BE1031321A1 - Flexible utensil holder including holder element for utensil holder - Google Patents

Abstract

The present invention relates to an innovative utensil holder, in particular for household utensils, e.g. in the kitchen, and for professional catering. The holder can be mounted on the wall or ceiling and is easy to use. The rotatable design makes it very compact. Numerous design details as well as functional details have been optimized to make the user experience as pleasant and practical as possible, right down to the smallest details. In a simple household application in the kitchen, for example, household paper rolls ("kitchen roll") as well as various films (aluminum foil, plastic cling film) and kitchen utensils such as spice dispensers are held.

Description

Flexible utensil holder including mounting element for utensil holder - Patent application -

Field of the invention

The present invention relates in particular to the field of

Household utensils. A utensil holder is disclosed, particularly suitable for

Holding supply rolls, for example for holding various web materials such as kitchen paper, aluminum foil, cling film, etc. This utensil holder is particularly space-saving and flexible, can be designed individually according to the respective requirements and aims to meet the high demand of today's consumers for "smart" solutions in the home and

Take gastronomy into account.

Technical background

In the home as well as in the catering industry, paper towels and

Foil materials are required. Other utensils (e.g. spices) should also be quickly accessible. This often requires a lot of space, and there is not enough space or the utensils get in the way when working, even when they are not needed at the time.

The utility model DE 20 2015 100 156 U1 discloses a device for storing

Kitchen rolls are known. Several rolls of strip material are applied vertically to statically arranged equidistant rods.

The utility model DE 20 2005 000 621 U1 discloses separating devices for

Film strips.

Another kitchen roll holder is known from DE 10 2012 113 063 A1 and a holder for

Cling films from DE 20 2018 102 992 U1.

However, the usability of these devices is suboptimal, as they allow only very limited flexible use. In particular, the devices are very static and difficult to adapt. Unused material is not stored compactly or moved to the background/further away from the user or stored there, but remains on the

Place where it reduces the free space, potentially blocking the user and hindering him from working.

The present invention is therefore based on the technical task of

To provide a utensil holder that overcomes the disadvantages of the state of the art and creates new modern and more suitable solutions. In particular, more practical, flexible, space-saving, individually adaptable, transferable, safer,

3 BE2023/0010 more reliable solutions should be created. The solution should also be environmentally friendly, allow a high degree of recyclability and, in particular,

Keep costs low. Users should also be guaranteed a high level of comfort and easy, intuitive operation. We are looking for a "smart" solution that is suitable for meeting the high demands of modern consumers and users.

The disadvantages of the state of the art are overcome by the utensil holder according to

Claim 1 and the utensil holder receiving element according to claim 17.

4 BE2023/0010

Description of the invention

The present invention provides a device having the features of claim 1.

Further advantageous embodiments are specified in the subclaims.

Accordingly, a utensil holder, in particular a utensil holder for use in

Household or catering sector. The utensil holder can have two elements that are rotatably mounted and/or storable along a rotation axis, called

Side elements, in particular designed as turnstile elements. This allows the utensil holder to be rotated, which rotates the load and brings the desired utensils into a particularly suitable position and within reach of the user. A utensil holder can have one or more between the

Receiving elements arranged on side elements, in particular elongated

Receiving elements suitable for receiving and/or providing ready-to-use rolled web material, in particular household paper rolls and film rolls. For example, a roll of “kitchen paper” is arranged on a receiving element. The utensil holder then carries the kitchen paper and holds the roll ready for the user to unroll in a controlled manner. The user can therefore unwind the roll in order to

Paper to be removed. If the roll is not needed for a while, or is needed again, the rotation around the axis of rotation can be used. The user can, among other things, apply force to the receiving elements and/or the side elements to cause the rotation of the receiving elements together with the

At least one of the utensils worn on the receiving elements

Receiving elements can be located along a different axis of rotation from the mentioned

axis, called the receiving axis. This enables space-saving rotation — 429 —

> BE2023/0010 of the loading. For example, the rotation axis and the receiving axis are parallel but spaced

For example, a turnstile element can have 4 distinct directions and be used as

This is particularly suitable for small household variants. A

However, the turnstile is by no means limited to this structure and/or this number. Several specific directions can be provided, e.g. star-shaped.

Irregular topologies are also conceivable, e.g. topologies of the page elements specially adapted to certain fields of application.

A wall or ceiling mount can be provided. This means that a utensil holder can be placed on a wall or ceiling and rotated and ready for use.

