Patent Description:
<CIT> discloses a sink including a basin body having a generally concave shape that forms at least one sink basin, a top flange integrally formed with the basin body, the top flange extending around a rim of the at least one sink basin, the top flange having an underside that is generally flat, an apron connected onto a front portion of the underside of the top flange, and an adhesive disposed between the apron and the underside of the top flange to secure the apron to the basin body.

<CIT> discloses an ornamental design for a sink.

<CIT> discloses a decorative sink apron with curved corners. The exposed portion of the apron has brackets attached thereto and a decorative cover is secured to the brackets.

In one embodiment, a sink system includes a basin and an apron. The basin includes a floor, a front wall, and a basin rim. The front wall is contiguous with the floor. The basin rim has a rim front side that is contiguous with the front wall. The rim front side includes an aperture. The apron includes an apron coupling wall. The apron coupling wall is configured to be coupled to the rim front side. The apron coupling wall includes an apron slot that is configured to be aligned with the aperture when the apron is coupled to the basin rim. A threaded fastener is configured to be received in the aperture and the apron slot. A nut is configured to be threaded on the threaded fastener and to interface with the apron slot to cooperate with the aperture, wherein the apron is coupled to the basin as the nut is threaded on to the threaded fastener.

Other features, aspects, and advantages of the disclosure will become apparent from the description, the drawings, and the claims, in which:.

It will be recognized that some or all of the Figures are schematic representations for purposes of illustration. The Figures are provided for the purpose of illustrating one or more implementations with the explicit understanding that they will not be used to limit the scope or the meaning of the claims.

Following below are more detailed descriptions of various concepts related to, and implementations of, methods, apparatuses, and for sinks. The various concepts introduced above and discussed in greater detail below may be implemented in any of a number of ways, as the described concepts are not limited to any particular manner of implementation. Examples of specific implementations and applications are provided primarily for illustrative purposes.

Sinks are used frequently in daily life in various environments, such as kitchens, bathrooms, laundry rooms, and the like. Depending on the intended use of the sink, it may be advantageous to utilize various accessories with the sink (e.g., sponges, wash cloths, towels, etc.). In some cases, individuals may utilize auxiliary devices, such as stick-on hooks, soap and brush containers, and removable drain stoppers in order to provide their sink with additional desired functionality. However, these auxiliary devices may have an undesirable appearance or provide an overall cluttered and inelegant look to the sink environment. Furthermore, this undesirable appearance may become increasingly undesirable as use of the auxiliary devices increases become grime and dirt can accumulate on the auxiliary devices.

Implementations described herein are directed to sink systems that provide several functional features without requiring the use of auxiliary devices. As a result, the sink systems described herein may have a superior aesthetic appearance and enhanced functionality as compared to other sinks which do require the use of auxiliary devices.

Some implementations described herein are directed to a sink system that includes a basin and an apron. The basin and apron are attached using threaded fasteners and define an apron attachment channel within which an apron accessory can be received when the apron is coupled to the basin. Advantageously, the apron accessory can be inserted into, removed from, and slid within the apron attachment channel while the apron remains coupled to the basin.

Some implementations described herein are directed to a sink system that includes a basin channel within the basin. The basin channel is configured to facilitate coupling to a basin accessory. As a result, the basin accessory may be supported within the basin and suspended above a floor of the basin, by the basin channel.

Some implementations described herein are directed to a sink system that includes a basin rail within the basin. The basin rail is configured to support a basin rail accessory within the basin. As a result, the basin rail accessory may be supported within the basin and suspended above a floor of the basin, by the basin rail.

Some implementations described herein are directed to a sink system that includes a basin shelf within the basin. The basin shelf is configured to fold out from, and back against, the basin. In this way, the basin shelf may be used to support items within the basin and then folded back against the basin when not in use.

Some implementations described herein are directed to a sink system that includes a basin deck that is configured to be supported within the basin by recesses formed in the basin. The basin deck may include magnetic couplers that facilitate attachment and retention of the basin deck and the basin.

Some implementations described herein are directed to a sink system that includes a basin rim with a rim deck that may be integrally formed with the basin. The rim deck includes supports that are configured to facilitate draining of water from items into the basin. The rim deck may be formed from a material that is different from the basin.

Some implementations described herein are directed to a sink system that includes a drain cover system. The drain cover system includes a drain cover that is operable between two different rotational positions. In one of the rotational positions, the drain cover sits flush against a floor and prohibits flow of water out of a drain. In another of the rotational positions, the drain cover may form a gap with a recess, the gap facilitating draining of water out of the drain.

<FIG> depict an example sink system <NUM> (e.g., kitchen sink system, counter sink system, etc.). As is explained in more detail herein, the sink system <NUM> includes one or more accessories that are configured to augment capabilities of a traditional sink, such that the sink system <NUM> is more desirable than a traditional sink. The accessories are selectively repositionable within a channel that is defined between a basin of the sink and an apron of the sink. The accessories can be inserted into the channel, repositioned within the channel, and removed from the channel, without the apron being removed from the basin. As a result, the sink system <NUM> eliminates the need for inelegant attachments to be attached to a sink.

The sink system <NUM> includes a basin <NUM>. As is explained in more detail herein, the basin <NUM> is configured to receive water (e.g., hot water, cold water, potable water, cleaning water, etc.), facilitate use of the water within the basin <NUM>, and provide the water from the basin <NUM>. The basin <NUM> includes a floor <NUM> that includes a drain <NUM> formed therein. As is explained in more detail herein, the basin <NUM> is configured to provide water from a faucet <NUM> (e.g., kitchen faucet, etc.) to the drain <NUM>, and the drain <NUM> is configured to pass water from the basin <NUM>. The drain <NUM> is configured to be coupled to (e.g., attached to, joined with, integrally formed with, etc.) a sink drain conduit (e.g., pipe, fitting, disposal, etc.) and to provide water from the basin <NUM> to the sink drain conduit.

Referring to <FIG>, the basin <NUM> also includes a front wall <NUM>. The front wall <NUM> is contiguous with (e.g., connected to, sharing a border with, extending from, etc.) the floor <NUM>. The basin <NUM> also includes a first side wall <NUM>. The first side wall <NUM> is contiguous with the floor <NUM> and the front wall <NUM>. In some embodiments, the front wall <NUM> and the first side wall <NUM> are approximately (e.g., within <NUM>% of, etc.) orthogonal.

The basin <NUM> also includes a rear wall <NUM>. The rear wall <NUM> is contiguous with the floor <NUM> and the first side wall <NUM>. In some embodiments, the front wall <NUM> and the rear wall <NUM> are approximately parallel.

The basin <NUM> also includes a second side wall <NUM>. The second side wall <NUM> is contiguous with the floor <NUM>, the front wall <NUM>, and the rear wall <NUM>. In some embodiments, the front wall <NUM> and the second side wall <NUM> are approximately orthogonal. In some embodiments, the rear wall <NUM> and the second side wall <NUM> are approximately orthogonal. In various embodiments, the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, and the second side wall <NUM> generally define a rectangle or a square.

The basin <NUM> also includes a basin rim <NUM>. As is explained in more detail herein, the basin rim <NUM> facilitates attachment of the basin <NUM> to an apron <NUM> (e.g., skirt, panel, etc.) and support of the basin <NUM> on a counter structure <NUM> (e.g., support, beam, chassis, etc.).

The basin rim <NUM> includes a rim front side <NUM>. The rim front side <NUM> is contiguous with the front wall <NUM> and extends (e.g., projects, protrudes, etc.) from the front wall <NUM> away from the rear wall <NUM>. In various embodiments, the rim front side <NUM> is coupled to (e.g., attached to, fastened to, adhered to, etc.) the apron <NUM>. In some embodiments, the rim front side <NUM> interfaces with the counter structure <NUM> (e.g., on a beam of the counter structure <NUM>, etc.).

The basin rim <NUM> also includes a rim first side <NUM>. The rim first side <NUM> is contiguous with the first side wall <NUM> and the rim front side <NUM>. The rim first side <NUM> extends from the first side wall <NUM> away from the second side wall <NUM>. In some embodiments, the rim first side <NUM> interfaces with the counter structure <NUM> (e.g., on a beam of the counter structure <NUM>, etc.).

The basin rim <NUM> also includes a rim rear side <NUM>. The rim rear side <NUM> is contiguous with the rear wall <NUM> and the rim first side <NUM> and extends from the rear wall <NUM> away from the front wall <NUM>. In various embodiments, the rim rear side <NUM> is not coupled to the apron <NUM>. In some embodiments, the rim rear side <NUM> interfaces with the counter structure <NUM> (e.g., on a beam of the counter structure <NUM>, etc.).

The basin rim <NUM> also includes a rim second side <NUM>. The rim second side <NUM> is contiguous with the second side wall <NUM>, the rim rear side <NUM>, and the rim front side <NUM>. The rim second side <NUM> extends from the second side wall <NUM> away from the first side wall <NUM>. In some embodiments, the rim second side <NUM> interfaces with the counter structure <NUM> (e.g., on a beam of the counter structure <NUM>, etc.).

