RU2577894C1 - Urn for filling station (versions) - Google Patents

Abstract

FIELD: home appliances.

SUBSTANCE: bin comprises base 3 made with possibility of filler insertion into it, housing 2 shaped to downward diverging conical barrel to accommodate garbage container and cover 1 with openings for garbage. At that, inside base 3 has recess for filler in form of two rectangles, ring or circle along inner diameter of base, outer diameter of upper edge of housing 2 is proportionate to inner diameter of lower edge of cover 1 with possibility to put cover on housing, and inner diameter of lower edge of the body 2 is proportionate to outer diameter of upper edge of base 3 with possibility to insert top of base into bottom of housing and fixation of housing on base.

EFFECT: invention provides convenience of use and higher stability.

6 cl, 20 dwg

Description

Technical field

The invention relates to the field of garbage collection at gas stations and parking complexes, where there are increased requirements for reliability and safety, and can also be used as a container for municipal solid waste (KTBO) in public utilities as in intra-specialized areas in cities, towns, and in the territories of enterprises, shops, shopping centers, educational institutions, health care institutions, spa centers, entertainment venues.

State of the art

It is known that ballot boxes for gas stations should have special characteristics: not have ashtrays, be voluminous, easily maintained and firmly standing on the surface [1].

The most common method for collecting and storing various waste is a polypropylene or polyethylene waste bin. It is intended for both food waste and household waste. A distinctive feature of plastic trash containers is a tight-fitting lid [2].

The disadvantages of the known polypropylene and polyethylene garbage cans are their low fire resistance, which makes them unsuitable for use at gas stations.

A device for collecting garbage containing a container open on top and a lid, characterized in that the lid is made of polymeric material, is easily removable, and the container is made with reinforcing faces, so that the bottom of the container has the appearance of an octagon, and the lid is equipped with a hatch with a hinged top [3] .

A garbage bin is known, comprising a housing open at the top, on the bottom of which there is a rigid garbage bin in the form of a bucket, in which to ensure the removal of the garbage bin (bucket) by horizontal movement, stability of the ballot box on the ground and to protect the ballot box from atmospheric precipitation by means of a canopy for its use in winter a through hole was made in the housing wall, starting from the top to the bottom, with a width greater than the dimensions of the bucket, and a tide was made on its lower side, fixing its position in the ground [4].

A device for collecting garbage is known, comprising a container open on top and a lid, in which, in order to ensure compliance with hygiene requirements, ease of use, metal consumption and cost, the lid is made of two parts, each of which is equipped with a handle, the latch parts of the lid are placed on the side surfaces of the container open position and handles for manual movement of the container, the upper edge of the container around the perimeter is reinforced with a welded metal profile, for example a corner [5].

A device for collecting municipal solid waste, including a hollow body with a bottom part, a replaceable bag placed inside the body, and a lid with a hatch for loading waste, in which, in order to improve ease of maintenance, as well as to protect against unauthorized movement inside the upper part of the body a frame is placed, equipped with elements for its removal by a lifting device, for example, hinges or brackets, supporting protrusions on its outer part, interacting with the upper edge of the housing, as well as a locking frame, etc. adjacent to the inner perimeter of the frame and designed to fix the upper edge of the interchangeable bag between the frame and the frame, while at least two sides of the housing and the cover are made interacting with each other mounting elements, while it is made in the form of a stationary, recessed into the ground structure , the bottom of the case is made at the same time as the bottom or the bottom of the case is made in the form of a waterproof platform on which the case is installed, the upper edge of the interchangeable bag is made with a winding inside which launched cord to prevent slippage of the loaded bag between the inner frame and the retaining frame during its recess, the lower edge of the replaceable bag ties and its dissolution is configured to tuck inside which passes a cord, a hollow body formed into a cylindrical shape preferably [6].

