U.S. patent number 3,682,352 [Application Number 05/003,603] was granted by the patent office on 1972-08-08 for detachable handle for cylindrical containers.
Invention is credited to Theodore A. Doucette.
United States Patent |
3,682,352 |
Doucette |
August 8, 1972 |
DETACHABLE HANDLE FOR CYLINDRICAL CONTAINERS
Abstract
A flat sheet of low-cost, limp material, such as plastic, is die
cut to form a plurality of individual, limp compressible,
non-self-supporting handles separable by perforated lines. The
sheet forms a carrier for cylindrical containers and the handles
are attachable on the containers to convert, for example, beer cans
to beer mugs. Each handle includes a pair of flat annular elements
each having an inner circular edge, the elements being distorted
from a flat plane to form hollow cylindrical loops sleeved on a
can, in parallelism with the cylindrical can wall, wholly within
the cylinder outlined by the projecting can rims, and separated by
an annular element forming a doubled hand grip. The doubled handle
is limp and crushable against the can for storage.
Inventors: |
Doucette; Theodore A. (West
Andover, MA) |
Family
ID: |
21706654 |
Appl.
No.: |
05/003,603 |
Filed: |
January 19, 1970 |
Current U.S.
Class: |
220/754; 206/150;
206/217; 206/820; 220/741; 220/758; 294/31.2; 294/33; 294/87.2;
294/157 |
Current CPC
Class: |
B65D
71/504 (20130101); B65D 25/2817 (20130101); B65D
2525/285 (20130101); Y10S 206/82 (20130101) |
Current International
Class: |
B65D
71/50 (20060101); B65D 25/28 (20060101); B65d
025/28 () |
Field of
Search: |
;215/1A ;220/85H,94R,94B
;206/65C,56AB ;294/31.2,33,87.2 ;224/45A,45C,45P ;229/52AL |
References Cited
[Referenced By]
U.S. Patent Documents
Foreign Patent Documents
Primary Examiner: Lowrance; George E.
Assistant Examiner: Garbe; Stephen P.
Claims
What is claimed is:
1. A detachable handle for cylindrical containers, of the beer can
type having projecting rims at each opposite end which outline a
cylinder of greater diameter than the diameter of the cylindrical
wall of said can, said handle comprising:
a one-piece body of low-cost, limp, disposable, normally flat
material, said body having:
a pair of substantially identical, integral, annular elements, each
having a circular inner edge, each encircling said cylindrical
container at a spaced distance from the other and each distorted
into a hollow, cylindrical loop sleeved around, and closely fitting
around said container to extend in parallelism with said can wall
entirely within the confines of the cylinder outlined by said can
rims, and
a limp, crushable handgrip element integrally formed of said
material and connecting said annular elements, said handgrip
element normally forming a limp, downward-hanging loop spaced from
said container but being freely and non-resiliently compressible
against said container to permit adjacent containers to touch in
storage or shipment.
2. A detachable handle as specified in claim 1, wherein:
said integral handgrip element is an annular element identical with
said pair of annular elements and forming a pair of spaced-apart
handle loops each curved away from the other and adapted to receive
the fingers of the human hand while yieldably conforming to the
configuration thereof without cutting or chafing the skin.
3. A detachable handle as specified in claim 1, wherein:
said body is formed of sheet material and normally lies in a plane
but said annular elements are distorted from said plane to each
assume a hollow, cylindrical configuration normal to said plane, in
parallelism with and in intimate frictional engagement with, and
substantially sleeved around the cylindrical wall of said container
and
the inside diameter of said distorted, hollow, cylindrical, annular
elements is substantially equal to the outside diameter of said
cylindrical can wall.
4. A detachable handle as specified in claim 1, wherein:
the material of said body is a limp, non-self-supporting, elongated
strand, and
said annular elements are integral, closed circular loops of said
strand, each of predetermined diameter relative to the diameter of
said container, to be attachable over any projecting rims on said
container while supporting said container against "fall-through"
while in parallelism by an angular snubbing tension from the
direction of the handgrip element of said body.
5. A detachable handle as specified in claim 1, wherein:
said body is formed of stretchable retractive material, and
said annular elements are hollow, cylindrical in configuration with
a normal diameter substantially equal to the reduced diameter of
said wall, but stretchable for application over said rims.
