The present invention generally relates to a composition container, and more particularly relates to a composition container that includes a protrusion that interfaces with a retaining bracket to couple the composition container to a structure to which the retaining bracket is affixed.
A composition container is used to hold a composition for use by a user. Various types of compositions can be disposed within a particular container. Examples of such compositions include personal care compositions such as soaps, lotions, disinfectants, hair sprays, deodorants and/or antiperspirant sprays, perfumes, colognes, and bug sprays. Other types of hair care products, skin care products or personal care products can also be disposed within a container. These are just a few examples, and any number of compositions, both personal care compositions and non-personal care compositions can be disposed within a composition container. The breadth of examples indicates the wide use of compositions, and containers for those compositions in modern society. Accordingly, a composition container that provides additional and unique benefit may be desirable for the additional consumer advantages it provides.
Some containers are positioned within brackets to retain them in place. For example, rather than having a movable container, it may be preferable to couple the composition container to a fixed location. One such example is on an airplane, where turbulence and the normal operations of the airplane may cause a movable container to move about on a surface, which movement could lead to breakage of the composition container, a spilling of the composition, or in some cases, personal injury.
Accordingly, it is desirable to have a composition container that accommodates different compositions disposed therein as well as providing additional consumer advantages. It is further desirable to provide a composition container that provides simple, effective, and user-friendly attachment to a retaining bracket. Furthermore, other desirable features and characteristics of the present invention will become apparent from the subsequent detailed description of the invention and the appended claims, taken in conjunction with the accompanying drawings and this background of the invention.
A composition container is described. The composition container includes a reservoir to contain a composition. The container also includes a protrusion extending from a surface of the reservoir to interface with a retaining bracket. The protrusion includes a number of vertical ribs extending from a surface of the protrusion and a number of horizontal rings extending from the surface of the protrusion.
The present application also describes a composition containing system. The composition containing system includes a reservoir to contain the composition and a bracket interface to retain the reservoir in a threaded retaining bracket. The bracket interface has at least one horizontal ring and multiple vertical ribs to frictionally couple the reservoir to the threaded retaining bracket.
The present application also describes a composition container that includes a reservoir to contain a composition and a dispensing device to dispense the composition from the reservoir onto an application surface. A protrusion extends from a surface of the reservoir to interface with, and retain the composition container to, a threaded retaining bracket. The protrusion includes a number of radially-disposed vertical ribs and a number of circumferential rings extending from a surface of the protrusion to engage with threads of the threaded retaining bracket to secure the composition container to the threaded retaining bracket.
The present invention will hereinafter be described in conjunction with the following drawing figures, wherein like numerals denote like elements, and
The following detailed description of the invention is merely exemplary in nature and is not intended to limit the invention or the application and uses of the invention. Furthermore, there is no intention to be bound by any theory presented in the preceding background of the invention or the following detailed description of the invention.
As described above, a wide variety of compositions, such as personal care compositions and others compositions are used in society. In some cases, the composition containers are used in environments where a mobile composition container is less than ideal. For example, during flight, airplanes are subject to turbulence which cause objects within the airplane, such as mobile composition containers to shift. Moreover, during landing and take-off, the airplane is again subject to various forces which would cause the composition container to shift within an airplane lavatory. The movement of the composition container in this example, presents any number of complications. For example, the composition container may fall off the countertop surface onto the ground, spilling the contents (on the ground or an occupant), and/or breaking the composition container rendering it ineffective at containing a particular composition. In some extreme cases, the movement of the composition container could cause injury, for example, by striking an occupant.
To alleviate these and other concerns, a composition container of the present application includes a bracket interfacing protrusion. The protrusion includes vertical ribs and horizontal rings. The material of the protrusion, ribs, and rings is soft such that it deforms and conforms to threading within the retaining bracket. This creates a friction fit and as the composition container is twisted, the horizontal rings and vertical ribs engage with the threads and allow the composition container to be screwed into the bracket. When the composition container reaches the end of the threading in the bracket, it can still be rotated via user manipulation. Such a system allows for efficient retention of the composition container in the retaining bracket and allows for an infinite number of alignment positions.
Turning now to the figures,
The composition container (100) also includes a protrusion (104) that extends from a surface of the reservoir (102) to interface with a retaining bracket. In this example, the protrusion (104) extends below the reservoir (102), i.e., it extends from a bottom surface of the reservoir (102). The protrusion (104) may be any shape including a cylinder as depicted in
In some examples, this engagement of the vertical ribs (106) and horizontal rings (108) is facilitated by the protrusion (104), vertical tabs (106), and horizontal rings (108) being formed of a material that is softer than the retaining bracket. For example, the protrusion (104), vertical tabs (106), and horizontal rings (108) may be hollow and/or formed of a soft plastic whereas the retaining bracket may be formed of metal or a hard plastic.