A fire-safe garbage collection container is known in the form of a stationary structure buried in the ground, including a cylindrical body with a bottom part made with it, a lid with a manhole for loading garbage, a replaceable garbage bag placed inside the housing, a cord for tightening a replaceable garbage bag, fixed on it, a frame in which the casing is equipped with four flat triangular brackets made integral with the bottom, forming a square together in plan, on the outer side of the casing are made smaller and in the middle of it there is a greater height of flange of the same external diameter. A cylindrical shell is placed at a distance between the flanges of the casing, a metal frame in the form of an H-shaped three-tier frame is fastened to the lid on the bolts, in which the middle tier has the form of a U-shaped profile, and its upper and lower tiers are the form of square profiles in cross section, the lower the tier is made of two square profiles parallel to each other with the same arcs at the ends below their lateral sides, oriented horizontally in opposite directions from each other, the middle tier of the frame is attached by the ends of the side it is to the middle of the upper sides of the lower tier, perpendicular to them within them, and a self-propelled powder fire extinguisher is fastened in the U-shaped holders in the U-shaped holders to the center of the upper tier, the upper tier is fixed in the center of the middle tier, equal in width to the width of the middle tier, in the transport arc is vertically rigidly fixed to the center of the upper tier of the frame across its lateral sides by the free ends, along the upper edge of the garbage bag, a rigid ring and four loops located at an equal distance from each other are attached, d To hang the garbage bag on the hinges of square profiles of the lower tier of the frame, the cord for tightening the garbage bag is fixed in loops fixed on the outer surface of its lower quarter, and its lid has holes: in the central part - linear for the transport arc, and on the sides of him - round under the bolts for mounting the frame [7].

A garbage container is known, including a rack-mounted housing with a garbage receiving opening, in which, to reduce the labor costs of servicing the container, to ensure high resistance of the container to external influences and to provide it with a media function, information is available at any time in the form of information fixed to the surface of the container posters (transparent and opaque) at least part of the two vertical walls of the housing is made in the form of outward opening doors connected to the housing wall in the lower part, and in the case there are additional openings for receiving garbage, under each of which a removable container is placed inside the case, the case has a section in the form of a trapezoid with an inclined upper base, tubular racks repeat the sectional shape of the case, installed at a distance of 3-5 cm from the housings are connected to the housing by bushings and are made of stainless steel, light sources are placed inside the doors opening outward, at least part of the outer surface of the outward opening doors is made of transparent or floor a transparent material selected from the group: glass, thermoplastic or thermoset, the doors opening outward are equipped with locks, the container body is made of corrosion-resistant material, the racks in the lower part are equipped with a device for regulating the height of the rack support, and the removable container is fixed on the inner surface of the door opening outward and made of thermoplastic or thermoset [8].

A garbage bin is known comprising a bracket with a container rigidly fixed thereto with loading and unloading openings and a discharge opening cover connected to the container for rotation, in which, to ensure fire safety, meeting hygiene requirements and giving an aesthetic appearance, it is equipped with a quencher shelf and a loading the hole is made in the form of a window located on the front surface, and the upper surface of the urn is closed, the damper shelf and the loading hole window are made on the roofs the discharge opening, the damper shelf and the loading hole window are made on the tank, while the damper shelf divides the tank volume into two compartments [9].

