EA010917B1 - Water reclamation system - Google Patents

Abstract

Water reclamation system including a dome (3), on top of which is connected a vertically arranged translucent cylinder (2), probably holding a water pump. A single or multiple air entry structure (4) is connected over an underground placed condensator pipe (6) to a container (7) for the water precipitated from the air sucked in through the entry structure (4); the container (7) is connected over a pipe with the bottom of the dome (3).

Description

Technical field

Equipment.

1. Architecture.

2. Air conditioning.

3. Production of electrical energy.

Background of the invention

Water is collected from rain, rivers, groundwater, wells and by treating hard water. Water conservation is important. Many irrigation systems have been developed to conserve water in agriculture.

Description of the invention

New idea.

1. Regeneration of water from a humid environment using a system based on causing movement of air, followed by rapid cooling and trapping of air and condensation of water contained in it.

2. The same invented system can be used to induce air movement with the subsequent production of electrical energy.

3. The same invented system can be used to induce air movement with the subsequent effect of cooling spaces.

4. The same invented system can be used to filter air.

5. The same invented system can be used for the deposition of airborne particles.

6. The same invented system can be used to grind material or mix gases.

7. On a large scale, the same system can cause rain from supersaturated clouds.

Detailed Description of the Invention

A water regeneration system has been developed that contains a transparent or translucent dome-shaped element connected in the lower part with a reservoir for condensate water connected to a system of pipes that are underground or submerged under water and have an outlet above the ground or water, and in the upper part are connected to transparent or translucent element to hold air. The greenhouse effect is provided by a transparent or translucent dome-shaped element with thermal insulation properties. The sun heats up the air, which rises up and is replaced from below by air flow through a system of pipes that run underground at depths designed to provide air cooling, as the temperature decreases below ground level depending on the depth and average midday temperature. The underground system is connected to a condensate storage tank in which condensed water vapor is collected. The underground tank is connected to a specially adapted system designed to supply water to the engineering networks (for the needs of agriculture, drinking water, etc.).

When the magnitude or size of the transparent element changes, the effect of vacuum on the intake of air passing underground changes.

At the other end of the system, the movement of air can be used to induce a cooling effect or to generate electrical energy.

The large-scale design of this system ensures the continuous movement of large masses of air that can be used in the immediate vicinity of industrial areas to reduce the concentration of polluted air.

The large-scale design of this system provides for raining out of oversaturated clouds.

At the far end of the system, fan blades can be placed. The movement of the blades, caused by the flow of air, allows you to generate electrical energy. The movement of the blades caused by the flow of air, allows you to mix the gases that can be dosed.

The purpose of the same design can be grinding using the movement of the blades caused by air flow.

Detailed description of graphic material

The design, which is the subject of the invention, can be of any shapes and sizes, depending on the purpose and the required amount and the estimated humidity of the environment. For the manufacture of this design, you can use any material.

The design consists of parts A, B, C, Ό, E, E, C, Η, I and (EARTH), where

A is a smaller orifice having a diameter equal to one tenth of the size of the air retaining element B. An outlet cap can be placed in the outlet A. The closure of the cover serves to ensure the trapping of air in the design of the air retention element B. Opening the cover serves to ensure the release of air. The exhaust air flow contributes to the creation of a vacuum effect for the intake of air at the far end of the air intake element Ό. Fans can be installed at the inlet and outlet A. Mounted fans

- 1 010917 gut be connected to the turbine that generates electricity.

B is a transparent or translucent air retention element, having the shape of a cylinder or any physical form capable of holding a volume of air, and made of a transparent or translucent material, such as glass or any material that has the property of transparency or translucency. A water pump can be placed in the compartment of the air holding element B. A fan can be installed in the compartment of the air retention element B. The installed fan can be connected to a turbine that generates electricity.

C is a dome-shaped element or element having the form of a cylinder of any diameter, calculated depending on the required flow in the air inlet element Ό and made of a transparent or translucent material, such as glass or any other material having the property of transparency or translucency. The preferred shape is the dome, since it will not reflect any sunlight.

Ό is an element for air intake. It may be one or these elements may be several. He stands above ground or water. Several elements for air intake Ό are more preferable than one element for air intake Ό, since in this case a large surface area is provided for the condensation of water vapor. In order to prevent an animal or bird from entering, the air inlet to the air inlet Ό is protected by dampers. On the outer and inner side of the air intake element и, air fans of various sizes can be placed in order to generate electrical energy or to break up any object that has entered the air duct.

E is an element for heat storage, consisting of a mass of material that easily absorbs heat from the morning and slowly releases this heat in order to maintain heating after sunset and to maintain a greenhouse effect after sunset.

E is a condenser tube located below the surface of the earth or water in which water vapor condenses. The depth E below the surface of the earth depends on the design cooling temperature required. In accordance with the purpose of this design, the material for E may be porous or non-porous. The inner surface can be smooth or corrugated. The tube of the capacitor E can be of any length, diameter, shape or geometry.

In order to ensure the deposition of suspended particles in the air, anywhere in the described system, you can attach air filters or fine mist sprayers.

O is a reservoir for water condensate. It is connected to a safety channel for draining water I, designed to drain the water content in the case of elevated volume or water level. The size of the tank for condensed water O depends on the design purpose. Water from the tank for condensed water O can be pumped out by a pump placed in the air retention element B.

H is the source of vibration or sound transmitted or transmitted through the tube of the condenser E to aid in the condensation of water vapor. The source of vibration or sound H is the source of sound waves that cause water to condense through resonance.

I - water drainage channel acting as a safety channel for water collected in the condensate water tank O. Depending on the design purpose, the water drainage channel I can be connected to the irrigation system or water channels or a larger water collection system, especially the goal is to bring rain from the clouds.

(LAND) is the surface of the earth or water. It can be horizontal with any degree of inclination or elevation. Around the tank for condensate water O, it can be tightly tamped or separated from the reservoir for condensed water O by an interval.

All examples are illustrative and not exclusive.

Claims (5)

CLAIM 1. A device for separating water from a humid environment, containing a dome-shaped element (C), a reservoir for condensation water (O) connected to a pipe system, one of the pipes made in the form of a channel for draining water (I), the other of the pipes is made in the form an air inlet element (Ό) connected to a reservoir for condensation water (O) by means of a condenser tube (E), characterized in that the dome-shaped element (C) is made transparent or translucent and has an element inside it for heat storage (E) and bottom of the joint n with a reservoir for water condensate (O), and in the upper part is connected with a transparent or translucent element to hold air (B), having an opening (A) with an exhaust cap. 2. The device according to claim 1, characterized in that the condenser tube (E) contains a source of vibration or sound (H) transmitted through the condenser tube (E). 3. The device according to claim 1 or 2, characterized in that the element for holding air (B) is cylindrical with a water pump and / or a fan installed in it and has an opening (A) with fans installed on it. - 2 010917 4. Device according to any one of paragraphs.1-3, characterized in that it contains at least one element for air intake (Ό), equipped with a damper at the point of air intake and fans on the outer and inner side. 5. Device according to any one of claims 1 to 4, characterized in that it contains air filters or fine water mist sprays.