Other

Biocybernetics Laboratories, Inc.

Anthony J Cucinotta

Salvatore Albert Celeste

Guy A Rossi

Steven Panora

George A Bond

A reinforced laminate that is consists of conventional glass mesh, TEFLON mesh, etc. with copper clad to one or both sides and a positive or negative acting photoimageable dielectric material impregnated in the mesh. This photoimageable dielectric material is a substitute for conventional dielectrics like epoxy, polyimides, etc. This laminate construction will allow for via formation using established manufacturing methods for producing vias in printed circuits with minor process variations. This product will eliminate major process steps such as mechanical drilling, laser drilling and plasma etching. It will allow most printed circuit producers the capability of producing complex multilayer circuits that currently produced by relatively few circuit manufacturers. It eliminates processes such as plasma etching and laser processing and other capital-intensive methods that are currently in development or use. A further development as a result of this product allows for producing vias of any shape e.g. square holes, elliptical holes, slots, etc. It also results in certain designs for producing solid metal vias e.g. copper posts, which have higher conductivity and superior mechanical properties.

Product for producing viaholes in reinforced laminates and the related

The galvanic battery of the present invention supplies the anode and/or cathode from an elongated strip of flexible tape preferably interconnected through a strip of inactive material functioning as a leader for said tape and for separating the tape entering the electrochemically active compartment of the battery housing from spent tape exiting the electrochemically active compartment. The battery is preferably constructed to include a supply reel having a rotatable core upon which said strip of tape is wound in a cylindrical configuration with the inner winding of tape extending from said core and being threaded through said electrochemically active compartment before being connected back into the electrochemically inactive compartment and wound as the outer winding around the core of the supply reel.

Galvanic battery with replenishable electrodes and/or electrolyte for

The battery includes an anode and cathode structure spaced a fixed distance apart, a movable conveyor having electrolyte impregnated therein and means for advancing the conveyor to engage the anode and/or cathode at the anode and/or cathode interface with electrolyte. In the preferred arrangement the moving conveyor containing the electrolyte is progressively advanced through the interface spacing between the anode and cathode while the interface spacing is maintained substantially constant even as the anode is consumed. Battery operation is terminated by separating the engaging surfaces of the anode and/or cathode from the moving conveyor and is reestablished by reengaging the anode and/or cathode surfaces with the moving conveyor.

Battery and method of battery control for enhancing electrochemical

A set-up tool is provided for use with a working tool, such as a power saw, that works near a surface (18) having a miter slot. The set-up tool includes a dial indicator (6) and mounting members (2, 4) which mount the dial indicator in a measuring position above the surface. One of the mounting members (4) fits into the miter slot on the surface. The dial indicator is moveable with respect to the mounting member (4) that fits into the miter slot. A locking screw (3) is provided for selectively locking the dial indicator in a desired location relative to the mounting member (4).

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Wakefield, MA, United States of America

Anthony J Cucinotta