A multi-sectional capacity for collecting waste is known, characterized in that for the purpose of creating a means for collecting waste with its simultaneous classification by types of household waste and facilitating the sanitary treatment of the container, it includes a bottom and walls, and the internal volume of the container formed by them is divided into at least three inner sections, which are separated from each other by flat removable partitions located in the grooves of the protrusions located on the inner surface of the walls of the container, while the upper parts of the partitions are are bifurcated with the formation of open channels, the upper parts of the vessel walls located around the perimeter have a smaller thickness compared to the constant wall thickness along their height, the height of the upper parts of the vessel walls located around the perimeter and have a smaller thickness compared to the constant wall thickness along their height is not more than 4 cm, the height of the flat partitions is equal to the height of the walls of the tank or the height of the flat partitions is less than the height of the walls of the tank, it is additionally equipped with a fixing frame made by congr of a tentative shape with respect to the upper part of the container, the grooves are equipped with locks, which make it possible to fix the position of the flat partitions inside the container, it is additionally equipped with a cover, the cover having one loading hole located above all sections of the container, or the cover has several loading holes, each of which is located above the corresponding section of the tank, the lid is made with one or more loading holes, above each of which is a shutter, which pivotally mounted inside the loading holes in the lid of the tank, equipped with a pedal kinematically connected to the shutter and configured to ensure its opening and closing, the lower edges of the lid are thinner than the thickness of the rest of the lid, and the lid has internal partitions located coaxially with the partitions of the tank [10].

Common disadvantages of the bins and garbage containers described above are their bulkiness, complexity in manufacturing and metal consumption of the structure, insufficient efficiency of use of gas stations and parking lots in specific conditions, instability, poor fire protection and insufficient protection from atmospheric precipitation and unauthorized access to the garbage bag inside structures.

Ballot boxes for gas stations and parking lots are known from the Internet, however, ballot boxes known from the Internet are also difficult to manufacture, bulky, material-intensive and not efficient enough to use.

The urn for a gas station TAT NEFT (Russia) is known, made of galvanized steel 1.5 mm, coated with a stable powder polyester paint. The top cover rises up and the inner galvanized bucket is removed. The ballot box is assembled by means of steel exhaust rivets. The ballot box can simply be installed on the surface, without mounting. Mounting on a rack or wall mount is possible. Capacity 60 liters, weight 14.2 kg. Height 800 mm, width = 400 mm; Length = 252 mm. The size of the trash hole is 320 × 100 mm [11].

Famous ballot box for gas stations and parking complexes FinBin®Robo, Robomat with a capacity of up to 180 l (Finland) [12].

The FinBin® Robo Ballot Box has a frame structure on which the body is assembled. The side surfaces of the hull have the shape of a beveled pyramid, which provides the urn with increased strength and reliability. The frame is mounted on four points to a hard surface. One of the walls of the FinBin® Robo enclosure is mounted on hidden hinges, it opens and rotates to provide access to the trash bag inside the urn. The door does not have a special key, but is locked by a bolt so that in all unforeseen cases any employee who is closest to the ballot box has unhindered access inside. The garbage bag inside the urn is suspended on a hoop-holder, the lower edge of the bag is located on a special metal platform, which is part of the frame. There is enough space inside the urn for a 180-liter garbage bag. Garbage holes are located on both sides of the ballot box and are equipped with self-closing metal shutters.

FinBin® Robo ballot box without a tissue holder has dimensions: 570 × 440 × 1190 mm, the weight of the ballot box is 54 kg. The FinBin® Robo ballot box with a napkin holder has dimensions: 570 × 440 × 1660 mm, the weight of the ballot box is 57 kg [13].

The disadvantages of these well-known bins for gas stations are the bulkiness, manufacturing complexity and increased metal consumption of the structure.

The steel street urn U380 Park 4 (Russia) with a total height of 100 cm and a volume of 100 l is known, consisting of a cylindrical body with a diameter of 38 cm and a cylindrical blank cover on top with receiving windows for garbage on both sides. A dummy cover on top prevents atmospheric precipitation from entering the urn and serves as a holder for the garbage bag, which is clamped by the lid when the lid is closed. An urn can be attached to the ballot box, which facilitates the work with it. The ballot box is intended for use both inside and outside the premises, most often used at gas stations [13].

The disadvantages of this urn are the instability and inability to install weighting materials, the metal consumption of the structure, the insufficient efficiency of use in specific conditions of gas stations, parking lots and public places, as well as free access to technical capacity.

