The present disclosure generally relates to workstation sinks and related accessories. More specifically, the present disclosure relates to workstation sinks designed for use with several different sink and kitchen accessories to create a functional sink workplace. One example is a workstation sink system having a faucet, a basin, and one or more accessories configured for use in the basin or neighboring countertops and ledges. Another example is a workstation sink accessory kit containing two or more accessories for use with a basin or neighboring countertops and ledges. A user may select any number of accessories their particular kitchen and sink needs.

A compact drying rack has a rectangular base section and an upright support section removably connected to the rectangular base section. The upright support section includes a front support arch and a rear support arch slidably interconnected by a double tongue and groove connection. The upright support section is connected to the base section by cantilever snap-fit connectors.

A compact drying rack has a rectangular base section and an upright support section removably connected to the rectangular base section. The upright support section includes a front support arch and a rear support arch slidably interconnected by a double tongue and groove connection. The upright support section is connected to the base section by cantilever snap-fit connectors.

A facility for storing bottles includes a base retainer, at least one auxiliary retainer, and one or more struts. The base retainer has an upward-facing cavity and the auxiliary retainers may include downward-facing and upward-facing cavities so that the base and one or more auxiliary retainers may be stacked upon struts received within these cavities. The retainers include spaced apart bottle-receiving bays for receiving bottles for draining. The bays include drain lumina communicating with the retainer cavities and the base retainer may also include a drain which receives a drain tube for plumbing drained fluids from the bottles to a nearby sink basin or utility drain. The struts are preferably hollow to allow fluids collected by the auxiliary retainers to collect and flow out by the drain tube. Each bay includes a flange-receiving slot complementary with flanges on bottles for holding bottles inverted for draining.

The present disclosure relates to organizational devices for dishwashing environments. The disclosed technology includes a combined sink caddy and counter mat. The combined sink caddy and counter mat can include a sink caddy and a counter mat. The sink caddy can include a frame, a plurality of ridges, and a basket. The plurality of ridges can extend from the frame in a first direction perpendicular to the flat face. The basket can include a plurality of walls and a flat bottom forming therethrough a plurality of draining apertures. The counter mat can be attachable to the sink caddy along a first long side of the frame. The counter mat can include panels hingedly connected in series such that the panels can be folded such that a first panel lies flat-faced against a second panel. Each panel can have a profile similar in dimension to that of the frame.

The present disclosure relates to organizational devices for dishwashing environments. The disclosed technology includes a combined sink caddy and counter mat. The combined sink caddy and counter mat can include a sink caddy and a counter mat. The sink caddy can include a frame, a plurality of ridges, and a basket. The plurality of ridges can extend from the frame in a first direction perpendicular to the flat face. The basket can include a plurality of walls and a flat bottom forming therethrough a plurality of draining apertures. The counter mat can be attachable to the sink caddy along a first long side of the frame. The counter mat can include panels hingedly connected in series such that the panels can be folded such that a first panel lies flat-faced against a second panel. Each panel can have a profile similar in dimension to that of the frame.

The improved dish stand is configured for use with cookware, crockery, and cutlery. The improved dish stand forms a containment structure that elevates the cookware, crockery, and cutlery above a supporting surface. The improved dish stand receives the cookware, crockery, and cutlery while the cookware, crockery, and cutlery is wet. The improved dish stand forms a structure that: a) allows gravity to drain water from the cookware, crockery, and cutlery; and, b) provides a flow path that transports the drained water into the DWV of a domestic plumbing system. The improved dish stand incorporates a pedestal structure, a stand structure, and a plurality of segregated spaces. The pedestal structure is a load bearing structure that elevates the stand structure above the supporting surface. The plurality of segregated structures are formed within the stand structure. The stand structure forms the physical structure that receives the cookware, crockery, and cutlery.

The improved dish stand is configured for use with cookware, crockery, and cutlery. The improved dish stand forms a containment structure that elevates the cookware, crockery, and cutlery above a supporting surface. The improved dish stand receives the cookware, crockery, and cutlery while the cookware, crockery, and cutlery is wet. The improved dish stand forms a structure that: a) allows gravity to drain water from the cookware, crockery, and cutlery; and, b) provides a flow path that transports the drained water into the DWV of a domestic plumbing system. The improved dish stand incorporates a pedestal structure, a stand structure, and a plurality of segregated spaces. The pedestal structure is a load bearing structure that elevates the stand structure above the supporting surface. The plurality of segregated structures are formed within the stand structure. The stand structure forms the physical structure that receives the cookware, crockery, and cutlery.

An integrated drying system for a kitchen sink comprises a drying rack configured to rest above a basin of the sink, and a bottom grid configured to rest on the bottom of the basin. The drying rack includes a plurality of first parallel supports having a first spacing and a plurality of second parallel supports having a second spacing that is greater than the first spacing. At least one elongated notch is formed in the bottom grid. The at least one elongated notch has a width that is greater than the first spacing, and has a depth such that the notch extends downwardly from a primary plane defined by the bottom grid. When the drying rack is placed over a kitchen sink with the bottom grid resting in the basin, the second parallel supports of the drying rack are arranged parallel to the elongated notches of the bottom grid.

An integrated drying system for a kitchen sink comprises a drying rack configured to rest above a basin of the sink, and a bottom grid configured to rest on the bottom of the basin. The drying rack includes a plurality of first parallel supports having a first spacing and a plurality of second parallel supports having a second spacing that is greater than the first spacing. At least one elongated notch is formed in the bottom grid. The at least one elongated notch has a width that is greater than the first spacing, and has a depth such that the notch extends downwardly from a primary plane defined by the bottom grid. When the drying rack is placed over a kitchen sink with the bottom grid resting in the basin, the second parallel supports of the drying rack are arranged parallel to the elongated notches of the bottom grid.