Patent Assignment
Reel/Frame 019520/0743
Change of Name
Recorded: 2007-07-05
Received: 2007-07-05
Pages: 14
Assignor
WILSON GREATBATCH,TD.
Executed: 2005-05-24
Assignee
GREATBATCH, LTD. (NEW YORK CORPORATION)
10,000 WEHRLE DRIVE, CLARENCE, NY, 14031, UNITED STATES
Covered Properties
(67)
Configuration for drug delivery systems
Application:
11/438,588 →
One Piece Header Assembly for an Implantable Medical Device
Application:
11/164,150 →
Method For Providing A One Piece Header Assembly Over Molded To An Implantable Medical Device
Application:
11/163,033 →
Temple Piece for Eyewear
Application:
10/307,615 →
Low Power Electromagnetic Pump
Application:
10/291,130 →
Trace Fuse
Application:
10/107,769 →
Link Fuse
Application:
10/106,463 →
Process for Fabricating Continuously Coated Electrodes on a Porous Current Collector and Cell Designs Incorporating Said Electrodes
Application:
10/096,040 →
Current Collector Having Non-Symmetric Grid Pattern Converging at a Common Focal Point
Application:
10/074,369 →
One Piece Header Assembly Over Molded to an Implantable Medical Device
Application:
10/068,267 →
One Piece Header Assembly for an Implantable Medical Device
Application:
10/068,030 →
Silver Vanadium Oxide Having Low Internal Resistance and Method of Manufacture
Application:
10/037,133 →
Electrochemical Cell Having a Physical Vapor Deposited Electrode and Method of Manufacture
Application:
10/016,210 →
Electrochemical Cell Having an Electrode of Silver Vanadium Oxide Coated to a Current Collector
Application:
10/013,287 →
Physical Vapor Deposited Electrode and Method of Manufacture
Application:
10/012,987 →
Preparation of Espilon-Phase Silver Vanadium Oxide from Gamma-Phase Svo Starting Material
Application:
10/004,995 →
Use of Heat-Treated Electrodes Containing a Polyamic Acid-Pvdf Binder Mixture
Application:
09/995,202 →
Powder Process for Double Current Collector Screen Cathode Preparation
Application:
09/992,227 →
Double Current Collector Cathode Design Using Chemically Similar Active Materials for Alkali Metal Electrochemical Cells
Application:
10/000,884 →
In situ thermal polymerization method for making gel polymer lithium ion rechargeable electrochemical cells
Application:
10/000,883 →
Process for Double Current Collector Screen Cathode Preparation
Application:
10/054,584 →
Double Current Collector Negative Electrode Design for Alkali Metal Ion Electrochemical Cells
Application:
10/008,977 →
Method for Providing a Cathode of a Mixed Phase Metal Oxide
Application:
10/000,197 →
Electrochemical Cell Having a Cathode of a Mixed Phase Metal Oxide and Method of Preparation
Application:
10/055,687 →
Double Current Collector Cathode Design Using Mixtures of Two Active Materials for Alkali Metal or Ion Electrochemical Cells
Application:
10/008,823 →
Wound Cell Stack Design for Enhanced Battery Performance
Application:
09/975,268 →
Double Current Collector Cathode Design Using the Same Active Material in Varying Thicknesses for Alkali Metal or Ion Electrochemical Cells
Application:
09/975,711 →
Cell Stack Design with Bi-Directionally Wound Slotted Electrodes and Method for Making
Application:
09/975,349 →
Method for Providing a Bi-Directionally Wound Cell Stack for Enhanced Battery Performance
Application:
09/974,950 →
Double Current Collector Cathode Design Using the Same Active Material in Varying Formulations for Alkali Metal or Ion Electrochemical Cells
Application:
09/970,341 →
Double Current Collector Cathode Design for Alkali Metal Electrochemical Cells Having Short Circuit Safety Characteristics
Application:
