ES1216669U - Container clean point of proximity (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Proximity point characterized by an independent frame, an enclosure and admission inlets. The frame consists only of stainless steel profiles and constitutes the structural frame of the furniture, as well as a guide and support for the assembly of the enclosure, remaining hidden inside. The stainless steel housing is welded to the frame ensuring its impermeability. It consists of a rear, two side and a fixed top cover, as well as three front doors practicable. The opening of the same ones is foreseen for the withdrawal of the accumulated waste and it is realized by means of security keys. Between the doors and the rest of the envelope a series of rain gutters and gutters are installed, which guarantee the absence of water leaks inside the furniture. The cast aluminum mouthpieces are ellipsoids of varying colors and sizes, and are located on the front and sides of the furniture. Some mouthpieces have holes sized according to the residue they have to receive and are closed by means of aluminum sheet metal hatches. Inside, the waste is transported to standard separating containers. The mouthpieces serve, in turn, to support some sheets, which include specific punches, to show graphics, texts and Braille relative to the corresponding residue. (Machine-translation by Google Translate, not legally binding)

Description

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DESCRIPTION

CLEAN POINT OF PROXIMITY

TECHNICAL SECTOR

Urban furniture for waste collection.

BACKGROUND OF THE INVENTION There is no background EXPLANATION OF THE INVENTION

The clean proximity point is a large-format urban furniture manufactured in a workshop that can be transported to its destination point for installation and permanence.

It is a receiver-classifier of waste capable of accepting differently the following types of materials:

I, -clothes and used footwear

2. -small electrical and electronic devices

3.-ink cartridges and printing powder (toner)

4. - domestic origin oil

5.-compact discs

6. -piles

7.-energy saving lamps

8.-fluorescent lamps

9. -radiographs

10-aerosols

II - 12 coffee capsules, - video tapes

For each of these products, the furniture will have a mailbox or inlet that is suitable for its size and the characteristics of its deposit.

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Its openings are provided both on its front face and on its two side faces. The storage capacity is designed taking into account the state and level of filling of the point with frequency twice daily, by specialized personnel.

The furniture is composed of two main parts: the outer shell and the inner containers.

BRIEF DESCRIPTION OF THE OIBUJOS

To complement the description that is being made and in order to help a better understanding of the features of the invention, a set of drawings is attached as an integral part of said description, where the illustrative and non-limiting nature has been represented. next:

Figure 1 shows the front elevation of the invention.

Figure 2 shows the rear elevation of the invention.

Figure 3 shows a side elevation of the invention.

Figure 4 shows a side elevation of the invention.

Figure 5 shows the upper elevation of the invention.

Figure 6 shows the bottom elevation of the invention.

Figure 7 shows a cross section of the invention.

Figure 8 shows a cross section of the invention.

Figure 9 shows a cross section of the invention.

Figure 10 shows a cross section of the invention.

Figure 11 shows an axonometric view of the structural frame.

Figure 12 shows an axonometric view of the separators and inner trays. Figure 13 shows a detail and location of the identification plate.

Figure 14 shows the signal plates that serve as intake doors in the openings.

Figure 15 shows the signal plates indicating the residue corresponding to each mouthpiece or provide identifying information.

Figure 16 shows the signal plates indicating the residue corresponding to each mouthpiece or provide identifying information.

Figure 17 shows a digital perspective view of the invention.

Figure 18 shows a digital visualization of the front elevation of the invention.

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Figure 19 shows a digital visualization of a side elevation of the invention.

Figure 20 shows a digital visualization of a side elevation of the invention.

Figure 21 shows a digital visualization of the front elevation of the invention with the doors open.

Figure 22 shows a photo of the prototype in the workshop. Front elevation

Figure 23 shows a photograph of the prototype in the workshop. Front elevation with a door

open •

Figure 24 shows a photo of the prototype in the workshop. Front elevation with two open doors

Figure 25 shows a photograph of the prototype in the workshop. Front elevation with three open doors

Figure 26 shows a photograph of the prototype in its final location. Front elevation.

The following is a list of the different elements represented in the figures that make up the invention:

1- Cast aluminum mouth with opening for waste admission. Variable size and color.

2- Cast aluminum mouth without openings. Variable size and color.

3- Aluminum plate shot blasting and anodized in natural color 2mm thick received with adhesive on the aluminum mouth.

3.1- Senaletica die cut in the sheet. It varies according to the mouth.

3.2- Senaletica in Braille. It varies according to the mouth.

4- Blasting and anodised aluminum sheet for closing the waste intake opening. Is composed of:

4.1- Shot blasting aluminum sheet 3mm thick painted the same color as the mouth.

4.2- Aluminum plate shot blasting in natural color 2mm thick die cut with signal corresponding to its location and received with adhesive on the sheet 4.1.

4.3- Senaletica die cut in the sheet. It varies according to the mouth.

4.4- Auxiliary drill for the painting process.

5- 8mm thick shot blast stainless steel sheet door.

6- Fixed stainless steel plate shot blasting 8mm thick.

