Eric Pitchford - Bowling Green KY, US Henry Haley - Bowling Green KY, US Craig Higginbotham - Bowling Green KY, US Griffin Bland - Bowling Green KY, US
Eric Pitchford - Bowling Green KY, US Henry Haley - Bowling Green KY, US Craig Higginbotham - Bowling Green KY, US Griffin Bland - Bowling Green KY, US
Eric Pitchford - Bowling Green KY, US Griffin Bland - Bowling Green KY, US Craig Higginbotham - Bowling Green KY, US Pete Moyer - Bowling Green KY, US Jerry McColgin - Westfield IN, US
Eric Pitchford - Bowling Green KY, US Griffin Bland - Bowling Green KY, US Craig Higginbotham - Bowling Green KY, US Pete Moyer - Bowling Green KY, US Jerry McColgin - Westfield IN, US
Eric Pitchford - Bowling Green KY, US Henry Haley - Bowling Green KY, US Craig Higginbotham - Bowling Green KY, US Griffin Bland - Bowling Green KY, US
International Classification:
F24H 1/00
US Classification:
432222, 126 60, 126 61, 126110 B, 432219
Abstract:
An elongated generally cylindrical shell of a portable gas forced air unit is provided with a roll cage for protection. A pair of end caps located at each proximate end of the shell are connected by a plurality of roll cage bars extending parallel with the combustion chamber, whereby, the combination of end caps and roll cage bars serve to protect the concentric shell and its internal combustion chamber from damage. The end caps include a plurality of end bumps dimensioned and located to protect the outer extent of the portable unit while being oriented in substantially vertical or horizontal positions, and serve to support the portable unit when in a vertical position on a surface. The portable gas forced air unit is also adapted to be releasably interconnected with similar units.
Stacy Clevenger - Bowling Green KY, US Craig Higginbotham - Bowling Green KY, US Eric Pitchford - Bowling Green KY, US Joseph Lee - Bowling Green KY, US
Assignee:
Procom Heating, Inc. - Brea CA
International Classification:
F23N 5/08
US Classification:
431 79, 340578, 431 12, 431 13, 356218, 356434
Abstract:
A low pressure heater control system. In some embodiments a control is in electrical communication with a sensor having a view of a combustion chamber. The control calculates an average sensor value over each of a plurality of brief sampling periods based on a plurality of readings from the sensor. In some embodiments a reference point that may be at least based in part on an average of a plurality of average optical sensor values from earlier brief sampling periods is calculated and compared against the average optical sensor value from a recent brief sampling period to monitor for an abrupt combustion change. In some embodiments a peak-to-peak optical sensor value is also calculated over each of a plurality of brief sampling periods. In some embodiments the type of fuel being combusted is recognized and/or the fuel level approximated based on measured average and/or peak-to-peak optical sensor values.