System for mounting a sink

Abstract

A system for mounting a sink under a countertop including one or more flexible supports and anchors to secure a sink wherein sealant may not be required.

Claims

1. A system for mounting a sink under a countertop comprising: at least two support rails, each of the at least two support rails having a top surface, bottom surface and side surfaces; holes through each of the at least two support rails spanning from the top surface to the bottom surface; threaded members fit through at least one of the holes in each of the at least two support rails; anchors with each having a support hole for engaging an end of a support rail; and at least one flexible support, the at least one flexible support connectable to the at least two support rails for supporting the sink.

2. The system of claim 1 wherein the at least two support rails are comprised of wood.

3. The system of claim 1 wherein the at least two support rails are chosen from wood, plastics, metals and combinations thereof.

4. The system of claim 1 wherein the holes comprise various diameters.

5. The system of claim 1 further comprising t-nuts for use with one or more of the holes.

6. The system of claim 1 wherein each of the anchors comprise at least one stabilizing point on an underside of the top surface.

7. The system of claim 1 wherein at least one of the anchors comprises a square shaped opening sized to the end of one of the at least two support rails rail.

8. The system of claim 1 wherein at least one of the anchors comprises an opening with a rounded bottom edge.

9. The system of claim 1 further comprising one or more caps to engage an end of at least one of the threaded members.

10. The system of claim 9 wherein at least one of the one or more caps may include an indentation for the threaded member and a biting edge.

11. The system of claim 10 wherein at least one of the one or more caps comprises a bolt end indentation and biting edges, with a top surface of the bolt end indentation below top edges of the biting edges prior to installing the at least one of the one or more caps.

12. The system of claim 9 wherein at least one of the caps comprises extended legs that extend at least partially down on each side surface of at least one of the support rails.

13. The system of claim 1 wherein the strap comprises a metal strap with a plurality of holes at least one end.

14. The system of claim 1 wherein the strap comprises a plastic strap with a plurality of holes at least one end.

15. A system for mounting a sink under a countertop comprising: at least two support rails, each support rail having a top surface, bottom surface and side surfaces; a plurality of holes through each of the at least two support rails spanning from the top surface to the bottom surface; anchors with each having a support hole for the support rail and also mounting holes; threaded members threaded through holes spanning from the top surface to the bottom surface of each of the at least two support rails; a secondary support above the top surface of the at least two support rails and engaged with the threaded members; and one or more sink bowl straps, each strap having ends with multiple holes for connecting to the at least two support rails.

16. A mounted multi-bowl sink within a cabinet comprising: a countertop with a hole having a topside and a bottom side; a multi-bowl sink with at least two bowls and a sink rim, the multi-bowl sink being secured up against the bottom side of the countertop; two support rails, each of the two support rails having a top surface, a bottom surface, ends and side surfaces, each of the two support rails having a portion of the rail below the sink rim; a plurality of holes through each of the two support rails spanning from the top surface to the bottom surface; threaded members threaded through one or more of the plurality of holes spanning from the top surface to the bottom surface of each of the two support rails, the threaded members threaded far enough through one or more of the plurality of holes to elevate the sink against the underside of the countertop; anchors with support holes within which the ends of one or more of the two support rails is positioned, the anchors also having mounting holes, the anchors being secured to the cabinet through the mounting holes; and a flexible support attached to both of the two support rails rail spanning across and supporting the multi-bowl sink.

17. The mounted sink of claim 16 further comprising sealant between the multi-bowl sink and the underside of the counter.

18. The mounted sink of claim 16 further comprising one or more caps on the threaded members.

19. The mounted sink of claim 16 further comprising a secondary support above each of the two support rail and engaged with the threaded members.

