Background and Field of Invention This invention relates to an apparatus for storing liquid; and more particularly relates to a container for storing, transporting and dispensing a liquid, specifically a flammable liquid.

Storage containers for liquids are well- known in the prior art. There are numerous variations on the formation of the container as well as placement of the dispensing spout. These variations are shown in U.S. Patent Nos. 3,233,817, 5,176,313 and 6,290,124.

There is an unmet need for a container that is capable of storing, transporting and dispensing liquid that is easily assembled, is of sturdy construction and is also designed for a single use. This is of critical importance when transporting and dispensing flammable liquids. Many States require that portable fuel carriers be single use containers, to discourage users from storing flammable liquids in containers after a first use. In particular, it is proposed to utilize a novel fill neck support as well as a double locking spout to accomplish these results.

Summary of the Invention It is therefore an object of the present invention to provide for a novel and improved liquid dispenser which is easily stored and assembled for later use.

It is another object of the present invention to provide for a novel and improved liquid dispenser that is designed for a single use and is

then disposable.

It is another object of the present invention to provide for a novel and improved liquid container that is capable of storing flammable liquid. It is a further object of the present invention to provide for a novel and. improved liquid storage container that is easy to transport when filled with a liquid.

It is a final object of the present invention to provide for a novel and improved liquid storage container that is of sturdy construction utilizing a lesser amount of plastic than other flammable liquid containers.

In accordance with the present invention, a container has been devised for use ±n storing liquid having an outer housing formed from a blank sheet having fold lines for folding the sheet into a rectangular box with opposite sides, top, bottom and opposite end panels, means for securing the end panels to at least one of the side top and bottom panels to define a rigid structure, a collapsible container enclosed in the housing having a fill neck extending through an opening in one of the end panels, a spout mounted on a passage in the fill neck, the .spout including a filler tube and a releasable cap at one end and fill neck retainer means for securing the fill neck to one of the end panels. The spout forms a primary quick release connection with the fill neck and also forms a secondary non-releasable connection with the fill neck. The retainer means is in the form of a circular flap with a hinge and a diametrically opposed circular edge.

The above and other objects , advantages and

features of the present invention will become more readily appreciated and understood from a consideration of the following detailed, description of preferred and modified forms of the present invention when taken together with the accompanying drawings in which:

Brief Description of the Drav/ings Figure 1 is a perspective view of the container according to the present invention; Figure 2 is plan view of a blank used for making the container of the present invention;

Figure 3 is a top plan view o f the container of the present invention;

Figure 4 shows a perspective side view of a fill neck and spout according to the present invention;

Figure 5 shows a cross-sectional view of the fill neck and spout through lines 5-5 of Figure 4;

Figure 6 is a cutaway view of the shell including a collapsible container enclosed within the shell according to the present inventi_on;

Figure 7 is a side view of the present invention;

Figure 8 is ^' a bottom plan view of the present invention; and ^' _, '

Figure 9 is a side perspective view of the present invention without a fill neck.

Detailed Description of the Irxyention

Referring in more detail to Figures 1 to 9, there is illustrated a form of liqud_d container 11 which is made up of an outer housing 13 formed from a blank sheet 15 as shown in Figure 2 ^' having primary fold lines 17 for folding the sheet into a rectangular

box having opposite sides 18, 19, a top panel 21, a bottom panel 23, front panel 25 and rear panel 27. The side panel 19 is secured to the top panel 21 with a tab 29. The front panel 25 and the rear panel 27 include securing members 31 and 31' which are connected to corresponding lower tabs 33, 33' on the bottom panel 23, forming a rectangular box. The front panel 25 includes an upper sloped or gabled member 9. The side panels 18 and 19 also include irregular shaped tabs 34, 34', 35 and 35' having secondary fold lines 38 which allow for folding of the irregular tabs 34, 34', 35 and 35' for formation of the rectangular- shaped box.

The top panel 21 and the front and rear panels 25 and 27 have tertiary fold lines 26 for folding the panels 25 and 27 into the rectangular box. The top panel 21 also contains a handle member 22 including a perforated rectangular-shaped tab 24 with a living hinge 8, shown in Figure 3, which may be pushed inwardly and will allow for partial passage of a user' s fingers in order to grip and transport the liquid container 11. This interior handle 22 provides a means for carrying the liquid container 11 while avoiding the problems associated with external handles, such as, tearing of the handle, or the necessity to attach an external handle. The rear panel 27 contains a circular finger insert 28 which also aids in transporting and dispensing of the liquid. Due to the design of the container 11, a user may utilize one hand to grip the handle 22 and the circular finger insert 28. Alternatively, a user may use one hand to insert a finger in the handle 22 and the other hand to grip the circular finger insert 28.

This results in a stable and easily transportable configuration which also aids in the accurate dispensing of a liquid to a target, preventing spillage. A collapsible container 39 as shown in

Figure 6 is enclosed within the outer housing 13 and preferably includes a double wall configuration with an inner bag 40 preferably comprising multipolymer laminate and an outer liner 42 secured to the inner bag and made up of nylon laminate. The double wall is shown in Figure 5. The laminated material inner bag is preferably approximately 4 mm. thick and the outer

^■ liner is preferably 2 mm. of laminate. The double bag configuration prevents permeation of flammable liquids or gases into the external atmosphere. Other materials may also be used, such as, a single wall structure made up only of multipolymer laminate. The outer housing 13 is preferably 200 Ib. single wall corrugated fiberboard material to give it sufficient strength and rigidity to prevent collapse of the housing 13.

