BRMU8702653U2 - tiltable and swinging mobile multi-use container for urban solid waste collection, secondary bucket adaptable to the pickup truck hydraulic system, metal front-grab belt to be applied to commercially available containers and waste collection relocation system urban solids and sweeping - Google Patents

Abstract

MULTI-CONTAINER MOBILE AND PENDULATED CONTAINER FOR URBAN SOLID WASTE COLLECTION, SECONDARY BUCKET ADAPTABLE TO THE HYDRAULIC SYSTEM COMPACTOR COLLECTOR, FRONT BELT WITH BEARS ON THE CLEANING OF THE SOLID WASTE URBAN AND SCAN. This utility model patent refers to a hybrid mobile multi-use container, consisting of a movable metal frame interconnected with a container by its lateral and front to swing (1) and pendular (2) structures to dump its contents into Iift hydraulic secondary buckets (29) lowered bodies (31) or stationary containers (buried or semi-buried patent required by PI 0603052-1 itself). To take advantage of existing movable containers (32), an innovative metal front claw strap (33) is used to be applied to the same system as mentioned above (40) generating a new relocation system for urban solid waste collection and sweeping (D ).

Description

MULTI-CONTAINER MOBILE AND PENDULAR MOBILE CONTAINER FOR URBAN SOLID WASTE COLLECTION, SECONDARY HOPPER ADAPTABLE, COMPACTING COLLECTOR TRUCK, FRONT COLLAR BEARS IN THE EXTENSION OF THE MERCEDUR URBAN SOLIDS AND VARRITION.

Invention field

The present utility model patent aims at a multi-purpose mobile swivel and pendular container model for urban solid waste collection, in sweeping roads, squares, beaches, residences and the like, which was originally built for use in conjunction with buried and semi-buried containers (patent application PI 0603052-1 by himself), and compacting pickup trucks adapted with secondary hydraulic lift buckets or low-backside compacting trucks for the purpose of improving their use, efficiency and durability over existing ones.

In order to take advantage of existing containers to be used in the same system, a metal strap with front claws was innovated to obtain the same application as the system mentioned; resulting from this approach in a new system of relocating sweeping urban solid waste collection, residences and the like by the collector and generator.

A - Multi-purpose mobile swivel and pendular container. B - Secondary Hydraulic Lift Bucket (Lift) C - Metal strap with front jaws to be applied on

conventional mobile container.D - Urban solid waste relocation system by collector and generator.

Invention field

Urban solid waste collection containers are already known, comprised of a vertically integrated one-piece container with upper opening for receiving garbage, with a cover. The body of this container has two wheels with an axle in alignment of its rear wall and its bottom serves as support when parked. Its front wall has a frontispiece and at the top, on the side of the outer wall, three recesses. Below the frontispiece contains a recess with a horizontal bar in alignment with its outer wall. The collection of garbage deposited in these containers is performed by compacting collection vehicles, having in its rear a universal hydraulic lift system (Lift) with a trident metal plate on its upper face, where the containers are attached.

This plate enters the space between the frontispiece and the front wall to the top of it under the upper fold. The function of this metal plate containing a metal rod with a jaw at its end is to lift the container and tilt it, and the rod jaw attaches to the horizontal bar to allow it to tilt and not fall when it is attached. emptying into the container of the truck. This operation is processed at its last stage abruptly, with the solid residue within the container exerting a great strain on the horizontally held rod claw by the weight of the contents in the container.

Containers, when used for sweeping roads, squares or stationary on beaches, their cover remains open, swinging as it is moved. The interior is lined by a plastic bag and at the end of the operation the bag is tied and manually removed from the interior to be deposited at points determined by the logistics for later collection by the collection trucks.

Despite the widespread use of this type of container, some serious drawbacks can be attributed to it such as the very high percentage of breakage of the horizontal bars that holds the container by the lift claw rod when it is raised and tilted for the dumping of the container. garbage inside, causing it to fall into the bucket of the compacting pickup truck and it is manually removed from it by the sweeper. This fact occurs routinely, because the break of the horizontal bar makes the container unusable for this collection operation, being done only by the hydraulic lifting plate, throwing it into the interior of the truck's body, causing the walls and I even break into the containers. When containers can no longer be used for disposal, garbage bags are deposited on sidewalks to be collected door to door. This is currently the case for the above facts.