20. A method of mounting a sink under a countertop comprising the steps of: a) providing the sink, a cabinet, and the countertop with opening; b) providing mounting hardware including at least two support rails, each of the two support rails having a top surface, bottom surface and side surfaces; a plurality of holes through each of the two support rails spanning from the top surface to the bottom surface; anchors with each having an anchor opening with one or more mounting holes and a top surface; threaded members threaded through holes spanning from the top surface to the bottom surface of each of the two support rails; and one or more flexible supports, each of the one or more flexible strap having ends for connecting to the support rails; c) placing the anchors in place with each of the two support rails fitting between two anchors; d) engaging threaded members in the support rails to elevate the sink; and e) attaching at least one of the one or more flexible supports spanning from one of the two support rails across the underside of the sink to one of the two support rails.

Description

(1) The accompanying drawings are incorporated in and constitute a part of this specification. The drawings illustrate optional embodiments of the invention and together with the description, serve to explain some principles of the invention.

(2) FIG. 1 comprises a prospective view of an optional embodiment of a system for mounting a sink.

(3) FIG. 2 is a view of an optional embodiment of an anchor for a mounting system for a sink.

(4) FIG. 3 is a view of an optional embodiment of a flexible support for an optional embodiment of a mounting system for a sink.

(5) FIG. 4 is a view of an attachment of optional embodiments of the flexible support and anchor of a system for mounting a sink.

(6) FIG. 5 is an exploded view of the system for mounting a sink with a sink and a countertop.

(7) FIG. 6a-6b are illustrations of optional embodiments of anchors for a system for mounting a sink.

(8) FIG. 7a-7b are optional embodiments of anchors for a system for mounting a sink.

(9) FIG. 8a-8b are optional embodiments of illustrations of tightening anchors for a system for mounting a sink.

(10) FIG. 9a-d are views of an optional embodiment for a system for mounting a sink.

(11) FIG. 10 is a view of an optional embodiment of an adjustment member for a system for mounting a sink.

(12) FIG. 11 is a view of an optional embodiment for a system for mounting a sink

(13) FIG. 12 is a view of an optional embodiment with support rails under a sink.

(14) FIG. 13 is a view of an optional embodiment with support rails and secondary supports under a sink.

(15) FIG. 14 is a view of an optional embodiment with support rails with the flexible support being connected.

(16) FIG. 15 is a view of an optional embodiment with support rails illustrating the flexible support under a multi-bowl sink.

(17) FIG. 16 is a view of an optional embodiment with support rails and a cap.

(18) FIG. 17 is a view of an optional embodiment with support rails illustrating a support rail, threaded members, and anchors without cabinet walls or a sink

(19) FIG. 18 is a view of an optional embodiment with support rails and secondary supports under a sink.

(20) Reference will now be made in detail to optional embodiments of the invention, examples of which are illustrated in accompanying drawings. Whenever possible, the same reference numbers are used in the drawings and the description refer to the same or like parts.

(21) As shown in FIG. 1, system 10 may comprise anchors 12 and flexible support 14. For example, a portion of system 10 or the complete system 10 may include two anchors 12 and one flexible support or in further optional embodiments the system may include multiple anchors 12 and multiple flexible supports 14. The design and numbers of flexible supports and anchors may be decided by the individual installing the sink and as furthermore may be determined upon the size and type of sink for which will be mounted.

(22) One optional embodiment of anchors 12 may comprise mounting holes 16, support attachment holes 18 for attaching to flexible support 14. The anchors may also comprise structure contact side 20 where anchors 12 contact structure beneath the sink. Generally the structure may comprise walls such as cabinet walls or in further embodiment may just include any type of support walls running generally about perpendicular to the ground for which anchors 12 may attach. Further embodiments may include embodiments where the mounting holes and the attachment holes are the same holes.

(23) Referring now to FIG. 2, an optional embodiment of anchor 12 may comprise a variety of different mounting hole 16 locations so as to provide a user with multiple possibilities in mounting the anchor as desired. As such, illustrations of anchor 12 should not be considered limiting in any regard as multiple hole locations including numbers, sizes, as well as quantity may exist for the present invention. Furthermore, sizes and shapes of the anchor may be different than as embodied as the optional embodiment provides merely one of the possible types of anchor 12 of the system. Additionally, support attachments 24 may be located in different quantities, sizes and locations and furthermore on different contours of anchor 12. In optional embodiments support attachment holes 18 may comprise threads 22 so that screws may be threaded there within. In further embodiments support attachment holes 18 may comprise no threads as a simple bolt and washer or other types of embodiments may be utilized in attaching flexible support 14 to the anchors as portrayed in this optional embodiment.

