초록 ▼

A well (12) outside of a brine tank (10) is provided which provides better accessibility to the brine refill valve (112) or other components within the well. Also, apertures (42-48) of differing elevations above the bottom of the brine tank can communicate between the brine tank and the well (12). S

A well (12) outside of a brine tank (10) is provided which provides better accessibility to the brine refill valve (112) or other components within the well. Also, apertures (42-48) of differing elevations above the bottom of the brine tank can communicate between the brine tank and the well (12). Selected ones of the apertures can be plugged to select the quantity of water which can be removed and refilled in the brine tank.

대표청구항 ▼

I claim: 1. An apparatus for use in a brine tank, the brine tank having salt that must be supported and the brine tank further having a grid support structure, comprising: a well-less grid having an upper salt supporting surface, the upper salt supporting surface supporting salt over its entire are

I claim: 1. An apparatus for use in a brine tank, the brine tank having salt that must be supported and the brine tank further having a grid support structure, comprising: a well-less grid having an upper salt supporting surface, the upper salt supporting surface supporting salt over its entire area, and a lower grid support structure contacting surface, the grid having openings for passage of water between the upper and lower surfaces of the grid and having no other openings of different size for any other purpose, the grid formed as a unitary structure of uniform material. 2. The apparatus of claim 1 wherein the grid is formed of polyethylene. 3. The apparatus of claim 1 wherein the grid is formed of polypropylene. 4. The apparatus of claim 1 wherein the brine tank has an integrally formed radial ledge, the grid having a radial ledge contacting rim thereon. 5. The apparatus of claim 1 wherein the grid support structure is a center support with a radially extending frame, the lower grid support structure contacting surface of the grid including a center support contacting surface contacting the center support and radially extending supports contacting the radially extending frame. 6. The apparatus of claim 1 wherein the grid support structure includes a radial inner support and a radial outer support, the lower grid support structure contacting surface of the grid including a radial inner support contacting surface contacting the radial inner support and a radial outer support contacting surface contacting the radial outer support. 7. The apparatus of claim 1 wherein the grid support structure is a square configuration with parallel sections and a perpendicular section, the lower grid support structure contacting surface of the grid including parallel section support contacting surfaces contacting the parallel sections and a perpendicular section support contacting surface contacting the perpendicular section. 8. The apparatus of claim 1 wherein the openings in the grid are 쩌 inch in diameter. 9. An apparatus for use in a brine tank, the brine tank having salt that must be supported and the brine tank further having a grid support structure, comprising: a well-less grid having an upper salt supporting surface and a lower grid support structure contacting surface, the grid having openings for passage of water between the upper and lower surfaces of the grid, the grid having a vertical spray bar extending from the grid. 10. An apparatus for use in a brine tank having a well, comprising: a well-less grid having an upper salt supporting surface, the upper salt supporting surface supporting salt over its entire area, and a lower grid support structure contacting surface, the grid having openings for passage of water between the upper and lower surfaces of the grid and having no other openings of different size for any other purpose, the grid formed as a unitary structure of uniform material; the brine tank having a grid support structure for supporting the well-less grid, the brine tank having an interior of predetermined cross-section, the well-less grid occupying substantially the entire cross-section when supported in the brine tank; and the well positioned exterior the interior of the brine tank so as to eliminate the necessity of an aperture within the well-less grid to accept the well.