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Publication numberUS2321753 A
Publication typeGrant
Publication dateJun 15, 1943
Filing dateJun 7, 1941
Priority dateJun 7, 1941
Publication numberUS 2321753 A, US 2321753A, US-A-2321753, US2321753 A, US2321753A
InventorsHarold D King
Original AssigneeAmerican Hard Rubber Co
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Cover for cooler cabinets
US 2321753 A
Abstract  available in
Images(2)
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Claims  available in
Description  (OCR text may contain errors)

June 15, 1943. H. D. KING 2,321,753

COVER FOR COOLER CABINETS Filed Jun 7, 1941 2 Sheets-Sheet 1 /9. I o 3% j akf Q I Jk June 15, 1943. H. DHKING 2,321,753

COVER FOR COOLER CABINETS Filed June 7, 1941 2 Sheets-Sheet 2 L I Y fags/w w H Patented June 15, 1943 COVER FOR COOLER CABINETS Harold D. King, Medina, Ohio, asslgnor to American Hard Rubber Company, New York, N. Y., a corporation of New York Application June 7, 1941, Serial No. 396,978

4 Claims.

The invention relates to an improvement in covers for cooler cabinets and more particularly to an improved hinge for such covers. Certain types of cooler cabinets are provided with two covers, of substantially the same size and shape having straight inner edges adjacent to each other, substantially parallelly arranged and usually in contact witli each other. It has heretofore been proposed to provide such covers with a flexible hinge of liquid-impervious material connected with the inner adjacent edges or ends of the covers and overlying the joint between them so as to prevent liquid from dropping into the container sealed by the covers. The covers and the hinge are so arranged that each cover may be folded back upon the other. Each cover thus in turn constitutes a support to which the other cover is hinged.

In the prior constructions in which the hinges are composed of flexible liquid-impervious material the fastening means for securing the hinge to the cover sections are exposed at one point or another, and since the fastening means are frequently metallic, they are liable to deterioration from constant exposure to liquids. The object of the present invention is to produce a hinge structure in which the fastening means are entirely hidden, so that moisture is positively prevented from having access to the fastening means. Although the invention has been developed in connection with the problem of providing double-cover structures for cooler cabinets with hinges so constructed and arranged as to prevent liquid from passing into the container sealed by the covers, it will be understood that the improved hinge of the present invention may be applied to any structure in which a movable part is hinged on a support. The invention is more fully described hereinafter and is more parti ularly pointed out in the appended claims.

In the accompanying drawings illustrating the preferred form of the invention, Fig. 1 is a top plan view of two cooler cabinet covers connected to' ether at their inner adjacent ends by means of the improved hinge of the present invention; Fig. 2 is a view similar to Fig. 1, but with the hinge removed; Fig. 3 is a transverse section, on an enlarged scale, taken on the line 33 of Fig. 1; Fig. 4 is a transverse section taken on the line 4-4 of Fig. 1; Fig. 5 is a longitudinal section taken on the line 5-5 of Fig. 1; Fig. 6 is a view similar to Fig. 5, but showing one ofthe covers partly lifted with respect to the other; and Fig. 7 is a bottom plan view of the improved hinge.

The improved hinge construction of the pres-.

ent invention may be applied to and used in connection with any general type of two-section cooler cabinet cover and it also may be applied to any member which in like manner is connected with and adapted to be folded back upon a support. In Figs. 1 and 2 are shown two cooler cabinet covers of conventional design designated by the reference numerals 9 and Ill, and which are of substantially the same size and shape, being rectangular in plan view. Each cover consists of a horizontally disposed top wall H, vertically disposed side walls l2, a vertical inner end wall iii, an outer end wall (not shown), and a bottom wall l4. Each cover section thus constitutes a hollow structure adapted to be filled with an insulating material IS. The top, side and end walls are preferably composed of hard rubber or a similar substance,whereas the bottom wall I4 is conveniently composed of metal and its up-tumed side edges I G fit into chamfers formed on the lower ends of the side and end walls. The inner walls l3 of the cover sections are parallelly arranged and abut each other at their top inner edges l9.

