Other

Mobil Oil Corporation

Richard C Kovacs

Frederick J Krambeck

Michael S Sarli

Glen Welle

Mark Welle

A fishing lure comprising at least two wires having a first end and a second end, wherein a first portion of the at least two wires are intertwined with one another, and wherein a predetermined distance from the first end a first bend is made and distal to the first bend, a second bend is made, and predetermined distance from the second bend a second portion of the at least two wires are untwined and a loop is formed at the second end of each of the at least two wires, a head molded around a portion of the first end of the at least two wires, a hook affixed to the head, and at least one spinner rotatably attached to the loop at the second end of each of the at least two wires, wherein the spinner is able to freely oscillate and vibrate.

Spinner lure

In a first embodiment, a fishing lure comprising, a body having a fish like design with a first end and second end and a groove distal to the second end incorporated into the body, a hook integrated into the first end of the body, a stem extending a predetermined distance from the second end of the body, wherein the stem is capped, a bead inserted onto the stem, a spinner blade having at least three openings, attached to the stem by a first opening, wherein the spinner blade can rotate 360 degrees about a center axis of the stem, and a line attachment secured through a second and third opening of the spinner blade.

Erratic uncontrolled lure

An FCC catalyst regeneration technique in which the catalyst is regenerated in a dense bed regenerator. Regeneration effluent gases are collected from different parts of the regenerator vessel in a common collection zone and passed through the catalyst separation cyclones from the common collection zone. The cyclones may be arranged with their inlet horns adjacent one another in the common collection zone or a cyclone inlet manifold with a common inlet may be connected to the cyclone inlets. The inlet port to the manifold may be extended to form an elongated vertical duct through which regeneration effluent gases and entrained catalyst pass from the dilute phase of the dense bed to the cyclone so that mixing of the effluent gases is promoted to ensure combustion in residual quantities of oxygen present in the effluent gases before the gases enter the cyclones. Improved operating flexibility is obtained together with a reduced likelihood of cyclone damage as a result of localized high temperature excursions. In addition, the NO.sub.x level of the regenerator stack gases is reduced.

Fluid catalytic cracking regeneration with reduction of nitrogen oxide

An FCC catalyst regeneration technique in which the catalyst is regenerated in a dense bed regenerator. Regeneration effluent gases are collected from different parts of the regenerator vessel in a common collection zone and passed through the catalyst separation cyclones from the common collection zone. The cyclones may be arranged with their inlet horns adajcent one another in the common collection zone or a cyclone inlet manifold with a common inlet may be connected to the cyclone inlets. The inlet port to the manifold may be extended to form an elongated vertical duct through which regeneration effluent gases and entrained catalyst pass from the dilute phase of the dense bed to the cyclone so that mixing of the effluent gases is promoted to ensure combustion in residual quantities of oxygen present in the effluent gases before the gases enter the cyclones. Improved operating flexibility is obtained together with a reduced likelihood of cyclone damage as a result of localized high temperature excursions. In addition, the NO.sub.x level of the regenerator stack gases is reduced.

Growing community of inventors

Mantua, NJ, United States of America

Richard C Kovacs