EP0495472A2 - Case combined with an externally accessible umbrella - Google Patents

Abstract

A flat container tube (10) is built into the lid (52) of an attaché case (50) with a handle (51) in such a way that it requires the least possible space and remains invisible behind the interior fitting. The shape of the container tube (10) is a flat rectangle. A flat-rectangular, telescopic umbrella (20) is inserted detachably in the tube (10). The handle of the umbrella (20) is retained in the tube by a lock. When this lock has been released, a spring inserted into the central stick of the umbrella (20) pushes the handle of the umbrella (20) out to the extent that it can be gripped conveniently by the user. The combination of the container tube (10) and the telescopic umbrella (20) can be mounted in all types of bags and cases, even in pilots' bags, suitcases, document cases, attaché cases, handbags and travel bags. <IMAGE>

Description

The invention relates to a container in the manner of a bag or a suitcase with an externally accessible, waterproof built-in container tube with an integrated pocket umbrella according to the preamble of claim 1.

In previous solutions (e.g. DE-OS 24 46 354), only the container for holding the pocket umbrella was taken into account, without taking into account the different special features of pocket umbrellas with regard to their mechanics. The container tubes for holding umbrellas were largely developed independently of the umbrellas to be used. This results in serious disadvantages when using different screen types, such as. B. cumbersome insertion of the umbrella into the container tube, resulting in high risk of damage to the umbrella rod and / or the roof, too much space for the umbrella and tube within the container and thereby low loading volume, changing the shape of a container to accommodate the umbrella and tube , Use of umbrellas only with a small roof due to the smaller space requirement, awkward removal of the umbrella from the tube, etc.

In the case of folding umbrellas with automatic folding, for example, there is the disadvantage that the roof and roof poles have to be held together in order to enable insertion into the tube. If used improperly, the roof poles can bend and the screen can be damaged, so that it can no longer be opened and closed properly. Tearing the roof would also be conceivable. Wet hands cannot be avoided by holding the roof poles together. Furthermore, the tube diameter must be chosen to be relatively large in order to insert the roof bars lying one above the other and the to enable folded roof.

Depending on the type of pocket umbrella used, the tube volume, the tube diameter and the tube shape can change. An optimal solution can therefore only exist in the combination of the screen and the container in order to avoid the disadvantages already mentioned.

The present invention has for its object to provide an optimal combination of container, umbrella and tube, the tube is precisely matched to the screen used or changes to the screen itself to ensure quick and easy handling when needed, at less risk of damage to the umbrella rods and roof as well as a minimum of space and optimal utilization within the container, without changing the outer shape of the container.

This object is achieved by a generic container with the features according to the characterizing part of claim 1.

Thanks to the use of a folding umbrella with automatic telescope, there are several advantages compared to the automatic folding system, in which the roof poles and roof are folded together and not pushed.

The use of a pocket umbrella with automatic telescope makes it much easier to insert the umbrella into the tube, since the umbrella has the shape of a regular umbrella after the roof has been closed. The roof poles and the central pole are now not shortened by hand as usual, but when they are pushed into the tube. This has the advantage that the roof and roof bars do not hinder insertion. Keeping the roof and roof poles together omitted, wet hands can be avoided. Furthermore, damage to the roof poles such. B. breaking or bending and damage to the roof when inserting the screen excluded. The roof poles take up less space inside the tube, since they are not superimposed as with folding umbrellas with automatic folding, but are telescoped. The roof (covering) of the screen is pushed together near the tube bottom.

Furthermore, the umbrella is only pushed together to the length of the tube and not, as with pocket umbrellas with automatic folding, brought to the shortest length. This means that the tube volume can be fully utilized, since the length of the installed tube normally depends on the container used. A shorter tube, which corresponds to the minimum length of the screen, would have no advantage in terms of the loading volume inside the container. Only an insignificantly small free space could be created at the end of the tube, which would make installation or fastening even more difficult and would increase the costs for this. By using a telescopic pocket umbrella, a significant reduction in the tube diameter is possible without having to do without a large umbrella roof.

If there is a seal between the container tube and the umbrella handle, no rainwater drips from the inserted umbrella onto the floor.

Commercially available pocket umbrellas with automatic telescope can only be opened "semi-automatically". The screen must first be pulled apart by hand before it opens "automatically" at the push of a button, in contrast to screens with automatic folding.