(24) Anchor 12 may have a variety of different contours and shapes in attaching to adjacent walls as well as to flexible support 12 of the system. Such designs may include attachment portion 24 of anchor 12 including one or more support holes 18 which may or may not include threads 22. Attachment portion 24 may be angled from wall contact portion 20 so as to provide the user with greater ease in attaching one or more flexible supports 14 to anchor 12. In further embodiments attachment portion 24 may comprise a variety of shapes, contours and sizes in relation to the rest of anchor 12.

(25) In yet further optional embodiments anchor 12 may comprise a variety of attachments for receiving and connecting to flexible support 14. This may include hooks and loops as well as holes for a variety of attachments from pins to nails to screws to clips and rings in providing a physical attachment for flexible support 14 and in optional multiple flexible supports 14.

(26) Referring now to FIG. 3 as shown is one optional embodiment of flexible support 14. Flexible support 14 may include a strap type design comprised of a multiplicity of different materials.

(27) As used herein flexible means able to flex, able to bend, capable of being bent without breaking, pliable, not stiff, and/or not rigid.

(28) Flexible supports 14 may comprise wire, cable, rope, straps as well as plastic straps, metal strapping, polymer straps, and combinations thereof. Flexible support 14 may have width 26 less than a length 28 with a thickness 30 less than width 26. In optional embodiments of flexible support 14, wire, cable or rope and even chain may be utilized. Flexible support 14 may also include flexible support holes 32 for mounting to anchors 12 of system 10.

(29) In further optional embodiments, support holes 32 may be in lesser or greater quantities as well as have different sizes and shapes and in even further optional embodiments may not be included in flexible support 14. In such embodiments, support holes 32 may not be necessary for the system to function and furthermore in additional optional embodiments support holes 32 may be constructed by the user.

(30) FIG. 4 illustrates an optional embodiment of anchor 12 with flexible support 14 of system 10. Connection 34 may be utilized to attach flexible support 14 to anchor 12 through one or more of support holes 32 of flexible support 14 to one or more support attachment holes 18 in anchor 12. Additionally, attachment 34 may include threads 36 so that in optional embodiments of support attachment holes 18 with threads 22 attachment 34 with threads 36 may thread there into.

(31) In optional embodiments attachment 34 may include nuts, bolts, nails, washers or other types of hardware used in attaching and securing items so as to provide a secure connection between flexible support 14 and anchor 12 of mounting system 10. As such, one optional embodiment includes the use of rectangular washers 38 optionally at flexible support 14 or additionally at support attachment holes 18 of anchor 12 (not shown) which may spread some of the force created by the weight of the sink.

(32) In further optional embodiments attachment 34 may include clips, pins and rings, nails, hooks, S-hooks, zip ties, nuts and bolts, rivets, and combinations thereof in attaching flexible support 14 to anchor 12 of system 10. An additional optional embodiment may include a pin with a hole therewith through which may be inserted within one or more support holes 32 and subsequently pass through support attachment holes 18 in positioning the flexible support to anchor 12 with a stop pin placed through the hole of the other pin in attaching the two portions of system 10 together. Additionally, optional embodiments may also include the use of a type of thread adhesive in further securing threaded components together in further minimizing the chances that threaded components may become unthreaded.

(33) The system that has been described may be used as follows and is shown in FIG. 5. The user may mount anchors 12 to walls 40 and secure flexible support 14 between anchors 12. Sink 42 may then be placed on flexible support 14 with countertop 44 placed there above. In further embodiments countertop 44 may already rest upon cabinet edge 46 and in use of one optional embodiment of the system anchors may be installed to wall 40, sink 42 adjusted in the proper location and finally flexible supports 14 secured between anchors 12.

