IP Library Assignment 043029/0657
Patent Assignment
Reel/Frame 043029/0657

Change of Name

Recorded: 2017-06-28 Pages: 6
Assignor
ZIPTRONIX , INC.
Executed: 2017-05-26
Assignee
INVENSAS BONDING TECHNOLOGIES, INC.
3025 ORCHARD PARKWAY, SAN JOSE, CALIFORNIA, 95134
Covered Properties (83)
Self Aligned Symmetric Process and Device
Patent: 6,368,930 →
Application: 09/165,203 →
Self- Aligned Symmetric Intrinsic Device
Patent: 6,242,794 →
Application: 09/311,149 →
Three Dimensional Device Intergration Method and Integrated Device
Patent: 6,984,571 →
Application: 09/410,054 →
Method for Low Temperature Bonding and Bonded Structure
Patent: 6,902,987 →
Application: 09/505,283 →
Three Dimensional Device Integration Method and Integrated Device
Patent: 6,500,694 →
Application: 09/532,886 →
Method of Epitaxial-Like Wafer Bonding at Low Temperature and Bonded Structure
Patent: 6,563,133 →
Application: 09/635,272 →
Self Aligned Symmetric Intrinsic Process and Device
Patent: 6,740,909 →
Application: 09/822,335 →
Publication: US US20010019873A1
Three Dimensional Device Integration Method and Integrated Device
Patent: 6,627,531 →
Application: 09/983,808 →
Publication: US US20020064906A1
Three Dimensional Device Intergration Method and Intergrated Device
Patent: 7,126,212 →
Application: 10/011,432 →
Publication: US US20020094661A1
Self Aligned Symmetric Intrinsic Process and Device
Patent: 6,756,281 →
Application: 10/096,742 →
Publication: US US20020100916A1
Three Dimensional Device Integration Method and Integrated Device
Patent: 6,864,585 →
Application: 10/189,014 →
Publication: US US20020164839A1
Three Dimensional Device Integration Method and Integrated Device
Patent: 6,905,557 →
Application: 10/192,702 →
Publication: US US20020173120A1
Wafer Bonding Hermetic Encapsulation
Patent: 6,822,326 →
Application: 10/253,588 →
Publication: US US20040058476A1
Three Dimensional Device Integration Method and Integrated Device
Patent: 7,037,755 →
Application: 10/270,318 →
Publication: US US20030119279A1
Method of Epitaxial-Like Wafer Bonding at Low Temperature and Bonded Structure
Patent: 7,332,410 →
Application: 10/358,141 →
Publication: US US20030141502A1
Method for Room Temperature Metal Direct Bonding
Patent: 6,962,835 →
Application: 10/359,608 →
Publication: US US20040157407A1
Method of Room Temperature Covalent Bonding
Patent: 7,109,092 →
Application: 10/440,099 →
Publication: US US20040235266A1
Method for Low Temperature Bonding and Bonded Structure
Patent: 7,041,178 →
Application: 10/460,418 →
Publication: US US20030211705A1
Single Mask via Method and Device
Patent: 6,867,073 →
Application: 10/688,910 →
Method for Low Temperature Bonding and Bonded Structure
Patent: 7,335,572 →
Application: 10/762,318 →
Publication: US US20040152282A1
Wafer Scale Die Handling
Patent: 7,956,447 →
Application: 10/792,757 →
Publication: US US20050194668A1
Method for Low Temperature Bonding and Bonded Structure
Patent: 7,387,944 →
Application: 10/913,441 →
Publication: US US20050079712A1
Wafer Bonding Hermetic Encapsulation
Patent: 7,622,324 →
Application: 10/913,357 →
Publication: US US20050009246A1
Single Mask via Method and Device
Patent: 7,341,938 →
Application: 11/008,259 →
Publication: US US20050181542A1
Room Temperature Metal Direct Bonding
Patent: 7,602,070 →
Application: 11/085,131 →
Publication: US US20050161795A1
Method of Detachable Direct Bonding at Low Temperatures
Patent: 7,462,552 →
Application: 11/134,359 →
Publication: US US20060264004A1
3D Ic Method and Device
Patent: 7,485,968 →