This deficiency can be avoided by installing a spiral spring inside the telescopic center rod in connection with a bolt, which serves as a contact surface for the spring. It is possible to use a coil spring either only in the upper part of the central rod or a continuous spring in the central rod. A continuous spring has the advantage that the screen can be pushed together over its entire length under certain circumstances, since the spring windings can be completely compressed in the lower region of the central rod. Furthermore, there is a better distribution of the spring force due to the length of the spring.

The umbrella can now be pushed together, but it does not remain shortened because there is no locking option on the central rod of the umbrella, as is the case with fully automatically openable umbrellas. An additional locking is necessary. If the lock is now attached to the container tube instead of the center rod as usual, it has a double function and the additional built-in spring even has a triple function.

The new lock is used both to fix the umbrella in the tube so that it cannot fall out, and to keep the umbrella or the linkage shortened.

The additional built-in spring inside the center rod first has to adapt the screen to the tube length. This means that the same umbrella can be used in shorter and longer containers (bags and suitcases) with shorter and longer tubes without modification.

The spring also has the task of removing the umbrella handle from the tube after releasing the lock slide out so that the screen can be easily removed. On the installation of an additional spring on the bottom of the container tube, such as. B. in DE-PSen 681 886 or 682 991, can therefore be dispensed with. Because the tube diameter is already matched to the screen and the tube length is fully utilized, the tube volume is optimally utilized.

The third task of the additional spring is to bring the screen to its full length, i.e. H. Push the center bar and roof bars apart so that - just like an umbrella with automatic folding - it only opens automatically at the push of a button and there is no need to pull it apart by hand.

By outsourcing part of the locking mechanism and by installing the spring in the central rod, the function of a "fully automatic" umbrella was achieved while maintaining the advantages already described compared to umbrellas with automatic folding. Inside the tube is a pocket umbrella, after releasing the lock outside the tube a stick umbrella.

To achieve a perfect automatic, i.e. H. To enable automatic opening and closing of the umbrella, a special mechanism can be used, which has recently been on the German market, but has so far only been offered for umbrellas with automatic folding. The necessary tensioning of the spring, which enables the opening and closing of the screen, can take place automatically when the screen is pushed into the tube.

Because the spring mechanism cannot be used to push the umbrella out due to the extended mechanism for automatically opening and closing the umbrella and the associated locking on the center rod, a special configuration of the umbrella handle is necessary. The The handle consists of two parts that can move against each other with a spring in between. Again, a lock is required to fix the handle in the tube. By releasing the lock between the handle and the tube, not the entire screen is pushed out of the tube, but only part of the handle.

When using this type of pocket umbrella, the telescoped central rod of the umbrella must be matched to the tube length used in order to fully utilize the tube volume. The compressed handle and screen must correspond to the inner length of the tube to ensure the spring tensioning function.

If round pocket umbrellas with automatic telescope are used, the tube can be round or square. In the case of round umbrellas, the roof poles are attached around a round slider and round umbrella head. If the screen is now inserted into the tube, the screen body is evenly distributed within the tube.

When using flat screens, which have been known for years, the container tube can be flat, e.g. B. form rectangular. The rods are arranged on the sides of a flat slide and flat umbrella head. This allows the tube to be made much flatter. This does not reduce the necessary tube volume, but it distributes it more cheaply. The reasons for this will become apparent later.

By using flat screens with automatic telescope, the width of the tube can be further reduced compared to flat screens with automatic folding. The reasons for this have already been explained.

Various attempts have shown that with round umbrellas Automatic telescope compared to round umbrellas with automatic folding, the tube diameter can be reduced by approx. 20%, also taking into account easy insertion into the tube and avoiding the risk of damage to the roof poles and roof. If, on the other hand, a flat tube shape is selected when using flat screens with automatic telescopic control, the tube width can be reduced by another 40%. The flat shape does not affect handling, insertion and removal from the container.

Regardless of how the cross-sections of the screen and tube - round, square or flat - are selected, a special design of the umbrella handle is required to ensure perfect functioning.

When the canopy is closed, the roof rod ends extend beyond the slide to which the locking mechanism for closing the roof and the roof rods are attached. As a result, the roof rod ends lie on the upper part of the handle when inserted into the tube. If the handle were attached underneath the roof bars, the middle bar would be pushed over the locking mechanism on the slide when inserted into the tube. This would either have the result that the handle was pressed onto the roof rod ends and damage to them could not be ruled out, or that the roof rod ends would lie on the handle and would therefore no longer be possible to insert them fully into the tube.