The invention further provides a utensil holder receiving element. Various

Embodiments for utensil holder receiving elements are provided by the invention, e.g. in rod form and/or basket form. A receiving element can be a simple receiving element, for example in the form of a rod/a

rod or, for example, a cylinder. This receiving element can

Take up web material (e.g. a kitchen roll containing kitchen paper).

Utensil holder receiving element can have lateral lugs with a specific coordinated cross-sectional profile, e.g. square. By means of these lugs, the

Utensil holder receiving element can be easily inserted into a utensil holder. The

Users can put together their own modular utensil holder as needed. The noses can taper conically. This makes the

The seat is particularly stable and the combination process is still child's play for the user.

The seat is particularly firm when the utensil holder is in operation, while when

Friction is minimised when inserting and removing utensil holder elements.

Other fastening methods are conceivable, e.g. screw connections with thread and/or

Screw-nut combinations.

A variant of a utensil holder receiving element for web material is telescopic. This makes the removal and insertion of the utensil holder 5 receiving element into an assembled utensil holder according to the invention particularly easy. This is because the possible compression of the utensil holder

Receiving element/shortening the distances between the two noses of a utensil holder

Due to the relative length of the receiving element to each other (and thus to a certain extent the effective length of the mentioned element), these receiving elements can be inserted and removed particularly easily. A return spring can be provided. This can be a helical compression spring, for example. This creates an outward-directed force on the utensil holder receiving element (due to the return force of the spring, the compressed

Utensil holder receiving element expands again), whereby the utensil holder

The return spring makes it particularly easy to insert and remove the holders from a utensil holder. This also reduces the mechanical

Stability of the device is improved and a perfect fit is achieved.

In some cases, adverse effects caused by possible manufacturing tolerances can even be eliminated.

A utensil holder receiving element can thus comprise two parts (components). These can, for example, be moved against each other. For example, a

The utensil holder element can be shortened by pressing it together (using an external force). The return spring pushes the two components apart again.

Various detailed optimizations of the combination of the two components to

Formation of a utensil holder receiving element (during assembly, use, removal as well as during disassembly and storage) are carried out at a later date ie BE2023/0010

The position is illustrated by the character descriptions. Characteristics of

Use torsion springs profitably.

A roll-off brake can advantageously be provided. In particular, such a brake can advantageously be provided on a receiving element. A spring, for example

A bending spring such as a leaf spring or a wire spring can be provided on a receiving element. Such a spring can apply pressure to the inside of a roll (e.g. kitchen paper roll made of

This causes a rolling brake, which prevents uncontrolled

Rolling (caused e.g. by rotating the utensil holder, e.g. too much momentum when

This prevents unrolling and/or clumsy user behavior. For example, web material can be removed from the utensil holder element with unrolling brake in the desired quantity and in a highly controlled manner with one hand.

Advantageously, two symmetrically arranged roll brakes, for example

Springs are provided. This means that the roller sits and remains in a particularly symmetrical position when rolling, is also subjected to symmetrical braking and does not tilt, which ensures unhindered and uncomplicated rolling in the desired

way possible.

Advantageously, roll-off brakes are provided in the contact area to the inside of the

Roll rounded, especially pearl and/or spherical, designed. For example, a spring at an open end, which is designed to form a roll in the

inside (and when removing web material from this roll, the inside of this

A round and/or spherical head may be provided to enable the roller to rub against the roller under friction.

This makes the removal of web material particularly smooth.

Edges (with non-round ends) can easily jam with the rough surfaces of the

Insides of industrially produced cardboard rolls (rolls on which kitchen paper,

Aluminium foil, baking paper, cling film, etc. are regularly sold). The texture of these

Cardboard rolls are very coarse and rough in some places. However, this disturbing effect is compensated for by the particularly round and/or smooth ends of the roll brakes.

Baskets can also be provided as utensil holder receiving elements. For example, spices or other utensils can be held here. 5 The basket can be designed and mounted in such a way that it rotates in the opposite direction to compensate for rotation of the utensil holder around a rotation axis.

For example, the top of a basket is always facing upwards so that nothing can fall out.

This can be achieved, for example, by choosing a sufficiently low centre of gravity for the basket (in relation to its mounting axis). A particularly adapted and frictionless bearing of the basket is also beneficial, so that it "rotates" as smoothly and without delay (in the opposite direction) as possible. Such a bearing is used as part of the

Character descriptions described in more detail.