In some embodiments, at least a portion of the rim front side <NUM>, at least a portion of the rim first side <NUM>, at least a portion of the rim rear side <NUM>, and at least a portion of the rim second side <NUM> are disposed along the same plane. In this way, the basin rim <NUM> may be positioned at a uniform distance from a counter <NUM> of the counter structure <NUM>.

As shown in <FIG>, the rim front side <NUM> includes a stepped portion <NUM> and a rim shelf <NUM>. The rim shelf <NUM> partially surrounds (e.g., borders, etc.) the stepped portion <NUM>. The stepped portion <NUM> is extended (e.g., protruded, projected, etc.) relative to the rim shelf <NUM>. In other words, the stepped portion <NUM> is disposed along a plane that is separated from a plane along which the rim shelf <NUM> is disposed, and the plane along which the stepped portion <NUM> is disposed is closer to the floor <NUM> than the plane along which the rim shelf <NUM> is disposed.

The rim front side <NUM> includes a plurality of apertures <NUM> (e.g., holes, etc.) disposed in the stepped portion <NUM>. For example, the rim front side <NUM> may include four apertures <NUM> uniformly distributed along the stepped portion <NUM> (e.g., an adjacent pair of the apertures <NUM> are separated from each other by a distance that is the same as a distance separating another adjacent pair of the apertures <NUM>, etc.). In various embodiments, the apertures <NUM> are not through-holes. In other words, the apertures <NUM> do not extend entirely though the stepped portion <NUM>. As a result, a top surface of the rim front side <NUM> (e.g., a surface of the rim front side <NUM> that is farthest from the floor <NUM>, etc.) is uninterrupted across the apertures <NUM>.

As shown in <FIG>, the sink system <NUM> also includes a plurality of basin rim inserts <NUM> (e.g., plugs, etc.). Each of the apertures <NUM> is configured to receive one of the basin rim inserts <NUM>. For example, each of the basin rim inserts <NUM> may be press fit into one of the apertures <NUM>. In some embodiments, adhesive is placed into the apertures <NUM> prior to the basin rim inserts <NUM> being inserted into the apertures <NUM>. In these embodiments, the basin rim inserts <NUM> may be coupled to the stepped portion <NUM> via the adhesive and/or a friction fit between the basin rim inserts <NUM> and the apertures <NUM>. In some embodiments, the basin rim inserts <NUM> are molded into the apertures <NUM>. In some embodiments, the basin rim inserts <NUM> are integrally formed with the rim front side <NUM> (e.g., the rim front side <NUM> is molded around the basin rim inserts <NUM>, etc.).

Each of the basin rim inserts <NUM> has an aperture <NUM> (e.g., hole, etc.). The apertures <NUM> are threaded. Each of the apertures <NUM> is configured to receive a threaded fastener <NUM> (e.g., bolt, etc.). The threaded fasteners <NUM> are configured to be coupled to the basin rim <NUM> via the apertures <NUM> without direct interfacing between the threaded fasteners <NUM> and the basin rim <NUM>. As a result, mechanical stresses and strains on the basin rim <NUM> may be minimized. Each of the threaded fasteners <NUM> is configured to receive a nut <NUM>. As is explained in more detail herein, the basin rim inserts <NUM>, the threaded fasteners <NUM>, and the nuts <NUM> cooperate to facilitate coupling of the apron <NUM> to the basin <NUM>.

As shown in <FIG>, the apron <NUM> includes an apron coupling wall <NUM>. As is explained in more detail herein, the apron coupling wall <NUM> is configured to facilitate coupling of the apron <NUM> to the basin <NUM>. The apron coupling wall <NUM> includes an inner recessed portion <NUM> and an apron shelf <NUM>. The apron shelf <NUM> partially surrounds the inner recessed portion <NUM>. The inner recessed portion <NUM> is recessed relative to the apron shelf <NUM>. In other words, the inner recessed portion <NUM> is disposed along a plane that is separated from a plane along which the apron shelf <NUM> is disposed, and the plane along which the inner recessed portion <NUM> is disposed is closer to the floor <NUM> than the plane along which the apron shelf <NUM> is disposed, when the apron <NUM> is coupled to the basin <NUM>. When the apron <NUM> is coupled to the basin <NUM>, at least a portion of the apron shelf <NUM> is separated from the front wall <NUM> by the inner recessed portion <NUM>.

The inner recessed portion <NUM> is configured to receive the stepped portion <NUM> such that the apron shelf <NUM> interfaces with the rim shelf <NUM> when the stepped portion <NUM> is received within the inner recessed portion <NUM>. The inner recessed portion <NUM> and the stepped portion <NUM> may both be chamfered, filleted, drafted, or otherwise shaped such that the inner recessed portion <NUM> is guided onto and over the stepped portion <NUM> when the apron <NUM> is lifted towards the basin <NUM> and subsequently coupled to the basin <NUM>.

The inner recessed portion <NUM> includes a plurality of apron slots <NUM> (e.g., elongated holes, slits, etc.). Each of the apron slots <NUM> is configured to be aligned with one of the apertures <NUM> when the apron <NUM> is coupled to the basin <NUM>. Furthermore, each of the apron slots <NUM> is configured to receive one of the threaded fasteners <NUM>.

To couple the apron <NUM> to the basin <NUM>, the basin rim inserts <NUM> are first inserted into the apertures <NUM>. Next, the threaded fasteners <NUM> are threaded into the apertures <NUM>. The apron <NUM> is then lifted and the apron slots <NUM> are aligned with the threaded fasteners <NUM>, which are each extending from one of the apertures <NUM>. The apron <NUM> is then translated towards the basin <NUM>, such that the apron coupling wall <NUM> is located underneath and in confronting relation with the rim front side <NUM>. This causes the stepped portion <NUM> to be received within the inner recessed portion <NUM>, and for the rim shelf <NUM> to interface with the apron shelf <NUM>. As a result, the threaded fasteners <NUM> are received within the apron slots <NUM>. Finally, the nuts <NUM> are threaded onto the threaded fasteners <NUM> such that the apron coupling wall <NUM> is tightened against the rim front side <NUM>. The apron slots <NUM> may facilitate adjustment of the apron <NUM> relative to the basin <NUM> (e.g., tilting of the apron coupling wall <NUM> relative to the rim front side <NUM>, etc.) as the nuts <NUM> are being tightened.

In various embodiments, the rim front side <NUM> includes a first end recess <NUM> and a second end recess <NUM>. The first end recess <NUM> and the second end recess <NUM> are both disposed in the rim shelf <NUM>. The first end recess <NUM> is located proximate the rim first side <NUM> and the second end recess <NUM> is located proximate the rim second side <NUM>. In these embodiments, the apron coupling wall <NUM> includes a first end projection <NUM> and a second end projection <NUM>. The first end projection <NUM> and the second end projection <NUM> are both disposed in the apron shelf <NUM>. The first end recess <NUM> is configured to receive the first end projection <NUM> when the rim shelf <NUM> interfaces with the apron shelf <NUM>. Similarly, the second end recess <NUM> is configured to receive the second end projection <NUM> when the rim shelf <NUM> interfaces with the apron shelf <NUM>. When the apron <NUM> is not desirably aligned with the basin <NUM>, the first end projection <NUM> may interface with the rim shelf <NUM> and/or the second end projection <NUM> may interface with the rim shelf <NUM>. In this way, the first end recess <NUM>, the second end recess <NUM>, the first end projection <NUM>, and the second end projection <NUM> cooperate to decrease a likelihood of the apron <NUM> being coupling to the basin <NUM> when the apron <NUM> is not desirably aligned with the basin <NUM>. In various embodiments, the first end recess <NUM> and the second end recess <NUM> are not through-holes. In other words, the first end recess <NUM> and the second end recess <NUM> do not extend entirely though the rim shelf <NUM>. As a result, a top surface of the rim front side <NUM> (e.g., a surface of the rim front side <NUM> that is farthest from the floor <NUM>, etc.) is uninterrupted across the rim front side <NUM>.

In various embodiments, the rim front side <NUM> includes a central recess <NUM>. The central recess <NUM> is disposed in the rim shelf <NUM>. The central recess <NUM> is located proximate a midpoint of the rim front side <NUM> (e.g., at an approximately equal distance from the rim first side <NUM> and the rim second side <NUM>, etc.). In these embodiments, the apron coupling wall <NUM> includes a central projection <NUM>. The central projection <NUM> is disposed in the apron shelf <NUM>. The central recess <NUM> is configured to receive the central projection <NUM> when the rim shelf <NUM> interfaces with the apron shelf <NUM>. When the apron <NUM> is not desirably aligned with the basin <NUM>, the central projection <NUM> may interface with the rim shelf <NUM>. In this way, the central recess <NUM> and the central projection <NUM> cooperate to decrease a likelihood of the apron <NUM> being coupling to the basin <NUM> when the apron <NUM> is not desirably aligned with the basin <NUM>. In various embodiments, the central recess <NUM> is not a through-hole. In other words, the central recess <NUM> does not extend entirely though the rim shelf <NUM>. As a result, a top surface of the rim front side <NUM> (e.g., a surface of the rim front side <NUM> that is farthest from the floor <NUM>, etc.) is uninterrupted across the central recess <NUM>.