In cases of sweeping, when not collected by the collection truck, a plastic bag must be used and deposited at points determined by the logistics for later collection. Eventually when large floods occur, the garbage is scattered around the region causing clogging of rainwater galleries.

Other drawbacks exist, such as when processing its movement, it is necessary to hold the wheel in order to tilt the container and move it. When the cover is moved when opened, in case of sweeping, it is oscillating and hitting the legs of the sweeper, which may cause some kind of accident, which is necessary to tie the cover to the body of the container.

Another drawback, when containers are used for sweeping in parks, beaches and unpaved streets, is the very high amount of land and sand collected together with garbage, preventing the use of plastic bags and making sweeping unproductive by the heavy weight of the land. and sand collected together with waste, thus using the collection system by lift pickup trucks. Because it is manufactured in a single piece (monoblock), it does not allow replacement of parts, especially in exchange for larger wheels, making them locomotion. unsuitable for unpaved floors and slopes.

Solution Presentation

In view of these problems, and in order to overcome them and innovate a new system of urban waste collection and sweeping, a multi-purpose mobile and pendular container, object of the present invention, has been developed. in place the container of an axle in the front wall that connects it to the movable support metal frame and its side walls of structures with support passage and lifting handle of the container, allowing such parts to interconnect at its front end, providing the pivoting and swiveling, and in this way the contents are dumped into an innovative secondary bucket, adaptable to the existing compact truck (lift), or truck with lowered body at its rear. You can deploy buried or semi-buried stationary containers (patent application PI 0603052-1, self-applied), placed at points determined by the logistics for posteriort collection. In cases of sweeping in squares, beaches, unpaved streets, the bottom of the container is made up of holes in the form of a hollow grid, so that only the earth and sand pass under the container attached to its two metal bars. At the bottom is a removable tray for the disposal of these materials (earth and sand).

As an option, this multipurpose container, movable and swiveling, can be purchased by spare parts, wheels of various diameters, metallurgy and the container (rotational molding), forming a mounting kit more suitable for its end use, allowing cost savings and spare parts when needed. This is possible because it is not one-piece (unibody) like the current ones.

With this solution, a new urban solid waste collection system, both in sweeping and in buildings and the like, is innovated, thus avoiding garbage bag deposits on public sidewalks for later collection, caused by the current collection system (lift).

In order to take advantage of the existing containers in the market, in case of change of the current system, an innovative metal front-jaw strap is adapted to provoke the same process as above, avoiding the constant breaking as it currently occurs with them.

Brief Description of Details

Innovation will be better understood from the description made with reference to the accompanying drawings of the components by product as listed in the "inventive field" item.

A - Swivel and pendular mobile multi use container

Figure 01 - Illustrates the side view, in its entirety, the multi-purpose mobile container.

Figure 02 - Illustrates the perspective view of the rear of the mobile pendular multi-use container.

Figure 03 - Illustrates the multi-purpose movable container in exploded perspective.

1 - Illustrates the metal "U" fitting welded to the upper horizontal sidebar where the lateral support and the lifting lug of the container are supported.

2 - Illustrates the nut of the shaft end of the set of metal parts that provides the movement of tilting and pendulum the container.

3 - Illustrates the lateral lifting handle support of the container for tilting, swinging and moving.

4 - Illustrates the view of the rigid tubular metal structure forming its entire outline.

5 - Illustrates the angular limiter of the swinging and pendular movement of the container dump.

6 - Illustrates fixed axle for swing and pendulum 30 that runs through the front structure of the container. 7 - Illustrates wheels that can have various diameters.

8 - Illustrates the metal gauge for changing the diameter of the wheels through its holes.

9 - Illustrates the lower bar that serves as support for the bascule container. Without this part, the container becomes pendular.

10 - Illustrates the axle of the wheels.

11- Illustrates the outer washer.

12 - Illustrates the locking nut of the washer with the wheel.

13 - Illustrates the internal washer fixed to the shaft.

14 - Illustrates the metal tube that is embedded in the front structure of the container through which the fixed axis passes for the swing and pendulum movement.

15 - Illustrates the front stop of the container.

16 - Illustrates the body of the container.