(34) Additional embodiments may include the use of anchors at location 48 and 50 and further may be utilized along back wall 52 and even the front of the cabinetry (not shown). Other optional aspects of the invention may include flexible supports connecting from anchor 12.1 to an anchor at location 50 and an additional flexible support connecting to anchor 12.2 as well as to anchor 12 located at location 48. In review of the possible locations for the anchors in the use of flexible straps, multiple different orientations may be utilized in supporting the sink and the illustration of one optional embodiment should not be taken as limiting in any regard to the possible arrangements of the invention.

(35) Referring now to FIGS. 6a and 6b the further embodiments of anchors of an optional embodiment of the system. In one optional embodiment as illustrated in FIG. 6a, anchor 12 may mount to a wall with flexible support 14 between anchor 12 and the wall. The holes in this optional embodiment of anchor 12 may comprise both holes 16 and support holes 32 and be used as either. In optional embodiments flexible support 14 may be mounted there through in attaching the anchor to the wall where a screw, nail, bolt or other devise may either pierce flexible support 14 or pass through holes within flexible support 14.

(36) Referring now to FIG. 6b, there is an optional embodiment of anchors 12 The having indention 54 for placement of flexible support 14. Further optional embodiments of indention 54 may comprise a variety of shapes, sizes and locations and provides for a location in which flexible support 14 may be positioned.

(37) Referring now to FIG. 7a, there is an optional embodiment of anchor 12 including loop 56. In such embodiments flexible support 14 may pass above or below loop 56 and either terminate at loop 56 or pass about loop 56 to a different anchor. In such embodiments flexible support 14 may be attached at one anchor, pass through loop 56 on a different anchor an either reattach at the anchor in which flexible support 14 is attached or alternatively, attach to a different anchor. As such, multiple anchors 12, including loops 56 may be used with any other style of anchor in providing a point of attachment for flexible support and possibly positioning around loop 56.

(38) In additional optional embodiments, FIG. 7b illustrates anchor 12 having slits 58. Flexible support 14 may thread through one or more slits 58 of anchor 12 in attaching or looping at the anchor. In additional optional embodiments not illustrated, lesser or greater numbers of slits 58 may be utilized in forming the anchor. Furthermore, the term slits as used herein means any openings on the anchor through which the flexible support 14 may pass there into. There is no set method or order in which flexible support 14 may pass through one or more slits 58 in securing the system.

(39) An optional embodiment of anchor 12 as shown in FIGS. 8a and 8b may also be in the form of a tightening anchor. The tightening anchor 12 as used in the present invention may include tightening element 60 for moving slack from a flexible support to which it is attached. Tightening element 60 may comprise a variety of different tightening elements including a ratcheting element or elements. As used herein, the term ratcheting means moving in one direction, having a toothed wheel or ratchet that engages with a pawl to prevent movement in one direction, allowing linear or rotary movement in one direction, or having a ratchet wheel.

(40) Other optional embodiments of the tightening element comprise pins with attachments for a flexible support which may rotate as well as other rotatable and non-rotatable elements to take up slack in flexible support 14.

(41) In one optional embodiment tightening element 60 may comprise a ratchet element which may be turned to provide tension to flexible support. This may comprise the use of engagement point 62 for the user to rotate a gear wheel portion of a ratchet in removing slack from a flexible support there connected with. In optional embodiments, flexible support 14 may first pass behind support bar 63 of anchor 12 and then either connect to tightening element 60 or pass through tightening element 60 to be subsequently tightened.

(42) In optional embodiments including tightening element 60 as a ratchet, tightening element 60 may comprise gear wheel 64 and pawl 66 so that pawl 66 may slide up and over each tooth 68 of gear wheel 64 with the pawl 66 being forced back down into depression 70 between the teeth. In further embodiments not illustrated, tightening element 60 may comprise ratchets with multiple gear wheels at various locations on anchor 12 both internally and externally in providing a user the capacity to tighten a flexible support quickly and easily.