In some embodiments, the rim front side <NUM> includes the first end recess <NUM>, the second end recess <NUM>, and the central recess <NUM>, and the apron coupling wall <NUM> includes the first end projection <NUM>, the second end projection <NUM>, and the central projection <NUM>.

The apron <NUM> also includes an apron panel wall <NUM>. The apron panel wall <NUM> is contiguous with the apron coupling wall <NUM>. The apron panel wall <NUM> extends from the apron coupling wall <NUM> away from the rim front side <NUM>. The apron panel wall <NUM> defines an exterior surface <NUM> (e.g., face, etc.) and an interior surface <NUM> (e.g., face, etc.).

The exterior surface <NUM> has a target aesthetic appearance. For example, the exterior surface <NUM> may be textured, polished, and/or contain a design or image. In this way, the exterior surface <NUM> may provide a desired aesthetic benefit to a room within which the sink system <NUM> is installed. Advantageously, the sink system <NUM> is configured such that the apron <NUM> having an exterior surface <NUM> with a first target aesthetic appearance can be rapidly and easily interchanged with another apron <NUM> having an exterior surface <NUM> with a second target aesthetic appearance, while utilizing the same basin <NUM> and the same other components of the sink system <NUM>. Additionally, the basin <NUM> can remain supported by the counter structure <NUM> while the apron <NUM> coupled to the basin <NUM> is uncoupled from the basin <NUM>, and a new apron <NUM> is coupled to the basin <NUM>. In this way, a user can rapidly and easily provide a desired aesthetic benefit to a room within which the sink system <NUM> is installed.

In various embodiments, the sink system <NUM> also includes a first coupling bracket <NUM> and a second coupling bracket <NUM>. The first coupling bracket <NUM> is coupled to the first side wall <NUM> and the interior surface <NUM>. Similarly, the second coupling bracket <NUM> is coupled to the second side wall <NUM> and the interior surface <NUM>. Collectively, the first coupling bracket <NUM> and the second coupling bracket <NUM> aid in securing the apron <NUM> to the basin <NUM>.

The apron <NUM> also includes a first connector wall <NUM>. The first connector wall <NUM> is contiguous with the apron coupling wall <NUM> and the apron panel wall <NUM>. The first connector wall <NUM> extends from the apron coupling wall <NUM> away from the rim front side <NUM> and from the apron panel wall <NUM> towards the front wall <NUM>.

The apron <NUM> also includes an apron spanning wall <NUM>. The apron spanning wall <NUM> is contiguous with the apron panel wall <NUM> and the first connector wall <NUM>. The apron spanning wall <NUM> extends from the apron panel wall <NUM> towards the front wall <NUM> and from the first connector wall <NUM> away from the second side wall <NUM>.

The apron <NUM> also includes a second connector wall <NUM>. The second connector wall <NUM> is contiguous with the apron coupling wall <NUM>, the apron panel wall <NUM>, and the apron spanning wall <NUM>. The second connector wall <NUM> extends from the apron coupling wall <NUM> away from the rim front side <NUM> and from the apron panel wall <NUM> towards the front wall <NUM>.

In various embodiments, the apron coupling wall <NUM> includes an outer recessed portion <NUM>. The outer recessed portion <NUM> is partially surrounded by the apron shelf <NUM>. Additionally, the outer recessed portion <NUM> is separated from the inner recessed portion <NUM> by the apron shelf <NUM>. In embodiments where the apron coupling wall <NUM> includes the central projection <NUM>, the central projection <NUM> is disposed on the apron shelf <NUM> between the outer recessed portion <NUM> and the inner recessed portion <NUM>.

The outer recessed portion <NUM> is recessed relative to the apron shelf <NUM>. In other words, the outer recessed portion <NUM> is disposed along a plane that is separated from a plane along which the apron shelf <NUM> is disposed, and the plane along which the outer recessed portion <NUM> is disposed is closer to the floor <NUM> than the plane along which the apron shelf <NUM> is disposed, when the apron <NUM> is coupled to the basin <NUM>. Similarly, the plane along which the outer recessed portion <NUM> is disposed is closer to the apron spanning wall <NUM> than the plane along which the apron shelf <NUM> is disposed. The outer recessed portion <NUM> is contiguous with the exterior surface <NUM>.

The rim shelf <NUM> includes an attachment recess <NUM>. The attachment recess <NUM> is disposed along a straight line and is configured to be aligned with the outer recessed portion <NUM> when the apron <NUM> is coupled to the basin <NUM>. In embodiments where the rim front side <NUM> includes the central recess <NUM>, the central recess <NUM> is disposed on the rim front side <NUM> between the attachment recess <NUM> and the stepped portion <NUM>.

The attachment recess <NUM> extends through the rim shelf <NUM> such that a lip <NUM> of the rim shelf <NUM> is formed between the attachment recess <NUM> and an exterior surface <NUM> of the rim front side <NUM>. The attachment recess <NUM> is recessed relative to the rim shelf <NUM>. In other words, the attachment recess <NUM> is disposed along a plane that is separated from a plane along which the rim shelf <NUM> is disposed, and the plane along which the attachment recess <NUM> is further from the floor <NUM> than the plane along which the rim shelf <NUM> is disposed.

When the apron <NUM> is coupled to the basin <NUM>, the attachment recess <NUM> is aligned with the outer recessed portion <NUM>. Collectively, the attachment recess <NUM> and the outer recessed portion <NUM> form an apron attachment channel <NUM> when the apron <NUM> is coupled to the basin <NUM>. The apron attachment channel <NUM> is generally L-shaped or includes at least an L-shape.

As shown in <FIG>, <FIG>, and <FIG>, the sink system <NUM> also includes an apron attachment <NUM>. The apron attachment <NUM> is configured to be received within the apron attachment channel <NUM> such that the apron attachment is secured within the apron attachment channel <NUM>. The apron attachment <NUM> is also configured to be removed from the apron attachment channel <NUM>. Advantageously, the sink system <NUM> is configured such that the apron attachment <NUM> can be received within, and removed from, the apron attachment channel <NUM> without uncoupling the apron <NUM> from the basin <NUM>. As is explained in more detail herein, the apron attachment <NUM> provides additional functionality to the sink system <NUM>, thereby increasing the desirability of the sink system <NUM>.

The apron attachment <NUM> includes an apron attachment coupler <NUM> and an apron attachment accessory <NUM>. The apron attachment coupler <NUM> is configured to be received within, and removed from, the apron attachment channel <NUM>.

The apron attachment coupler <NUM> includes a retainer portion <NUM> and a connector portion <NUM>. The retainer portion <NUM> and the connector portion <NUM> are each configured to be received within the apron attachment channel <NUM>. The connector portion <NUM> is contiguous with the retainer portion <NUM> and separates the apron attachment accessory <NUM> from the retainer portion <NUM>. The connector portion <NUM> extends from the apron attachment channel <NUM> when the retainer portion <NUM> is received within the apron attachment channel <NUM>.

As shown in <FIG>, the retainer portion <NUM> is at least partially disposed within the attachment recess <NUM> when the apron attachment <NUM> is secured within the apron attachment channel <NUM>. As a result, movement of the apron attachment <NUM> (e.g., towards the exterior surface <NUM>, away from the exterior surface <NUM>, etc.) may cause the retainer portion <NUM> to be biased against the lip <NUM> and/or the rim shelf <NUM>.

Contact between the retainer portion <NUM> and the lip <NUM> may limit or resist movement of the retainer portion <NUM>, and therefore movement of the connector portion <NUM> and the apron attachment accessory <NUM> (e.g., relative to the exterior surface <NUM>, etc.). Similarly, contact between the retainer portion <NUM> and rim shelf <NUM> may limit or resist movement of the retainer portion <NUM>, and therefore movement of the connector portion <NUM> and the apron attachment accessory <NUM> (e.g., relative to the exterior surface <NUM>, etc.).

When the apron attachment <NUM> is secured within the apron attachment channel <NUM>, the connector portion <NUM> extends between the lip <NUM> and the outer recessed portion <NUM>. In various embodiments, the apron attachment channel <NUM> is configured such that the apron attachment <NUM> can be selectively repositioned (e.g., slid, etc.) along the apron attachment channel <NUM> (e.g., from a position proximate the first connector wall <NUM> to a position proximate the second connector wall <NUM>, etc.).

To secure the apron attachment <NUM> to the apron attachment channel <NUM>, the retainer portion <NUM> is first inserted between the lip <NUM> and the outer recessed portion <NUM>. Then, the apron attachment <NUM> is rotated and the retainer portion <NUM> is inserted into the attachment recess <NUM> and between the lip <NUM> and the rim shelf <NUM>. This insertion of the outer recessed portion <NUM> subsequently causes an insertion of the connector portion <NUM> between the lip <NUM> and the outer recessed portion <NUM>.

In various embodiments, the apron attachment accessory <NUM> is a towel holder (e.g., hook, ring, stud, etc.). In other embodiments, the apron attachment accessory <NUM> is a sponge or brush holder (e.g., container, cup, tray, etc.). In still other embodiments, the apron attachment accessory <NUM> is a mobile device (e.g., cell phone, smart phone, etc.) holder.

