IP Library Assignment 017480/0927
Patent Assignment
Reel/Frame 017480/0927

Assignment of Assignor's Interest

Recorded: 2006-04-18 Pages: 16
Assignor
UNISYS CORPORATION
Executed: 2006-03-16
Assignee
DELTA DESIGN, INC.
12367 CROSTHWAITE CIRCLE, POWAY, CALIFORNIA, 92064
Covered Properties (48)
Electro-Mechanical Subassembly Having a Greatly Reduced Thermal Resis Tance Between Two Mating Faces by Including a Film of Liquid, That Evaporates Without Leaving Any Residue, Between the Faces
Patent: 5,864,176 →
Application: 08/833,273 →
Temperature Control System for an Electronic Device in Which Device Temperature Is Estimated from Heater Temperature and Heat Sink Temperature
Patent: 5,844,208 →
Application: 08/833,368 →
Temperature Control System for an Electronic Device Which Achieves a Quick Response by Interposing a Heater Between the Device and a Heat Sink
Patent: 5,821,505 →
Application: 08/833,369 →
Testing Assembly Having a Pressed Joint with a Single Layer of Thermal Conductor Which Is Reused to Sequentially Test Multiple Circuit Modules
Patent: 6,108,208 →
Application: 08/986,772 →
Residue-Free Method of Assembling and Disassembling a Pressed Joint with Low Thermal Resistance
Patent: 6,243,944 →
Application: 08/986,923 →
Method of Thermally Coupling an Electronic Device to a Heat Exchange Member While Said Electronic Device Is Being Tested
Patent: 5,918,665 →
Application: 09/173,580 →
Mechanical Assembly for Regulating the Temperture of an Electronic Device Which Incorporates a Heat Exchanger That Contacts an Entire Planar Face on the Device Except for Its Corners
Patent: 6,196,299 →
Application: 09/210,259 →
Mechanical Assembly for Regulating the Temperature of an Electronic Device Which Incorporates at Least Two Leaf Springs for Self-Alignment Plus a Low Initial Contact Force and a Low Profile
Patent: 6,179,047 →
Application: 09/210,264 →
Mechanical Assembly for Regulating the Temperature of an Electronic Device Which Incorporates a Single Leaf Spring for Self-Alignment Plus a Low Initial Contact Force and a Low Profile
Patent: 6,116,331 →
Application: 09/210,266 →
Electronic System for Testing a Set of Multiple Chips Concurrently or Sequentially in Selectable Subsets Under Program Control to Limit Chip Power Dissipation
Patent: 6,363,504 →
Application: 09/386,945 →
Electronic System for Testing Chips Having a Selectable Number of Pattern Generators That Concurrently Broadcast Different Bit Streams to Selectable Sets of Chip Driver Circuits
Patent: 6,363,510 →
Application: 09/386,946 →
Program Storage Device Containing Instructions That Are Spaced Apart by Unused Bits That End on Word Boundaries and Which Generate Chip Testing Bit Streams of Any Length
Patent: 6,405,150 →
Application: 09/387,197 →
Multi-Stage Algorithmic Pattern Generator for Testing Ic Chips
Patent: 6,415,408 →
Application: 09/432,965 →
System for Testing Ic Chips Selectively with Stored or Internally Generated Bit Streams
Patent: 6,415,409 →
Application: 09/432,966 →
Output Stage of a Multi-Stage Algorithmic Pattern Generator for Testing Ic Chips
Patent: 6,480,981 →
Application: 09/432,967 →
Intermediate Stage of a Multi-Stage Algorithmic Pattern Generator for Testing Ic Chips
Patent: 6,477,676 →
Application: 09/432,968 →
Initial Stage of a Multi-Stage Algorithmic Pattern Generator for Testing Ic Chips
Patent: 6,571,365 →
Application: 09/432,969 →
Electromechanical apparatus for testing IC chips using first and second sets of substrates which are pressed together
Patent: 6,307,388 →
Application: 09/511,789 →
Planar Subassembly for Testing Ic Chips Having Faces with Pressed Electrical Contacts That Carry All Power and Signals for the Chips
Patent: 6,522,156 →
Application: 09/511,790 →
Publication: US 2002/0109519
Pivoting springy mechanism that opens and closes pressed electrical contacts with a force which is nearly constant over a range of closed positions
Patent: 6,307,391 →
Application: 09/511,791 →
Apparatus for testing IC Chips using a sliding springy mechanism which exerts a nearly constant force
Patent: 6,325,662 →
Application: 09/511,792 →
System for Regulating the Temperature of Ic-Chips with a Fluid Which Is Heated and Cooled as a Function of the Fluid Temperatures to and from Heat Exchangers for the Ic-Chips
Patent: 6,412,551 →
Application: 09/574,784 →
System for regulating the temperature of ic-chips with a fluid whose temperature is controlled quickly by a slow response cooler and a fast response heater
Patent: 6,362,944 →
Application: 09/575,346 →
Connector for making multiple pressed co-axial connections having an air dielectric
Patent: 6,247,939 →
Application: 09/639,308 →
Connector for sending power to an IC-chip thru four pressed joints in series
Patent: 6,302,703 →
Application: 09/686,039 →