(43) As previously mentioned, tightening element 60 may comprise a variety of different elements not illustrated herein. Such elements may comprise a bar with a slit for inserting a flexible support there through, a rotatable element with various screw, pin or nut and bolt type attachments for affixing with a flexible support as well as various fit screws, clamps and locks that may be utilized to pull flexible support 14 there through and remove slack in providing adequate support to a sink.

(44) In further optional embodiments of anchor 12, either mounting hole 16 or mounting tab 71 may be utilized in affixing anchor 12 to a cabinet.

(45) Components of anchor 12 may be comprised of a variety of materials including metals such as steel, iron, aluminum, alloys, other metals or combinations thereof as well as plastics, polymers and the like in providing suitable anchors for the present invention.

(46) The system that has been described may also be used as described below. The user may first mount anchors 12 to walls 40 prior to placing a flexible support 14 between the anchors. As previously described, one or more anchors may be utilized and any discussion is not intended to limit the invention in any regard. Flexible support 14 may be used and attached between anchors 12 in providing a support for sink 42. Once sink 42 is placed upon flexible supports 14 the countertop may be placed or optionally in embodiments where the countertop is already affixed, the portions of flexible support between the anchors may be sized so as to provide support to push sink 42 against counter 44. This may comprise the use of one or more anchors having tightening element 60 where the user may tighten the flexible support, optionally by manipulating engagement 62 in removing slack from flexible supports 20.

(47) Referring now to FIGS. 9a-9d there is provided an additional optional embodiment of a system for mounting a sink. In such optional embodiments, flexible support coupler 72 may be utilized to connect with flexible support 14 which may optionally be attached to anchors 12. In embodiments as illustrated, flexible support coupler 72 may include adjustment points 74 in providing the user options in sizing the system for mounting a sink. In further embodiments as illustrated in FIG. 10, flexible support coupler 72 may include a variety of shapes and sizes for adjustment 74 including notches, hooks, indentations, twists, tabs or the like for securing flexible support 14 at various adjustment points 74. In further embodiments not illustrated, flexible support coupler 72 may include only one point of connection to flexible support 14 or furthermore may include greater or lesser numbers of adjustment points than as illustrated in the provided drawings.

(48) Optional embodiments of the system of the present invention may also include adjuster 76 which may span through adjuster holes 78 within two flexible support couplers 72. Generally adjuster baffles 80 may be included on sides of adjuster holes 78. Baffles 80 as used herein are defined as any sized item which may be utilized to maintain adjuster 76 between two flexible support couplers 72 and can comprise washers, rectangular washers, tabs, threaded items and the like. One or more adjustment holes 78 may be threaded so that baffles 80 may not be required in connecting two flexible support couplers 72 together.

(49) Anchors 12 as disclosed in FIG. 9b may additionally comprise one or more support attachment holes 18 so that a flexible support may pass therethrough and be twisted for securing to the anchor. In further optional embodiments, anchors as previously provided may be utilized with flexible support and in combination with flexible support couplers for practice of the present invention.

(50) Referring now to FIG. 11, there is a general illustration of the configuration of an optional embodiment of the system without a sink or cabinet walls. Generally one flexible support 14 may be attached between two anchors 12 and connected at attachment holes 18 for attaching a flexible support to anchors. The invention may comprise two flexible supports and two sets of anchors so that each flexible support may be connected between two anchors. Each of flexible supports 14 may be bent in either a bowed shape, U shape or V shape and connected to a flexible support coupler 72. Flexible support coupler 72 may be connected by one or more adjusters 76 with a flexible support connected at each flexible support coupler 72 for supporting a sink. In optional embodiments, anchors 12 are attached to a cabinet wall with both flexible support couplers and adjuster 76 spanning between the flexible supports and anchors. A user may select the appropriate adjustment point 74 for the desired sink so that proper support is provided to an undermounted sink. Optionally a user may manipulate adjuster 76 to move flexible support coupler 72 further or closer together so as to provide for greater or lesser tension upon a bottom of a sink. The use of the flexible supports together with couplers and at least one adjuster generally provides a system that has a harness-like characteristic in positioning an undermounted sink against the countertop.

