Current interrupt for electrochemical cells
AssigneeEnergizer Brands, LLC
InventorFrederick Whitestone Marcaly
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AssigneeEnergizer Brands, LLC
InventorFrederick Whitestone Marcaly
Estimating the term…
To counteract the potentially destructive effects of temperature increases in primary batteries during short circuit conditions, a current interrupt may be positioned within an anode conductive path. The current interrupt may comprise a thermoplastic substrate having a low glass transition temperature, and having a conductive coating thereon to form a portion of the anode conductive path. During a short circuit, the temperature within the battery increases above the glass transition temperature of the thermoplastic substrate, thereby causing the current interrupt to deform, thereby degrading the portion of the anode conductive path defined by the current interrupt, decreasing the amount of current flowing through the anode conductive path, and effectively limiting the temperature increase within the battery interior.
A electrochemical cell comprising:
A conducting assembly for an electrochemical cell, wherein the conducting assembly is configured for conducting current along a conductive path from an electrode to a terminal of the electrochemical cell, wherein the conducting assembly comprises:
A method of manufacturing a primary electrochemical battery, the method comprising:
Dependencies are inferred from the claim text.