BR202018003962U2 - Self-cleaning PVC FILTER - Google Patents

Abstract

self-cleaning pvc filter the self-cleaning pvc filter comprises an easy-to-handle and low cost filtration system that has the function of filtering water quickly and efficiently. The system is basically made up of PVC pipes, registers and joints. It can be used in homes, artesian wells, wells and even irrigation because its water pot has a capacity of 2000 liters / hour. In the filter body the selected sand (6) works under pressure and in conjunction with the 25 mm by 15 cm perforated tubes (3 and 7) which are located at the top and bottom of the sand together provide effective retention of impurities and rust significantly improving water quality.

Description

“SELF-CLEANING PVC FILTER” [001] Refers to the present patent, a Xavier Self-Cleaning PVC Filter, which comprises a system produced from PVC tubes in an artisanal way, easy to handle and of low cost, which has the function filter water quickly and efficiently. Developed mainly for homes, artesian wells, and water tanks, and can also be used for irrigation.

[002] Covers a water flow capacity of up to (50,000 liters) meeting any specific need.

[003] Currently the existing products are expensive, made of metal, have high weight, do not have an efficient system of self-cleaning and are only produced for irrigation.

[004] In order to solve such inconveniences, the present filter was developed, through which all the water's dirt stays on the top of the filter, not penetrating the sand. This is due to the fact that the dirt is lighter than sand, which works under pressure inside the PVC pipe.

[005] Said filter consists of a module of PVC pipes of 50 mm (filled with sand), 25 mm, registers and joining pieces grouped in order to keep all the dirt on the top of the filter, starting from the principle of that the dirt is lighter than the sand that will work under pressure in the pipe, which in turn will also prevent dirt from passing through the sandy surface.

[006] The self-cleaning PVC filter can be better understood through the following detailed description, in line with the attached figures, in which:

[007] FIGURE 1 represents a section of the Xavier Self-cleaning PVC Filter. [008] FIGURE 2 represents a Side view of the Xavier Self-cleaning PVC Filter.

[009] FIGURE 3 represents a Front view of the Xavier Self-cleaning PVC Filter.

[010] FIGURE 4 represents a Front view with more Filters attached to the first.

[011] With reference to these figures, it can be seen that the PVC filter has two 25 mm registers (1) that control the inlet flow and

Petition 870180064743, of 7/26/2018, p. 5/7

2/3 leaving the water, the first register is connected to the 25mm Knee (10) that will be the entrance, joined by a 25mm Tube cut to four cm in length (9), then connected by a 25mm tube (9) to a 25mm T (2) that has the function of giving connectivity at one of its ends to the second register (1) that will control the flow of the area leaving the water, while at the other end it will make the connection between the entrance and the filtering area.

[012] The filtration area has a 50 mm PVC tube, 70 cm high (5), filled inside with selected sand (6), which will prevent the passage of waste. One end of the Tube (5) connects to the T 25 mm (2) that connects the entrance by an internal Reduction 50/25 mm (11), a 50 mm coupling sleeve (12) and a 25 mm tube, 15 cm high (3) that will be on the inside of the 50/25 mm Reduction (11) and the 50 mm coupling sleeve (12).

[013] The 25 mm tube (3) should be cut 15 cm high in a straight line, then small cuts should be made each 1.2 cm long by 0.06 mm wide in order to fill the entire area of the cracked tube, which will then have its bottom face that will be in contact with the tube filled with sand (6) sealed with a 25mm plug (4) that will allow the water to drain only through the small pieces.

[014] The bottom part of the 50 mm Tube (5) will be connected by means of a 50/25 mm Reduction (8) to a 25 mm T (2) with an outlet closed by a 25 mm Cap (4) and the another open that allows the connection with more filters or with the water network. Also at the bottom of the tube (5) a 25 mm tube (7) should be internally implanted, which should be cut 15 cm high and filled with small cuts made in the form of fish scales, each 1.2 cm long by 0.06mm, and the upper part of the tube (7) that will be in contact with the sand (6) should be sealed with a Buffer (4) allowing the water to drain only through the grooves, concluding the filtering area.

[015] The water outlet control area has a 25 mm pipe 70 cm high (13), connected at its bottom to a 25 mm T (2) with a

Petition 870180064743, of 7/26/2018, p. 6/7

3/3

Plug 25 mm (4) at one end while the other remains open for connection to the plumbing network.

[016] The upper part of the 25 mm tube (13) will be connected to a 25 mm knee (10) which, in turn, with the help of connectors made with 25 mm tubes with 4 cm (9) will be connected to a register 25mm (1) that will control the flow of water, and then to the T25mm (2) which in turn is connected to the set that includes the body of the filtering area.

[017] More filters can be attached as we can see in figure 4, for this it is necessary to insert a 25 mm T (2) in the upper part of the first filter between the register (1) and the 25 mm inlet Knee (10 ), then with the help of cut pieces of 25 mm tubes adapt one end to the 25 mm tee (2) of the first filter and the other to the 25 mm tee (2) that will be connected on the second filter register allowing the insertion of a few more filters if necessary, increasing the water purification level.

Claims (3)

REINVENTIONS 1. Handcrafted Irrigation Filter characterized by a module made only with PVC pipes and stainless steel screens containing an external body consisting of a female threaded tip adapted to the inner bottom side of the 100 mm PVC pipe whose upper end will be consecutively connected to a Te from 100 p / 75 mm a female coupling tip of 100 mm to a male coupling tip ending with a 100 mm cap fixed with plastic adhesive for PVC pipes and connections. 2. Handcrafted Irrigation Filter characterized by an internal part consisting of a 75 mm PN 150 tube that must be adapted to a 75 mm PN 150 tube perforated according to specifications 75 mm male threaded tip according to the description also using red glue extra strong plastic adhesive for better bonding two layers of mesh with 10 mesh and 80 mesh fixed with 2 cm wide strips cut out of PN 40 tubes cut out of PN 60 PVC tubes and stainless screws by rings. 3. Handcrafted Irrigation Filter characterized by comprising an inexpensive lightweight filter system that is easy to transport and handle and maintain in cleaning whose size and quantity of filters can be adapted according to the flow needs connected directly to the water networks for irrigation improving considerably the quality of the water avoiding blockages by particles.