Alternatively and/or in combination with the manual variant, one or more electric drives (e.g. electric motor(s)) can be provided. This is for particularly large

Variants are particularly suitable.

Tear-off devices for tearing off utensil holders can be attached to

The invented utensil holder and the invented

The receiving element enables completely one-handed controlled dosing as well as separation and removal of web material. Especially for film material without

This is particularly relevant for predetermined breaking points.

Holders for tablets and/or mobile phones may also be provided.

The structure of well-known cases/covers that many users have attached to their mobile phones, tablet computers, etc. is advantageously used.

The corresponding end device can then be “hung” in such holders, for example.

Ideally, roll brakes are symmetrical and provided with the rounding described.

A utensil holder element can also contain its own, again rotating, utensil holder. This is particularly flexible, space-saving and easy for the user to operate.

For an improved exemplary understanding of the embodiments, reference is made to the figures and the associated figure descriptions.

All features disclosed in connection with corresponding methods can be used in connection with the devices, and vice versa. Disclosed features of the utensil holder can also be used with a

Utensil holder receiving element, and vice versa. In particular, but by no means exclusively, it is intended that one or more different

Utensil holder receiving elements can form part of a utensil holder: All disclosed receiving elements or their features can be integrated into or combined with a utensil holder according to the invention. Furthermore, conversely, a utensil holder receiving element itself can also be used as a utensil holder according to the invention.

Utensil holders can be designed. Sets can also be formed.

Character list

The present invention will be described below with reference to the schematic figures of the

The examples given in the drawings are explained in more detail. They show:

Fig. 1 is a schematic perspective view of a utensil holder 100 according to an embodiment of the present invention,

Fig. 2 is a schematic exploded view of a utensil holder 100 according to a

Embodiment of the present invention,

Fig. 3 is a schematic structural view of a utensil holder 100 according to a

Embodiment of the present invention,

Fig. 4 is a schematic perspective view of a utensil holder 100 according to a second exemplary embodiment of the present invention,

Fig. 5 a schematic illustration of a tear-off unit for web material,

Fig. 6 a schematic illustration of a locking screw,

Fig. 7 a further schematic illustration of a locking screw,

Fig. 8 is a schematic perspective view of a utensil holder 100 according to a third exemplary embodiment of the present invention with an electric motor,

Fig. 9 is a schematic exploded view of a utensil holder 100 according to a third exemplary embodiment of the present invention with electric motor,

Fig. 10 is a schematic structural view of a utensil holder 100 according to a third exemplary embodiment of the present invention with an electric motor,

Fig. 11 a further schematic illustration for the inclusion of an electric drive,

Fig. 12 another structural view for accommodating an electric drive,

Fig. 13 is a schematic perspective view of a utensil holder 100 according to a fourth exemplary embodiment of the present invention,

Fig. 14 is a schematic exploded view of a utensil holder 100 according to a fourth exemplary embodiment of the present invention,

Fig. 15 is a schematic structural view of a utensil holder 100 according to a fourth exemplary embodiment of the present invention,

Fig. 16 is a schematic view of a utensil holder receiving element according to a

Embodiment of the present invention,

Fig. 17 is a schematic structural view of a utensil holder receiving element according to an embodiment of the present invention,

Fig. 18 is a schematic exploded view of a utensil holder receiving element according to an embodiment of the present invention,

Fig. 19 is a schematic perspective view of a utensil holder with only one inserted utensil holder receiving element according to an embodiment of the present invention

Fig. 20 is a schematic exploded view of a utensil holder 100 according to a fifth exemplary embodiment of the present invention,

Fig. 21 is a schematic structural view of a utensil holder 100 according to a fifth exemplary embodiment of the present invention,

Fig. 22 is a schematic side view of a utensil holder 100 according to a fifth exemplary embodiment of the present invention,

Fig. 23 is a schematic structural view of a utensil holder 100 according to an exemplary embodiment of the present invention,

Fig. 24 is a schematic exploded view of a utensil holder 100 according to an exemplary embodiment of the present invention,

Fig. 25 is a schematic representation of a bearing of a receiving element according to an exemplary embodiment of the present invention,

Fig. 26 is a schematic perspective view of a tear-off/separation device for

Web material according to an exemplary embodiment of the present invention,

Fig. 27 is a schematic perspective view of a receptacle for example

Tablets and/or mobile phones according to an exemplary embodiment of the present invention,

Fig. 28 is a schematic perspective view of a first component of a

Receiving element according to an exemplary embodiment of the present

Invention,

Fig. 29 is a schematic perspective view of a second component of a

Receiving element according to an exemplary embodiment of the present

Invention,

Fig. 30 is a schematic perspective view of a component of a

Receiving element according to an exemplary embodiment of the present

Invention to illustrate a roll brake/spring.