The closest in technical essence, purpose and achieved by using the technical result (prototype) is a garbage bin designed for use on the territory of streets, parks, stadiums and other public places, containing a container part and a cover part with openings for filling on its side wall in which, to simplify the design, reduce the complexity of manufacturing, increase the operating life and reduce maintenance costs, the container part with a cylindrical a lateral surface and a closing part, the concave side wall of which contains oval holes or openings bounded by horizontal lines connected by smooth curves, and the closing wall is sloping or flat, made of a polymer composite material that mimics the appearance of a product made of cast iron or stone, with detachable connection with each other, and at the place of detachable connection the outer diameter of the closing part is larger than the outer diameter of the container part, which you olnena with fixing elements to the support surface. Moreover, the ballot box contains a waste bin made of sheet steel with a volume of at least 80 dm ³ , the sheet steel has an anti-corrosion coating, and the container part is made with a cross-section in the form of a circle or polygon having at least fifteen sides, while the four sides are straight and the rest are concave . Structurally, this ballot box contains a container part, a base, a closing part with trash openings made on its side surface and a closing wall, which in the closing part forms an upper wall, i.e. litter box [14 (prototype)].

The disadvantages of the prototype urn with a cylindrical body are low stability, design complexity, manufacturing complexity, high metal consumption and high manufacturing costs.

Task and technical result

The objective and technical result of the invention is to increase the stability of the urn, simplifying the design, increasing manufacturability and reducing the complexity of manufacturing, increasing the life of the service, reducing maintenance costs and improving the usability of the urn, ensuring compliance with hygiene requirements, as well as reducing the metal consumption and manufacturing costs.

Disclosure of invention

The problem is solved, and the technical result is achieved by the fact that in the ballot box for a gas station containing a base, a housing and a top cover blank with receiving windows for garbage, according to the invention, the housing is made in the form of a conical hollow inside the tube expanding to the bottom with the possibility of placing a container in it for garbage, and the base is made with the possibility of embedding a weighting agent in it.

Moreover, in the variants of constructive execution of the urn

inside the base there is a recess for the weighting agent, for example, in the form of two rectangles, a ring or a circle along the inner diameter of the base;

the outer diameter of the upper edge of the housing is made equal to or smaller than the inner diameter of the lower edge of the lid with the possibility of putting the lid on the housing mainly to a depth of 100 mm;

the inner diameter of the lower edge of the housing is made equal to or greater than the outer diameter of the upper edge of the base with the possibility of inserting the top of the base into the bottom of the housing and fixing the housing on the base;

the mating edges of the lid and the housing contain means for fixing the lid on the housing, made, for example, in the form of a rotary latch lock on one side and a wire clip in the form of a sleeve nut on the lid and holes in the housing on the other side;

the housing is configured to accommodate a plastic bag, container or bucket with a garbage handle in it.

The lid, body and base of the urn are made of fiberglass by injection of polyester resin with a hardener into closed molds, by the method of Resin Transfer Molding (English - feeding resin into molds), by RTM method.

The ballot box for a gas station in the preferred embodiment is 828 ± 5 mm high, 452 ± 5 mm deep, 684 ± 5 mm base width, 3 ± 1 mm thick fiberglass walls and a total weight of about 8 kg. The lid and body are red, the base is black, and ordinary building bricks are used as a weighting agent.

A brief description of the drawings and photographs in an advantageous embodiment of the design of the ballot box for gas stations (hereinafter referred to as the ballot box) includes a lid 1 with windows for rubbish, a hollow conical housing 2 expanding downward, a support 3 with recesses for a weighting agent, a container (bucket) for garbage 4, a lock rotary 5 vibration-proof with a furniture screw M6 × 15 with a flat head, hexagonal sleeve nut extended M6 × 24 with M6 nut, weighting compound 7.

In FIG. 1 shows a general view of the urn, which shows a lid 1 with windows, a hollow conical case 2 expanding downward with a garbage bin 4 and a base 3 installed therein.

In FIG. 2 is a side view of the urn.

