Eaton Corporation

Altek Systems, Inc.

Lawrence T Budnick

Kenneth J Oda

A gaseous fuel burner having an annular base with a tubular inlet and enlarged diameter flange remote from the inlet deferring a cavity communicating with the inlet. A cap is registered against the flange rim to close the cavity and define a plurality of peripheral flame-generating ports. A pocket is formed in the periphery of the flange with an aperture formed in the pocket. A tubular ceramic igniter body with an enlarged flanged end is registered in the aperture. An elongated strip electrode is received through the igniter body in guideways; and, one end of the electrode is bifurcated and extends beyond the flange and is found at generally right angles to extend in spaced parallel arrangement with the face of the ignitor body flange for sparks discharge to the burner cap.

Gaseous fuel burner and dual probe spark electrode therefor

The following specification describes a cable terminal assembly incorporating a conductive metal plate secured to a variable size multi strand cable by casting or molding a mass of conductive casting material around the plate and cable to form a mechanical junction as well as an electrical connection therebetween. The plate and conductive casting material are covered by an insulating jacket. Aligned passages are provided in the jacket above and below the plate in alignment with an aperture in the plate to permit the plate to be electrically secured to battery terminals employing studs for fastening. The passage in the insulating jacket above the plate is defined by a ring having an outer diameter sized for nesting within the jacket passage below the plate of a second cable terminal assembly, so that two or more cable terminal assemblies may be stacked on a single battery terminal stud at a desired angular orientation. The ring formed on the insulated jacket, whether mounted on a battery terminal stud singly or in stacked multiples, provides a moisture seal at the terminal to impede or prevent corrosion, normally a serious problem with battery cable systems. Stacking two of the cable terminal assemblies on a battery terminal stud with a conductive spacer in the jacket ring of the lowermost cable terminal assembly provides an electrical connection between the plates of the two stacked cable terminal assemblies and permits a plurality of connections to be established at each battery terminal. The conductive spacer can be a separate ring shape, or can be permanently attached to the lowermost terminal plate, or the plate can be formed to provide a functional spacer. The foregoing cable terminal assembly simplifies the cabling and connections required for connecting a plurality of engine starting batteries in common, and impedes or prevents corrosion at the terminals.

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St. Charles, IL, United States of America

Lawrence T Budnick