In all figures, identical or functionally identical elements and devices have been provided with the same reference symbols, unless otherwise stated.

Description of the drawings

Figure 1 shows a schematic perspective view of a utensil holder 100 according to an exemplary embodiment of the present invention. The

Utensil holder is supported by two holding elements 105 and mounted so as to be rotatable about a rotation axis. Side elements 102 are designed as turnstiles 102 with four excellent

directions. Receiving elements 103/200 include those for web material 104 as well as, for example, basket devices. One receiving element, or several receiving elements, can be arranged in one direction of the turnstile.

In particular, the utensil holder can allow the inclusion of further receiving elements, for example by means of corresponding receptacles in the side elements, preferably conically tapered nose receptacles.

The baskets rotate compensatorily in the opposite direction when the utensil holder 100 is rotated along the axis of rotation.

A locking device (only partially shown) can be designed in different variants. In this case, discrete locking points and/or recesses are arranged in a circle on the side element 102 around the axis of rotation. For example, a pin can lock in here, or a screw can be screwed in.

For example, a pin can be provided which must be removed by a user and then returned to a locking point after the utensil holder has been rotated. Alternatively, the pin has a return spring so that it exerts pressure on the side element, for example.

The force of the return spring can be so strong that a user must actively hold it in a retracted state to prevent accidental engagement during

To prevent the utensil holder from turning. This version locks into place particularly securely.

Or the locking mechanism is designed in such a way that this is not necessary.

For example, a locking mechanism is automatically overcome/released by overcoming a threshold torque. This means that the device can also be operated and rotated confidently with one hand.

However, a locking device can also operate without discrete locking points and be operated continuously. This has the advantage that all continuous

positions are possible. Here too, different variants are possible. A pin that has to be pulled back and springs back due to spring force can be used particularly quickly.

However, a screw has the great advantage that the device can be operated confidently with one hand. For example, when a screw is screwed in, it presses on the corresponding side element and holds it firmly in position. The screw is then loosened, after which it can be released in order to operate the utensil holder by turning it (e.g. with one hand). The locking screw is then tightened again in the desired target position.

For safety-critical applications, several screws, for example locking screws on both sides, can be provided.

Figures 2 and 3 illustrate the described structure.

In Figure 4, a different locking mechanism (screw, continuous locking) as well as a different configuration of the utensil holder 100 with receiving elements is provided, see also Figures 5 - 7. By means of the utensil holder according to the invention

The utensil holder can be used particularly easily and flexibly in modular

be equipped and furnished in a suitable manner.

Figures 8 — 12 illustrate a variant with an electric motor.

In Figure 13, a utensil holder 210 (“baby utensil holder”) is inserted as a receiving element in a (larger) utensil holder 100. This gives further

Flexibility of placement and allows the organization of even more utensils in a space-saving manner, all accessible by rotation. A locking mechanism, in any of the forms described, can be used on the utensil holder 100 as well as on the

Utensil holder 210, which simultaneously forms a utensil holder receiving element 210 on the

Utensil holder 100. Different locking mechanisms can also be combined.

Figures 14 and 15 serve to further clarify this embodiment.

Figures 16 - 18 show a schematic view of a utensil holder

Receiving element 200 for strip material according to an embodiment of the present

Invention. The receiving element 200 comprises a first component 220 and a second component 221. Due to the reduced diameter region of the first

component 220, in the edge area, which in the figure borders on the second component, the two components can be moved against each other (whereby the first is/can be inserted into the second). For example, the effective

Utensil holder receiving element 200 can be effectively shortened (compressed) by external force. A return spring 222 can be provided to enable renewed

The lugs 250 (lateral lugs 250) allow the utensil holder receiving element 200 to be inserted and locked into place along a receiving axis of a suitable utensil holder 100. The preferred

This is further supported by tapering the lugs 250. The functioning of the lugs 240 on the first component 220 is described in more detail in Figures 28 and 29.