In various embodiments, a portion of the outer recessed portion <NUM> is disposed closer to the first connector wall <NUM> than the attachment recess <NUM> and/or a portion of the outer recessed portion <NUM> is disposed closer to the second connector wall <NUM> than the attachment recess <NUM>. As a result, the apron attachment <NUM> can be secured to the apron attachment channel <NUM> by sliding the retainer portion <NUM> and the connector portion <NUM> into the apron attachment channel <NUM> (e.g., towards the first connector wall <NUM>, towards the second connector wall <NUM>, etc.).

<FIG> illustrate portions of the sink system <NUM> according to various embodiments. The sink system <NUM> includes a basin channel which enables coupling a basin accessory within the basin such that the basin accessory is suspended above the floor of the basin. In this way, accessories may be attached within the basin. As a result, counter space is preserved and the accessories are held above water resting on the floor of the basin.

The basin <NUM> includes at least one basin channel <NUM>. As is explained in more detail herein, the sink system <NUM> also includes one or more basin accessories <NUM> that is configured to be secured to the basin channel <NUM> and removed from the basin channel <NUM> without any modification to the basin <NUM>. As is explained in more detail herein, the basin accessory <NUM> provides additional functionality to the sink system <NUM>, thereby increasing the desirability of the sink system <NUM>. Additionally, because the basin accessory <NUM> is secured to the basin channel <NUM> only via a connection at the basin channel <NUM>, the basin accessory <NUM> is suspended above the floor <NUM>. This suspension may make the basin accessory <NUM> more desirable than other basin accessories which rest on a countertop, and therefore take up counter space, or rest on a sink bottom, and therefore take up sink space (e.g., larger items are unable to rest on the sink bottom, etc.) and/or accumulate grime due to water present on the sink bottom.

The basin channel <NUM> includes a first portion <NUM>. The first portion <NUM> is formed in the front wall <NUM>, in the rim front side <NUM>, or between the front wall <NUM> and the rim front side <NUM>. Additionally, the first portion <NUM> extends across at least a portion of the front wall <NUM> and/or at least a portion of the rim front side <NUM>.

The basin channel <NUM> also includes a second portion <NUM>. The second portion <NUM> is formed in the first side wall <NUM>, in the rim first side <NUM>, or between the first side wall <NUM> and the rim first side <NUM>. Additionally, the second portion <NUM> extends across at least a portion of the first side wall <NUM> and/or at least a portion of the rim first side <NUM>.

The basin channel <NUM> also includes a third portion <NUM>. The third portion <NUM> is formed in the rear wall <NUM>, in the rim rear side <NUM>, or between the rear wall <NUM> and the rim rear side <NUM>. Additionally, the third portion <NUM> extends across at least a portion of the rear wall <NUM> and/or at least a portion of the rim rear side <NUM>.

The basin channel <NUM> also includes a fourth portion <NUM>. The fourth portion <NUM> is formed in the second side wall <NUM>, in the rim second side <NUM>, or between the second side wall <NUM> and the rim second side <NUM>. Additionally, the fourth portion <NUM> extends across at least a portion of the second side wall <NUM> and/or at least a portion of the rim second side <NUM>.

In various embodiments, the first portion <NUM> is contiguous with both the second portion <NUM> and the fourth portion <NUM>, and the third portion <NUM> is contiguous with both the second portion <NUM> and the fourth portion <NUM>. In these embodiments, the basin channel <NUM> extends continuously within the basin <NUM> and across the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, and the second side wall <NUM>. As a result, the basin accessory <NUM> may be secured within the basin <NUM> at any location along the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, and the second side wall <NUM>.

As shown in <FIG>, the first portion <NUM> is formed in the rim front side <NUM> and the fourth portion <NUM> is formed in the rim second side <NUM>.

The rim front side <NUM> includes a wall <NUM>. The wall <NUM> is contiguous with the first portion <NUM>. As is explained in more detail herein, the wall <NUM> is generally curved and/or sloped towards the floor <NUM> so as to facilitate draining (e.g., due to gravity, etc.) of water from the first portion <NUM> to the drain <NUM>. In this way, first portion <NUM> can be easily cleaned by a user.

The rim front side <NUM> also includes a wall <NUM>. The wall <NUM> is contiguous with the both the first portion <NUM> and the wall <NUM>. In some embodiments, the wall <NUM> is disposed along a plane that is approximately parallel to the counter <NUM>.

The rim front side <NUM> also includes a lip wall <NUM>. The lip wall <NUM> is contiguous with the both the first portion <NUM> and the wall <NUM>. The lip wall <NUM> is separated from the wall <NUM> by the wall <NUM>. In some embodiments, the lip wall <NUM> is disposed along a plane that is approximately orthogonal to the counter <NUM> and/or is approximately orthogonal to the wall <NUM>.

Collectively, the wall <NUM>, the wall <NUM>, and the lip wall <NUM> define the first portion <NUM>. In various embodiments, the wall <NUM>, the wall <NUM>, and the lip wall <NUM> are structured such that the first portion <NUM> has a generally J-shaped cross-sectional shape or a generally L-shaped cross-sectional shape.

In some embodiments, the wall <NUM> is coupled to the front wall <NUM>. In other embodiments, the rim front side <NUM> also includes a rim front side joint wall that is contiguous with the wall <NUM>. In these embodiments, the rim front side joint wall is coupled to the front wall <NUM>.

While the wall <NUM>, the wall <NUM>, and the lip wall <NUM> are described as being part of the rim front side <NUM>, it is understood that the wall <NUM>, the wall <NUM>, and the lip wall <NUM> could similarly be partially or completely integrated within the front wall <NUM> in a similar fashion.

The rim second side <NUM> includes a wall <NUM>. The wall <NUM> is contiguous with the fourth portion <NUM>. As is explained in more detail herein, the wall <NUM> is generally curved and/or sloped towards the floor <NUM> so as to facilitate draining (e.g., due to gravity, etc.) of water from the fourth portion <NUM> to the drain <NUM>. In this way, fourth portion <NUM> can be easily cleaned by a user.

The rim second side <NUM> also includes a wall <NUM>. The wall <NUM> is contiguous with the both the fourth portion <NUM> and the wall <NUM>. In some embodiments, the wall <NUM> is disposed along a plane that is approximately parallel to the counter <NUM>.

The rim second side <NUM> also includes a lip wall <NUM>. The lip wall <NUM> is contiguous with the both the fourth portion <NUM> and the wall <NUM>. The lip wall <NUM> is separated from the wall <NUM> by the wall <NUM>. In some embodiments, the lip wall <NUM> is disposed along a plane that is approximately orthogonal to the counter <NUM> and/or is approximately orthogonal to the wall <NUM>.

Collectively, the wall <NUM>, the wall <NUM>, and the lip wall <NUM> define the fourth portion <NUM>. In various embodiments, the wall <NUM>, the wall <NUM>, and the lip wall <NUM> are structured such that the fourth portion <NUM> has a generally J-shaped cross-sectional shape or a generally L-shaped cross-sectional shape.

In some embodiments, the wall <NUM> is coupled to the second side wall <NUM>. In other embodiments, the rim second side <NUM> also includes a joint wall <NUM> wall that is contiguous with the wall <NUM>. In these embodiments, the joint wall <NUM> is coupled to the second side wall <NUM>.

While the wall <NUM>, the wall <NUM>, and the lip wall <NUM> are described as being part of the rim second side <NUM>, it is understood that the wall <NUM>, the wall <NUM>, and the lip wall <NUM> could similarly be partially or completely integrated within the second side wall <NUM> in a similar fashion.

As shown in <FIG>, the third portion <NUM> is formed in the rim rear side <NUM> and the second portion <NUM> is formed in the rim first side <NUM>.

The rim rear side <NUM> includes a channel wall <NUM>. The channel wall <NUM> is contiguous with the third portion <NUM>. As is explained in more detail herein, the channel wall <NUM> is generally curved and/or sloped towards the floor <NUM> so as to facilitate draining (e.g., due to gravity, etc.) of water from the third portion <NUM> to the drain <NUM>. In this way, the third portion <NUM> can be easily cleaned by a user.

The rim rear side <NUM> also includes a rim wall <NUM>. The rim wall <NUM> is contiguous with the both the third portion <NUM> and the channel wall <NUM>. In some embodiments, the rim wall <NUM> is disposed along a plane that is approximately parallel to the counter <NUM>.

The rim rear side <NUM> also includes a lip wall <NUM>. The lip wall <NUM> is contiguous with the both the third portion <NUM> and the rim wall <NUM>. The lip wall <NUM> is separated from the channel wall <NUM> by the rim wall <NUM>. In some embodiments, the lip wall <NUM> is disposed along a plane that is approximately orthogonal to the counter <NUM> and/or is approximately orthogonal to the rim wall <NUM>.

Collectively, the channel wall <NUM>, the rim wall <NUM>, and the lip wall <NUM> define the third portion <NUM>. In various embodiments, the channel wall <NUM>, the rim wall <NUM>, and the lip wall <NUM> are structured such that the third portion <NUM> has a generally J-shaped cross-sectional shape or a generally L-shaped cross-sectional shape.

