The invention relates generally to opening bottles containing beverages and methods of removing solids, and more particularly to removing parts of fruit, bottle caps, and other items from inside a beverage bottle.
Bottle caps, cigarette butts, fruit wedges, napkins, and other garbage often get pushed into beverage bottles by those who consume beverages. This creates a problem for those who wish to return or otherwise recycle the bottles due to compliance with recycling guidelines. The residue also attracts uninvited insects and rodents to a bottle storage area. In addition, it also creates a safety hazard such as lacerations for those that might try to use a tool such as a steak knife to stick in the bottle to remove its contents, or attempt to remove the contents by vigorously shaking the bottle until the contents fly out. Of course violent shaking of a bottle can lead to projectile glass. The risks escalate even further for individuals attempting these methods after consuming alcohol. Garbage such as fruit wedges left in bottles results in smelly, moldy, and gross by products at the bottom of the bottle. What is needed are tools and methods to allow both bars and individuals a compliant, safe, and quick way to remove these disposables from the inside of beverage bottles. What is needed is a tool that also serves a dual purpose of also opening beverage bottles to eliminate the need for excess tools.
The article of invention is a beverage tool comprising a bottle cap remover portion and a solids remover portion for removing solid debris from a bottle.
In one form, the beverage tool comprises a rigid bottle opener operable to remove a bottle cap.
In one form, the rigid bottle opener is housed within a head housing.
In one form, the beverage tool is absent of a head housing.
In one form, a post extends from said head housing.
In one form, the beverage tool is in a single part configuration whereas the bottle cap remover portion is integral with the solid remover portion.
In one form, the beverage tool is made entirely of a metal, including but not limited to steel, aluminum, and various metal alloys.
In one form, the beverage tool is made entirely of a polymer such as plastics.
In one form, the beverage tool is made from a combination of a metal and a polymer.
In one form, a post extends from the rigid bottle opener.
In one form, the post has a cross sectional profile that is substantially one of but not limited to the following: rectangular, round, square, and polygonal.
In one form, the beverage tool in an assembled configuration is generally flat and aligned in a plane A.
In one form, the beverage tool is in a single part cart configuration whereby the tool requires no assembly.
In one form, the beverage tool comprises an opposing first face and second face defining a substantially uniform thickness T.
In one form, the beverage tool is in an assembled configuration whereas it is made of an assembly of parts.
In one form, the rigid bottle opener is metal.
In one form, the rigid bottle opener is manufactured from a steel such as one of a carbon steel and a stainless steel. In one form, the beverage tool comprises a solids removal portion extending from the bottle opener portion.
In one form, the head housing and solids removal portion is a polymer.
In one form, the solids removal portion comprises the post.
In one form, the post extending from the head housing is of a length sufficient to reach below a bottle neck inside a bottle.
In one form the post comprises a frontal surface facing front, rear surface facing back, a first lateral surface and an opposed second lateral surface facing away from a midline axis.
In one form, the post comprises one or more barbs extending from the post.
In one form, the one or more barbs includes a first barb and a second barb extending from the post.
In one form, the one or more barbs extend from at least one of a first lateral surface and a second lateral surface of the post.
In one form, the first barb extends along an axis F1 and the second barb extends along an axis F2 whereas axis F1 and F2 are substantially parallel.
In one form, the first barb and second barb extend along non-parallel axes.
In one form, the bottle cap remover portion and solids removal portion are substantially flat and are aligned in plane A.
In one form, at least one of the one or more barbs are aligned in plane A.
In one form, two or more barbs are aligned in plane A.
In one form, at least one of the barbs extending from the post is angled a from a midline axis B of the beverage tool.
In one form, a is less than 45 degrees.
In one form, at least one of the first barb and second barb is swept towards the bottle cap remover portion.
In one form, a first barb is spaced distally from a second barb at a distal end of the post.
In one form, each barb terminates in a point that is at least one of sharp or blunt.
In one form, each barb comprises a proximal face facing towards the head housing.
In one form, each barb comprises a distal face facing away from the head housing.
In one form, each barb comprises a front barb face facing towards the front.
In one form, each barb comprises a rear barb face facing towards the back.
In one form, each barb is wider medially at its base and narrows towards the point.