(51) Advantageously a user has multiple sizing options in providing for a system to mount a sink. With multiple adjustments on a flexible support coupler along with an adjuster between flexible support couplers, a user may remove or add anywhere from about two inches to about eighteen inches of length for the system so that desired tension can be provided to an undermounted sink. By changing the slack in the system of the present invention, greater or lesser tension may be applied to a sink in holding the sink against the underside of a countertop. Additionally, the optional embodiment of one or more adjustment points 74 combined with adjuster 76 between flexible support couplers 72 provides for both large and small adjustments in the system so that tension can be readily tailored to the specific sink mounted underneath a countertop. A user can make larger incremental changes in slack in the system by moving the flexible support from one adjustment point to another, which may generally be from about 0.20 inches to about 2 inches apart. Furthermore, by rotating the adjuster, the ends of each flexible support coupler having adjuster hole 78 are drawn nearer together or pushed farther apart.

(52) As illustrated in FIGS. 12-17, an optional embodiment of system 10 my include anchors 12 with support holes 82 which may support support rails 84. Generally, flexible support 14 may span from one support rail 84 to the other support rail 84.

(53) Anchors 12 with support holes 82 may be of a variety of shapes. In some such embodiments, the support holes 82 may have a rectangular shape, though in other embodiments, the support holes 82 may have a circular or oval shape. Support holes 82 are designed with a great enough size so that an end of a support rail 84 may fit there within. In some optional embodiments, support hole 82 may correspond to the cross-section of the end of the support rail 84, though in other optional embodiments, support hole 82 may have an opening that does not correspond to the cross-sectional shape of the end of a support rail 84. Depending on the composition of support rail 84, support hole 82 may partially dig into support rail 84. Optionally, a circular support hole 82 may engage a rectangular or polygonal cross-sectional shaped support rail and possibly bite or indent into the corners of support rail 84. Furthermore, anchors 12 may include one or more stabilizing points 93 that may be used to help stabilize the relationship of the anchor 12 with a cabinet wall. Otherwise stated, stabilizing points 93 may partially puncture the top edge of the cabinet wall and help maintain anchor 12 in position either prior to or instead of mounting anchors 12. Additionally, as discussed previously, anchors 12 may also include mounting holes 16.

(54) Support rails 84 may be formed of a variety of materials, ranging from wood, metal, plastic, and combinations thereof, including coated wood and the like. Generally, support rails 84 span just slightly less than the distance between the walls of the cabinet. In many optional embodiments, this is understood to mean the back wall of the cabinet to the front of the cabinet, where a door may be. However in optional embodiments, support rails may span from one sidewall to the opposite sidewall. Furthermore, in instances where a different length may be desired, a user may cut support rails 84 to the proper length.

(55) Support rails 84 may include support rail holes 86 spanning from the topside to the bottom side of each support rail 84. Threaded members 88 may fit within one or more of support rail holes 86. In optional embodiments, threaded members 88 may include screws or bolts. Threaded members 88 may be used to elevate a sink to the countertop. Generally speaking, once support rails 84 are in place, a user can place an undermounted sink above the support rails 84. By threading threaded members 88 through support rails 84, the threaded members 88 may extend out of the top surface of support rails 84. This will apply upward pressure on a sink positioned above the threaded members 88 and the support rails 84. In optional embodiments, threaded members 88 may also pass through one or more nuts 90. In optional embodiments, such nuts 90 may include T-nuts.

