John O O'Sullivan, 80Hebron, CT

5423294, Jun 13, 1995

Dec 3, 1993

8/160875

Arthur W. Cole - Rowley MA
Franklin A. Hamlyn - Hampton NH
James D. Dougherty - Stamford CT
John M. O'Sullivan - Stony Point NY

Wheelabrator Environmental Systems, Inc. - Hampton NH

F22B 1702
F28F 1900

122512

A protective wall structure for protecting boiler tubing in facilities using refuse as a fuel source to produce steam for electrical power generation. The protective wall structure includes an array of shielding tiles, heat transfer bonding material, and elongated compressible material. The shielding tiles include a front surface facing the interior combustion zone of the facility, a rear surface facing the boiler tubes, and a plurality of sidewall surfaces. The heat transfer bonding material is positioned between the boiler tubes and the rear surfaces of the shielding tiles to permit heat transfer and create a bond between the boiler tubes and the shielding tiles. The elongated compressible material is positioned between the sidewall perimeter surfaces of adjacent shielding tiles to provide an expansion joint. This permits relative expansion between adjacent shielding tiles without cracking upon an increase in temperature in the interior combustion zone.

5377663, Jan 3, 1995

Jun 7, 1993

8/071994

Arthur W. Cole - Rowley MA
Franklin A. Hamlyn - Hampton NH
James D. Dougherty - Stamford CT
John M. O'Sullivan - Stony Point NY

Wheelabrator Environmental Systems, Inc. - Hampton NH

F23H 1300

126152B

The sidewall end grate block includes a first side which can be placed adjacent to a press plate and a second side which is adjacent to another grate block. The first side includes press plate attachment provisions while the second side includes a tension rod attachment provisions. The press plate attachment provisions on the first side include a plurality of holes which are adapted to receive bolts which can be received by a corresponding holes in the respective adjacent press plate. The tension rod attachment provisions on the second side include a cross-shaped hole and locking protrusions which can accept the head end of a tension rod.

5394806, Mar 7, 1995

Jul 12, 1993

8/090007

Arthur W. Cole - Rowley MA
Franklin A. Hamlyn - Hampton NH
James D. Dougherty - Stamford CT
John M. O'Sullivan - Stony Point NY

Wheelabrator Environmental Systems, Inc. - Hampton NH

F23K 500

104134

A new carriage system for a ram feeder has been designed and is provided. As in the prior art, the carriage system has a drive cart to which is attached a driving force member at one end thereof and a ram member on the other and opposing end thereof. The drive cart is supported by and travels upon a carriage table. The carriage system of the present invention replaces the prior art wheel and flat rail arrangement under the drive cart. The wheels together with the associated problems have been eliminated. In the present invention, the carriage system has a guide member attached to the carriage table and a travel member attached to the underside of the drive cart. The guide member is longitudinally oriented on the carriage table in the direction of drive cart travel and has at least one upper wear portion. The guide member guides the drive cart and the attached ram member during a reciprocating stoke cycle of the driving force member. The travel member has at least one lower wear portion.