ES2342863B1 - SANITATION SYSTEM. - Google Patents

Abstract

Sanitation system that has a junction for wells, with operator input reduction cone, with blind base, or with base with collector registration, where all of them they have a connection area consisting of two nerves parallel circumferentials between which an area of tightness, presenting the free edge of the connection area a bevel

Description

Sanitation System

Object of the invention

The object of the present invention is a system of sanitation, for sewerage networks or the like composed of different elements designed and defined in such a way that allows a perfect coupling and reinforced functionality of them, of so that the replacement and coupling of any element is Performs in a simple and fast way.

Characterizes the present invention the special configuration and design of the structural characteristics that they present each of the different elements that make up the sanitation system object of the invention, which allows not only the elements individually present themselves optimized features in terms of needs functional functions of each of them, but the final set is improved in its overall behavior as a result of the cooperative action and synergy of structural characteristics of the elements once connected, which allows to obtain a sanitation system in improved features structural and functional.

Therefore the present invention is circumscribes within the scope of the sanitation networks of its elements and of the constructive details that they present.

Background of the invention

So far the sanitation networks are very basic made with materials such as porous cement pipes, and the like, making the connection between different elements of a gross mode and without any precision.

This lack of precision in the connectivity of the different parts of a sanitation network is a frequent cause of breakdowns, leaks and therefore of repairs, being precise replace or patch the damaged area.

Certainly the accuracy achieved until the moment in sanitation networks leaves a lot to be desired, so that it is necessary to overcome the previous inconveniences developing an improved sanitation system not only in materials used but also in the characteristics structural features of the different elements that make up the sanitation system to improve the connection between them, avoiding possible leaks, which results in a reduction of breakdown interventions, as well as facilitate subsequent repair, by replacing the damaged item with another, where the standardization of the structural characteristics of the System elements facilitate its layout and assembly set.

Description of the invention

The present invention of sanitation system seeks to develop a series of fundamental elements in a network of sanitation, that are designed so that the tightness of the connections, the replacement of an element by other, and the standardization of all features constructive On the other hand, the materials used in the manufacture of these would be materials such as plastics, polymers, such that they are not subject to appreciable degradation thereof.

The elements that make up the system sanitation would be junctions for wells, reducing cones for registration, blind bases, registration bases and sleeves for repair.

They all present as a common feature to all of them the presence at its connecting ends of an area of connection formed by two circumferential nerves of stiffness between which a sealing zone is defined, presenting the free end of connection an input bezel divergent that allows the tube section to enter correspond.

Each of the elements have some own structural characteristics, thus the junction for wells It has vertical ribs with function in its entrance of step and support or well stop, in addition to a cradle support in its bottom base and a support at the junction between the entrance to the Well and the collector.

The reducing cone has an inlet connected to the connection area by a cylindrical section followed by an asymmetric dome area, both sides being provided with stiffening ribs.

The blind base presents as characteristics own constructive in addition to the connection area with some radial and circumferential reinforcement ribs.

On the other hand on the blind base you can arrange a series of different diameter diaphragm locks which allows its connection to collectors with different diameters

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Finally the repair sleeve is a auxiliary element as its own name indicates that it seeks to replace and replace a damaged area, because it lacks at its ends a connection area like the rest of the elements, but nevertheless if it presents at its free edges with a bevelled opening area to facilitate the fitting on a section of collector, presenting in addition diametrically opposed lugs for facilitate the thrust. In addition, it is straight to get completely inside the tube then face the next tube and Run the cuff again.

Explanation of the figures

To complement the description that then it will be done and in order to help a better understanding of its characteristics, is accompanied by this descriptive memory, of a set of planes in whose figures, of illustrative and non-limiting, the details are represented significant of the invention.

Figure 1 shows a representation in perspective of a junction for wells.

Figure 2 shows a representation in perspective of a cone reducing operator input to a network of sanitation.

Figure 3 shows a representation in perspective of a blind base.

Figure 4 shows a representation in perspective of a base with collector records.

Figure 5 shows a representation in perspective of a pipe repair sleeve.

Preferred Embodiment of the Invention

In view of the figures described then a preferred embodiment of the invention proposal.

Figure 1 shows a junction (1) for wells presenting a well inlet (6), and a collector inlet (7) and a collector outlet (8), both aligned. Over the end free of both the well entrance (6), and over the entrance (7) and the collector outlet (8) there is a connection area (15) formed by two circumferential nerves (10) of reinforcement between those defining a sealing zone (14) and presenting the edge of said well inlet (6), collector inlet (7) and outlet (8) collector a bezel (9) to facilitate connection with the sections of tubes.

On the other hand, the well entrance (6) in its cylindrical part has a series of vertical ribs (11) that They perform the functions of support and well stop.

All junction set (1) for wells It has a support cradle (13) on which it supports the section of conduit that connects the inlet (7) of the collector with the outlet (8) of the collector, presenting in its central part said support cradle a junction stand (12) and vertical reinforcement with the entrance (6) of the water well.

In figure 2, we observe that the reducing cone (2) Operator input presents an entry mouth (16) generally normalized to a diameter of 600 mm followed by a section cylindrical that widens to define a dome, which ends in the connection outlet (17) to the well.

