The present invention relates generally to cleaning implements and specifically to system for cleaning shower heads and similar plumbing fixtures.
Plumbing fixtures, including shower heads, can be difficult to clean. Minerals and other deposits from the water flowing through the fixtures can build up over time, leading to clogged nozzles and other parts. Because the build-up is mineral content, it is very hard and difficult to clean.
Certain environmentally-minded fixtures have exacerbated the problem of clogged nozzles in particular. For example, modern environment friendly shower heads generally employ smaller nozzles in order to deliver sufficient pressure using less water than previously-standard shower heads. Being smaller, these opening tend to clog more easily, requiring more frequent cleaning. Self-cleaning shower heads which rely on heat and water pressure to remove mineral deposits do exist, but these types of fixtures expensive and may require frequent repair.
Prior art methods of cleaning suffer from numerous drawbacks. Some solutions propose mechanically removing the hard water build up the shower head, such as by scrubbing with abrasives pads or sharp edged instruments. Thus typically scratches the fixture or may otherwise harm the fixture. Another prior art method of cleaning is spaying a spray cleaner on the fixture and then attempting to wipe away the deposits. This method results in the cleaning solution dripping of the fixture and the deposits remaining.
In addition, the fixture, such as a shower head assembly, may be removed for cleaning, but this removal requires a wrench, making it labor intensive, and also may result in damage to the shower head, pipes or gasket assemblies. The following method and apparatus overcomes the drawbacks of the prior art.
To overcome the drawbacks of the prior art and provide additional benefits, a cleaning device for cleaning a plumbing fixture with a solution is disclosed. The device comprises a vessel, bristles extending into the vessel, and a retainer configured to retain the vessel in a working position, wherein the vessel surrounds the fixture and the bristles lie adjacent to the fixture. The vessel defines an opening and is configured to hold the solution. The retainer may retain the vessel in the working position by sufficiently narrowing the opening defined by the vessel.
In one embodiment a cleaning device is provided for for cleaning a plumbing fixture with a cleaning solution. The device includes a vessel having a bottom and at least one side wall. The bottom and the at least one side wall define an opening and the vessel is configured to contain a cleaning solution. The bristles extend upward from the bottom into the vessel. A retainer is configured to retain the vessel on the fixture whereby the fixture is located in the vessel and the vessel surrounds the fixture with the bristles located adjacent one or more nozzles on the fixture.
The vessel bottom and at least one side wall is sized to at least partially immerse the fixture in the solution when the fixture is in the vessel. The vessel may comprise a flexible material. The vessel may include one side wall extending from a circular base.
The side of the vessel may be configured with bristles. The vessel may include includes a base that is substantially circular and the at least one side wall is a continuous side wall extending from the base. The bristles may cover the entire inner surface of the base. The vessel may be is transparent. A valve and tube may be located on or near the base. In one configuration the brush is not connected to the vessel thereby allowing the brush to be removed from the vessel. The bristles may be formed integrally with the vessel. The retainer may comprise a drawstring operably connected to the vessel and a stop to secure the drawstring in relation to the vessel to change the size of the opening.
Also disclosed is a method of cleaning a plumbing fixture comprising providing a cleaning device having a vessel, with bristles at the bottom of the vessel, and a retainer. The method of cleaning includes adding cleaning solution to the vessel and positioning the vessel around the fixture, with the bristles adjacent to the fixture and the fixture at least partially immersed in the solution. The user would then retain the vessel adjacent the fixture using the retainer. This places the fixture in the cleaning solution and the cleaning solution is contained by the vessel. After cleaning the user may remove the device from the fixture after the fixture is clean.
This method may include the step of moving the bristles with respect to the fixture such that the bristles mechanically dislodge debris from the fixture before removing the vessel from the fixture. It is also contemplated that the method may further include the step of leaving the fixture in the vessel to allow the fixture to soak in the cleaning solution.
Also disclosed herein is a shower head cleaning device for cleaning a shower head with a solution. The cleaning device includes a vessel configured to hold the solution such that the vessel has an opening at a top end and a closed bottom end. A brush is provided at a bottom end of the vessel with a plurality of bristles. A retainer is operable to change the size of the opening and secure the vessel around the shower head by sufficiently narrowing the opening.
In one embodiment, the retainer is a drawstring-type closure operably connected to the vessel at the opening defined by the vessel. The brush may be formed integrally with the vessel.
Other systems, methods, features and advantages of the invention will be or will become apparent to one with skill in the art upon examination of the following figures and detailed description. It is intended that all such additional systems, methods, features and advantages be included within this description, be within the scope of the invention, and be protected by the accompanying claims.
Various other objects, features and advantages of the present invention will become fully appreciated when considered in conjunction with the accompanying drawings, wherein like reference characters denote the same or similar parts throughout the several views.
Referring to the drawings, wherein like reference numbers refer to like components,
The vessel 14 can be formed from a flexible, water impermeable material such as vinyl or plastic, or may be formed from a more rigid material. The vessel 14 may have one or more walls, or may be irregularly shaped. As shown in
As shown in
Alternatively, the bristles 18 may be formed integrally with the vessel 14. For example, the base 14a may comprise a brush 26 having a plurality of bristles 18, with the vessel 14 then comprising the brush 26 and the continuous sidewall 14b. In some embodiments, some bristles 18 may be disposed on a brush 26 affixed to the vessel 14, with other bristles 18 formed integrally with the vessel 14.
