KR100564914B1 - Roof water tank of building - Google Patents

Abstract

The present invention relates to a device for treating foreign substances in the lower floor of a rooftop tank installed in a general building or a multi-unit house, and in particular, a building rooftop tank for treating foreign substances such as iron stacked on the bottom of a rooftop tank during water supply. A bottom floor foreign matter treatment apparatus.

That is, while the rooftop tank is installed on the rooftop floor of the building,

In the rooftop tank having a cover installed at the top entrance of the rooftop tank and a water supply pipe and a household supply pipe on the side of the rooftop tank,

While protruding upward on the rooftop 510 of the building 500,

Square base 520, a plurality of protruding in a rectangular shape on the rooftop 510, the circular groove 521 is formed in the center;

While inserted into the circular groove 521 of the square foundation 520,

Circular projections 531 protrude downward from each corner, and a cover 533 is formed at the entrance 532, and a constant supply pipe 534 and a generation supply pipe 535 are installed to supply water to the rooftop tank 530. Roof tank (530) for supplying a constant to each generation;

On the both sides of the longitudinal direction of the rooftop tank 530 are respectively welded,

A guide rail 540 formed of a rectangular square material and formed in a shape in which one longitudinal side surface thereof is cut;

While inserted and guided into the inner groove of the guide rail 540,

 A guide 550 having a vertical plate manufactured in a 'ㅓ' shape and inserted into the guide rail 540 and having a fastening hole 552 formed in the horizontal plate;

The fastening table 570 formed in a lattice shape is fastened through the fastening hole 552 of the guide 550, and the horizontal table 580 inserted into the inner groove of the horizontal rectangular box of the fastening table 570 is fastened. Fastening bolts 560 and 560 'to be made;

While being in close contact with the horizontal plate of the guide 550 inserted into the guide rail 540 is fastened to the fastening bolt 560,

The center of the longitudinal direction is bent at an angle of 90 °, and the bent horizontal slab is coupled inwardly, and one side of the longitudinal direction is sealed and the other side has an internal groove formed therein, and the other side is connected to one side and the other square corner material. A fastening table 570 in which holes 572 are vertically formed;

It is inserted into the inner groove of the horizontal shell of the fastening table 570 and is fastened to the fastening bolt 560 ', while the square protrusions 581 are formed on both sides in the longitudinal direction, respectively, and the fastening holes 582 in the square protrusions 581. 2 is formed, a plurality of square grooves 584 is formed on the upper surface of the rectangular box, and the magnetic strip 580 is inserted into the square grooves 584 and fixed with an adhesive;

Building, Apartment, Rooftop Tank

Description

ROOF WATER TANK OF BUILDING ㅂ

1 is a view showing a conventional rooftop tank.

Figure 2 is an exploded perspective view of a rooftop tank equipped with a foreign matter treatment apparatus of the present invention.

Figure 3 is a perspective view of the roof tank combined with the foreign matter treatment apparatus of the present invention.

4 is a cross-sectional view of the rooftop tank in which the present foreign matter treatment apparatus is installed.

Figure 5 is a cross-sectional view showing the operating state of the horizontal stage of the rooftop tank is installed foreign matter treatment apparatus.

6 is an external view showing an operating state of a horizontal stand of a rooftop tank provided with a foreign matter treatment apparatus according to the present invention.

<Explanation of symbols for main parts of the drawings>

500: architecture 510: rooftop

520: Square foundation 530: Rooftop tank

540: guide rail 550: guide

560,560 ': Fastening bolt 570: Fastening table

580: level

The present invention relates to a device for treating foreign substances in the lower floor of a rooftop tank installed in a general building or a multi-unit house, and in particular, a building rooftop tank for treating foreign substances such as iron stacked on the bottom of a rooftop tank during water supply. A bottom floor foreign matter treatment apparatus.

In general, a rooftop tank is constructed on the rooftop to supply water to buildings and supply water to each household.

