[0001] The present invention relates to a resilient or flexible material can for liquids
in general, in particular fuels.
[0002] As it is known there are many cases therein a motorist is restrained from preceding
with his
'vehicle because of the exhaustion of fuel,or other cases therein a user has to collect
liquids,such as water and the like.
[0003] Thus a need is felt of a vessel er can for containing spare fuel or the liquid to
be used.
[0004] The rigid material cans,even if they are of small size,are however bulky and they
may be hardly held on a vehicle,in a proper position,for a possible use.
[0005] Also the flexible sealed bags presently commercially available are not effective
to solve the problem of an occasional refuelling,both because they require the use
of a funnel for pouring fuel and because they are difficult to handle in a full condition.
[0006] Thus,the task of the present invention is to solve the above mentioned problem,by
providing a flexible or resilient can,for liquids in general,which is so designed
as to be flexible and light as well as effective to be easily and safely used for
transporting small amounts of fuel or liquids and pouring them into a tank or vessel
without the need of using funnels or the like means.
[0007] Within that task,it is a primary object of the present invention to provide such
a flexible or resilient plastics material can which is provided with a handle effective
to be easily engaged for safely transporting the full can without any liquid leaks.
[0008] Another object of the present invention is to provide such a flexible plastics material
can which is very reliable in use and of long duration.
[0009] Yet another object of the invention is to provide such a flexible plastics material
can which is construction-wise very simple and of very reduced cost.
[0010] According to one aspect of the present invention,the above task and objects,as well
as yet other objects,which will become more apparent thereinafter,are achieved by
a flexible material can for liquids in general and fuels in particular, characterized
in that it comprises a bag-shaped body provided,at a peripheral portion whereof,with
a sleeve extension,effective to provide an elongated filler member,effective to be
used as a funnel for dispensing said liquid therefrom,closure means being further
provided movably engageable with said sleeve extension.
[0011] Further characteristics and advantages of the resilient material can according to
the present invention will become more apparent from the following detailed description
of a preferred embodiment whereof,being illustrated, by way of example,in the accompanying
drawings, where:
fig.l schematically illustrates a bag 'flexible or resilient can according to the
present invention;
fig.2 illustrates that same can,in a full condition and during the transportation
whereof;
fig.3 illustrates that same can during the pouring step of the fuel or liquid contained
therein;
fig.4 illustrates an embodiment of the handle member associated to the can according
to the invention;
fig. 5 illustrates, by a perspective view, the closure means associated to the can
according to the invention;
fig.6 is a side view illustrating the can according to the present invention as provided,
at the sleeve whereof,with the above mentioned closure means; and
fig.7 illustrates the closure means applied to the can in such a way as to close said
sleeve.
[0012] With reference to the mentioned figures, the flexible material can according to the
invention comprises a bag-shaped body,indicated at 1,which, advantageously,is of flattened
out configuration and is made from a flexible thermoplastic material, such as polyvinylchloride,polyethylene
and the like plastics materials.
[0013] Preferably,though not necessarily,the mentioned bag-shaped body is made starting
from a plastics tubolar member,of predetermined thickness,produced by blowing and
the like known methods,and it is closed at the bottom by a sealing line 2,made by
thermosealing methods or the like.
[0014] At the top whereof,the can is so shaped as to present a sleeve extension or tubular
lug 3 which is closed,along its curved extension and up to the opposite end,by a sealed
portion 4, analogous to the mentioned sealing line 2.
[0015] That sleeve extension provides,in actual practice,an effective funnel member for
facilitating the dispensing or pouring of the contained liquid.
[0016] Moreover, the mentioned sleeve extension extends for a lenght which is proportional
to the size of the can.
[0017] Thus,the mentioned sleeve extension 3 forms a narrower region of the tubular body
1 and is oriented perpendicularly to the bottom of the can.
[0018] It should be noted that the lenght of said sleeve extension is effective to allow
for a full can,as it is shown in fig.2,to be easily transported even with a slanted
orientation,without the need of closing the can itself and without the danger that
the top surface 5 of the contained liquid may overflow from the mouth defined by the
'open end portion of said sleeve extension 3.
[0019] That mouth,as it is schematically illustrated in figs.5 to 7 may be advantageously
closed by closure means provided for being movably engaged with the sleeve extension.
[0020] The mentioned closure means(figs.5,6 and 7) consists advantageously of a key,indicated
overally by the reference number 10,which,on the substantially cylindrical elongated
stem whereof, indicated at ll,is provided with a through slot l2;the latter,advantageously
even not necessarily, has a tapering shape with a wider edge than the opposite edge,as
it will be clear from fig.6.
[0021] More specifically said elongated stem 11 extends from a butterfly member l3,provided
for allowing for said key to be easily used.
