Holland LP

Holland Company LP

Stuart H Thomson

Mark Y Zhan

John Basco Brewster

Arthur Poulopoulos

Brian E O'Neill

David P Crovetti

A vehicular container, lid-latching system and method is practiced by outfitting a vehicular container and container lid with an automatic uniquely configured latch mechanism and a latch-engaging structure uniquely configured to cooperably engage the latch mechanism. The latch mechanism is automatically operable by way of engagement with structure directed thereagainst and preferably outfitted upon the container at one end thereof. The latch-engaging structure, preferably outfitted upon the lid, engages the latching mechanism under a directed load and for automatic and selective latching securement or latching release of the lid relative to the container.

Vehicular container lid-latching system

A corner protector and bulkhead protector for a cargo carrying vehicle such as a rail car are formed to have deep channels or corrugations that provide for both increased strength and rigidity while also providing support for load restraining web straps.

Corner and bulkhead protector

A load restraining device provides a system in which straps extending from one side of a web strap arrangement initially run parallel to the wall to which they are connected, as opposed to extending perpendicular to the wall as in the prior art. The anchor itself is a horizontal wall member running longitudinally along the wall of the railcar or trailer. An adjustable anchor is used to permit moving the attachment point several inches to allow for load variations. The attachment of the web strap arrangement is normally 14&#x2033; to 18&#x2033; behind the face of the load. Unlike previous systems, this provision of anchor points behind the load effectively 'encapsulates' the load rather than merely providing a bulkhead effect. Ratchets provided as part of one of the wall anchor arrangements allow the web straps to be tightened into final position, imparting a restraining force to the load and preventing the load from shifting during transport. A removable load restraining system using multiple restraining net portions and flush-mounted anchor assemblies is also described.

Load restraining device

The present invention provides a cushioning system to be applied to the inside surface of the walls of conventional autorack railcars. More particularly, the present invention is directed toward the easy application of a foam protector of single or double tube configuration to the side portions of the metal screen walls that make up an autorack railcar. Improvements enable a multiple density foam tube, a 'Logo' panel bar and an improved fastener. The tubes are designed to protect the edges of car doors by collapsing when hit by the car door and quickly bouncing back, regardless of temperature.

Door edge protection system for conventional autorack railcars

An anchor with an &ldquo;L&rdquo; shaped aperture receives a strap pin end, the lower leg of the &ldquo;L&rdquo; locking the pin in place, the strap bearing on a smoothly curved side wall, the pin being held in place when not under load by a clip member on the back of the anchor and being contained within a pocket in the wall of a railroad box freight car. A two part strap is shortened to fit the cargo load through the use of a combination of turns and bights around a three part clip having a generally oval ring with an upstanding half oval ring portion displacing the various parts of the strap threaded thereon to increase friction. Moreover, the anchor may include a slot which with a side edge of the &ldquo;L&rdquo; shaped aperture defines a restraining post-like member therebetween. The restraining strap can be then threaded into and through the slot, around the post-like member, and exit the aperture so as to form a loop about the post-like member for restraining movement of the strap.

Cargo snugger strap and hook mechanism

An anchor with an &ldquo;L&rdquo; shaped aperture receives a strap pin end, the lower leg of the &ldquo;L&rdquo; locking the pin in place, the strap bearing on a smoothly curved side wall, the pin being held in place when not under load by a clip member on the back of the anchor and being contained within a pocket in the wall of a railroad box freight car. A two part strap is shortened to fit the cargo load through the use of a combination of turns and bights around a three part clip having a generally oval ring with an upstanding half oval ring portion displacing the various parts of the strap threaded thereon to increase friction.

A railcar load securement apparatus uses an array of load securement anchors having bases adapted for strength and efficiency in mounting in a rail car, a plurality of vertical support members extending upwardly from a mounting base or bracket with a flush mounted anchor plate joining them, so that a plurality of tensioning members or straps can be readily mounted to retain cargo, but the anchor is flush to be unobstructive when unused. Flexibility in load adaptation is provided for in that a number of different load capture arrangements can be utilized.

Railcar anchor and load snugger arrangement

A railcar load securement apparatus uses an array of load securement anchors having bases adapted for strength and efficiency in mounting in a rail car, a plurality of vertical support members extending upwardly from a mounting base or bracket with a flush mounted anchor plate joining them, so that a plurality of tensioning members or straps can be readily mounted to retain cargo, but the anchor is flush to be unobstructive when unused. The alternative embodiment anchor is particularly adapted to installation with a new-floor, being a tube mounted anchor providing a strong, economical mounting where vertical clearance, and particularly angle, adjustment is not needed. Flexibility in load adaptation is provided for in that a number of different load capture arrangements can be utilized.

The present invention provides a cushioning system to be applied to the inside surface of the walls of conventional autorack railcars. More particularly, the present invention is directed toward the easy application of a foam protector of single or double tube configuration to the side portions of the metal screen walls that make up an autorack railcar. Improvements enable a multiple density foam tube, a &ldquo;Logo&rdquo; panel bar and an improved fastener. The tubes are designed to protect the edges of car doors by collapsing when hit by the car door and quickly bouncing back, regardless of temperature.

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Downers Grove, IL, United States of America

Stuart H Thomson