17 - Illustrates the lateral structure of the container through which the lateral support and lifting handle of the container to swing, swing and move.

18 - Illustrates the side skirt of the container that covers the U-shaped metal fitting 1, welded to the upper horizontal side profile of the rigid support of the metal frame and causes the angular limiter to return to its original position.

19 - Illustrates "L" profile of container to fit its cover when removed.

20 - Illustrates T-profile lying flat to support the top and bottom lifting handle to assist in tilting and pivoting of the container.

21 - Illustrates the bolt for fixing the container inside the metal structure without letting it move.

22 - Illustrates a small edge projecting to the outside of the container, reinforcing its structural strength. Figure 04 - Illustrates the movable multi-use container by tilting without the need to remove its cover with its angular limiter. Figure 04 a

23 - Illustrates in a small section of the cover.

24 - Illustrates part of the male hinge attached to the cover.

25 - Illustrates part of the female hinge attached to the container.

Figure 05 - Illustrates cross-sectional view of the frontal convergence of the tilting and pendular hardware.

1 - Illustrates the cross section of the U-shaped socket 1 welded to the rigid support profile of the metal frame.

2 - Illustrates the lashing nut of the fixed shaft end of the set of metal parts that provides the swinging, swinging and moving the container.

3 - Illustrates cross section of the side support and lifting handle to swing, swing and move the container.

4 - Illustrates cross section of rigid tubular metal structure.

5 - Illustrates the cross section of the angular limiter of the swinging and pendular movement of the container load dump.

6 - Illustrates cross section of the fixed axis for swing and pendular movement that runs through the front structure of the container.

Figure 06 - Illustrates front view of the metal structure of the basular container.

9 - Illustrates lower bar that supports the base container base.

Figure 07 - Illustrates side view of the movable metal frame.

Figure 08 - Illustrates the side view of the rigid pendular metal structure.

Figure 09 - Illustrates perspective view of the rigid metal frame with its respective metal parts. Figure 10 - Illustrates in detail part of the rigid metal frame where welding is applied, the metal gauge for changing the diameter of the wheels through their holes. .

4 - Illustrates detail of the metal structure where the wheel axle template is located.

8 - Illustrates the metallic template with the holes for crossing the axle of the desired height, determining the radius of the wheels.

Figure 11 - Illustrates side view of the metal assembly that moves the container to swing, pendulum with its angular limiter.

1 - Illustrates "U 1" side view, welded to the metal frame.

2 - Illustrates the hole through which the fixed shaft nose nut is located.

3 - Illustrates the lateral support and lifting handle that is located under the angular limiter.

5 - Illustrates the angle limiter, comprised within the U-shaped socket 1 and under lateral support and pendular, swinging and moving lifting handle.

Figure 12 - Illustrates the side view of the metal assembly that moves the container to pivot and swivel with the desired angle limiter opening, to dump the contents of the container by gravity.

5 - Illustrates angle determined for maximum opening of the angular limiter when tilting or hanging the container.

Figure 13 - Illustrates the perspective parts of the front stop composed of a "C" metal profile with a rubber band to cushion the shock of the container body after tilting and pendulum.

Figure 14 - Illustrates in cross section, the set of the front stopper parts of the container.

Figure 15 - Illustrates front view of container body without metal frame.

16 - Illustrates the body of the container.22 - Illustrates a small edge projected to the outside, reinforcing its structural strength.

18 - Illustrates the front view of the container skirt that covers the U-shaped metal fitting 1.

22 - Illustrates front view of the container structure which inside contains a metal tube through which the fixed axis is traversed for the pendulum and swing movement of the container.

Figure 16 - Illustrates perspective detail of the front of the container.

22 - Illustrates the outer edge of the container, which in addition to reinforcing its structure, is the basis of its coverage.

14 - Illustrates metal tube, embedded in the front structure of the container through which the fixed axis passes for the swing and pendular movement of the container.

26 - Illustrates the front support structure of the container for swing and pendulum movement.

Figure 17 - Illustrates upper lateral partial view of the container.

3 - Illustrates part of the support and lifting engagement to tilt, swing and move the container.

17 - Illustrates the side structure of the container through which the support and lifting bracket passes to swing, swing and move.

