Egc Enterprises Incorporated

Ecg Operating Company LLC

Egc Operating Company LLC

Brian C Biller

Michael Bartos

Robert Mark Garlock

Richard L Dudman

Jeffrey Edwards

Thom Jessup

One or more packing systems and/or methods of manufacture are disclosed for a valve seal with lowered emissions while being complaint with fire standards. The packing system may have alternating mid-layers, a top layer, a bottom layer, and a first end cap and a second end cap. The layers can be formed of a flexible graphite-based material and/or a perfluoroalkoxy alkane (PFA) material. The layers may be bonded together and expand under compression to form a seal between a valve stem and a stuffing box.

Valve packing ring set

A food delivery apparatus includes a domed shell that defines an interior space. A thermal storage device is secured to the shell so as to direct heat downward to food within the interior space.

Heated dome for food service

A seal clamp assembly for sealing a female and male member together may include a seal configured to be positioned over the female and male members, the seal having a first end, a second end opposite the first end, a first edge, and a second edge opposite the first edge, and a retainer configured to be positioned over the seal, the retainer having a first end, a second end opposite the first end, a first edge, and a second edge opposite the first edge, wherein the retainer has a serpentine configuration along its length.

Seal clamp assembly

A temperature monitoring system for a heater having a flexible, thin-film graphite heater element includes a temperature sensing component that uses the heater element to sense temperature. The temperature sensing component includes a current sensor and a voltmeter circuit for determining a resistance and temperature of the heater element. A temperature control component associated with the heater element receives at least one set point value associated with the heater and controls the temperature of the heater element based on a comparison of at least one of the resistance and temperature of the heater element to the at least one set point value. The temperature of the heater element is calculated, in Ohms, using the following equation:where x=the average temperature of the heater element, in degrees Fahrenheit, and y=the resistance of the heater element as a percentage of the resistance of the heater element at room temperature, where A is from about &#x2212;20000 to about 25000, B is from about 40000 to about 80000, C is from about 40000 to about 80000, and D is from about 10000 to about 30000.

Temperature monitoring and control system for negative temperature coefficient heaters

A temperature monitoring system for a flexible, thin-film graphite heater element includes a temperature sensing component that uses the heater element to sense temperature. The temperature sensing component includes a current sensor and a voltmeter circuit. A temperature control component is associated with the heater element. The temperature control component receives at least one set point value associated with the heater and controls the temperature of the heater element based on the at least one set point value.

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Mentor, OH, United States of America

Brian C Biller