In some embodiments, the channel wall <NUM> is coupled to the rear wall <NUM>. In other embodiments, the rim rear side <NUM> also includes a rim rear side joint wall that is contiguous with the channel wall <NUM>. In these embodiments, the rim rear side joint wall is coupled to the rear wall <NUM>.

While the channel wall <NUM>, the rim wall <NUM>, and the lip wall <NUM> are described as being part of the rim rear side <NUM>, it is understood that the channel wall <NUM>, the rim wall <NUM>, and the lip wall <NUM> could similarly be partially or completely integrated within the rear wall <NUM> in a similar fashion.

The rim first side <NUM> includes a channel wall <NUM>. The channel wall <NUM> is contiguous with the second portion <NUM>. As is explained in more detail herein, the channel wall <NUM> is generally curved and/or sloped towards the floor <NUM> so as to facilitate draining (e.g., due to gravity, etc.) of water from the second portion <NUM> to the drain <NUM>. In this way, the second portion <NUM> can be easily cleaned by a user.

The rim first side <NUM> also includes a rim wall <NUM>. The rim wall <NUM> is contiguous with the both the second portion <NUM> and the channel wall <NUM>. In some embodiments, the rim wall <NUM> is disposed along a plane that is approximately parallel to the counter <NUM>.

The rim first side <NUM> also includes a lip wall <NUM>. The lip wall <NUM> is contiguous with the both the second portion <NUM> and the rim wall <NUM>. The lip wall <NUM> is separated from the channel wall <NUM> by the rim wall <NUM>. In some embodiments, the lip wall <NUM> is disposed along a plane that is approximately orthogonal to the counter <NUM> and/or is approximately orthogonal to the rim wall <NUM>.

Collectively, the channel wall <NUM>, the rim wall <NUM>, and the lip wall <NUM> define the second portion <NUM>. In various embodiments, the channel wall <NUM>, the rim wall <NUM>, and the lip wall <NUM> are structured such that the second portion <NUM> has a generally J-shaped cross-sectional shape or a generally L-shaped cross-sectional shape.

In some embodiments, the channel wall <NUM> is coupled to the first side wall <NUM>. In other embodiments, the rim first side <NUM> also includes a joint wall <NUM> wall that is contiguous with the channel wall <NUM>. In these embodiments, the joint wall <NUM> is coupled to the first side wall <NUM>.

While the channel wall <NUM>, the rim wall <NUM>, and the lip wall <NUM> are described as being part of the rim first side <NUM>, it is understood that the channel wall <NUM>, the rim wall <NUM>, and the lip wall <NUM> could similarly be partially or completely integrated within the first side wall <NUM> in a similar fashion.

As shown in <FIG>, the basin accessory <NUM> is secured to the first portion <NUM> and the fourth portion <NUM>. However, it is understood that the basin accessory <NUM> could be similarly secured to any of the first portion <NUM>, the second portion <NUM>, the third portion <NUM>, and/or the fourth portion <NUM>, alone or in combination. Similar to the apron attachment <NUM>, the basin accessory <NUM> includes a basin accessory coupler <NUM> and a basin accessory <NUM>. The basin accessory coupler <NUM> is configured to be received within, and removed from, the basin channel <NUM>.

The basin accessory coupler <NUM> includes a retainer portion <NUM> and a connector portion <NUM>. The retainer portion <NUM> and the connector portion <NUM> are each configured to be received within the basin channel <NUM>. The connector portion <NUM> is contiguous with the retainer portion <NUM> and separates the basin accessory <NUM> from the retainer portion <NUM>. The connector portion <NUM> extends from the basin channel <NUM> when the retainer portion <NUM> is received within the basin channel <NUM>.

<FIG> illustrates the retainer portion <NUM> at least partially disposed within the first portion <NUM> and at least partially disposed within the fourth portion <NUM>. As a result, movement of the basin accessory <NUM> (e.g., towards the front wall <NUM>, away from the front wall <NUM>, towards the second side wall <NUM>, away from the second side wall <NUM>, etc.) may cause the retainer portion <NUM> to be biased against the wall <NUM>, the lip wall <NUM>, the wall <NUM>, and/or the lip wall <NUM>.

Contact between the retainer portion <NUM> and the wall <NUM> may limit or resist movement of the retainer portion <NUM>, and therefore movement of the connector portion <NUM> and the basin accessory <NUM> (e.g., relative to the front wall <NUM>, etc.). Similarly, contact between the retainer portion <NUM> and lip wall <NUM> may limit or resist movement of the retainer portion <NUM>, and therefore movement of the connector portion <NUM> and the basin accessory <NUM> (e.g., relative to the front wall <NUM>, etc.).

Additionally, contact between the retainer portion <NUM> and the wall <NUM> may limit or resist movement of the retainer portion <NUM>, and therefore movement of the connector portion <NUM> and the basin accessory <NUM> (e.g., relative to the second side wall <NUM>, etc.). Similarly, contact between the retainer portion <NUM> and lip wall <NUM> may limit or resist movement of the retainer portion <NUM>, and therefore movement of the connector portion <NUM> and the basin accessory <NUM> (e.g., relative to the second side wall <NUM>, etc.).

When the basin accessory <NUM> is secured within the basin channel <NUM>, the connector portion <NUM> extends out of the basin channel <NUM>. As shown in <FIG>, the basin channel <NUM> extends between the wall <NUM> and the lip wall <NUM> as well as between the wall <NUM> and the lip wall <NUM>. In various embodiments, the basin channel <NUM> is configured such that the basin accessory <NUM> can be selectively repositioned (e.g., slid, etc.) along the basin channel <NUM> (e.g., from a position proximate the first side wall <NUM> to a position proximate the second side wall <NUM>, etc.).

To secure the basin accessory <NUM> to the basin channel <NUM>, the retainer portion <NUM> is first inserted into the basin channel <NUM>. As shown in <FIG>, the retainer portion <NUM> is first inserted between the wall <NUM> and the lip wall <NUM> and between the wall <NUM> and the lip wall <NUM>. Then, the basin accessory <NUM> is rotated and the connector portion <NUM> is caused to interface with the wall <NUM>. In some embodiments, the connector portion <NUM> may interface with the wall <NUM> as the retainer portion <NUM> interfaces with the lip wall <NUM>.

In various embodiments, the basin accessory <NUM> is a sponge holder, a brush holder, or a soap holder (e.g., container, cup, tray, etc.). In other embodiments, the basin accessory <NUM> is a drying rack (e.g., wine glass drying rack, utensil drying rack, etc.).

<FIG> and <FIG> illustrate portions of the sink system <NUM> according to various embodiments. The sink system <NUM> includes a basin rail that supports a basin accessory within the basin. The basin rail protrudes from the basin such that the basin accessory may rest on two basin rails, such as a basin rail on a front side of the basin and a basin rail on the rear side of the basin. The basin accessory may be, for example, a drain board. As a result of extending across the basin, water from the basin accessory may drain into the basin.

The basin <NUM> includes at least one basin rail <NUM>. As is explained in more detail herein, the sink system <NUM> also includes a basin rail accessory <NUM> that is configured to be secured to the basin rail <NUM> and removed from the basin rail <NUM> without any modification to the basin <NUM>. As is explained in more detail herein, the basin rail accessory <NUM> provides additional functionality to the sink system <NUM>, thereby increasing the desirability of the sink system <NUM>. Additionally, because the basin rail accessory <NUM> is secured to the basin rail <NUM> only via a connection at the basin rail <NUM>, the basin rail accessory <NUM> is suspended above the floor <NUM>. This suspension may make the basin rail accessory <NUM> more desirable than other basin accessories which rest on a countertop, and therefore take up counter space, or rest on a sink bottom, and therefore take up sink space (e.g., larger items are unable to rest on the sink bottom, etc.) and/or accumulate grime due to water present on the sink bottom.

The basin rail <NUM> includes a basin rail support <NUM>. The basin rail support <NUM> extends along one of the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, or the second side wall <NUM>. As is described in more detail herein, a portion of the basin rail support <NUM> is coupled to one of the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, or the second side wall <NUM>, thereby supporting the basin rail <NUM> within the basin <NUM>.

In some embodiments, the basin rail <NUM> also includes a first end <NUM>. The first end <NUM> is contiguous with the basin rail support <NUM>. The first end <NUM> extends along one of the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, or the second side wall <NUM>. In some embodiments, a portion of the first end <NUM> may be coupled to one of the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, or the second side wall <NUM>, thereby supporting the basin rail <NUM> within the basin <NUM>.

In some embodiments, the basin rail <NUM> also includes a second end <NUM> in addition to the first end <NUM>. The second end <NUM> is contiguous with the basin rail support <NUM> and is separated from the first end <NUM> by the basin rail support <NUM>. The second end <NUM> extends along one of the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, or the second side wall <NUM>. In some embodiments, a portion of the second end <NUM> may be coupled to one of the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, or the second side wall <NUM>, thereby supporting the basin rail <NUM> within the basin <NUM>.

The basin rail support <NUM> includes an attachment portion <NUM>. The attachment portion <NUM> is coupled to one of the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, or the second side wall <NUM>, thereby supporting the basin rail <NUM> within the basin <NUM>. As shown in <FIG>, the attachment portion <NUM> is coupled to the rear wall <NUM>. However, it is understood that the attachment portion <NUM> may similarly be coupled to the front wall <NUM>, the first side wall <NUM>, or the second side wall <NUM>.

