Patent Assignment
Reel/Frame 065427/0862
Assignment of Assignor's Interest
Recorded: 2023-11-01
Received: 2023-11-01
Pages: 38
Assignor
XEROX CORPORATION
Executed: 2023-08-11
Assignee
ELEM ADDITIVE LLC
11000 WESTON PKWY, CARY, NC, 27513, UNITED STATES
Covered Properties
(54)
Method and Apparatus for Forming Internal Structures of Three-Dimensional (3D) Objects
Application:
18/358,369 →
Bimetallic Composite Parts and Methods Thereof
Application:
18/213,577 →
Variable Line Spacing Print Method for Unsupported Features in Three-Dimensional Objects
Application:
18/338,998 →
Perimeter and Infill Optimizations for Liquid Metal Jetting 3D Printing
Application:
18/329,259 →
Clearing an Occlusion from a Metal Jetting Printhead Nozzle Without Contact
Application:
18/307,352 →
Liquid Metal Ejector Level Sensing System and Methods Thereof
Application:
18/298,847 →
Atmosphere and Part Formation in a Liquid Metal Drop-on-Demand Printer
Application:
18/166,104 →
Dynamic in-Flight Characterization of Build Material in a 3D Printer and System and Methods Thereof
Application:
18/059,638 →
Inspection System for Three-Dimensional Printer and Methods Thereof
Application:
18/059,643 →
Printing a Three-Dimensional Part with Enhanced Drop Placement and System and Methods Thereof
Application:
18/047,359 →
Printing a Three-Dimensional Part to Enhance Separation and System and Methods Thereof
Application:
18/047,371 →
System and Method for Controlling Flow Through a 3D Printer
Application:
17/930,226 →
System and Method for Controlling Flow Through a 3D Printer
Application:
17/930,233 →
High-Throughput Liquid Metal Inkjet Nozzle with Porous Layer for Meniscus Damping
Application:
17/820,468 →
High-Throughput Liquid Metal Inkjet Nozzle with Porous Layer for Meniscus Damping
Application:
17/820,481 →
Leveraging Printing Standoff Distance in Three-Dimensional Printing to Enhance Part Separation and System and Methods Thereof
Application:
17/883,088 →
Liquid Metal Ejector Level Sense System and Methods Thereof
Application:
17/853,676 →
System and Method for Magnetohydrodynamic (Mhd) Printhead/Nozzle
Application:
17/851,551 →
Method for Magnetohydrodynamic (Mhd) Printhead/Nozzle Reuse
Application:
17/850,526 →
Three-Dimensional Unsupported Structural Features and System and Methods Thereof
Application:
17/843,098 →
Object Printed by a 3D Printer and a Method for Determining the Temperature of the Object
Application:
17/655,246 →
System and Method for Controlling Temperature in a Three-Dimensional (3D) Printer
Application:
17/653,138 →
Dross Extraction Implement for an Mhd Printer and Methods Thereof
Application:
17/652,532 →
Dross Extraction System for an Mhd Printer and Methods Thereof
Application:
17/651,248 →
Ejector for Metal Jetting Bulk Metallic Glass Compositions and Methods Thereof
Application:
17/554,089 →
Liquid Metal Ejector Buoyant Sensing System and Methods Thereof
Application:
17/534,040 →
Liquid Metal Ejector Dual Sensor System and Methods Thereof
Application:
17/454,926 →
Alloying of Metal Jetting Compositions and Methods Thereof
Application:
17/448,940 →
Liquid Metal Drop Mass Measurement and Methods Thereof
Application:
17/447,174 →
Ejector for Modification of Metal Jetting Compositions and Methods Thereof
Application:
17/462,713 →
Modification of Metal Jetting Compositions and Methods Thereof
Application:
17/462,804 →
Dross Extraction System and Methods Thereof
Application:
17/374,762 →
System and Method for Controlling Temperature in a Three-Dimensional (3D) Printer
Application:
17/371,470 →
System and Method for Controlling Temperature in a Three-Dimensional (3D) Printer
Application:
17/371,391 →
Liquid Metal Ejector Level Sensing System and Methods Thereof
Application:
17/367,991 →
Dross Abatement System and Methods Thereof
Application:
17/348,908 →
Building an Object with a Three-Dimensional Printer Using Vibrational Energy
Application:
17/144,910 →
Method for Magnetohydrodynamic (Mhd) Printhead/Nozzle Reuse
Application:
17/131,402 →
Resistive Liquid Metal Level Sensing in a Magnetohydrodynamic (Mhd) Jetting System
Application:
17/131,498 →
Removable Inner Shell for Dross Control and/or Removal for Metal Printer
Application:
17/131,372 →
Building an Object with a Three-Dimensional Printer Using Burst Mode Jetting
Application:
17/121,197 →
Three-Dimensional Printer with Nitrogen Atmosphere
Application:
17/109,800 →
Micro-Welding Using a Three-Dimensional Printer
Application:
17/060,825 →
Micro-Welding Using a Three-Dimensional Printer
Application:
17/061,213 →
Surface Treated Additive Manufacturing Printhead Nozzles and Methods for the Same
Application:
17/017,392 →
Surface Treated Additive Manufacturing Printhead Nozzles and Methods for the Same
Application:
17/017,447 →
Atmosphere and Part Formation in a Liquid Metal Drop-on-Demand Printer
Application:
16/991,159 →
System and Method for Determining a Temperature of an Object
Application:
16/903,813 →
Object Printed by a 3D Printer and a Method for Determining the Temperature of the Object
Application:
16/903,835 →
System and Method for Determining a Temperature Differential Between Portions of an Object Printed by a 3D Printer
Application:
16/903,855 →
Three-Dimensional Printing System and Method of Three-Dimensional Printing
Application:
16/808,285 →
Three-Dimensional Printing System and Method of Three-Dimensional Printing
Application:
16/808,266 →
Venturi Inlet Printhead
Application:
16/712,725 →
Gas Expansion Material Jetting Actuator
Application:
16/712,618 →