7- Curia of shot blasting stainless steel for rolling waste bins.

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8- Horizontal profile of stainless steel welded to the structural frame and shot blasting.

9- Vertical profile of stainless steel welded to the structural frame and shot blasting.

10- Horizontal stainless steel plate shot blasting 2mm thick for the support of cubes and buckets.

11- Vertical sheet of 2mm thick shot blasting stainless steel for the separation of cubes and buckets.

12- Folded stainless steel sheet shot blasting 2mm thick for direct waste reception.

13- Horizontal stainless steel plate shot blasting 1mm thick stamped with the identification text.

PREFERRED EMBODIMENT OF THE INVENTION

COMPOSITION a. Outer shell

The housing is practicable (only frontally and laterally) in two different modes:

1. -For users in relation to the deposit of waste in a simple and functional way, adapted to the conditions of maximum accessibility.

2. -For operators specialized in regard to full access to the storage elements located inside the furniture by having front doors that allow, both the extraction of the various containers, or the products deposited in them, as cleaning full inside.

The housing will be mechanically resistant (to shocks, cuts, impacts, etc.) and to atmospheric agents. In addition, the visible areas will be made with a non-stick micro-texture and roblon, with a density of 36 hemispheres per square meter, to avoid the placement of stickers and posters.

The housing is formed by the following elements: Chest, Doors, Admission Mouths, Lids, Internal Structure and Separators.

Its exterior dimensions are 3,907 mm (total width, including openings) x 1,444mm (total height, including openings) x 868 mm (total depth including

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mouthpieces). Discounting the openings the capable prism has a width of 3,750 mm, a height of 1,200 mm and a depth of 759 mm.

Description of housing elements:

Chest:

It is the base piece on which all the components are attached. It is formed by a back, a cover, two sides and a base. All these components are constructed using 8 mm thick shot blasting stainless steel flats. The lid, back and base are pieces without openings. The two sides have openings in the form of circular holes to accommodate some intake openings. The back and base shells will be manufactured with smooth sheet while the cover and the sides will have a non-stick microtexture and with roblones with a density of 36 hemispheres per square meter. The base of the chest includes a zocalo-ramp that facilitates the extraction of containers, in addition to an element of retention of these and adjustable supports.

The dimensions of the chest are:

Cover 3,750 mm x 606 mm {plus cover folding in central part of 303mm)

Back 3750 mm x 1,127 mm Side 759 mm x 1,200 mm Base 3629 mm x 704 mm

Doors:

They are manufactured in the same way as the lid or the sides of the chest, that is, with 8 mm thick shot blasting stainless steel flaps, non-stick micro texture and robbed texture with a density of 36 hemispheres per square meter. They are equipped with stainless steel hinges and bolts of the same type to allow proper handling and opening. The two extreme doors, of the same dimensions, of the central door, of smaller size, must be distinguished. All of them are perforated with circular openings to accommodate the intake openings and have a hole in which a concave depression of circular shape and cast aluminum in its central part will be adjusted. Security locks will be installed on the doors. The doors can only be operated by authorized operators, equipped with special Haves.

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The dimensions of the doors are:

Right door: 1140 mm x 1293 mm without including openings. 1,384 mm x 1,350 mm with openings.

Left door: 1140 mm x 1293 mm without including openings. 1,384 mm x 1,340 mm with openings.

Central door: 895 mm x 1,135 mm without including openings. 895 mm x 1,183 mm with openings.

Admission Mouths:

They are the specialized pieces to admit objects of different sizes. It is a lenticular structure with an opening that houses a lid. They will be manufactured with cast aluminum, made in sand molds and 12 mm thick. The openings will have a powder-coated finish cured in the oven and assembled to the mobile doors or, if necessary, to the fixed plates by means of brass screws and a galvanic pair corrosion protection fence.

The openings and their types are listed below according to their maximum diameter:

EMB-A = 630 mm

EMB-B = 570 mm

EMB-C = 560 mm

EMB-D = 360 mm

EMB-E = 300 mm

EMB-F = 300 mm

EMB-G = 200 mm

EMB-H = 90mm

Tapas:

They are made up of a double sheet of anodized aluminum 3 + 3 mm thick articulated with respect to the intake openings. The front sheet will be anodized in natural color and the back will be painted the color of the mouthpiece into which it is inserted. Its union will be made by a resistant adhesive. They will be equipped with recovery springs that allow automatic closing once they have been opened to deposit waste. They will be installed in all openings except those dedicated to fluorescent tubes and radiographs.

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The dimensions of the covers are:

Cover A1 150 mm x 150 mm Cover B1 138 mm x 138 mm Cover D2 192 mm x 192 mm Cover E1 69 mm x 96 mm Cover E2 102.mm x 102 mm Cover F1 162 mm x 78 mm Cover G1 87 mm x 87 mm Cover G2 102 mm x 102 mm

Internal structure:

The chest has a reinforcement structure constructed with tubular and laminated stainless steel profiles.

Separators and Supports:

There are several interior sheets that divide the furniture and host or support the different containers. They are made of smooth sheet of stainless steel type 316L of 2mm thickness.

