A sink and basin system for installing into a cabinet and counter assembly for use as a work station, and more specifically for stainless-steel sink systems. Some embodiments of the sink may include a plurality of ridge-elements located along the front and rear of the sink basin. These ridges can allow for receiving supports on the lower faces of the ridges, and allow for the placement of temporary or permanent in-sink accessories on the upper faces of the ridges. A support structure secures the sink and basin system into the cabinet, and a foil-backed foam board or wrap is placed between the support structure and the sink for prevention of condensation and for sound dampening.

A sink and basin system for installing into a cabinet and counter assembly for use as a work station, and more specifically for stainless-steel sink systems. Some embodiments of the sink may include a plurality of ridge-elements located along the front and rear of the sink basin. These ridges can allow for receiving supports on the lower faces of the ridges, and allow for the placement of temporary or permanent in-sink accessories on the upper faces of the ridges. A support structure secures the sink and basin system into the cabinet, and a foil-backed foam board or wrap is placed between the support structure and the sink for prevention of condensation and for sound dampening.

A connecting element (1) is provided for fastening a sink (10) to a worktop (20), which worktop has a cutout (21) for inserting the sink, which cutout has a peripheral boundary surface (22). The connecting element has: a base body (2) serving as a bearing part for bearing against the sink; at least one spring part (3.1-3.8) which projects from the base body on a first side and which is designed, under loading in the direction of the base body, to produce a spring force which acts away from the base body; and at least one anchoring part which projects from the base body on a second side thereof situated opposite to the first side and which is designed to engage in a slot-shaped recess (15) in the sink. An engagement direction of the anchoring part extends substantially approximately antiparallel to a direction of the spring force.

A connecting element (1) is provided for fastening a sink (10) to a worktop (20), which worktop has a cutout (21) for inserting the sink, which cutout has a peripheral boundary surface (22). The connecting element has: a base body (2) serving as a bearing part for bearing against the sink; at least one spring part (3.1-3.8) which projects from the base body on a first side and which is designed, under loading in the direction of the base body, to produce a spring force which acts away from the base body; and at least one anchoring part which projects from the base body on a second side thereof situated opposite to the first side and which is designed to engage in a slot-shaped recess (15) in the sink. An engagement direction of the anchoring part extends substantially approximately antiparallel to a direction of the spring force.

An undermount sink and countertop combination is disclosed for use with a sink cabinet. The sink cabinet includes a sink-receiving opening and a sink cabinet width and depth. The sink includes a basin that is sized and shaped to be received within the sink-receiving opening. The basin includes side wall portions, an upper outer perimeter surrounding the side wall portions, and a bottom portion. A mounting flange extends from the upper outer perimeter of the basin. The mounting flange is shaped to rest atop the cabinet and underneath the countertop and is sized with a mounting flange width and depth substantially equal to the sink cabinet width and depth.

An undermount sink and countertop combination is disclosed for use with a sink cabinet. The sink cabinet includes a sink-receiving opening and a sink cabinet width and depth. The sink includes a basin that is sized and shaped to be received within the sink-receiving opening. The basin includes side wall portions, an upper outer perimeter surrounding the side wall portions, and a bottom portion. A mounting flange extends from the upper outer perimeter of the basin. The mounting flange is shaped to rest atop the cabinet and underneath the countertop and is sized with a mounting flange width and depth substantially equal to the sink cabinet width and depth.

A fallen undermount sink complete repair apparatus includes a wall bracket having at least one flange portion configured for fixedly fastening to a vertical wall and a second central portion generally forming an obtuse angle to the flange portion, with an aperture therethrough. Additionally, there is an expandable elongated member pivotably attached at a proximal end to the wall bracket, and at the distal end of the elongated member is a sink bracket head portion generally perpendicular to that of the elongated member and configured to pivot and press against a portion of the underside rim of a detached sink.

A fallen undermount sink complete repair apparatus includes a wall bracket having at least one flange portion configured for fixedly fastening to a vertical wall and a second central portion generally forming an obtuse angle to the flange portion, with an aperture therethrough. Additionally, there is an expandable elongated member pivotably attached at a proximal end to the wall bracket, and at the distal end of the elongated member is a sink bracket head portion generally perpendicular to that of the elongated member and configured to pivot and press against a portion of the underside rim of a detached sink.

A farmhouse sink system with a rimless metallic sink that includes a farmhouse sink frame having a sidewall with a top surface for mounting underneath a lower surface of a countertop, defining a sink frame access opening therethrough, and an upper lip extending laterally inward toward the sink frame access opening on at least two opposing sides, of the sidewall of the farmhouse sink frame. A metallic sink is disposed within the sink frame access opening, that defines at least one bowl, and has a mounting flange member laterally extending outwardly from an outer sidewall surface of the sidewall of the metallic sink, and a rimless upper edge disposed along and around the sidewall of the metallic sink and superimposed by the upper lip of the farmhouse sink frame. Further, a sink mounting frame assembly is utilized to support the metallic sink on a support surface.

Methods, systems, and hardware suitable for mounting a sink to a mounting structure. A mounting device for use in such methods and systems secures or supports a wall-mounted sink to a mounting structure at or adjacent an upper extremity of the sink and/or at a faucet-mounting hole of the sink.