EP1611021B1 - Container with a handle piece without any holding or spherical rivets in the container body - Google Patents

Abstract

The container has a cover ring (20) connected by a fold to the body (10). The cover ring has a part rolling-in (25) running radially inwards, which engages at its free end with a plastic ring. It holds this ring fixed in the vicinity of the rolled-in sector of the cover ring and can act as a receiver (42) for one or both ends of the bracket (30).

Description

The invention relates to a container for receiving liquid contents, preferably chemically technical products, usually fluids, which are kept sealed in the container and to be transported. For transport is a handle (also: carrying handle), with which the container is transported.

Containers are so far connected via ball eyelets (also: holding eyes) with the carrying handle at its two ends. Each ball eyelet is fixed to the hull of the container while the carrying handle is inserted into this eyelet to remain rotatable relative to its bearing point.

The attachment of ball eyelets has been common practice for decades. It has only recently been modified by reducing the height of the ball eyelets, cf. to EP-A 1 048 579 (Impress). More recently, proposals have been made to avoid the ball eyelets completely, cf. EP-A 1 057 736 (Safet ). There, the hood-shaped attachment points (eyelets) have been avoided on the fuselage, that the support handle was inserted like an articulation in the cover ring, what he between an overhead curl, an underlying circumferential recess and a slightly raised relative to the recess bearing as a hinge at both ends was stored. He receives thereby a turning ability to the respective bearing point, while avoiding eyelets.

From the BE 650 018 A (Gabriels ) is proposed a container device with a handle without ball eyelets. The handle consists of plastic, cf. there Figure 9 and FIG. 7 , which is clamped diametrically on a rolled-up outer end of the lid. The local ones FIGS. 2 to 4 show the shape of the handle and the thickening used to clamp under the external curl 5/6. A cover ring does not have this document. From the EP 1 283 174 (Safet ), however, a cover ring is known which has a lying at the inner end curled inner end, which engages by clamping over a plastic portion of a strap or handle, see. to the bracket / handle the local figure 9, the handle portion 54a also, and to curl the local there FIG. 6 , The engagement of the plastic is only possible later by forming or rolling the edge 70, as it FIGS. 5 and 6 illustrate in chronological order. The handle itself is made entirely of plastic, starting points for inserting radially directed openings in the plastic after the local FIG. 6 for attachment alternative bracket is not possible according to this document. Such a breakthrough by a plastic part, however, is found in FR-A 2 784 967 (Safet ). The plastic part is relatively firmly hooked on the double fold, which is provided between the cover ring and container. The plastic part engages with a hook-shaped projection under the outer, lower arc of the fold. At the inner end of the cover ring has a Teileinrollung, which projects axially down and abuts a lip as a continuation of the plastic part, wherein the lip, there 42, at the lower end has a notch-shaped incision and rests with its lip at the bottom of Teileinrollung. The function of the lip as extension 42 is explained there on page 6, lines 14 to 27. In the plastic body engages through a hole a metallic bracket with a 90 ° angle, there 30, which is directed radially directed from the inside out into the hole in the plastic part. An embodiment with a radially outwardly directed intervention of a metallic handle show the BE-A 650 018 (Gabriels ) and the US-A 1,653,521 (Taliaferro ). In the US patent, a metallic part 6 is provided, which is designed in the manner of a cover ring and this cover ring is sealingly reinforced in its box-shaped inner end with a downwardly projecting edge from above through a doubly placed and folded edge of a lid, the metal bracket engages from radially outside. Plastic components are not provided here, cf. There page 1, right column, lines 57 to 71. Likewise, in the BE-Script the bracket, there 7, from radially outside under the free edge of Teileinrollung, there 5, cross-shaped, so it is directly on the lid edge. Such a direct concern at the rolled ring edge immediately under the lid is also in the EP-A-1 057 736 provided as explained above.

