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Publication numberUS3112133 A
Publication typeGrant
Publication dateNov 26, 1963
Filing dateOct 25, 1962
Priority dateOct 25, 1962
Publication numberUS 3112133 A, US 3112133A, US-A-3112133, US3112133 A, US3112133A
InventorsGettelman Gilbert C, Huber James D
Original AssigneeJones & Laughlin Steel Corp
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Refuse can lid latch
US 3112133 A
Abstract  available in
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Claims  available in
Description  (OCR text may contain errors)

1963 J. D. HUBER ETAL REFUSE CAN LID LATCH Filed 001;. 25, 1962 INVENTORS JAMES D. HUBER and BY GILBERT C. GETTELMAN C OheirATTORNEY United States Patent 3,112,133 REFUSE CAN LID LATCH James D. Huber, Pittsburgh, Pa, and Giibert C. Getteh man, Milwaukee, Wis, assignors to Jones dz Laughlin Steel Corporation, Pittsburgh, Pa, in corporation of Pennsylvania Filed Oct. 25, 1962, Ser. No. 232359 3 Qlaims. (ill. 292-128) This invention is concerned with latches for refuse or garbage can lids and is more particularly directed toward a spring latch which is associated with a can lid handle.

conventionally, a refuse can lid is made with a depending skirt or side wall which fits over the rim of the can and is dimensioned for frictional engagement only. Such a lid may be easily removed when the can is jostled and is quite likely to be displaced if the can is overturned. It is an object, therefore, of our invention to provide a refuse can lid latch which positively holds the can lid in place and prevents its accidental removal. Another object is to provide a latch which is associated with the can lid handle so that the latch can be operated and the lid removed with one hand. Another object is to provide a demountable latch mechanism which can be removed to permit stacking of the can lids for shipping and reassembled with the lid when the can is ready for use without requiring the use of tools for either operation.

An embodiment of our invention presently preferred by us is illustrated in the following figures to which reference is now made.

FIGURE 1 is an elevation partly in section of the upper portion of a refuse can and a can lid embodying our invention.

FIGURE 2 is an elevation of the latch element of our invention.

FIGURE 3 is an inverted plan of the latch of FIG- URE 2.

FIGURE 4 is an elevation of a portion of the can lid of FIGURE 1 showing the hole in the lid side wall through which the latch hook projects.

FIGURE 5 is an elevation of the detent shown in as-- sembly in FIGURE 1.

FIGURE 6 is an elevation of the can lid of FIGURE 1 180 from that of FIGURE 4 showing the hole in the lid side wall through which the detent projects.

The can to which our invention is adapted has a conventional cylindrical side wall 1, which at its upper edge is formed into an outwardly rolled rim 2. The can is covered by a lid indicated generally by the reference character 3 which is circular in plan and has a more or less dome shaped top, which extends at its bottom into a cylindrical depending side wall 5. Side wall 5 is dimensioned to fit snugly over rim 2. An inverted U-shaped handle 6 is mounted on lid 3 near the edge thereof with its legs positioned along a radius of the lid. Each leg of handle 6 terminates in an outwardly turned tab 7 which is spot welded or otherwise fastened to lid 3. The leg 8 of handle 6 which is nearer the side wall 5 of lid 3 is provided with a pair of holes 9-9 positioned side-by-side near its tab end 7. In side wall 5 immediately below front leg 8 of handle 6 is an opening 10 of generally rectangular shape.

The latch mechanism comprises an elongated arcuate arm 11 formed at one end into a handle grip portion 12 which normally overlies lid handle 6, and at the other end into a latch hook 13. The arcuate arm 11 is conventionally formed from flat material such as steel. The arm 11 is provided intermediate its end with two pairs of opposed tabs extended downwardly from each side. The first pair of tabs 14-14 is spaced lengthwise of arm 11 "ice from the second pair of tabs 15-15. Latch arm 11 is mounted on can lid 3 by a pair of resilient generally U-shaped wires 16-16 which are connected together at one end of each by a cross wire 17 so as to position the wires 16-16 generally parallel to each other. The spacing between the pair of tabs 14-14 and the pair of tabs 15-15 is sufiicient to accommodate cross wire 17 and the U-shaped wires 16-16 are attached to latch arm 11 by tabs 14-14 which are bent around the wires 16-16 and against the underside of latch arm 11. Tabs 15-15 are likewise bent under arm 11 and prevent the U-shaped wires 16-16 from slipping out of place lengthwise of arm 11. That arm is attached to handle 6 by the U- shaped wires 16-16 which extend through the holes 9-9 in front leg 8 of handle 6 and upwardly toward the top portion of handle 6. The upper ends 18-18 of U-shaped wires -16 are bent over handle 6 from each side toward the center so as to keep latch arm 11 in place. However, the latch arm 11 can be removed from handle 6 by springing wires 16-16 to allow their ends 18-18 to clear handle 6 and withdrawing wires 16-16 from holes 9-9.

