US20170144829A1

US20170144829A1 - Divider and method for separating contents of a frozen liquid container

Info

Publication number: US20170144829A1
Application number: US15/175,647
Authority: US
Inventors: Amanee Muhammad
Original assignee: Fully Focused Inc
Current assignee: Fully Focused Inc
Priority date: 2015-11-23
Filing date: 2016-06-07
Publication date: 2017-05-25

Abstract

There are several types of existing ice cream containers and the present invention represents improvement to the existing configuration of carton containers to enable the manufacture and packaging of two or more flavors of ice cream type products in one container. Ice cream is generally sold in 1 pint (16 ounce), cylindrical cartons some of which have a somewhat flat bottom, and a gently tapering conical side wall. Larger capacity containers such as 48 oz. round cardboard, 48 oz. round plastic 48 oz. tubs, 1.75 quart and ½ gal/two quarts containers are also commonly used. This invention provides a cardboard or plastic divider panel that is incorporated into any existing cartons that enables any size container to be divided into two or three flavor compartments depending on its size.

Description

CROSS-REFERENCE TO RELATED APPLICATION

This application claims the benefit of priority of U.S. provisional application No. 62/258,862, filed Nov. 23, 2015, the contents of which are herein incorporated by reference.

BACKGROUND OF THE INVENTION

The present invention relates to cartons and, more particularly, to packaging semi-fluid material which can be hardened by freezing, such as ice cream, sherbet, yogurt, other ice cream type products and the like.
Ice cream is often supplied in cylindrical containers, particularly in larger sizes, such as gallons and larger. It may also be supplied in cylindrical containers of smaller measure than a gallon and in rectangular, cubic containers.
The ice cream container divider of the present invention came from observed deficiencies in the state of container art in satisfying several needs. First there are children who prefer different flavors of ice cream and parents who many times, for whatever reason, may be limited to the purchase of only one flavor. There are children who are very particular in not wanting their favorite flavor of ice cream to even touch another flavor of ice cream in the same container. Then even general consumer purchasers sometime need to satisfy two or more separate tastes in the same purchase or are unable to decide between flavors that will satisfy even an individual.
This application relates to an improved ice cream package for use in this process. One popular form of conventional packing container suitable for dairy products, such as ice cream, sherbet, yogurt, other ice cream and the like consists of a conical circumferential wall. Conventional packaging lines are flavor specific. Because retail stores demand such variety of flavors and packages for those flavors, a large inventory must be kept on hand. Retailers now demand a variety of ice cream products including a variety of flavors. The consumer too is limited by current ice cream manufacturing and packaging techniques.
From the foregoing, it is clear that a need exists in the art for an improved container. Accordingly, as an object of the present invention to provide an addition to existing carton designs whereby this addition to present carton designs obviates the foregoing drawbacks and provides a technique for subdividing a container into several compartments so that the contents of one container can be divided and separated into two or more flavors with neither flavor touching the other.

SUMMARY OF THE INVENTION

In one aspect of the present invention, a container for a semi-fluid material which can be hardened by freezing, includes a generally cylindrical sidewall, defining a top opening and a bottom opening, the sidewall diverging outwardly between the bottom opening and the top opening; a bottom joined to a lower portion of the generally cylindrical sidewall to seal the bottom opening; a divider interposed substantially vertically between opposed sides of the generally cylindrical sidewall of the container, the divider sealingly attached to the opposed sides and the bottom, defining a first compart and a second compartment for containment of the semi-fluid material. In some embodiments, the cylindrical sidewall is rectangular.
According to some aspects of the invention, the divider has a first flange formed along a lower edge of the divider; a second flange formed along a vertical edge of the divider. The first flange is adhered to an inner surface of the bottom and the second flange is adhered to an inner surface of the sidewall. The first flange and the second flange may be adhered to the container with an adhesive, preferably a food grade adhesive. Alternatively, the first flange and the second flange may be adhered to the container with a weld.
In other embodiments, the divider may further include a first score line defined spaced apart from the lower edge of the divider, wherein the first flange is formed by a fold of the lower edge of the divider along the first score line. A second score line defined inwardly spaced from the vertical edge of the divider, wherein the second flange is formed by a fold of the vertical edge of the divider along the second score line. An opposed second flange may also extend from opposite sides of the divider. A plurality of dividers may be adhered in a spaced apart relation along an interior length of the container to define more than two compartments. The container may also include a lid to close the top opening.
According to other aspects of the invention, a method of containing a plurality of semi-fluid materials which can be hardened by freezing, includes providing a container having a generally cylindrical sidewall, defining a top opening and a bottom opening. The sidewall diverges outwardly between the bottom opening and the top opening. A bottom is joined to a lower portion of the generally cylindrical sidewall to seal the bottom opening. A divider is interposed substantially vertically between opposed sides of the generally cylindrical sidewall, with the divider sealingly attached to the opposed sides and the bottom, defining a first compart and a second compartment for containment of the semi-fluid material.
The method may further include filling the first compartment with a first semi-fluid material. Filling the second compartment with a second semi-fluid material. Once the compartment is filled, freezing the first and the second semi-fluid materials. The method may also include applying a lid to close the top opening. In certain preferred applications of the method, the first semi-fluid material is a first ice cream flavor and the second semi-fluid material is a second ice cream flavor.
According to other aspects of the invention, the method may also include adhering a plurality of dividers in a spaced apart relation to define a plurality of compartments. Each of the plurality of compartments may be filled with a dissimilar semi-fluid material.
These and other features, aspects and advantages of the present invention will become better understood with reference to the following drawings, description and claims.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a top view of the present invention when incorporated into the cylindrically tapering shaped ice cream carton.

FIG. 2 is a side view of the present invention when incorporated into cylindrically tapering shaped ice cream cartons.

FIG. 3 is a front 2-dimensional view of my present invention before its incorporation into an ice cream container.

FIG. 4 shows a perspective view of the present invention, as a single piece cardboard or plastic divider of the same material as the container, with scoring along two lateral and bottom edges to facilitate folding on the sides and bottom edge to create flanges on both ends and on the bottom. Bottom flange is adhered to bottom of carton. Side flanges are adhered to sides of carton opposite each other.

FIG. 5 is a top view of the present invention when incorporated into a cylindrically shaped ice cream carton.

FIG. 6 is a side view of the present invention when incorporated into cylindrically shaped ice cream carton.

FIG. 7 is a top view of the present invention when incorporated into a rectangular shaped ice cream carton.

FIG. 8 is a side view of the present invention when incorporated into a rectangular shaped ice cream carton.

FIG. 9 is a side view of the present invention when incorporated into a rectangular shaped ice cream carton with tapered sides.

FIG. 10 is a top view of the present invention when incorporated into a rectangular shaped ice cream carton, with tapered sides and oval top or rounded corners.

FIG. 11 is a side view utilizing two of the present invention, creating compartments for three separate flavors of product, incorporated into a rectangular shaped ice cream carton with tapered sides.

FIG. 12 is a top view showing two of the present invention, creating compartments for three separate flavors of product, incorporated into a rectangular shaped ice cream carton, with tapered sides and rounded corners.

FIG. 13 is a top view showing two of the present invention, creating compartments for three separate flavors of product, incorporated into a rectangular shaped ice cream carton.

FIG. 14 is a side view showing two of the present invention, creating compartments for three separate flavors of product incorporated into a rectangular shaped ice cream carton.

FIG. 15 is a top view of the present invention incorporated into the cylindrically tapering shaped ice cream carton.

