EP3930552B1 - Drip tray for attaching to a dispenser system, or to a container fixation device - Google Patents

Description

The present invention relates to a system comprising a drip tray and a dosing dispenser system or a container fastening device.

Professional hand hygiene is an undisputed way to prevent the transmission of microbial pathogens in the health or care sector, especially in hospitals or care institutions. Cleaning fluids and disinfectant fluids are used for hand hygiene. Care fluids intended for use on the skin complement the hygiene measures.

Cleaning fluids, disinfection fluids or care fluids are usually made available to the user in suitable dispensing devices. In the prior art, inconsistent terminology is used to describe such dispensing devices, for example "dispenser", "dispensing unit" and a variety of other terms.

In the devices referred to below as "dosing dispenser systems", the dosing pump is connected to a holder (e.g. table stand or wall bracket). To refill the device with liquid, a container that is intended for single use only for hygiene reasons is usually replaced by inserting it into a receiving area of the device. There are dosing dispenser systems that are operated manually as well as devices in which the dosing pump is electrically driven.

In contrast, the term "container fastening device" in the following refers to a holding device into which a dosing dispenser consisting of a container and attached dosing pump can be inserted. A dosing pump that is already mounted on the filled container by the manufacturer and is intended as a disposable item avoids the need to clean the dosing pump, in contrast to the dosing dispenser system mentioned above. The holding device is intended, for example, for fastening to the wall or for clamping to objects. The container part of the dosing dispenser is inserted into the receiving area of the device.

"Dosing dispensing systems" and "container fastening devices" within the meaning of the definitions used here are also referred to collectively as "dispensers" hereinafter.

Appropriate dispensers are also available on the market for dispensing semi-liquid or liquid care lotions (hereinafter referred to as "care liquid").

When using cleaning fluids, disinfectant fluids or care fluids, the effectiveness of the substances plays a major role. The way in which the cleaning or disinfection process is carried out also has a decisive influence on the effectiveness of the cleaning or disinfection.

In addition, compliance with hand disinfection, hand cleaning or hand care behaviour is of equally outstanding importance, i.e. the ratio of one actual application of the substance compared to the number of occasions on which such cleaning, disinfection or care should be carried out.

It has been shown that compliance can be improved if the cleaning or disinfectant is available near or, better yet, directly at the so-called "point of care", i.e. directly where the treatment or care, i.e. patient contact, is to take place. Dispensers are therefore already known, for example from the patent application WO2017089323 of the applicant of the present invention, which enable the provision of the above-mentioned liquids at or near the point of care by means of appropriate fastening means.

It is disadvantageous, especially at the point of care, if parts of the liquid drip onto the floor when it is dispensed. This can happen during dispensing as well as through dripping of liquid from the dosing pump. Some of the dispensers known from the state of the art therefore have a drip tray which is dimensioned in such a way that liquid that runs off the user's hands during application or drips from the dosing pump after application is collected, see for example WO 2018/069544 of the applicant of the present invention.

The US 2018/146828 A1 refers to a dispenser for liquids with a replaceable container and a drip tray. The drip tray is integrated into the base plate of the dispenser.

Space is often limited, particularly at the point of care. Drip trays that protrude from the dispenser and extend into the room can be a source of danger, as they can be overlooked by nursing staff and especially by patients with impaired vision. The risk of getting caught on the drip tray that extends away from the dispenser is particularly high if no container or dosing pump is used, as the drip tray that extends into the room can then be overlooked even more easily.

The object of the present invention is therefore to improve the handling of known dispensers, in particular container fastening systems.

The object is achieved here with a system according to claim 1.

According to the invention, a system with a drip tray and a dosing dispenser system or a container fastening device is proposed. The drip tray has a bowl-shaped area which is designed to catch dripping liquids. The drip tray also comprises a hinge element and a lever element, wherein the lever element is angled relative to the plane of the bowl-shaped area. The bowl-shaped area is movably attached to the dosing dispenser or to the container fastening device by means of the hinge element.

It is then possible for the bowl-shaped area to be moved between a (hanging) vertical position and a horizontal position in relation to the plane of the bowl-shaped area. The lever element is designed and shaped in such a way that it protrudes into the receiving area in the absence of the liquid container and protrudes from this when the liquid container is inserted into the receiving area. is displaced so that when the liquid container is inserted into the receiving area, the bowl-shaped area is moved from a vertical position to a horizontal position. The drip tray according to the invention is thus in a horizontal "use" arrangement when a liquid container is in the dispenser and folds downwards when the container is removed. When the dispenser is not equipped with the liquid container, the drip tray does not protrude into the room, so that the risk for staff or patients of accidentally getting caught on the drip tray is significantly reduced.

