US2405627A

US2405627A - Collapsible receptacle

Info

Publication number: US2405627A
Application number: US564217A
Authority: US
Inventors: Louise H Williams
Original assignee: PETER BOZEMAN
Current assignee: PETER BOZEMAN
Priority date: 1944-11-20
Filing date: 1944-11-20
Publication date: 1946-08-13
Anticipated expiration: 1963-08-13

Description

u@ E39 LQH. WILLIAMS I 4359527 GQLLAPSIBLE RECEPTACLE Filled Nv; 2o.. 1944 f `1 y IVENTOR. 24 "LoulsE H.wnLL|AMs ,Z6 BY ATTORNEY Patented Aug. 13, 1946 COLLAPSIBLE RECEPTACLE Louise H. Williams, Los Angeles, Calif., assignor of one-half to Peter Angeles, Calif.

Bozeman, West Los Application November 20, 1944, Serial No. 564,217

(Cl. 15o- 49) 4 Claims.

This invention relates to receptacles generally, and more particularly to those of the collapsible or foldable type.

An object of the present invention is to provide a receptacle adapted to accommodate a wide variety of articles by being readily constructed in different shapes and dimensions;` which includes a foldable frame and collapsible walls to denne a strong and durable enclosure to safely protect its contents; and whose frame is composed cf spaced boundary members connected at intervals by foldable connector members made of pivotally connected sections of novel construction, to provide when extended, rigid supports insuring rigidity of the frame, with said sections being `rmly latched in extended position, yet being easily foldable to bring the boundary frame members in close relationship to form a flat, compact parcel for storage or shipment.

Another object of the invention is to provide a collapsible receptacle of the above described character Whose foldable frame can be easily made in various shapes and proportions by varying the coniigurations and sizes of the boundary members and the lengths of the connecting members, with more or less of the latter employed in accordance with the size and structural strength requirements of the receptacle, all while enabling quantity production of the frame to be eifected at small cost to provide a receptacle which can be sold in any price class depending on the quality of the covering and fastenings therefor which are applied to the frame.

With these and other objects in view, the invention resides in the combinations, arrangements and functional relationships of elements as set forth in the following speciiication and particularly pointed out in the appended claims.

In the accompanying drawing,

Figure l is a perspective View of one form of collapsible receptacle embodying this invention, with a portion of the covering broken away to expose the frame;

Figure 2 is an enlarged view in side elevation, showing in its extended position, a typical foldable connector member embodied in the foldable frame of the receptacle;

Figure 3 is a sectional View taken on the 3 3 of Figure 2;

Figure 4 is a View similar to Figure 3 and showing the connector member in folded position; and

Figure 5 is a fragmentary detail sectional View taken on the line 5-5 of Figure 3.

Referring specifically to the drawing, the invention in its illustrated embodiment comprises line a frame F and a ilexi'ble covering C therefor. The frame F is composed of two identical boundary members I0 and Ii of annular or other desired configuration, these members being continuous and preferably constructed of wire of such gage as to provide the necessary rigidity. At equally spaced intervals, the boundary members iD and il are connected by connector members I2, all of identical construction so that a detailed description of one will suffice for all.

Each connector member I2 is preferably of flat strip metal stock to provide two sections lll and I5. The section I is bent upon itself to provide closely spaced bearing plates it between which is received one end I1 of the other section l5. A pin I8 passes through registering openings in the plates I and said one end Il of the sections to pivotally connect them for adjustment to occupy the extended position shown in Figures l, 2, 3 and 5, or'the folded position shown in Figure 4.

In order for the bearing plates IS of the section i4 to laterally support the section I5 at the pivotal connection between the sections, same are provided with notches IS and 2li respectively, receiving portions of the other section so that the pivoted end I7 of the section I5 is fully received between the bearing plates I6 in the extended position of the sections. The sections are releasably retained or latched in extended position by means of a teat 2| on the pivoted end il of the section I5 which snaps into a recess or opening 22 in one of the bearing plates le by slightly springing the plates.

From the bearing plates I6 the section M is right angularly bent in opposite directions and then twisted in parallelism to provide relatively Widely spaced portions 23, the free ends of which are formed to provide sleeves 2d receiving the boundary frame member IE! to pivotally connect the section Id thereto, whereas the section I5 is twisted and provided at its free end with` a sleeve 25 receiving the boundary member I I to pivotally connect the section I5 thereto. It will be noted that the points of pivotal connection of the sections I4 and I5 to the respective boundary members Iii and II are constructed to laterally oiset the latter from the plane thereof as indicated at 25 and 2l, towards the sides of the boundary members which confront each other when such members are supported in receptacle-forming position, all to the end of bringing the outer portions of the

sleeves

24 and 25 Iiush with the outer sides of the boundary members to provide a smooth surface for the covering C, as Well as as indicated at 28 and 2e, with that wall of the covering spanning the member I I being openable by the provision of a separable fastening means such as a slide fastener 39, for example, to thus provide access to the interior ofthe receptacle. The central portion of such wall and of the opposite wall can be provided with reinforcing shields 3l of suitable material to protect the covering against wear -by the connector members whe the receptacle is collapsed.