In this case, the soft vertical tabs (106) and horizontal rings (108) deform and conform to the threading on the retaining bracket. Accordingly, as a torsional force is applied, the movement of the composition container (100) is defined by the horizontal rings (108) travelling through the path defined by the threading on the retaining bracket. However, by not fully engaging with the threading, i.e., as the composition container (100) does not include threading that fully engages with the threading on the retaining bracket, the composition container (100) can still rotate after passing by the threading. In other words, at the termination of the threading, the composition container (100) can still rotate; but there is sufficient resistance to keep the composition container (100) in place relative to the retaining bracket.
This rotation afforded by the horizontal rings (108) and vertical tabs (106) allows for infinite alignment possibilities of the composition container (100) relative to the retaining bracket, and more generally relative to the surface to which the retaining bracket is affixed. For example, were a composition container (100) to include threads on the protrusion (104), there would be no guarantee that when fully-seated, i.e., after full engagement of the threads on the protrusion (104) and the threads on the retaining bracket, that the dispensing device would align such that a user could easily dispense of the contents of the composition container (100). However, with the raised surfaces of the horizontal rings (108) and the vertical tabs (106), a friction fit is facilitated that allows the composition container (100) to engage with the threads and be appropriately retained in the bracket. But when the composition container (100) bottoms out on the retaining bracket, the composition container (100) can still be oriented such that a pump or other dispensing device faces the user. This also serves an aesthetic purpose. For example, the composition container (100) may be asymmetric and the infinite alignment possibilities afforded by the bracket interface, i.e., the vertical ribs (106) and horizontal rings (108), allows for any desired alignment of the asymmetrical composition container (100). To this point, while
The bracket interface includes the horizontal ring (108) and vertical ribs (106-1, 106-2, 106-3) to frictionally couple the reservoir (102) to the threaded retaining bracket. As depicted in
In other examples, the protrusion (104) may be solid. In this case, the material of the protrusion (104) is soft enough so as to allow deflection of the protrusion (104) against the pressure exerted by the threads of the retaining bracket against the vertical ribs (106-1, 106-3) and horizontal rings (108). In either case, i.e., solid protrusion and hollow protrusion, the material of the protrusion (104) may be sufficiently soft so as to allow deflection of the vertical ribs (106) and horizontal rings (108) against the threading of the retaining bracket, thus creating a friction fit that allows the composition container (100) to remain within the retaining bracket. Examples of soft materials include plastic materials.
In one example, the composition is disposed within the reservoir (102) at atmospheric pressure. In an example of such a non-aerosol reservoir (102), the dispensing device (510) includes a pump, which draws the composition out of the reservoir (102) through a tube via a suction force generated by the pump. To activate the dispensing device (510), the container (100) may include an actuating device. In one example, the actuating device activates the dispensing device (510) to draw the composition to the dispensing device (510), wherein the composition mixes with oxygen to form a foam upon ejection of the composition from the composition container (100).
While specific reference is made to specific dispensing devices (510) and actuating devices, any type of dispensing device (510) may be used. For example, a dispensing device (510) may include any opening and dispensing mechanism, and the actuating device may be any device that draws the composition through the dispensing device (510). In these examples, the dispensing device (510) may include other components such as a valve, a drip tube, and a piston and holding chamber, among other components to aid in the ejection of the composition from the reservoir (102).
As depicted in
The retaining bracket (612) may take any shape or size and interfaces with the horizontal rings (108) and vertical ribs (106) on the protrusion (104). The retaining bracket (612) may be affixed to another surface. For example, in an airplane, the retaining bracket (612) may be affixed to a countertop or a wall near a sink of a restroom to facilitate an occupant washing his/her hands.
As depicted in
Once the protrusion (104) “bottoms out,” meaning the horizontal ring (108) is past the threading (614) of the bracket (612) as depicted in
In other words, as the composition container (
In summary, the present specification describes a composition container (
While at least one exemplary embodiment has been presented in the foregoing detailed description of the invention, it should be appreciated that a vast number of variations exist. It should also be appreciated that the exemplary embodiment or exemplary embodiments are only examples, and are not intended to limit the scope, applicability, or configuration of the invention in any way. Rather, the foregoing detailed description will provide those skilled in the art with a convenient road map for implementing an exemplary embodiment of the invention, it being understood that various changes may be made in the function and arrangement of elements described in an exemplary embodiment without departing from the scope of the invention as set forth in the appended claims and their legal equivalents.