The disclosed invention relates to a device that is easily attached to a sink, basin or other surface to prevent water, other liquids, or other materials from splashing, splashing onto, squirting, spraying, and/or wetting person(s), place(s), and/or thing(s) such as sinks, basins, or other surfaces.
Dishwashing machines are used in many homes, but they have their limitations. Even with a dishwashing machine, many things such as oversized pots need to be cleaned by hand in the sink, or basin. There are also homes with no dishwashing machines and thus there is no other option than to wash the dishes by hand. Getting splashed or sprayed is a common consequence of washing by hand.
One could wear an apron, but it would be easier to have a convenient shield in the sink, basin or other surface to prevent the person from being splashed or sprayed. The current invention would be low profile, easy to use and easy to store. The appearance of the device can be enhanced by placing a logo on it, such as that of a sports team.
In at least one embodiment, the invention would be tablet shaped having one or a plurality of suction cups or other attaching device(s) attached to the bottom portion of a panel or other extension attachment, piece, unit, or device. The suction cup(s), or other attaching device, are used to easily attach and detach the invention from a sink wall directly in front of the person performing the washing function. The invention could be made of a flexible plastic material and further have the ability to fold over itself, roughly in half, attach to itself and/or be stored out of the way, and/or retracting the extended part for easy storage, while still attached to the sink. Alternatively, the invention can simply be removed from the sink or other surface when not needed and hung somewhere in the kitchen from an aperture in the panel or other extension attachment, piece, unit, or device.
The present invention is a surface extension attachment device that is comprised of: at least one panel or other extension attachment, piece, unit, or device, at least one attaching device, and said at least one attaching device can attach said at least one panel or other extension attachment, piece, unit, or device to at least one surface or surface wall. The at least one surface or surface wall can be at least one surface or surface wall and be part of and/or located in or on at least one of the following: a basin, tub, sink, counter, cabinet, mirror, table, table top, work top, work bench, furniture, wall, floor, or person. Said at least one panel or other extension attachment, piece, unit, or device can be for at least one of the following: increasing the extension of said at least one surface or surface wall to protect a person's torso or other body part, other surface, furniture, wall, or floor from splashing liquid; increasing the vertical extension of said at least one surface or surface wall to protect a person's torso or other body part, other surface, furniture, wall or floor from splashing liquid; increasing the horizontal extension of said at least one surface or surface wall to protect a person's torso or other body part, other surface, furniture, wall, or floor from splashing liquid; increasing the vertical and/or horizontal extension of said at least one surface or surface wall to protect a person's torso or other body part, other surface, furniture, wall, or floor from splashing liquid; acting as a shield by extending beyond said at least one surface or surface wall; acting as a splash shield by extending beyond said at least one surface or surface wall; and/or acting as a shield for said torso and/or other body part(s) by extending vertically beyond said at least one surface or surface wall with said at least one panel or other extension attachment, piece, unit, or device being maintained between said torso and/or other body parts and said at least one surface or surface wall, thereby allowing at least one user to reach around said at least one panel or other extension attachment, piece, unit, or device into or onto said at least one surface or surface wall.
Said at least one attaching device can be comprised of at least one of the following: at least one suction cup, at least two suction cups, at least one suction cup at a bottom portion and/or on one side of the at least one panel or other extension attachment, piece, unit, or device, and/or at least two suction cups at a bottom portion and/or on one side of the at least one panel or other extension attachment, piece, unit, or device. Said at least one panel or other extension attachment, piece, unit, or device can have at least one of the following: parts that are detachably connected to at least one base or other structure, at least one bottom detachably connected to at least one base or other structure, at least one of its parts connected to at least one base or other structure, and/or at least one bottom connected to at least one base or other structure. Said at least one base or other structure can have at least one of the following: at least one suction cup on one side with said at least one suction cup attaching said at least one base or other structure to the at least one surface or surface wall, and/or at least two suction cups on one side with said suction cups attaching said at least one base or other structure to the at least one surface or surface wall. Said at least one panel or other extension attachment, piece, unit, or device can be easily attached and removed from said at least one base or other structure. Said at least one panel or other extension attachment, piece, unit, or device can further comprise at least one aperture to hang said at least one panel or other extension attachment, piece, unit, or device from when said at least one panel or other extension attachment, piece, unit, or device is removed from said at least one surface or surface wall.
