Device for Supporting a Liquid Container

This invention is in the field of waste-prevention and maximum utilization of every last drop of the contents of a vessel containing a liquid intended to be evacuated for utilization.

Historically, most persons are unable to, or are unwilling to put forth the effort to salvage any liquid residue remaining in a liquid container thus wasting the value and utilization of an immeasurably huge cumulative quantity of that unused refined liquid content.

The object of this invention is waste prevention in concert with maximum utilization of the residual liquids remaining in their original vessels and unused and discarded by the individuals, businesses, and institutions. Viewed collectively, a staggering quantity of perfectly good, uncontaminated, refined liquids are daily squandered. And in even some cases, our nations' (and the worlds') rapidly escalating garbage dilemma is further tainted and multiplied by this shameful waste. One is easily shocked to contemplate the cumulative, total quantities of all kinds of such liquids remaining in these vessels and discarded. Some examples so remaining are, but of course, not limited to household, institutional, industrial, military, etc., liquids comprising soaps, oils, various additives, etc., of varying film thicknesses, consistencies, fluidity, as may remain attached to the containers' inner wall surfaces. Owing to individual viscosities, slow moving contents can be utilized more quickly by upending the vessel to speed the liquid to the discharge spout. The typical, hurried consumer give no thought to the utilization of this residue by upending the container and waiting for its eventual total evacuation. In the expediency of today's throw-away mentality, the user does just that.

The device of the present invention allows for the upending and settlement/accumulation of this remaining fluid. Evacuation, and utilization of this quantity is accomplished by upending, reopening the container by uncapping, or using the common flip/spigot to drain that last drop. In the case of a container requiring puncture, such as the typical can of motor oil, the can is upended, cocked on an angle with the puncture/opening arranged uppermost (to avoid spillage) and the residue having gravitationally collected, the vessel is rotated, puncture hole now lowermost, and evacuated. The device of the present invention contemplates provision of a device for supporting and retaining a liquid container either having an open neck closed by a removable cap or a punctured opening for gravitational collection and eventual evacuation of the residual liquid contained in the liquid container. The device comprises a funnel-shaped retaining body which has an open top and an open bottom, means for suspending the retaining body from a stationary support. The retaining body is provided with means for expanding a diameter of the retaining body depending on the size of the liquid container positioned therein.

The means for expanding the retaining body comprises a non-continuous side wall of the retaining body which is formed from a resilient (such as plastic) material and is provided with an opening extending from a top edge to a bottom edge of the body. The opening is forced to expand or allowed to contract depending on the size of the liquid container positioned within the retaining body and forcing the opening to expand under the influence of the liquid container size.

In a preferred method, a liquid container, for example, a shampoo bottle, is turned upside down and retained, while tightly capped, for any desired time to allow the liquid within the container to move by gravity to the open top and be ready for dispensing once the bottle is removed from the funnel and the cap is opened.

The applications for this device, in various sizes, is without limit. Beside the uses previously cited, it would serve in the home kitchen, bath, garage, etc. One consumer-oriented embodiment would be for use in the shower/bath compartment during bathing. The device of the present invention could be used to fully discharge the upended containers of such relatively expensive fluids such as liquid soaps, shampoos, hair rinses, conditioners, etc., tub-cleansing liquids, etc.--a helping hand, so to speak. Exact dimensions to be determined by uses intended and manufacturing criteria.

FIG. 1 is a perspective view of the device of the present invention.

FIG. 1a is a perspective view similar to FIG. 1, but having an exemplary liquid container positioned in the retaining body.

The unit is a plastic-cast single element comprising the hook-shaped attachment means 10, the support having an elongated shaft 12, and a retaining body 14. Construction is of plastic, heat/stamp/cast formation as illustrated, utilizing an appropriately formulated, durable plastic material in thicknesses proportional to requirements. The device for supporting and retaining a liquid container in accordance with the present invention comprises the retaining body 14 which is generally funnel-shaped and has a wider open top 16 and a smaller diameter open bottom 18. As can be seen in FIGS. 1 and 1a, the elongated shaft 12 is integrally attached to the retaining body 14 at an uppermost edge 20 and extends upwardly therefrom in a co-alignment with a side wall 22 of the retaining body 14. The side wall 22 is a non-continuous wall having an opening 24 therein extending from the terminal bottommost portion of vessel retaining body 14. As a result, the retaining body 14 and more particularly side wall 22 is separated longitudinally, from top to bottom to allow for expansion/contraction accommodation of circumference variation in the vessels. The very bottom of the retaining body 14 is a circular aperture to allow protrusion of the vessel/container neck/spigot to facilitate total content evacuation therefrom.

The attachment hook 10 is secured over a stationary body such as for example, a towel bar. After allowing time for settlement/consolidation of the liquid residue in a liquid container bottle, for example shampoo bottle 16 (see FIG. 1a), the bottle 16 is removed (maintaining the upended positioning) for total evacuation/utilization or left in retaining body 14 and remaining liquid evacuated therefrom.

Other liquid containers can be similarly positioned and retained within the device of the present invention. If, for example, an oil can needs to be drained of the last residue of oil, it is positioned, at an angle, similarly to the illustration of the FIG. 1a, but in such a manner that the opening made in a conventional manner in a top of the oil can faces upwardly, preventing the oil from contaminating the wall 22 of the device of the present invention and premature evacuation of the oil. In this manner, the oil flows, by gravity, into a side of the oil can and when the oil can is turned upside down, the residual contents of the can are much more easily evacuated.

As will be appreciated, provision of the resiliently expandable side wall 22, having an opening 24 therein, allows for a limited expansion of the diameter of the funnel-shaped retaining body 14, so as to accommodate the various diameter liquid containers, and after a larger size container is removed from the retaining body 14, the body contracts reducing the size of the opening 24 under the resiliency of the material from which the retaining body is formed. As was mentioned above, one of the materials which could be utilized for the purposes of manufacturing the device of the present invention is a resilient plastic having the desired physical properties.

While a shower/bath utilization was principally discussed, variable sizes and strengths allow for unlimited utilization. In the kitchen, various related liquids can be completely drained and used, in mechanical-related shops, various oils, additives, etc., etc. can be utilized maximally. Institutions like hospitals use a multitude of liquids that can likewise be so efficiently treated. Ones' imagination is the singular limitation to multitudinous utilization.