The drip tray comprises a bowl-shaped area which can catch dripping liquid so that it does not drip onto the floor. The bowl-shaped area should be dimensioned so that dripping liquid is safely caught. Any basic shape is possible, for example square or rounded. Typically, the bowl-shaped area has a depth T and width B in the range of 5 cm to 12 cm each. The height H is often between 1 cm and 4 cm, preferably 1.5 cm to 2.5 cm. The capacity of the bowl-shaped area is normally 20 ml to 200 ml. The bowl-shaped area is normally made of metal or plastic. The weight of the bowl-shaped area is typically 20 g to 60 g.

The bowl-shaped area, the hinge element and the lever element can consist of separate components. Preferably, the bowl-shaped area and the lever element are formed from a single piece of material (i.e. in one piece). Particularly preferably, the bowl-shaped area, the lever element and the hinge element are formed in one piece. Accordingly, a drip tray according to this particularly preferred embodiment can be produced practically and inexpensively from a single injection-molded part.

The lever element is dimensioned in such a way that it extends into the receiving area of the dispenser in the absence of a liquid container, and is then pushed away to the side when the liquid container is inserted into the receiving area. The sideways movement of the lever element triggered by the pushing away simultaneously rotates the bowl-shaped area connected to the lever element from its vertical position by 90° into a horizontal orientation. To make this possible, the lever element must be connected to the bowl-shaped area at an approximately vertical angle, i.e. there must be an angle (in the hereinafter referred to as "α") of 80° to 100°, in particular 85° to 95°, particularly preferably 90°.

The lever element preferably has a ratio of its length L to a depth T of the bowl-shaped region of 0.20 to 0.6, with the depth T designating an extension of the bowl-shaped region pointing away from the hinge element. For example, in a drip tray, the bowl-shaped region can have a dimension (depth T x width B) of 10 cm x 12 cm and the lever element a length L of 4 cm. This results in a ratio L to T of 0.4.

The hinge element is a component on the drip tray which, in conjunction with a component of the dispenser that is coordinated with it, creates a joint that can rotate around an axis. In particular, it is intended that the hinge element is anchored to a rod with a round cross-section that is attached horizontally to the dispenser and then forms the axis of rotation. The hinge element partially or completely surrounds the rod. Instead of a rod, the dispenser can have pins that interact with the hinge element, for example.

The hinge element and thus the drip tray can already be permanently connected to the dosing dispenser system or the container fastening device by the manufacturer.

Preferably, however, a detachable connection between the drip tray and the dispenser is provided. A detachable arrangement makes it easier to clean the drip tray. This can be achieved, for example, by designing the hinge element as a "hinge tab" which partially surrounds the rod-shaped element, preferably by more than 50%, in particular 51% to 95%, particularly preferably 65% to 80% of its circumference. In the context of the present invention, a hinge tab refers to an element which comprises one or more protruding, cylindrically curved shaped elements (tabs) which can surround the rod-shaped element and thus allow the drip tray to be attached to the dispenser in a movable manner. If a detachable attachment is intended, the attachment should be designed in such a way that the drip tray is held securely on the dispenser, but can only be pulled off the rod with a certain amount of force. The elasticity of the material used for the hinge tab must be taken into account here.

In connection with the invention, it is advantageous that the hinge tab is formed by a portion of the lever element, i.e. the lever element forms a continuous cylindrical groove in the area of its transition to the bowl-shaped area, which can engage around a rod-shaped element on the dispenser as a hinge tab. This embodiment of the hinge element can be provided in particular with the one-piece design of the drip tray mentioned above. The hinge tab should also engage around the rod-shaped element by more than 50% in this embodiment. This can be achieved by a suitable shape of the lever element. It is also possible for the portion of the lever element designed as a hinge tab to form a groove with an exactly semicircular cross-section (i.e. engaging around the rod by 50%). In this case, additional knobs in the area of the groove can cause the rod to engage around by more than 50%.