The rooftop tank is equipped with various facilities such as water supply pipe, each generation supply pipe, overflow pipe, drain pipe, and water level control sensor.

In addition, the roof tank is mainly divided into a structure that is divided into a number of compartments, the roof tank is provided with an entrance and an access ladder that can enter and exit the inside, the cover is installed in the entrance.

Most rooftop tanks are constructed of concrete structures, and are made of reinforced concrete structures. The rooftop tanks, or water tanks, are cleaned every spring or autumn.

The cleaning operation for the rooftop tank discharges all the water in the interior, and the worker enters the interior to clean foreign substances such as moss on the inside of the water tank.

1 is a view showing a conventional rooftop tank.

The rooftop tank 12 is constructed in a rectangular shape on the rooftop 11 of the building 10, and the water supply pipe 14 and the generation supply pipe 15 are installed in the rooftop tank 12, and the rooftop tank 12 is installed. The doorway 13 is formed at the top.

The roof tank 12 has a cover 16 formed in the doorway 13 is configured so that foreign matter does not flow into the inside.

In the conventional rooftop tank described above, the worker directly enters the rooftop tank and cleans the interior thereof in order to process iron and moss contained in the water, while exhausting the remaining water in the rooftop tank to the outside. After that, clean the foreign substances on the epoxy painted on the floor and wall.

At this time, the moss (or scale) on the rooftop tank surface is good to clean, while the remaining iron on the floor is made of powder, so the overall cleaning is difficult. There is a problem that the foreign matter on the mop, etc. due to cleaning by using the equipment falls off to achieve the desired result in the cleaning operation.

The present invention has been made in view of the above-described problems, the present invention, by manufacturing a rooftop tank made of iron and installed on the rooftop floor and the iron components generated from the floor using the magnets, such as iron falling from the outside to the floor surface As a result, it is possible to improve the efficiency of the worker's cleaning work, and accordingly, to provide a foreign material handling device for the bottom floor of the building's rooftop tank that facilitates cleaning of moss (or scale) and iron components. The purpose.

That is, while the rooftop tank is installed on the rooftop floor of the building,

In the rooftop tank having a cover installed at the top entrance of the rooftop tank and a water supply pipe and a household supply pipe on the side of the rooftop tank,

Square base formed with a plurality of protrusions in the form of a square on the top of the rooftop of the building and a circular groove in the center;

A rooftop tank into which a circular protrusion is inserted into a circular groove of a square foundation;

Guide rails welded to both sides of the rooftop in the longitudinal direction;

A guide inserted into the inner groove of the guide rail and manufactured in a 'ㅓ' shape;

A fastening bolt formed in a lattice shape through a fastening hole of the guide, and a fastening bolt fastening a horizontal band inserted into an inner groove of a horizontal rectangular box of fasteners;

A fastening table that is in close contact with the horizontal plate of the guide inserted into the guide rail and fastened with a fastening bolt;

Is inserted into the inner groove of the horizontal shell material of the fastening table horizontal fastening to the fastening bolt; is presented.

EMBODIMENT OF THE INVENTION Hereinafter, the structure of this invention is demonstrated with reference to an accompanying drawing.

2 is an exploded perspective view of a rooftop tank provided with the foreign matter treatment apparatus of the present invention, FIG. 3 is a combined perspective view of a rooftop tank provided with the foreign matter treatment apparatus of the present invention, and FIG. 4 is a cross-sectional view of the rooftop tank provided with the foreign matter treatment apparatus of the present invention. Figure 5 is a cross-sectional view showing the operating state of the horizontal stage of the rooftop tank is installed the foreign matter treatment apparatus of the present invention, Figure 6 is an external view showing the operating state of the horizontal stand of the rooftop tank is installed the present invention foreign matter treatment apparatus.

The rooftop tank 530 is installed on the rooftop 510 of the building 500, while the rooftop tank 530 is seated on the top of the square foundation 520 of the rooftop 510, and the square foundation ( 520 is a plurality of rectangular protrusions on the rooftop 510 and a circular groove 521 is formed in the center.

