ES1214149U - SEMIAUTOMATIC SYSTEM OF SAVINGS OF SANITARY WATER (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Semi-automatic sanitary water saving system comprising a water pass button (1), which closes by thermostatic or temporary control and which feeds the auxiliary tank (2) with a volume to be determined and at the same time a valve that goes inside the cistern (4) of the toilet is connected with this auxiliary tank (2) by the second inlet (7). (Machine-translation by Google Translate, not legally binding)

Description

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DESCRIPTION

SEMIAUTOMATIC SYSTEM OF SAVINGS OF SANITARY WATER SECTOR OF THE TECHNIQUE

The present invention aims to take advantage of the water that we intend to let go to the drain of the hot water circuit until the desired temperature for the different uses comes out and to be able to use it to fill the toilet tank. Its main advantage is that it does not require electricity and can be installed in all hot water taps in homes.

BACKGROUND OF THE INVENTION

Given the high value that we give to water and how scarce it is in the current times, we try to do any work in order to save this resource, but most procedures without being easy to follow or with little automation by part of the house does not help the user to perform this task.

It can be seen that there are several patents related to reusing water already used in different activities (shower, washbasin, sink, etc.), which use complex filtration systems and pumps with level sensors which, in my opinion, is highly expensive in installation and maintenance. .

It is necessary that the water facilities that exist today in the houses, evolve in a favorable way so that users can save this precious resource with minimal effort without raising the costs of the works and with reduced maintenance.

EXPLANATION OF THE INVENTION

Taking into account the problems previously raised. This invention manages to save much of the water that is badly spent on a daily basis by not giving a proper destination to the water that is lost when we turn on the hot water tap and let the entire cold drain into the drain. This idea works based on the user's gesture that knowing that he will use the hot water, first press a button that diverts the cold water from the circuit to a central tank and

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In an elevated position in the house, this deposit is responsible for feeding by gravity the different tanks that exist in the houses. In the event that there is no water in the auxiliary tanks, the tank automatically alternates the water inlet of the general network.

In short, it is possible to save water, approximately 20 percent with a method that implies a reduced effort by the users of the houses.

BRIEF DESCRIPTION OF THE DRAWINGS

Within this same document, the design of the system as such is presented (FIG 1), where an example of a specific area of a house is made but which is implemented throughout the house where hot water is used. On the other hand, we can see the design of the valve (FIG 2) side view and the (FIG 3) top view, which is called "priority valve for double inlet tank in low pressure circuit" which has a relevant function so that this system can work, the two water inlets, the first inlet (6) for the water in the general network and the second inlet (7) that connects to the auxiliary tank (2) are observed.

PREFERRED EMBODIMENT OF THE INVENTION

Taking into account the drawings (FIG 1), (FIG 2), (FIG 3). This system works when someone wants to have hot water at any point of the house, the first thing to do is press the water button (1), where what it does is to derive cold water to an auxiliary tank (2) and when this button either by time or by thermostatic control is closed and so the hot water with the programmed temperature is at a very short distance from the mixer tap (3) so that it comes out immediately and can have tempered water with a very waste reduced of said element. The second part of this system continues with the cistern (4) of the bathrooms that can be fed by the force of the gravity of the auxiliary tank (2) as long as it has water and in case the auxiliary tank (2) does not have water, the valve designed for this system (5), allows water to enter the general network through the first inlet (6) of the valve.

The valve operates in the way that if the water discharge button (8) of the tank (4) is pressed, the two buoys (9) lower and allow water to enter. Taking into account the possibility that there is water in the auxiliary tank (2), it comes out through a high pipe (13) that takes the water directly to the pond (10) where it is filled quickly and by its own weight lowers the lever (11) that will drive the mechanism to close the first water inlet (6) of the general network. In the opposite case that there was no water in the auxiliary reservoir (2), water would simply enter the general network and leave through the low pipe (14) since the lever mechanism (11) would not be activated and finally fill the tank (4). ) of the bathrooms. The first inlet (6) the pipe must have less 10 diameter so that the flow of the general network enters more slowly inside the tank when it must enter.

It should be noted that the pond (10) has holes (12) with a diameter to be determined that allows slow emptying so that the mechanism of the first inlet (6) of 15 water in the general network is reassembled after each discharge.

Claims (2)

1. Semi-automatic sanitary water saving system comprising a water passage button (1), which closes by thermostatic or temporary control and feeds the auxiliary tank (2) with a volume to be determined and in turn a valve that goes Inside the tank (4) of the toilet is connected to this auxiliary tank (2) by the second inlet (7). 2. Semi-automatic sanitary water saving system according to claim 1, characterized in that the valve has two water inlets, first inlet (6) and second inlet (7) that independently have closing mechanisms for the passage of water into the cistern (4). The first inlet (6) comprises a lever (11) that has a small size tank (10) at its end. 15 3. Semi-automatic sanitary water saving system according to claim 1, characterized in that the water outlet of the first inlet (6) inside the tank (4) is through the low pipe (14) at the bottom of it. While the second inlet (7) the water outlet inside the tank (4) is through the high pipe (13) that goes directly over the pond (10). twenty FIG 1 image 1 FIG 2 image2 FIG 3 10 6 image3 image4 7 image5