The invention is based on an alternative solution as a problem , wherein the mounting bracket continues to be without a "ball eyelet" with the container in connection, its pivoting capacity relative to the container should be preserved, but the mounting of the bracket should be made simpler and more reliable.

Claim 1 solves the problem.

The bracket is further pivotally mounted with its end portions in the region of the cover ring (near the cover ring) to carry the filled or unfilled hull, which carries at its upper edge a cover ring with a fold arranged, which serves as a bearing for the ring. The cover ring has radially inside a Teileinrollung, which is not completely rolled, but designed so that it has a free end with which a plastic ring clamped and can be fixed in the region of Teileinrollung on the cover ring. The thus fixed with compressive plastic ring serves as a bearing for the handle, which can be mounted on it or has already been formed in advance of him (claim 1).

By positioning the plastic ring, an intermediate piece is created, which achieves a decoupling, which could not be achieved in the prior art in an arrangement near the cover ring. While in the prior art, the curl is performed as a complete curl, it takes on two tasks. Once the inserted lid must be kept sealed. On the other hand, the curl also serves the mechanical positioning of the bearing of the ends of the handle. This dual function is not unproblematic for a full roll-in, since carrying forces can have a direct effect on the sealing effect of the edge curl of the cover ring.

According to the invention a decoupling is provided in which an intermediate piece (as a plastic ring) is placed in the cover ring, that it is also easy to assemble. In one embodiment, it still serves, without a carrying handle, first to form the bearing near the lid ring (claim 1).

A position-fixed positioning of the plastic ring near Teileinrollung, clamped by a free end of Teileinrollung positioned while the carrying handle.

In yet another embodiment, brackets (also called carrying handle or carrying handle) and mounting ring (as a plastic ring) are not integral, but yet pre-assembled on the recordings to place them together on the mounting ring on the cover ring and set with regard to the mounting ring, in contrast, the pre-assembled Carrying handle is pivotally mounted (in the shots).

In all proposals, the assembly is greatly simplified and achieved a decoupling, in which the ends of the carrying handle does not act directly on the complete curl of the lid ring.

When installing and fixing the plastic ring, two types can be used, once clamped a free end of Teileinrollung from the top, on the other hand clamps the free end of a radial outside. In both cases, a positive engagement takes place, such that the free end of the mold is suitably associated with a corresponding mating surface or such a receptacle on the plastic ring. By applying force, a clamp can be additionally applied, which presses the plastic ring either axially downwardly, or radially inwardly against a corresponding counter-bearing, which is also a piece of the cover ring.

In the manufacture of the plastic ring is provided with a wedge-shaped inner surface over the elastically yielding Teileinrollung pushed over, the Teileinrollung, urged by the wedge-shaped mounting surface, yields. An upper shoulder of the plastic ring terminates the mounting bevel and takes after complete overpressure of the plastic ring, the free end of Teileinrollung clamped, the clamp axially pushes the plastic ring down (claim 2 or 4), in a circumferential base receptacle of the cover ring in addition to the axial force component can also provide a radial fixation (radially inward and / or radially outward) available.

The plastic ring is thus supported axially and radially from its upper side, as well as from its underside, so that torques arising from the application of force to the introduction points on the plastic ring (when carrying the container) can be accommodated without substantial mechanical deformation and substantial change in position ,

If a radial component is used for fixing, this radial component pushes the cover ring against an inner wall which is between the lower

Receiving trough and Teileinrollung is aligned substantially vertically (claim 3). Again, by an effective at the lower end of the plastic ring, circumferential recording an additional force in the sense of torque can be applied when the handle introduces its forces in the plastic ring.

The assembly takes place by placing the plastic ring in a not yet fully formed cover ring, wherein then the Teileinrollung is introduced to apply a compressive force for clamping fixing of the plastic ring. Alternatively, the Teileinrollung already be present, so the cover ring be fully formed, after which the assembly of the plastic ring is pushed over with the mounting bevel on the elastically yielding Teileinrollung, wherein the inner obliquely inclined annular surface has a distance from the radially innermost wall of the cover ring.