It also presents on its lower edge of connection to the well with a connection zone (20) formed by two circumferential ribs (21) of reinforcement between those defined a sealing zone (19) and the edge presenting a bevel (18) to facilitate the connection with the pipe sections.

Both the cylindrical section that follows the mouth of entrance (16) as the dome have stiffening ribs (23) and (22) respectively, finally on the vertical wall of the reducing cone (2) there are supports (25) for kicks.

Figure 3 shows a blind base (3) basically formed by a cover form that perimeter defines a connection zone (29) to the well formed by two nerves circumferential reinforcement (28) between which an area is defined (27) sealing and presenting the edge a bevel (26) for facilitate connection with the well.

On its lower part there are some stiffening ribs (30) radial and circumferential.

Figure 4 shows a base (4) with registration which is basically formed by a cover form that perimeter has the connection area above defined and that on its lower part there are mouths of record (31) of different diameters to allow connection to collectors of different diameters.

Finally, figure 5 shows the sleeve of repair (5) presenting a general cylindrical shape, which defines a sealing zone (36) between its connecting ends (32) and (33). On the connecting edges (32) and (33) of the sleeve (5) It has an inlet bezel (34) to facilitate the fitting with the sections of tubes. On the other hand it also has lugs thrust (35) emergently arranged outwardly and placed diametrically facing each other. Repair sleeve (5) is an intern and allows to enter a tube completely and then Enter the other.

Claims (13)

1. Sanitation system characterized in that the elements used include:

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junction for wells,

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cone operator input reducer,

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Base blind

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Base with registration to collector,

where they all have an area of connection consisting of two parallel circumferential nerves between which a sealing zone is defined and presenting the free edge of the connection area a bevel. 2. Sanitation system according to claim 1, characterized in that additionally the sanitation system has a repair sleeve having a general cylindrical shape, which defines a sealing zone (36) between its connecting ends (32) and (33 ), and on whose connecting edges (32) and (33) of the sleeve (5) it has a bevel (34), it also has thrust lugs (35) arranged emergently outwards and placed diametrically facing each other. 3. Sanitation system according to any of the preceding claims characterized in that the wellhead (1) for wells has a well inlet (6), and a collector inlet (7) and a collector outlet (8), both aligned. On the free end of both the well inlet (6), and over the inlet (7) and the collector outlet (8) there is a connection area (15), counting the well inlet (6) in its cylindrical part It has a series of vertical ribs (11) that perform the functions of support and pit stop. 4. Sanitation system according to claim 3, characterized in that the entire junction (1) for wells is arranged on a support cradle (13) on which supports the conduit section connecting the inlet (7) of the collector with the outlet (8) of the collector, presenting in its central part said support cradle a support of junction (12) and vertical reinforcement with the entrance (6) of the well. 5. Sanitation system according to claim 1, characterized in that the operator input reducer cone (2) the operator input reducer cone (2) has an inlet mouth (16) followed by a cylindrical section that widens to define a dome, which ends at the connection outlet (17) to the well, has on its lower edge of connection to the well with a connection area (20), and where both the cylindrical section that follows the entrance mouth (16 ) as the dome has stiffening ribs (23) and (22) respectively, finally on the vertical wall of the reducing cone (2) there are some supports (25) for kicks. 6. Sanitation system according to claim 1, characterized in that the blind base (3) is formed by a cover shape that perimetrically defines a connection area (29) to the well, having stiffening ribs on its lower part ( 30) radial and circumferential. 7. Sanitation system according to claim 6, characterized in that it additionally has registration nozzles (31) of different diameters to allow its connection to collectors of different diameters. 8. Well connection for the previously claimed sanitation system characterized in that it has a well inlet (6), and a collector inlet (7) and a collector outlet (8), both aligned. On the free end of both the well inlet (6), and over the inlet (7) and the collector outlet (8) there is a connection area (15), counting the well inlet (6) in its cylindrical part It has a series of vertical ribs (11) that perform the functions of support and pit stop. 9. Well junction according to claim 8, characterized in that the whole junction (1) for wells is disposed on a support cradle (13) on which supports the conduit section connecting the inlet (7) of the collector with the outlet ( 8) of the collector, presenting in its central part said support cradle a support of junction (12) and vertical reinforcement with the entrance (6) of the well. 10. Reducer cone for operator input of the previously claimed sanitation system characterized in that it has an inlet mouth (16) followed by a cylindrical section that widens to define a dome, which ends at the connection outlet (17) to the well, it has on its lower edge of connection to the well with a connection area (20), and where both the cylindrical section that follows the inlet (16) and the dome, have stiffening ribs (23) and (22 ) respectively, finally on the vertical wall of the reducing cone (2) there are supports (25) for kicks. 11. Blind base of the previously claimed sanitation system characterized in that the blind base (3) is formed by a cover shape that perimetrically defines a connection area (29) to the well, having stiffening ribs arranged on its lower part ( 30) radial and circumferential. 12. Blind base according to claim 11 characterized in that it additionally allows the coupling of registration nozzles (31) of different diameters to allow their connection to collectors of different diameters. 13. Repair sleeve for the previously claimed sanitation system characterized in that it has a general cylindrical shape, which defines a sealing zone (31) between its connecting ends (32) and (33), and on whose connecting edges (32 ) and (33) of the sleeve (5) it has a bevel (34), it also has push lugs (35) arranged outwardly and placed diametrically facing each other.