Patent Assignment Details
NOTE:Results display only for issued patents and published applications.
For pending or abandoned applications please consult USPTO staff.
|
| Reel/Frame: | 058272/0986 | |
| Pages: | 7 |
| | Recorded: | 12/02/2021 | | |
| Attorney Dkt #: | NLIGHT168PCT_A-E_US |
| Conveyance: | ASSIGNMENT OF ASSIGNORS INTEREST (SEE DOCUMENT FOR DETAILS). |
|
|
Total properties:
5
|
|
|
|
Patent #:
|
NONE
|
Issue Dt:
|
|
Application #:
|
17417365
|
Filing Dt:
|
06/22/2021
|
|
Publication #:
|
|
Pub Dt:
|
03/03/2022
| | | | |
|
Title:
|
OPTICAL FIBER DEVICES AND METHODS FOR SUPPRESSING STIMULATED RAMAN SCATTERING (SRS)
|
|
|
|
|
Patent #:
|
NONE
|
Issue Dt:
|
|
Application #:
|
17417729
|
Filing Dt:
|
06/23/2021
|
|
Publication #:
|
|
Pub Dt:
|
03/10/2022
| | | | |
|
Title:
|
OPTICAL FIBER DEVICES AND METHODS FOR DIRECTING STIMULATED RAMAN SCATTERING (SRS) LIGHT OUT OF A FIBER
|
|
|
|
|
Patent #:
|
NONE
|
Issue Dt:
|
|
Application #:
|
17418699
|
Filing Dt:
|
06/25/2021
|
|
Publication #:
|
|
Pub Dt:
|
03/24/2022
| | | | |
|
Title:
|
OPTICAL FIBER DEVICES AND METHODS FOR DIRECTING STIMULATED RAMAN SCATTERING (SRS) LIGHT OUT OF A FIBER CORE & INTO A CLADDING
|
|
|
|
|
Patent #:
|
NONE
|
Issue Dt:
|
|
Application #:
|
17418705
|
Filing Dt:
|
06/25/2021
|
|
Publication #:
|
|
Pub Dt:
|
04/21/2022
| | | | |
|
Title:
|
OPTICAL FIBER DEVICES AND METHODS FOR REDUCING STIMULATED RAMAN SCATTERING (SRS) LIGHT INTENSITY IN SIGNAL COMBINED SYSTEMS
|
|
|
|
|
Patent #:
|
NONE
|
Issue Dt:
|
|
Application #:
|
17418707
|
Filing Dt:
|
06/25/2021
|
|
Publication #:
|
|
Pub Dt:
|
03/17/2022
| | | | |
|
Title:
|
OPTICAL FIBER DEVICES AND METHODS FOR REDUCING STIMULATED RAMAN SCATTERING (SRS) LIGHT EMISSIONS FROM A RESONANT CAVITY
|
|
|
Assignee
|
|
|
|
|
| 5408 NE 88TH STREET, BLDG E |
| VANCOUVER, WASHINGTON 98665 |
|
|
Correspondence name and address
|
| |
NLIGHT, INC.
|
| |
4637 NW 18TH AVE
|
| |
CAMAS, WA 98607
|
Search Results as of:
09/23/2024 01:01 AM
If you have any comments or questions concerning the data displayed,
contact
PRD / Assignments at 571-272-3350. v.2.6
Web interface last modified:
August 25, 2017 v.2.6
|
