ES1266830U - Drum (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Drum, comprising a sealed container (1) with a cap (7), characterized in that it comprises a manual piston pump (5), and a hose (9) with one end inside the container (1) and a second end finished off in an expulsion nozzle, the hose (9) having a valve (6). (Machine-translation by Google Translate, not legally binding)

Description

Drum

TECHNICAL SECTOR

The present application refers to a drum for fuel, preferably, or any product that requires some kind of precaution when handling. For example, flammable, corrosive liquids ...

STATE OF THE ART

Sometimes it is necessary to transport some type of fuel, or another liquid with a certain toxicity or danger, between different places. For this it is necessary that the user does not enter, nor can they come into contact with the contents of the drum.

However, the transport of these liquids is carried out in carafes that have to be dumped over a hole in the destination machinery, in any case using a funnel. This solution has a high risk of splashing, and also the funnel is stained and is a second source of stains and toxic risk.

The applicant does not know of any device that can solve these problems

BRIEF EXPLANATION OF THE INVENTION

The invention consists of a drum according to the first claim. Its different variants solve the problems outlined.

This drum allows the simple transfer of liquids from a main tank to a machinery, agricultural, recreational ... both maritime or land, or any other element that needs it. It is a drum that withstands inclement weather well and withstands the daily mistreatment of work or ac va es e recess, re uces the traces of conamnac n and esones produced by the weight of the charged liquid.

This drum comprises a sealed container with a cap, and also a manual piston pump, and a recess in a wall. The drum comprises a hose with one end on the inside and a second end coupled to an expulsion nozzle, with an intermediate valve or tap. For example, the valve is a trigger valve and requires its continuous depressing to stay open, similar to the nozzle of a gasoline pump.

To facilitate transportation, wheels can be located at at least one vertex and an extendable handle.

A preferred example of a pump comprises a piston connected to a crank. The actuation of the fluid is through the pump that is constituted by a piston in such a way that when the piston goes to an extended position it absorbs the fluid filling the capacity of the liner, and when the piston goes to its collection position it expels the fluid through the hose.

In a preferred solution, the drum has a channel for storing the hose that includes an evacuation hole that can communicate with the inlet. This channel can be around the valve or separate from it.

Other variants can be seen in the rest of the report.

DESCRIPTION OF THE FIGURES

For a better understanding of the invention, the following figures are included.

Figure 1: Side view of an embodiment in the emptying position.

Figure 2: Schematic longitudinal section of the previous example.

MODES OF EMBODIMENT OF THE INVENTION

An embodiment of the invention will be briefly described below, as an illustrative and non-limiting example thereof.

Figure 1 shows a first embodiment example. It is made up of a watertight container (1), generally prismatic in shape. The container (1) shown comprises wheels (2) at at least one vertex, an extendable handle (3) at a base and a manual handle (4).

One side of the container comprises a manual pump (5). This pump (5) is on a face not adjacent to the wheels (2) so that it is oriented upwards in the position for emptying the drum. In figure 2, the pump (5) comprises a piston (51) movable in a sleeve (52) with non-return valves (53). The piston (51) is connected to a crank (54) accessible from the outside. A second solution is a bellows mechanism.

The pump (5) can be removable from the rest of the container (1), for example by threading, for its maintenance or replacement.

One end of the hose (9) protrudes from the container (1) and comprises an ejection nozzle, generally with a valve, for example a trigger. The actuation of the fluid is through the pump that is constituted by a piston in such a way that when the piston goes to an extended position it absorbs the fluid filling the capacity of the liner, and when the piston goes to its collection position it expels the fluid through the hose.

The outer part of the hose (9) can be placed in a channel (92). This channel (92) requires an evacuation orifice (93) that allows any water or other liquid that falls into the channel (92) to be evacuated. The channel (92) can be away from the valve (6) so that it cannot be isolated from the air introduced by the pump (5). It can also be around the valve (6) to capture any liquid that comes out of it due to overfilling e recpene, and rgro a or co e evacuation. In that case, the channel (92) preferably surrounds the valve (6) and the pump (5).

One side of the container (1) has a recess (8) for the placement of a glass or small container, for example graduated to allow the liquid to be dosed. This inlet (8) has been shown in communication with the evacuation orifice (93) to capture the liquid that falls through it. The recess (8) can have another shape, for example to place an accessory of the ejection nozzle that facilitates specific uses (nebulizer ...).

The container (1) can have fixing holes, with or without tapes or other associated elements, which facilitate the coupling of the drum to an SUV or other vehicle (trailers, boats.). The fixing holes will normally be in the corners.

In general, any groove, channel, or indentation in the top of the container will have a hole to prevent water or other liquid from accumulating. Thus the drum can be kept outdoors without forming stagnant water that creates health risks and allows the proliferation of some harmful or inconvenient organisms (mosquitoes, fungi.)

Claims (1)

1- Drum, comprising a sealed container (1) with a cap (7), characterized in that it comprises a manual piston pump (5), and a hose (9) with one end inside the container (1) and a second end finished off in an expulsion nozzle, the hose (9) having a valve (6). 2- Drum, according to claim 1, characterized in that it comprises wheels (2) in at least one vertex and an extendable handle (3). 3- Drum, according to claim 1, characterized in that the pump (5) comprises a piston (51), connected to a crank (54), movable in a sleeve (52) with non-return valves (53). 4- Drum, according to claim 1, characterized in that the pump (5) is removable. 5- Drum, according to claim 1, characterized in that the container (1) comprises a lateral recess (8) for storing a measuring cup or accessories of the ejection nozzle. 6- Drum, according to the preceding claims, characterized in that it has a storage channel (92) for the hose (9). 7- Drum, according to claim 6, characterized in that the channel (92) has an evacuation hole (93). 8. Drum, according to claims 6 and 7, characterized in that the channel (92) is around the valve (6) and the evacuation orifice (93) communicates with the recess (8).