For both the round and the flat solution, the handle in the upper area must therefore be tapered to such an extent that the roof rod ends do not hinder insertion into the tube. When using round umbrellas in conjunction with a round or square tube, the roof pole ends are distributed after insertion evenly around the handle.

However, if flat screens are used in connection with a flat tube, the roof rod ends must be pushed aside due to the small thickness of the tube. The roof poles are arranged on the sides of a flat slider and flat umbrella head, but there is a risk that they will come to rest on the narrow side of the handle when inserted into the tube. If the handle is now too thick, a complete insertion of the screen into the tube would no longer be possible. The handle must therefore be designed in the upper area so that on the one hand the central rod can still be attached and on the other hand the roof rod ends are pushed to the side (left and right) when inserted into the container tube. This is achieved in that the cross section of the umbrella handle 27 in the area on which the roof rod ends rest is designed from circular tapered to flat oval to diamond-shaped, the rounded tips of the rhombus being located in the middle of the individual outer surfaces of the tube. The roof poles are thus pushed aside during insertion. The middle bar of the umbrella can be attached correctly, because there is enough material cross-section in the upper part of the handle.

A certain problem with the flat shape is that the outer surface of the umbrella handle has to be made relatively high in order to completely close the flat tube. This leads to an uncomfortable gripping of the screen. This can be avoided by reducing the tube height in the area of the mouth, although it is still possible to insert the screen. The handle can be designed with less material, without having to change the outer dimensions of the tube.

By using a flat pocket umbrella with automatic telescope in a flat container tube, an almost invisible placement behind the interior (pockets and compartments) in the lid of a standard briefcase is possible, which is not possible with a round or square tube. In contrast to a round tube, a file folder can easily be accommodated in the case without changing the outside dimensions of the case, since the tube volume in the case is distributed more cheaply. Despite the height of the tube, the placement of a DIN A4 format in the compartments of the interior is not affected.

The flat solution also proves to be advantageous for hard-shell briefcases. Due to the relatively wide case frame, the installation of a round tube is only possible to a limited extent, since there is not enough space. However, a flat tube can be installed without changing the frame.

The flat tube shape also proves to be advantageous for briefcases, since the normal width of a briefcase can be too narrow to accommodate a round tube despite the use of the automatic telescope. A briefcase usually has two separate inside pockets, whereby the size of an inside pocket usually corresponds to that of a briefcase. The tube can also be stored in one of the two inner pockets. A round or square tube would have to be accommodated in both inner pockets due to the small compartment width. The placement of a A4 format in the briefcase and in the "tube compartment" within a briefcase is not affected by the installation of the flat tube. However, should higher documents be transported, the loss of space can be compensated for by using a special lock with several locking options for the folder flap, which has also been known for years. A change in the external dimensions is therefore also here unnecessary.

The advantage of the flat tube extends to the use in pilot cases. There are usually two narrow inner pockets or compartments inside a pilot's case, into which a flat tube can be invisibly installed. Here, too, DIN A4 formats can still be accommodated in the tube compartment without changing the external dimensions. In pilot cases there is also the option of accommodating the container tube for receiving the umbrella in the often-found outer pocket. This accommodation corresponds to that of a briefcase.

In summary, it can be said that when using a flat tube in conjunction with a flat pocket umbrella with telescopic automatic control, an optimum use of space within a container is achieved, the tube disappearing invisibly within the container and a change in the external dimensions of the containers can be dispensed with.

The following options are available for locking the screen inside the tube.

Thanks to the use of one or more spring-loaded retaining bars that engage in a circumferential groove, simple locking is made possible. When using a flat tube in conjunction with a flat screen, there is still the possibility, instead of the circumferential groove, of providing one or more recesses into which the retaining bars engage, since there are only two options here for pushing the screen into the tube.

According to a first embodiment of the invention, the circumferential groove or the depressions in the inside of the container tube, the retaining bar or bars in the umbrella handle positioned. This variant has the advantage that the inside of the tube is completely smooth. In order to be able to release the retaining bolt (s), a central push button is preferably mounted in the umbrella handle, which releases the retaining bolts when pressed in. The push button can preferably be lockable.