The attachment of the handle (support bracket) as a bearing in the plastic ring is done so that the handle bar in the lowered state is not completely on the level of the lid or in a plane substantially perpendicular to the container body to lie, but a smaller angle opposite her ( Claim 5, 6). The slight projection ("stand up") of the handle strap facilitates its gripping. On the other hand, by an axial compressive force of the bracket can be lowered to a plane which is substantially parallel to the lid plane, so that the container is stackable. For this purpose, a plastic connection between the plastic ring and the end portions of the carrying handle, which is compliant. The compliance of the end portion may extend longer or shorter, wherein a transition zone may be twisted in the transition to the mounting ring or a portion of the strap end itself curves on a length portion when the handle bar from its relative to the plane slightly protruding (upright) position in the carrying position is bent up. This embodiment relates to a one-piece mounting of the bracket on the mounting ring. A twisting zone may be concentrated on the radial transition section, but it may also extend slightly along the handle when the radially directed torsion zone is stiffer. Then, the handle bow curves in its lower non-radially directed end portion according to the movement of the bracket in the wearing state.

Also, a corresponding geometric shape of at least one end of the bracket is possible, which reaches a projection of the bracket in the lowered state. In this case, the end of the carrying handle is geometrically shaped so that it cooperates resiliently with a provided on the plastic ring elastic portion to a Raise and allow an axial lowering when placing another container on the underlying container. This training can be made with radially extending cam in the recording, which deform elastically upon movement of the support bracket to be released from corresponding locking receptacles when one or the other position of the handle is to change, so from the lowered, light relative to the plane projecting (upstanding) position in the support layer or vice versa, a rotational movement of the handle should be made.

In another - not claimed - design of the plastic ring can be made in one piece with the carrying handle, but only be connected by thin webs to break after mounting the plastic ring, the thin webs and the pivot points of the end of the carrying handle at two opposite points of the plastic ring to substantiate. However, the one-piece design can also be designed so that it works without predetermined breaking points and allows torsion, with which the carrying handle is connected to the plastic ring at a transition point so that an angle of substantially 90 °, possibly minus any possible base angles, which are opposite to the horizontal plane (perpendicular to the axis of the container) in the lowered ground state, is reached. The said transition zone for the application of the pivoting of the handle is dimensioned accordingly, so that it transmits the forces on the one hand, but on the other hand provides a sufficient torsion.

Figur 1

veranschaulicht einen Behälter in Seitenansicht mit einem Griffbügel 30, der nahe eines Deckelring 20 schwenkbar angeordnet ist. Der rechte Schnitt des umlaufenden Deckelrings 20 radial innerhalb des Falzes 13 am oberen Rand des Behälterrumpfes 12 ist in Einzelheit X auf verschiedene Weisen in den weiteren Figuren ausgeführt.

Figur 2

veranschaulicht einen Griffbügel 30 an einem ersten Ausführungsbeispiel eines Deckelrings, wie er in der Einzelheit X der Figur 1 angeordnet werden kann, auch entsprechend am linken Rand der Figur 1, nur spiegelsymmetrisch.

Figur 3

veranschaulicht eine zweite Ausführungsform eines Griffbügels 30 in einem alternativ ausgestalteten Deckelring 20'.

Figur 4

veranschaulicht einen nicht erfindungsgemäßen Kunststoff-Griffbügel 30", in einem abgewandelten Deckelring 20".

Figur 5

veranschaulicht einen weiteren nicht erfindungsgemäßen Kunststoff-Griffbügel 30* in einem der Figur 3 ähnlichen Deckelring 20*.

Figur 6

veranschaulicht einen Abschnitt, der in der Ausführung nach Figur 3 oder 4 bei einem Kunststoff-Griffbügel 30'" geändert ist.

Figur 7

ist eine Variante von Figur 2 oder 3.