FIG. 16 is a side view of the present invention incorporated into cylindrically tapering shaped ice cream cartons.

FIG. 17 is a front 2-dimensional view of the present invention before its incorporation into an ice cream container.

FIG. 18 shows a perspective view of the present invention, as a single piece cardboard or plastic divider of the same material as the container, with scoring along two lateral and top and bottom edges to facilitate folding on the sides and bottom edges to create flanges on both ends and on the bottom. Bottom flanges are adhered to bottom of carton. Side flanges are adhered to sides of carton opposite each other.

FIG. 19 shows a perspective view of the present invention, with its incorporation into an ice cream container. Side flanges are adhered to sides of carton opposite each other.

FIG. 20 is a top view of the present invention incorporated into a cylindrically shaped ice cream carton.

FIG. 21 is a side view of the present invention incorporated into cylindrically shaped ice cream cartons.

FIG. 22 is a top view of the present invention incorporated into a rectangular shaped ice cream.

FIG. 23 is a side view of the present invention incorporated into a rectangular shaped ice cream.

FIG. 24 is a side view of the present invention incorporated into a rectangular shaped ice cream carton, with tapered sides and oval top or rounded corners.

FIG. 25 is a top view of the present invention incorporated into a rectangular shaped ice cream carton, with tapered sides and rounded corners.

FIG. 26 is a side view utilizing two of the present invention, creating compartments for three separate flavors of product, incorporated into a rectangular shaped ice cream carton, with tapered sides and oval top or rounded corners.

FIG. 27 is a top view showing two of the present invention, creating compartments for three separate flavors of product incorporated into a rectangular shaped ice cream carton, with tapered sides and oval top or rounded corners.

FIG. 28 is a top view showing two of the present invention, creating compartments for three separate flavors of product incorporated into a rectangular shaped ice cream.

FIG. 29 is a side view showing two of the present invention, creating compartments for three separate flavors of product incorporated into a rectangular shaped ice cream.

FIG. 30 is a view of an ice cream carton for ice cream.

FIG. 31 is a view of the present invention before assembly to be used in the manufacturing and packaging of two separated flavors of ice cream.

FIG. 32 is a perspective view of the present invention when folding and prepared for adhering into a cylindrically shaped ice cream carton for ice cream.

FIG. 33 is a top view of the present invention incorporated into the cylindrically tapering shaped ice cream.

FIG. 34 is a side view of the present invention when assembled into a cylindrically shaped ice cream.

FIG. 35 is a 2-dimensional view of an ice cream carton for ice cream before assembly.

FIG. 36 is a view of the present invention before assembly to be used in the manufacturing and packaging of two separated flavors of ice cream.

FIG. 37 is a top view of the present invention incorporated into the cylindrically shaped ice cream.

FIG. 38 is a side view of the present invention when assembled into a cylindrically shaped ice cream.

FIG. 39 is a front 2-dimensional view of my present invention, a single piece plastic divider or of the same material as the container, before its incorporation into an ice cream container.

FIG. 40 shows a perspective view of the present invention, as a single piece plastic divider or of the same material as the container, with scoring along two lateral and bottom edges to facilitate folding on the sides and bottom edge to create flanges on both ends and on the bottom. Bottom flange is adhered to bottom of carton. Side flanges are adhered to sides of carton opposite each other.

FIG. 41 is a top view of the present invention incorporated into the cylindrically tapering shaped plastic tub ice cream.

FIG. 42 is a perspective view of the present invention incorporated into cylindrically tapering shaped plastic tub ice cream cartons.

FIG. 43 is a top view of the present invention incorporated into the cylindrically tapering shaped plastic tub ice cream.

FIG. 44 shows a perspective view of the present invention, as a formed plastic divider of the same material as the container, with flanges on each of three panels that are fused to the interior surface of plastic containers and flanges on the bottom of each panel that are similarly fused to the bottom of the container.

FIG. 45 is a 2-dimensional view of an ice cream carton for ice cream before assembly.

FIG. 46 is a top view of the present invention incorporated into the rectangular shaped ice cream.

FIG. 47 is a side view of the present invention when assembled into a rectangular shaped ice cream.

FIG. 48 is a 2-dimensional view of an ice cream carton for ice cream before assembly.

FIG. 49 is a top view of the present invention incorporated into the rectangular shaped ice cream.

FIG. 50 is a side view of the present invention when assembled into a rectangular shaped ice cream.

FIG. 51 is a side view of the present invention when incorporated into an oval shaped ice cream carton with tapered sides.

FIG. 52 is a top view of the present invention when incorporated into an oval shaped ice cream carton viewed from the top, with tapered sides and oval shaped top.

FIG. 53 is a side view of the present invention incorporated into an ice cream carton, with tapered sides and an oval top.

FIG. 54 is a top view of the present invention incorporated into an oval shaped ice cream carton viewed from the top, with tapered sides and oval shaped top.

FIG. 55 is a side view utilizing two of the present invention, creating compartments for three separate flavors of product, incorporated into an oval shaped ice cream carton with tapered sides.

FIG. 56 is a top view showing two of the present invention, creating compartments for three separate flavors of product, incorporated into an oval shaped ice cream carton with tapered sides.

FIG. 57 is a side view utilizing two of the present invention, creating compartments for three separate flavors of product, incorporated into an oval shaped ice cream carton with tapered sides.

FIG. 58 is a top view showing two of the present invention, creating compartments for three separate flavors of product, incorporated into an oval shaped ice cream carton with tapered sides.

