DE102015108262A1 - DRIP FOR A STYLE GLASS - Google Patents

Abstract

The invention relates to a drop catcher for a stemmed glass, wherein the drip catcher comprises at least the following components: an absorbent material for receiving a liquid; - A holding means for fixing such a fixation of the drip on a stem, that a running at any circumferential point of this stem liquid is received on reaching the drip of the absorbent material. The drip is characterized in particular by the fact that the drip strip forms a strip with a first end and with a second end and the holding means comprises the following components: - a wrapping section for completely enclosing a stem with a wrap inside in a closed position of the drip, wherein the wrapping section is disposed between the ends; A first attachment means at the first end of the drip; A second attachment means at the second end of the drip, wherein in the closed position the first end is connectable to the second end with the wrap inside, preferably releasably, that the drip from an open position to the closed position, and preferably vice versa, can be converted, wherein the drip in an open position laterally on a handle is feasible and can be fixed in the closed position on this stem. With the drip shown here, a dripping of liquid along the stem to the foot of a glass, especially for a variety of stem diameter, can be reliably prevented.

Description

Subject of the invention

The present invention relates to a drop catcher for a stemmed glass, particularly preferably for a corresponding wineglass.

State of the art

Various drip catchers are known from the prior art, for example a radially slotted annular paper, which is placed on top of the foot of the glass below the stem, especially in the case of beer tulips. Such a drip is on the one hand for wine glasses due to the associated color change of the paper not visually appealing and on the other hand, the absorbency is limited.

Furthermore, drip in connection with wine bottles are known, such as from the AT 010 936 B , of the DE 18 24 247 U , of the FR 686 549 A , of the FR 964 439 A , of the US 2014/0 014 610 A1 and the WO 2007 138 481 A2 , The drip traps disclosed therein are not suitable for use as a drip catcher for a stemmed glass because they are already generally too large in diameter. In addition, have bottles on the axial extent only small differences in diameter depending on the application at the bottleneck or the bottle body, so that for attaching a drip at the intended location of a bottle only a small diameter extension of the drip to be attached to each end-side pushing these prior drip are necessary.

The disadvantages described here from the prior art are at least partially solved by the invention described below. The features of the invention will become apparent from the independent claims, to which advantageous embodiments are indicated in the dependent claims. The features of the claims may be combined in any technically meaningful manner, for which purpose the explanations of the following description as well as features of the figures may be consulted which comprise additional embodiments of the invention.

Description of the invention

• – ein saugfähiges Material zur Aufnahme einer Flüssigkeit;
• – ein Haltemittel zum derartigen Fixieren des Tropfenfängers an einem Stiel, dass eine an jeglicher Umfangsstelle dieses Stiels verlaufende Flüssigkeit beim Erreichen des Tropfenfängers von dem saugfähigen Material aufnehmbar ist. Der Tropfenfänger kennzeichnet sich dabei vor allem dadurch, dass der Tropfenfänger einen Streifen mit einem ersten Ende und mit einem zweiten Ende bildet und das Haltemittel folgende Komponenten aufweist:
• – einen Umschlingungsabschnitt zum vollständigen Umschließen eines Stiels mit einer Umschlingungsinnenseite in einer geschlossenen Stellung des Tropfenfängers, wobei der Umschlingungsabschnitt zwischen den Enden angeordnet ist;
• – ein erstes Befestigungsmittel an dem ersten Ende des Tropfenfängers;
• – ein zweites Befestigungsmittel an dem zweiten Ende des Tropfenfängers,

wobei in der geschlossenen Stellung das erste Ende mit dem zweiten Ende derart mit der Umschlingungsinnenseite, bevorzugt lösbar, verbindbar ist, dass der Tropfenfänger aus einer geöffneten Stellung in die geschlossene Stellung, und bevorzugt umgekehrt, überführbar ist, wobei der Tropfenfänger in einer geöffneten Stellung seitlich über einen Stiel führbar ist und in der geschlossenen Stellung an diesem Stiel fixierbar ist. The invention relates to a drop catcher for a stemmed glass, wherein the drip catcher has at least the following components:

• An absorbent material for receiving a liquid;
• - A holding means for fixing such a fixation of the drip on a stem, that a running at any circumferential point of this stem liquid is received on reaching the drip of the absorbent material. The drip is characterized in particular by the fact that the drip forms a strip with a first end and with a second end and the holding means comprises the following components:
• - A wrapping section for completely enclosing a stem with a wrap inside in a closed position of the drip, wherein the wrap portion is disposed between the ends;
• A first attachment means at the first end of the drip;
• A second attachment means at the second end of the drip,

wherein, in the closed position, the first end is connectable to the second end, preferably releasably, with the wrap inside, such that the drop catcher is convertible from an open position to the closed position, and preferably vice versa, the drop catch being laterally in an open position can be guided by a handle and can be fixed in the closed position on this handle.