The at least one panel or other extension attachment, piece, unit, or device can be made of at least one of the following materials in whole or in part: high-density polyethylene, acrylonitrile butadiene styrene, low-density polyethylene, silicone, plastic, metal, glass, rubber, polypropylene or polyvinyl chloride. The height of the panel or other extension attachment, piece, unit, or device can be between 5 to 20 inches. The width of the panel or other extension attachment, piece, unit, or device can be between 7.5 to 20 inches. The thickness of the panel or other extension attachment, piece, unit, or device can be between 0.020 to 0.062 mils. The at least one panel or other extension attachment, piece, unit, or device can further comprise at least one storage mechanism that stores, withdraws, slides, or retracts said at least one panel or other extension, attachment, piece, unit, or device while said at least one panel or other extension, attachment, piece, unit, or device is attached to the at least one surface, surface wall, or base. Said panel or other extension attachment, piece, unit, or device can be made of a flexible plastic material, and can fold over itself and attaches to itself in a manner such that the panel or other extension attachment, piece, unit, or device remains attached to at least one surface or surface wall.
The at least one panel or other extension attachment, piece, unit, or device can further comprise at least one of the following: at least one indent at a bottom edge of the panel or other extension attachment, piece, unit, or device having at least one protrusion tab between said at least one indent, at least two indents at a bottom edge of the panel or other extension attachment, piece, unit, or device having at least one protrusion tab between said at least two indents, and/or said at least one aperture being located near the top portion of said panel or other extension attachment, piece, unit, or device so when the panel or other extension attachment, piece, unit, or device folds over itself, the at least one aperture is hooked onto said at least one protrusion tab and holds the at least one panel or other extension attachment, piece, unit, or device in a folded-over configuration. The at least one panel or other extension attachment, piece, unit, or device can further comprise at least one protrusion extension tab extending from a bottom edge of the panel or other extension attachment, piece, unit, or device, and said at least one aperture can be located near the top portion of said at least one panel or other extension attachment, piece, unit, or device so when the at least one panel or other extension attachment, piece, unit, or device folds over itself, the at least one aperture is hooked onto said at least one protrusion extension tab and holds the at least one panel or other extension attachment, piece, unit, or device in a folded-over configuration. The at least one panel or other extension attachment, piece, unit, or device can be shaped as a dome side to side when said at least one panel or other extension attachment, piece, unit, or device is in an unfolded, upright position.
The at least one panel or other extension attachment, piece, unit, or device can further comprise at least one of the following: said suction cup(s) that can have stems that are first placed through keyway apertures in a bar and then placed through keyway apertures in the bottom portion of said at least one panel or other extension attachment, piece, unit, or device; said suction cup(s) can be secured to a smaller section of the keyway apertures in a bar, and keyway apertures in the bottom portion of said at least one panel or other extension attachment, piece, unit, or device; the structure can be a dome shape of the at least one panel or other extension attachment, piece, unit, or device being maintained by the placement of said suction cups having a narrower configuration than a distance between keyway apertures in the at least one panel or other extension attachment, piece, unit, or device; and/or said bar keeping said suction cup(s) in proper narrower configuration. The dome shape of the at least one panel or other extension attachment, piece, unit, or device can be formed by: the at least two suction cups being two suction cups placed at an outside, front, bottom portion of said at least one panel or other extension attachment, piece, unit, or device, and having stems of equal height dimension, and a third suction cup being placed on an inside, front, bottom portion of said at least one panel or other extension attachment, piece, unit, or device between said at least two suction cups, and having a stem longer than the dimension of the at least two suction cup stems.