09/969,389 →
Lithium Oxyhalide Cell with Improved Safety and Voltage Delay Characteristics
Application:
09/951,652 →
Wire Bonding Surface
Application:
09/939,351 →
Oxidized titanium as a cathodic current collector
Application:
09/918,139 →
Cobalt-Based Alloys as Positive Electrode Current Collectors in Nonaqueous Electrochemical Cells
Application:
09/903,637 →
Anode for Nonaqueous Secondary Electrochemical Cells
Application:
09/884,849 →
Ruthenium-containing ultrasonically coated substrate for use in a capacitor and method of manufacture
Application:
09/872,110 →
Adjustable, Ergonomic Microscope Base
Application:
09/866,255 →
Capacitor Grade Powders
Application:
09/859,355 →
Control of Cell Swelling by the Proper Choice of Carbon Monofluoride (Cfx) Cathode Materials in High Rate Defibrillator Cells
Application:
09/859,558 →
Electrochemical Cell Having Multiplate Electrodes with Differing Discharge Rate Regions
Application:
09/848,457 →
Mismatched Compression Glass-to-Metal Seal
Application:
09/847,678 →
Method for providing a coated substrate for use in a capacitor by a one step ultrasonic deposition process
Application:
09/847,031 →
Efficient Cell Stack for Cells with Double Screen Sandwich Cathodes
Application:
09/845,875 →
Header Insulator for a Battery
Application:
09/844,639 →
Novel Glass to Metal Seal
Application:
09/840,674 →
Unitary lid for an electrochemical cell
Application:
09/837,778 →
Low profile battery termination
Application:
09/835,037 →
Electrode Lead to Case and Header, Laser/Electron Beam Welding
Application:
09/821,672 →
Electrochemical Cell Having an Electrode with a Carbonate Additive in the Electrode Active Mixture
Application:
09/816,205 →
Electrochemical Cell Having an Electrode with a Nitrate Additive in the Electrode Active Mixture
Application:
09/813,569 →
Electrochemical Cell Having an Electrode with a Dicarbonate Additive in the Electrode Active Mixture
Application:
09/813,568 →
Electrochemical Cell Having an Electrode with a Phosphonate Additive in the Electrode Active Mixture
Application:
09/813,567 →
One-Piece Header Assembly for Hermetic Battery Terminal Feedthrough, Fill and Closure Designs
Application:
09/811,903 →
Thermo-Encapsulating System and Method
Application:
09/810,299 →
Application of Gamma-Svo and Mixture of Gamma-Svo/Epsilon-Svo in High Rate Electrochemical Lithium Cells Containing Svo/Cfx/Svo Sandwich Cathodes
Application:
09/809,404 →
Manufacturing Process for Improved Discharge of Lithium-Containing Electrochemical Cells
Application:
09/809,371 →
Electrochemical Lithium Ion Secondary Cell Having a Scalloped Electrode Assembly
Application:
09/799,394 →
Silver Vanadium Oxide Cathode Material for High Discharge Rate Lithium Cells
Application:
09/793,246 →
Apparatus for Releasing Gases from Rechargeable Lithium Electrochemical Cells During the Formation Stage of Manufacturing
Application:
09/788,240 →
Conversion of Low Rate Energy into High Rate Energy by Parallel Discharging
Application:
09/781,830 →
Common carrier for a current collector
Application:
09/773,036 →
Electrochemical Cell Activated with a Nonaqueous Electrolyte Having a Sulfate Additive
Application:
09/772,680 →
Electrochemical Cell Having an Electrode with a Nitrite Additive in the Electrode Active Mixture
Application:
09/765,266 →
Electrochemical Cell Having an Electrode with a Phosphate Additive in the Electrode Active Mixture
Application:
09/761,626 →
Secondary Cell with High Rate Pulse Capability
Application:
09/756,889 →
Cell Design for Improved Energy Density
Application:
09/757,232 →