In the use of the receptacle, the frame F is maintained extended by the latching teats 2l, aided by the toggle eiect of the relationship of the axes of the

sleeves

26 and 25 to the axes 'of the pins I 8 which are slightly to the outer sides of the sleeve axes, and thus require slight stretching of that portion of the covering C between the boundary members by inwardly directed pressure YagainstV the sections in order to "break the toggle and move the sections to fully folded position shown in Figure 4. Y

In their extended position, the connector members I2 rigidly support the boundary members, as the relatively widely spaced portions 23 of the sections I4, and the flat cross sectional shapes of 5 the sections I4 and I5 combine to strongly brace the connector members in a direction circumferentially of the boundary members. Furthermore, the bearing plates I6 between the sections I4 and I5 provide a rigid pivotal connection reinforcing the sections laterally, to the end of providing an extremely rigid frame when extended. In the fully collapsed position of the frame, its boundary members are practically'contiguous so as to provide a compact, hat parcel.

I claim:

1. A collapsible receptacle comprising: a foldable frame including two continuous boundary members and connecting members at intervals between the boundary members; each of said connecting members being composed of two sections of at strip metal, with one section bent upon itself medially of its ends to provide closely spaced bearing plates between which the inner end of the other section is received; a pin passing through said bearing plates and inner end of said other section to pivotally connect the sections; the outer end of said other section being curled to define a sleeve receiving one of said boundary members to pivotally connect said other section thereto; said one of the sections projecting laterally in opposed directions from said bearing plates, and then in parallelism to provide two relatively widely aspaced bracing portions whose ends are curled to receive the other boundary member so as to pivotally connect said portions y thereto; means for releasably retaining the sections in extended position; and a ilexible covering for the frame.

2. A collapsible receptacle comprising: a foldable frame including two continuous boundary members and connector members at intervals between the boundary members; each of said connector members being composed of two sections of flat strip metal, with one section bent vupon Vit- 4 self medially of its ends to provide closely spaced bearing plates; the inner ends of said sections being notched to intert suiciently for the inner end of the other section to be received between said bearing plates; a pin passing through said bearing plates and inner end of said other section to pivotally connect the sections; the outer end of said other section being curled to dene a sleeve receiving one of said boundary members to pivotally connect said other section thereto; said one of the sections projecting laterally in opposed directions from said bearing plates, and then in parallelism to provide two relatively widely spaced bracing portions whose outer ends are curled to receive the other boundary member so as to pivotally connect said portions thereto; the inner end of said other section and one of said bearing plates having a co-acting latching teat and recess in which said teat is adapted to be received, to releasably retain the sections in extended position; and a.` flexible covering for the frame.

3. In a collapsible receptacle, a foldable frame including two continuous boundary members and connecting members at intervals between the boundary members; each of said connecting members being composed of two sections of hat strip metal, with one section bent upon itself medially between its ends to provide closely spaced bearing plates between which the inner end of the other section is received; a pin passing through said bearing plates and inner end of said other section to pivotally connect the sections; the outer end of said other section being curled to define a sleeve receiving one of said boundary members to pivotally connect said other section thereto; said one of the sections projecting laterally from said bearing plates in two relatively widely spaced bracing portions whose ends are curled to receive the other boundary member so as to pivotally connect said portions thereto; and means for releasably retaining the sections rin extended position,

4. In a collapsible receptacle, a ioldable frame including two continuous boundary members and connecting members at intervals between the boundary members; each of said connecting members being composed of two sections of flat strip metal, with one section bent upon itself medially of its ends to provide closely spaced bearing plates; the inner ends of said sections being notched to interi-lt sui'ciently for the inner end of the other section to be received between said bearing plates; a pin passing through said bearing plates and inner end of said other section to pivotally connect the sections; the outer end of said other section being curled to dene a sleeve receiving one of said boundary members to pivotally connect said other section thereto; said one of the sections projecting laterally from said bearing plates in two relatively widely spaced bracing portions whose outer ends are curled to receive the other boundary member so as to pivotally connect said portions thereto; the inner end of said other section and one of said bearing plates having a co-acting latching teat and recess in which said teat is received to releasably retain the sections in extended position.

LOUISE H. WILLIAMS.