The drip device proposed here is adapted to prevent a downflow of a liquid along the stem of a glass to below the drip, so for example on the holding hand or the shelf (for example, a table). For this purpose, an absorbent material is provided which is adapted to receive a liquid, usually an aqueous liquid. Such an absorbent material is, for example, a (non-directional) fabric or a (non-directional) fabric (preferably a so-called non-woven fabric), more preferably a nonwoven material or a felt material. The absorbent material is arranged in such a way that the liquid which drips down (drop-shaped) on the stem is passed to the absorbent material. In a particularly simple embodiment, the absorbent material is applied directly to the stem. In another embodiment, the absorbent material is not directly on the stem, wherein between the absorbent material and the stem, a device for directing the liquid is provided to the absorbent material. Such a device for conducting is, for example, a permeable material and / or a guide surface, for example a funnel.

Furthermore, the drip catcher comprises a holding means, by means of which the drip catcher at least is secured captive on the stem, the function of the drip here over the entire circumference of the stem, so at any circumferential location, is ensured. Particularly preferably, the holding means is set up such that an axial movement of the drip along the stem is inhibited, and is preferably prevented from the action of gravity. Of course, downflowing liquid can only be absorbed in the functional area of the drip, so that with a standing or held stemmed glass, a liquid on the stem can run down to the drip catcher and not be stopped until it reaches the drip catcher.

The drip proposed here is designed as a strip. That is, the drip has a length at least as long that it is foldable across the length. Preferably, the strip has a greater length than width. In a stalk-mounted state of the drip, the length is (approximately) transverse and the width (approximately) aligned parallel to the stem axis. The strip has a depth which, in use, forms the radial extent around the stem during the wrapping section. The depth of the strip is preferably (much) less than the length of the strip and is preferably less than 5 mm [mm], particularly preferably less than 3 mm, at least in the wrapping section. For this purpose, the strip has two opposite ends, which are spaced apart from each other by a looping section. The wrapping section is arranged to completely enclose a stalk. The wrapping section is preferably set up in such a way that, in use, it lies fully peripherally against the enclosed stem. Alternatively, the wrapping section is set up in such a way that, in use, it bears circumferentially against the enclosed stem over a circumferential angle of at least 320 °, preferably at least 350 °, the passage formed thereby having a (preferably hydraulic) cross-section which is smaller than one specific drop cross section. A specific drop cross-section is determined by the specific (liquid) surface tension and the specific adhesion between the liquid and the stem material. For most applications, the specific drop cross-section is that of an aqueous liquid whose properties are substantially the same as water, for example wine, and industrially processed or hand-blown glass. Particularly preferred here is the radial extent of the drip at each circumferential point of the stem, at least at the formed drop entrance, greater than three quarters of the radial extent of a specific drop, more preferably greater than the (total) radial extent of a specific drop. The drop entrance is formed, for example, by the upward (longitudinal) edge of the drip. In this case, the drip is arranged such that a drop which starts the above-mentioned passage, is passed to the absorbent material and there at least a portion of the liquid of the drop is taken so far that the possibly remaining part of the drop due to the surface tension or cohesion the drip can not happen.

The first end has a first attachment means and the second end a second attachment means, which are formed so that the ends are connected in the closed position such that the wrap completely encloses the stem and that the drip is securely held on the stem , In this case, the ends are connected to one another in such a way that a traction force required to hold the drip catcher can be applied to the wrap-around section and at the same time complete enclosure is ensured.

By the ends are connected to the wrap inside, it is possible to hold both ends comfortably before bonding while applying the necessary tension on the wrap to secure the drip captive and reliable (drop collecting) to a stem. The wrap-around inner side is the surface of the strip, or at least a part of this surface, which comprises the side of the wrap-around section which is aligned in use relative to the handle. In one embodiment, both outer surfaces of the drip are arranged to form a wrap inside. The outer surfaces are stretched by the length and the width of the strip.

