Abstract:
The present invention provides a collapsible and extendable glass rack container which overcomes the disadvantages of the prior art by providing a collapsible/extendable rack with minimum amount of packaging in order to transport even varied sizes of the glass panels / fragile materials. The present glass rack container includes plurality of collapsible and extendable panels that are configured to couple to each other in a foldable manner. The present invention further provides a glass rack container which is collapsible and extendable wherein the panels of the container are slidable in construct enabling the container dimensionally extendable.
Abstract:
A foldable packaging container comprising of container bottom comprising of a rectangular panel, said panel being raised above the ground level by a series of elongated metal beams that are extended transversely of the bottom, the said elongated beams being hollow; container bottom comprising edge channels which extends throughout the length of each of the four edges of the container bottom and having a width slightly greater than the width of the bottom edge; sidewalls the sidewalls being detachably connected to the container bottom through the edge channels which extends to the length of each of four edges of the sidewalls such that these bottom edges are snugly received in the channel; elongated edge frame member provided along the top edges of each side wall to impart the rigidity to the sidewalls; a top cover which can be snugly fit into the edge frame member provided along the top of each sidewall; the bottom edge of the side wall and the container bottom being attached using suitable bolts and nuts.
Abstract:
The present invention provides a collapsible and expandable fascia rack container which overcomes the disadvantages of the prior art by providing the collapsible and or expandable rack with minimum amount of packaging in order to transport varied sizes of the fascia. The invention also provides for an expandable/collapsible rack which may be constructed to have a suitable height compatible with the size and height of the shipment. The rack is provided with the telescopic extension mechanism to secure a variety of varied sizes of fascia.
Abstract:
Expandable packaging container (100) of the present invention comprise of a base panel (102), a front panel (110) and a rear panel (130), a top panel (120), made up of plurality of sub panels (122, 124) and a side panel (140,142), each including an extending/ collapsing mechanism to enable the panels to be extended or collapsed according to the need. The front and the rear panel can be extended both laterally and longitudinally and can be folded partially or completely about the base panel (102) of the container (100). The top panel (122, 124) can be folded about and rested on the side panel (140,142). The side panels are hingedly connected to the base (102) and can be folded on to the base (102). Latch pin mechanism (104) is provided for locking the slidably coupled structural element.
Abstract:
A dunnage trolley (100) is provided to transport vehicle ABS parts. The trolley includes two fixed racks (102a, 102b) on the extreme ends of the trolley and a rotatable middle rack (104) that includes multiple rotatable rack modules. The rotatable rack modules are lifted up one by one and provide space to securely keep the vehicle ABS parts.
Abstract:
In accordance with the present invention, the object of the present invention is to provide a foldable/ collapsible dunnage rack/ trolley, for transportation of painted plastic automotive parts. A latch and pin mechanism is used to make the rack/trolley foldable/collapsible. Such rack / trolley can be either used alone or in conjunction with other racks and/ or containers to achieve an effective and optimum packaging resource.