The at least one panel or other extension attachment, piece, unit, or device can further comprise: at least three suction cups on a front bottom side of the at least panel or other extension attachment, piece, unit, or device, the at least three suction cups having stems that are first positioned through corresponding apertures in a base, the stems of the at least three suction cups being positioned through corresponding apertures in the bottom of said at least one panel or other extension attachment, piece, unit, or device after said stems of the at least three suction cups are positioned through the base, and said at least one panel or other extension attachment, piece, unit, or device being removable from the stems of the at least three suction cups, such that the base and suction cups stay attached to said at least one surface or surface wall, and said at least one panel or other extension attachment, piece, unit, or device being removable and stored by hanging said at least one panel or other extension attachment, piece, unit, or device from at least one aperture on said at least one panel or other extension attachment, piece, unit, or device.
The at least one panel or other extension attachment, piece, unit, or device can further comprise: said at least one panel or other extension attachment, piece, unit, or device being tablet shaped with a flanged rectangular shaped portion at a bottom of said at least one panel or other extension attachment, piece, unit, or device; said flanged rectangular shaped portion being narrower in width than said tablet shaped at least one panel or other extension attachment, piece, unit, or device, and further comprising a latch aperture; a base having a semicircular recess on an inferior aspect, and further comprising a circular latch protrusion and a capture lip on a front side of said base; said at least one panel or other extension attachment, piece, unit, or device attaching to said base by placing said flanged rectangular shaped portion onto said capture lip and said latch protrusion, such that the latch protrusion of said base engages with the latch aperture of the at least one panel or other extension attachment, piece, unit, or device; and removing of said at least one panel or other extension attachment, piece, unit, or device from base by exerting pressure on an exposed portion of said at least one panel or other extension attachment, piece, unit, or device that is located below the semicircular recess, which disengages the latch aperture from the latch protrusion and releases the at least one panel or other extension attachment, piece, unit, or device from the base. The at least one panel or other extension attachment, piece, unit, or device of can further comprise a contour area at the top of the at least panel or other extension attachment, piece, unit, or device. The at least one panel or other extension attachment, piece, unit, or device can have at least one butterfly hinged area to fold the at least one panel or other extension attachment, piece, unit, or device and cause the at least one panel or other extension attachment, piece, unit, or device to invert into an upright position. The at least one butterfly hinged area can be formed by at least one of the following ways: being vacuum formed; and/or being made of a rubber or rubber-like material with the other areas of the at least one panel or other extension attachment, piece, unit, or device being made of a non-rubber or non-rubber-like material.
The at least one panel or other extension attachment, piece, unit, or device of can further comprise: an additional suction cup located at the bottom portion or top portion of said at least one panel or other extension attachment, piece, unit, or device on a side of the at least one panel or other extension attachment, piece, unit, or device that is opposite to the side of the at least one panel or other extension attachment, piece, unit, or device with the at least two suction cups; and when said at least one panel or other extension attachment, piece, unit, or device is folded over, the additional suction cup attaches to a folded over portion of said at least one panel or other extension attachment, piece, unit, or device and holds the at least one panel or other extension attachment, piece, unit, or device in said folded position. The at least one panel or other extension attachment, piece, unit, or device can further comprise: said at least one panel or other extension attachment, piece, unit, or device being an oval shape with at least one upper portion and a lower portion; and at least one living hinge and butterfly hinged area(s) between said upper and lower portions of said oval shaped at least one panel or other extension attachment, piece, unit, or device being used to fold the at least one panel or other extension attachment, piece, unit, or device. The at least one panel or other extension attachment, piece, unit, or device can further comprise: at least one living hinge between at least an upper portion and a bottom portion of said at least one panel or other extension attachment, piece, unit, or device used to fold the at least one panel or other extension attachment, piece, unit, or device; and an over center catch positioned on said living hinge, which holds the at least one panel or other extension attachment, piece, unit, or device in a substantially upright unfolded position when engaged. A top portion of said at least one panel or other extension attachment, piece, unit, or device can have at least one protrusion, or pin protrusion, and a bottom portion of said at least one panel or other extension attachment, piece, unit, or device has at least one corresponding socket, such that when the at least one protrusion, or pin protrusion is placed into the at least one socket, the at least one panel or other extension attachment, piece, unit, or device is held in a folded position. A top portion of said at least one panel or other extension attachment, piece, unit, or device can have at least one hook located on or near the top edge of said at least one panel or other extension attachment, piece, unit, or device, which snaps or attaches over a bottom edge of said at least one panel or other extension attachment, piece, unit, or device holding at least said panel or other extension attachment, piece, unit, or device in a folded position when said at least one panel or other extension attachment, piece, unit, or device is folded over said at least one hook.