In Fig 3 is a section of the urn, which shows the lid 1, housing 2, support 3, a garbage bin 4, a rotary lock 5, a weighting agent 7.

Figs. 4 and 5 respectively show a side view and a front view of a cover 1 with side windows for dumping garbage.

In FIG. 6 is a side view of the housing 1.

In FIG. 7 - section of the base 3 with a weighting agent 7.

In FIG. 8 is a side view of a garbage container (bucket) 4.

In FIG. 9 is a view from above the base 3 with a weighting agent 7.

In FIG. 10 - rotary lock 5 vibration-proof with a furniture screw M6 × 15 with a flat head.

In FIG. 11 - wire latch of the cover 1 on the housing 2 in the form of a nut-sleeve hexagonal elongated M6x24 with nut M6.

Photo 1 shows a photograph of a general view of the urn.

On a photo 2 - a photo of a general view of a cover.

On a photo 3 - a photo of an urn with the cover removed.

On a photo 4 - the photo of a top view on a ballot box with the cover removed.

On a photo 5 - the photo of the bucket with the handle inserted into the ballot box.

On a photo 6 - the photo of the top view of the ballot box with the lid removed and the bucket removed.

On a photo 7 - the photo of the basis from above.

On a photo 8 - a photo of a surface of fiberglass material.

Photo 9 is a photograph of the surface of a fiberglass material with traces of resin feeding with a hardener into the mold during the manufacture of urn parts using the RTM method.

The implementation of the invention

The proposed ballot box (a container for municipal solid waste, LBW) is suitable for gas stations and parking complexes, where there are increased requirements for reliability and fire safety, and can also be used as a container for municipal solid waste (LBW) in communal services as in intra-quarter specialized sites in cities, towns, and in the territories of enterprises, shops, shopping centers, educational institutions, health care institutions, spa centers, entertainment venues .

Structurally, the urn contains a hollow body in the form of a conical tube extending downward, made with the possibility of placing a plastic garbage bag or bucket with a garbage handle in it.

Inside the base there is a recess for weighting agents, for example, in the form of two rectangles, mainly for the dimensions of standard bricks, in the form of a ring or circle along the inner diameter of the base.

The conical shape of the hull expanding downward and the base with a weighting agent significantly increase the stability of the ballot box and prevent the ballot box from tipping over under the side effects of wind gusts or lateral mechanical effects.

The outer diameter of the upper edge of the housing is made equal to or smaller than the inner diameter of the lower edge of the lid with the possibility of putting the lid on the housing mainly to a depth of 100 mm, which ensures reliable fixation of the cover on the housing.

The inner diameter of the lower edge of the housing is made equal to or greater than the outer diameter of the upper edge of the base with the possibility of inserting the top of the base into the bottom of the housing and reliable fixation of the housing on the base.

The mating edges of the lid and the housing contain means for fixing the lid on the housing, made, for example, in the form of a rotary lock-bolt on one side and a wire clip in the form of a sleeve nut on the lid and holes in the housing on the other hand, which provides convenience and ease of opening the urn and the safety of the garbage bin and prevents entry into the urn.

A characteristic feature of the proposed urn is the manufacture of a cover, body and base of fiberglass.

The design features and the shape of the lid, case and base allow them to be made of fiberglass using the progressive method of injecting polyester resin with a hardener into closed molds, known as the Resin Transfer Molding method or RTM method.

Resin Transfer Molding technology or injection of polyester resin into closed molds is used in the manufacture of fiberglass products in medium and large batches. The manufacture of fiberglass using the RTM method involves the use of tooling, which is two complementary components: a matrix, a punch (response form).

RTM production method consists of several stages.

Reinforcing material such as fiberglass or fiberglass is used for production.

Glass material is pre-cut.

Dry preforms are placed between the punch and the die.