Particularly preferably, a wrap outside is provided, which for example offers space for a design and / or an advertising space. Such a wrap outside is particularly preferably protected from a liquid draining down the handle and / or liquid-repellent (ie preferably hydrophobic), so that the outer side of the wrap remains optically unaffected by this liquid during use, that is to say, for example, no discoloration and / or deformation is experienced. Particularly preferably, the material on the outside of the wrap, preferably the entire outer material of the outer surfaces, dirt-repellent, color-stable and / or dimensionally stable and does not stain in the wet or moistened state. The dimensional stability is sufficient in this case that no additional stiffening elements must be provided. The dimensional stability is preferably supported by the connection technique used, for example a seam or a weld.

The drip can be guided laterally over the stem and has a peripheral portion, preferably a (total) length, which is shorter than the circumferential length of the cup or the circumferential length of the foot of the stem glass. For attaching the drip, the wrapping portion is preferably applied (approximately) in the middle at a desired height with the wrap inside the stem and then the ends of the strip are fed to each other, wherein the wrap inside abuts in the region of the wrap on the stem. By means of the corresponding fastening means the drip is held in this closed position and secured. Particularly preferably, the fasteners are again from each other (non-destructive) solvable, so that the drip itself is not damaged and no (poorly soluble) residues remain on the stem. Particularly preferably, the drip and in particular the absorbent material is again cleanable, in particular washable, and has in particular after cleaning (in the dry state) the same color, so does not discolour.

Particularly preferably, the material of the wrap-around section on the wrap-around inner side forms an enlarged surface, so that droplet formation due to the surface tension (cohesion) is counteracted by adhesive influence on the liquid. This further impedes the passage of liquid. An enlarged surface is preferably produced by a surface roughness, more preferably by (random) protruding hairs.

It should be noted at this point that the cross-sectional shape of a stem is (almost) arbitrary, in particular may have very different diameters. A common cross-sectional shape of the stem is a circle, but triangles, rectangles, polygons, and oval shapes are also possible. Partially concave (outer) shapes are also possible, wherein the arc height of an arc between those corners defining a concave subsection is shorter than half of a specific drop cross section, preferably shorter than a quarter of a specific drop cross section. Also, diameter changes and cross-sectional shape changes of the stem in the region of attachment of the drip across the width of the strip are possible, with a formed (axial) passage must meet the above conditions. For this purpose, the drip preferably has a good deformability in the direction of the width of the strip. The axial direction is the extension direction of the stem between the cup and the base of the stem glass.

According to an advantageous embodiment of the drip, the wrapping section is formed of an absorbent material.

In this embodiment, the wrapping section itself forms a receptacle for a down-flowing liquid or at least an additional reservoir for receiving liquid. This absorbent material is preferably a (non-directional) fabric or a (non-directional) fabric (preferably a so-called non-woven fabric), particularly preferably a felt material.

According to an advantageous embodiment of the drip, the drip comprises a core material and a cladding material, wherein the core material is more absorbent than the cladding material.

In this embodiment, the core material is the (main) reservoir for a downflowing liquid. In this case, the core material is preferably arranged and set up so that the outer side of the wrap (in use) remains separate from this liquid for at least a long period of time, that is, a large amount of liquid absorbed, ie at least remains dry with respect to this liquid source (stick). In this case, a large amount of liquid preferably corresponds to at least three maximum-sized specific drops, more preferably at least ten maximum-sized specific drops. The jacket material is disposed between the core material and the wrap-around inner side (in use) and is non-absorbent, preferably less absorbent, so that a down-flowing liquid passes through the jacket material to the core material. Preferably, the jacket material is also capable of forming a reservoir for liquid so that the total capacity for holding liquid is greater than the capacity of the reservoir formed by the core material for receiving liquid. Particularly preferably, the core material is enclosed on all sides, particularly preferably of the jacket material.

According to an advantageous embodiment of the drip, the fastening means are displaceable relative to each other in the wrapping direction, so that the length of the wrapping section is adaptable to a diameter of a stem.

In this embodiment, the drip catcher is adaptable to a variety of different shapes of stems because the length of the wrap portion is (freely) changeable. In this case, one fastening means is fixed and the other fastening means in the wrapping direction, ie in the direction of the length of the strip, movable or both fastening means are movable in the wrapping direction. It should be noted that while the ends themselves in relation to the Umschlingungsabschnitt not be relocated, but extended only to the belt section corresponding to the shortening of the wrap-around or shortened according to the extension of the wrap-around section. Particularly preferably, the fastening means are displaceable such that the ends are on the outside coverable connected to each other, so no end protrudes beyond the other end in the closed position. Particularly preferably, the fastening means push when attaching the belting means automatically or by reprinting by hand from an inner position (ie too short wrap for the present selected stem portion) in a position further outside. As a result, the wrap-around section has exactly the correct length with sufficient tension for the captive, and preferably gravity-proof, attachment to the stem section selected here. On the other hand, it is difficult or impossible to extend the wrapping section, if it rests with the exact correct length and with sufficient tension on the currently selected handle section. On the other hand, the wrapping section can be shortened, at least by hand, even after the attachment and joining of the fastening means, if it is too long for the selected diameter of the handle.