DETAILED DESCRIPTION OF THE INVENTION

The following detailed description is of the best currently contemplated modes of carrying out exemplary embodiments of the invention. The description is not to be taken in a limiting sense, but is made merely for the purpose of illustrating the general principles of the invention, since the scope of the invention is best defined by the appended claims.
Broadly, an embodiment of the present invention provides for subdividing a container into several compartments so that the contents of one container can be divided and separated, such as into two or more flavors of ice cream, without one flavor touching the other.
Referring to FIG. 1, there will be seen a top view of a container 1 indicated by dashed lines, for ice cream or the like. The container 1 is of cylindrical configuration, tapering toward the bottom and shows the vertical edge portion of the present invention 2, shown by hatched line. A flange 3, on one lateral edge of the divider, is created by folding at a scored line 6 and is then adhered to the interior surface of the container 8. Another flange 4, on the opposite lateral end of the divider, is similarly created by folding at a scored line 7 in the opposite direction and is then adhered to the interior surface of the container generally opposite the first. A flange at the bottom of the divider 5 is then adhered to the bottom of the container 9. The flanges 3, 4, & 5 may be adhered to the inner surface of the container via a suitable adhesive, preferably a food grade adhesive, or a weld, such as a sonic weld.
Referring to FIG. 2, there will be seen a side view of a container, for ice cream or the like 1. The container is of cylindrical configuration, tapering toward the bottom and shows a side view of the vertical portion 2 of the divider 2. The flange 3, on the lateral edge of the divider farthest from view, is created again by folding at the scored line 6 and is then adhered to the interior surface of the container 8. The flange on the opposite lateral end of the divider 4, in this view, the edge closest to view, is similarly created by folding at a scored line 7 in the opposite direction and is then adhered to the interior surface of the container generally opposite the first. This scored line is an interior fold hidden from view and indicated here by a dotted-dashed line, and this flange 4, is also shown to be adhered to an adhesive area by dotted area. The flange at the bottom of the divider 5 is then adhered to the bottom of the container 9.
Referring to FIG. 3, there will be seen a front 2-dimensional view of the divider 2, which shows the flat surface of the present invention before any folds or adherence to containers. The flange 3, on the left edge of the divider will be created by folding at the scored dashed/dotted line 6 and its opposite side will then be adhered to the interior surface of the container. The flange on the right of the divider 4, will similarly be created by folding at scored dashed/dotted line 7 in the opposite direction and will then adhered to the interior surface of the container generally opposite the first. The flange at the bottom of the divider 5 is scored along dashed/dotted line extending from the corners 10 to 11 folded in either direction and then adhered to the bottom of the container.
Referring to FIG. 4, there will be seen a perspective view of the divider 2. A portion of the container 1 indicated by dashed lines, is included for context. 2 shows the flat surface of the present invention forming the divider, exclusive of flanges and folds. The flange 3, on the left edge of the divider will be created by folding at the scored line 6 and its opposite side will then adhered to the interior surface of the container. The flange on the right of the divider 4, will similarly be created by folding at a scored line 7 in the opposite direction and will then be adhered to the interior surface of the container generally opposite the first. The flange at the bottom of the divider 5 is scored along a line extending from the corners 10 to 11 folded in either direction and then adhered to the bottom of the container 9.
Referring first to FIG. 5, there will be seen a top view of a container (hereinafter “container”), for ice cream or the like 1. The container is of cylindrical configuration, and shows the vertical portion of the divider of the present invention 2. A flange 3, on one lateral edge of the divider 2, is created by folding at a scored line 6 and is then adhered to the interior surface of the container 8. Another flange on the opposite lateral end of the divider 4 is similarly created by folding at a scored line 7 in the opposite direction and is then adhered to the interior surface of the container generally opposite the first. A flange at the bottom of the divider 5 is then adhered to the bottom of the container 9.
Referring to FIG. 6, there will be seen a side view of a container, for ice cream or the like, in 16 oz. and larger sizes 1. The container is of cylindrical configuration, and shows a side view of the vertical portion 2 of the divider 2. The flange 3, on the lateral edge of the divider farthest from view, is created again by folding at the scored line 6 and is then adhered to the interior surface of the container 8. The flange on the opposite lateral end of the divider 4, in this view, the edge closest to view, is similarly created by folding at a scored line 7 in the opposite direction and is then adhered to the interior surface of the container generally opposite the first. This scored line is an interior fold hidden from view and indicated here by a dotted-dashed line, and this flange 4, is also shown to be adhered to an adhesive area by dotted area. The flange at the bottom of the divider 5 is then adhered to the bottom of the container 9.
Referring to FIG. 7, there will be seen a top view of a container (hereinafter “container”), for ice cream or the like 1. The container is of rectangular configuration, and shows the vertical portion of the present invention 2, shown by a hatched interior. A flange 3, on one lateral edge of the divider, is created by folding at a scored line 6 and is then adhered to the interior surface of the container 8. Another flange on the opposite lateral end of the divider 4 is similarly created by folding at a scored line 7 in the opposite direction and is then adhered to the interior surface of the container generally opposite the first. The flange at the bottom of the divider 5 is scored along dashed/dotted line extending from the corners 10 to 11 folded in either direction and then adhered to the bottom of the container 9.
Referring first to FIG. 8, there will be seen a side view of a container (hereinafter “container”), for ice cream or the like 1. The container is of rectangular configuration, and shows the vertical portion of the present invention 2, shown by a hatched line. A flange 3, on one lateral edge of the divider, is created by folding at a scored line 6 running vertically from top to bottom of the divider, and is then adhered to the interior surface 8 of the container 1. Another flange 4 on the opposite lateral end of the divider 2 is similarly created by folding, in the opposite direction, at a scored line 7, also running vertically from top to bottom of the divider 2, and is then adhered to the interior surface 8 of the container 1 generally opposite the first. The flange 5 at the bottom of the divider 2 is scored along dashed/dotted line extending from the corners 10 to 11 at the opposite end of the bottom of the divider 2, folded in either direction and then adhered to the bottom 9 of the container 1.
Referring to FIG. 9, there will be seen a side view of a container 1 for ice cream or the like 1. The container 1 is of rectangular configuration, tapering toward the bottom and shows a side view of the vertical portion of the divider 2. The flange 3, on the lateral edge of the divider 2 farthest from view, is created again by folding at the scored line 6 and is then adhered to the interior surface 8 of the container 1. The flange 4 on the opposite lateral end of the divider 2, in this view, the edge closest to view, is similarly created by folding at a scored line 7 in the opposite direction and is then adhered to the interior surface 8 of the container generally opposite the first. This scored line is an interior fold hidden from view and indicated here by a dotted-dashed line, and this flange 4, is also shown to be adhered to an adhesive area by dotted area. The flange 5 at the bottom of the divider is then adhered to the bottom of the container 9.
Referring first to FIG. 10, there will be seen a top view of a container 1, for ice cream or the like. The container 1 is rectangular shaped with tapered sides and with either oval top or rectangular top with rounded corners, and shows the vertical portion of the divider 2 of the present invention. A flange 3, on one lateral edge of the divider, is created by folding at a scored line 6 and is then adhered to the interior surface of the container 8. Another flange 4 on the opposite lateral end of the divider 2 is similarly created by folding at a scored line 7 in the opposite direction and is then adhered to the interior surface 8 of the container 1 generally opposite the first. A flange 5 at the bottom of the divider 2 is then adhered to the bottom 9 of the container.
Referring to FIG. 11, there will be seen a side view of a container 1, for ice cream or the like. The container 1 is of rectangular configuration, tapering toward the bottom and shows two of the dividers 2, creating compartments for three separate flavors of product. The flange 3, on the lateral edge of each of the dividers 2 farthest from view, is created again by folding at the scored line 6 and is then adhered to the interior surface 8 of the container 1. The flange 4 on the opposite lateral end of the divider 2, in this view, the edge closest to view, is similarly created by folding at a scored line 7 in the opposite direction and is then adhered to the interior surface of the container 1 generally opposite the first. This scored line is an interior fold hidden from view and indicated here by a dotted-dashed line, and this flange 4, is also shown to be adhered to an adhesive area by dotted area. The flange 5 at the bottom of the divider 2 is then adhered to the bottom 9 of the container 1.
Referring first to FIG. 12, there will be seen a top view of the container 1. The container 1 is rectangular shaped with tapered sides and with either oval top or rectangular top with rounded corners, and shows two of the dividers 2 of the present invention, creating compartments for three separate flavors of product. A flange 3, on one lateral edge of the divider, is created by folding at a scored line 6 and is then adhered to the interior surface 8 of the container 1. Another flange 4 on the opposite lateral end of the divider 2 is similarly created by folding at a scored line 7 in the opposite direction and is then adhered to the interior surface 8 of the container 1 generally opposite the first. A flange 5 at the bottom of the divider 2 is then adhered to the bottom 9 of the container 1.