(56) In yet further optional embodiments, caps 92 may be positioned at one end of the threaded end. Generally, caps 92 may include indentation 94 to generally fit to the end of a threaded member 88. Caps 92 may contact the underside of the sink and preclude the twisting ends of threaded members 88 from contacting the underside of a sink. Optionally, caps 92 may have biting edges 98. Biting edges 88 are edges of cap 92 that are bent slightly upward to engage the underside of the sink. This may help preclude cap 92 from rotating with the rotations of its corresponding threaded member 88. Generally, the top surface of the indentation is below the top edges of the biting edges prior to installing the cap. In further optional embodiments one or more of the caps may include extended legs that extend at least partially down on each side surface of the support rail.

(57) In yet further optional embodiments, support rails 84 may engage secondary support 96. Secondary support 96 may be above the top surface of support rail 84 and may be used to elevate a sink up against the underside of the countertop. Threaded members 88 may thread through support rails 84 and engage secondary supports 96. When threaded members 88 are rotated, they may further protrude from the top side of support rails 84 and engage secondary supports 96 and elevate secondary supports 96 relative to support rails 84. Otherwise stated, threaded members 88 may be used to push secondary supports 96 up against the underside of a sink and elevate it up to a countertop. In some optional embodiments, secondary supports 96 may be shorter in length than support rails 84. Also, secondary supports 96 may be formed from similar materials as support rails 84, though in some embodiments may be different. Generally, in optional embodiments, secondary supports 96 may be formed from wood.

(58) In use with support rails 84, flexible support 14 may attach to each support rail 84. In arrangements of the system where the support rails extend from the back wall to the front of the cabinet (i.e. the door side), flexible support 14 attaches to a first support rail 84 on one side of the sink, goes underneath the sink and attaches to the other support rail 84. In optional embodiments, screws or the like may extend through flexible support holes 32 in connecting to connecting holes 86 on support rails 84. In optional embodiments, there may be different sizes of support rail holes 86, corresponding to connecting flexible support 14 or for the threaded members 88.

(59) Generally, in installing an undermounted sink (either single bowl or double bowl) using the embodiment with support rails 84, a user may first optionally measure the width of the sink and calculate the positioning for support rails 84. After doing so, a user may then position anchors 12 in the appropriate position. Anchors 12 may be secured now or later, using any of the methods as described herein. In optional embodiments, a user may slightly pull on anchors 12 to make the portion with support hole 82 extend slightly away from the cabinet wall. A user may then position one support rail 84 between a set of two anchors 12. Generally, two support rails 84 and four anchors 12 may be used. A sink may then be placed upon support rails 84. A user may then rotate threaded members 88 (after optionally ensuring fit), and elevate a sink upward toward the underside of the countertop. In doing so, a user may have the ends of the threaded members 88 in contact with the underside of the sink, or may include caps 92 over the ends of the threaded members so that caps 92 may contact the underside of the sink. In further optional embodiments, secondary supports 96 may be used which contact the underside of a sink. Regardless, threaded members 88 may be rotated until the sink is elevated to the underside of the countertop. After, a user may attach flexible support 14 to one support rail 84, span beneath the sink bowl or bowls and attach flexible support 14 to the opposite support rail 84. Once tightened, the sink should be firmly positioned in place. In such embodiments, caulk or sealant could be utilized for sealing purposes, but one would in no way have to rely on the caulk or sealant for its adhesive properties in maintaining the sink in contact with the countertop.

(60) The system according to the optional aspects of the invention may contain any type of anchor used with a flexible support for providing support to a sink which may be under mounted to a countertop. However, in its broadest aspect, the present invention could also be used to mount a variety of other sinks or at minimum provide support to top mounted sinks or the like.

(61) Furthermore, sizes of various structural parts and materials used to make the above mentioned parts are illustrative and exemplary only, and one of ordinary skill in the art would recognize that these sizes and materials can be changed as necessary to produce different effects or desired characteristics.

(62) It would become apparent to those skilled in the art that various modifications and variations can be made to the structure and methodology of the present invention. Thus, it should be understood that the invention is not limited to the examples discussed in the specification. Rather, the present invention is intended to cover modifications and variations.