According to a second embodiment, a simple slide is preferably installed in the umbrella handle, which releases one or more retaining bolts by pulling. This solution is particularly suitable for flat umbrellas in connection with a flat tube, since, as already mentioned, there are only two ways of inserting the umbrella into the tube, and thus the direction of pull of the slide, up or down, is predetermined based on the position within the tube Container tube. The circumferential groove or the depressions correspond to the first embodiment.

According to a third embodiment, two opposite retaining bars are installed in the umbrella handle, which are connected to one another by a slide, only one of the two retaining bars engaging in the groove / recess in the interior of the tube. Regardless of how the screen is inserted and thereby closed, the same pulling direction can be followed to release the lock. Here too, the circumferential groove or the depressions correspond to the first embodiment.

According to a fourth embodiment of the invention, the groove or the depressions are positioned on the outside of the umbrella handle, the retaining bar or latches on the container. The locking bolt can be lockable as part of a suitcase lock fitting, for example by means of a combination lock.

In order to prevent the screen covering from getting stuck on the retaining bar when the screen is pulled out, the The container tube has an indentation directly next to the holding bar, which directs the roof poles and the roof sufficiently over the holding bar.

Fig. 1

einen Teillängsschnitt durch eine erste Ausgestaltung,

Fig. 2

eine Draufsicht auf die Stirnseite der Fig. 1 in runder Form,

Fig. 3

eine Draufsicht auf die Stirnseite der Fig. 1 in quadratischer Form,

Fig. 4

auszugsweise einen Längsschnitt durch eine zweite Ausgestaltung,

Fig. 5

eine Draufsicht auf die Stirnseite der Fig. 4 in runder Form,

Fig. 6

einen Teillängsschnitt durch eine dritte Ausgestaltung,

Fig. 7

eine Draufsicht auf die Stirnseite von Fig. 6,

Fig. 8

eine Draufsicht auf die Innenseite eines Schirmgriffs, abgewandelt gegenüber Fig. 6,

Fig. 9

auszugsweise einen Längsschnitt durch eine vierte Ausgestaltung,

Fig. 10

eine erste Draufsicht auf die Stirnseite von Fig. 9 in runder Form,

Fig. 11

eine zweite Draufsicht auf die Stirnseite von Fig. 9 in flach-rechteckiger Form,

Fig. 12a und 12 b

Draufsicht bzw. Seitenansicht eines Aktenkoffers mit eingebauter Röhre und Schirm,

Fig. 13a und 13b

Draufsicht bzw. Seitenansicht eines Pilotenkoffers mit eingebauter Röhre und Schirm,

Fig. 14a und 14b

Draufsicht bzw. Seitenansicht eines Pilotenkoffers mit Vordertasche und darin eingebauter Röhre und Schirm,

Fig. 15a und 15b

Draufsicht bzw. Seitenansicht einer Aktentasche mit eingebauter Röhre und Schirm,

Fig. 16a und 16b

Draufsicht bzw. Seitenansicht einer Aktenmappe mit eingebauter Röhre und Schirm.

The invention will be explained in more detail in the form of exemplary embodiments with reference to the drawing. Show it

Fig. 1

a partial longitudinal section through a first embodiment,

Fig. 2

2 shows a plan view of the end face of FIG. 1 in a round shape,

Fig. 3

2 shows a plan view of the end face of FIG. 1 in a square shape,

Fig. 4

extracts a longitudinal section through a second embodiment,

Fig. 5

4 shows a plan view of the end face of FIG. 4 in a round shape,

Fig. 6

a partial longitudinal section through a third embodiment,

Fig. 7

6 shows a plan view of the end face of FIG. 6,

Fig. 8

3 shows a plan view of the inside of an umbrella handle, modified compared to FIG. 6,

Fig. 9

extracts a longitudinal section through a fourth embodiment,

Fig. 10

9 shows a first plan view of the end face of FIG. 9 in a round shape,

Fig. 11

9 shows a second plan view of the end face of FIG. 9 in a flat, rectangular shape,

12a and 12b

Top view or side view of a briefcase with built-in tube and screen,

13a and 13b

Top view or side view of a pilot's case with built-in tube and screen,

14a and 14b

Top view or side view of a pilot's case with a front pocket and a tube and screen built into it,

15a and 15b

Top view or side view of a briefcase with built-in tube and umbrella,

16a and 16b

Top view or side view of a briefcase with built-in tube and screen.

