RU179862U1 - RAIN WATER COLLECTOR FOR WATER DRAINAGE SYSTEMS - Google Patents

Abstract

The utility model is designed to collect rainwater from drainage systems and is installed by tapping into drainpipes made of various materials (plastic and metal) and having various shapes (round, square, rectangular) and sizes. The technical result consists in improving the technical characteristics of the rainwater collector for drainage systems, including operational, and, namely, in simplifying the design with simultaneous versatility of use. In the rainwater collector for drainage systems, installed by tapping into the drainpipe and containing the collector cover 1, a filter mesh 2 for stopping the drainpipe and collecting garbage from the drainage system, the collector body 3 with a collecting water discharge element 5 having a thread at the end, moreover, the filter mesh 2 is inserted into the housing 3, which is sealed from above by the cover 1. The cover 1, the housing 3 and the filter mesh 2 have a circular shape. The filter-mesh 2 is made with a protrusion along the upper edge, with which it is mounted on the housing 3. On the cover 1, notches 4 are made on the inner side to cut out holes in it corresponding to the size and shape of the drain pipe inserted into it. The lower part of the casing 3 of the collector has petals 6, with which the collector is fixed in the lower part of the drainpipe. The petals 6 on the lower part of the housing 3 are made in such a way that it can be fixed to the drainpipes of round, square or rectangular section made of metal or plastic. The notches 4 on the inner side of the lid 1 are made in such a way that round, square or rectangular pipes made of metal or plastic can be inserted into the lid 1. The diameter of the round drainpipes into which the collector can crash lies in the range from 60 to 110 mm; the size of each side of the square pipes into which the collector can crash lies in the range from 60 mm to 100 mm; the large side of the rectangular pipes into which the collector can crash lies in the range from 60 mm to 100 mm. 6 s P. f-ly, 5 ill.

Description

The utility model is designed to collect rainwater from drainage systems and is installed by tapping into drainpipes made of various materials (plastic and metal) and having various shapes (round, square, rectangular) and sizes.

Various rainwater collectors for gutter systems are known.

So CA patent for invention No. 2727799 is known (IPC E03B3 / 03, E04D13 / 08, published. 2011-09-25), which includes a housing, a filter screen. The disadvantages of the known solutions: the ability to use only one shape and size of pipes 2x3 or 3x4 inches; a small range of thickness of the material of which the pipe is made; lack of a sealed connection from above (lack of cover), which will lead to overflow through the top with heavy rainfall; the presence of only a threaded connection to drain the collected water.

Known applications and patents for inventions US No. 2017002570 (IPC E04D13 / 04, E04D13 / 08, published. 05.01.2017); US No. 2017002550 (IPC E03B1 / 04, F16K11 / 02, published. 01/05/2017); US No. 201469536 (IPC E04D13 / 08, published 13.03.2014), GB No. 2248262 (IPC E03B3 / 02, E04D13 / 08, published 01.04.1992), US No. 5681455 (IPC E03B3 / 02, E03F1 / 00, E03F3 / 04, published on 10/28/1997), including housing, filter mesh. The insert is made only into the drainpipe, which is quite difficult, because a special tool for dismantling (crown-cutter) is required, the dismantling of the entire drain pipe is required, especially if the pipe is metal, with a thickness of 0.5 mm or more. The area of the prefabricated element is very small, which provides a small collection efficiency. In addition, the known structures have a large number of parts, and therefore installation is a challenge.

Known application US for invention No. 201093046 (IPC E04D13 / 08, F16L5 / 00, published. 08/05/2010) for a rainwater collector for drainage systems, comprising a collector cover, a filter mesh for stopping the drainpipe and collecting leaves from the drainage system, housing collection to prevent overflow. Known application adopted for the prototype. The disadvantages include: the presence of additional parts, which complicates the design; complex water drainage; use of only one pipe diameter.

Common disadvantages of the known solutions: lack of universality of application in various drainage systems, complicated installation, low efficiency, lack of universality in the drainage of water from the collector into containers (hose, thread).

Thus, the technical problem that currently exists is the problems associated with the low technical characteristics of the known designs of rainwater collectors, namely, the impossibility of universal application, with complex structures and with difficulties in installation. The creation of the proposed technical solution is aimed at solving this technical problem, namely, to create the design of a rainwater collector with improved technical characteristics - with a simplification of the design, with the possibility of use in various drainage systems and with universality when draining water from the collector to a tank.

The technical result is to improve the technical characteristics of the rainwater collector for drainage systems, including operational, namely, to simplify the design with simultaneous versatility of use.

The technical result is achieved by the fact that in the rainwater collector for drainage systems, installed by tapping into the drainpipe and containing the collector cover, a filter mesh for stopping the drainpipe and collecting garbage from the drainage system, the collector body with the collecting water discharge element, the filter the mesh is inserted into the housing, which is hermetically sealed by a lid from above; the lid, housing and filter mesh are round. The filter-mesh is made with a protrusion along the upper edge, with which it is mounted on the housing. On the lid on the inside there are notches for the possibility of cutting holes in it corresponding to the size and shape of the drainpipe inserted into it. The lower part of the casing of the collector has petals, with the help of which the collector is fixed in the lower part of the drainpipe.