[0022] In order to apply the mentioned closure means to the can, it will be sufficient to
fold on itself,along a longitudinal line,the sleeve extension 3 and insert it into
the slot 12,from the wide portion,and cause it to exit the narrow portion for a given
lenght.
[0023] Then the key 10 will be turned by some revolutions in such a way as to wind a portion
of the sleeve extension 3 about the mentioned stem 11.
[0024] In order to carry out the locking operation,there is provided a resilient clamp or
band 20 provided,at the end portions whereof,with through holes 21,effective to permit
one end of the resilient clamp 20 to be inserted into the coupling zone of the stem
11 to the butterfly member 13 and into the other through hole 2l,at the free end of
the stem 11,in such a way as to prevent said sleeve extension 3 wound about the key
from being unwound.
[0025] Thus a perfectly tight closure of the can is obtained and any leaks will be prevented,
even in the presence of high inner pressures.
[0026] In order to provide for an easy handling of the full can, and an easy transportation
whereof, the bag is provided at the top whereof, on the opposite side to the funnel
shaped side,with a handle 6,made of a plastics material and shaped as an elongated
slot which is anchored,by means of a welded portion 6a,between the two opposite walls
of said bag.
[0027] As it is shown in fig.4,the handle is obtained by means of a plurality of through
holes 7,formed through said bag body,upon closing the can through a transversal or
cross sealing line, as indicated at 8.
[0028] From the above disclosure it should be noted that the invention fully achieves the
intended task and objects.
[0029] In particular it is to be pointed out that the provision of a sleeve extension 3,made
in a single piece with the bag-shaped can,affords the possibility of using said extension
as an element for filling the can as well as like a funnel.
[0030] This is particularly useful as the liquid contained in the bag is to be poured into
the mouth of a vehicle fuel tank or other like vessels, without any dangers of causing
liquid leaks.
[0031] Especially important are moreover the closure means which,while being structurally
very simple,since they may be obtained by a simple shaped key member,advantageously
made from a plastics material,are effective to provide a firm and safe closure of
the can.
[0032] It should also be noted that,in the non use condition,the can according to the invention
may be easily folded over and stored in a very reduced space.
[0033] In practicing the invention the used materials,even if the best results have been
obtained by using the above mentioned materials,as well as the contingent shapes and
size,may be any,according to requirements.
1- A flexible material can for liquids in general and fuels in particular,characterized
in that it comprises a bag-shaped body (1) provided,at a peripheral portion whereof,with
a sleeve extension (3),effective to provide an elongated filler member,effective to
be used as a funnel for dispensing said liquid therefrom, closure means (10) being
further provided movably engageable with said sleeve extension (3).
2- A can according to the preceding claims, characterized in that said bag-shaped
body is of substantially quandrangular shape and in that said sleeve extension (3)
is defined at a corner whereof.
3- A caniaccording to one or more of the preceding claims,characterized in that said
bag-shaped body is made starting from a thermoplastics material extruded tubular member
closed at the opposite end portions whereof by means of sealing lines.
4- A can,according to one or more of the preceding claims,characterized in that said
sleeve extension (3) is made in a single piece with said bag-shaped body (1) and extends
substantially perpendiculalry with respect to the bottom of said can.
5- A can,according to one or more of the preceding claims,characterized in that it
comprises a handle member (6) provided at a region adjoining said sleeve extension
(3) and opposite to said bottom of said can.
6- A can,according to one or more of the preceding claims,characterized in that said
handle member (6) consists of a plurality of through holes (7) formed through said
bag-shaped body,in a region .delimitated by the containing zone,by means of a sealing
line or bead.
7- A can,according to one or more of the preceding claims, characterized in that said
closure means (10) consist of a key member (10) provided,on the stem (11) whereof,with
an elongated slot therein said sleeve extension (3) may be engaged.
8- A can,according to one or more of the preceding c1aims,characterized in that said
sleeve extension (3) may be folded on itself along an intermediate line with respect
to the longitudinal extension whereof and may be introduced into said slot,said closure
being formed by winding a portion of said extension sleeve(3) about said key stem
(11).
9- A can according to one or more of the preceding claims,characterized in that said
slot is provided,in its cross-section,with a tapering profile starting from a wider
edge to a smaller edge whereof. 10-A can according to one or more of the preceding
claims,characterized in that it comprises a resilient clamp or band provided,at the
end portions whereof, with through holes(21) one whereof is effective to be engaged
at the coupling zone of said stem (11) to the key driving butterfly member (13),the
other hole (21) being engageable with the free end of said stem (11),by arranging
said clamp or band (20) transversely of said extension sleeve (3),as wound or coiled
on said stem (11).