A fill neck 41 is shown in Figures 4, 5 and 6. The fill neck 41 is circular in shape with an opening 43. The fill neck 41 is attached to the collapsible shell 39 and is designed to extend through an opening 49 in the front panel 25 of the outer housing 13. This is shown in Figures 3 and 9. The outer housing 13 includes a fill neck retainer 51 which releasably connects the fill neck 41 to the front panel 25. The fill neck retainer 51 is defined by a generally circular flap which is formed out of the thickness of the front panel 25 by perforations 20 which extend between a living hinge member 30 and a

diametrically opposed circular edge 32 which partially surrounds the opening 49. In this way, the flap may be manually pushed inwardly about the hinge 30 to allow for passage of the fill neck 41 through the opening 49 without any resistance from the flap; however, once the fill neck 41 is moved up into an upper portion 48 of the opening 49, the flap is returned to its original position in the plane of the panel 25 so that the flap is flush with the panel 25. The neck retainer 51 as defined by the flap prevents lateral shifting of the fill neck, prevents the fill neck 41 from slipping back inside the outer housing 13 and-also avoids the use of additional plastic supports to help retain the fill neck 41 in place. Further, since the flap is integral with the front panel 25, there are fewer components reguired for assembling the container 11. • ^'

Another important feature of the invention is the connection between a spout 53 and the fill neck 41. The spout 53 may be mounted on the opening or passage 43 of the fill neck 41 as demonstrated in Figures 4 and 5. The fill neck 41 has an internal stepped member 45. and an external beveled edge 46 and external stepped members as shown in Figures 5 and 6. The spout 53 has a first external beveled edge 55 and second external stepped member 57 which allow for different degrees of locking of the spout 53 into the fill neck ,41. When the spout 53 is placed inside the fill neck 41 at a first position, shown in Figure 4, the beveled edge 55 is free to slide past the internal stepped member 45 of the fill neck 41; and the beveled edge 55 can also be released from the fill neck 41 by sliding the beveled edge 55 outwardly past 'the

shoulder or stepped member 45 so as to result in a releasable connection between the spout 53 and the fill neck 41. Typically, the releasable connection is used when storing and transporting a non-flammable liquid and the container is to be reused. When downward pressure is placed on the spout 53, the stepped member 57 of the spout 53 comes into contact with and is locked behind the internal fill neck stepped portion 45 resulting in a non-releasable connection between the spout 53 and the fill neck 41. As a result of the non-releasable connection, once the spøut 53 is placed in the second position, which is shown in Figure 5, the spout 53 may not be removed. The liquid container then becomes a single use container which is important when using flammable liquids. The collapsible shell 39 may be filled with a flammable liquid, such as, gasoline, propane or the like and the spout 53 is connected with the fill neck 41 in the second position. This results in a non- releasable attachment between the fill neck 41 and the spout 53. This allows for accurate and safe dispensing of the flammable liquid into a target. Once the flammable liquid is dispensed from the collapsible shell 39, the spout 53 may not be removed and the container 11 must be disposed of.

The spout 53 is formed from a low density polyethylene and has a filler tube 59 attached which is preferably made of a clear plastic material, ^' such as, tygon. This allows for unobstructed viewing of the liquid passing through the tube 59 and provides a means for viewing if a target fuel tank or target dispensing member is full. The tube 59 is attached to the spout 53 with external beveled or ridged members

61, 61' located on a protrusion 63 from the spout 53. A cap 65 on the end of the tube 59 as shown j_n Figure 4 is made of low density polyethylene. The cap 65 is easily removed from the spout 53 to prevent spilling of the liquid from the container 11 during transporting.

Figure 5 demonstrates an alternate form of a spout with a cover 71 which includes the spout 53 as described previously, having side members 65 and 67 which are secured along their upper portions "to a top member 69 of the cover 71. This forms an external spout cover 71 having internal stepped members which correspond to the external beveled edge 46 and the external stepped members 47 of the fill neck -41. The external spout cover 71 is permanently secured to the spout member 53 and allows for rotation of tine spout 53 into a releasable connection with the fill neck 41 as previously described as well as the non-releasable connection with the fill neck 41. The invention is capable of forming a releasable and non-relLeasable connection with the fill neck 41 using the form of invention shown in Figure 4 as well as forming a releasable and non-releasable connection with the fill neck 41 using the alternate form of invention, the spout cover 71, as shown in Figure 5.

In use, the blank sheet 15 is assembled as previously described forming a rectangular box. The collapsible container 39 is enclosed within th_e outer housing 13 and the fill neck 41 which is attached to the collapsible container 39 is advanced thro ^~ ugh the opening 49 in the front panel 25 of the hous-±ng 13., This is accomplished by adjusting the position of the flap of the fill neck retainer 51, either inwardly or

outwardly, to allow for passage of the fill neck 42. The fill neck 41 is then moved up into the upper portion 48 of the opening 49 and is locked into place by replacing the fill neck retainer 51 into i ^~ ts original position.

A user may then transport the container ILl by pushing the tab 24 inwardly which then forms a handle or gripping member 22. There is also tine circular finger insert 28 which aids in transporting the carrier 11. The container 11 may then be filled with a liquid, flammable or non-flammable, and ttie spout 53 may be mounted on the opening 43 of the fill neck 41 and placed in a first position. If a user desires to dispense a flammable liquid from the spout 53, it is recommended that the spout 53 be placed rLn the second position by applying a downward force to the spout 53 causing the spout to be non-releasablLy secured within the fill neck 41. Once the liquid dLs dispensed, the container 11 may be disposed of. Alternatively, the cover 71 may be -used which allows a user to apply a slight rotational force on the spout cover 71 to accomplish the releasable and non-releasable connection with the fill neck 41 as previously described. It is therefore to be understood that while preferred forms of invention are herein set forth and described, the above and other modifications may be made therein without departing from the spirit- and scope of the invention as defined by the appended claims and reasonable equivalents thereof.