Figure 25 illustrates a frictionless bearing 260 for supporting a

Receiving element in a utensil holder 100. The diameter D2 at the

The diameter of the receiving element is larger than the relevant diameter D1 in the bearing. The thickness of these two parts is the opposite. For example, the material thickness of the

basket is less than the corresponding thickness on the bearing (thickness of the part with the

Diameter D1). Such a plain bearing is cost-effective and, with the parameters proposed here, fully functional for the present application.

In particular, it allows the compensatory counter-rotation of the basket

Recording elements, based solely on center of gravity and gravity, if the

Utensil holder is rotated as intended.

Figure 28 illustrates the first component 220 of a modular

receiving element 200 for web material. Figure 29 shows a corresponding second

Component 221. In this example, two lugs 240 are provided on opposite sides of the

circular rounding, on the first part 220. Likewise, on the second part 221, two

Nose receptacles/U-shapes 241 and two nose inlet openings 242 are provided. However, there can be more or fewer, and also with different arrangements.

However, the functionality is particularly stable when two or more corresponding devices are evenly distributed along the respective circular curves.

The mechanism allows the first and second parts 220, 221 to be

To do this, the lugs 240 are inserted into the corresponding

The first and second parts are then rotated against each other (here approx. 90 degrees, so that the lugs come out of the circular angle area of the U-profile). Now the first and second parts can enter deeper into each other (so that the lugs 240 cover at least the depth L; here a

return spring [not shown in Figures 28 and 29]). Now the first and second parts are turned in opposite directions, i.e. for example, turned back (here again approx. 90 degrees, so that the noses enter or re-enter the angle range of the respective U-profile). If you now let go of both parts and/or insert the resulting receiving element into a utensil holder using the conically tapered side noses, the force of the return spring ensures a safe and firm

Fit of the parts together as well as a secure fit as a receiving unit in a

Utensil holder. The process is very simple and completely reversible. Put simply, by "pressing - turning - releasing" the two parts can be locked together and released again.

Advantageously, the return spring is dimensioned in such a way that it is not yet compressed when (in a preceding step) a nose 240 passes a nose inlet opening 242. In this way, the two parts are first “loose” during assembly and without

spring tension, which makes the process easier. The nose

Entry openings 242, in particular offset nose entry openings 242 (e.g. in the angle sector of the U-shape), also prevent

Disassembling the receiving element into both components causes the latter to immediately fall apart uncontrollably or even move away from each other as dangerous “projectiles” due to the restoring force of the spring.

Alternatively, nose inlet openings 242 can be provided in such a way that they do not overlap with the angle range of the U-profiles (variant not shown here). This variant requires only a very small amount of rotation for complete assembly or complete

Separation of both components, but requires a particularly sovereign and controlled

User behavior. (“Professional version”)

The length L of the U-profiles 241 is advantageously significantly larger (e.g. at least 20%, or 40%) than the length L2 of the lateral lugs (see Figure 30). This reduces the risk of

When inserting the recording unit (completely assembled from both parts) into a

Utensil holder accidentally dislodges the U-lock between the two parts of the

This also allows a safe two-stage procedure: in a first step, the first part 220 and the second part 221 are safely combined to form a securely assembled, length-telescopic receiving unit for

Tape material; in a second step, this is conveniently inserted into the desired location in the utensil holder using the length-telescoping property (including the return force of the return spring).

The first part 220 and the second part 220 can each be equipped with a roll-off brake 230, in particular such that their resulting arrangement on the final

Utensil holder receiving element 200 is symmetrical. The advantages of this and further advantageous developments of this roll brake(s) 230 are described in more detail elsewhere.

List of reference symbols 100 Utensil holder 102 Side elements/turnstile elements 103 Receptacle element 104 Receptacle element for web material (e.g. household paper or

film rolls) 105 Holding elements / wall or ceiling fastening 110 Tablet/phone (cover) holder 111 Separating device 112 Locking mechanism 113 Electric motor 114 Locking points/recesses 200 Utensil holder receiving element 210 Utensil holder in use as utensil holder receiving element 220 First component 221 Second component 222 Return spring 230 Roll brake(s)/spring/leaf spring(s) 231 Round head of the spring 240 Nose 241 Nose holder/general U-shape 242 Nose entry opening 250 Nose for receiving the receiving element in a utensil holder (side noses) (conically tapered) 260 Bearing 261 Washer

L Length/depth of the general U-shape (L >> L2 preferred)

L2 Length of the lateral noses (L2 << L preferred)

