IP Library Assignment 074938/0702
Patent Assignment
Reel/Frame 074938/0702

Security Interest

Recorded: 2026-02-19 Pages: 13
Assignor
LUXWALL, INC.
Executed: 2026-02-19
Assignee
FIRST-CITIZENS BANK & TRUST COMPANY
75 N. FAIR OAKS AVENUE, CLAS PAS-04-02, PASADENA, CALIFORNIA, 91103
Covered Properties (60)
Vacuum Insulated Panel with Getter Having Ti-Al-V Crystalline Phase and Method of Making Same
Application: 19/359,774 →
Publication: US 2026/0043294
Vacuum Insulated Panel with Edge Seal
Application: 19/354,978 →
Publication: US 2026/0035988
Vacuum Insulated Panel with Optimized Seal Width(S)
Application: 19/351,365 →
Publication: US 2026/0035986
Vacuum Insulated Panel Configured for Measurement of Pressure in Evacuated Gap
Application: 18/786,810 →
Publication: US 2026/0028872
Vacuum Insulated Panel Seal Density
Application: 19/343,427 →
Publication: US 2026/0022607
Vacuum Insulated Panel with Optimized Seal Thickness(Es)
Application: 19/325,603 →
Publication: US 2026/0009283
Vacuum Insulated Panel with Passivation Layer
Application: 19/311,098 →
Publication: US 2025/0389149
Vacuum Insulated Panel with Seal for Pump-Out Tube and/or Method of Making Same
Application: 19/307,103 →
Publication: US 2025/0375957
Vacuum Insulated Panel with Cte Optimized Edge Seal
Application: 19/291,732 →
Publication: US 2025/0353281
Vacuum Insulated Panel with Thermal Conductivity/Diffusivity Additive(S) for Seal Material
Application: 18/668,374 →
Publication: US 2025/0353278
Vacuum Insulated Panel with Trough for Getter
Application: 18/664,462 →
Publication: US 2025/0354431
Vacuum Insulated Panel with Seal Material Thermal Diffusivity and/or Conductivity
Application: 19/266,219 →
Publication: US 2025/0340047
Vacuum Insulated Panel with Glass Substrates Having Edge(S) with Reduced Surface Roughness and/or Seal Designed to Reduce Stress
Application: 18/654,040 →
Publication: US 2025/0341129
Method of Making Vacuum Insulated Panel
Application: 19/265,068 →
Publication: US 2025/0332817
Vacuum Insulated Panel with Low Temperature Seal Having Low Carbon Content
Application: 18/650,204 →
Publication: US 2025/0333998
Vacuum Insulated Panel with High Condensation Resistance Factor (Crf)
Application: 18/632,364 →
Publication: US 2025/0320768
Vacuum Insulated Panel with Improved Thermal Performance Proximate Edge of Glass During Asymmetric Thermal Conditions
Application: 18/636,472 →
Publication: US 2025/0320767
Vacuum Insulated Panel with Glass Removal Proximate Edge Seal
Application: 18/633,733 →
Publication: US 2025/0320769
Method of Making Vacuum Insulated Panel
Application: 19/243,947 →
Publication: US 2025/0312994
Vacuum Insulated Panel with Glass Evacuation Tube and Method
Application: 18/623,109 →
Publication: US 2025/0305616
Vacuum Insulated Panel with Glass Evacuation Tube Tip Seal and Method
Application: 18/626,359 →
Publication: US 2025/0305617
Method of Making Vacuum Insulated Panel Using Laser Processing of Seal Material to Change Stoichiometry and/or Oxidation State(S)
Application: 19/228,968 →
Publication: US 2025/0296298
Vacuum Insulated Panel with Evacuation Tube Mounting Structure and Method
Application: 18/619,266 →
Publication: US 2025/0297509
Vacuum Insulated Panel with Evacuation Tube Mounting Structure and Surface Roughness for Tube Seal
Application: 18/629,996 →
Publication: US 2025/0297510
Vacuum Insulated Panel with Hole and Seal for Evacuation Tube and Method
Application: 18/617,736 →
Publication: US 2025/0297511
Vacuum Insulated Panel with Seal for Evacuation Tube and Method
Application: 18/616,420 →
Publication: US 2025/0297512
Vacuum Insulated Panel with Getter Having Ti-Al-V Crystalline Phase and Method of Making Same
Application: 18/376,932 →
Publication: US 2024/0165578
Method of Making Vacuum Insulated Panel Using Laser Processing of Seal Material to Change Stoichiometry and/or Oxidation State(S)
Application: 18/377,328 →
Publication: US 2024/0166548
Method of Making Vacuum Insulated Panel with Optimized Laser Speed
Application: 18/377,335 →
Publication: US 2024/0166559
Vacuum Insulated Panel Seal Density
Application: 18/376,490 →
Publication: US 2024/0167312
Vacuum Insulated Panel with Seal for Pump-Out Tube and/or Method of Making Same
Application: 18/376,914 →
Publication: US 2024/0167313
Vacuum Insulated Panel with Getter
Application: 18/376,926 →
Publication: US 2024/0167314
Vacuum Insulated Panel with Cte Optimized Edge Seal
Application: 18/379,285 →
Publication: US 2024/0167315
Vacuum Insulated Panel with Multi-Row Seal
Application: 18/510,777 →
Publication: US 2024/0167316
Vacuum Insulated Panel with Optimized Compressive and/or Tensile Stress in Glass