18 - Illustrates the side skirt of the container that covers the metal "U" fitting, and causes the angular limiter 5 to return to its original position.

Figure 18 - Illustrates partial perspective side view of the container.

3 - Illustrates the direction of entry into the lateral structure of the support and lifting engagement to swing, swing and move the container.

17 - Illustrates the perspective side structure of the container.18 - Illustrates the perspective side skirt that covers the U-shaped metal fitting 1, and causes the angle limiter 5 to return to its original position.

Figure 19 - Illustrates the rear view of the container with its cover and removable cover fittings.

Figure 20 - Illustrates a rear view of the container without its cover with its cover docking profiles and container lifting buckle.

23 - Illustrates the cover positioned in the profile fitting when removed from its container closing position.

Figure 21 - Illustrates side view of the container with its cover without its metallic structure.

Figure 22 - Illustrates the side view of the container with the cover positioned on its profiles at its rear, and its container lift handle for tilting and hanging.

Figure 23 - Illustrates bottom of hollow grid container, used in special cases of sweeping, for pouring grains of earth and sand into a removable tray attached to the two metal bars of the container frame.

B - Secondary Secondary Lift Bucket

Brief Description of the Drawings Figure 24 - Illustrates the pickup truck lift assembly.

Figure 25 - Illustrates the unification of the hydraulic lift assembly for the application of a single secondary bucket.

Figure 26 - Illustrates the secondary bucket attached to the lift hydraulic system.Figure 27 - Illustrates the vertical lowering movement of the secondary bucket at the dump reach level of the swinging and pendular multi-use container.

Figure 28 - Illustrates the waste dump movement of the secondary bucket on the compactor truck collector.

Figure 29 - Illustrates tilt and drop motion of the multi-use container for dumping its contents into the secondary bucket.

Figure 30 - Illustrates the position of the secondary bucket when retracted for movement of the pickup truck.

Figure 31 - Illustrates the tilting movement of the swiveling and swinging multi-use container in the dumping of waste in retrofit trucks adapted with drawdown box lowering.

C - Front claw metal strap to be applied to a conventional moving container Brief description of the drawings

Figure 32 - Illustrates the side view of a conventional container applied with the metal front claw strap.

Figure 33 - Illustrates the side view of the metal strap with front claws.

Figure 34 - Illustrates the direction of front movement for the jaws to engage in a metal tubular bar contained in the waste collector receptacle.

2 - Illustrates the metal claw fitted frontally to the metal tubular bar.

a - Illustrates the metal tubular bar contained in the waste collection receptacle (hydraulic lift bucket of compacting trucks or buried or semi-buried container, patent application PI 0603052-1 applied for itself).

Figure 35 - Illustrates in perspective the movement of the front jaws to tilt the container.

Figure 36 - Illustrates aerial view of the metal strap with front claws. Figure 37 - Illustrates in perspective the metal strap with its front claws.

Figure 38 - Illustrates in exploded perspective the metal strap with its front claws.

1 - Illustrates the two symmetrical parts of the metal strap.

2 - Illustrates the front metal claws of the metal strap welded to both parts.

3 - Illustrates threaded tubular metal shaft at the ends for joining the sides of the metal strap at the front.

4 - Illustrates the perforated folding of the metal strap at its front where the threaded joining strap of the straps is attached.

5 - Illustrates the nut that holds the two metal straps at the front through the tubular metal shaft threaded at the ends.

6 - Illustrates the perforated folding of the metal strap at its back through which the buckling of the container that is the threaded joining strap of the belts is attached.

7 - Illustrates the tubular metal shaft whose ends have threaded perforations for the use of bolts securing the metal strap, also serving as a buckle to tip the container by its front.

8 - Illustrates the clamping screw for fastening the metal straps to the front by means of its tubular metal shaft, which also serves as a buckle for tilting the container.

Figure 39 - Illustrates container in the rear to attach its claws to the waste receptacle bar.

a - Illustrates the metal bar contained in the waste receptacle through which the metal strap claws lock to tilt.

Figure 40 - Illustrates tipping of the container with its claw attached to the bar for dumping its contents into the waste receptacle.

The detailed description of the drawings will be made according to the relation named in the item above "Field of Invention".

Prior to the detailed description of the drawings, a physical presentation is necessary for a better understanding of the collection systems, applications of the invention and replacement of parts, damaged by chance, by the use or purposes of their operational application.