The improved hinge, which is generally indicated at It in Fig. 1, is rectangular in plan and is substantially as long as the covers 9 and I0 are wide, as clearly indicated in Figs. 1 and 2. The width of the hinge is such that its sides overlap the inner adjacent edges or ends of the covers a substantial distance to accommodate means for fastening the lateral portions of the hinge to the top walls of the cover, as will be presently explained. When the improved hinge is used for connecting two cooler cabinet covers or the like together, the two lateral sides of the hinge are alike in construction and arrangement, but when the improved hinge is used for connecting only a single cover or similar part with a support, then only one half of the hinge need embody the features of the invention for connection with the cover, whereas the other side of the hinge may be fixed in any preferred manner to the support. Both the lateral sides of the hinge,

however, may embody the features of the invention, even though one side is attached to the cover-like member and the other side is attached to a stationary support.

The improvements in hinge structures comprising the features of the present invention lie in the novel formation of the lateral sides 20 and 2| of the hinge which are identical. The two lateral hinge portions 20 and 2| are longitudinal enlargements connected by a flat relatively thin middle or web section 22, the under surface 24 of which'rests on the top margins of the inner ends of the top'walls ll of the covers 9 and I9. By reference to Fig. 5 it will be seen that the median line of the middle web portion 22 of the hinge overlies the joint l9 between the top of the inner ends or edges of the covers 9 and Ill. The top surface of the margins of the top walls ll of the covers is depressed below the top surface of the covers 9 and ID a distance equal to the thickness of the web portion 22 of the hinge, so that the top surface of the web portion 22 of the hinge is on the same plane as the top surface of the covers 9 and ID.

The longitudinally extending .sides or lateral edges and 2| of the hinge are each enlarged to accommodate a longitudinally extending recess 26 having parallel top and bottom walls which terminate at each end short of the ends 21 of the hinge sections 20 and 2|, as clearly indicated in Figs. 4 and 7, and short of the side edges 29 of the hinge sections, as indicated n Figs. 5 and 6. The height of each recess 26 is small compared with its width and length, and is thus adapted to accommodate a lath-like or strip shaped member. Each recess 26 opens downwardly as a slot through the bottom wall 29 of each side portion 20 and 2| of the hinge, and thus each recess 26 in cross section is of T shape. In order to assist in anchoring the hinge to the covers and also so that each side portion 20 and 2| of the hinge may not twist or be displaced laterally with respect to the cover section to which it is attached, each cover is provided parallel with and adjacent to its top inner edge IS with a longitudinally extending slot 30 into which fits a downwardly projecting longitudinally extending wedge-shaped tongue 32 formed on the inner edge of th bottom wall 29 of the hinge portions 20 and 2|. At their outer edges the bottom walls 29 of the hinge portions 20 and 2| are enlarged downwardly to fit within the slots 33 extending across the covers 9 and Ill parallelly with the slots 30. The enlargements of the bottom walls of the hinge portions 20 and 2| occupying the parallelly arranged slots 30 and 33 and the inner edges of which forms the slot 25 are grooved at 3| to embrace laterally a series of buttons 35 which extend upwardly from the top of the depressed inner ends of the top walls of the covers.

' The means shown in the illustrated embodi- LIl From the foregoing description it will be recognized that the improved hinge of the present invention is of such construction and arrangement that no portions of the metallic fastening means are exposed, and hence cannot be attacked by the liquids which are always present in the use of cooler cabinets. Moreover by providing the hinge portions 20 and 2| with downwardly extending walls which are received within longitudinal slots within the top wall H of the covers 9 and I0 liquid is prevented from passing down through the joint between the surfaces IQ of the inner top edges of the covers. And by arranging the parts of the hinge in such manner that the lateral portions 20 and 2| thereof extend laterally over the top surface of the inner edges of the top wall of the covers and making the inner walls |3 of the covers integral with the top walls moisture is positively prevented from leaking into the interior of the covers and attacking the insulating material l5. There is thus provided a hinge construction for cooler cabinets which is neat and attractive in appearance and efficient in operation.

Having thus described the invention what I claim as new is:

ment of the invention for fastening the lateral hinge portions 20 and 2| to the inner ends of the top walls of the covers 9 and Hi comprise a metal strip 31 which is of the same dimensions H as the recesses 26 and when located in the recesses it is tightly embraced by the inner surfaces thereof. The buttons 35 and the under'ying part of the top walls H of the cover sections 9 and Ill are provided with apertures for receiving shanks 38 of screw bolts, the head portions 4| of which are received within countersunk holes in the metal strip 31 corresponding to the holes in the buttons 35. The lower ends of the screw bolts receive nuts 39 which take up against the under surface 40 of the inner portions of the top walls H of the covers which are thickened at this point. The side portions 20 and 2| of the hinge are thus firmly anchored to the covers 9 and Hi. In order that the point of junction between the heads ll of the screw bolts and the shanks 38 thereof may not contact with the material of the top walls 9 and III the top ends of the bolt-receiving holes in the buttons 35 or top walls ll of the covers are counterbored, as at 62.

