Trn Business Trust

The Chamberlain Group, Inc.

Theodore E Dancu

Robert J Recupido

James Stephen Clark

Ray Richter

Harry O Wicks

A center beam railcar that has increased volume capacity and versatility. The car preferably has a narrow top chord that does not interfere with loading by overhead crane, but still contributes significantly to the strength and load carrying capacity of the railcar. The lading is preferably secured by straps, each having a first end secured on a first side of the car, and a second end secured on the opposite side of the car. The strap may extends over or under the top chord. In the preferred embodiment of the invention, the straps may be secured at or near the side sills on both sides of the car. Winches may be provided only on one side, with a simple retaining mechanism for securing a strap end provided on the other side.

Center beam car with increased load capacity

A center beam railcar that has increased volume capacity and versatility. The car preferably has a narrow top chord that does not interfere with loading by overhead crane, but still contributes significantly to the strength and load carrying capacity of the railcar. The top chord is preferably of a generally rectangular, tubular configuration, and has a width substantially equal to or slightly less than the width of the intermediate portion of the center beam therebelow. The railcar preferably has a depressed central portion that provides a clear loading height of at least about 14 feet thereabove, located between a pair of higher end portions, each preferably having a length of about 16 feet so that the end portions may be used to carry products of substantial length. The depth of the depression may be, e.g., about 16 in., to enable the depression to accommodate bundles of engineered wood products having a height of 15&frac12; in., with the tops of the bundles being at about the same level as the adjacent end portions of the deck. The lading is preferably secured by straps, each having a first end secured on a first side of the car, and a second end secured on the opposite side of the car. The strap may extends over or under the top chord. In the preferred embodiment of the invention, the straps may be secured at or near the side sills on both sides of the car. Winches may be provided only on one side, with a simple retaining mechanism for securing a strap end provided on the other side. The winches and retaining mechanisms preferably are longitudinally adjustable in tracks on the side of the car.

A transition vehicle for connecting convertible rail-highway trailers in a pulling or pushing relationship with the railway coupling mechanism found on a locomotive or a preceding railcar and which can also be converted for roadway use and coupled to a yard tractor for off-rail relocation. A convertible trailer is coupled to the transition vehicle through engagement of its coupling tongue and the king pin adjacent thereto, respectively, by a female coupler socket and a funnel-shaped receiving slot in a load carrying shelf mounted on top of the central tube of the transition vehicle. The convertible trailer is further secured to the transition vehicle by a clamping mechanism which grasps the trailer side walls. The transition vehicle is fitted with flanged rail wheels and a double shelf railway coupler for coupling to a locomotive or a preceding railcar when in the rail mode of use, and with tired road wheels and a telescopic gooseneck coupler for coupling to the elevated fifth wheel of a tractor when in the roadway mode of use. The tired road wheels are retractable to a stored position during rail use, and can be lowered to the ground for roadway use by inflating an air spring suspension system operatively connected thereto.

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Flossmoor, IL, United States of America

Theodore E Dancu