The attachment portion <NUM> includes an attachment portion cleat <NUM> (e.g., foot, prong, projection, etc.). The attachment portion cleat <NUM> may facilitate coupling of the attachment portion <NUM> to one of the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, or the second side wall <NUM>. For example, the attachment portion cleat <NUM> may be configured to be received within a recess formed in one of the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, or the second side wall <NUM>. In another example, the attachment portion cleat <NUM> may be encased (e.g., encapsulated, surrounded, etc.) in one of the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, or the second side wall <NUM> (e.g., the attachment portion cleat <NUM> is encapsulated by being surrounded by molding material used to form the basin <NUM>, etc.).

The basin rail support <NUM> includes an interfacing portion <NUM>. The interfacing portion <NUM> is contiguous with the attachment portion <NUM>. The interfacing portion <NUM> is configured to interface with the basin rail accessory <NUM> to support the basin rail accessory <NUM> within the basin <NUM>.

In various embodiments, the interfacing portion <NUM> includes an interfacing portion flange <NUM>. The interfacing portion flange <NUM> is configured to interface with an accessory flange <NUM> of the basin rail accessory <NUM>. As a result, the accessory flange <NUM> is captured between the interfacing portion flange <NUM> and one of the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, or the second side wall <NUM>, thereby resisting movement of the basin rail accessory <NUM> relative to the basin <NUM>.

In various embodiments, the sink system <NUM> includes a first basin rail <NUM> and a second basin rail <NUM>. In these embodiments, the first basin rail <NUM> is coupled to one of the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, or the second side wall <NUM> and the second basin rail <NUM> is coupled to another of the one of the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, or the second side wall <NUM>. For example, the first basin rail <NUM> may be coupled to the front wall <NUM> and the second basin rail <NUM> may be coupled to the rear wall <NUM>. In another example, the first basin rail <NUM> may be coupled to the first side wall <NUM> and the second basin rail <NUM> may be coupled to the second side wall <NUM>.

<FIG> illustrate portions of the sink system <NUM> according to various embodiments. The sink system <NUM> includes a basin shelf which is attached to the basin via a hinge and which folds into a recess in the basin when not in use. In this way, the basin shelf provides a convenient shelf that can be selectively deployed when desired, thereby conserving space within the basin when the basin shelf is not in use.

The basin <NUM> includes at least one basin wall shelf <NUM>. As is explained in more detail herein, the basin wall shelf <NUM> is operable between a first position, where the basin wall shelf <NUM> does not extend into the basin <NUM>, and a second position, where the basin wall shelf <NUM> extends into the basin <NUM>. When the basin wall shelf <NUM> is in the second position, the basin wall shelf <NUM> may be utilized to support items (e.g., dishes, sponges, brushes, soaps, etc.) within the basin <NUM>. When the basin wall shelf <NUM> is in the first position, the basin wall shelf <NUM> does not obstruct use of the basin <NUM>. As a result, the basin wall shelf <NUM> provides additional functionality to the sink system <NUM>, thereby increasing the desirability of the sink system <NUM>.

At least one of the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, or the second side wall <NUM> includes a basin shelf recess <NUM>. The basin shelf recess <NUM> is configured to receive the basin wall shelf <NUM> when the basin wall shelf <NUM> is in the second position. In embodiments where the sink system <NUM> includes multiple basin wall shelves <NUM>, the sink system <NUM> may include multiple basin shelf recesses <NUM>, or may include one basin shelf recess <NUM> that is configured to receive the basin wall shelves <NUM> when the basin wall shelves <NUM> are all in the second position. As shown in <FIG>, the sink system <NUM> includes a single basin wall shelf <NUM> and a single basin shelf recess <NUM> that is included in the first side wall <NUM>.

The sink system <NUM> also includes at least one basin shelf hinge <NUM>. Each basin shelf hinge <NUM> is coupled to one basin wall shelf <NUM> and facilitates selectively repositioning of the basin wall shelf <NUM> between the first position and the second position. Additionally, each basin shelf hinge <NUM> is coupled to at least one of the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, or the second side wall <NUM> includes a basin shelf recess <NUM>. As shown in <FIG>, the sink system <NUM> includes one basin shelf hinge <NUM> that is coupled to the first side wall <NUM>.

In an example, the sink system <NUM> includes one basin shelf recess <NUM> in the first side wall <NUM> and another basin shelf recess <NUM> in the second side wall <NUM>. The sink system <NUM> includes two basin wall shelves <NUM>, each of the basin wall shelves <NUM> coupled to both the front wall <NUM> and the rear wall <NUM> via basin shelf hinges <NUM>. In other words, each basin wall shelf <NUM> is coupled to a first basin shelf hinge <NUM> that is also coupled to the front wall <NUM> and a second basin shelf hinge <NUM> that is also coupled to the rear wall <NUM>.

In various embodiments, each basin wall shelf <NUM> is configured such that the basin wall shelf <NUM> contacts one of the front wall <NUM>, the first side wall <NUM>, the rear wall <NUM>, or the second side wall <NUM> when in both the first position and the second position. As shown in <FIG>, the basin wall shelf <NUM> contacts the first side wall <NUM> when the basin wall shelf <NUM> is in the first position. As shown in <FIG>, the basin wall shelf <NUM> contacts the first side wall <NUM>, within the basin shelf recess <NUM>, when the basin wall shelf <NUM> is in the second position. In this way, movement of the basin wall shelf <NUM> is constrained by the basin <NUM>.

The basin wall shelf <NUM> includes a central edge <NUM> and an outer edge <NUM>. The central edge <NUM> is maintained within the basin shelf recess <NUM> as the basin wall shelf <NUM> is selectively repositioned between the first position and the second position. However, the outer edge <NUM> is rotationally translated (e.g., traces an arc, etc.) as the basin wall shelf <NUM> is selectively repositioned between the first position and the second position.

In various embodiments, the basin wall shelf <NUM> includes a plurality of flanges <NUM>. Each of the flanges <NUM> is contiguous with the central edge <NUM>. The flanges <NUM> define a plurality of basin shelf channels <NUM>, each basin shelf channel <NUM> being located between two adjacent flanges <NUM>. As a result of the flanges <NUM> being contiguous with central edge <NUM>, the basin shelf channels <NUM> are open at the central edge <NUM>. As the basin wall shelf <NUM> transitions from the second position to the first position, any water on the basin wall shelf <NUM> is caused to flow towards the central edge <NUM>. Rather than being contained between the basin wall shelf <NUM> and the basin shelf recess <NUM>, the water drains off the basin wall shelf <NUM> via the basin shelf channels <NUM> and flows between the basin wall shelf <NUM> and the basin shelf recess <NUM>, into the basin <NUM>. As a result, the basin wall shelf <NUM> is more desirable than other shelves which may be unable to drain easily and may accumulate mold or grime.

In some embodiments, the basin wall shelf <NUM> includes a first endcap <NUM> that is disposed along the outer edge <NUM> and is contiguous with a plurality of the flanges <NUM> and a second endcap <NUM> that is disposed along the outer edge <NUM> and is contiguous with another plurality of the flanges <NUM>. As a result, the basin shelf channels <NUM> are not open along the first endcap <NUM> or the second endcap <NUM>. However, the basin wall shelf <NUM> includes a handhold <NUM> between the first endcap <NUM> and the second endcap <NUM> and that is contiguous with at least one of the basin shelf channels <NUM>. A user can graph the handhold <NUM> to reposition the basin wall shelf <NUM> between the first position and the second position. Rather than being contained within the handhold <NUM>, any water within the handhold <NUM> drains out of the handhold <NUM> via the basin shelf channels <NUM>. As a result, the basin wall shelf <NUM> is more desirable than other shelves which may be unable to drain easily and may accumulate mold or grime.

The basin shelf recess <NUM> is configured to have a volume that is approximately equal to a volume of the basin wall shelf <NUM> and a shape (e.g., length, width, depth, etc.) that is approximately the same as a shape (e.g., length, width, thickness, etc.) of the basin wall shelf <NUM>. As a result, the basin shelf recess <NUM> is configured to receive the basin wall shelf <NUM> such that, when the basin wall shelf <NUM> is in the first position, the basin <NUM> has a flush appearance that is not interrupted by the basin wall shelf <NUM>. The basin wall shelf <NUM> is shown in the first position in <FIG>. In addition to provide an aesthetic benefit, such a configuration also maximizes available space within the basin <NUM> when the basin wall shelf <NUM> is in the first position.

<FIG> and <FIG> illustrate portions of the sink system <NUM> according to various embodiments. The basin deck extends across a recess in more than one wall of the basin and is supported by these recesses above the floor of the basin. The basin deck may facilitate draining of water therethrough while providing a clean, aesthetically pleasing overlay to the floor of the basin.