The claimed invention is illustrated and supplemented by examples .

FIG. 1

illustrates a container in side view with a handle bar 30 which is pivotally mounted near a cover ring 20. The right-hand section of the circumferential cover ring 20 radially inside the fold 13 at the upper edge of the container body 12 is executed in detail X in various ways in the other figures.

FIG. 2

FIG. 3 illustrates a handle 30 on a first embodiment of a cover ring, as shown in detail X of FIG FIG. 1 can be arranged, also according to the left edge of the FIG. 1 , only mirror-symmetrical.

FIG. 3

illustrates a second embodiment of a handle bracket 30 in an alternatively configured cover ring 20 '.

FIG. 4

illustrates a non-inventive plastic handle 30 ", in a modified cover ring 20".

FIG. 5

illustrates another non-inventive plastic handle 30 * in one of FIG. 3 similar cover ring 20 *.

FIG. 6

FIG. 12 illustrates a portion of the embodiment of FIG FIG. 3 or 4 at a plastic handle 30 '' is changed.

FIG. 7

is a variant of FIG. 2 or 3 ,

In FIG. 1 is shown with lid open 50 with a lid edge 51, a container body 10, whose center axis 100 represents a reference line. The lid 50 engages with its sealing vertical edge region and its lateral lid edge 51 via a radially inner rolling portion, which lies on the radially inner side of the cover ring 20. The cover ring 20 is connected via a circumferential fold 13 with the fuselage 12. The container is substantially cylindrical and provided as a bucket or container for receiving chemical engineering products.

The container body 12 is closed from sheet metal and below by a slightly vaulted bottom 11, which in turn is connected via a peripheral fold with the container wall 12. In the lower end portion of the container is easily retracted to be placed on an underlying container in its upper end within the surrounding fold there, and thus be stackable.

The handle is shown in the folded state. It is hinged near the inner edge of the cover ring 20, as will be explained in the following illustrations in several alternatives.

The several exemplary embodiments are designated by comparable reference numerals, in each case a superscript ', a superscript ", a superscript * and also a superscript"' designate similar parts, for example the cover ring 20 of FIG FIG. 1 which is in the FIG. 3 with 20 ', in the FIG. 4 with 20 "and in the FIG. 5 with 20 * is named. A corresponding cover ring 20 '"is in FIG. 6 to think about it, but it looks just like that of FIG. 5 ,

The described cover ring 20 in FIG. 2 is provided with an edge portion 23 which is formed with a container edge to the fold 13 in the finished state. Over a multiple gradation of the folding area 23 (folded 13 after FIG. 1 ), the cover ring reaches radially inside a Teileinrollung 25, the at FIG. 2 is substantially 180 °. The Teileinrollung 25 sits at the upper end of the cover seat surface 25b, which is about one and a half times as high as the Teileinrollung 25 in the axial direction. At the lower end, the cover seat surface (diameter D1) forms a kink as a vertical wall and merges into a plurality of horizontal sections which form the cover ring. The stepped portions are configured such that a first horizontal portion to the first stage has substantially the dimension provided with the partial curl 25.

In a first trough 24a, which is configured circumferentially, sits a mounting ring 40, which should be referred to as a plastic ring, with a base portion 41 which is adapted to the first circumferential receptacle 24a substantially. At the radially outer wall of the receptacle 24a, designated by 24b, the base portion 41 is located radially, while its bottom 41a is located in the circumferential trough 24a.

The plastic ring 40 is formed due to an inclined circumferential wall 44 so that it has at the upper inner end a seat surface 43 a, on which the form-fitting the free end 25 a of the Teileinrollung 25 rests with axial pressure. After the upper end 43 of the plastic ring 40 forms a circumferential ridge, which is located radially outside the free end 25 of the Teileinrollung 25, a positive reception is given, which receives in an encircling angle or shoulder portion an axial piece of Teileinrollung and the free End 25 receives with pressure or force on the support surface 43 a, so that the plastic ring 40 is fixed in its position on the radially inner portion of the cover ring. The radially inner portion is that of the part-rolled portion.

