This invention relates to three distinct types of stick product containers for dispensing stick products such as glue, lip balm, sunscreen, or deodorant. The specific type of product is not limiting. Particularly the invention relates to a stick product container with an improved cap design.
Stick products such as but not limited to those for lip balms, sun screens, deodorants, and glue are known. They generally involve a cylindrical housing, a bottom or a base in one end of the housing and a cap on the other. The product is contained inside and is dispensed by one mechanical means or another when the cap is removed. Some have mechanical mechanisms for twisting the base of the cylinder to push out the stick product, others simply push out. Mechanical mechanisms to urge the product towards the top end of the cylinder are well known and need not be described herein.
A particular problem with such stick product containers is difficulty in removing the cap and/or once the cap is removed the cap is often lost, misplaced, simply left off or rolls away from the user. The container easily rolls away as well. The result is that the product inside of the cylindrical barrel or housing dries making it worthless. The present invention solves this and other problems.
The present invention relates to three stick product containers. One has a removable top cap with a crown and a hollow base, such that the top cap can be removed and inserted into the hollow base. Preferably the top cap has associated with it a thumb lever push ring to make it easier to remove the lid and prevent the stick from rolling when laid horizontal. Another container is more suitable, for example, for a lip balm that has a top cap with a living hinge that can be flipped all the way back, inserted into a plug insert hole in the base of the cap, and then the cap is used to support the container in an at rest position to prevent it from rolling. Yet another container has a removable cap having a living hinge that can be flipped back and inserted in a hole on the base of the cap.
Referring now in greater detail to the drawings, first
As illustrated in
The optional mechanism for moving the product upward when twisting the bottom end or base 16 can be a conventional screw mechanism inside of cylinder housing 12, so that when the cap or base 16 is turned a stick product 22 may advance upwardly, making more product available for use.
A product dispenser, particularly suitable for a stick product such as lip balm or glue stick is shown in
In yet another embodiment, the container 10 has a housing 120 and a cap 122 removably attached to the housing 120. The housing has a first open end 124, a second open end 126, and a side wall 128 that forms at least one, and preferably two hollow chambers 130 and 132. The first hollow chamber 130 is adapted to receive a stick product 134 and the second hollow chamber 132 is adapted to receive the cap 122 as will be explained further below.
The cap 122 has a top wall 136, a side wall 138 and an open bottom 140. The cap 122 is attached to the housing 120 in any manner, but preferably is attached through a friction fit. Extending outwardly, and generally perpendicular, from the side wall 138 of the cap 122, is a projection or flange 142. The projection 142 does not extend all the way around the side wall 138 of the housing 120. Preferably the projection 142 is positioned adjacent a lower edge 144 of the side wall 138. The projection 142 also is preferably flat and has a length greater than its width. The projection is of a size and shape that is adapted to prevent the container 10 from rolling when placed lengthwise on a surface.
The top wall 136 of the cap 122 is adapted to be received and secured within the second hollow chamber 132 of housing 120. When inserted within the second hollow chamber 132, the projection 142 remains outside the hollow chamber 132 and beyond the second open end 126 of the housing so that when secured, the projection prevents the container from rolling on a surface.
In operation, when the cap 122 is attached to the housing 120, and the container is lying on a surface, the container is prevented from rolling by the engagement of the projection 142 with the surface. The cap 122 is removed from the housing 120 by applying manual pressure on the cap 122. Force on the projection 142 can also be applied to assist in removing the cap 122.
Once removed, the top wall 136 is inserted within the second hollow chamber 132 such that the projection 142 outside of the hollow chamber 132 and beyond the second open end 126 of the housing. In this position, the projection 142 again engages the surface to prevent the container from rolling.
It is to be understood that the preferred embodiments here described are a illustrative only and that the invention is intended to include all the modifications and so far as they come within the scope of the impendent claims or the equivalence thereof.