According to an advantageous embodiment of the drip, at least one of the fastening means is formed by a permanent magnet and the other fastening means is magnetic, preferably also formed by a permanent magnet.

In this preferred embodiment, the fastening means are magnetically formed, so at least one fastening means comprises a permanent magnet. As a result, it is possible to arrange material between the fastening means which itself is not or at least in the pairing with the material at the respective other end not suitable for connection. Particularly preferably, at least one of the fastening means is arranged overlapping at least in a shortest state of the wrapping section with absorbent material and / or a jacket material, which is adapted for conducting liquid draining down from the handle to form an absorbent material. Particularly preferably, the entire strip at least on the (in use applied) wrap inside from one end to the other end with the jacket material, and particularly preferably provided with the core material to an outer end at the extreme end. The magnetic fastening means in this case have an attachment surface, which preferably has a longer extent in the direction of wrap than a height, wherein the height in use is aligned (approximately) parallel to the axial extent of the stem. As a result, a force is generated on the inside, possibly still spaced, portions of the magnetic fastening means in the end-side bringing together of the magnetic fastening means, which supports a merging of the magnetic fastening means. Particularly preferably, the magnetic fastening means in the already connected state are displaceable relative to the ends of the strip, so that the wrapping portion is shortened and / or extendable.

The one fastening means is formed by a permanent magnet or comprises a permanent magnet and the corresponding other fastening means is magnetic, for example ferromagnetic or even comprises a permanent magnet. Particularly preferably, the fastening means are made flat and have a depth which corresponds to the thickness of the absorbent material and / or the jacket material or is lower. More preferably, the depth is 0.5 mm [millimeters] to 1.5 mm, preferably (about) 1 mm. Particularly preferably, a spacing element, for example a (double) seam or a welded seam, is provided centrally and / or in the wrapping section, which is set up in such a way that the magnetic fastening means are securely spaced from each other in the wrapping direction. Preferably, the magnetic fastening means are so far apart that the magnetic forces are negligible in the direction of wrap.

According to an advantageous embodiment of the drip, at least one fastening means is arranged in a pocket, wherein the pocket is longer in the wrapping direction than the fastening means accommodated therein.

The pocket for the magnetic fasteners fully accommodates the magnetic fasteners, preferably with only one, or preferably no, insertion opening for one fastener or both fasteners. If an insertion opening is provided, the magnetic attachment means can be removed for example for a washing process in a washing machine, to protect them from this mechanical stress. In this case, the pockets are particularly preferably formed by the jacket material or the entire outer material, wherein at least two sides, preferably four sides, are formed by a seam or a weld seam. For example, two strips of outer material are superimposed and the magnetic fasteners are interposed therebetween and the pocket is formed by a seam (possibly interrupted) around a fastener. Alternatively, a strip of outer material folded, so a magnetic fastener can be arranged therebetween, and the remaining two (with insertion opening) or three sides (without insertion opening) are sewn (possibly interrupted).

According to an advantageous embodiment of the drip, at least one fastening means is held by a spring element and is pulled in the pocket by the spring element in the direction of wrap towards the other fastening means.

In this preferred embodiment, the two fastening means in a rest state are spaced apart such that a (design) minimum distance in the wrapping direction between the two fastening means is set in this rest state. Thus, the drip is always set to a minimum possible stem diameter before attaching to a stem. The spring element is designed so soft that can be transferred automatically or assisted by hand in a fully connected position, the magnetic fastening means with a larger stem diameter. In this case, then, then, the two fastening means are further spaced apart in the direction of wrap and the at least one spring element is loaded against the biasing force. The spring element is, for example, an elastic band which elastically connects a fastening means with a fixed point in or at the wrapping section or with the other fastening means. Particularly preferably, at least one of the fastening means is enclosed in an elastic bag, preferably both fastening means are enclosed in the same elastic bag. The elastic bag is formed from an absorbent material and / or the jacket material, the core material or separately.