downwardly projecting portions received within a the slots in the cover, the lateral enlargements of the hinge being connected by a relatively thin 'web the middle portion of which lies over the Joint between the inner edges of the covers, each lateral enlargement of the hinge being provided with a longitudinally and laterally extending recess terminating short of the ends and side edges of the enlargement and having a slot opening downwardly from the bottom of the recess and bound laterally by the inner edges of the downwardly projecting parts of the enlargement, a metal strip received within the recess and means connected with the metal strip for securing the lateral enlargements of the hinge to the top walls of the covers.

2. A structure of the character described comprising a support, a cover, the support and the cover having substantially parallel adjacent edges, and a hinge for connecting the cover with the support and overlapping the jo nt between the cover and the support, said hinge being composed of flexible liquid-impervious material and having along the lateral side overlapping the cover a longitudinally extending recess formed wholly within the hinge and having in its lower side an opening leading downwardly to the cover, the recess and the opening forming a T in cross section, a strip of metal occupying the recess, fastening means connected with the strip of metal and the cover and passing through the opening for securing the hinge to the cover, means for securing the other side of the hinge to the support, said cover having parallel slots and said hinge having downwardly extending parallel projections received in said slots and fitting therein for preventing lateral displacement of the hinge and cover.

3. A cooler cabinet structure comprising two covers having inner straight edges arranged adjacent each other, each cover having a pair of parallel depressions formed in its upper surface adjacent the inner edges thereof, and having a metal strip secured thereto projecting laterally over said parallel depressions, and a hinge member of flexible, liquid impervious material dimensioned to extend to the ends of the inner edges oi the covers, said hinge having a relatively thin middle portion adapted to overlie the meeting edges of the covers, and having laterally extending enlarged portions having longitudinal recesses therein adapted to receive said strips and slots communicating with said recesses and formed by the inner edges of downwardly extending projecting parts of said enlarged portions, said parts having portions extending into and seating in said parallel depressions whereby twisting and lateral displacement of the hinge and covers are prevented.

4. A cooler cabinet structure comprising two covers having inner straight edges arranged adjacent each other, each cover having a T-shaped cover anchoring portion spaced from its inner edge and a hinge member of flexible, liquid impervious material dimensioned to cover the meeting edges of the cover and comprising a central portion and enlarged end portions, each end portion having a recess for receiving the upper end of the T-shaped anchoring portion and having lateral downwardly projecting side portions adapted to engage beneath said upper end of the anchoring portion, each cover having parallel slots or depressions and said downwardly projecting side portions fitting into said depressions and preventing twisting or lateral displacement of the hinge and covers.

HAROLD D. KING.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2526129 *Oct 31, 1947Oct 17, 1950Savage Arms CorpFlexible hinge
US2562609 *Oct 7, 1948Jul 31, 1951Nash Kelvinator CorpRefrigerating apparatus
US2592411 *May 5, 1950Apr 8, 1952Nash Kelvinator CorpFlexible leaf hinge
US2592412 *Jun 13, 1947Apr 8, 1952Nash Kelvinator CorpLid for refrigerating apparatus
US2607411 *Jun 12, 1948Aug 19, 1952Liquid Carbonic CorpHinge system for refrigerated cabinets
US2614719 *Sep 29, 1947Oct 21, 1952Motor Products CorpLid assembly
US2627360 *Apr 1, 1949Feb 3, 1953Goodrich Co B FHollow article
US2910741 *Nov 2, 1956Nov 3, 1959George W Houlsby JrSafety device for swinging doors
US3306689 *Jul 21, 1965Feb 28, 1967Walter E Heller & CompanyReceptacle
US3459462 *Oct 4, 1967Aug 5, 1969Whirlpool CoReceptacle
US5522117 *Nov 2, 1994Jun 4, 1996Clinch River CorporationMoisture proof hinge
US6102464 *Sep 29, 1998Aug 15, 2000Chrysler CorporationSpare tire storage compartment cover
Classifications
U.S. Classification160/231.2, 16/385, 160/232, 16/225, 220/592.1, 220/847
International ClassificationF25D23/02
Cooperative ClassificationF25D23/026
European ClassificationF25D23/02D