3, ISSN 0031-9155, pages 615 - 622, XP020171750
by applicantDE4325337
 DE4325347
 US5402582
 EP1474650
 EP1739811
 WO2009036861
    - T. KLEIN ET AL., "Megahertz OCT for ultrawide-field retinal imaging with a 1050nm Fourier domain mode-locked laser", OPT. EXPRESS, (2011), vol. 19, pages 3044 - 3062
    - Y.K. TAO ET AL., "High-speed complex conjugate resolved retinal spectral domain optical coherence tomography using sinusoidal phase modulation", OPT. LETT., (2007), vol. 32, doi:doi:10.1364/OL.32.002918, page 2918, XP001508526

DOI:   http://dx.doi.org/10.1364/OL.32.002918
    - T. DRESEL ET AL., "Three-dimensional sensing of rough surfaces by coherence radar", APPL. OPT., (1992), vol. 31, doi:doi:10.1364/AO.31.000919, page 919, XP000248792

DOI:   http://dx.doi.org/10.1364/AO.31.000919
    - S.W. LEE ET AL., "Line-field optical coherence tomography using frequency-sweeping source", IEEE J. SELEC. TOP. QUANT. ELECTR., (2008), vol. 14, page 50, XP011204178
 EP20110171582
 EP20120177582
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