Valence Technology, Inc.

Neal Golovin

Benjamin M Chaloner-Gill

Ib I Olsen

Joseph T Lundquist

On Kok Chang

Russell D Moulton

Eileen S Saidi

James Buckley

Douglas J Payne

A new technique for securing into place a plurality of layers which make a battery body, and for preventing electrical short-circuits within the battery by retarding the formation of dendritic growths is disclosed. A radiation curable layer of material is coated onto a portion of at least one outwardly exposed face of a battery body, whereupon the layer of material is then cured. The cured layer of material is positioned relative to the body such that the cured layer provides support to the body in a manner to secure in place a plurality of layers which make up the battery body, thereby ensuring proper electrical contact between the plurality of layers. In addition, the cured layer of material is also positioned such that the cured layer inhibits formation of short circuiting electrical paths between the anode and cathode layers of the battery, the paths being caused by formation of dendritic growths extending out from the anode layer towards the cathode layer.

Radiation curable frame for stacked cell construction and for edge

This invention is directed to novel allyl silane monomers and to solid electrolytes containing a solid polymeric matrix having incorporated therein allyl silane monomers. The solid electrolytes are used in electrolytic cells.

Allyl silane monomers and solid electrolytes derived by polymerization

This invention is directed to an enhanced lithium surface particularly suited for use as the anode in solid electrochemical cells, which is coated with a polymer of an acryloyl-derivatized alkoxyhalosilane.

Enhanced lithium surface

This invention is directed to allyl polyalkylene ethers and to a solid matrix having incorporated therein the allyl polyalkylene ethers. The solid matrix is used in an electrolytic cell.

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San Jose, CA, United States of America

Neal Golovin