The roof tank 530 has circular protrusions 531 formed at corners of the bottom of the roof 530, respectively, and is seated on the square foundation 520, while a cover 533 is formed at the entrance 532 in the roof tank 530. In addition, a constant supply pipe 534 and a generation supply pipe 535 are installed to supply the constant water to the rooftop tank 530 and to supply the constant water to each household.

Valves are installed in the constant supply pipe 534 and the generation supply pipe 535 of the rooftop tank 530, but this structure is a general structure and a detailed description thereof will be omitted.

In particular, the rooftop tank 530 is manufactured using iron or stainless steel, and then forms an epoxy surface layer therein to prevent the fear of corrosion.

The guide rails 540 are welded to both sides of the rooftop tank 530 in the longitudinal direction, respectively, while the guide rails 540 are formed of rectangular rectangular materials and have one side in the longitudinal direction cut out.

The guide rail 540 is formed with a guide 550 in which a vertical plate made of a '로' shape is inserted into the guide rail 540, while the guide 550 is provided with a fastening hole 552 in the horizontal plate. do.

The fastening table 570 and the fastening bolt 560 formed in a lattice shape through the fastening hole 552 of the guide 550, while the fastening table 570 is a guide inserted into the guide rail 540 It is in close contact with the horizontal plate of 550 is fastened to the fastening bolt 560.

That is, the fastening table 570 is made of two pieces of rectangular square material, while the center in the longitudinal direction is bent at an angle of 90 °, and the bent horizontal squares are coupled inwardly, and one side in the longitudinal direction is sealed and the other side is The interior is formed of a penetrated structure.

The fastening table 570 has another fastening hole 572 formed vertically on one side and the other rectangular box, and the horizontal bar 580 is inserted into the other rectangular box and fastened by another fastening bolt 560 '.

The horizontal bar 580 is made of a rectangular box, while the horizontal bar 580 has square protrusions 581 formed on both sides in the longitudinal direction, and fastening holes 582 are formed in the square protrusions 581. A plurality of square grooves 584 are formed on the upper surface of the rectangular box, and the magnetic 586 is inserted into and fixed to the square grooves 584.

That is, a plurality of magnetics 586 are located on the upper surface of the rectangular bar on the horizontal stage 580, the fastening table 570 from one side to the other side, that is, from the bottom of the roof tank 530 from the left side to the right side When moved, the iron components loaded on the inner bottom surface of the rooftop tank 530 may be moved together along the magnetic to accumulate to the right.

Referring to the embodiment of the present invention by the above-described configuration as follows.

First, the square foundation 520 is installed on the rooftop 510 of the building 500.

That is, four square foundations 520 are installed on the rooftop 510 in a shape in which the roof tank 530 may be seated. In this case, the square foundations 520 may be manufactured by pouring concrete.

Next, the rooftop tank 530 is mounted on the square foundation 520.

That is, the circular protrusion 531 protruding from the bottom bottom edge of the rooftop tank 530 is inserted into the circular groove 521 of the square foundation 520 to be seated.

Next, the guide rails 540 are welded to both sides of the rooftop tank 530.

That is, the guide rails 540 are horizontally installed at both lower ends of the longitudinal sides of the rooftop tank 530.

Next, the guide 550 is inserted into the guide rail 540 and then the fastening table 570 is fastened to the guide 550 with the fastening bolt 560.

That is, the guide 550 is fastened to the bottom of the horizontal plate by the fastening bolt 560 through the fastening bolt 560 is fastened to the fastening bolt 560.

Next, the square protrusions 581 of the horizontal bar 580 are fastened to the inside of the both side fastening bars 570.

That is, the other fastening bolts 560 ′ are fastened in the state where both square protrusions 581 of the horizontal bar 580 are inserted into the other square groove of the fastening table 570, and the horizontal bar 580 is squeezed from one side. As it moves to the side, foreign substances on the lower bottom surface of the rooftop tank 530, that is, iron components, etc., can be moved to the other side for cleaning.