Then the mold is closed and a mixture of hardener and polyester resin is fed into it under pressure. Remove the product from the mold after it is fully cured and, if necessary, subjected to mechanical processing.

In another embodiment of the RTM technology, a vacuum is created in the working cavity of a set thickness through an air hose system using a compressor and a vacuum pump.

The resin with the hardener is fed into the mold cavity under the calculated pressure through the injection hole using an applicator.

Once the resin has impregnated all the glass material, the injection of resin with a hardener is stopped and the laminate is left in shape. At the same time, at the set pressure, the product polymerizes.

Curing can take place at ordinary or elevated temperatures. Polymerization time during RTM is reduced by more than 15 times compared with the “manual” method of molding and manufacturing of the product. Next, the "matrix - punch" system is opened and the product is removed from the matrix.

The structural features of the parts of the proposed urn suitable for manufacturing from fiberglass by injection of resin into molds, or by RTM method, provide significant technological and economic advantages of the invention compared to the technology of manufacturing fiberglass according to the "manual" (contact) technology or the technology of manufacturing fiberglass spraying:

- both sides of the details of the urn have a smooth surface with a predefined relief;

- in the manufacture of parts of the urn by injection, material waste is minimized;

- accurate dimensions and excellent reproduction of urn details are provided;

- provides a high content of glass filler (up to 65% of the volume of the product);

- ensured the absence of air inclusions fiberglass urn details;

- reduced manufacturing time of fiberglass products by 5-20 times;

- increases the speed of turnover of equipment;

- the number of workers decreases, the qualification requirements in the manufacture of fiberglass parts of the ballot box decrease;

- sharply reduced emissions of harmful substances into the atmosphere, the working environment improves, the cost of ventilation in the manufacture of fiberglass parts of the urn is reduced;

- it is possible to introduce fillers to reduce the cost of the product, enhance flame retardant properties, reduce the degree of shrinkage of the polyester resin during curing, etc.

The implementation of the fiberglass urn provides the possibility of a complete exclusion of metallic materials, provides sufficient ease of urn and ease of handling, the possibility of regular processing to clean it from contamination and eliminate unpleasant odors.

The fiberglass material used in the manufacture of urns is durable, fireproof and resistant to fuels and lubricants, solvents and aggressive chemicals.

The fiberglass ballot box is easily cleaned of any kind of pollution, including the pollution with lubricants that are usual at gas stations and parking lots, while maintaining the required functionality and presentable appearance.

In a preferred embodiment, the ballot box is made 828 ± 5 mm high, 452 ± 5 mm deep, 684 ± 5 mm base width, 3 ± 1 mm thick fiberglass walls and a total weight of about 8 kg.

In the material of the lid, body and base, flame retardants (substances that prevent fire) can be added, and the surface of the ballot box may contain additional fire-resistant coatings.

In accordance with the generally accepted color of fire-fighting equipment, the lid and body of the ballot box for a gas station are red and the base is black.

Inside the urn, it is possible to place a plastic bag, container or garbage bin with a rounded edge and handle.

Relatively thick (3 ± 1 mm) walls provide sufficient compactness of the dimensions of the ballot box and the strength of the walls of the ballot box, protection from mechanical shock.

Access to the technical capacity (trash bucket) for outsiders is limited by a lock and a wire clip.

The ability to install a weighting agent allows you to use the urn in open areas and hold the container in place with strong gusts of wind.

The presence of locks eliminates the theft of technical tanks from the urn.

The use of pilot batches of ballot boxes proved the effectiveness of their use at Lukoil gas stations, the ability to achieve the required technical result and industrial applicability.

As possible structural options for the execution of individual elements of the urn, various well-known and traditional technologies, materials and structural solutions commonly used in industry in the manufacture of containers, containers, ballot boxes and other fiberglass products can be used.