Application: 11/201,321 →
Publication: US US20070037379A1
Method of Room Temperature Covalent Bonding
Patent: 7,335,996 →
Application: 11/442,394 →
Publication: US US20060216904A1
Room Temperature Metal Direct Bonding
Patent: 7,842,540 →
Application: 11/758,386 →
Publication: US US20070232023A1
Method for Low Temperature Bonding and Bonded Structure
Patent: 7,553,744 →
Application: 11/980,415 →
Publication: US US20080063878A1
Method for Low Temperature Bonding and Bonded Structure
Patent: 7,807,549 →
Application: 11/980,664 →
Publication: US US20080053959A1
Method of Room Temperature Covalent Bonding
Patent: 7,862,885 →
Application: 11/958,071 →
Publication: US US20080187757A1
Single Mask via Method and Device
Patent: 7,714,446 →
Application: 12/045,555 →
Publication: US US20080150153A1
3D Ic Method and Device
Patent: 8,389,378 →
Application: 12/270,585 →
Publication: US US20090068831A1
Method for Low Temperature Bonding and Bonded Structure
Patent: 8,053,329 →
Application: 12/493,957 →
Publication: US US20090263953A1
Method for Low Temperature Bonding and Bonded Structure
Patent: 7,871,898 →
Application: 12/720,368 →
Publication: US US20100163169A1
Room Temperature Metal Direct Bonding
Patent: 8,524,533 →
Application: 12/913,385 →
Publication: US US20110041329A1
Method for Low Temperature Bonding and Bonded Structure
Patent: 8,153,505 →
Application: 12/954,740 →
Publication: US US20110067803A1
Method of Room Temperature Covalent Bonding
Patent: 8,163,373 →
Application: 12/954,735 →
Publication: US US20110143150A1
Method of Room Temperature Covalent Bonding
Patent: 8,841,002 →
Application: 13/432,682 →
Publication: US US20120183808A1
Heterogeneous Annealing Method and Device
Patent: 8,735,219 →
Application: 13/599,023 →
Publication: US US20140061949A1
3D Ic Method and Device
Patent: 8,709,938 →
Application: 13/783,553 →
Publication: US US20130178062A1
Room Temperature Metal Direct Bonding
Patent: 8,846,450 →
Application: 13/867,928 →
Publication: US US20130233473A1
Heterogeneous Annealing Method and Device
Patent: 9,184,125 →
Application: 14/064,807 →
Publication: US US20140061942A1
Method for Low Temperature Bonding and Bonded Structure
Patent: 9,082,627 →
Application: 14/197,070 →
Publication: US US20140206176A1
3D Ic Method and Device
Patent: 9,171,756 →
Application: 14/198,723 →
Publication: US US20140187040A1
Room Temperature Metal Direct Bonding
Patent: 9,385,024 →
Application: 14/474,476 →
Publication: US US20140370658A1
Method of Room Temperature Covalent Bonding
Application: 14/474,501 →
Publication: US US20150064498A1
Three Dimensional Device Integration Method and Integrated Device
Patent: 9,564,414 →
Application: 14/746,425 →
Publication: US US20150287692A1
Method for Low Temperature Bonding and Bonded Structure
Patent: 9,331,149 →
Application: 14/754,111 →
Publication: US US20150303263A1
3D Ic Method and Device
Patent: 9,716,033 →
Application: 14/813,972 →
Publication: US US20150340285A1
Conductive Barrier Direct Hybrid Bonding
Patent: 9,953,941 →
Application: 14/835,379 →
Publication: US US20170062366A1
Heterogeneous Annealing Method and Device
Patent: 9,698,126 →
Application: 14/879,800 →
Publication: US US20160099233A1
Method for Low Temperature Bonding and Bonded Structure
Patent: 9,391,143 →
Application: 14/957,501 →
Publication: US US20160086913A1
Room Temperature Metal Direct Bonding
Application: 14/959,204 →
Publication: US US20160086899A1
Increased Contact Alignment Tolerance for Direct Bonding
Application: 62/269,412 →
Die Stacking with Direct Bonds