Application: 18/376,495 →
Publication: US 2024/0167318
Vacuum Insulated Panel with Optimized Seal Thickness(Es)
Application: 18/376,503 →
Publication: US 2024/0167319
Vacuum Insulated Panel with Edge Seal
Application: 18/379,275 →
Publication: US 2024/0167320
Vacuum Insulated Panel with Optimized Seal Width(S)
Application: 18/376,473 →
Publication: US 2024/0167322
Vacuum Insulated Panel with Seal Material Thermal Diffusivity and/or Conductivity
Application: 18/376,479 →
Publication: US 2024/0167323
Vacuum Insulated Panel with Tellurium Oxide and/or Vanadium Oxide Inclusive Seal
Application: 18/376,483 →
Publication: US 2024/0167324
Method of Making Vacuum Insulated Panel with Pre-Heating and Laser Heating
Application: 18/376,897 →
Publication: US 2024/0167327
Method of Making Vacuum Insulated Panel with Lasing Duration
Application: 18/376,907 →
Publication: US 2024/0167328
Method of Making Vacuum Insulated Panel with Optimized Laser Beam Size
Application: 18/376,900 →
Publication: US 2024/0167329
Vacuum Insulated Panel with Ceramic Spacers
Application: 18/517,044 →
Publication: US 2024/0167317
Vacuum Insulated Panel with Passivation Layer
Application: 18/513,944 →
Publication: US 2024/0167321
Vacuum Insulated Panel with Getter
Application: 18/376,926 →
Publication: US 2024/0167314
Vacuum Insulated Panel with Tellurium Oxide and/or Vanadium Oxide Inclusive Seal
Application: 18/376,483 →
Publication: US 2024/0167324
Vacuum Insulated Panel with Getter Having Ti-Al-V Crystalline Phase and Method of Making Same
Application: 18/376,932 →
Publication: US 2024/0165578
Vacuum Insulated Panel with Edge Seal
Application: 18/379,275 →
Publication: US 2024/0167320
Vacuum Insulated Panel with Ceramic Spacers
Application: 18/517,044 →
Publication: US 2024/0167317
Vacuum Insulated Panel with Optimized Seal Width(S)
Application: 18/376,473 →
Publication: US 2024/0167322
Vacuum Insulated Panel Seal Density
Application: 18/376,490 →
Publication: US 2024/0167312
Vacuum Insulated Panel with Optimized Seal Thickness(Es)
Application: 18/376,503 →
Publication: US 2024/0167319
Vacuum Insulated Panel with Seal for Pump-Out Tube and/or Method of Making Same
Application: 18/376,914 →
Publication: US 2024/0167313
Vacuum Insulated Panel with Passivation Layer
Application: 18/513,944 →
Publication: US 2024/0167321
Vacuum Insulated Panel with Cte Optimized Edge Seal
Application: 18/379,285 →
Publication: US 2024/0167315
Vacuum Insulated Panel with Seal Material Thermal Diffusivity and/or Conductivity
Application: 18/376,479 →
Publication: US 2024/0167323
Method of Making Vacuum Insulated Panel with Optimized Laser Speed
Application: 18/377,335 →
Publication: US 2024/0166559
Method of Making Vacuum Insulated Panel with Optimized Laser Beam Size
Application: 18/376,900 →
Publication: US 2024/0167329
Method of Making Vacuum Insulated Panel Using Laser Processing of Seal Material to Change Stoichiometry and/or Oxidation State(S)
Application: 18/377,328 →
Publication: US 2024/0166548
Related Assignments (12)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignor's Interest Apr 17, 2024
From: THOMSEN, SCOTT V.; BISCHOFF, CHRISTIAN
To: LUXWALL, INC.
Reel/Frame 067132/0554 →
Assignment of Assignor's Interest Apr 17, 2024
From: THOMSEN, SCOTT V.; BISCHOFF, CHRISTIAN
To: LUXWALL, INC.
Reel/Frame 067131/0917 →
Assignment of Assignor's Interest Apr 18, 2024
From: THOMSEN, SCOTT V.; BISCHOFF, CHRISTIAN
To: LUXWALL, INC.
Reel/Frame 067143/0587 →
Assignment of Assignor's Interest Apr 18, 2024
From: THOMSEN, SCOTT V.; BISCHOFF, CHRISTIAN
To: LUXWALL, INC.
Reel/Frame 067145/0967 →
Assignment of Assignor's Interest May 6, 2024
From: THOMSEN, SCOTT V.; WALDEN, DOUGLAS HARRISON
To: LUXWALL, INC.
Reel/Frame 067318/0887 →
Assignment of Assignor's Interest May 6, 2024
From: THOMSEN, SCOTT V.; BISCHOFF, CHRISTIAN
To: LUXWALL, INC.
Reel/Frame 067318/0703 →
Assignment of Assignor's Interest May 7, 2024
From: THOMSEN, SCOTT V.; ROTHENBERGER, JASON
To: LUXWALL, INC.
Reel/Frame 067337/0214 →
Assignment of Assignor's Interest May 8, 2024
From: MEGHARAJ, PRABHU; THOMSEN, SCOTT V.
To: LUXWALL, INC.
Reel/Frame 067344/0251 →
Assignment of Assignor's Interest May 8, 2024
From: ROTHENBERGER, JASON; BISCHOFF, CHRISTIAN; THOMSEN, SCOTT V.
To: LUXWALL, INC.
Reel/Frame 067345/0139 →
Assignment of Assignor's Interest Jun 6, 2024
From: BISCHOFF, CHRISTIAN
To: LUXWALL, INC.
Reel/Frame 067636/0153 →
Assignment of Assignor's Interest Jun 6, 2024
From: THOMSEN, SCOTT V.
To: LUXWALL, INC.
Reel/Frame 067636/0127 →
Assignment of Assignor's Interest Aug 21, 2024
From: LINGLE, PHILIP J.; THOMSEN, SCOTT V.
To: LUXWALL, INC.
Reel/Frame 068352/0113 →