|Publication number||US3568608 A|
|Publication date||Mar 9, 1971|
|Filing date||Aug 12, 1968|
|Priority date||Aug 12, 1968|
|Publication number||US 3568608 A, US 3568608A, US-A-3568608, US3568608 A, US3568608A|
|Inventors||Howe Theodore, Taylor Cyril|
|Original Assignee||Taylor Cyril, Howe Theodore|
|Export Citation||BiBTeX, EndNote, RefMan|
|Patent Citations (6), Referenced by (22), Classifications (13)|
|External Links: USPTO, USPTO Assignment, Espacenet|
United States Patent  Inventors Cyril Taylor l2, Tristan Ave., Walrner Bridge Lancashire; Theodore Howe, 17, Hey Houses Lane, St. Anues, Lancashire, England  Appl. No. 751,820
 Filed Aug. 12, 1968  Patented Mar. 9, 1971  APPARATUS FOR TRANSPORT OF GOODS 3 Claims, 5 Drawing Figs.
 11.8. CL. 108/53  int. Cl 865d 19/18  Field ofSearch 108/51-58 [5 6] References Cited UNITED STATES PATENTS 2,699,911 1/1955 Chase et a]. 108/53 2,704,194 3/1955 Diamond... 108/53 2,756,894 7/1956 Phillips 108/53UX 2,956,763 10/1960 D'Arda 108/53 3,327,654 6/1967 Duncan,etal 108/53 FOREIGN PATENTS 969,970 9/1964 Great Britain 108/53 Primary Examiner-Bobby R. Gay Assistant Examiner-Glenn 0. Finch Attorney-Norris & Bateman ABSTRACT: A goods stacking platfonn comprises a base frame having a post upstanding from each corner, and a laterally projecting foot rigid with the lower end of each post having a fixed axis pivot connection to the base frame located to one side of the post providing for movement of the post between an erect upstanding position to a collapsed folded position substantially flatly overlying said base frame. Axially slidable offset locking pins distinct from the pivots are mounted on said base frame for displacement into correspondingapertures in the lower ends of said posts when the posts are erect.
f nmw HUATT llllfll! 5 Shoots-Sheet 1 INVENTOR:
CYRIL TAYLOR ET AL Patented March 9, 1971 3,568,608
3 Sheets-Sheet B IO 74 I INVENTOR:
CYRIL TAYLOR ET AL BY Patented March 9, 1971 3 Sheets-Sheet 5 INVENTOR:
CYRIL TAYLOR ET AL APlPAllATlJS lFQlt TRANSPORT F GOUDS This invention is concerned with the bulk transport of goods on road and rail vehicles and on ships. in the transport industry, stacking platforms are used to which have a bottom platform on which goods can be placed and upright legs at the cornets to support a second platform spaced above the first platform. This type of stacking platform is often used stacked three high on a quayside or six high in cellular ships, and can be slung from a crane for loading and unloading.
The object of the present invention is to provide an improved method of transport which'utilized utilizes a modified form of stacking platform.
According to this invention, goods are transported on stacking platforms having upstanding legs which legs are collapsible on to the platform itself, but can be locked in the upstanding position, and the pladorms are returned with their legs collapsed so that they occupy less height on the transporter during the return journey than on the carrying journey.
in order that the invention may be fully understood and readily carried into effect, a preferred embodiment thereof will now be described, by way of example only, with reference to the accompanying drawings, of which:
FlG. l is a perspective view of three stacking platforms embodying the invention arranged in upstanding condition one upon another;
H6. 2 is a side view of the platforms in a collapsed condition;
PKG- 3 is a perspective view (drawn to a somewhat larger scale than FIGS. l and 2) of one corner of one of the stacking plad'orms, a corner post of the platform being shown in the upstanding position;
FlG. 4 is a further perspective view of one corner of the platform, a corner post of the platform being shown in the collapsed condition and a further platform being shown in chaindotted lines overlying it; and
Flt 5 is a perspective view (drawn to a slightly smaller scale than FlGS. 3 and showing the constructions of the corner posts.
Referring now to the drawings, a stacking platform has a rectangular basal part incorporating a e base frame made of welded steel channels and rolled steel joists on which a wooden floor is laid to support the goods to be transported. The platform is a convenient size for carrying on a lorry or taller.
Side members ll) of the channel section and end members l2 also of channel section meet at a corner casting M to which they are welded. Each corner casting is of standard size (arrived at by international agreement) and the lateral and iongitudinal spacing of the castings also conforms to a standard so that in this way a standard platform or container of any make can be stacked upon any other standard platform or container of the same nominal size. The corner castings are provided with apertures to through which chains or hooks can extend for lifting the platform.