A detailed display on the drawings and a detailed description of the design features of the claimed invention shows a causal relationship between the essential features and the technical result and shows a confident solution to the problem and achieve the desired technical result, namely, the proposed technical solutions provide increased stability and fire safety, simplified design, reduced the complexity of manufacturing, increasing the lifetime, reducing maintenance costs and improving ease of use, ensuring compliance with hygiene requirements, as well as reducing metal consumption and manufacturing costs.

The set of essential features of the invention in the scope of the patent search and Internet search was not found, that is, the invention meets the requirements of the criterion of "novelty."

Given the novelty of the set of essential features, the technical solution of the problem, the inventive step and the relevance of all the general and particular features of the invention, proven in the section "prior art" and "Disclosure of the invention", proven in the section "Implementation of the invention" technical feasibility and industrial applicability of the invention, confident the solution of the inventive task and the achievement of the required technical result in the implementation and use of the invention, proves that A group of inventions satisfies all the eligibility requirements for inventions.

The analysis also shows that all the general and particular features of the invention are essential, since each of them is necessary, and together they are not only sufficient to achieve the purpose of the invention, but also make it possible to realize the utility model in an industrial way.

In addition, the analysis of the set of essential features of the variants of the invention and the uniform technical result achieved by using them shows the presence of a single inventive concept, close and inextricable connection between the variants of the invention, which allows combining utility models in one application, that is, to ensure the requirements of the criterion of unity of invention.

INFORMATION SOURCES

1.http: //hozotdel.ru/dir.phpi? D = 76

2. http://www.tara.ru/catalog/cat12/

3. RU 32476, B65F 1/00. Publ. 09/20/2003.

4. RU 102211, B65F 1/00. Publ. 02/20/2011.

5. RU 86177, B65F 1/00. Publ. 08/27/2009.

6. RU 92853, B65F 1/00. Publ. 04/10/2010.

7. RU 102212, B65F 1/06, A62C 2/00. Publ. 04/23/2010.

8. RU 40744, B65F 1/00 B65F 1/16. Publ. 09/27/2004.

9. RU 32477, B65F 1/00. Publ. 09/20/2003.

10. RU 109452, B65F 1/04. Publ. 10/20/2011.

11. http://www.danaeco.ru/addinfo/catalog/show1.php?id=1624&id_st=215 & id_to =; www. hozotdel. ru

12. http://www.danaeco.ru/addinfo/catalog/show1.php?id=357

13.http: //hozotdel.ru/dir.php? Id = 176

14. RU 138178, B65F 1/00. Publ. 03/10/2014 (prototype).

Claims (6)

1. Ballot box for a gas station, containing a base with the possibility of nesting a weighting agent, a case in the form of a conical tube extending downward with the possibility of placing garbage containers in it and a lid with windows for garbage, characterized in that a recess for the weighting material is made inside the base in the form two rectangles, a ring or a circle along the inner diameter of the base, the outer diameter of the upper edge of the housing is made commensurate with the inner diameter of the lower edge of the cover with the possibility of putting on the cover on the housing, and the inside The lower diameter of the lower edge of the housing is made commensurate with the outer diameter of the upper edge of the base with the possibility of inserting the top of the base into the bottom of the housing and fixing the housing on the base. 2. Ballot box for a gas station according to claim 1, characterized in that the mating edges of the lid and the housing contain means for fixing the lid on the housing, for example, in the form of a rotary lock-bolt on one side and a wire clip in the form of a sleeve nut on the lid and holes in the case on the other hand. 3. Ballot box for a gas station according to claim 1, characterized in that the housing is configured to accommodate a plastic bag, container or bucket with a garbage handle in it. 4. Ballot box for a gas station according to claim 1, characterized in that the lid, body and base are made of fiberglass by injection of polyester resin with hardener into closed molds, by the method of Resin Transfer Molding, by the RTM method. 5. Ballot box for a gas station according to claim 1, characterized in that the lid and body are made in red and the base is made in black. 6. Ballot box for a gas station according to claim 1, characterized in that it contains building bricks as a weighting agent.

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