Water collecting and spring box and gauging system and holding tank

• US 4,700,734 A
• Filed: 07/22/1985
• Issued: 10/20/1987
• Est. Priority Date: 07/22/1985
• Status: Expired due to Term

• Current Assignee: Robert G. Mccauley
• Original Assignee: Robert G. Mccauley
• Inventors: McCauley, Robert G.
• Primary Examiner(s): Cohan, Alan
• Assistant Examiner(s): Rivell, John A.
• Application Number:
  US06/757,464
• Time in Patent Office: 820 Days
• Field of Search: 137/236.1, 137/544, 137/549, 137/571, 137/577, 137/590.5, 137/593, 405/39, 405/40, 405/41, 52/169.6
• US Class Current: 137/236.1
• CPC Class Codes: E03B 11/02 for domestic or like local water supply
• CPC Class Codes: Y02A 20/00 Water conservation; Efficient water supply; Efficient water use
• CPC Class Codes: Y10T 137/402 Distribution systems involving geographic features
• CPC Class Codes: Y10T 137/86187 Plural tanks or compartments connected for serial flow
• CPC Class Codes: Y10T 137/86236 Tank with movable or adjustable outlet or overflow pipe
• CPC Class Codes: Y10T 137/86356 Nondraining overflow type
• CPC Class Codes: Y10T 137/86381 Head-establishing standpipe or expansion chamber [e.g., surge tanks]

Abstract

The present invention relates to water collecting and spring box and gauging system and water holding tank wherein the spring box is designed to receive and collect water from a source such as a spring. Once collected in the spring box, the water is filtered prior to being directed to a water holding tank that is normally stationed near a point between the spring and location of ultimate use. The spring box includes a water inlet, a drain, and a supply outlet. The flow rate of water from the spring box is controlled by varying the height of the water level maintained in the spring box and by selectively sizing and spacing openings formed in a vertical water filter that is communicatively connected to the supply outlet.

Claims

1. A spring box for collecting and gauging water comprising:

a box type water holding structure including a bottom, side walls, and a top;

a water inlet formed in said box type structure for directing water from a source such as a spring into said box; and

supply outlet means for directing a constant flow rate of water from said spring box;

an elongated water filter operatively connected to said supply outlet means and extending generally vertically therefrom;

a drain outlet formed in the box type water holding structure;

an overflow pipe assembly operatively connected to said drain outlet and extending generally vertically therefrom and including a drain opening for receiving water which is directed through said overflow pipe assembly and out said drain outlet; and

co-operative control means associated with both said filter and said overflow pipe assembly for co-operatively gauging and varying the flow of water from the spring box, said co-operative control means including co-operative means for varying the height of water maintained in the spring box and for varying the rate of water flow per increment of increase or decrease in the water height from the spring box;

said co-operative control means including a series of openings strategically spaced along the water filter for varying the flow of water from the spring box relative to the height of the water maintained in the spring box at any one time and for varying the rate of increase or decrease of flow relative to incremental increases or decreases in the height of the water, and means for vertically adjusting the drain opening on the overflow pipe assembly so as to consequently adjust the level of water normally maintained in the spring box which in turn in co-operation with the strategically spaced openings on the filter is effective to vary the flow rate of water from the spring box.

2. The spring box of claim 1 wherein said overflow pipe assembly includes a plurality of open ended pipe sections adapted to be joined together in end-to-end relationship whereby by selectively connecting the respective pipe sections together one can adjust and vary the water level normally maintained within said spring box.

3. The spring box of claim 2 wherein said openings of said water filter are sized and spaced relative to the various water levels that may be maintained by said overflow pipe assembly such that for each particular water level that may be maintained the openings within said water filter are designed to yield a certain flow rate of water through the water filter and out said supply outlet.

4. The spring box of claim 3 wherein said water filter includes a removable top cap and wherein said overflow pipe assembly and water filter are interchangeable such that said overflow pipe assembly may occupy the normal position held by said water filter and by placing said removable cap about the drain opening of said overflow pipe one can effectively stop the flow of water from said supply outlet.

5. The spring box of claim 1 further including a pair of elbow joints, one elbow joint operatively connected between said drain outlet and said overflow pipe assembly and the second elbow joint being operatively interposed between said supply outlet and said water filter.

6. The spring box of claim 1 wherein said box type water holding structure is formed of polyethylene.

7. The spring box of claim 6 including a series of fittings secured to said polyethylene spring box for receiving and accommodating the water inlet and supply and drain outlets.

8. The spring box of claim 1 further including a settling area formed about a portion of the bottom of said spring box for collecting debris that settles and collects in the spring box.

9. The spring box of claim 1 wherein the same is designed to be communicatively connected to a water holding tank to form a water collection and holding system, said water holding tank comprising:

a tank type structure including a bottom, a surrounding side wall structure, a top;

a water inlet formed in said water holding tank and operative to be communicatively connected to the supply outlet of said spring box;

an outlet formed in the tank type structure forming the water holding tank;

a filter operatively connected to said outlet of said water holding tank; and

a drain outlet formed in said water holding tank and having an upstanding overflow outlet connected thereto.

10. The spring box and holding tank water system of claim 9 wherein said water inlet and outlets of said water holding tank are vertically spaced with said inlet assuming an elevated position over said outlet.

11. The water collecting and holding system of claim 10 wherein said water holding tank is provided with a vent structure that allows air to escape as water enters the same.

12. The water collecting and holding system of claim 11 wherein there is provided an elongated water filter communicatively connected to the inlet of said water holding tank.