The basin <NUM> includes at least one basin deck <NUM>. As is explained in more detail herein, the basin deck <NUM> is configured to be inserted into, and removed from, the basin <NUM>. When the basin deck <NUM> is positioned within the basin <NUM>, the basin deck <NUM> may provide a surface above the floor <NUM>. This surface may support items within the basin <NUM> and may facilitate draining of water from the items through the basin deck <NUM> to the floor <NUM> and subsequently to the drain <NUM>. When the basin deck <NUM> is removed from the basin <NUM>, the basin deck <NUM> does not obstruct use of the basin <NUM>. As a result, the basin deck <NUM> provides additional functionality to the sink system <NUM>, thereby increasing the desirability of the sink system <NUM>.

The front wall <NUM> includes a front recess <NUM>. The front recess <NUM> extends along at least a portion of the front wall <NUM>. The front recess <NUM> is configured to receive a front edge <NUM> of the basin deck <NUM> when the basin deck <NUM> is positioned within the basin <NUM>.

In various embodiments, the front wall <NUM> includes at least one front coupler <NUM> (e.g., magnet, metal component, ferromagnetic component, electromagnetic component, etc.). The front coupler <NUM> is disposed proximate the front recess <NUM>. In these embodiments, the front edge <NUM> includes a front deck coupler <NUM> (e.g., magnet, metal component, ferromagnetic component, electromagnetic component, etc.). The front deck coupler <NUM> is configured to be magnetically coupled to the front coupler <NUM> when the basin deck <NUM> is positioned within the basin <NUM>. The magnetic coupling between the front deck coupler <NUM> and the front coupler <NUM> may assist in positioning the basin deck <NUM> within the basin <NUM> and may provide for retention of the basin deck <NUM> within the basin <NUM>.

The first side wall <NUM> includes a first recess <NUM>. The first recess <NUM> extends along at least a portion of the first side wall <NUM>. The first recess <NUM> is configured to receive a second side edge <NUM> of the basin deck <NUM> when the basin deck <NUM> is positioned within the basin <NUM>.

In various embodiments, the first side wall <NUM> includes at least one first side coupler <NUM> (e.g., magnet, metal component, ferromagnetic component, electromagnetic component, etc.). The first side coupler <NUM> is disposed proximate the first recess <NUM>. In these embodiments, the second side edge <NUM> includes a side deck coupler <NUM> (e.g., magnet, metal component, ferromagnetic component, electromagnetic component, etc.). The side deck coupler <NUM> is configured to be magnetically coupled to the first side coupler <NUM> when the basin deck <NUM> is positioned within the basin <NUM>. The magnetic coupling between the side deck coupler <NUM> and the first side coupler <NUM> may assist in positioning the basin deck <NUM> within the basin <NUM> and may provide for retention of the basin deck <NUM> within the basin <NUM>.

The rear wall <NUM> includes a rear recess <NUM>. The rear recess <NUM> extends along at least a portion of the rear wall <NUM>. The rear recess <NUM> is configured to receive a rear edge <NUM> of the basin deck <NUM> when the basin deck <NUM> is positioned within the basin <NUM>.

In various embodiments, the rear wall <NUM> includes at least one rear wall coupler <NUM> (e.g., magnet, metal component, ferromagnetic component, electromagnetic component, etc.). The rear wall coupler <NUM> is disposed proximate the rear recess <NUM>. In these embodiments, the rear edge <NUM> includes a rear deck coupler <NUM> (e.g., magnet, metal component, ferromagnetic component, electromagnetic component, etc.). The rear deck coupler <NUM> is configured to be magnetically coupled to the rear wall coupler <NUM> when the basin deck <NUM> is positioned within the basin <NUM>. The magnetic coupling between the rear deck coupler <NUM> and the rear wall coupler <NUM> may assist in positioning the basin deck <NUM> within the basin <NUM> and may provide for retention of the basin deck <NUM> within the basin <NUM>.

The second side wall <NUM> includes a second recess <NUM>. The second recess <NUM> extends along at least a portion of the second side wall <NUM>. The second recess <NUM> is configured to receive the second side edge <NUM> when the basin deck <NUM> is positioned within the basin <NUM>.

In various embodiments, the second side wall <NUM> includes at least one side deck coupler <NUM> (e.g., magnet, metal component, ferromagnetic component, electromagnetic component, etc.). The side deck coupler <NUM> is disposed proximate the second recess <NUM>. In these embodiments, the side deck coupler <NUM> is configured to be magnetically coupled to the side deck coupler <NUM> when the basin deck <NUM> is positioned within the basin <NUM>. The magnetic coupling between the side deck coupler <NUM> and the side deck coupler <NUM> may assist in positioning the basin deck <NUM> within the basin <NUM> and may provide for retention of the basin deck <NUM> within the basin <NUM>.

The front recess <NUM>, the first recess <NUM>, the rear recess <NUM>, and the second recess <NUM> are disposed along the same plane. As a result, the basin deck <NUM> may be disposed along the same plane as the front recess <NUM>, the first recess <NUM>, the rear recess <NUM>, and the second recess <NUM> when the basin deck <NUM> is received within the basin <NUM>. This may enable the basin deck <NUM> to lay flat within the basin <NUM> and/or approximately parallel to the floor <NUM>.

The front recess <NUM>, the first recess <NUM>, the rear recess <NUM>, and the second recess <NUM> are located such that the basin deck <NUM> is suspended above the floor <NUM>. As a result, accumulation of grime on the basin deck <NUM> is significantly reduced compared to other decks which have feet that rest on a basin floor.

In various embodiments, the basin deck <NUM> includes a plurality of basin deck slats <NUM>. Each of the basin deck slats <NUM> may be contiguous with the front edge <NUM> and the rear edge <NUM>. The basin deck slats <NUM> define a plurality of basin deck channels <NUM>, each basin deck channel <NUM> being located between two adjacent basin deck slats <NUM>. As a result, any water on the basin deck <NUM> may flow through the basin deck <NUM> (e.g., towards the drain <NUM>, etc.) via the basin deck channels <NUM>. As a result, the basin deck <NUM> is more desirable than other decks which may be unable to drain easily and may accumulate mold or grime.

In various embodiments, the sink system <NUM> includes two basin decks <NUM>. In these embodiments, one of the basin decks <NUM> is configured to be located within the basin <NUM> proximate the first side wall <NUM> and the other basin deck <NUM> is configured to be located within the basin deck <NUM> proximate the second side wall <NUM>. In some embodiments, the basin decks <NUM> are identical.

<FIG> illustrate portions of the sink system <NUM> according to various embodiments. The sink system <NUM> includes a rim deck that is integrally formed with the rim of the basin. The rim deck has a slanted bottom surface such that items which are placed on supports of the rim deck can drain into the basin via the slanted bottom surface.

The basin rim <NUM> includes at least one rim deck <NUM>. As is explained in more detail herein, the rim deck <NUM> is configured to support items on the basin rim <NUM> while simultaneously facilitating draining of water from the items into the basin <NUM> (e.g., to the drain <NUM>, etc.). Advantageously, the rim deck <NUM> is integral with (e.g., built into, etc.) the basin <NUM>, such that the rim deck <NUM> cannot become dislodged (e.g., knocked off, etc.) the basin rim <NUM> during use. As a result, the rim deck <NUM> provides additional functionality to the sink system <NUM>, thereby increasing the desirability of the sink system <NUM>.

At least one of the rim front side <NUM>, the rim first side <NUM>, the rim rear side <NUM>, or the rim second side <NUM> includes the rim deck <NUM>. The rim deck <NUM> includes a rim deck recess <NUM>. The rim deck recess <NUM> is formed in the rim front side <NUM>, the rim first side <NUM>, the rim rear side <NUM>, or the rim second side <NUM>.

The rim deck recess <NUM> defines a rim deck surface <NUM>. The rim deck surface <NUM> is sloped (e.g., curved, slanted, angled, etc.) so as to facilitate draining of water on the rim deck surface <NUM> into the basin <NUM> and to the drain <NUM>.

The rim deck <NUM> also includes a plurality of rim deck supports <NUM>. Each of the rim deck supports <NUM> extends from the rim deck surface <NUM>. In some embodiments, such as is shown in <FIG> and <FIG>, the rim deck supports <NUM> are ribs (e.g., flanges, etc.). In other embodiments, such as is shown in <FIG>, the rim deck supports <NUM> are posts.

The rim deck supports <NUM> define a plurality of rim deck channels <NUM>, each rim deck channel <NUM> being located between at least two adjacent rim deck supports <NUM>. As a result, any water on the rim deck <NUM> may flow through the rim deck <NUM> (e.g., towards the drain <NUM>, etc.) via the rim deck channels <NUM>. As a result, the rim deck <NUM> is more desirable than other decks which may be unable to drain easily and may accumulate mold or grime.

As shown in <FIG>, the rim deck <NUM> may be a single structure that is encased (e.g., encapsulated, surrounded, etc.) in one of the rim front side <NUM>, the rim first side <NUM>, the rim rear side <NUM>, or the rim second side <NUM>. Specifically, the rim deck supports <NUM> are each integrally formed with a rim deck base <NUM> that is at least partially encapsulated by being surrounded by molding material (e.g., used to form the rim front side <NUM>, used to form the rim first side <NUM>, used to form the rim rear side <NUM>, used to form the rim second side <NUM>, etc.). In some embodiments, the rim deck surface <NUM> may be formed in the rim deck base <NUM> and the rim deck base <NUM> may protrude from one of the rim front side <NUM>, the rim first side <NUM>, the rim rear side <NUM>, or the rim second side <NUM>.

