The Frymaster Corporation

Lincoln Foodservice Products, Inc.

Garland Commercial Industries, LLC

Robert J Wenzel

Keith A Stanger

Clement J Luebke

Mark H Finck

Mark Finck

Jeffrey R Cook

Steven M Shei

Douglas Scott Jones

Mitchell C Henke

Dave Harter

Donald Ross Bedwell

Food cooking apparatus for melting cheese disposed on a food product. The cheese topped food product, for example a bun half, burger patty and cheese stack, is transferred in and out of a cooking chamber by a trolley. Entry of the trolley to the cooking chamber starts a cooking cycle. A steam generator provides pressurized steam from a location just above the cheese by a distance of up to about 2.0 inches for a short time until the cheese is melted. The trolley carries a transport medium upon which the food product is placed. A plurality of holes is disposed in the medium to remove from it any water formed by condensation. The steam generator includes a heated platen and a lid that form a steam generating chamber. Water is injected into the chamber onto the heated platen in a small enough quantity that substantially all of the water is converted to steam substantially instantaneously. The steam quickly pressurizes the chamber and is forced through passageways disposed in bosses that extend from the platen into the chamber. The steam exits the passageways on the outside surface of the platen.

Method and apparatus for generating and applying steam for food cooking and finishing

Apparatus for high speed grilling and/or conditioning of a food product which comprises: a heatable surface which is capable caramelizing the food product at a temperature in the range between about 425.degree. F. to 575.degree. F.; a chamber for enclosing the food product on the heatable surface under pressure; and a steam injector for introducing steam into the chamber during the caramelization of the food product.

Method for conditioning food products

Apparatus and system for conditioning food products

A unique instant-on feature for a cooking device that allows microprocessor control of the device after a period of idling. When activated, the instant-on enabler switch sends a signal to the microprocessor, which checks an internal clock to determine the amount of time the device has remained idle since the last cook cycle. This information is sent back to the instant-on enabler switch, which then selects among an appropriate array of cooking times. These times, longer than the initial pre-set cooking time, are based on testing and compensate for the degree of heat zone stratification in the cooking medium or surface caused by the extended idling. The instant-on enabler program immediately supplies additional heat to the cooking surface upon activation cooking cycle or operator input, allowing the maximum time for the cooking surface to reach proper cooking temperature.

Instant-on cooking device controller

A portable filter has an oil remove/return wand for insertion into a cooking apparatus utilizing hot oil. A flexible hose connects the wand to a motor pump and supports a motor direction control switch adjacent to the wand. A compartmentalized housing includes: a container having an inlet and an outlet, a removable filter holder mounted in the container, plumbing connecting the container inlet and outlet to the motor pump, a heating element for the outlet plumbing, a control panel having an OFF switch for connection to a power supply and FILTER and HEATER switches connected to the OFF switch, and indicator lights for the OFF, FILTER, HEATER switches. The motor direction switch is connected to the FILTER switch and to first and second delay circuits. The heater switch is connected to the heater element to apply power; while the heater switch is ON the filter switch cannot be activated. The filter switch selectively connects the first and second delay circuits to a reversible motor of the motor pump for delaying power application to the motor until the pump stops during switching between the oil removal and oil refill modes, respectively.

Portable filter

Growing community of inventors

Tarpon Springs, FL, United States of America

Robert J Wenzel