6. A detachable handle as specified in claim 1, wherein:
said integral upper and lower annular elements of said handle
snugly encompass the cylindrical wall of said container, flatwise
thereagainst,
and said handgrip element normally hangs limply therebetween but
extends outwardly from said annular elements to exert a horizontal
pull on said annular elements when serving as a handgrip,
whereby said handgrip, when under tension, tends to bind said
annular elements in position to prevent accidental downward
movement of the container within said handle.
7. In combination with a beverage container of the type having an
upper and lower projecting circular rim of predetermined diameter
outlining a cylinder of said diameter therebetween separated by a
generally cylindrical side wall of reduced diameter;
a detachable, crushable handle formed of a single piece of normally
flat planar, low-cost, limp, disposable material;
said handle having integral upper and lower annular portions each
having a circular inner edge, each encircling said cylindrical side
wall, between said rims, and each distorted from said flat planar
body into a hollow cylindrical sleeve substantially equal in
diameter to the said reduced diameter of said side wall and in
parallelism therewith wholly within the confines of the said
cylinder outlined by said projecting rims, and
said handle having an integral, limp, portion connecting said
annular portions and spaced from said side wall, said limp portion
normally hanging limply but being extensible to form a handgrip for
supporting said container as a drinking cup, and being freely
crushable and yieldable against said side wall for storage and
shipment.
8. In combination with a beverage container of the type having a
projecting upper and lower circular rim outlining a cylinder of
predetermined diameter separated by a generally cylindrical side
wall of reduced diameter
a detachable handle formed of a single piece of low-cost,
disposable material which normally lies in a plane;
said handle having at least one integral, substantially annular
portion having a circular inner edge, distorted from said plane
into a cylindrical sleeve encircling said cylindrical side wall,
between said rims and in parallelism therewith, and supporting said
container therein, said sleeve having an inside diameter and an
outside diameter less than the diameter of said rims and entirely
within the confines of said cylinder outlined by said rims;
said handle having at least one integral, limp handgrip portion
connected to said annular portion and normally hanging limply
downwardly therefrom, said limp portion being adapted to form a
handgrip for supporting said container as a drinking cup, but being
freely crushable against said side wall for storage and shipment.
Description
BACKGROUND OF THE INVENTION
It has heretofore been proposed to provide detachable means for
converting a beverage container, usually of the type having a wide
mouth, into a mug, cup, or stein having a handle. It is mandatory,
by reason of local sanitary ordinances, for barrooms, taverns and
drugstores to have automatic dishwashers which provide long
exposure of drinking receptacles to boiling water to thereby
destroy germs. The public, however, because of the spread of
hepatitis and other diseases, has become increasingly suspicious of
the actual germ-free condition of such publicly used drinking
receptacles. The problem has long since been solved at soda
fountains in that there are few in this country which do not
provide a disposable paper cup, in a conical holder, for soft
drinks.
Unfortunately, alcoholic beverages, and especially beer, do not
seem to taste as well when served in paper, as when served in a
stein or in a metal can, but cans without handles are cold,
difficult to hold for long, and otherwise unsatisfactory.
FIELD OF THE INVENTION
There is a line of patents disclosing detachable handles, often of
relatively high cost metal, and having snap latches, grooves, or
the like, intended to grip the upper and lower rim of a beer can,
to form a detachable handle. Exemplary thereof is U.S. Pat. No.
2,707,827, of May 10, 1955, to Petram, wherein the handle is also a
sharp-pointed beer can opener, or U.S. Pat. No. 3,261,633, of July
19, 1906, to Sakuta wherein the handle is of stiff, but resilient
plastic and projects above the can.
Another line of patents teaches detachable handles for use with
tapered containers, for example, U.S. Pat. No. 1,486,967 of Mar. 8,
1924, to Kaufman, there being no problem of "fall-through" with a
tapered container as occurs with a cylindrical can or bottle.
Still another line of patents discloses elements which encircle a
cylindrical can, but solve the "fall-through" problem by using
expensive coil springs, as in U.S. Pat. No. 2,922,558 to Harvey of
Jan. 26, 1960, and U.S. Pat. No. 3,073,493 to Pfaffenberger of Jan.
15, 1963, or by using a suction cup as in U.S. Pat. No. 2,484,531,
to Simmons of Oct. 11, 1949.