Connector for sending power to an ic-chip thru two pressed joints in series
Patent: 6,336,815 →
Application: 09/754,507 →
Power System Having Pressed Electrical Contacts and Which Detects Faults in the Contacts
Patent: 6,496,010 →
Application: 09/779,420 →
Method of Fabricating an Alloy Film on a Face of a Heat Exchanger for an Integrated Circuit
Patent: 6,513,239 →
Application: 09/912,836 →
Publication: US 2003/0019102
Mechanical Assembly for Fabricating an Alloy Film on a Face of a Heat Exchanger for an Integrated Circuit
Patent: 6,478,076 →
Application: 09/912,842 →
Integrated Circuit Tester Having a Fail-Safe Mechanism for Moving Ic-Chips
Patent: 6,581,486 →
Application: 09/976,416 →
Method of Fabricating a Heat Exchanger, for Regulating the Temperature of Multiple Integrated Cicuit Modules, Having a Face of a Solid Malleable Metal Coated with a Release Agent
Patent: 6,658,736 →
Application: 10/215,992 →
Method and Apparatus for Regulating the Temperature of Integrated Circuit Modules, Using a Heat Exchager with a Face of a Solid Malleable Metal and a Release Agent
Patent: 6,822,465 →
Application: 10/215,993 →
Abrupt Power Change Method of Preventing an Integrated Circuit Chip from Being Thermally Destroyed, in a Tester, Due to a Defective Pressed Joint
Patent: 6,809,543 →
Application: 10/391,884 →
Initial Contact Method of Preventing an Integrated Circuit Chip from Being Thermally Destroyed, in a Tester, Due to a Defective Pressed Joint
Patent: 6,774,661 →
Application: 10/391,887 →
Method of Extending the Operational Period of a Heat-Exchanger in a Chip Tester
Patent: 7,004,243 →
Application: 10/625,051 →
Chip Tester Having a Heat-Exchanger with an Extendable Period of Operation
Patent: 6,914,446 →
Application: 10/625,064 →
Temperature Control System Which Sprays Liquid Coolant Droplets Against an Ic-Module at a Sub-Atmospheric Pressure
Patent: 7,310,230 →
Application: 10/647,090 →
Publication: US 2005/0041393
Temperature Control System Which Sprays Liquid Coolant Droplets Against an Ic-Module and Directs Radiation Against the Ic-Module
Patent: 6,995,980 →
Application: 10/647,091 →
Publication: US 2005/0063157
System for Testing Multiple Groups of Ic-Chips Which Concurrently Sends Time-Shifted Test Signals to the Groups
Patent: 6,909,299 →
Application: 10/705,368 →
System for Testing a Group of Ic-Chips Having a Chip Holding Subassembly That Is Built-in and Loaded/Unloaded Automatically
Patent: 6,919,718 →
Application: 10/705,369 →
Publication: US 2005/0099173
System for Testing One or More Groups of Ic-Chips While Concurrently Loading/Unloading Another Group
Patent: 6,924,636 →
Application: 10/705,524 →
Publication: US 2005/0099174
Electromechanical Module, for Holding Ic-Chips in a Chip Testing System, That Synchronizes and Translates Test Signals to the Ic-Chips
Patent: 6,958,617 →
Application: 10/759,910 →
Single-Transistor Two Resistor Circuit Which Translate Test Signals to Selectable Voltage Levels
Patent: 6,970,009 →
Application: 10/759,917 →
Dual Feedback Control System for Maintaining the Temperature of an Ic-Chip Near a Set-Point
Patent: 7,199,597 →
Application: 10/780,417 →
Publication: US 2007/0013394
Method of Controlling the Operation of a Digital State Machine from a Master Controller in an Ic-Chip Testing System
Patent: 6,979,997 →
Application: 10/850,281 →
Mechanical Assembly, for Regulating the Temperature of an Ic-Chip, Having a Gimbaled Heat-Exchanger with Coiled Springy Conduits
Patent: 7,373,967 →
Application: 10/879,245 →
Mechanical Assembly for Regulating the Temperature of an Electronic Device, Having a Spring with One Slideable End
Patent: 7,243,704 →
Application: 10/992,308 →
Publication: US 2006/0102999
Method of Automatically Carrying Ic-Chips, on a Planar Array of Vacuum Nozzles, to a Variable Target in a Chip Tester
Patent: 7,355,386 →
Application: 11/282,209 →
Publication: US 2007/0115015
Related Assignments (4)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignor's Interest Jul 24, 2001
From: MORANGE, BLANQUITA ORTEGA
To: UNISYS CORPORATION
Reel/Frame 012048/0168 →
Patent Security Agreement Oct 1, 2018
From: DELTA DESIGN, INC.
To: DEUTSCHE BANK AG NEW YORK BRANCH, AS COLLATERAL AGENT
Reel/Frame 047640/0566 →
Corrective Assignment to Correct the Incorrect Statement That This Document Serves as an Oath/Declaration Previously Recorded on Reel 047640 Frame 0566. Assignor(S) Hereby Confirms the Patent Security Agreement. Jan 2, 2019
From: DELTA DESIGN, INC.
To: DEUTSCHE BANK AG NEW YORK BRANCH, AS COLLATERAL AGENT
Reel/Frame 048003/0306 →
Termination and Release of Security Interest in Patents Recorded at Reel 047640, Frame 0566 Mar 7, 2024
From: DEUTSCHE BANK AG NEW YORK BRANCH, AS AGENT
To: DELTA DESIGN, INC.
Reel/Frame 066762/0857 →