According to an advantageous embodiment of the drip the ends are in the closed position and a stem surrounding as a flag perpendicular from this stem.

In this preferred embodiment, the drip forms a flag, which can serve for example as an advertising space, for a design or simply to identify the affiliation of the relevant stem glass to a particular person or group of people or to the identification of the included drink or other conceivable functions. Particularly preferably, the flag is suitable for that by pressure of (index) finger and thumb on the flag the fasteners are so interconnected, for example, relative to each other in the wrapping direction, that the fasteners over a large area communicate with each other and the wrapping section exactly has the correct length for the enclosed stem and then securely fastened. This is advantageous in particular for an embodiment in which magnetic fastening means are provided, which are preferably arranged displaceably in at least one pocket. If, for example, an excessively short wrap-around section is set, the drip catcher can be placed around a post (which is then too large) and the ends which form at least part of the flags can be placed against each other. In this case, the magnetic fastening means are preferably already in contact with each other (at least by line contact) with the side aligned with the ends. The distance between the magnetic attachment means at the stem is then displaceable by a direct displacement of at least one of the magnetic fastening means or by a lateral pressure on the fastening means in the wrapping direction away from the wrap and towards the ends until the wrap has exactly the required length and circumferentially tight resting on the stem. On the other hand, it is also possible to position the fastening means in relation to one another in the presence of too long a wrap-around section such that the wrap section abuts the handle circumferentially close to the handle, adapted to the diameter of the handle (previously too small).

figure description

The above-described invention will now be described in detail in the background of the invention with reference to the accompanying drawings which illustrate preferred embodiments. The invention is not limited by the purely schematic drawings in any way, it being noted that the drawings are not dimensionally accurate and are not suitable for the definition of size ratios. It is shown in

1 : a drip in the open position; and

2 : a stemmed glass with a drip attached to the stem.

In 1 is a drip 1 shown in an open position, in which case, for example, the wrap inside 19 is shown. Preferably, the wrap inside 19 and the wrap outside 20 identical and differ only in the closed state by their position to the stem 6 (see 2 ). The drip 1 is formed as a strip, which here has two displaceable magnetic fastening means, namely shown here on the left a first fastening means 9 and on the right a second fastening means 10 , where these preferably both permanent magnets are. The strip is around the blade high axis between the ends 7 and 8th foldable. The fasteners 9 and 10 are here shown in dashed lines to indicate that they are behind that of a jacket material 4 formed wrap inside 19 are arranged. Also particularly preferred is the (more absorbent) core material 3 between the jacket material 4 and the fastener 9 and 10 arranged. The jacket material 4 is a direct concern for a stalk 6 (see 2 ) set up. The magnetic fasteners 9 and 10 are each in a bag, namely shown on the left in the first bag 13 and shown on the right in the second bag 14 arranged. Here are the bags 13 and 14 a larger pocket length 18 on as the magnetic fasteners 9 and 10 a magnet length 17 exhibit. As a result, the fasteners 9 and 10 in their respective pockets 13 respectively 14 in the wrapping direction 11 displaceable. Thus, a minimal short wrap is 5a is here by limiting the pockets 13 and 14 to the middle of the drip 1 Are defined. A maximum length of wrap 5b is here through to the middle of the drip 1 aligned edges of the fasteners 9 and 10 if these are at the limit of the bags 13 respectively 14 outside abutment (as shown), defined. Accordingly, the length of the first end 7a (long) or 7b (short) and the length of the second end 8a (long) or 8b (short) furnished. The partial lengths of the ends 7 and 8th and the wrapping section 5 add up to the length 12 the drip 1 , It should be noted that in this case a symmetry is not necessary, but is aesthetically desirable only for many applications. Here is the width 21 the drip 1 significantly less than the length 12 , As a result, on the one hand, a small amount of material is possible and on the other hand, the drip 1 even with short stemmed stemmed glasses 2 used. The width 21 the drip 1 is determined by a constructive minimum width and an aesthetic claim. In this embodiment of the drip 1 is at the first fastener 9 a (tension) spring element 15 provided, which is shown here purely schematically. For example, the spring element 15 a rubber band passing through a hole in the first fastener 9 at the first attachment means 9 is fixed and opposite the Umschlingungsabschnitt 5 outside the first bag 13 is fixed. The bags 13 and 14 are preferred by, particularly preferably the wrap inside 19 and the wrap outside 20 connecting, seams formed.