Although preferred embodiments of the present invention have been described it will be understood by those skilled in the art that the present invention should not be limited to the described preferred embodiments. Rather, various changes and modifications can be made within the spirit and scope of the present invention.
A better understanding of the disclosed invention will be obtained from the following detailed description of the preferred embodiments, taken in conjunction with the drawings and the attached claims.
The ensuing detailed description provides preferred exemplary embodiments only, and is not intended to limit the scope, applicability, or configuration of the disclosed invention. Rather, the ensuing detailed description of the preferred exemplary embodiments will provide those skilled in the art with an enabling description for implementing the preferred exemplary embodiments of the invention. Various changes may be made in the function and arrangement of elements without departing from the spirit and scope of the disclosed invention, as set forth in the appended claims.
To aid in describing the disclosed invention, directional terms may be used in the specification and claims to describe portions of the present invention (e.g., upper, lower, left, right, etc.). These directional definitions are merely intended to assist in describing and claiming the disclosed invention and are not intended to limit the disclosed invention in any way. In addition, reference numerals that are introduced in the specification in association with a drawing figure may be repeated in one or more subsequent figures without additional description in the specification, in order to provide context for other features.
With reference now to the drawings, a device for a SURFACE EXTENSION ATTACHMENT DEVICE (SOMETIMES REFERRED TO HEREIN AS SINK SPLASH GUARD) is shown.
Referring to
Also, in the first embodiment, the suction cups 120 have a mushroom type stem 125 with a narrowed groove area. The panel 115 further comprises a keyway aperture 140 having a larger section 150 and a narrower section 160. The sink splash guard is preferably made of any pliable plastic known in the art. Some of the preferred materials include but are not limited to high-density polyethylene, acrylonitrile butadiene styrene, low-density polyethylene, polypropylene, polyvinyl chloride, silicone, metal, glass, and rubber (commonly abbreviated PVC). The panel 115 is preferably die-cut from sheet stock. Alternatively, the panels can be made by vacuum forming or injection molding.
The size of the panel 115 varies to any size that works in a kitchen, laundry, utility or bathroom sink. The height of the panel 115 is preferably between 5 to 20 inches. The width of the panel 115 is between 7.5 to 20 inches. The thickness of the panel 115 is between 0.020 to 0.062 mils. The diameter of suction cups 120 are between 1.125 to 2.375 inches but preferably 1.75 inches when at rest. The diameter in use of suction cups 120 are between 1.25 and 2.5 inches and preferably 1.875 inches. Height of mushroom head 125 from top of cup is preferably 0.25 of an inch.
The suction cups 120 attach to the panel 115 by placing the stem 125 of suction cup 120 through keyway apertures 140 larger sections 150 and then lifting and snapping it into the aperture 140 narrower sections 160. Alternatively, the suction cup protrusions are simply pressed into round apertures as seen better in
Now referring to
The first option is to release the suction cups 120 from the sink. The second option is to unhook the suction cup protrusion 125 from the keyway aperture 140 and leave the suction cups attached to the sink. After either method of removal, the sink splash guard 100 is preferably hung from a hook or similar item near the sink 105 from aperture 170.
The panel 115 is forced into a side to side dome 280 as seen best in top view
This dome 280 creates residual forces that are great enough to make the panel 115 regain its upright position after panel 115 has been unfolded. Once the suctions cups 120 are connected to the bar 240 and panel 115, the sink splash guard 100 is designed to stay together as a unit.
