Abstract:
This invention relates to methods for packing multiple vehicles in a stacked configuration into a transport container using a frame structure such that a first vehicle is located above the floor of the container and inclined relative to that floor. The frame structure includes a lower vehicle support member mounted transversely across and above the base on a pair of first vertical support members, an upper vehicle support member mounted transversely across and above the base on a second pair of vertical support members such that the upper vehicle support member is spaced horizontally from and vertically above the lower vehicle support member and also including at least a first and a second attachment member each having brackets thereon for attaching to the first vehicle body, the vehicle support members supporting the respective attachment members substantially parallel thereto. The packing method comprises the steps of: attaching the first and the second attachment members across the first vehicle body such that the second attachment member is laterally spaced from the first attachment member; supporting the first and the second attachment members on the lower and the upper vehicle support members respectively; and loading the frame structure into the transport container.
Abstract:
A container for transporting automobiles includes a plurality of vertically spaced decks, each having a pair of longitudinally extending vehicle ramps which define a transverse space in between. A continuous lashing dolly track extends longitudinally between one of an uppermost and intermediate pair of the vehicle ramps, and a lashing dolly is translatably suspended from the continuous lashing dolly track beneath the transverse space. A frame supports the decks and the continuous lashing dolly track. A weatherproof fabric cover may also be suspended between at least one pair of vertical members and a pair of longitudinal members of the frame to protect the automobiles from debris and small objects while providing a surface which will not harm a door upon contact.
Abstract:
An elongate frame such as for carrying vehicles includes length-adjusting and width-adjusting assemblies that enable the frame to fully occupy differently-sized enclosures. Pivotably extensible and retractable length-adjusting sections form the length-adjusting assembly. Several length settings are achievable by selectively unlocking different combinations of sections. Overshooting of settings is avoided, despite machine-driven adjustment, by elimination of overtravel-type movement in each section. Telescopically adjustable joints, each with automatic end position latching and backup stop protection, form the width-adjusting assembly and guide the frame's sides in stable upright movement while the frame's forward end is unfolded. Minimal restrictions on vehicle size are achieved by a vehicle-supporting assembly including variable-tread wheel cradle supports, lengthwise-shifting posts which, together with the supports, establish length-adjustable vehicle-loading zones, an adapter assembly which operatively couples the width-adjusting assembly and each support to optimize tolerance for wider treads based on the width setting selected, and a toothed plate interface which operatively couples the length-adjusting assembly and each vertical post so that the frame's lengthwise vehicle-carrying capacity is based on the length-setting selected.
Abstract:
An adjustable frame for carrying vehicles between elongate upright sides includes, on each side, a forward end and a rearward end, each end including an upper and lower rail section joined by elongate brace members, where the respective ends are separated from one another and a length-adjusting insert is carried between such ends to selectively permit adjustment of the position of the forward end relative to the rearward end while maintaining the ends in end-to-end alignment. On each side of the frame, preferably at least one of the upper rail sections has an end portion defining an open-ended hollow tube extending lengthwise of that side within which an elongate arm of the length-adjusting insert is slidably moveable so that structures on the outside surfaces of the rail sections will not interfere with length adjustment. Preferably, on each side, the upper and lower rail sections of the respective ends together define longitudinally aligned upper and lower pairs of open-ended tubes in which are slidably received an upper and lower pair of arms of the length-adjusting insert, thereby permitting the insert to remain permanently in position on each side regardless of the length selected. Preferably, also, the forward and rearward ends of the frame are lockable to the arms of the insert while keeping the insert centered longitudinally with respect to each side.
Abstract:
An apparatus for loading freight and automobiles inside maritime containers of substantially rectangular projection. Post assemblies are vertically mounted inside the container on a chassis assembly. A platform assembly is pivotally mounted to the post assemblies that are closer to the innermost end of the container. A forklift, or other lifting device, is utilized to lift and lower the other end of the platform and locking assemblies are used to maintain the platform in place, at a predetermined angle with respect to the plane of the chassis assembly and floor of the container. Front post assemblies are collapsably mounted so that the entire apparatus can be stored away in a volumetrically efficient manner. Ski and wheel members are mounted to the underside of the front of the chassis assembly to help the forklift in the transportation of the apparatus.
Abstract:
A system for loading and transporting wheeled vehicles on a transporting vehicle, such as a ship or rail car, comprises supporting a plurality of wheeled vehicles on each of a plurality of frames in vertically-spaced relation to each other and then inserting the respective frames and their supported vehicles matingly into respective enclosures. The enclosures, with their frames and vehicles inside, are loaded onto the transporting vehicle by compactly stacking the enclosures one atop the other in weather-exposed positions, the enclosures nevertheless serving to protect the vehicles from external hazards.
Abstract:
A double-decked apparatus has a base (4), and a movable deck (6) is rotatably connected, at one end, to one end of the base. Automobiles can be positioned on the base (4) and on the movable deck (6). The movable deck can rotate between a first position, where it is laid upon the base and positioned substantially parallel thereto, and a second position, where it is inclined upwardly. The apparatus is also provided with support rods (8, 9) which can hold the movable deck in the second position. Two automobiles can be mounted on this apparatus, one above the other. The apparatus can, therefore, help to achieve an efficient use of the space within a transport container.
Abstract:
A BOX-LIKE CONTAINER FOR TRANSPORTING VEHICLES SECURED THEREIN AND CAPABLE OF BEING STACKED IN INTERLOCKED, SUPERPOSED RELATION WITH CONTAINERS OF VARIOUS LENGTHS. DOORS HAVE BEEN PROVIDED ALONG THE CONTAINER SIDE WALL AND POSITIONED TO CORRESPOND WITH THE DRIVER DOOR OF EACH VEHICLE SECURED WITHIN THE CONTAINER FOR PROVIDING ACCESS TO AND FROM THE VEHICLES.