The measures of the separators are:

SEP-1 Two units of 1,010 mm x 472 mm.

SEP-2 Five units of 550 mmx 200mm.

The measures of the supports are:

BDJ-1 Base type (in the bottom of the chest) Two 1,150 mm x 591 mm development units. BDJ-2 A unit (chest bottom) of 1,110 mm x 591 mm of development.

BDJ-3 Box-shaped unit with three sides, with 200 mm x 421 mm base, one broken side of 909 mm x 421 mm in development and another broken side of 761 mm x 421 mm in development.

BDJ-4 A hanging unit in the form of a base trihedron with a 432x02 mm development fin and a 302mmx200mm and 402mmx200mm dihedral (walls).

BDJ-5 Six units of 1 233mmx136mm.

BDJ-6 A base unit in two pianos of 109 mm x 532 mm. 2 walls in broken piano 615mm x 91mm. A stop of 157 x 130 mm.

Each of the trays will be attached to the chest or mouths, as the case may be, by

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stainless steel or aluminum fixings. b. Inner Containers

Inside the housing there are a series of containers that must receive the different types of waste through the intake openings. All products will have a specific container except for used clothing and footwear that will be housed directly at the bottom of the chest, and compact discs, x-rays and fluorescent tubes that will be deposited in sheet trays designed for this purpose. For waste oil, toner and small appliances / electronic devices, the use of standard 80 liter plastic containers, equipped with wheels, lid and handle, is contemplated. For Aerosols, Batteries, Coffee Capsules, and Video Tapes, standard plastic buckets will be used. For the collection of bulbs, disposable bags with a maximum capacity of 30 liters will be used.

SENALETICA

The front and sides of the chest will be properly marked. Each mouthpiece will have associated a brief information about its specific use. This information, which will indicate the type of allowable waste, will use three simultaneous languages. Alphabetical language, symbolic language through icons and braille language for the blind. In addition, a general signal will be included that links the furniture with its owner (in the case of the prototype, with the Madrid City Council).

The signal will be incorporated into the furniture by milling plates that will be included in the openings. The sheets will be double with a first layer anodized in natural color and milled with laser cut and / or jet of water under pressure. The second layer is anodized in color. This will be visible through the milling of the first layer.

EMBODIMENT Structural frame:

The stainless steel profiles that make up the internal structure are welded and serve

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of support and guide to weld the sheets of envelope.

Envelope sheets:

By means of laser cutting the holes for the mouths and the roblones are practiced and the plates are cut to the specified size. The central scotland is curved by appropriate press and tools and subsequently welded to the structural frame. Once fixed, the bolts indicated in the project are welded from the inside.

Doors:

By means of laser cutting the holes for the mouths and the roblones are practiced and the plates are cut to the specified size. Scotland is folded from the side doors by appropriate press and tools and then welded to the hinge system bolt. The doors are provisionally mounted to level and welded from inside the roblones indicated in the project.

Trays and separators:

Press the sheets with the necessary angle and fold them to form trays that in turn will be welded, inside the furniture, to the structural frame. The three horizontal pieces that make up the floor of the chest will not be welded, since they are mounted using threaded bolts after anchoring the furniture to the floor in its final location.

Shot blasting and mounting:

Both the frame with the envelope plates and the trays and separators are shot blasting. The doors are shot blasting separately. After this process the doors are placed and leveled correctly.

Mouths:

Aluminum openings are produced by casting molten material into sand molds. The imperfections of the mold are reviewed and shot blast if necessary. Later they are painted and screwed to the chest.

Admission and signal plates:

Aluminum sheets are cut by laser, both the outer edge and the signal they reproduce. They are shot blasting and in the cases indicated in the project they are painted with paint

powder and cured in homo. The assembly is carried out in two ways, according to the function of the sheet: the practicable ones are installed by means of screws and hinges with recovery spring in the intake holes of the openings, those that do not admit residues are fixed by means of adhesive on the openings.

Claims (1)

Application No. Effective  06/26/2018 1. Proximity Clean Point characterized by an independent frame, an enclosure and intake mouths. 5 The frame consists only of stainless steel profiles and constitutes the structural framework of the furniture, as well as a guide and support for the assembly of the enclosure, being hidden inside. 10 The stainless steel enclosure is welded to the frame ensuring its impermeability. It consists of a rear, two sides and a fixed top cover, as well as three practicable front doors. The opening of these is planned for the removal of accumulated waste and is done through security Haves. Between the doors and the rest of the enclosure, a series 15 of gutters and gutters are installed that guarantee the absence of water leaks inside the furniture. The cast aluminum mouthpieces are ellipsoids of varying colors and sizes, and are located on the front and sides of the furniture. Some 20 openings have holes sized according to the waste they have to receive and are closed by means of aluminum sheet traps. Inside, the waste is taken to standard separating containers. The openings serve, in turn, to support plates, which include specific die cuts, for sample graphics, texts and braille relating to the corresponding waste. F.OEPM 06/26/2018