The movable multi-purpose swing and drop container consists of three parts namely:

1 - Rigid metal structure:

It has the function of structuring the container itself with the characteristics of tilting and pendulum through a set of loose metal parts, which unite them in a single moving set.

2 - Set of spare parts:

Its function is to direct, leverage, tilt and swing with an angle limiter, allow the use of various wheel diameters to make it mobile and adaptable to your ideal application, and integrate the container into the metal frame.

3 - Container:

It is a vertical container with hollow side and front structures through which it is interconnected and integrated within the movable metal structure by its loose pieces to swing and swing with an angular limiter to remove its contents.

It has the function of storing and removing solid and liquid waste, in which case it can have different shapes and capacities according to your needs and applications.

This type of mobile multi-use container, besides serving for urban solid waste collection, similar, sweeping, liquid waste collection, can also be used in food, pharmaceutical, etc., for relocation and storage of inputs, just that the container is made of its own material for its intended purpose, as its structure and separate parts are the same.Detailed description of the drawings A - Container mobile multi-purpose swivel and pendular

The swivel (fig. 1) and pendular (fig. 2) movable multi-purpose container is a hybrid assembly consisting of interconnected parts forming a movable metal tubular structure, having high characteristics of mobility, strength and robustness (fig. 5). 6, 7, 8, 9, 10, 11, 12, 13 and 14) to interconnect and incorporate into its interior a container (vertical container) with capacity, shape and different materials, depending on its application, by means of side and front structures to be articulated, i.e. directing, pivoting, pivoting with an angled limiter (fig. 412) said container (fig. 15, 16, 17, 18, 19, 20, 21, 22 and 23).

As illustrated by the above related figures, the tilting, pendular movable multi-use container object of the present invention will be better understood and described by viewing its exploded perspective (FIG. 3).

Its rigid tubular metal structure forming its entire contour (4), has at its lower lower end, welded to its structure (fig. 10) a metal gauge for changing the diameter of the wheels (8), through which the axle is pierced by holes (10) of the wheels with fixed internal washer (13), whose wheels (7) have on their side, external washers (11), which are fastened by nuts (12) with the wheels, making it into a movable metal frame. .

In the middle of its lower lashing frame, a bar (9) is welded parallel to the front and back of the metal frame supporting the container base (16) making it swivel (fig. 1) without said bar (9). ), the container becomes pendular (fig. 2).

In the metal tubular structure (4) in the middle of the two vertical and front bars, a horizontal bar (15) with a "C" profile is welded, inside which is lined with a rubber strip with a section superior to the metal profile (fig. 13 and 14) which is the front stop (15) of the container (16) whose function is not to let it go beyond the alignment of the front frame (4) and to reinforce its structure. In the metal tubular frame (4) in the bar In the upper horizontal position, the metal "U" socket (1) that supports the lateral supports and the lever to leverage the container (16) to tilt, swing, move (3), pierced in the lateral structures (17), is welded. Thus, by partially integrating the container (16) from the sides into the metal frame (having the same side skirts (18) to cover the U-shaped metal socket 1, and replace the part (5) in its socket when returning after tilting and pendulum thus composing the side of the assembly (fig. 17 and 18) The inside of the metal housing "U" (1) where the lateral support (3) is supported has on it an inverted "U" metal profile (5), which is the angular limiting of tilting and pendulum movement of the In the case of the container 16, this limiter is laterally viewed by figure 11 in a static position, and figure 12 the movement of the angular limiter at its desired inclination limit comprised in figure 4.

The rotation movement for swing and pendulum is made by a fixed axis (6), which passes through the front structure (26) of the container (fig. 15) comprised by figure (16) which contains a metal tube (14) embedded in the front structure (26) of the container through which the fixed axis (6) passes, which is secured at its ends after perpendicularly crossing the metal parts (1, 3, 5), being fixed by a nut (2) on the its ends, seen in cross section by figure (5a) thus integrating the container (16) into the movable metal tubular structure (fig. 7).