Referring first to FIG. 13, there will be seen a top view of a container 1, for ice cream or the like. The container 1 is of rectangular configuration, and shows two of the dividers 2 of the present invention, creating compartments for three separate flavors of product. The flange 3, on the lateral edge of each of the dividers 2 is created again by folding at the scored line 6 and is then adhered to the interior surface 8 of the container 1. The flange 4 on the opposite lateral end of the divider 2, is similarly created by folding at a scored line 7 in the opposite direction and is then adhered to the interior surface 8 of the container generally opposite the first. The flange 5 at the bottom of the divider 2 is scored along dashed/dotted line extending from the corners 10 to 11 folded in either direction and then adhered to the bottom 9 of the container 1.
Referring first to FIG. 14, there will be seen a side view of a container 1, for ice cream or the like 1. The container 1 is of rectangular configuration, shows two of the dividers 2 of the present invention, the dividers 2, creating compartments for three separate flavors of product. A flange 3, on one lateral edge of the divider, is created by folding at a scored line 6 running vertically from top to bottom of the divider 2, and is then adhered to the interior surface 8 of the container 1. Another flange 4 on the opposite lateral end of the divider 2 is similarly created by folding, in the opposite direction, at a scored line 7, also running vertically from top to bottom of the divider 2, and is then adhered to the interior surface 8 of the container generally opposite the first. The flange 5 at the bottom of the divider 2 is scored along dashed/dotted line extending from the corners 10 to 11 at the opposite end of the bottom of the divider 2, folded in either direction and then adhered to the bottom 9 of the container 1.
Referring first to FIG. 15, there will be seen a top view of a container 100, for ice cream or the like. The container 100 is of cylindrical configuration, tapering toward the bottom and shows the vertical portion of the dividers 102 of the present invention. A flange 103, on one lateral edge of the divider 102, is created by folding at a scored line 106 and is then adhered to the interior surface 108 of the container 100. On the same lateral edge of the divider 102, another flange 103, is created by folding at a scored line 106 and is then adhered to the interior surface 108 of the container 100. On the opposite lateral end of the divider 102, flange 104 is similarly created by folding at a scored line 107 in the opposite direction and is then adhered to the opposite side of interior surface 108 of the container 100. On the same lateral edge of the divider 102, another flange 104, is created by folding at a scored line 107 and is then adhered to the interior surface 108 of the container 100. A flange 105 one at each end of the divider 102, is created by folding at a line running from point 106 to 107, and is then adhered to the bottom 109 of the container 100.
Referring to FIG. 16, there will be seen a side view of a container 100, for ice cream or the like. The container 100 is of cylindrical configuration, tapering toward the bottom and shows a side view of the vertical portion of the dividers 102 of the present invention. The flange 104, in this view, the edge closest to view, is created by folding at a scored line in the interior fold 107. This scored line is an interior fold hidden from view and indicated here by a dashed line and the flange 104 is then adhered to the interior surface 108 of the container 100. On the same lateral edge of the divider 102, another flange 104, is created by folding at a scored line 107 and is then adhered to the interior surface 108 of the container 100. On the opposite lateral end of the divider, two flanges 103, not visible from this view are similarly created by folding at scored lines 106 and then adhered to the opposite side of interior surface 108 of the container 100.
Referring to FIG. 17, there will be seen a front 2-dimensional view of the divider, 102 of the present invention. The divider 102 shows the flat surface of the divider, 102 of the present invention before any folds or adherence to container 100. The flange 103, on the left edge of the divider will be created by folding at the scored dashed/dotted line, running from points 106 to 106, will then adhered to the interior surface 108 of the container. The flange 104 on the right of the divider 102, will similarly be created by folding at scored dashed/dotted line 107 and will then adhered to the interior surface 108 of the container generally opposite the first. The flange 105 at the bottom of the divider 102 is scored along dashed/dotted line extending from the corners 106 to 107, folded outward and then adhered to the bottom 108 of the container. A slit 112 in the divider 102 extends to the point at corner 106. On the other end of the divider, similarly flange 103, on the same lateral edge, is created by folding at a scored line, running from point 106 to 106, and is then adhered to the interior surface of the container. On the opposite lateral edge, flange 104, is created by folding at a scored line, running from 107 to 107 is adhered to the interior surface 108 of the container 100. A slit 112, in the divider 102 extends to the point at corner 107. On the other end of the divider 102, flange 104, on the same lateral edge, is created by folding at a scored line, running from point 107 to 107, and is then adhered to the interior surface 108 of the container 100. Divider 102 is folded along a line 113 and the interior surfaces adhered to each other to create the single panel shown in FIGS. 15 16, and 18.
Referring to FIG. 18, there will be seen a perspective view of the divider 102 of the present invention. Divider 102 is folded along 113 to create the single panel shown in FIGS. 15 16, and 18. The flanges 103, on the left edge of the divider 102 will be created by folding at the scored line 106 and its opposite side will then adhered to the interior surface 108 of the container 100. The flanges 104 on the right of the divider 102, will similarly be created by folding at a scored line 107 and then be adhered to the interior surface 108 of the container 100 generally opposite the first. The flange 105 at the bottom of the divider 102 is scored along line 106 to 107, folded and then adhered to the bottom of the container. Slits 112 are formed at the two sides of the divider 102.
Referring first to FIG. 19, there will be seen a perspective view of the divider 102 of the present invention. A portion of the container 100 is included for context. Divider 102 shows one side of the flat surface of the material forming the divider 102, exclusive of flanges and folds. Flanges 103, on the left edge of the divider 102 will be created by folding at scored lines 106 and its opposite side will then adhered to the interior surface 108 of the container 100. Flanges 104 on the right of the divider 102, will similarly be created by folding at a scored lines 107 in the opposite direction and will then be adhered to the interior surface 108 of the container 100 generally opposite the first. The flange 105 at the bottom of the divider 102 is scored along a line 110, folded in either direction and then adhered to the bottom 109 of the container 100. Slits 112 are formed along the edges where two sides of the divider 102 are divided. The top edge 113 of the divider 102 is created when divider 102 is folded in half.
Referring to FIG. 20, there will be seen a top view of a container 100, for ice cream or the like, in 16 oz. and larger sizes. The container 100 is of cylindrical configuration and shows the vertical portion of the divider 102 of the present invention. Flanges 103, on one lateral edge of the divider 102, are created by folding at scored lines 106 and are then adhered to the interior surface 108 of the container 100. Flanges on the opposite lateral end 104 of the divider 102 are similarly created by folding at scored lines 107 in opposite directions and are then adhered to the interior surface 108 of the container 100 generally opposite the first. Flanges 105 at the bottom of the divider 102 are then adhered to the bottom 109 of the container 100.
Referring to FIG. 21, there will be seen a side view of a container 100 for ice cream or the like. The container 100 is of cylindrical configuration and shows a side view of the vertical portion of the divider 102 of the present invention. The flange 104, in this view, the edge closest to view, is created by folding at a scored line 107 in the interior fold. This scored line 107 is an interior fold hidden from view and indicated here by a dashed line and the flange 104 is then adhered to the interior surface 108 of the container 100. On the same lateral edge of the divider 102, another flange 104, is created by folding at scored line 107 and is then adhered to the interior surface 108 of the container 100. On the opposite lateral end of the divider 102, two flanges 103, not visible from this view are similarly created by folding at scored lines 106 and then adhered to the opposite side of interior surface 108 of the container 100. Flanges at the bottom 105 of the divider 102 are then adhered to the bottom 109 of the container 100.
Referring first to FIG. 22, there will be seen a top view of a container 100, for ice cream or the like. The container 100 is of rectangular configuration, and shows the vertical portion of the divider 102 of the present invention. Flanges 103, on one lateral edge of the divider, are created by folding at scored lines 106 and are then adhered to the interior surface 108 of the container 100. Flanges 104 on the opposite lateral end of the divider 102 are similarly created by folding at a scored lines 107 and are then adhered to the interior surface 108 of the container 100 generally opposite the first. The flanges 105 at the bottom of the divider 100 are scored along the line extending from the corners 106 to 107, folded in either direction and then adhered to the bottom 109 of the container 100.
Referring to FIG. 23, there will be seen a side view of a container 100, for ice cream or the like. The container 100 is of rectangular configuration, and shows a side view of the vertical portion of the divider 102 of the present invention. The flange 104, in this view, the edge closest to view, is created by folding at a scored line in the interior fold 107. This scored line is an interior fold hidden from view and indicated here by a dashed line and the flange 104 is then adhered to the interior surface 108 of the container 100. On the same lateral edge of the divider 102, another flange 104, is created by folding at a scored line 107 and is then adhered to the interior surface 108 of the container 100 shown to be adhered by dotted area. On the opposite lateral end of the divider 102, two flanges 103, not visible from this view are similarly created by folding at a scored line 106 and then adhered to the opposite side of interior surface 108 of the container 100.