The system can additionally comprise a liquid container which is filled with a cleaning liquid, a disinfectant liquid or a care liquid. Accordingly, a system with a drip tray and container fastening device can additionally comprise a liquid container provided with a dosing pump, which is already filled with a cleaning liquid, a disinfectant liquid or a care liquid.

According to a particularly advantageous embodiment, it is proposed to provide the drip tray in the WO2017089323 It is advisable to use the container fastening devices presented here, as these can be attached to a wide range of items present at the point of care.

• einen Halter mit einem Aufnahmebereich für den Flüssigkeitsbehälter, wobei der Halter einen ersten Befestigungsbereich, einen zweiten Befestigungsbereich und einen dritten Befestigungsbereich aufweist, wobei der erste, zweite und dritte Befestigungsbereich Stäbe umfassen,
• und ein Befestigungsmittel zur lösbaren Befestigung des Halters an Gegenständen, wobei das Befestigungsmittel an dem ersten Befestigungsbereich fixierbar ist, und das Befestigungsmittel dadurch eine erste Halteposition einnehmen kann, und das Befestigungsmittel an dem zweiten Befestigungsbereich fixierbar ist, und das Befestigungsmittel dadurch eine zweite Halteposition einnehmen kann, und das Befestigungsmittel an dem dritten Befestigungsbereich fixierbar ist, und das Befestigungsmittel dadurch eine dritte Halteposition einnehmen kann,

• wobei die Stäbe des dritten Befestigungsbereichs schräg zu den Stäben des ersten Befestigungsbereichs verlaufen, insbesondere in einem Winkel von 10° und 80°, weiter insbesondere von 20° und 60°, weiter insbesondere von 30 und 50°,
• und wobei die erste Halteposition die Befestigung des Halters an einem horizontal orientierten Gegenstand ermöglicht und die zweite Halteposition die Befestigung des Halters an einem senkrecht orientierten Gegenstand ermöglicht und die dritte Halteposition die Befestigung des Halters an einem schräg orientierten Gegenstand ermöglicht.

According to a particularly preferred variant, the container fastening device of the WO2017089323 :

• a holder having a receiving area for the liquid container, the holder having a first fastening area, a second fastening area and a third fastening area, the first, second and third fastening areas comprising rods,
• and a fastening means for releasably fastening the holder to objects, wherein the fastening means can be fixed to the first fastening region, and the fastening means can thereby assume a first holding position, and the Fastening means can be fixed to the second fastening area, and the fastening means can thereby assume a second holding position, and the fastening means can be fixed to the third fastening area, and the fastening means can thereby assume a third holding position,

• wherein the bars of the third fastening region extend obliquely to the bars of the first fastening region, in particular at an angle of 10° and 80°, further in particular of 20° and 60°, further in particular of 30 and 50°,
• and wherein the first holding position enables the holder to be attached to a horizontally oriented object, the second holding position enables the holder to be attached to a vertically oriented object, and the third holding position enables the holder to be attached to an obliquely oriented object.

Character description

• Figure 1 shows a in WO2017089323 disclosed example of a container fastening device.
• Figures 2 a, b, c show a preferred embodiment of the drip tray according to the invention.
• Figures 3 a, b, c show a container fastening device made of WO2017089323 attached drip tray.
• Figures 4 a, b show a drip tray attached to a container fastening device designed as a free-standing unit.

Figure 1 shows an already in WO2017089323 disclosed example of an alternative container fastening device 1 to which the drip tray proposed by the present invention is attached.

Further views of the container fastening device can be found in the WO2017089323 be taken.

The container fastening device 1 has a holder 4 and a fastening means 7.

The holder 4 has a receiving area 5 which is designed to receive a container (not shown). For this purpose, the holder 4 is formed from several sections of a single continuous round rod 6 which is bent in sections and forms the receiving area 5. The round rod 6 is made of stainless steel and has a diameter of 4.0 mm.

The receiving area 5 comprises a base 8, a rear part 9 and a front part 10. The front part 10 has a pair of round rods 19 running parallel in the longitudinal direction LR of the holder 4 to form front support elements 55 with a length of 80 mm, which are spaced apart by 80 mm.

In an upper region of the front part 10, these round rods 19 are connected via a bend oriented essentially transversely to the longitudinal direction LR. The bend is also formed by a round rod 11. The round rod 11 is suitable for fastening the drip tray according to the invention.