To prevent container movement within the metal frame, it is contained at the front by the bar (15) and at the rear by the bolt (21) attached to the lower tubular bar, thus leaving it static within its movable metal frame . The container 16 shown in perspective (fig. 3) has at its top a small projecting "J" shaped outer edge to reinforce the structure of its walls (22) and to seat its cover (23 figure). 4 a). On its back wall are L-shaped profiles (19), and below, L-shaped profiles (20) on both sides, whose set serves to accommodate the container cover (23), when necessary to remove them. for certain usage situations, such as sweeping (fig. 20). In said lying "T" profile (20), its lower part is the handle to assist the lifting of the container to tilt or swing, dumping its contents. Removal of the cover is only possible by the type of male fitting (25) attached to the top edge (22) of the container and female fitting (24) attached to the cover (23 fig. 4a) by lifting the cover and moving it laterally. to disengage the hardware and attach the cover to the profiles (19 and 20) of the container (figure 20).

For swiveling and swinging multi-use container use cases on unpaved streets, weeding and beaches, one may use a container with a hollow grid bottom (Figure 23) to sift the earth and sand by shaking the container. , being deposited in a removable tray, fixed to the two lower bars of the metal tubular structure (4)

for your disposal.

B - Secondary hydraulic lift bucket

Detailed Description of the Drawings The secondary lift bucket is designed to enable the collection of urban and similar waste by means of a movable multi-purpose swivel and pendant container without damaging or destroying them, unlike the current collection process. with conventional containers.

It consists of a metal housing (1), bolted to the compactor truck's hydraulic lift plates (figures 24 and 25) with a vertical movement (figure 26) until it reaches floor level (figure 27) after dumping of the garbage by the multi-purpose swing and drop container (figure 29) it is driven by the hydraulic system to be raised and tilted (figure 28) to its secondary bucket (1). After pickup operation, the bucket is positioned within the body space of the collection vehicle (figure 30). In the event that the pickup truck has its body lowered at its rear, the multi-purpose swiveling and tilting containers can dump its contents directly into the pickup truck body (figure 31) thereby eliminating the current collection system. (lift).

C - Metal strap with front jaws to be applied to conventional movable container

Detailed Description of the Drawings

In spite of the widespread use of conventional movable containers, the present utility model patent was invented, which consists of a metal front-claw strap applied to said container (Figure 1), to provide the dumping of its contents by tilting. (Figures 8 and 9), thus changing the current collection system in order to improve its utilization, efficiency, and durability (the current container is unibody, any modified parts cannot be replaced) in the proposed collection system.

The metal strap with front claws will be better understood by exploded perspective (figure 7). It consists of two symmetrical metal halves of the metal belt (1) with folds at its front inner end (4) whose function is to unify them by a threaded metal tubular shaft at the ends (3) that runs through the fold (4) and Locked by nuts (5) in the space between the fold (4) and its front end on both sides of the metal strap halves (1) are welded metal claws (2). At the rear of the two halves of the metal strap (1) its inner end has folds (6) whose function is to unify the rear of the metal strap (1) by means of a tubular metal shaft (7) whose ends penetrate the folds. (6) and which are secured by means of clamping screws (8) for securing the metal strap to the container (Figure 1). This assembly is a plan view (figure 5), perspective view (figure 6) and a side view (figure 2). Its basic operation of dump of its contents is made by the approach in the dump receptacles (hydraulic bucket lift of compacting trucks or buried or semi-buried container, patent PI 0603052-1 required by itself) that contains a metal bar (a) inserted inside it (figure 39) and represented in its tipping by figure 40.D - Urban solid waste remittance system by collector and generator

Detailed System Description

The use of the swiveling and swiveling multi-use container replacing the current container collection system is more efficient and economical due to its technical characteristics, ie mobility (changing wheels of various diameters and widths) allowing access in narrow lanes. and winding through which only the generator has access, unpaved and uneven paths, up and down gradients and / or terraces, long and unpaved unpaved streets, making collections unviable by collecting collectors, allowing the unification of collection points in a single location determined by logistics, avoiding current door-to-door stops due to breakage and lack of durability of current containers.

In the case of multi-family dwellings and high demographic density, multi-use containers are parked in split points of the residential blocks, allowing for greater dynamics in the collection by the secondary hydraulic bucket (lift) collection trucks.