SUMMARY OF THE INVENTION
In this invention, the detachable handle is intended to support a
cylindrical container, such as a smooth-walled, probably moist,
beer can, but without resorting to suction cups, coil springs, rim
clamps, or the like of the prior art. Instead, the device of this
invention more closely resembles the flat handle of U.S. Pat. No.
2,617,676 to Kinney, of Nov. 11, 1952, in that it can be die cut
from limp sheet plastic, or even formed by a tape, ribbon, or
elongated strand, and requires no metal moving parts, no extruded
rigid plastic parts, and no other other costly and space-taking
elements. The device of the invention also avoids the use of stiff
cardboard, as in Kinney, or the use of self-supporting resilient
polyethylene as in U.S. Pat. No. 3,116,947 to Brownrigg of Jan. 7,
1964, and avoids forming a seat for the can bottom, it having been
discovered herein that a pair of limp annular loops integrally
connected by a limp handle loop, spaced from the can, each loop of
the pair being distorted into a sleeve parallel to the can wall
efficiently, positively, and inexpensively convert the can into a
mug.
In addition, the one-piece, limp, non-self-supporting handle of the
invention, with its pair of annular loops separated by a limp hand
grip, when formed in a sheet with separable perforated lines,
becomes a unique six-pack carrier, with a handle for each can of
the six pack.
Thus, for example, beer cans can be shipped, refrigerated, and sold
in corrugated cartons, each with a limp, detachable handle thereon
which is crushed into the spaces between the cans. Similarly, a
six-pack carrier having six handgrip strips or areas, can have six
cans held in the two center strips while the opposite two pairs of
outer strips are bent up to form a convenient handle. In practice,
the user may prefer to simply attach his own three-apertured handle
of the invention to his refrigerated beverage can by sleeving it
over the rims prior to opening the pull tab and thereby assure
himself that the receptacle is uncontaminated with germs, lipstick,
or the like.
BRIEF DESCRIPTION OF DRAWING
FIG. 1 is a perspective view showing a cylindrical, rimmed, beer
can with an individual, detachable handle of the invention sleeved
thereon;
FIG. 2 is a side elevation showing another embodiment of the
invention, in which the handle is of strand material and the can
supported therein by snubbing and friction;
FIG. 3 is a plan view of the device shown in FIG. 1;
FIG. 4 is a plan view of a preferred form of the individual
handgrip of the invention prior to application to a can;
FIG. 5 is a plan view similar to FIG. 4, showing the limp
detachable handles of the invention, crushed into the spaces
between cans shipped in a carton;
FIG. 6 is a plan view of a six-pack carrier sheet divided into six
handle strips; and
FIG. 7 is an end elevation of the carrier of FIG. 6, showing the
opposite outer pairs of handles extending upwardly to form a
carrier handle.
DESCRIPTION OF PREFERRED EMBODIMENT
In the drawing, a typical cylindrical beverage container 20 is
shown, such as an aluminum beer can with a pull tab opener 21, a
pair of projecting rims 22 and 23, each of predetermined diameter,
and a cylindrical wall 24 of reduced diameter. As shown in FIG. 5,
when the beer cans 20 are juxtaposed in shipment, the upper and
lower rims 22 and 23 are in contact with each other, and the rims
define a circumferential plane 25 which is the thickness of a rim
outside the plane 26 of the wall 24. Most of the can-encircling
handles of the prior art extend outside the plane 25, with a rigid
or non-crushable portion which would prevent the cans from touching
and require more packing space.
The detachable handles 28 of this invention are formed of limp,
non-self-supporting material 29, which is preferably a thin sheet
plastic 30, not easily tearable, but otherwise of about the
bendability of a sheet of writing paper. The material 29 is
slightly yieldable and stretchable, and is preferably the sheet
plastic now much used as a six-pack carrier having six rings in a
flat sheet, each ring being stretchable over a can rim to receive
and tightly encircle the can wall.
As shown in FIG. 6, the six-pack carrier 31, may comprise a sheet
30, of plastic 29, having at least two identical strips, 32 and 33,
each strip including three annular elements, 34, 35 and 36, plus at
least two, and preferably at least four, additional such strips,
37, 38 39 and 40, the strips being separated by perforated lines,
such as 43, 44, 45, 46 and 47, which are in parallelism with the
longitudinal center line 48 of the aligned rings.
As shown in FIG. 7, six cylindrical cans 20 may be received in the
annular elements 34, 35 and 36 of the two central strips 32 and 33.