1 shows a tubular container 10 with an inserted pocket umbrella 20, held by a lock 30 against the pressure of an axial suspension 40. This container 10 is installed in a container - briefcase, briefcase, briefcase, pilot case, handbag, travel bag or travel case -, what is to be explained in more detail with reference to FIGS. 12 to 16.

The container 10 consists of a waterproof tube 11 which is closed at the bottom and has a circumferential inner groove 12 at its open end. The pocket umbrella 20 is a semi or fully automatic opening telescopic umbrella with a telescopic center rod 22, a handle 23 and a telescopic roof linkage 21, which in a known manner on the one hand on the umbrella tip 28, on the other hand on a holding and Release mechanism 29 is articulated. The Screen covering is not shown for reasons of clarity.

In the umbrella handle 23 two locking pins 31 are installed as a lock 30 to be operated via a push button 35.

The telescopic center rod 22 of the screen 20 contains a spiral spring 41, which is supported on the one hand against the tip of the screen 28, and on the other hand against a bolt 42 so that the center bar 22 extends pressure. Against this pressure, the screen 20 was pressed into the container tube 11. The lock 30, 31 holds the umbrella handle 23 in the tube.

Thanks to the pressure of the spring 41, the umbrella handle 23 is moved out of the tube 11 as soon as the lock 30, 31 is opened. The user can thus comfortably grasp the screen 20 and pull it out of the tube 10.

The telescopic pocket umbrella can be easily stowed in the tube 11 after use. It is sufficient to close the umbrella roof, to retract the tip 28 of the umbrella into the tube 11 and then to press the umbrella handle 23 until the lock 30, 31 engages in the circumferential inner groove 12. The screen covering folds easily inside the tube 11 in the vicinity of the screen tip. This process is quick and without the user's wet hands.

2 and 3 show that it is possible to use round screens 20 with a round handle 23 in a round tube 11 (FIG. 2) or a round screen with a square handle 23 'in a likewise square container tube 11' ( Fig. 3) to position.

Fig. 4 as an excerpt longitudinal section and Fig. 5 as a plan view of the front side show a further embodiment with a variant of the locking. A single locking pin 31 is provided which is under the action of a spring 32 and is actuated from the outside by means of a slide 33.

A third embodiment will be described with reference to FIGS. 6 and 7. In the present case, a flat telescopic pocket umbrella is combined with a flat-rectangular container tube 11. In the case of a flat pocket umbrella, the roof poles 21 are fastened to the narrow end faces of a flat-rectangular umbrella tip 28 and an equally flat-rectangular holding and releasing mechanism 29. In the central rod 22 there is a continuous spiral spring 43 which ensures that after releasing the lock 31, the screen 20 extends automatically to its full length. The umbrella handle 27 is tapered with a circular cross section, so that the roof rods 21 can be distributed in the tube 11 without jamming. In order to be able to reduce the mass of the umbrella handle 27 to such an extent that it lies comfortably in the hand of the user, the wall of the tube 11 is provided with thickened portions 15 which shorten the long side of the tube opening.

In the umbrella handle 27 two opposing retaining bolts 31 are installed, which are connected to each other by a slide 33. Since there are only two ways of inserting a flat screen into a flat container tube, only an inner groove 14 in the container tube 11 is required. No matter how the screen was inserted into the tube 11, the pulling direction of the slide 33 is always the same when opening.

FIG. 7 shows the top view of the umbrella handle 27 inserted and locked in its container tube 11 Appearance is optimal.

8 shows a plan view of the inside of a modified umbrella handle 90. It has an approximately diamond-shaped cross section on its inside. The roof poles are matched to the length of the screen and container tube in such a way that the rod ends come to rest on the diamond surfaces 91. Thanks to this arrangement, the roof poles and the roof covering are automatically diverted to the right and left when the screen is inserted into the container tube, where the corresponding space is in the container tube 11. A jamming of the roof poles and the roof covering between the container tube and umbrella handle 90 is not possible.

Fig. 9 shows a partial longitudinal section through a fourth embodiment in the area of the umbrella handle. This consists of two mutually movable parts 24, 25, between which a compression spring 34 is positioned. The lock 30 sits on the container tube 11; it consists of a locking pin 37 which engages under the action of a compression spring 38 in a circumferential groove 26 on the movable part 25 of the umbrella handle and is opened by a slide 36.