In a first section, the base 8 has a pair of round bars with a length of 20 mm that run transversely (90°) to the longitudinal direction LR and parallel to one another and that run in a first plane. The distance between these round bars in this first section of the base 8 is a=20 mm.

In a second section of the base 8, the round bars 20 of the first section of the base 8 merge into two round bars 21 of a length of 25 mm which bend outwards by 45° and whose distance from one another increases steadily with distance from the first section of the base 8, wherein the round bars 21 of the second section of the base 8 also run in the first plane, in order finally to merge in a short arc into the round bars 19 of the front part 10 which run essentially in the longitudinal direction LR of the holder 4.

The rear part 9 has, in a first section, a pair of round bars 22 with a length of 40 mm running parallel in the longitudinal direction LR of the holder and thus perpendicular to the round bars 20 of the first section of the base and in a second plane, which are spaced apart by b=20 mm.

Between these round bars 22 of the first section of the rear part 9 and the round bars 20 of the first section of the base 8, in an intermediate part of the holder 4, another pair of parallel round bars 23 is arranged at an angle of 45° to the round bars 20 of the first section of the base 8 and running in a third plane, such that this additional pair of parallel round bars 23, which have a length of 28 mm, connects the round bars 20 of the first section of the base 8 with those of the first section of the rear part, the respective round bars thus extend each one merges into the other in a short arc. The distance between the round bars 23 in the intermediate part is also c= 20 mm.

Above the round bars 22 of the first section of the back part 9, the round bars merge via a short bend into a pair of parallel round bars 54 of the second section of the back part 9. The round bars 54 of the second section of the back part 9 are inclined, in this case at an angle of 45° to the round bars 22 of the first section of the back part 9, and are arranged inwards and thus running in a fourth plane. The distance between these round bars 54, which have a length of 18 mm, is also d = 20 mm. Via a short bend, these round bars of the second section of the back part 9 merge into round bars 25 of the end section of the back part 9. The round bars 25 of the end section of the back part 9 are arranged perpendicularly, i.e. at an angle of 90° outwards to the round bars 24 of the second section of the back part. The short inward bend between the round bars 25 of the end section of the rear part 9 and the round bars 24 of the second section of the rear part 9 forms a narrowing of the receiving area 5.

The Figure 1 The fastening means 7 shown has a clamping device 12, by means of which the holder 4 can be fastened to the objects. The clamping device 12 has a first clamping jaw 13 and a second clamping jaw 14, wherein the distance between the first clamping jaw 13 and the second clamping jaw 14 can be changed by a screw device 15, which can be operated in particular manually, in such a way that the clamping jaws can be moved towards and away from one another. In the embodiment shown, the second clamping jaw 14 is plate-shaped, wherein the effective clamping region 140 of the second clamping jaw 14 has a bulge which is adapted to the shape of a rod- or bar-shaped object. The first clamping jaw 13 consists of parallel round rods. At a distal end of the clamping jaw 13, the two round rods are connected to one another via a tight bend to form the effective clamping region 130 of the first clamping jaw 13. The effective clamping area 130 of the first clamping jaw 13 is thus adapted to the shape of a plate-shaped, flat, surface-extending object. The clamping device 12 is designed to be able to be fastened to rod- or plate-shaped objects with a thickness of 10-50 mm. At the proximal end, the two round rods are articulated to the proximal end of the second clamping jaw 14.

The regions 130, 140 of the clamping jaws which are effective with regard to the clamping effect on an object each have a plastic coating in order to protect the surface of the object.

The second clamping jaw 14 has a bore through which a lower section of a bolt pin 63 is passed. The bolt pin 63 is previously passed between the round bars of the first clamping jaw 13.

Figures 2 a to c show a preferred embodiment of the drip tray 100 according to the invention in different views, namely from the side ( Figure 2 a) , from above ( Figure 2 b) and perspective from above ( Figure 2 c) .

The embodiment of the drip tray 100 shown here as an example is designed in terms of its dimensions for attachment to the Figure 1 or Figure 4 The container fastening devices shown are provided.

The drip tray 100 comprises a bowl-shaped area 101, which in the embodiment shown here merges into a hinge element 103. A lever element 102 is connected to the hinge element 103. It would also be possible to connect the lever element 102 directly to the bowl-shaped area 101. The axial extension of the lever element 102 is in Figure 2 designated "h". It forms an angle α of 90° with the plane e.