In one form, each of the first barb and second barb point in substantially the same direction.
In one form, a relief is placed at a proximal intersection between one or more of the first barb and second barb and the post.
In one form, the relief is in the form of an arc at the medial end of a proximal face.
In one form, the post has a thickness ‘D’ and the head housing has a thickness ‘C’.
In one form, thickness ‘C’ is greater than thickness ‘D’.
In one form, the rigid bottle opener is generally flat.
In one form, the rigid bottle opener has a key shaped body.
In one form, the rigid bottle opener has an enlarged head.
In one form, the enlarged head has a first face and a second face.
In one form, an outside wall spans between the first face and second face.
In one form, an inside wall defines an oblong aperture extending between the first face and the second face.
In one form, at least one of a first tongue and a second tongue extend from the inside wall.
In one form, a first tongue and second tongue extend from the inside wall on opposing sides.
In one form, the first tongue and second tongue are aligned along midline axis B.
In one form, the first tongue and second tongue are arced.
In one form, the oblong aperture is operable with the first tongue and second tongue for removing a bottle cap.
In one form, the first tongue and second tongue are removed whereby the oblong aperture is operable to removing a bottle cap.
In one form, the oblong aperture is generally rectangular.
In one form, a leverage leg extends from an inferior end of the enlarged head and operable to provide a user finger leverage when opening a bottle.
In one form, the proximal end of the enlarged head is rounded.
In one form, one or more of the first tongue and second tongue comprise tongue depressions inset from one or more of the first face and second face.
In one form, the head housing and post are a single piece molded about the rigid bottle opener whereby the rigid bottle opener resides in an opener cavity.
In one form, the head housing comprises a first body and a second body.
In one form, the first body is integral with the post.
In one form, the first body comprises a first front surface facing the front and a first back surface facing the back.
In one form, the first body comprises a first outer surface extending on the outer periphery between the first front surface and back surface.
In one form, the first body comprises a first inner surface extending about an inner periphery between the first front surface and first back surface.
In one form, the first inner surface defines an opener aperture for access to the rigid bottle opener in an assembled configuration.
In one form, the opener cavity is defined by a platform face inset from said first front surface and a receiver face extending between the platform face and first front surface.
In one form, the opener cavity is sized and shaped to receive the rigid bottle opener therein.
In one form, a second body comprises a profile reflective of the head of the first body.
In one form, a second body is aligned and fixed to the first body.
In one form, a rigid bottle opener is sandwiched between the first body and the second body.
In one form, the second body comprises a second outer surface facing outside the second body.
In one form, the second body comprises a second inner surface defining a second clearance hole.
In one form, the second body comprises a second back surface abutting a first front surface of the first body in an assembled configuration.
In one form, the second body comprises a second inner surface defining a second clearance hole providing access to the rigid bottle opener.
In one form, the second body comprises a tab extending from a bottom end of the first body.
In one form, the tab terminates in an end stop.
In one form, the tab comprises a pair of opposing tab stops spaced from the end stop.
In one form, the tab is at least one of but limited to generally: square, rectangular, circular, and curved.
In one form, a thickened neck portion is intermediate the head housing and the post of the first body.
In one form, the neck portion comprises a neck taper towards the post.
In one form, the neck portion comprises a U-shaped terminal wall defining a terminal cavity operable for housing the tab of the second body and a portion of the leverage leg of the rigid bottle opener.
In one form, the first body, the rigid bottle opener, and the second body are aligned along complementary shapes and fixed together along axis E.
In one form, one or more of the: first barb, second barb, and post are deflectable.
In one form, a distal portion of the post terminates in a blunt end.
In one form, a method for removing debris comprises the following steps. Obtaining a bottle with solids debris that needs to be removed from inside the bottle. Obtaining a beverage tool having a bottle cap remover potion at a proximal end and a solids removal portion at a distal end. Securing the bottle in a position such that gravity causes the debris to drop towards the bottle neck. Grasping the bottle cap remover portion of the beverage tool, and inserting the post of the beverage tool into the mouth of the bottle whereby the point of at least the first barb moves at least partially past the solid debris contained in the bottle. Tilting the post whereby at least one of a first barb and second barb engage the solid debris. Retracting the beverage tool such that the solid debris engaged with the barb is removed through the neck and mouth of the bottle.
