Patent Assignment
Reel/Frame 019668/0811
Assignment of Assignor's Interest
Recorded: 2007-07-27
Received: 2007-08-06
Pages: 8
Assignor
WILSON GREATBATCH TECHNOLOGIES, INC.
Executed: 2007-05-18
Assignee
GREATBATCH, LTD. (NEW YORK CORPORATION)
9645 WEHRLE DR., CHARENCE, NY, 14031, UNITED STATES
Covered Properties
(88)
Method for Coating Noble Metals on Titanium Current Collectors for Use in Nonaqueous Li/Cfx Cells
Application:
11/307,893 →
Contoured Casing of Mating Clamshell Portions for an Electrochemical Cell
Application:
11/163,943 →
Plasma Treatment of Anodic Oxides for Electrolytic Capacitors
Application:
11/128,849 →
Method for Estimating Long Term End-of-Life Characteristics Using Short-Term Data for Lithium/Silver Vanadium Oxide Cells
Application:
11/087,302 →
Molded Polymeric Cradle for Containing an Anode in an Electrolytic Capacitor from High Shock and Vibration Conditions
Application:
11/069,272 →
Silicate Additives for Capacitor Working Electrolytes
Application:
11/056,789 →
Capacitor Interconnect Design
Application:
11/046,165 →
Sintered Valve Metal Powders for Implantable Capacitors
Application:
11/010,676 →
Nickel-Based Alloys as Positive Electrode Support Materials in Electrochemical Cells Containing Nonaqueous Electrolytes
Application:
11/007,534 →
Lithium/Carbon Monofluoride (Li/Cfx) Electrochemical Cell Projection Model
Application:
10/975,894 →
Connection for a Coiled Lead to an Electrical Contact for an Implantable Medical Device
Application:
10/968,310 →
Leak testing of hermetic enclosures for implantable energy storage devices
Application:
10/963,210 →
Method of Manufacturing a Shaped Titanium Article
Application:
10/936,755 →
Novel polymer electrolyte for electrochemical power sources
Application:
10/929,235 →
Use of Pad Printing in the Manufacture of Capacitors
Application:
10/920,942 →
Coated Electrode and Method of Making a Coated Electrode
Application:
10/918,858 →
Pin to Thin Plate Joint and Method for Making the Joint
Application:
10/916,166 →
Method for improving electrical conductivity of metals, metal alloys and metal oxides by ion beam implantation
Application:
10/892,279 →
Overvoltage projection circuit
Application:
10/870,499 →
Self-centering current collector for an electrochemical cell
Application:
10/870,740 →
Electrolytes for high voltage electrolytic capacitors
Application:
10/868,017 →
Electrochemical Cell Designs with Anode Plates and Connections Which Facilitate Heat Dissipation
Application:
10/832,195 →
In Situ Thermal Polymerization Method for Making Gel Polymer Lithium Ion Rechargeable Electrochemical Cells
Application:
10/819,511 →
Anodizing electrolytes for high voltage capacitor anodes
Application:
10/816,363 →
Efficient Electrode Assembly Design for Cells with Alkali Metal Anodes
Application:
10/807,358 →
Reforming Wet-Tantalum Capacitors in Implantable Medical Devices
Application:
10/801,315 →
Methods to Improve Efficiency of Lithium/Silver Vanadium Oxide Cell Discharge Energy in Implantable Medical Device Applications
Application:
10/775,621 →
Electrochemical Treatment Method to Reduce Voltage Delay and Cell Resistance in Lithium/Silver Vanadium Oxide Cells
Application:
10/763,945 →
Dual Anode Capacitor Interconnect Design
Application:
10/737,062 →
One Piece Header Assembly for an Implantable Medical Device
Application:
10/701,849 →
Universal Family Spacers for a Battery Electrical Protection Device
Application:
10/695,563 →
Device and Method for Uniformly Distributing Electrode Particles
Application:
10/684,077 →
Oxidized Titanium as a Cathodic Current Collector
Application:
10/680,698 →
Implantable current collector ID matrix identifier
Application:
10/669,116 →
Process for Fabrication of Low Basis Weight Electrode Active Blanks
Application:
10/669,080 →
Wire Bonding Surface for Connecting an Electrical Energy Storage Device to an Implantable Medical Device
Application:
10/663,937 →
Discharge Methodologies for Optimizing the Performance of Lithium/Silver Vanadium Oxide Cells
Application:
10/658,731 →
Discharge Methodologies for Lithium/Silver Vanadium Oxide Cells to Manage Voltage Delay and Permanent Rdc Growth Region
Application:
10/646,216 →
Small cation/delocalizing anion as an ambient temperature molten salt in electrochemical power sources
Application:
10/642,045 →
Method for Providing a One-Piece Header Assembly for Hermetic Battery Terminal Feedthrough, Fill and Closure Designs
Application:
10/640,595 →
Sealing cover for upper beam of blinds
Application:
10/633,492 →