In various embodiments, the rim deck <NUM> (e.g., the rim deck supports <NUM>, the rim deck base <NUM>) are formed from a first material (e.g., aluminum, stainless steel, metal, ceramic, plastic, composite, etc.) and the rim front side <NUM>, the rim first side <NUM>, the rim rear side <NUM>, or the rim second side <NUM> associated with the rim deck <NUM> is formed from a second material (e.g., plastic, ceramic, composite, etc.) different from the first material.

<FIG> and <FIG> illustrate portions of the sink system <NUM> according to various embodiments. The sink system <NUM> includes a drain cover system that includes a drain cover and two separate recesses formed in the floor of the basin. The drain cover can be received in either recess. The recesses have different depths, such that the drain is sealed when the drain cover is received in one recess and not sealed when the drain cover is received in the other recess. The drain cover provides a simple, aesthetically pleasing mechanism for controlling flow of water out of the basin.

The basin <NUM> includes a drain cover system <NUM>. As is explained in more detail herein, the drain cover system <NUM> is disposed over the drain <NUM> and is operable between a first position, where flow of water from the basin <NUM> into the drain <NUM> is facilitated by the drain cover system <NUM>, and a second position, where flow of water from the basin <NUM> into the drain <NUM> is prohibited by the drain cover system <NUM>.

As is explained in more detail herein, the drain cover system <NUM> provides a mechanism for selectively plugging the drain <NUM> using a drain cover that is magnetically coupled to the floor <NUM> and that provides the floor <NUM> with a flush appearance. As a result, the drain cover system <NUM> provides additional functionality to the sink system <NUM>, thereby increasing the desirability of the sink system <NUM>.

The drain cover system <NUM> includes a first recess <NUM> formed in the floor <NUM> over the drain <NUM>. In other words, the drain <NUM> extends through the first recess <NUM>. The first recess <NUM> is defined by a first recess shape (e.g., square, rectangular, triangular, polygonal, star-shaped, etc.) and a first recess depth.

The drain cover system <NUM> also includes a second recess <NUM> formed in the floor <NUM> over the drain <NUM>. In other words, the drain <NUM> extends through the second recess <NUM>. Additionally, the second recess <NUM> is contiguous with the first recess <NUM>. The second recess <NUM> is defined by a second recess shape (e.g., square, rectangular, triangular, polygonal, star-shaped, etc.) and a second recess depth. The second recess depth is greater than the first recess depth. The second recess shape is the same as the first recess shape.

The second recess <NUM> is not aligned with the first recess <NUM>. Instead, the second recess <NUM> is rotated an angular distance α relative to the first recess <NUM> and about a drain center axis <NUM> on which the drain <NUM> is centered. In various embodiments, the α is approximately equal to <NUM> degrees. In other examples, the α may be approximately equal to <NUM> degrees, <NUM> degrees, or <NUM> degrees.

The drain cover system <NUM> also includes a drain cover <NUM> (e.g., lid, etc.). The drain cover <NUM> is configured to be received within the first recess <NUM> when the drain cover system <NUM> is in the first position and is configured to be received within the second recess <NUM> when the drain cover system <NUM> is in the second position. The drain cover <NUM> is defined by a cover shape and a cover depth. The cover shape is the same as the first recess shape and the second recess shape. The cover depth is the same as the first recess depth. In some embodiments, an entirety of the drain cover <NUM> is formed from a magnet, metal, a magnetic material, and/or a ferromagnetic material.

When the drain cover <NUM> is received within the first recess <NUM>, the second recess <NUM> is uncovered. Due to the difference between the first recess depth and the second recess depth, a gap is formed between the drain cover <NUM> and the floor <NUM> as the second recess <NUM>. This gap facilitates flow of water through the drain cover system <NUM> when the drain cover system <NUM> is in the first position.

In various embodiments, a thickness of the drain cover <NUM> is approximately equal to the first recess depth. As a result, the floor <NUM> and the drain cover system <NUM> have a generally flush appearance when the drain cover system <NUM> is in the first position.

When the drain cover <NUM> is received within the second recess <NUM>, the second recess <NUM> is covered. Due to the match between the second recess shape and the cover shape, a seal is formed between the drain cover <NUM> and the second recess <NUM>. This seal prohibits flow of water through the drain cover system <NUM> when the drain cover system <NUM> is in the second position.

In various embodiments, the drain cover <NUM> includes at least one drain cover coupler <NUM> (e.g., magnet, metal component, ferromagnetic component, electromagnetic component, etc.). The drain cover coupler <NUM> is disposed proximate a corner of the drain cover <NUM>. Similarly, the floor <NUM> includes at least one first recess coupler2312 (e.g., magnet, metal component, ferromagnetic component, electromagnetic component, etc.). The first recess coupler2312 is disposed proximate the first recess <NUM>. The drain cover coupler <NUM> is configured to be magnetically coupled to the first recess coupler2312 when the drain cover system <NUM> is in the first position. The magnetic coupling between the drain cover coupler <NUM> and the first recess coupler2312 may assist in positioning the drain cover system <NUM> in the first position and may provide for retention of the drain cover system <NUM> in the first position. Similarly, the floor <NUM> includes at least one second recess coupler2314 (e.g., magnet, metal component, ferromagnetic component, electromagnetic component, etc.). The second recess coupler2314 is disposed proximate the second recess <NUM>. The drain cover coupler <NUM> is configured to be magnetically coupled to the second recess coupler2314 when the drain cover system <NUM> is in the second position. The magnetic coupling between the drain cover coupler <NUM> and the second recess coupler2314 may assist in positioning the drain cover system <NUM> in the second position and may provide for retention of the drain cover system <NUM> in the second position.

While this specification contains many specific implementation details, these should not be construed as limitations on the scope of what may be claimed but rather as descriptions of features specific to particular implementations. Certain features described in this specification in the context of separate implementations can also be implemented in combination in a single implementation. Conversely, various features described in the context of a single implementation can also be implemented in multiple implementations separately or in any suitable subcombination. Moreover, although features may be described as acting in certain combinations and even initially claimed as such, one or more features from a claimed combination can, in some cases, be excised from the combination, and the claimed combination may be directed to a subcombination or variation of a subcombination.

As utilized herein, the term "approximately," "generally," and similar terms are intended to have a broad meaning in harmony with the common and accepted usage by those of ordinary skill in the art to which the subject matter of this disclosure pertains. It should be understood by those of skill in the art who review this disclosure that these terms are intended to allow a description of certain features described and claimed without restricting the scope of these features to the precise numerical ranges provided. Accordingly, these terms should be interpreted as indicating that insubstantial or inconsequential modifications or alterations of the subject matter described and claimed are considered to be within the scope of the present disclosure as recited in the appended claims.

The term "coupled" and the like, as used herein, mean the joining of two components directly or indirectly to one another. Such joining may be stationary (e.g., permanent) or moveable (e.g., removable or releasable). Such joining may be achieved with the two components or the two components and any additional intermediate components being integrally formed as a single unitary body with one another, with the two components, or with the two components and any additional intermediate components being attached to one another.

It is important to note that the construction and arrangement of the system shown in the various example implementations is illustrative only and not restrictive in character. All changes and modifications that come within the scope of the appended claims are desired to be protected. It should be understood that some features may not be necessary, and implementations lacking the various features may be contemplated as within the scope of the application, the scope being defined by the claims that follow. When the language "a portion" is used, the item can include a portion and/or the entire item unless specifically stated to the contrary.

Conjunctive language such as the phrase "at least one of X, Y, and Z," unless specifically stated otherwise, is otherwise understood with the context as used in general to convey that an item, term, etc. may be either X, Y, Z, X and Y, X and Z, Y and Z, or X, Y, and Z (i.e., any combination of X, Y, and Z). Thus, such conjunctive language is not generally intended to imply that certain embodiments require at least one of X, at least one of Y, and at least one of Z to each be present, unless otherwise indicated.

Claim 1:
A sink system (<NUM>) comprising:
a basin (<NUM>) comprising:
a floor (<NUM>);
a front wall (<NUM>) contiguous with the floor (<NUM>); and
a basin rim (<NUM>) having a rim front side (<NUM>) contiguous with the front wall (<NUM>), the rim front side (<NUM>) comprising an aperture (<NUM>);
an apron (<NUM>) comprising an apron coupling wall (<NUM>) configured to be coupled to the rim front side (<NUM>), the apron coupling wall (<NUM>) comprising an apron slot (<NUM>) that is configured to be aligned with the aperture (<NUM>) when the apron (<NUM>) is coupled to the basin rim (<NUM>);
a threaded fastener (<NUM>) configured to be received in the aperture (<NUM>) and the apron slot (<NUM>); and
a nut (<NUM>) configured to be threaded on the threaded fastener (<NUM>) and to interface with the apron slot (<NUM>) to cooperate with the aperture (<NUM>), wherein the apron (<NUM>) is coupled to the basin (<NUM>) as the nut (<NUM>) is threaded on to the threaded fastener (<NUM>).