These and other features and advantages of the present invention will become more readily appreciated when considered in connection with the following detailed description and appended drawings, wherein each drawing is according to one or more embodiments shown and described herein, and wherein:
Select embodiments of the invention will now be described with reference to the Figures. Like numerals indicate like or corresponding elements throughout the several views and wherein various embodiments are separated by letters (i.e. 100, 100B, 100C). The terminology used in the description presented herein is not intended to be interpreted in any limited or restrictive way, simply because it is being utilized in conjunction with detailed description of certain specific embodiments of the invention. Furthermore, embodiments of the invention may include several novel features, no single one of which is solely responsible for its desirable attributes or which is essential to practicing the invention described herein.
In this embodiment as illustrated in
The beverage tool 100 in an assembled configuration is illustrated in
In this embodiment, each barb (112, 114) terminates in a point and each barb comprises a proximal face 118 facing towards head housing 108 and a distal face 120 facing away from head housing 108. In addition, each barb comprises a front barb face 122 facing towards the front and a rear barb face 124 facing towards the back. Each barb is preferably wider medially at its base and narrows towards the point 116. As illustrated in
As illustrated in the
In the embodiment illustrated in
An opener cavity 152 is defined by a platform face 168 inset from first front surface 158 and a receiver face 166 extending between platform face 168 and first front surface 158. The opener cavity 152 is sized and shaped to receive the rigid bottle opener 106 therein. Second body 156 comprises a profile reflective of the head of first body 154. In an assembled configuration, second body 156 is aligned and fixed to first body 154 with rigid bottle opener 106 sandwiched between first body 154 and second body 156.
Further to
The oblong aperture in this embodiment comprises a first tongue 144B extending into the oblong aperture 142B from a distal side and is opposed by a substantially flat portion 141B of the inside wall 140B on the proximal side. As will be recognized by those skilled in the art, the profile of the oblong aperture may assume a variety of shapes all functional for removal of a bottle cap.
In this embodiment, a neck portion 194B extends distally from the enlarged head 132B and is utilized as a leverage leg 148B providing a strong broad surface for the user to leverage off a beverage cap. Extending distally from neck portion 194B generally along Axis B is post 110B terminating at blunt end 198B. In this embodiment, post 110B comprises a frontal face 115B facing front, a rear face 117B facing back, a first lateral surface 111B and an opposed second lateral surface 113B facing away from an midline axis (Axis B).
As before, one or more barbs such as first barb 112B and second barb 114B extend at an angle α from axis B which is typically less than 45 degrees. First barb 112B extends along Axis F1 whereas second barb 114B extends along Axis F2 which in this embodiment are generally parallel although may be non-parallel. The barbs extend outwardly from Axis B a distance G perpendicular from Axis B and terminating at point 116B. Facing distally on the barbs is distal face 120B and facing proximally on the barbs is proximal face 118B. The barbs in this embodiment comprise front barb face 122B and a rear barb face 124B that are substantially planar with respective first face 134B and second face 136B of the bottle cap remover portion 102B and post 110B. A relief 126B is present in the form of a rounded intersection between proximal face 118B of the post(s) and first lateral surface 111B of post 110B. In this embodiment, post 110B extends a distance ‘H’ from neck portion 194B.
As illustrated in
In one form, a method for removing debris comprises the following steps as illustrated in
It is noted that the terms “substantially” and “about” and “generally” may be utilized herein to represent the inherent degree of uncertainty that may be attributed to any quantitative comparison, value, measurement, or other representation. These terms are also utilized herein to represent the degree by which a quantitative representation may vary from a stated reference without resulting in a change in the basic function of the subject matter at issue.
The foregoing invention has been described in accordance with the relevant legal standards, thus the description is exemplary rather than limiting in nature. Variations and modifications to the disclosed embodiment may become apparent to those skilled in the art and fall within the scope of the invention.
This application claims priority to Provisional Patent Application No. 62/969,735 filed Feb. 20, 2020 and Provisional Patent Application No. 62/845,551 filed May 9, 2019, the entire disclosures of which are hereby incorporated by reference and relied upon.
Number | Date | Country | |
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62969735 | Feb 2020 | US | |
62845551 | May 2019 | US |