Referring to FIG. 24, there will be seen a side view of a container 100, for ice cream or the like. The container 100 is of rectangular configuration, tapering toward the bottom and shows a side view of the vertical portion of the divider 102 of the present invention. A flange 104, in this view, the edge closest to view, is created by folding at a scored line in the interior fold 107. This scored line 107 is an interior fold hidden from view and indicated here by a dashed line and the flange 104 is then adhered to the interior surface 108 of the container 100. On the same lateral edge of the divider, another flange 104, is created by folding at a scored line 107 and is then adhered to the interior surface 108 of the container 100 shown to be adhered by dotted area. On the opposite lateral end of the divider 102, two flanges 103, not visible from this view are similarly created by folding at scored lines 106 and then adhered to the opposite side of interior surface 108 of the container 100. Flanges 105 at the bottom of the divider 102 are then adhered to the bottom 109 of the container 100.
Referring to FIG. 25, there will be seen a top view of a container 100, for ice cream or the like. The container 100 is rectangular shaped with tapered sides and with either oval top or rectangular top with rounded corners, and shows the vertical portion of the divider 102 of the present invention. Flanges 103, on one lateral edge of the divider 102, are created by folding at scored lines 106 and are then adhered to the interior surface 108 of the container 100. Flanges 104 on the opposite lateral end of the divider 102 are similarly created by folding at scored lines 107 and are then adhered to the interior surface 108 of the container 100 generally opposite the first. Flanges 105 at the bottom of the divider 102 are then adhered to the bottom 109 of the container 109.
Referring to FIG. 26, there will be seen a side view of a container 100, for ice cream or the like. The container 100 is of rectangular configuration, tapering toward the bottom and shows two of the dividers 102 of the present invention, the dividers 102 defining compartments for three separate flavors of product. Flanges 104, in this view are created by folding at a scored line in the interior fold 107. This scored line is an interior fold hidden from view and indicated here by a dashed line and the flanges 104 are then adhered to the interior surface 108 of the container 100. On the opposite lateral end of the divider 102, two flanges 103, not visible from this view are similarly created by folding at scored lines 106 running vertically from top to bottom of the divider 102 then adhered to the interior surface 108 of the container 100. Flanges 105 at the bottom of the divider 102 are then adhered to the bottom 109 of the container 100.
Referring to FIG. 27, there will be seen a top view of a container 100, for ice cream or the like. The container 100 is rectangular shaped with tapered sides and with either oval top or rectangular top with rounded corners, and shows two of the dividers 102 of the present invention, the dividers, creating compartments for three separate flavors of product. Flanges 103, on one lateral edge of the dividers, are created by folding at scored lines 106 and are then adhered to the interior surface 108 of the container 100. Flanges 104 on the opposite lateral end of the divider 102 are similarly created by folding at scored lines 107 and then adhered to the interior surface 108 of the container generally opposite the first. Flanges 105 at the bottom of the divider 102 are then adhered to the bottom 109 of the container 100.
Referring to FIG. 28, there will be seen a top view of a container 100, for ice cream or the like. The container 100 is of rectangular configuration, and shows two of the dividers 102 of the present invention, the dividers 102 defining compartments for three separate flavors of product. Flanges 103, on the lateral edge of each of the dividers is created by folding at the scored lines 106 and are then adhered to the interior surface 108 of the container 100. Flanges 104 on the opposite lateral end of the dividers 102, are similarly created by folding at scored lines 107 and then adhered to the interior surface 108 of the container 100 generally opposite the first. Flanges 105 at the bottom of the dividers 102 are then adhered to the bottom 109 of the container 100.
Referring to FIG. 29, there will be seen a side view of a container 100, for ice cream or the like. The container 100 is of rectangular configuration, shows two of the dividers 102 of the present invention, the dividers 102 creating compartments for three separate flavors of product. Flanges 104, on one lateral edge of the divider 102, are created by folding at scored lines 106 running vertically from top to bottom of the divider 102, and are then adhered to the interior surface 108 of the container 100. Flanges 103 on the opposite lateral end of the divider 102 are similarly created by folding, in the opposite direction, at a scored line 107, also running vertically from top to bottom of the divider 102, and are then adhered to the interior surface 108 of the container 100 generally opposite the first. Flanges 105 at the bottom of the divider 102 are then adhered to the bottom 109 of the container 100.
Referring to FIG. 30 there will be seen a top view of a container 201 for ice cream or the like. The assembled container 201 is of cylindrical configuration, tapering toward the bottom with the top edge being 202 and the bottom edge of container being 203 when assembled.
Referring to FIG. 31, there will be seen a top view of this invention for a container for ice cream, or the like 201. The container 201 is of cylindrical configuration, tapering toward the bottom when assembled. In this view panels 204 and 205 comprising the divider of the present invention which are added to create the divider in the center of the ice cream carton 201. When so added and when folded at a line 206, inwardly, in this view downward panels 204 and 205 are adhered to each other, creating a unitary divider. Lines at 214 and 215 are scored for folding to create a flange 218 and 219, and adhered to each other, which is folded and then adhered to the inner side of the carton 201. A slit 207, separates flanges 208 and 209 which when folded perpendicular to 204 and 205, along lines 216 and 217, and are adhered to bottom of the container. Panels 210 and 211 are folded outwardly, in this view upward, and form the bottom edge of the divider. When the container is rolled and folded into a cylinder, edge 212 is joined to edge 213 to seal the side of the carton 201. A circular piece, not shown is then joined to the bottom of container at the circular edge 203.
Referring to FIG. 32, there will be seen a perspective view of the invention, for a container 201 for ice cream, or the like. Shown by arrow is the direction of folding to create the cylindrical shape, which tapers inwardly toward the bottom of container 201 when assembled. When the folding is completed, panels 204 and 205 are adhered to each other, to create the divider in the center of the ice cream carton and thereby forming the one edge of the divider. A slit 207, separates flanges 208 and 209 which when folded perpendicular to 204 and 205, along lines 216 and 217, are adhered to bottom of container. 210 and 211 are folded outwardly, and form the other edge of the divider. When the container is folded into a cylinder, edge 212 is joined to edge 213 to seal the side of the carton. Once the carton is assembled, areas 204 and 205 of the divider are folded lines at 214 and 215, in either direction, creating the flange formed by 218 and 219 and then adhered to inside of the carton. A circular piece, not shown is then joined to the bottom of container at the circular edge 203.
Referring to FIG. 33, there will be seen a top view of the container 201, for ice cream or the like. The container 201 is of cylindrical configuration, tapering toward the bottom, the container having a top edge 202 and a bottom edge 203. Panels 204 and 205 are interior panels that are folded together and adhered to create the vertical portion of the divider. Edges 210 and 211 are folded along a scored line and when panels 204 and 205 are adhered these edges 210 and 211 form a seam joining one side of the carton. Ends 212 and 213 of the carton are adhered at a seam opposite. Flanges 218 and 219, are created by folding from the center at 206 to 214 and 215 which are folded in the opposite direction and adhered to each other. Another fold at 216 and 217 creates flanges 208 and 209 that are adhered to the bottom of the carton.
Referring to FIG. 34, there will be seen a side view of the container 201 for ice cream or the like. The container 201 is of cylindrical configuration, tapering toward the bottom. The top edge 202 of the container and the bottom edge 203. Panels 204 and 205 are interior panels that are folded together and adhered to create the vertical portion of the divider. Edges 210 and 211 are the edges that are folded along a scored line and when panels 204 and 205 are adhered this edge form a seam joining one side of the carton 201. Ends 212 and 213, (not shown) the two ends of the carton are adhered at a seam opposite. A flange 218 and 219, (not shown) is created by folding from the center at 206 to 214 and 215 which are folded in the opposite direction and adhered to each other. Another fold at 216 and 217 create flanges 208 and 209 that are adhered to the bottom of the carton.
Referring to FIG. 35 there will be seen a flat view of a container 300, for ice cream or the like. The assembled container 300 is of a cylindrical configuration. Edges 302 indicates top edge and 303 indicates the bottom edge of container when assembled.
Referring to FIG. 36, there will be seen a flat view of a divider 302 for a container for ice cream, or the like. When formed, the container 300 is of cylindrical configuration. In this view panels 304 and 305 form the divider in the center of the ice cream carton 300. When so added and when folded at a line 306, inwardly, in this view downward panels 304 and 305 are adhered to each other, creating a unitary divider, shown by shaded area. Lines at 314 and 315 are scored for folding to create a flange formed by 318 and 319, which is adhered to the inner side of the carton 300. A slit 307, separates flanges 308 and 309 which when folded perpendicular to 304 and 305, along lines 316 and 317, are adhered to bottom of the container. Edges 310 and 311 are joined to form the other edge of the divider 302. When the container 300 is formed into a cylinder, edge 312 is joined to edge 313 to seal the side of the carton 300. A circular piece, not shown is then joined to the bottom of container at the circular edge 303.