The bowl-shaped area 101 serves to collect liquid residues that have dripped off when using a dosing dispenser. The bowl-shaped area 101 has a height H, a width B and a depth T. In the Figures 2 a to c The width of the illustrated embodiment is 12 cm, the depth 10 cm and the height 2.5 cm. As can be seen from Figure 2 b The depth T designates an extension of the bowl-shaped region pointing away from the hinge element 103. The capacity of the bowl-shaped region 101, which is made of plastic, is approximately 100 ml in the embodiment shown.

The length L of the lever element 102 is 3 cm for the drip tray 100 shown. This results in a ratio L to T of 0.3. The ratio L to T should be at least 0.2 to ensure sufficient stabilization of the bowl-shaped area 101 in the horizontal (with the liquid container inserted).

The shell-shaped area, the hinge element and the lever element could be separate, interconnected components. Figures 2 - 4 In the particularly advantageous embodiment presented, however, the shell-shaped region, the lever element and the hinge element are formed from a single piece of material (i.e. in one piece) as an injection-molded part.

The hinge element 103 is designed such that it can be connected to a rod-shaped element of the container fastening device 1, namely the round rod 11 (see Figure 1 ) can be detachably connected. The detachable connection is achieved by the hinge element 103 partially enclosing the round rod 11. In the present embodiment, the hinge element 103 encloses the round rod 11 by approximately 70% of its circumference. The drip tray 100 can be placed on the round rod 11 with little effort and is simultaneously secured against falling off the container fastening device 1. The entire drip tray 100 can then perform a rotary movement on the round rod 11 in order to be able to move from a largely vertical position (in the absence of the liquid container) to a largely horizontal position (with the liquid container inserted).

Figures 3 a to c show the container fastening device from Figure 1 with an attached drip tray 100. Figure 3 a there is no container in the receiving area 5. The drip tray 100 then hangs in a largely vertical position with its hinge element 103 on the round rod 11. The lever element 102 projects into the receiving area 5 in the absence of the liquid container 90.

If a user then inserts a liquid container 90 from above into the receiving area 5, the lever element 102 is pushed downwards out of the receiving area 5, whereby the bowl-shaped area 101 moves from its vertical position into a largely horizontal position. This situation is in Figure 3 b shown, wherein the bowl-shaped area 101 is inclined downwards by a few degrees relative to the horizontal, so that the bowl-shaped area 101 is thus kept as horizontal as possible. Figure 3 b a liquid container 90 provided with a dosing pump 80 is located in the receiving area 5. The liquid container 90 can be filled with a cleaning liquid, a disinfectant liquid or a care liquid. As soon as the liquid container 90 is pulled out of the receiving area 5, the bowl-shaped area 101 due to gravity into the vertical position according to Figure 3 a back.

Figure 3 c shows a perspective view of the ready-to-use system comprising the container fastening device 1, the drip tray 100 attached thereto and the liquid container 90 provided with a dosing pump 80.

In the Figures 4 The example shown in a and b is the one in the Figures 2 a to c shown drip tray 100 is attached to an alternative container fastening device 2.

The container fastening device 2 comprises, like the container fastening device 1, Figure 1 a round rod 11, so that the drip tray 100 can perform a rotating or pivoting movement on the round rod 11 by means of its hinge element 103 when a liquid container 90 (with attached dosing pump 80) is inserted into the receiving area 5. The container fastening device 2 can be used as a stand-alone device or mounted on a wall (in Figure 4 not shown) to be available to the user near the point of care.

Claims (15)

1. System having a drip tray (100) and a dosing-dispenser system or a container-fastening device (1, 2), wherein the dosing-dispenser system or the container-fastening device (1, 2) has a receiving region (5) for a liquid container (90),

   wherein the drip tray (100) has a shell-like region (101) which is configured to collect dripping liquids,

   wherein the drip tray (100) comprises a hinge element (103), which is present at the edge of the shell-like region (101), and also comprises a lever element (102), which is fixed to the shell-like region (101),