In order to prevent the screen covering on the locking pin 37 from getting caught and tearing when the screen is pulled out, the container tube 11 is provided with an indentation 13 in front of the locking pin 37 which directs the screen covering over the end of the locking pin 37.

When the lock 36, 37, 38 is released, the movable part 25 of the umbrella handle moves out of the tube 11 so far under the action of the spring 34 that it can be easily gripped by the user. This embodiment is therefore particularly suitable for pocket umbrellas that are at the push of a button open and close.

10 and 11 each show a top view of the construction of FIG. 9, namely FIG. 10 for the case of a round screen in a round container tube and FIG. 11 for the case of a flat screen in a flat-rectangular container tube.

12a and 12b show a top view and a side view of a briefcase 50 with a handle 51, in the cover 52 of which a flat container tube 10 with a telescopic pocket umbrella 20 is installed, it remaining invisible behind the interior. The handle of the screen 20 is extended so far that it can be comfortably gripped by the user.

13a and 13b show a top view and a side view of a pilot case with a handle 61 and a built-in tube 10 with a telescopic pocket umbrella 20.

14a and 14b show a top view and side view of a pilot case 60 with a front pocket 62, in which the tube 10 with a telescopic pocket umbrella 20 is installed. It can be seen that thanks to the use of a flat pocket umbrella 20 and a flat-rectangular container tube 10, a particularly space-saving and elegant accommodation was possible.

15a and 15b show a top view and a side view of a briefcase 70 with a built-in tube 10 and telescopic pocket umbrella 20. Here, too, a particularly space-saving accommodation in the briefcase 70 is achieved thanks to the use of a flat-rectangular container tube and a flat pocket umbrella, and in such a way that the full height is still available in the front compartment, for example for a standard file folder stands.

16a and 16b show a plan view or side view of a briefcase 80 with a built-in tube 10 and a screen 20. Again, thanks to the use of a flat-rectangular tube 10, there is no need to increase the thickness of the briefcase 80.

Claims (10)

Container (1) in the manner of a handbag, travel bag, briefcase, briefcase or a travel case, briefcase, pilot's case, with a waterproof container tube (10) installed from the outside for receiving a pocket umbrella (20), one which inadvertently falls out of the pocket umbrella (20) preventing lock (30) and a suspension (40), which exerts an axial force on the inserted pocket umbrella (20), characterized in that the umbrella (20) is equipped with automatic telescope that a compression spring (43 ) is that the lock (30) between the pocket umbrella (20) and the container tube (10) at least one spring-loaded, automatically retracting when the pocket umbrella (20) is inserted into the container (10) retaining bar (31, 37) and one with the retaining bar (31, 37) cooperating groove (12, 26) and optionally a seal between the container tube (10) and umbrella handle (23, 25, 27). Container according to Claim 1, characterized in that the groove (12) is positioned in the inside of the container (10) and the retaining bar (s) (31) are positioned in the umbrella handle (23). Container according to claim 2, characterized in that a central push button (35) is mounted in the umbrella handle (23) for releasing the holding bolt (31). Container according to claim 1, characterized in that the groove (26) is positioned on the outside of the umbrella handle (25), the retaining bar (37) on the container (10). Container according to one of claims 1 to 4, characterized in that the umbrella handle consists of two parts (24, 25) which are movable relative to one another and a spring (43) in between consists. Container according to one of claims 1 to 5, characterized in that the suspension (40) is accommodated as a spiral spring (45) in the telescopic central rod (22, 22 ') and that the spiral spring (45) is only in the upper region of the central rod (22 , 22 ') and is supported against a bolt (42) which penetrates the central rod (22, 22') transversely. Container according to one of claims 1 to 5, characterized in that the suspension (40) is housed as a spiral spring (45) in the telescopic center rod (22, 22 ') and that the spring (38) extends over the entire length of the telescopic center rod (22, 22 ') extends. Container according to one of claims 1 to 7, characterized in that the screen (20) is flat, the container tube (10) is flat oval or flat rectangular. Container according to claim 8, characterized in that the cross section of the umbrella handle (27) in the area on which the roof rod ends rest is designed from a circular taper to a flat oval to a diamond shape. Container according to one of claims 1 to 9, characterized in that the container tube (10) is accommodated in the lid (52) of the container or is laminated from the interior of the container.

Images