ES1057779U - Tensile trash. (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Tenso-papelera: adapter device for plastic bags consisting of a structure of bars and tensioners. The bars (four or five) pierced at the ends are linked together by cords, chains ... And tensioners that keep them standing forming a quadrangular or pentagonal prism quite twisted. If we put all the bars together and tie them by their ends, we can barely occupy space when it is time to store it. when fully folded or disassembled if preferred, they can be stored in large quantities and in very little space. if we use steel cable to link the bars, the wastebasket will have a cylindrical shape. In this case it will be necessary to disconnect the tensioners to be able to fold it. it serves to place inside a plastic bag and use it as a garbage can. If we use transparent bags we can see the objects deposited in it and thus solve security problems. both the materials for its manufacture (plastic, wood, metal) and its size will depend on the use that will be given and the format of the bags to be used. (Machine-translation by Google Translate, not legally binding)

Description

Tensile bin.

Adapter for garbage bags.

Object of the invention

The present invention relates to a device plastic bag adapter designed to keep open the bags and be able to use them as if it were a container, with The advantage of being foldable and detachable. The bars, perforated in its ends, remain standing thanks to the effect of the tensioners that connect them to each other.

The tensioners (ropes, rubber bands, chains) are the edges of a fairly twisted cousin that will support the bags as a garbage can. It is a totally aerial body, the bars maintain the shape of the tensioning prism keep the standing bars

Background of the invention

There are countless models of bins and containers that we currently use with disposable bags, but its storage constitutes a problem and very few of us allow you to see the objects deposited inside.

Description of the invention

The device of the invention has a structure of bars and tensioners, is a twisted prism and without faces, fully aerial body that allows to adapt inside a plastic bag, thus becoming a dustbin.

It involves four (five) perforated bars in its ends and linked together by tensioners, knotted cords, chains, even cables. Each bar is linked to the previous one and to the next one both from the top and the bottom. Each bar is also tensioned with a rubber from its top to the bottom of the next.

The tensioners can be independent, each a tensioner edge, so there would be four bars with twelve tensors for the square bin and five bars with fifteen tensioners for the pentagonal.

We can also make a rope, chain or cable, link all the bars at the top and another by the bottom. We will get the tension when connecting the tires that join the top of each bar with the bottom of the next. By connecting the last tensioner we will get the shape definitive

It can be folded with a single movement and held its ends to keep it. It unfolds alone, there is only Release it and recover its initial form.

It can also be disassembled without complications (it is convenient to do so, if it is going to be stored for a long time, to avoid deformation of tensioners). Just release the tensioners that connect the top of each bar with the lower than the next.

In the case that we use a steel cable to connect all the bars, the bin will have a cylindrical shape and it will be necessary to release the tensioners to fold it.

Its size will depend on the bags we go to to use and the materials (metal, wood, plastic) of the use that I will give him (domestic, office, public places).

It is perfect for reusing garbage bags from the supermarkets. Very suitable for fairs and celebrations in those that use disposable tableware and especially to have bins in places where they are only needed sporadically

In places where safety is important we will place transparent bags to always see the objects deposited in them

Brief description of the drawings

A-1 The four bars are connected by its upper ends with a rope and by the lower ends with another. Rubber tensioners link the top of each bar with the bottom of the next and  they keep it deployed in the form of a square-based prism.

A-2 The bin is folded, the bars are held together tied at their ends with the ties of rubber of the ends of one of the tensioners.

B-1 The five connected bars by a rope from the top and another from the bottom forming the pentagons of the prism bases. The rubber bands that bind the top of each bar with the bottom of the next exert sufficient tension to hold the torsion firm and twisted prism.

B-2 The five bars are joined and tied with the rubber ties of the ends of one of the tensioners

C-1 This variant of any of the previous models uses steel cable to connect both the upper and lower ends of the bars. The form that originates when joining the ends of the cable is a circumference so this model has a cylindrical shape.

C-2 The folding of this bin It is achieved by sliding the bars through the cable until they are joined. In that time the rings that constitute the bases of the cylinder rotate over the holes of the bars and that everything completely flat.

Description of two preferred embodiments

1- Four 30 cm bars perforated at 1 cm from each end and a knotted cord that links all the bars by the upper part and another for the lower part.

From the top of each bar comes a rubber, topped with a ball or simply with a knot at that end and by a loop at the opposite end. In these ties will be introduced the bottom of the next bar getting form of twisted prism.

One of the rubber bands will be somewhat longer than others, forming a loop at each end that will serve to maintain folded the trash.

2- Four or five bars of aluminum tube, drilled from side to side by a 5.5 mm to 10 mm drill about the ends.

Through the holes in the top of each bar will pass a 5 mm stainless steel cable forming a ring. In the same way we will connect the lower ends of All the bars.

Just outside the drilled area we will make a new 3mm drill, but this time it will only go through a of the tube walls. Through those holes we will make the ties come out of rubber that will connect each bar with the next bar through of some hooks that will allow us to assemble and disassemble the bin easily.

In this case, in order to fold the bin, We need the bars to slide down the cable ring. A once we have all the bars together the rings will fold over the bars being completely flat.

Claims (1)

1. Tensile bin: Device adapter for plastic bags consisting of a structure of bars and tensioners. The bars (four or five) perforated in the ends are linked together by cords, chains ... and tensioners that keep them standing forming a quadrangular prism or Pentagonal quite twisted. If we put all the bars together and we tie by its ends, we get it to barely occupy room to the time to save it When fully folded or disassembled if prefers, can be stored in large quantities and in very little space. If we use steel cable to link the bars, the bin will have a cylindrical shape In this case it will be it is necessary to disconnect the tensioners to be able to fold it. It serves to place inside a bag of plastic and use it as a garbage can. If we use bags transparent we can see the objects deposited in it and so Troubleshoot security issues. Both the materials for its manufacture (plastic, wood, metal) and its size will depend on the use that will be given and the format of the bags
use.