D1 Diameter bearing

D2 Diameter bearing holder in utensil holder

Receiving element/basket element

Claims (31)

Patent claims 1. Utensil holder (100), in particular for use in the household sector, comprising two elements (102) which are rotatably mounted and/or storable along an axis of rotation, called side elements (102), in particular designed as turnstile elements (102), one or more receiving elements (103, 104, 200) arranged between the side elements (102), in particular elongated receiving elements, suitable for receiving and/or making ready-to-use rolled web material, in particular household paper rolls and film rolls, wherein at least one of the receiving elements (103, 104, 200) extends along an axis different from the said axis of rotation, called the receiving axis. 2. Utensil holder (100) according to claim 1, further comprising one or more holding elements (105) which are suitable for rotatably supporting the side elements and, on the other hand, are suitable for being fastened by means of fastening means to a flat surface, such as a wall or a ceiling, so that the at least one of the at least one receiving element can be rotated about the axis of rotation. 3. Utensil holder (100) according to claim 1 or 2, wherein at least one of the at least one receiving element is designed such that it can be removed and/or replaced, in particular also in the context of a refill and/or a web material roll change, in particular by a length telescoping of the receiving element, in particular by a return spring (222) which allows the receiving element to be shortened in length by the application of force, and is suitable for lengthening the receiving element again when the application of force is removed. 4. Utensil holder (100) according to one of the preceding claims, wherein at least one of the at least one receiving element has a roll-off brake (230) which is suitable for preventing accidental and/or uncontrolled rolling of a roll of web material received on the receiving element, in particular in the form of a leaf spring which is suitable for exerting mechanical pressure on the inside of a roll received on the receiving element. 5. Utensil holder (100) according to one of the preceding claims, further comprising a locking device (112) which is suitable for locking the position of the side elements with respect to the axis of rotation and/or for releasing them from the locking position. 6. Utensil holder (100) according to claim 5, wherein the locking device (112) is designed such that the locking can take place continuously with respect to the rotational positions. 7. Utensil holder (100) according to claim 5, wherein the locking device is designed such that the locking can take place at several discrete points, in particular in the form of latching points. 8. Utensil holder (100) according to claim 7, wherein the locking device can be released by releasing a pin and/or by the action of a rotational force and/or a torque above a certain threshold value. 9. Utensil holder (100) according to one of the preceding claims, wherein at least one of the receiving elements is designed as a basket element. 10. Utensil holder (100) according to claim 9, wherein the center of gravity of at least one basket element is sufficiently low in relation to its receiving axis that the basket element executes a compensatory counter-rotation due to its own gravity when the side elements of the utensil holder rotate along the axis of rotation. 11. Utensil holder (100) according to claim 10, wherein at least one basket element is designed such that it can be removed and/or replaced, in particular by a telescoping of at least one fastening element, in particular by a return spring which allows a fastening element on the basket element to be shortened in its effective length by the application of force, and is suitable for lengthening the fastening element again when the application of force is removed. 12. Utensil holder (100) according to one of the preceding claims, with at least one receiving element, in particular basket element, having a tear-off edge (111) for web material, in particular for metal and/or plastic films, such as household aluminum foil and/or household cling film. 13. Utensil holder (100) according to one of the preceding claims, completely and/or partially made of stainless steel and/or aluminum. 14. Utensil holder (100) according to one of the preceding claims, wherein at least one of the at least one receiving element (210) is designed such that this receiving element itself has two elements which are rotatably mounted and/or storable along a receiving element rotation axis, called receiving element side elements, in particular designed as receiving element turnstile elements. 15. Utensil holder (100) according to claim 14, further comprising one or more receiving elements arranged between the receiving element side elements, called secondary receiving elements, in particular elongated secondary receiving elements, suitable for receiving and/or ready-to-use provision of rolled web material, in particular household paper rolls and film rolls. 16. Utensil holder (100) according to claim 14 or 15, wherein the receiving element rotation axis is identical to at least one receiving axis of the utensil holder. 17. Utensil holder receiving element (200), in particular suitable for use as part of a utensil holder (100) according to one of the preceding claims along a receiving axis, in particular suitable for use and for provision between two side elements (105) of the utensil holder (100), in particular suitable for receiving and/or ready-to-use provision of rolls of web material, such as in particular household paper rolls, aluminum foil and/or cling film. 18. Utensil holder receiving element (200) according to claim 17, which is designed to shorten its length by the application of force and to lengthen it again when the application of force is removed, in particular in the form of a telescoping mechanism, whereby the receiving element can be removed from the utensil holder and/or replaced, in particular wherein the receiving element further comprises a return spring for effecting the said telescoping mechanism. 