13. The water collecting and holding system of claim 12 wherein the drain outlet of said water holding tank is disposed adjacent the bottom thereof and wherein said overflow outlet is communicatively connected to said drain outlet and wherein said overflow outlet is removably mounted such that said drain outlet may be utilized to drain the water holding tank.

14. The water collecting and holding system of claim 13 wherein the bottom of said water holding tank has formed therein a sediment receiving area whereby the sediment transferred into the water holding tank tends to gravitate and communicate.

15. The water collecting and holding system of claim 14 wherein said water holding tank is formed of a polyethylene material and includes a series of fittings secured to the water holding tank and wherein the respective fittings are adapted to be connected to the various outlets and the water inlet.

16. A method of collecting and gauging water comprising the steps of:

directing water into a spring box;

filling said spring box to a selected level;

maintaining the water level within said spring box at said selected level;

draining excessive water from the upper water level within said spring box so as to maintain the selective water level within the spring box;

filtering the water by vertically orienting a water filter within said spring box and directing the filtered water from said spring box at a constant flow rate; and

co-operatively controlling and varying the flow of water leaving the spring box by;

(1) varying the height of the water level within said spring box relative to the water filter; and

(2) increasing and decreasing the rate of flow per increment of increase or decrease in the water height within the spring box such that the overall rate of flow of water from the spring box is varied by adjusting the height of water within the spring box while increasing and decreasing the rate of flow per increment of variation in the height of the water within the spring box.

17. The method of collecting and gauging water of claim 16 further including the step of directing water from the spring box to a water holding tank and filtering the water prior to its deposit in the water holding tank.

18. The method of claim 16 wherein the step of varying the flow rate of water from said spring box by varying the height of the water level within the spring box includes the step of varying the height of an overflow pipe assembly by adding or removing one or more pipe sections from the overflow pipe assembly.

19. The method of claim 18 including the step of orienting said water filter within said spring box such that it extends vertically;

and strategically placing openings up and down said water filter such that the rate of flow passing through said water filter will vary according to the height of the water level maintained in said spring box.

20. A water collection and holding system comprising:

a spring box having a water inlet;

a supply outet;

means associated with said spring box for maintaining a substantial water level therein;

drain means for draining excessive water from the spring box so as to maintain a selected water level in the spring box;

means for gauging the rate of water flow from the spring box and through the supply outlet;

a water holding and collection tank communicatively connected to said spring box for receiving water therefrom;

said water holding tank including a tank structure having a bottom, a surrounding wall structure, and a top;

a water inlet formed in an upper portion of the water holding tank;

means operatively interconnecting said supply outlet of said spring box with the inlet formed in the water holding tank;

a filter associated with the inlet of said water holding tank for filtering incoming water prior to entry into the water holding tank;

an outlet formed in the lower portion of the water holding tank and spaced substantially below the inlet formed in the water holding tank such that when water is being directed from the water holding tank that a circulation of water is established by the downward movement of water from the inlet formed in the water holding tank to the outlet formed in the water holding tank;

a drain assembly associated with said water holding tank for draining excessive water therefrom and for maintaining the water level within the water holding a tank at a selected level;

said drain assembly including a lower drain outlet disposed in the lower portion of the water holding tank, and means operatively associated with the drain outlet of the water holding tank for establishing a selected water level within said water holding tank;

said means for establishing the selected water level including a vertical drain pipe connected to the drain outlet of the water holding tank and extending upwardly a substantial distance within the water holding tank past said outlet of the water holding tank and having an upper terminal open end disposed at an upper level in said water holding tank, and wherein the orientation and spacing of said inlet, outlet and vertical drain pipe of said water holding tank assures continuous circulation of water from the inlet of the water holding tank to either the outlet or the drain pipe of the water holding tank thereby assuring that the water is maintained fresh and does not freeze.

21. A sealed water holding tank for filtering, circulating, holding, water for domestic use comprising:

a sealed tank structure having a bottom, surrounding side wall structure, and a top with a vented opening formed therein;

an inlet formed about a top portion of the surrounding side wall structure for allowing water to pass from a supply source to the interior of the tank;

an elongated inlet filter secured to the inlet and extending horizontally therefrom through the interior of the tank;

a supply outlet formed in a lower portion of the surrounding side wall structure of the tank and operative to direct water from the tank to a domestic household;

an elongated outlet filter secured to the supply outlet and extending horizontally and inwardly therefrom through the interior of the tank, and wherein the inlet and outlet elongated filters are vertically spaced and extend in parallel relationship through the interior of the tank;

a drain outlet formed in the bottom portion of the side wall structure at a position diametrically opposite that of the inlet such that the drain outlet and the inlet are located opposite each other at vertically spaced levels;

a drain pipe connected to the drain outlet and extending upwardly therefrom in.close proximity to the surrounding wall structure disposed over the drain outlet such that the drain pipe is spaced opposite the inlet;

the drain pipe extending upwardly within the interior of the water holding tank and including an upper terminal open end disposed in an upper level of the water holding tank, and wherein the drain pipe and its upper terminal open end function to establish a selected water level within the tank; and

wherein the drain pipe is removably mounted from the drain outlet so as to allow the tank to be completely drained and cleaned; and

wherein the arrangement, positioning and spacing of the inlet, supply outlet, drain outlet, and upper open end of the drain pipe create a water circulation pattern that results in water moving from the inlet across the tank to the upper open end of the drain pipe, and futher from the inlet downwardly to the supply outlet in such a fashion that the circulation maintains a fresh quality in the water and prevents the water from freezing.