Referring to FIG. 37, there will be seen a top view of the container 300, for ice cream or the like. The container 300 is of cylindrical configuration having a top edge 302 and a bottom edge 303. Interior panels 304 and 305 are folded together and adhered to create the vertical portion of the divider. Edges 310 and 311 are folded along a scored line and when panels 304 and 305 are adhered these edges form a seam joining one side of the carton 300. Ends 312 and 313 of the carton are adhered at an opposite seam. A flange 318 and 319, is created by folding from the center at 306 to 314 and 315 which are folded in the opposite direction and adhered to each other. Another fold 316 and 317 creates flanges 308 and 309 that are adhered to the bottom of the carton 300.
Referring to FIG. 38, there will be seen a side view of the container 300. The container 300 is of cylindrical configuration, having a top edge 302 and a bottom edge 303. Panels 304 and 305 are interior panels that are folded together and adhered to create the vertical portion of the divider. Edges 310 and 311 are the edges that are folded along a scored line and when panels 304 and 305 are adhered these edges form a seam joining one side of the carton 300. A flange 318 and 319 on the reverse side, not visible in this view, is folded and adhered to the interior of the carton 300, indicated by dotted fill. Another fold at 316 and 317 creates flanges 308 and 309 that are adhered to the bottom of the carton.
Referring to FIG. 39, there will be seen a front 2-dimensional view of the divider 402 of the present invention. The divider 402 comprises flat surface before any folds or adherence to container 401. The flange 403, on the left edge of the divider 402 will be created by folding at the scored dashed/dotted line 406 and its opposite side will then be adhered to the interior surface of the container. The flange 404 on the right of the divider 402 will similarly be created by folding at scored dashed/dotted line 407 in the opposite direction and will then be adhered to the interior surface of the container generally opposite the first. The flange 405 at the bottom of the divider is scored along dashed/dotted line extending from the corners 410 to 411 folded in either direction and then adhered to the bottom of the container 401.
Referring to FIG. 40 there will be seen a perspective view of the divider 402. A bottom portion 409 of the container, indicated by dashed lines, is included for context. The flange 403 on the left edge of the divider 402 will be created by folding at the scored line 406 and its opposite side will then adhered to the interior surface of the container 401. The flange 404 on the right of the divider 402 will similarly be created by folding at a scored line 407 in the opposite direction and will then be adhered to the interior surface of the container 401 generally opposite the first. The flange at the bottom of the divider 405 is scored along a line extending from the corners 410 to 411 folded in either direction and then adhered to the bottom of the container 409.
Referring to FIG. 41, there will be seen a top view of a plastic, or other material tub container 401. The container 401 is of cylindrical configuration, tapering toward the bottom and shows the vertical portion of the divider 402. A flange 403, on one lateral edge of the divider 402, is created by folding at a scored line 406 and is then adhered to the interior surface 408 of the container. Another flange 404 on the opposite lateral end of the divider 402 is similarly created by folding at a scored line 407 in the opposite direction and is then adhered to the interior surface 408 of the container 401 generally opposite the first. A flange 405 at the bottom of the divider 402 is then adhered to the bottom 409 of the container 402.
Referring to FIG. 42, there will be seen a perspective view of the divider 402 installed in a plastic tub container 401. The container 401 is of cylindrical configuration, tapering toward the bottom and shows a perspective view of the vertical portion 402 of the divider 402. The flange 403, on the left edge of the divider 402 will be created by folding at the scored line 406 and its opposite side will then be adhered to the interior surface 408 of the container 401. The flange 404 on the right of the divider 402, will similarly be created by folding at a scored line 407 in the opposite direction and will then be adhered to the interior surface 408 of the container 401 generally opposite the first. The flange 405 at the bottom of the divider 402 is adhered to the bottom of the container 409.
Referring to FIG. 43, there will be seen a top view of a plastic tub container 501, for ice cream or the like. The container 501 is of cylindrical configuration, tapering toward the bottom and shows the vertical portion of the divider 502. Panel 503, is formed with flanges 504 and 505 at its end which are fused to the interior of the container. Panel 506, is formed with flanges 507 and 508 at its end which are fused to the interior of the container. Panel 509, is formed with flanges 510 and 511 at its end which are fused to the interior of the container 501. The bottom of panel 503 is formed with flanges 512 and 513 on either side which are fused to the bottom of the container. The bottom of panel 506 is formed with flanges 514 and 515 on either side which are fused to the bottom of the container 501. The bottom of panel 509 is formed with flanges 516 and 517 on either side which are fused to the bottom of the container.
Referring to FIG. 44, there will be seen a perspective view of a plastic tub container 501 for ice cream or the like. The container is of cylindrical configuration, tapering toward the bottom and shows a divider of the present invention within the plastic tub container 501. Panel 503, is formed with flanges 504 and 505 at its end which are fused to the interior of the container 501. Panel 506, is formed with flanges 507 and 508 at its end which are fused to the interior of the container 501. Panel 509 is formed with flanges 510 and 511 at its end which are fused to the interior of the container 501. The bottom of panel 506 is formed with flanges 514 (not visible) and 515 on either side which are fused to the bottom of the container. The bottom of panel 509 is formed with flanges 516 (not visible) and 517 on either side which are fused to the bottom of the container.
Referring to FIG. 45 is a 2-dimensional view of a flattened pattern of the carton 601 for assembly into cardboard cartons for ice cream, sherbet, yogurt and other such products. The hatched area of the drawing shows the divider 602, when incorporated into the cube shaped carton for ice cream. Line 603 is creased for folding, such that when the flat cardboard shape is placed on the reverse side of the side shown panel 604, identified as the inside front, is folded 180 degrees and adhered to the panel identified as the front of the carton. With the carton 601 in said position front panel is in a vertical position. With panel 604 so adhered, panel 606 is then folded perpendicular to adhered front panel and 606, at crease 605, parallel to front half of the bottom panel and adhered to front half of bottom panel up to a line at 609. When so adhered, panel 608 is then folded up, vertically at crease 607, then panel 611 is folded down at crease 610, adhered to 608 forming one double panel in the lengthwise middle of the carton. This panel 608-611 extends perpendicular at line 609. Slits 616 and 617 enable flanges 612 and 613 on one side and 614 and 615 on the other side, to be adhered to the side of the carton. Panel 619 is then folded onto the other half of the bottom panel and adhered to that half of bottom panel where edge 620 aligns to line 621.
Referring to FIG. 46 is a top view of the divider when assembled into a rectangular shaped ice cream container 601. Panel 604, shows the inside front of the carton and is adhered to the front of the carton. Panel 606 is the horizontal panel that is adhered to ½ of the bottom of carton. Panel 608 is a vertical panel that is adhered to panel 611 to form the divider in the carton. Fold line 610 is the point at the top of the divider at which 608-611 are folded. Panel 619 is then adhered to the other ½ of the bottom of the carton. Flanges 613 and 615, on the edges of 608 are adhered to the inside of the carton at one end. Flanges 612 and 614 on the edges of panel 611 are adhered to the inside of the carton at the opposite end.
Referring to FIG. 47 is a side view of the interior of the carton with a divider of the present invention fully assembled into a rectangular shaped ice cream container. Panel 604, shows the inside front of the opened carton and is adhered to the front of the carton. Panel 606 is the horizontal panel that is adhered to ½ of the bottom of carton. Panel 608 is a vertical panel that is adhered to 611 to form the divider in the carton. Fold line 610 is the point at the top of the divider at which 608-611 are folded. Panel 619 is then adhered to the other ½ of the bottom of the carton. Flanges 612 and 614 on the edges of panel 608 (not visible here) are adhered to the inside of the carton. Flanges 613 and 615 on the edges of panel 611 (not visible here) are adhered to the inside of the carton at the opposite end.
Referring to FIG. 48 is a 2-dimensional view of the container 701 for assembly into cardboard cartons for ice cream, sherbet, yogurt and other such products. The hatched area of the drawing will form the divider present invention, when incorporated into the cube shaped carton for ice cream. Fold lines 703 and 704 represent lines that are creased for folding, such that when the flat cardboard shape is placed on the reverse side of the side shown, panels 705 and 706, are folded 180 degrees upward and adhered to the panels 707 and 708. With panels 705 and 706 so adhered, panels 705-707 and 706-708 are then folded at creases 709 and 710, upward perpendicular to the carton bottom, and panels 711 and 712 are folded at creases 713 and 714 toward the middle line of the carton 715 and adhered to the bottom. Panels 716 and 717 are then folded at creases 718 and 719 upward, adhered together to form a 2 ply divider in the middle of the carton along line 715 with its top edge at 720. Flanges 721 and 722 at one end and flanges 723 and 724 at the other end are then adhered to the inside surface of the carton.
FIG. 49 is a top view of a divider of the present invention when assembled into a rectangular shaped ice cream container. Panel 706 is a vertical panel that is adhered to 708 and panel 705 is a vertical panel that is adhered to panel 707 to form the divider at the bottom of the container up to line 715. Panel 711 is adhered to ½ of the bottom up to line 715 and panel 712 is adhered to the other ½. Flanges 722 and 724 are adhered to the back panel of the carton and flanges 721 and 723 are adhered to the front panel of the carton.