However, the sink splash guard is easily disassembled for better cleaning and then easily re assembled.
A sixth embodiment of the sink splash guard is seen in
Panel 116 is placed into the base 330 and the latch protrusion 370 of base goes through the latch aperture 360 of panel 116. Panel 116 also sits on the capture lip 380 of base 330. The base 330 further comprises a semicircular recess 390 on inferior aspect of the base 330.
This recess 390 is used to unlatch panel 116 from base 330. Pressure on the exposed panel 116 that is below the semicircular recess 390 allows the user to disengage the latch aperture 360 off of the latch protrusion 370 and releases the panel 116 from the base 330. Thus, the base 330 remains in the sink and the panel 116 is hung on a hook from latch aperture 360.
Panel 117 of this embodiment also has butterfly hinged area 400 used to fold the panel 117 over. This butterfly hinged area would be formed by a mold's middle distinct area. This middle distinct area of a mold would be similar to a mountain and thus stretching butterfly hinged area 400 during the vacuum formed process. The butterfly hinged area 400 overcomes folding deformation. The butterfly hinged area 400 height is preferably between 0.25 and 0.5 inches in the center and 4 inches on either side.
The panel 117 further comprises areas below 402 and above 401 the butterfly hinged area 400. These areas 401 and 402 are preferably 5.75 inches at the tallest height. The panel 117 in this embodiment is not flat. Flipping the panel 117 from the folded position to the open position requires the panel 117 contour to invert. The resistance to this inversion generates a force which keeps the panel in the open position. In the open position the area above 401 the butterfly hinge 400 is preferably 190 degrees from the folded over position.
This embodiment further comprises at least three suction cups 120. At least one suction cup 121, preferably the middle suction cup, is placed in the opposite direction to the other suction cups 120. Thus, when panel 117 is folded over, at least one suction cup 121, which is positioned away from the sink wall, attaches to the top half of panel 117. This embodiment gives the option to fold the splash guard out of the way or remove the splash guard 100 when it is not needed.
Now the butterfly hinge 430 and over molded suction cups 440 are made of over molded silicone or any rubber or similar material known in the art. Edges 450 are also over molded silicone or similar material. The diameter of suction cups 440 are between 1.125 and 2.375 inches but preferably 1.75 inches when at rest. The diameter in use of suction cups 440 are between 1.25 and 2.5 inches and preferably 1.875 inches. The center of butterfly hinge 430 is 0.25 inches to 0.5 inches in height at the mid-point and at its sides is 2 to 3 inches in height. At least one molded suction cup 440 is located at the top portion 410 of the panel 117 and is used to attach to the bottom panel section 420 holding panel 117 in a folded over position.
When folded over, the protrusion 500 is placed into the socket 510 to hold the panel 118 in a folded position. This ninth embodiment further comprises a lip section 520 on both the bottom edge and top edge. The lip section 520 is preferably a height of 1 inch. This lip section 520 is used to pull open the sink splash guard from the closed position. The suction cup stems 530 are recessed in this embodiment.
There is a hook 580 near the top edge of upper section 550. The hook 580 snaps over the bottom edge to hold the panel 119 in the folded position, as seen in
In all the embodiments a design or logo can be positioned on the top front area of the panel 115 to 119. The top front area of the panel is the side of the panel 115 to 119 that faces the people. This design or logo has many options to apply it to the panel. Stickers, painting, ink stamps, silk screening, heat molded embedded designs are all ways to include the design or logo.
It is recognized by those skilled in the art that changes may be made to the above described embodiments of the disclosed invention without departing from the broad inventive concept thereof. It is understood, therefore, that this invention is not limited to the particular embodiments disclosed but is intended to cover all modifications which are in the spirit and scope of the disclosed invention.
This application is a continuation-in-part of U.S. Nonprovisional Utility patent application Ser. No. 13/840,638, filed Mar. 15, 2013.
Number | Date | Country | |
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Parent | 13840638 | Mar 2013 | US |
Child | 14445024 | US |