In 2 is a stemmed glass 2 shown on the stem 6 between the cup 22 and the foot 23 a drip 1 is attached, in which case here the wrap outside 20 you can see. The first end 7 with the first fastener 9 forms together with the hidden second end 8th and its second attachment means 10 one vertically from the stalk 6 protruding flag 16 , wherein the wrapping section 5 circumferentially close to the stem 6 abuts, so on the stem 6 Leaking liquid from the drip 1 is receivable. The drip catcher is preferred 1 as in 1 illustrated or in another variant as set forth in the foregoing Detailed Description.

With the drip shown here, a dripping of liquid along the stem to the foot of a glass, especially for a variety of stem diameter, can be reliably prevented.

LIST OF REFERENCE NUMBERS

1

drip catcher

2

Stemware

3

nuclear material

4

jacket material

5a

minimal short wrap section

5b

maximum length of wrap

6

stalk

7a

first end (long)

7b

first end (short)

8a

second end (long)

8b

second end (short)

9

first attachment means

10

second fastening means

11

wrapping direction

12

length

13

first bag

14

second bag

15

spring element

16

flag

17

magnet length

18

pocket length

19

Umschlingungsinnenseite

20

Umschlingungsaußenseite

21

width

22

cups

23

foot

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• AT 010936 B [0003]
• DE 1824247 U [0003]
• FR 686549 A [0003]
• FR 964439 A [0003]
• US 2014/0014610 A1 [0003]
• WO 2007138481 A2 [0003]

Claims (8)

Drip ( 1 ) for a stemmed glass ( 2 ), comprising at least the following components: - an absorbent material ( 3 . 4 ) for receiving a liquid; A holding means ( 5 . 9 . 10 ) for fixing the drip so ( 1 ) on a stalk ( 6 ), that one at each peripheral point of this stem ( 6 ) running liquid when reaching the drip ( 1 ) of the absorbent material ( 3 . 4 ) is receivable, characterized in that the drip ( 1 ) a strip with a first end ( 7 ) and with a second end ( 8th ) and the holding means ( 5 . 9 . 10 ) comprises the following components: a wrapping section ( 5 ) for completely enclosing a stem ( 6 ) with a wrap-around inside ( 19 ) in a closed position of the drip ( 1 ), wherein the wrapping section ( 5 ) between the ends ( 7 . 8th ) is arranged; A first fastening means ( 9 ) at the first end ( 7 ) of the drip ( 1 ); A second fastening means ( 10 ) at the second end ( 8th ) of the drip ( 1 ), wherein in the closed position the first end ( 7 ) with the second end ( 8th ) in such a way with the wrapping inside ( 19 ) is connectable that the drip ( 1 ) is convertible from an open position to the closed position, wherein the drip ( 1 ) in an open position laterally over a stem ( 6 ) and in the closed position on this stem ( 6 ) is fixable. Drip ( 1 ) according to claim 1, wherein the wrapping section ( 5 ) of an absorbent material ( 3 . 4 ) is formed. Drip ( 1 ) according to claim 1 or 2, wherein the drip ( 1 ) a nuclear material ( 3 ) and a jacket material ( 4 ), the core material ( 3 ) more absorbent than the sheath material ( 4 ). Drip ( 1 ) according to one of the preceding claims, wherein the fastening means ( 9 . 10 ) relative to each other in the wrapping direction ( 11 ) are displaceable so that the length ( 12 ) of the wrapping section ( 5 ) to a diameter of a stem ( 6 ) is customizable. Drip ( 1 ) according to one of the preceding claims, wherein at least one of the fastening means ( 9 . 10 ) is formed by a permanent magnet and the other fastening means ( 10 . 9 ) is magnetic, preferably also formed by a permanent magnet. Drip ( 1 ) according to claim 5, wherein at least one fastening means ( 9 . 10 ) in a bag ( 13 . 14 ), the bag ( 13 . 14 ) in the wrapping direction ( 11 ) is longer than the fastener received therein ( 9 . 10 ). Drip ( 1 ) according to claim 6, wherein at least one fastening means ( 9 . 10 ) of a spring element ( 15 ) and in the bag ( 13 . 14 ) of the spring element ( 15 ) in the wrapping direction ( 11 ) to the other fastening means ( 9 . 10 ) is pulled. Drip ( 1 ) according to any one of the preceding claims, wherein the ends ( 7 . 8th ) in the closed position and a handle ( 6 ) enclosing as a flag ( 16 ) vertically from this stem ( 6 ) stand out.

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