In the fixed position of the cover ring provides a receptacle 42 for a particular metallic handle bar 30, which is to be mounted near the cover ring. The picture is designed as a substantially cylindrical opening having two stages, wherein a step at the upper end to the support surface 43 a, which receives the free end 25 a of the Teileinrollung 25 supporting.

Of the metallic handle bar 30 only the beginning and a radially projecting short end 31 is shown in section, which engages in the opening 42 of the plastic ring 40 rotatably.

The lid to be closed, which rests with its lid edge 51 on the Teileinrollung 25 in the closed state, is in FIG. 2 not shown, but its vertical outer wall sealingly engages the lid seating surface 25b which, as a vertical wall, maintains a distance "a" from the obliquely upward surface 44 of the lid ring 40. This distance a is reduced by the radial dimension of the seat surface 43 a from the inner distance of the free end 25 a with respect to the seat surface 25 b, reduced with respect to the diameter of the Teileinrollung 25th

The plastic ring 40 is pressed axially with the wedge-shaped inner surface 44 of axially above the Teileinrollung 25 on this Teileinrollung to be snapped by snapping the free end 25a, which was initially pushed back radially inward, accurately received in the cover ring. For this purpose, the plastic ring 40 is placed symmetrically and circumferentially on the finished molded Teileinrollung 25 and then pressed axially down until it comes to lie with its lower base end 41 in the receiving groove 24a.

Before the axial pressing or thereafter, the handle bar 30 can be inserted into the associated receptacle 42.

In order to enable insertion, a further step 24 is provided in the cover ring, which adjoins the upwardly directed inner wall 24b of the receiving groove 24a for the base 41 radially outward. It is radially dimensioned so that it substantially corresponds to the dimension of the radially projecting handle end 31.

Above the step 24, a plateau 23a is provided, which leads to approximately the same height in the fold edge 23, the fold 13 after FIG. 1 is deformed when the cover ring 20 is folded against the container body 12.

The same geometry and the same structure can also be found at the opposite portion of the cover ring 20. Moreover, the cover ring 20 is configured circumferentially, as well as the plastic ring 40, only he has no receptacles 42 for receiving grip ends in the remaining area.

It is not shown in the figure, but can be explained without picture the rest position of the handle bar 30. He is rotatably arranged by a geometric design of its inner end, that he is not quite on a horizontal plane with the lid or not in his lying down rest position substantially perpendicular to the container axis 100 comes to rest, but slightly inclined upward, in an angular range below 20 ° with respect to the plane which is perpendicular to the container axis 100. For this purpose, a radially inner, axially rising end of the handle bracket 30 serve at its radially projecting end portion 31 which abuts against the lower wall surface of the upper support surface 43a for the free end 25a. This can be made elastically yielding in the area of the receptacle 42 so that the handle bar 30 projecting out of the plane by a given angular amount can also be pressed into the horizontal position when an axial pressure is exerted. From this horizontal position he springs out when the above-standing container is removed to facilitate gripping the handlebar.

Of the plastic ring 40 lying below the radially inwardly oriented end portion 31 base portion 41 is formed significantly higher than the above-lying ring portion 43rd

FIG. 3 illustrates an alternative embodiment of the subarea X of FIG. 1 , Here, too, a radially outer flange portion 23a is provided, which serves at the edge to form the fold 13 in the attached state of the cover ring 20 '. A multiple grading geometric ring design is provided within the circumferential plateau 23a, towards a radially inner edge region of the cover ring, which also has a Teileinrollung 25 '.