In sweeping, with its characteristics of mobility, tilting, ergonomics consistent with the operation, no need for plastic bag allows the use of buried or semi-buried containers for future collections, unlike the current system that necessarily requires daily collection thus saving big on collection costs.

Claims (5)

1. - Movable multi-purpose swivel and pendular container, characterized by its movable and articulated metal structure serving as the container support, which is interconnected and comprised within its swivel (fig. 1) and pendular (fig. 2) its contents ( Fig. 4) in hydraulic secondary buckets (lift - fig. 29) lowered bodies (fig. 31) or stationary containers (buried or semi-buried, patent application PI 0603052-1, self-applied). To take advantage of the existing containers in the market, in case of change of the current collection system, an innovative metal strap with front claws (fig. 32) is adapted to provoke the same collection process proposed above (fig. 40). This solution innovates the urban solid waste collection system, both in sweeping and in buildings and the like. Container for use in the system according to claim 1, characterized in that a metal tubular structure (4) forms its entire contour, having at its lower and posterior ends, metal jigs with holes (8) for changing the diameter of the wheels, through which holes are pierced by shaft (10) with fixed internal washers (13) whose wheels (7) have on their outer side washers (11) which are fastened by nuts (12), making it movable ( In its lower frame, a bar 9 is welded which is the base support of the container 16, making it pivotal (fig. 1) and without said bar (9), it becomes pendulum (fig. At the front end of the upper horizontal bar, there is the "L" socket supporting the side supports and lever lever (3) which runs through the side structures (17) of the container (16) which has a skirt (2). 18) with a dual function integrating it laterally to the metal frame (4). supported by the buckle (3), there is a metal profile (5) thereon which is the angular limiter of the opening of the container (fig. 11 and 12). The pivoting and swinging movement is made through the front structure (26) of the container (fig. 16) which contains a metal tube (14) embedded in it, through which the fixed axis (6) passes which, after passing through the assembly. (1, 2 and 5) perpendicularly by its threaded ends, is secured by nuts (2), thus the container is integrated by the sides (17) and front (26) to the movable metal frame. To prevent internal movement, it is contained at the front by the bar (15) and at its rear by the bolt (21) that is fixed to the lower tubular bar. Its rear wall contains profiles (19) and below them profiles on both sides (20), the assembly of which accommodates the cover (23), which is removable from the container (fig.20). The profile (20) has a double function, as its bottom is buckled to assist the tipping of the container. For the case of sweeping, when it is necessary to have the residues free of earth and sand, a container whose bottom has the It is formed of a hollow grid (fig. 23), removing the earth and sand by shaking the locomotion of the container, which are deposited in a removable tray under the container attached to the two side bars of the metal structure. 2. Secondary hydraulic lift bucket for use in the system according to claim 1, characterized by a metal box (1) bolted to the hydraulic system plates (fig. 25) with vertical movement (fig. 26) for the dump the contents of the swinging and pendular multi-use container (fig. 29), to be lifted by the hydraulic lift system, and to be tilted (fig. 28) its metal bucket (1). After the pickup operation, the hopper is positioned within the pickup truck space (fig. 30). In the case of lower body collector trucks at the rear, the multi-purpose container can dump its contents directly (fig. 31). Frontal claw metal strap for use in the system of claim 1, characterized by two symmetrical halves of the metal strap (1), with folds at its front end (4) joined by a metal tubular shaft (3) , secured by nuts (5), in both parts, in their middle are welded metal claws (2). At the rear of the two halves of the metal strap (1) at its inner end there are folds (6) which are joined by a tubular metal shaft (7) and fixed by clamping screws (8) to secure the strap to the container (fig. 1). Its operation is represented by figures 39 and 40. 5. - Urban solid waste disposal system by the collector and generator, for use in the system according to claim 1, characterized in that it replaces the conventional mobile container with the movable multi-purpose container, providing its technical characteristics, a new model for collecting on inhospitable roads, whether on uneven floors or on inclines, slopes, made impossible by conventional collectors or collection vehicles, allowing the unification of collection points determined by logistics. In the case of multifamily residences, they are parked in split points of the residential blocks, allowing greater dynamics in their collection by collecting trucks with secondary buckets. In sweeping, without the need for plastic bags, allows the combined use of buried or semi-buried containers for future collections, unlike the current system that requires daily collection, thus generating a great savings in collection costs.