XTPL S.A.
1 more in force is now held by another company
Held is read from USPTO's recorded assignments; a transfer never recorded there does not appear.
0
Ending by 2030
Jun 2039
Next term end
When these terms end
Held patents by the year their term ends
20262027202820292030203120322033203420352036203720382039204020412042204320442045
Fee deadlines
Maintenance fees fall due 3.5, 7.5 and 11.5 years after grant. A missed fee ends a patent at the end of the six month grace period that follows, not on the due date.
- 2 fees due Dec 13, 2026
- 1 fee due Jan 4, 2027The maintenance fee for Method of estimating an output diameter of a capillary tube, and related methods (US 11,691,110) comes due Jan 4, 2027. Unpaid by Jul 6, 2027, it lapses early.
- 1 fee due Mar 12, 2027The maintenance fee for Method of estimating a line width of a nanoparticle line formed using a capillary tube, and related methods (US 11,754,483) comes due Mar 12, 2027. Unpaid by Sep 13, 2027, it lapses early.
- 2 fees due Aug 20 to 27, 2027 · next Aug 20
- 1 fee due Sep 19, 2027The maintenance fee for Method of filling a microcavity with layers of polymeric material (US 11,931,935) comes due Sep 19, 2027. Unpaid by Mar 20, 2028, it lapses early.
Recent changes
- 1 of the patents on this record was granted since Aug 16, 2026
Patents held now
Soonest term end first. Each date below is computed on that patent's own page, which shows the rule, the adjustments and the fee history it was derived from.
| Patent | Title | Status | Expires | Confidence |
|---|---|---|---|---|
| US 11,419,219 | Method for repairing conductor tracks In force · From the USPTO record | In force | From the USPTO record | |
| US 11,673,406 | Method of printing fluid In force · From the USPTO record | In force | From the USPTO record | |
| US 11,490,526 | Method of forming a structure upon a substrate In force · From the USPTO record | In force | From the USPTO record | |
| US 11,673,409 | Fluid printing apparatus In force · From the USPTO record | In force | From the USPTO record | |
| US 11,549,026 | Metallic nanoparticle compositions In force · From the USPTO record | In force | From the USPTO record | |
| US 11,691,110 | Method of estimating an output diameter of a capillary tube, and related methods In force · From the USPTO record | In force | From the USPTO record | |
| US 12,101,893 | Methods of dispensing a metallic nanoparticle composition from a nozzle onto a substrate In force · From the USPTO record | In force | From the USPTO record | |
| US 11,754,483 | Method of estimating a line width of a nanoparticle line formed using a capillary tube, and related methods In force · From the USPTO record | In force | From the USPTO record | |
| US 11,905,591 | Method of decreasing a sheet resistance of a transparent conductor and a method of forming a multilayer transparent conductor In force · From the USPTO record | In force | From the USPTO record | |
| US 11,987,049 | Method of forming a feature by dispensing a metallic nanoparticle composition from an ink-jet print head and a metallic nanoparticle composition for ink-jet printing In force · From the USPTO record | In force | From the USPTO record |
Also on record, not counted in the 23: 1 patent in force now held by others. List them
Sources and methods
Compiled from the USPTO record, grants, published applications and recorded assignments, not yet reviewed by hand.
How this record was built
Computed patent terms end on the dates shown. Related patents and pending applications may cover overlapping subject matter.
Published applications
US patent applications published under this name that have not become patents. An application is published about eighteen months after its earliest filing; one that has not been published is in no public record.
6 pending