19. Utensil holder receiving element (200) according to claim 17 or 18, comprising at least two utensil holder receiving element components (220, 221), the relative movement of which to one another enables a change in length and/or a telescoping mechanism of the utensil holder receiving element. 20. Utensil holder receiving element (200) according to claim 19, wherein a first utensil holder receiving element component, in particular a first utensil holder receiving element component (220) in a region with a smaller diameter than a second utensil holder receiving element component (221), has a nose (240) on its outside and furthermore a second utensil holder receiving element component (221) provides a receptacle (241) for a nose on its inside. 21. Utensil holder receiving element (200) according to claim 20, wherein the receptacle for a nose comprises a U- and/or V-shape (241) and/or is designed such that the first utensil holder receiving element component can be at least partially inserted into the second, wherein a corresponding relative rotation of the components to one another can cause the nose to be received in the receptacle. 22. Utensil holder receiving element (200) according to one of claims 17 - 21, which can be dismantled into two utensil holder receiving element components (220, 221) which can be moved relative to one another, wherein a mechanism causes that by a sequence of movements which comprises pressing the utensil holder receiving element components (220, 221) together, followed by turning, followed by releasing, it can be achieved that the utensil holder receiving element components can be reversibly fastened to one another and/or can be reversibly converted from a fastened state into loose utensil holder receiving element components (220, 221). 23. Utensil holder receiving element (200) according to one of claims 17 - 22, which has at least two noses (250), in particular conically tapering noses (250), for the purpose of being received in the side elements of a utensil holder. 24. Utensil holder receiving element (200) according to claim 22, which has at least two lugs (250), in particular conically tapering lugs (250), for the purpose of being received in the side elements of a utensil holder, wherein the stroke required to successfully effect the mechanism when compressed (L) exceeds the length (L2) of the lugs, in particular by at least 30%. 25. Utensil holder receiving element (200) according to one of claims 17 - 24, further comprising a roll-off brake (230) which is suitable for preventing accidental and/or uncontrolled unrolling of a roll of web material received on the receiving element, in particular in the form of a spring, preferably a bending spring, again preferably a leaf spring, which is suitable for exerting a mechanical pressure on the inside of a roll received on the receiving element, in particular in a symmetrical manner. 26. Utensil holder receiving element (200) according to claim 25, wherein the roll-off brake is designed to exert a mechanical pressure on the inside of a roll received on the receiving element in a contact region of the roll-off brake, which is rounded, in particular bead-shaped and/or spherical. 27. Utensil holder receiving element (200) according to one of claims 17 - 26, in particular designed as a basket element, wherein the center of gravity of the utensil holder receiving element is sufficiently low in relation to its receiving axis that the utensil holder receiving element can rotate Side elements of the utensil holder perform a compensatory counter-rotation along the axis of rotation due to its own gravity. 28. Utensil holder receiving element (200) according to one of claims 17 - 27, further comprising a tear-off edge (111) for separating web material. 29. Utensil holder receiving element (200, 210) according to one of claims 17 - 28, comprising two elements which are rotatably mounted and/or storable along a receiving element rotation axis, called receiving element side elements, in particular designed as receiving element turnstile elements, one or more receiving elements arranged between the receiving element side elements, called secondary receiving elements, in particular elongated receiving elements, suitable for receiving and/or providing ready-to-use rolled web material, in particular household paper rolls and film rolls, wherein at least one of the secondary receiving elements extends along an axis different from the said receiving element rotation axis, called secondary receiving axis, in particular wherein the receiving element rotation axis is identical to at least one receiving axis of the utensil holder. 30. Use of a utensil holder (100) according to one of claims 1 - 16 and/or a utensil holder receiving element (200) according to one of claims 17 - 29, for holding utensils, in particular web material, in industry, in medical technology and/or laboratories, in professional catering and/or the professional sanitary sector, in particular wherein the Utensil holder is geometrically aligned in such a way that at least one axis of rotation and/or one receiving axis is non-parallel to the terrestrial gravitational field. 31. Set comprising one or more utensil holders (100) according to one of claims 1 - 16 and/or one or more utensil holder receiving elements (200) according to one of claims 17 - 29, in particular for use according to claim 30.