In other words, it is possible to process the iron component, etc. accumulated on the bottom bottom surface of the roof tank 530 by using the magnetic 586 of the horizontal stage 580 fastened to the fastening table 570.

In addition to the above-described configuration, the roof tank 530 is manufactured by using rust-prevented metal (or iron) and galvanized steel, so that the guide rail 540, the guide 550, the fastening table 570, and the like are attached to the outside. Preferably, the horizontal bar 580 is made of metal and galvanized steel.

In particular, each member is welded to each other in close contact by welding, such that the guide 550, the fastening table 570 and the horizontal bar 580 along the guide rail 540, the other side from one side, for example, from left to right Or it is possible to move from right to left.

Accordingly, the iron component located on the bottom bottom surface of the rooftop tank 530 may be cleaned using the magnetic 586.

The effect by the structure of this invention mentioned above is demonstrated.

According to the present invention, the foreign matter treatment device of the lower floor of a building roof tank, the rooftop tank is made of iron and installed on a rooftop floor, and iron components, etc. generated from the floor, can be processed from iron from the outside by using magnets. Since the efficiency of the worker's cleaning operation can be improved, the moss (or scale) and iron components can be easily cleaned accordingly.

In particular, the iron component loaded on the bottom of the rooftop tank can be magnetically integrated so that the worker can complete the cleaning operation by accumulating the iron component accumulated therein and then discharging it to the outside.

Claims (2)

The rooftop tank is installed on the rooftop of the building, In the rooftop tank having a cover installed at the top entrance of the rooftop tank and a water supply pipe and a household supply pipe on the side of the rooftop tank, While protruding upward on the rooftop 510 of the building 500, Square base 520, a plurality of protruding in a rectangular shape on the rooftop 510, the circular groove 521 is formed in the center; While inserted into the circular groove 521 of the square foundation 520, Circular projections 531 protrude downward from each corner, and a cover 533 is formed at the entrance 532, and a constant supply pipe 534 and a generation supply pipe 535 are installed to supply water to the rooftop tank 530. Roof tank (530) for supplying a constant to each generation; On the both sides of the longitudinal direction of the rooftop tank 530 are respectively welded, A guide rail 540 formed of a rectangular square material and formed in a shape in which one longitudinal side surface thereof is cut; While inserted and guided into the inner groove of the guide rail 540,  A guide 550 having a vertical plate manufactured in a 'ㅓ' shape and inserted into the guide rail 540 and having a fastening hole 552 formed in the horizontal plate; The fastening table 570 formed in a lattice shape is fastened through the fastening hole 552 of the guide 550, and the horizontal table 580 inserted into the inner groove of the horizontal rectangular box of the fastening table 570 is fastened. Fastening bolts 560 and 560 'to be made; While being in close contact with the horizontal plate of the guide 550 inserted into the guide rail 540 is fastened to the fastening bolt 560, The center of the longitudinal direction is bent at an angle of 90 °, and the bent horizontal slab is coupled inwardly, and one side of the longitudinal direction is sealed and the other side has an internal groove formed therein, and the other side is connected to one side and the other square corner material. A fastening table 570 in which holes 572 are vertically formed; It is inserted into the inner groove of the horizontal shell of the fastening table 570 and is fastened to the fastening bolt 560 ', while the square protrusions 581 are formed on both sides in the longitudinal direction, respectively, and the fastening holes 582 in the square protrusions 581. It is formed, a plurality of square grooves (584) is formed on the upper surface of the rectangular square material, the magnetic pole 586 is inserted into the square grooves 584, the horizontal stage 580 fixed with an adhesive; characterized in that consisting of Foreign material handling device on the bottom of the building roof tank. The method of claim 1, The rooftop tank 530 is made of iron or stainless steel, an epoxy surface layer is formed therein, The guide rail 540 and the fastening table 570 is a building roof top floor foreign matter treatment device, characterized in that the production of two in one set of rectangular square material.

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