Additional differences of the proposed solution:

- the petals on the lower part of the housing are made in such a way that it can be fixed to the drainpipes of round, square or rectangular cross-section, made of metal or plastic with a wall thickness of 0.5 to 5 mm;

- notches on the inside of the lid are made in such a way that pipes of round, square or rectangular cross-section made of metal or plastic with a wall thickness of 0.5 to 5 mm can be inserted into the lid;

- the diameter of the round drainpipes into which the collector can crash lies in the range from 60 to 110 mm;

- the size of each side of the square pipes into which the collector can crash lies in the range from 60 mm to 100 mm;

- the large side of the rectangular pipes into which the collector can crash lies in the range from 60 mm to 100 mm;

- the rainwater drainage element has a ѕ inch thread and a hose end for mounting the hose at the end.

The essence of the proposed utility model is illustrated by the following graphic material: figure 1, which shows a General view of the proposed solution; figure 2, which presents the collection of rainwater in the analysis; figure 3, which shows the cover of the collector (bottom view); figure 4, which presents the collection in the context; 5, which shows the body of the collector (bottom view), where:

 1 - collector cover;

 2 - filter mesh;

 3 - the body of the collection;

 4 - notches in the cover for cutting;

 5 - rainwater drainage element;

 6 - body petals.

 The proposed design provides: the possibility of use with drainpipes of any thickness made of plastic or metal, the possibility of use with drainpipes of circular cross section, in the diameter range from 60 mm to 110 mm, square section - from 60 mm to 100 mm and rectangular section - from 60 mm up to 100 mm (most side); work in the water collection system for overflow, while ensuring the tightness of the collection; connection to the housing 3: through a hose clamp and through a threaded connection of fittings 3/4 inch; convenient and simple installation - without dismantling the drainpipes; high work efficiency - more than 95%.

The rainwater collector for gutter systems, installed by tapping into a drainpipe, contains a cover 1 of the collector, a filter mesh 2 for stopping the drainpipe and collecting garbage from the drainage system, a collector body 3 with a collecting water discharge element 5 containing thread at the end. The filter mesh 2 is inserted into the housing 3, which is sealed from above by a cover 1.

Cover 1 (made of elastic material to ensure easy installation and tightness of the product), housing 3 and filter mesh 2 are round. The filter-mesh 2 is made with a protrusion along the upper edge, with which it is mounted on the housing 3, on the cover 1, notches 4 are made on the inside of the cover 1 so that an opening can be cut in it corresponding to the size and shape of the drain pipe inserted into it.

The lower part of the casing 3 of the collector has petals 6, with which the collector is fixed in the lower part of the drainpipe.

The petals 6 on the lower part of the housing 3 are made in such a way that it can be fixed to the drainpipes of round, square or rectangular cross-section, made of metal or plastic with a wall thickness of 0.5 to 5 mm.

The notches 4 on the inner side of the lid 1 are made in such a way that round, square or rectangular pipes made of metal or plastic with a wall thickness of 0.5 to 5 mm can be inserted into the lid 1.

Housing 3 of the collector provides structural work for overflow, i.e. in the case of filling the tank with water to the upper level of the body, water will enter the drainpipe system.

Thus, the proposed rainwater collection for gutter systems has improved technical characteristics, including operational, namely, a simplified design with simultaneous versatility of use.

Claims (7)

1. Rainwater collector for drainage systems, installed by tapping into a drainpipe and containing a collector cover, a filter screen for stopping the drainpipe and collecting garbage from the drainage system, a collector body with a collecting water drainage element, the filter screen being inserted into the body, which is hermetically closed by a lid on top, characterized in that the lid, housing and filter mesh are round, the filter mesh is made with a protrusion along the upper edge, with which it is mounted on the housing, on the inside of the cover There are notches for the possibility of cutting a hole in it corresponding to the size and shape of the drainpipe inserted into it, and the lower part of the collector body has petals, with which the collector is fixed in the lower part of the drainpipe. 2. The collection according to claim 1, characterized in that the petals on the lower part of the housing are made in such a way that it can be fixed to the drainpipes of round, square or rectangular cross-section, made of metal or plastic with a wall thickness of from 0.5 to 5 mm 3. The collection according to claim 1, characterized in that the notches on the inner side of the lid are made so that round, square or rectangular pipes made of metal or plastic with a wall thickness of 0.5 to 5 mm can be inserted into the lid . 4. The collection according to any one of paragraphs.2-3, characterized in that the diameter of the round drainpipes into which the collection can run, lies in the range from 60 to 110 mm. 5. The collector according to any one of claims 2 to 3, characterized in that the size of each side of the square pipes into which the collector can cut lies in the range from 60 mm to 100 mm. 6. The collector according to any one of claims 2 to 3, characterized in that the large side of the rectangular pipes into which the collector can crash lies in the range from 60 mm to 100 mm. 7. The collection according to claim 1, characterized in that the rainwater drainage element has a ¾ inch thread and a shank for mounting the hose at the end.

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