When latch arm 11 is attached to handle 6 in the manner above described, its hook end 13 projects inwardly through opening 19' in the side wall 5 of the can lid 3. The resilient U-shaped wires 16-16 bias the hook end 13 inwardly so that it engages the underside of rim 2 of the can when lid 3 is in place. The can lid at a point from the location of latch arm 11 is provided with a detent 20 formed with inwardly directed hook end 21 which projects through an opening 22 in side wall 5 so as to engage the underside of can rim 2. Detent 20 is spot welded or otherwise permanently affixed to can lid 3.

The operation of our latch will be understood with reference to the figures and foregoing description. Latch arm 11 is removed from lid handle 6 in the way above described when the can lids are to be shipped so that they can be conveniently stacked. The latch arms 11 assembled with the U-shaped wires 16-16 are separately packed. When the can is to be used, latch arm 11 is assembled with handle 6 by pushing wires 16-16 through holes 9-9 in the way above described. The user grips lid handle 6 and at the same time presses downwardly on handle grip portion 12 of arm 11 which causes the latch arm 11 to twist the U-shaped wires 16-16 suffioiently to cause hook end 13 to clear the can rim 2. The can lid 3 can then be lifted off the can by raising the side carrying latch arm 11 first and slipping hook end $1 of the detent Zil from under rim 2. When the lid 3 is replaced on the can, the curved latch end 13 is forced outwardly by can rim 2 in the same way as conventional friction latches.

We claim:

1. A latch for a container provided with an outwardly rolled upper rim and a cover therefor having a depending side wall surrounding the rim and an inverted U-shaped handle attached to the cover, comprising an elongated arcuate arm one end of which is formed into a handle grip portion to overlie the U-shaped handle and the other end of which is formed into a latch hook, an opening in the cover side wall, a pair of holes in the U-shaped handle, a pair of resilient generally U-shaped wires each afiixed at one end to the elongated arcua-te arm intermediate its ends and extending below the arm and around toward the handle grip portion thereof through the holes in the inverted U-sh-aped handle and up over the top thereof, so as detachably to position the elongated arcuate arm above the U-shaped handle and bias its latch hook end toward the opening in the cover side wall and the underside of the rim.

2. A latch as in claim 1 in which the U-shaped wires are aflixed to the arm by tabs bent from the outside edges of the arm around the ends of the wires and against the underside of the arm.

3. A latch as in claim 1 in which the U-sl1aped Wires are joined by a cross piece at their ends afiixed to the arm and the cross piece is positioned on each side of the arm between a first tab bent from the outside edge of the arm around the end of the wire against the underside of the arm and a second tab spaced from the first tab.

References Cited in the file of this patent UNITED STATES PATENTS

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
US1011198 *May 27, 1911Dec 12, 1911Alfred E HolmesSafety-can.
US2111359 *Feb 13, 1937Mar 15, 1938Reeves Steel And Mfg CompanyReceptacle cover
US2835407 *Aug 13, 1956May 20, 1958Chambers Glenn MLatches for garbage can lids
Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3336065 *Dec 24, 1964Aug 15, 1967Roberson Kendall LGarbage can lid lock
US4214782 *Jan 2, 1979Jul 29, 1980Bernard BoyerCover latch
DE2646175A1 *Oct 13, 1976Apr 20, 1978Edelhoff StaedtereinigungLarge container locking mechanism - has bell-crank lever with leaf spring holding hook in both engaged and free positions
U.S. Classification292/128, 292/87, 220/318
International ClassificationB65D45/16, B65F1/16, B65D45/00
Cooperative ClassificationB65D45/16, B65F1/1615
European ClassificationB65F1/16C, B65D45/16