DE20302863U1 - Holder for emptying of fluid containers has a cage with an oval top fitted to the wall to hold containers - Google Patents

Abstract

A holder for emptying of plastic fluid containers has a cage made of rounded strip material fitted to a wall to hold the containers upside down. This ensures efficient emptying to the last amount of the contents. The top of the cage has an oval shape to hold containers or many shapes simply by squeezing the containers. The top profile is determined by a wire ring. The remainder of the holder can be a cage made of other wire sections or the top oval ring can support a flexible holder.

Description

have a lower centre of gravity than those already at a

Description of certain dimensions empty bottles for which the holder

is actually intended and therefore the bracket has to be made much higher than necessary.

The invention relates to a holder by means of which it _{is possible to}

It should be possible to _fix the most complete _{& these errors} , and a holder for

Residual emptying of liquid containers for residual emptying of liquid containers available

to provide materials that use as little material as possible

Special attention was paid to liquid containers, the shape of the containers and

which are used in the household, as guaranteed _{by this} ^ _16n ^^ _mt and in the

Shower gel, shampoo bottles, etc. It is also possible to manufacture existing equipment

that in the invention other containers are set, on^^^, introduced _who can without this excess fee

if only the size of the invention is changed accordingly _{m SadaD)} y^s in turn reduces the production costs and

^wun * ^e · thus promoting economic viability.

It is already clear from the protection claims US 5 297 This is achieved on the one hand by only the

600.US5 105 860.US4515 188, US 5 269 354, US 4 665 Components required to perform the actual task

958 and DE 196 44 542 C2 brackets and devices. On the other hand, the material thickness

known, which minimizes the residual emptying of liquid containers _{of the brackets} i _{(2 and 3} ), since the actual

enable, but these all have deficiencies in ^ _{AägB Part is taken over by the mtenag (1)} ,

different areas. Some see _{no loss of stability in the}

The remaining content of the invention is described _below with reference to

into an additional container, which is very different in terms of the explanatory

is cumbersome and does not explain the purpose of the drawings.

Residual emptying during use corresponds to other _fc ^,„,„„g _L ^ ^ inventive holder Inventions are not _shown with the materials of the holder ^ _recording ^ liquid container for the purpose

very economical, so that the economy is not affected by the emptying. The main component is an oval retaining ring (1)

is always given. Other inventions show that the stable hold of the containers to be set in

sharp edges and pointed _corners , which are used horizontally, while the additional

Wet areas where one is mostly unclothed. To brackets (2 and 3) for the necessary support in the vertical

serious injuries. Furthermore _{, even if the container to be placed has} a

Although all inventions are based on a round or square one, it has a much smaller width than the retaining ring (1)

Shape of the bottles but only one on the oval shape of the . , _T , _TT . . „.,_ , ., ,,» ,„ ,

In the holder (1) holes (4) can be made for wall shower gel and shampoo bottles. But here too only , . _ „ _ „. , , ,

assembly. Of course, a

generalized and only to a certain size of the ,

common wall bracket attached to the bracket

Bottles received, so smaller or slightly different, ... ,, _ ......

to integrate these m possible bathing areas, which

shaped bottles would simply slip through. This . , , ,, , , .

which in turn supports usability

is correct to a certain extent, but is not used here _. .. ^ . ,. . ,. „ , , . ....

The materials from which the bracket is made, smd

considering that almost all of the products on the market, . . ,

variable. A stainless steel version is also

bottles intended for this purpose, in their dimensions only , ,, . . . _., . „ _ , „ ,

conceivable as a version in plastic or even wood

a max. difference of approx. 2 cm, in width and depth, , _

or rattan etc.

It is also assumed that the _TJ „.. -· .,, ..

In drawing 2. is a variation of the above mentioned

bottle to be set over the entire period of _w _ , , ...

Bracket shown, where the holder (1) is a light use in the holder This only increases the

Inclination in the horizontal to a wall material expenditure, since these bottles have a much higher .

to facilitate assembly.

In drawing 3, a variant of the above-described holder according to claim 8 is shown. Here, the retaining ring (1) and bracket (3) merge into one unit, eliminating the bracket (2) that spans the longitudinal axis of the retaining ring.

In drawing 4, a variant is shown which on the one hand allows the setting of containers of different sizes, but on the other hand also allows space-saving storage when travelling. This is made possible by modifying the variant shown in drawing 3 in such a way that the holding ring (1) takes on the shape of a rhombus, the tips of which are designed to be movable. This ensures that 1. containers of different widths or depths can be set and 2. the volume of the holder can be limited to a minimum during transport, which facilitates use in different locations.
The way it works is always the same for both variants. By placing the liquid container upside down with the cap closed, the remaining liquid in the container flows towards the cap and is available for the next use or can lead to the remaining liquid in the container being emptied if placed with the cap open.

Reference list

(1) = Retaining ring

(2) = bracket (crosswise)

(3) = bracket (lengthwise)

(4) = Holes

(5) = Kinks

Claims (11)

1. Holder, in particular for the residual emptying of liquid containers, characterized in that the holder consists of an oval holding ring ( 1 ) for fixing the containers, with brackets ( 2 )/( 3 ) formed thereon, wherein a curved bracket ( 2 ) spans the longitudinal axis of the oval ring and at least one further bracket ( 3 ) spans the oval ring parallel to the transverse axis of the oval ring. 2. Holder according to claim 1, characterized in that the retaining ring ( 1 ) and bracket (2 and 3) are made of the same thickness 3. Holder according to claim 1 or 2, characterized in that the ring ( 1 ) and bracket (2 and 3) are made of stainless steel, chrome-plated steel, aluminum or plastic 4. Holder according to one of claims 1-3, characterized in that the ring ( 1 ) and bracket (2 and 3) are made in different thicknesses 5. Holder according to one of the above claims 1-4, characterized in that the retaining ring ( 1 ) has a slight downward inclination in its horizontal axis in order to facilitate possible wall mounting. 6. Holder according to one of claims 1-5, characterized in that hooks for transport or for holding ( 5 ) are attached to the retaining ring ( 1 ) or the bracket (2 and 3). 7. Holder according to claims 1-6, characterized in that the material thickness of the retaining ring ( 1 ) and the bracket ( 2 ) has a depth/width ratio of at least 1 to 2, or greater. 8. Holder, in particular for the residual emptying of liquid containers, characterized in that the holder consists of a holding ring ( 1 ) and a bracket ( 2 ), the holding ring ( 1 ) and the bracket ( 2 ) merging seamlessly into one another, with the omission of a bracket ( 3 ). 9. Holder according to claims 1-8, characterized in that the holder has holes ( 4 ) or fastening means which enable wall mounting. 10. Holder according to claims 1-9, characterized in that two balls are attached to the bracket ( 2 ) in the lower area, which enable it to be placed on a horizontal plane. 11. Holder according to the preceding claims, characterized in that the retaining ring ( 1 ) and bracket ( 3 ) are designed in the form of a rhombus, the tips of which are designed to be movable ( 5 ) in order to enable a variable holding depth in order to enable folding to a minimum of the original size during possible transport.