There are three stages 24 ', 24b, 24a' are provided, which as in FIG. 2 have different axial height levels. Below the Teileinrollung 25 ', which is here rolled greater than 180 °, but less than 270 °, the receiving trough 24a' for a plastic ring 40 'is formed. The plastic ring 40 'begins within the partial curl and extends axially down to the receiving trough 24a'. The annular receptacle 24a 'is radially dimensioned approximately as the radial extent of the lower portion 41' of the plastic ring 40 '. Its upper portion 43 'as a head portion is axially approximately the same height as the lower portion 41'. On the radially outwardly facing side surface 43b of the upper head portion 43 'engages the free end 25a 'of Teileinrollung 25' with compressive force. For this purpose, a trough 43a 'may be provided, which extends circumferentially. This trough serves to define the free end 25a '. The determination can be done by compressive force alone but also without such a circumferential groove, wherein the plastic ring 40 'is pressed with its radially inner surface to the outwardly facing surface of the cover seat surface 25b'. This results in an axial and radial positioning and fixation.

After such a fixation, which takes place by rolling the partially rolled lid ring 25 ', a handle bar 30 can be used with a radially inwardly extending portion in a bore 42', which serves as a receptacle. An axially upwardly facing portion of the radially inner end of the strap end 31 may serve for the described protrusion of the handle bar from the horizontal plane, in turn cooperating with an upper portion of the inwardly widening receptacle 42 'associated with the head portion 43' ,

Also in FIG. 2 the handle bar 30 is formed of metal. After the plastic ring 40 'is first inserted into the receptacle 24a', and the curl as Teileinrollung 25 'subsequently, the handle bar can be inserted radially into the receptacle 42' following this fixation of the plastic ring 40 '. He takes in the space of the second stage 24b substantially, based on the section of the recording.

Preferably, the plastic ring is also in the FIG. 3 circumferentially formed in one piece.

The handle bar 30 used in the FIGS. 2 and 3 were described consisting of metal. However, an insertion of a plastic strap is also possible if it is designed to be so suitable at its end that the receptacle 42 or 42 'can be used in a rotationally movable manner. The mounting ring made of plastic and the handle made of metal or plastic can also be pre-assembled, which relates to their mechanically rotatable connection, even before the mounting ring itself is clamped with the cover ring and its Teileinrollung. If handle and mounting ring pre-assembled or pre-assembled, their common installation is also possible if these two do not have a one-piece connection to each other, as will be explained in the following embodiments.

The FIG. 4 shows a version not according to the invention for a plastic handle, which is integrally formed on a plastic ring 40 "molded in. The Anformung is shown in section on the schematic line 42". The shape of the plastic ring 40 with its lower base portion 41 "is with the FIG. 2 comparable.

Here, too, the free end 25a "of the part roll-in 25" rests on a seat surface 43a, so that the base 41 "is pressed into the associated circumferential recess 24a" Cover ring fixed, supported by axial compressive forces of the free edge 25a "Teileinrollung 25". The handle bar 30 "in this case has no radially extending ends, but goes integrally formed (see, in addition, reference numeral 42") in the plastic ring at the receiving point of the strap end over. This receiving location is not designed here as a hinge, but may bend due to the plastic property over a length portion to allow the handle bar 30 "to be taken out of the not-completely horizontal plane and vertically aligned to carry the container.

Preferably, the handle bar 30 "and the plastic ring 40" form a common, unitary injection molded part that is axially depressed and positioned in position after forming the partial curl 25 "with the inclined inner wall 44" over the elastically yielding partial curl 25 ".

The free end 25a "may be spaced a distance from the inner edge of the transition point of the handle bar 30" in the plastic ring, but it may also be designed directly adjacent; similar to the embodiment according to FIG. 2 ,

In the FIG. 5 is a further non-inventive design of an integrally molded plastic handle bar shown with one of the FIG. 3 ajar design of a plastic ring 40 * works. Here, the end of the plastic handle bar 30 * is provided with a transition portion 31 * which projects radially inward and is integrally connected to the plastic ring 40 *. This transition section is mechanically twistable, so that the handle bar 30 * can be pivoted upwards, with the application of a torsional force on the limited twisting transition section 31 *. The plastic ring 40 *, however, remains unchanged in its position, which is determined by the free end of Teileinrollung 25 *. Here, a circumferential groove 43 a * may be provided, as in FIG. 3 illustrated and explained, incidentally, to the fixation and positioning of the plastic ring 40 * (there with 40 'designated) can be directed.