Silver Vanadium Oxide Provided with a Metal Oxide Coating
Application:
10/631,097 →
One-piece lid supporting an insert-molded feedthrough assembly for an electrical energy storage device
Application:
10/630,014 →
Multipin Feedthrough Containing a Ground Pin Passing Through an Insulator and Directly Brazed to a Ferrule
Application:
10/452,704 →
Guanidine derivatives as cations for ambient temperature molten salts in electrochemical power sources
Application:
10/435,224 →
Substrate Having a Modified Native Oxide Layer for Improved Electrical Conductivity
Application:
10/411,802 →
Electrode having metal vanadium oxide nanoparticles for alkali metal-containing electrochemical cells
Application:
10/391,885 →
Lithium-Ion Over Voltage Protection Circuit
Application:
10/368,851 →
Organic Cyclic Carbonate Additives for Nonaqueous Electrolyte in Alkali Metal Electrochemical Cells
Application:
10/368,658 →
Cathode active material coated with a metal oxide for incorporation into a lithium electrochemical cell
Application:
10/350,384 →
Sandwich electrode design having relatively thin current collectors
Application:
10/346,998 →
Unitary Lid for an Electrical Energy Storage Device
Application:
10/339,478 →
Dual Chemistry Electrode Design
Application:
10/336,455 →
Svo/Cfx Parallel Cell Design Within the Same Casing
Application:
10/328,391 →
Welding Electrode with Replaceable Tip
Application:
10/325,027 →
Matching Cells for a Battery Pack
Application:
10/324,762 →
High energy density rechargeable cell for medical device applications
Application:
10/320,319 →
Electrochemical Cell Current Collector Having Openings of Progressively Larger Sizes Converging at a Tab
Application:
10/306,007 →
High rate batteries
Application:
10/303,622 →
Depolarizers for hybrid capacitors
Application:
10/294,146 →
Carbon-Coated Titanium Current Collectors for Use in Alkali Metal Electrochemical Cells
Application:
10/294,260 →
Method for Electrode Design for Implantable Device Applications That Require the Elective Replacement Indicator (Eri)
Application:
10/290,858 →
Ruthenium-containing oxide ultrasonically coated substrate for use in a capacitor and method of manufacture
Application:
10/290,598 →
Optimal reform protocols for groups IVB and VB electrolytic capacitors
Application:
10/289,191 →
Highly Conductive and Stable Nonaqueous Electrolyte for Lithium Electrochemical Cells
Application:
10/287,395 →
Noble Metals Coated on Titanium Current Collectors for Use in Nonaqueous Li / Cfx Cells
Application:
10/286,726 →
Method for determining poor performing cells
Application:
10/277,596 →
Electrode for use in a capacitor
Application:
10/277,533 →
Electrochemical Cell Having a Multiplate Electrode Assembly Housed in an Irregularly Shaped Casing
Application:
10/272,185 →
Implantable Energy Management System and Method
Application:
10/253,330 →
Phosphate Additives for Nonaqueous Electrolyte Rechargeable Electrochemical Cells
Application:
10/251,137 →
Silver vanadium oxide having a fine particle size for improved cell performance
Application:
10/247,216 →
Pin to Thin Plate Joint and Method for Making the Joint
Application:
10/242,096 →
Organic Carbonate Additives for Nonaqueous Electrolyte Rechargeable Electrochemical Cells
Application:
10/235,405 →
Nonaqueous Organic Electrolytes for Low Temperature Discharge of Rechargeable Eletrochemical Cells
Application:
10/232,166 →
Method for Providing a Current Collector with Bare Regions to Facilitate Winding
Application:
10/224,117 →
Preparation for a Cathode Material by a Two-Step Reduction/Oxidation Synthesis Process
Application:
10/214,813 →
Connection for Joining a Current Collector to a Terminal Pin for a Primary Lithium or Secondary Lithium Ion Electrochemical Cell
Application:
10/207,608 →
Insulative Component for an Electrochemical Cell
Application:
10/200,110 →
Contoured Casing for an Electrochemical Cell
Application:
10/198,231 →
Process for Modifying Coal So as to Reduce Sulfur Emissions
Application:
10/089,896 →
Method of Using a Cell
Application:
10/141,845 →
Header Insulator for an Electrochemical Cell
Application:
10/118,295 →
Metal Vanadium Oxide Particles
Application:
10/113,998 →
Reforming Wet-Tantalum Capacitors in Implantable Medical Devices
Application:
09/990,180 →
Reforming Wet-Tantalum Capacitors in Implantable Defibrillators and Other Medical Devices
Application:
09/900,595 →
Visual Prosthesis Including Enhanced Receiving and Stimulating Portion
Application:
09/761,270 →
Metal Vanadium Oxide Particles
Application:
09/757,519 →