FIG. 50 is a side view of the interior of the carton with a divider of the present invention when fully assembled into a rectangular shaped ice cream container. Panel 711 is adhered to ½ of the bottom of the container up to line 715 and panel 712 is adhered to the other ½ of the container. Flanges 722 and 724 are adhered to the back panel of the carton. Vertical panel 716 is adhered to vertical panel 717 thereby forming the divider of which 720 is the top edge.
Referring to FIG. 51, there will be seen a side view of a container 801 for ice cream or the like 801. The container 801 is of oval configuration, tapering toward the bottom and shows a side view of the vertical portion of the divider 802. The flange 803, on the lateral edge of the divider 802 farthest from view, is created by folding at the scored line 806 and is then adhered to the interior surface 808 of the container 801. The flange 804 on the opposite lateral end of the divider 802, in this view, the edge closest to view, is similarly created by folding at a scored line 807 in the opposite direction and is then adhered to the interior surface 808 of the container generally opposite the first. This scored line is an interior fold hidden from view and indicated here by a dotted-dashed line, and this flange 804, is also shown to be adhered to an adhesive area by dotted area. The flange 805 at the bottom of the divider is then adhered to the bottom of the container 809.
Referring first to FIG. 52, there will be seen a top view of a container 801, for ice cream or the like. The container 801 is oval shaped viewed from the top with tapered sides and with an oval top, and shows the vertical portion of the divider 802 of the present invention. A flange 803, on one lateral edge of the divider, is created by folding at a scored line 806 and is then adhered to the interior surface of the container 808. Another flange 804 on the opposite lateral end of the divider 802 is similarly created by folding at a scored line 807 in the opposite direction and is then adhered to the interior surface 808 of the container 801 generally opposite the first. A flange 805 at the bottom of the divider 802 is then adhered to the bottom 809 of the container.
Referring to FIG. 53, there will be seen a side view of a container 900, for ice cream or the like. The container 900 is of oval configuration viewed from the top, tapering toward the bottom and shows a side view of the vertical portion of the divider 902 of the present invention. A flange 904, in this view, the edge closest to view, is created by folding at a scored line in the interior fold 907. This scored line 907 is an interior fold hidden from view and indicated here by a dashed line and the flange 904 is then adhered to the interior surface 908 of the container 900. On the same lateral edge of the divider, another flange 904, is created by folding at a scored line 907 and is then adhered to the interior surface 908 of the container 900 shown to be adhered by dotted area. On the opposite lateral end of the divider 902, two flanges 903, not visible from this view are similarly created by folding at scored lines 906 and then adhered to the opposite side of interior surface 908 of the container 900. Flanges 905 at the bottom of the divider 902 are then adhered to the bottom 909 of the container 900.
Referring to FIG. 54, there will be seen a top view of a container 1000, for ice cream or the like. The container 1000 is oval shaped with tapered sides and with an oval top, and shows the vertical portion of the divider 1002 of the present invention. Flanges 1003, on one lateral edge of the divider 1002, are created by folding at scored lines 1006 and are then adhered to the interior surface 1008 of the container 1000. Flanges 1004 on the opposite lateral end of the divider 1002 are similarly created by folding at scored lines 1007 and are then adhered to the interior surface 1008 of the container 1000 generally opposite the first. Flanges 1005 at the bottom of the divider 1002 are then adhered to the bottom 1009 of the container 1009.
Referring to FIG. 55, there will be seen a side view of a container 1101, for ice cream or the like. The container 1101 is of oval configuration viewed from the top, tapering toward the bottom and shows two of the dividers 1102, creating compartments for three separate flavors of product. The flange 1103, on the lateral edge of each of the dividers 1102 farthest from view, is created again by folding at the scored line 1106 and is then adhered to the interior surface 1108 of the container 1101. The flange 1104 on the opposite lateral end of the divider 1102, in this view, the edge closest to view, is similarly created by folding at a scored line 1107 in the opposite direction and is then adhered to the interior surface of the container 1101 generally opposite the first. This scored line is an interior fold hidden from view and indicated here by a dotted-dashed line, and this flange 1104, is also shown to be adhered to an adhesive area by dotted area. The flange 1105 at the bottom of the divider 1102 is then adhered to the bottom 1109 of the container 1101.
Referring first to FIG. 56, there will be seen a top view of the container 1101. The container 1101 is rectangular shaped with tapered sides and with either oval top or rectangular top with rounded corners, and shows two of the dividers 1102 of the present invention, creating compartments for three separate flavors of product. A flange 1103, on one lateral edge of the divider, is created by folding at a scored line 1106 and is then adhered to the interior surface 1108 of the container 1101. Another flange 1104 on the opposite lateral end of the divider 1102 is similarly created by folding at a scored line 1107 in the opposite direction and is then adhered to the interior surface 1108 of the container 1101 generally opposite the first. A flange 1105 at the bottom of the divider 1102 is then adhered to the bottom 1109 of the container 1101.
Referring to FIG. 57, there will be seen a side view of a container 1200, for ice cream or the like. The container 1200 is of oval configuration viewed from the top, tapering toward the bottom and shows two of the dividers 1202 of the present invention, the dividers 1202 defining compartments for three separate flavors of product. Flanges 1204, in this view are created by folding at a scored line in the interior fold 1207. This scored line is an interior fold hidden from view and indicated here by a dashed line and the flanges 1204 are then adhered to the interior surface 1208 of the container 1200. On the opposite lateral end of the divider 1202, two flanges 1203, not visible from this view are similarly created by folding at scored lines 1206 running vertically from top to bottom of the divider 1202 then adhered to the interior surface 1208 of the container 1200. Flanges 1205 at the bottom of the divider 1202 are then adhered to the bottom 1209 of the container 1200.
Referring to FIG. 58, there will be seen a top view of a container 1200, for ice cream or the like. The container 1200 is of oval configuration viewed from the top, tapering toward the bottom and shows two of the dividers 1202 of the present invention, the dividers, creating compartments for three separate flavors of product. Flanges 1203, on one lateral edge of the dividers, are created by folding at scored lines 1206 and are then adhered to the interior surface 1208 of the container 1200. Flanges 1204 on the opposite lateral end of the divider 1202 are similarly created by folding at scored lines 1207 and then adhered to the interior surface 1208 of the container generally opposite the first. Flanges 1205 at the bottom of the divider 1202 are then adhered to the bottom 1209 of the container 1200.
It will be appreciated that the containers described and claimed herein may be formed of any suitable material, such as coated cardboard material or a plastic material. Preferably, where the containers are used to contain frozen food products, the selected material is a food grade material. Similarly, the dividers or their associated flanges may be adhered to the inner surface of the container via a suitable adhesive, preferably a food grade adhesive. In the case where the containers are formed of plastics, the dividers may be adhered via a weld, such as a sonic weld. In like manner, each of the containers may be fitted with a lid to seal a top opening of the container.
The containers may also be formed in a variety of sizes, or volumes. For example, Ice cream is generally sold in 1 pint (16 ounce) cylindrical cartons some of which have a somewhat flat bottom and a gently tapering conical side wall. Larger capacity containers such as 48 oz. round cardboard, 48 oz. round plastic 48 oz. tubs, 1.75 quart and ½ gal/two quarts and gallon containers are also commonly used.
A method for containing a plurality of semi-fluid materials which can be hardened by freezing, such as ice cream, may include providing a container according to the various embodiments as described. The container will have a divider interposed substantially vertically between opposed sides of the sidewall of the container. The divider is sealingly attached to the opposed sides and the bottom to define a first compart and a second compartment for containment of the semi-fluid material. The method may also include filling the first compartment with a first semi-fluid material. By way of example, the first semi-fluid material may be a first flavored ice cream. The method would also include filling the second compartment with a second semi-fluid material, which may be a second flavored ice cream.
The semi fluid materials may be frozen individually after each compartment has been filled. Alternatively, the first and the second semi-fluid materials may be frozen after both have filled their respective compartments. The containers may then be sealed by applying a lid to close the top opening.
In another embodiment of the method, the step of providing a container may include adhering a plurality of dividers in a spaced apart relation within the container to define a plurality of compartments. In this embodiment, the step of filling would include filling each of the plurality of compartments with a dissimilar semi-fluid material. The freezing steps may be applied individually after filling each of the plurality of compartments. Alternatively, the freezing or may be applied after all of the plurality of compartments are filled.
It should be understood, of course, that the foregoing relates to exemplary embodiments of the invention and that modifications may be made without departing from the spirit and scope of the invention as set forth in the following claims.