The handle bar 30 * is at its lower end near the transition zone 31 *, which extends radially so far that the handle bar outside the Teileinrollung 25 * comes to rest, supported. A spacer 34 is located locally in the crease area of the stirrup, pointing down to the cap ring to serve as a local support.

With the spacer a pivoting of the plastic bracket 30 * from the horizontal is possible, which may be up to 20 ° in order to grip the bracket easier. This pre-twist does not change the local fixation of the ring 40 * below and partly within the part roll-in 25 * extending from radially outside this ring to the radially outer wall surface of the seat 25b * presses. The force is here essentially directed radially, while in the execution of FIG. 2 and 4 is directed substantially axially.

Another not erfindüngsgemäße alternative for use in the execution of FIG. 5 is the FIG. 6 , with a modified recording of the cover ring. Here, only the plastic yoke 30 "'is shown, which can be made in one piece (together) with the plastic ring 40"' to obtain a unitary injection molded part. The transition zone 31 *, which is twisted during the pivoting of the handle bar 30 *, is here replaced by at least one, preferably a plurality of prefixing small webs 32 as a spacer the handle bar at its radially directed portion 31 "'with the plastic ring 40'" in the Connect injection molding process. The receptacle 42 "'is dimensioned to receive both the radial portion of the handlebar 30"' and to receive the webs 32 which break upon pivoting of the handlebar 30 "to release the handlebar and can then be pivoted freely be guided in the reception 42 "', despite its simplified and joint production with the cover ring.

A tordierende transition zone 31 * is omitted in this embodiment. However, the spacer 34 may also be provided to make the forward displacement of the handle bar 30 '' here also from the horizontal at a small angle.

In an embodiment, not shown, a bending transition zone along a non-radially extending portion of the handle bar is provided, which specifically for a one-piece molding of a plastic carrying handle after FIG. 4 or FIG. 5 Can be used. Based on FIG. 4 results (seen perpendicular to the plane of the paper) a longitudinal portion of a support bracket which bends upwards when lifting the bracket from a slightly inclined position after a one-piece (continuous) attachment itself provides no rotational movement. Viewed in relation to the overall hoop, the hoop is still "pivotable" relative to the mounting ring 40 ", which provides the one-piece reception of the hoop end.

In an in FIG. 7 illustrated embodiment is a view from radially inward on a variant of FIG. 3 or the FIG. 2 shown. A here assumed plastic handle bar 30 is inserted with its radially extending end portion 31 in the receptacle 42, which from radially inside (from the wall 25 b of) seen in the FIG. 7 is shown.

This embodiment provides detents 60,70,61, in which the handle bar 30 can be fixed in preferably two predefined positions.

One of the positions is a slight protrusion as an angular position relative to a horizontal, for ease of first grasping. Here, a previously described spacer element 34 after the FIGS. 5 and 6 omitted, but with not integrally molded ironing after FIGS. 2 or 3 was not planned anyway.

A preferred addition is to provide a latching position in the vertical, by a further latching point 61 on the inside of the receptacle 42, which cooperates in the illustrated vertical state of the handle bar 30 with the corresponding protruding catch 70 on the radially extending end portion 31 of the handle bracket latching ,

From the illustration it can be seen that the two other receiving loads 60, 62, which are opposite, define an angle α from the vertical, which corresponds to the protrusion of the handle bar 30 with its bow portion at an angle α from the horizontal. Moving the bracket from the illustrated vertical position, in which the latching points 70,61 and 71,63 solve by corresponding deformation of the resilient receptacles in the plastic ring 40, leads to a lowering in a rest position, in which the rest stop 70/60 and the opposite rest stop 62/71 come into effect (dashed line illustration of the bracket).