   and wherein the hinge element (103) is configured to fasten the drip tray (100) in a movable manner on the dosing dispenser or on the container-fastening device (1, 2), so that the shell-like region (101) can be moved - as seen in relation to the plane (e) of the shell-like region (101) - between an as far as possible vertical position and an as far as possible horizontal position, wherein the lever element (102) is configured so that, in the absence of the liquid container (90), it projects into the receiving region (5) whereas, if a liquid container (90) has been inserted into the receiving region (5), it is positioned outside the receiving region (5), wherein, when a liquid container (90) has been inserted into the receiving region (5), the shell-like region (101) is retained in the as far as possible horizontal position by means of the lever element (102) whereas, in the absence of the liquid container (90), the shell-like region (101) hangs in an as far as possible vertical position on the hinge element (103).
2. System according to Claim 1, wherein the lever element (102) is configured such that, due to the liquid container (90) being inserted into the receiving region (5), the lever element (102) is displaced out of the receiving region (5), as a result of which the shell-like region (101) is moved out of the as far as possible vertical position into an as far as possible horizontal position by means of the lever element (102).
3. System according to Claim 1 or 2, wherein the shell-like region (101) and the lever element (102) are formed from a single piece of material or wherein the shell-like region, the lever element (102) and the hinge element (103) are formed from a single piece of material.
4. System according to Claim 3, wherein the drip tray (100) is produced from a single injection moulding.
5. System according to one or more of the preceding claims, wherein the shell-like region (101) has a capacity of 20 ml to 200 ml and/or a height H of 1 to 4 cm, preferably 1.5 cm to 2.5 cm.
6. System according to one or more of the preceding claims, wherein the hinge element (103) can be connected in a non-releasable or preferably releasable manner to the dosing-dispenser system or the container-fastening device (1, 2).
7. System according to one or more of the preceding claims, wherein the hinge element (103) can be connected in a non-releasable or preferably releasable manner to a horizontally arranged rod-like element present on the dosing-dispenser system or on the container-fastening device (1, 2).
8. System according to Claim 7, wherein the hinge element (103) is configured in the form of a hinge lug (103) which can at least partially engage around the rod-like element (11).
9. System according to Claim 8, wherein the hinge lug (103) is formed by part of the lever element (102) in that, in the region of its transition to the shell-like region (101), the lever element (102) forms a continuous and cylindrical groove, which can at least partially engage around the rod-like element (11).
10. System according to Claim 9, wherein the hinge lug (103) engages around 51% to 95% of the circumference of the rod-like element (11).
11. System according to one or more of the preceding claims, wherein the lever element (102) is angled in relation to the plane (e) of the shell-like region (101) by an angle α of 80° to 100°, preferably 85° to 95°.
12. System according to one or more of the preceding claims, wherein the ratio of the length L of the lever element (102) to a depth T of the shell-like region (101) is 0.2 to 0.6, wherein the depth T denotes an extent of the shell-like region (101) which is oriented away from the dosing-dispenser system or the container-fastening device (1, 2).
13. System according to one or more of the preceding claims, wherein the system comprises a dosing-dispenser system and a liquid container (90) filled with a cleaning liquid, a disinfecting liquid or a body-care liquid.
14. System according to one or more of preceding Claims 1 to 12, wherein the system comprises a container-fastening device (1, 2) and a liquid container (90) which is provided with a dosing pump (80) and is filled with a cleaning liquid, a disinfecting liquid or a body-care liquid.
15. System according to Claim 14, wherein the container-fastening device (1, 2) comprises:

    - a holder (4, 41) with a receiving region (5) for the liquid container (90), wherein the holder (4, 41) has a first fastening region (51), a second fastening region (52) and a third fastening region (53), wherein the first (51), second (52) and third (53) fastening regions comprise rods,

    - and a fastening means (7) for releasably fastening the holder (4, 41) on objects, wherein the fastening means (7) can be fixed on the first fastening region (51), and the fastening means (7) can thus assume a first retaining position, and the fastening means (7) can be fixed on the second fastening region (52), and the fastening means (7) can thus assume a second retaining position, and the fastening means (7) can be fixed on the third fastening region (53), and the fastening means (7) can thus assume a third retaining position,

    wherein the rods of the third (53) fastening region (54) run obliquely in relation to the rods of the first fastening region (51), in particular at an angle of 10° and 80°, further particularly of 20° and 60°, further particularly of 30° and 50°,

    and wherein the first retaining position allows the holder (4, 41) to be fastened on a horizontally oriented object and the second retaining position allows the holder (4, 41) to be fastened on a vertically oriented object and the third retaining position allows the holder (4, 41) to be fastened on an obliquely oriented object.

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