Application: 62/278,354 →
Systems and Methods for Efficient Die Transfer
Application: 62/303,930 →
Three Dimensional Device Integration Method and Integrated Device
Patent: 9,431,368 →
Application: 15/064,467 →
Publication: US US20160190093A1
Stacked Dies and Methods for Forming Bonded Structures
Application: 15/159,649 →
Publication: US US20170338214A1
Method for Low Temperature Bonding and Bonded Structure
Application: 15/205,346 →
Publication: US US20160322328A1
Semiconductor Interface Structures and Methods for Forming Same
Application: 62/402,913 →
Native Inter-Die Interconnect
Application: 62/405,833 →
Increased Contact Alignment Tolerance for Direct Bonding
Patent: 9,852,988 →
Application: 15/379,942 →
Publication: US US20170179029A1
Three Dimensional Device Integration Method and Integrated Device
Application: 15/385,545 →
Publication: US US20170170132A1
Bonded Structures
Application: 15/387,385 →
Publication: US US20180174995A1
Systems and Methods for Efficient Transfer of Semiconductor Elements
Application: 15/389,157 →
Publication: US US20170200711A1
Die tray with channel
Application: 62/438,223 →
Processed Substrate
Application: 62/439,746 →
Microelectronic assembly from processed substrate
Application: 62/439,762 →
Processing Stacked Substrates
Application: 62/439,771 →
Bonded Structures with Integrated Passive Component
Application: 62/440,161 →
Structure with Integrated Metallic Waveguide
Application: 15/395,197 →
Publication: US US20180191047A1
Bonded Structures with Integrated Passive Component
Application: 15/426,942 →
Publication: US US20180190583A1
Bonded Structures
Application: 62/457,116 →
Bonded Structures
Application: 62/458,441 →
Multi-metal contact structures
Application: 62/472,877 →
Seal for microelectronic assembly
Application: 62/474,478 →
Broadside Resonator Coupler
Application: 62/480,022 →
Die Processing
Application: 62/488,340 →
Probe methodology for ultrafine pitch Interconnects
Application: 62/504,792 →
Processed stacked dies
Application: 62/504,834 →
Wafer level capacitors
Application: 62/518,472 →
Related Assignments (8)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignor's Interest Dec 20, 2004
From: TONG, QIN-YI; ENQUIST, PAUL M.; SCOT ROSE, ANTHONY
To: ZIPTRONIX, INC.
Reel/Frame 016092/0716 →
Assignment of Assignor's Interest May 2, 2006
From: TONG, QIN-YI
To: ZIPTRONIX, INC.
Reel/Frame 017848/0533 →
Assignment of Assignor's Interest Aug 17, 2015
From: ENQUIST, PAUL M.; FOUNTAIN, GAIUS GILLMAN, JR.
To: ZIPTRONIX, INC.
Reel/Frame 036355/0287 →
Security Interest Dec 2, 2016
From: INVENSAS CORPORATION; TESSERA, INC.; TESSERA ADVANCED TECHNOLOGIES, INC.; ZIPTRONIX, INC.
To: ROYAL BANK OF CANADA, AS COLLATERAL AGENT
Reel/Frame 040797/0001 →
Security Interest Jun 1, 2020
From: ROVI SOLUTIONS CORPORATION; ROVI TECHNOLOGIES CORPORATION; ROVI GUIDES, INC.; TIVO SOLUTIONS INC.
To: BANK OF AMERICA, N.A.
Reel/Frame 053468/0001 →
Release of Security Interest Jun 11, 2020
From: ROYAL BANK OF CANADA
To: TESSERA, INC.; INVENSAS BONDING TECHNOLOGIES, INC. (F/K/A ZIPTRONIX, INC.); FOTONATION CORPORATION (F/K/A DIGITALOPTICS CORPORATION AND F/K/A DIGITALOPTICS CORPORATION MEMS); INVENSAS CORPORATION
Reel/Frame 052920/0001 →
Change of Name Aug 14, 2023
From: INVENSAS BONDING TECHNOLOGIES, INC.
To: ADEIA SEMICONDUCTOR BONDING TECHNOLOGIES INC.
Reel/Frame 064586/0880 →
Assignment of Assignor's Interest Oct 21, 2025
From: ENQUIST, PAUL M.; FOUNTAIN, GAIUS GILLMAN, JR.; TONG, QIN-YI
To: ZIPTRONIX, INC.
Reel/Frame 072622/0084 →