The bristles 18 are designed to contact and scrub the mineral deposits of the fixture and optionally infiltrate openings within a shower head to assist with mineral deposit removal as described herein. The bristles 18 may be formed from any appropriate material. In one embodiment, the bristles 18 are formed from the same material as the vessel 14. In other embodiments, a semi-rigid plastic, rubber or fiber material may be used, or a combination thereof. Thus, bristles 18 within the same vessel 14 may be made of different materials. The dimensions of the bristles 18 may be influenced by the particular shower head to be cleaned. For instance, low-flow eco-friendly shower heads, having smaller nozzle openings, may best be cleaned with bristles of a smaller diameter, while older standard shower heads may best be cleaned with larger bristles.
The drawstring 30 threads through a stop 42 having a button 46. When the button 46 is depressed, the stop 42 may be moved along the drawstring 30 to either widen or narrow the opening 16. Releasing the button 46 hampers movement of the stop 42 with respect to the drawstring 30, causing the width of the opening 16 to remain relatively constant when the button 46 is disengaged.
While a drawstring-type closure has been described herein, the retainer 22 may comprise any other type of retaining mechanism. For example, the retainer may comprises one or more hooks, straps, constrictors such as rubber bands or other elastic, pull cords, clamps, or any other device or system.
The button 46 on the stop 42 is released when the opening 16 is narrow enough to prevent the vessel 14 from sliding off of the shower head assembly during use, and also narrow enough to maintain the position of the bristles 18 with respect to the shower head (i.e., if the opening 16 is too wide, even if the vessel 14 cannot fall off of the shower head, the bristles 18 may not be adjacent to the shower head). In such a manner, the retainer 22 retains the vessel 14 in the working position.
In practice, a user adds solution to the vessel 14 and then positions the vessel 14 around the shower head or other plumbing fixture to be cleaned with the bristles 18 adjacent to the shower head nozzles. Sufficient solution may be provided so that the shower head at least partially submerged in the solution. The solution may be added to the vessel either prior to or after placing the vessel on the fixture.
The retainer 22 is then used to retain the vessel 14 in the working position. Specifically, the drawstring 30 is cinched, narrowing the opening 16 around the supply pipe. The user may optionally scrub the shower head using the bristles 18 by applying pressure to the vessel 14 at the brush 26. In this manner, the brush 26 and associated bristles 18 are able to mechanically dislodge mineral deposits inside the shower head nozzles while the solution operates to dissolve the deposits. If brush bristles are presented on the side of the vessel, the vessel may be twisted slightly side to side to scrub the side of the fixture. The user may soak the shower head or other fixture for any appropriate amount of time before scrubbing the shower head with the bristles 18, or may choose not to scrub the shower head manually at all. In this method of use, the solution would simply dissolve the deposits.
It should be appreciated that different shapes and sizes of vessels 14 and bristles 18 may be used to accommodate various sizes of shower heads. Additionally, the device according to the invention can be used to clean other plumbing fixtures, such as faucet spouts. In this case, the vessel 14 and the accompanying bristles 18 would likely be much smaller than those utilized to clean a shower head.
In one alternative embodiment, the bottom of the vessel is provided with a valve and a tube that may extend downward to the bottom of the bathtub, shower, or sink. When the fixture is clean, the valve may be opened thereby allowing the cleaning solution to drain from the vessel, through the tub, and into the drain of the bathtub, shower, or sink.
It is also contemplated that the vessel may be equipped with a funnel or bottle of cleaning solution such that to fill the vessel with cleaning solution, a valve could be opened to allow the cleaning solution to drain from the bottle directly into the vessel. This would prevent spilling of the cleaning solution. In one embodiment, the cleaning solution may be contained in a separate compartment within the vessel and that compartment broken after the vessel is installed on the fixture. This releases the cleaning solution only after the vessel is in place.
The vessel may be clear to allow the user to see through the vessel to determine if the fixture is clean without having to remove the fixture. Instructions may be printed on the vessel.
It is also contemplated that the vessel may also contain a securing device that secures the vessel to the fixture or the supply pipe. As a result, the cleaning device would have both a retainer and a securing device. The retainer may be used to close the opening to retain the cleaning solution, while the securing device is used to secure the cleaning device to the fixture. The securing device may comprise any element such as something similar to the retainer, including hooks, straps, tape, adhesive or any other element.
While various embodiments of the invention have been described, it will be apparent to those of ordinary skill in the art that many more embodiments and implementations are possible that are within the scope of this invention. In addition, the various features, elements, and embodiments described herein may be claimed or combined in any combination or arrangement.
While the various modes for carrying out the invention have been described in detail, it is to be understood that the terminology used is intended to be in the nature of words and description rather than of limitation. Those familiar with the art to which this invention relates will recognize that many modifications of the present invention are possible in light of the above teachings. It is therefore to be understood that within the scope of the appended claims, the invention may be practiced in a substantially equivalent way other than as specifically described herein.
The present application claims priority to and the benefit of U.S. Provisional Patent Application No. 61/771,719 filed Mar. 1, 2013.
Number | Date | Country | |
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61771719 | Mar 2013 | US |