The two opposite pairs of strips 37 and 38, and 39 and 40, may be
folded downwardly, as shown in dotted lines on lines 44 and 46, to
protect the cans during shipment, while displaying the trademark
through the apertures. Upon sale, the said pairs of outer strips
are upfolded as shown in FIG. 7, on lines 44 and 46, to provide a
convenient handle, with finger apertures for carrying the
six-pack.
It will be seen that each strip 32, 33, 37, 38, 39 and 40, of the
six-pack carrier 31 is separable on a perforated line to each form
an individual handle, or handgrip, 28, of the invention, as best
shown in FIGS. 1, 3 and 4. Each handle 28 includes a body 50 of the
low-cost, non-self-supporting disposable material 29. The body 50
is normally flat and planar and includes a pair of substantially
identical, integral, annular elements 51 and 52, each having a
circular inner edge with an inside diameter substantially equal to
the diameter of the cylindrical wall 24 and each spaced from the
other by the integral handle, or handgrip element 53. As shown, the
elements 51, 52 and 53 are preferably identical rings, adapted to
serve as a carrier for three cans or as a handle for one can, the
annular handgrip 53 forming a doubled, or bifurcated, grip which is
most convenient for the fingers 54 of the user.
The annular elements 51 and 52 are slightly stretched to slide over
the rim 22 and are distorted, or twisted, out of their normal flat
plane to take the form of a hollow cylinder tightly sleeved on the
wall 24, in parallelism with the cylindrical surface 26 thereof and
wholly within the confines of the cylindrical surface 25 defined by
upper and lower rims 22 and 23. It will be seen that the junctions
41 and 42 of each handle 28 hang rather limply outwardly and
downwardly when the handle is applied to a cylindrical can. The
handgrip portion 53 can be freely crushed or compressed against the
wall 24 within the palm of the user's hand, to provide friction and
prevent "fall-through" even though the user does not desire to use
the handle. Similarly, as shown in FIG. 5, the annular, hollow
cylindrical elements 51 and 52 do not prevent the cans from being
closely packed, and the limp handles 53 are easily crushed, or
compressed, into the space 55 between the cans when packed in a
carton 56, or carton type, can carrier.
The annular, hollow cylindrical elements 51 and 52 are normally
flatwise and tightly engaged with the cylindrical wall 24 to
provide friction, and it will be noted that the fingers 54 of the
user, when within the double loops 58 and 59 of handgrip element
53, tend to pull the annular elements horizontally into even
tighter engagement, while the little finger 57 tends to push the
can away to increase the snubbing action.
Handgrip element 53, preferably, normally forms the doubled loops
58 and 59, which curve away from each other while hanging limply,
at a spaced distance from the can wall and is easily distorted, or
deformed, against the wall, but the handle 61, shown in FIG. 2, is
formed of material of even less inherent strength, such as a flat,
narrow, tape, ribbon, or strand 62. Such a handle does not lend
itself to combined use as part of a six-pack carrier, but does
compress within the confines of the cylindrical plane 25 of the
rims to take up no excess space and add little to the cost of the
beverage. The annular elements 63 and 64 of handle 60 loosely
encircle can 20 and are knotted, or otherwise fastened, to a single
handgrip strand 65 as at 66 and 67, so that the can 20 is held in
place by the snubbing action of the strand loops together with the
friction of the fingers 54 against the can and the wedging effect
of inserting the fingers 54 between the limp handgrip loop 65 and
the can 20.
The spaced-apart loops 58 and 59 of handgrip element 53, are quite
flexible and conform to the configuration of the user's hand
without danger of cutting, or chafing the skin. A single handle
could be provided, but the can tends to sway on the fingers as a
fulcrum so that the widely spaced loops 58 and 59 are much
preferable.
The spaced-apart annular elements 51 and 52 are of predetermined
diameter when resiliently distorted into a plane normal to the flat
plane of the sheet 30, the diameter being substantially equal to
the diameter of the wall 24 and slightly less than the diameter of
the rims 22 and 23. The term limp is used herein in its dictionary
meaning to imply lack of stiffness, drooping, inelastic, and to not
mean materials which are stiff, rigid, firm, strong, unyielding or
self supporting. The degree of limpness, crushability,
compressabitity resilience and self support denoted by the term
"limp" herein, is that of a sheet of writing paper.
* * * * *