Respective corner posts 1% are provided at the corners of the base frame and are pivotally mounted so that they can be arranged in upstanding condition as shown in FlG. 3 or in a collapsed condition as shown in FlG. 4. Each corner post comprises a main angle section 2i? with an angle section 21 of somewhat smaller cross section welded within it as shown in FlG. d. A length of steel bar 22 of rectangular cross section is welded within the main angle section at one end of the post to project laterally therefrom, and a pair of holes 24 and 26 are drilled and reamed in said bar.
The mountings for the corner posts at the four corners of the base frame include respective plates 23 welded at the extreme ends of the side members it) and blocks 3% welded in parallel with said plates, portions of the channel section members ill and 12 having been cut away to accommodate said bloclrs. Aligned pairs of holes 352 and 34 are drilled and reamed in the plates 2% and blocks Bil. The holes $2 of each mounting accommodate a fitted bolt 36 which extends through the hole 24 in the bar 22 of the respective corner post and about which the corner post can be pivoted between its upstanding and collapsed positions. The holes 34 on the other hand are provided to accommodate a locking pin Bill which can be slid axially through the hole 26 in the bar 22 of the corner post to retain the latter in the upstanding position. The locking pin is slidably mounted in a bracket 4% within the channel member 12 and a stop 42 is provided to prevent it being withdrawn completely from the block 30 when being withdrawn from engagement with the corner post to permit the collapse of the latter. The locking pin is provided with a lever 44 to facilitate the sliding of the pin, and a stop 46 is provided for the abutment of said lever to prevent the accidental withdrawal of the pin 38 when the corner posts are in their upstanding positions. It will be seen from the foregoing that a lower part of each corner post is of L-shape configuration, an extremity of the foot of the L being pivotally connected to the basal part of the platform whereby in its collapsed condition the corner post can lie flat upon the basal part of the platform. The locking pins 38 are of substantial size since it will be understood that when a loaded stacking platform is lifted by the apertures of the head castings of the corner posts the entire load is taken by the locking pins. The bolts 36 then serve to prevent the corner posts from rocking about the axes of the locking pins 34 and in this they are aided by abutment plates 48 which join the upper portions of the plates 28 to upstanding gusset members 50. The upper edges of the plates 23 and all and of the gusset members 50 provide surfaces on which another platform can be; placed, when the corner posts have been folded flat, as shown in chain-dotted lines in FIG. 4. Lugs 52 of a tapering shape which are welded at an angle to the gusset members fitl ensure that the platforms can be rested accurately one upon another in their collapsed condition.
The stacking platforms illustrated in H6. l are shown to be provided with upstanding posts 54 md midway along their longitudinal sides, but these are merely slotted into apertures formed in the basal parts of the platforms andare simply laid flat upon the basal parts when the corner posts have been collapsed. The platforms illustrated are also provided with lifting lugs as which are slidably mounted whereby when not in use they can be retracted so that they do not protrude further than the flanges of the side members it). Means are, of course, provided to ensure that they cannot be withdrawn completely from the apertures in which they slide.
Thus there is provided a method of transporting stacking platforms toand-fro, that is to say, mounted one upon another, on the outward (loaded) journey with each platform in an erected condition and on the return (empty) journey with each platform in a collapsed condition so that they occupy less height than on the outward journey. There is also provided a design of stacking platform whereby this method can conveniently and safely be carried out.
Various modifications may be made without departing from the scope of the invention. For example, the actual design of the basal part of the platform may be varied according to the load to which it is to be subjected, and the number of l-sections and/or channel sections and their size will be chosen accordingly. Furthermore, the platform may be provided with removable ends and side panels, and these may be made of wood or metal or framed wire netting. Alternatively, the platform may be enclosed by waterproof fabric sheets after loading in normal manner.
1. A stacking platform comprising a base frame having corner structures, a post upstanding from each corner structure, a laterally projecting foot rigid with the lower end of each post, means providing a fixed axis pivot connection between each said foot and said base frame located to one side of said post providing for movement of the post between an erect upstanding position to a collapsed folded position substantially flatly overlying said base frame, and axially slidable locking pins distinct from said pivots mounted on said base frame for displacement into corresponding apertures in the lower ends of said posts when the posts are in erect position, said locking pin receiving apertures being offset with respect to said pivot connections.
2. The stacking platform defined in claim 1, wherein said
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|U.S. Classification||108/53.1, 108/53.5, 108/55.1|
|International Classification||B65D88/00, B65D88/52, B65D88/12, B65D88/02|
|Cooperative Classification||B65D88/129, B65D88/522, B65D88/022|
|European Classification||B65D88/02B, B65D88/52A, B65D88/12F|