Although two respective opposite latching points are shown, only one latching point can serve for latching, as well as corresponding latching points can be provided on two opposite receptacles 42 on the plastic ring.

The angle of the circumferential displacement of the latching points 60,61 or 62,63 results from the predefined positions, once the substantially vertically oriented support position of the bracket, another time from the rest position, which protrude the bracket from the horizontal plane at an angle α leaves.

The preferred design of trapezoidal projections 70,71 corresponds to a corresponding trapezoidal configuration of the receptacles 60,61 and 63,62.

Claims (13)

1. Container for receiving liquid substance, having

   - a container body (10); a gripping bar (30) made from metal or plastic, a lid ring (20, 20') on the upper edge of the container body (10);

   - wherein the gripping bar (30) is assembled close to the lid ring to carry the filled or non-filled body, and

   wherein the lid ring (20, 20') is connected to the body (10) via a fold (13), characterised in that the lid ring (20) has radially inwards a partial curl (25, 25') which acts in clamping manner on a plastic ring (40', 40) sitting in the region of the partly curled section of the lid ring with its free end (25a, 25a'), as a result of which this plastic ring is mounted to be fixed in the region of the partly curled section of the lid ring (20) with a compressive force;
   wherein the plastic ring serves as a recess (42, 42') for two radially projecting short ends (31, 31') of the gripping bar (30, 30') which engage in the plastic ring (40', 40) from radially outwards.
2. Container according to claim 1, wherein the free end (25a, 25a') rests in clamping manner on an upper side of the plastic ring (40, 40').
3. Container according to claim 1, wherein the recess (42, 42') is a radially directed opening which is adapted in its diameter to the end of the bar or in the case of two radially directed openings arranged opposite are adapted to both ends (31, 31') of the bar (30, 30').
4. Container according to claim 1, wherein the plastic ring (40, 40') has a base section which sits in an annular base recess (24a, 24a') of the lid ring (20) to largely block radial displacement of the ring (40).
5. Container according to claim 1, which gripping bar (30) in the lowered state without an additional axial compressive force projects in inclined manner at a small angle with respect to a plane in which the lid ring (20) is placed, in particular less than essentially 20°.
6. Container according to claim 5, wherein an inserted lid (50) defines a plane, with respect to which the gripping bar in the lowered state has an inclination.
7. Container according to claim 1, wherein the recess connects the metallic gripping bar (30) to the plastic ring, wherein the ends (31) of the gripping bar point radially inwards, to the ring (40', 40) lying radially inwards.
8. Container according to claim 1, wherein the lid ring (20) projecting inwards from the container body is graduated several times from the fold region (13) to the partly curled section (25) of the lid ring.
9. Container according to claim 1, wherein an annularly designed, essentially vertically aligned inner surface of the plastic ring (40', 40*) is designed to rest on an inner, vertically pointing wall (25b', 25b*), which is arranged between the partial curl (25') and a lower recess ring (24a') in the partly curled section of the lid ring.
10. Container according to claim 1, wherein at least one of the recesses (42) on the plastic ring (40) has at least one locking point (60, 61, 62) and the bar (30) in a radially aligned section on the bar end (31) in the region of the recess (42) has at least one corresponding counter-lock (70, 71), which cooperates with the locking point (60) to preset an angular position of the bar.
11. Container according to claim 10, wherein several locking points (60, 61; 70, 71) are arranged to be peripherally spaced.
12. Container according to claim 10 or 11, wherein the locking point on the bar end is designed as at least one projection and the counter-lock on the plastic ring (40) is designed as a corresponding recess.
13. Container according to claim 12, wherein the projecting and/or receiving locking point or counter-lock are designed to be essentially trapezoidal.

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