Claims

What is claimed is:

1. A container for a semi-fluid material which can be hardened by freezing, comprising:

a generally cylindrical sidewall, defining a top opening and a bottom opening, the sidewall diverging outwardly between the bottom opening and the top opening;

a bottom joined to a lower portion of the generally cylindrical sidewall to seal the bottom opening;

a divider interposed substantially vertically between opposed sides of the generally cylindrical sidewall of the container, the divider sealingly attached to the opposed sides and the bottom, defining a first compart and a second compartment for containment of the semi-fluid material.

2. The container of claim 1, wherein the cylindrical sidewall is rectangular.

3. The container of claim 1, wherein the divider further comprises:

a first flange formed along a lower edge of the divider;

a second flange formed along a vertical edge of the divider;

wherein the first is adhered to an inner surface of the bottom and the second flange is adhered to an inner surface of the sidewall.

4. The container of claim 3, wherein the first flange and the second flange are adhered to the container with an adhesive.

5. The container of claim 4, wherein the adhesive is a food grade adhesive.

6. The container of claim 3, wherein the first flange and the second flange are adhered to the container with a weld.

7. The container of claim 3, wherein the divider further comprises:

a first score line defined spaced apart from the lower edge of the divider, wherein the first flange is formed by a fold of the lower edge of the divider along the first score line;

a second score line defined inwardly spaced from the vertical edge of the divider, wherein the second flange is formed by a fold of the vertical edge of the divider along the second score line.

8. The container of claim 7, wherein an opposed second flange extend from opposite sides of the divider.

9. The container of claim 7, further comprising:

a plurality of dividers adhered in a spaced apart relation along an interior length of the container to define more than two compartments.

10. The container of claim 1 further comprising a lid to close the top opening.

11. A method of containing a plurality of semi-fluid materials which can be hardened by freezing, comprising:

providing a container having,

a divider interposed substantially vertically between opposed sides of the generally cylindrical sidewall, the divider sealingly attached to the opposed sides and the bottom, defining a first compart and a second compartment for containment of the semi-fluid material.

12. The method of claim 11, further comprising:

filling the first compartment with a first semi-fluid material.

13. The method of claim 12, further comprising:

filling the second compartment with a second semi-fluid material.

14. The method of claim 13, further comprising:

freezing the first and the second semi-fluid materials.

15. The method of claim 14, further comprising:

applying a lid to close the top opening.

16. The method of claim 12, wherein the first semi-fluid material is a first ice cream flavor.

17. The method of claim 13, wherein the second semi-fluid material is a second ice cream flavor.

18. The method of claim 11, further comprising:

adhering a plurality of dividers in a spaced apart relation to define a plurality of compartments.

19. The method of claim 18, further comprising:

filling each of the plurality of compartments with a dissimilar semi-fluid material.