EP3713454A1

EP3713454A1 - Holder for personal items

Info

Publication number: EP3713454A1
Application number: EP17816437.2A
Authority: EP
Inventors: Ihab Fleega
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-11-25
Filing date: 2017-11-25
Publication date: 2020-09-30
Also published as: WO2019101283A1

Abstract

According to the invention, items are clamped between damping covers (11, 51) which are each secured around a support (12, 52), wherein a plurality of composite bodies (5, 10) are oriented with respect to one another such that their supports (12, 52) are arranged in parallel and are held, with their end protruding from the cover (11, 51), in holes (21) of a plate (2), in particular locked onto the plate with form-fit or force-fit engagement. Preferably, plates (2) can be locked onto one another with form-fit engagement to form a plate layer (20), or the composite bodies (5, 10) are components connected to one another by cohesive bonding. By means of injection moulding, plates (2) and supports (12, 52) of composite bodies (5, 10) are shaped such that the supports (12, 52) fit with one end into the plates (2) and with this end can be locked onto the plates with form-fit or force-fit engagement. Preferably, connection webs (3, 4) and plates (2) are shaped such that the plates (2) can be locked onto the connection webs (3, 4) to form a plate layer (20).

Description

Personal steward

description

The present invention relates to methods for keeping ready objects that can be clamped or suspended between damping or elastic sheaths or hoods, a suitable standby system, in particular modular, modules for this and mats built therewith, methods for producing a ready-keeping system, and a Use of composite bodies each containing a carrier and a damping or elastic casing or hood attached to or on the carrier.

For holding objects, there are shelves, e.g. Tables, shelves or floors, and holding mats, in particular egg cartons and soundproofing derived therefrom,

Wardrobes, grilles and hooks.

Feldherr's foam mats enable a non-slip fit in

Suitcases carried objects. In a version according to www.feldherr.com/en/hs040spl-half-figure-foam-tray-with-37-round-cut-outs-self-adhesive-l-6-inch-40-mm-vallejo-paints. html plastic bottles with screw cap are perforated in holes between two

Held foam mats.

Lutz Möller uses slotted foam mats as ammunition holders. In Gun Brown, rifles mounted on a table are provided with foam on a wall

kept fixed boards.

There are also Spülmachieneneinsätze, especially for bottles or test tube holders in which the bottles or test tubes are held on rods of a scaffold. DE 199 08 245 discloses a plug-in system for presenting jewelery, in which the jewelery is fastened with a holding body which can be plugged into a bottom body.

For suspending articles DE 20 2005 002 740 discloses supports which are fastened in a panel.

These systems are limited to specific applications, especially for cleaning up or keeping similar objects.

The object of the present invention is to provide a ready-parking system for a variety of different objects, especially for those for whom no

Standard place is provided e.g. Charger, Remote Control, Cell Phone, Eyewear, Laptop,

Pen, purse, shampoo, hair dryer and toys that is adaptable to any application, in particular horizontal, vertical and linear combinations thereof applicable and easy to dimension in vehicles, living rooms, offices and bathrooms, fasten and

CONFIRMATION COPY shape. Different objects should be visible, safe and easy to remove and remove, instead of being hidden or kept in the way.

To achieve the object of multifunctional composite bodies and plates are provided, which are non-positively or positively locked to each other. The object is achieved by the features of the independent claims. The dependent claims contain

Features of inventive developments.

According to the invention, an end of a rod projecting from an envelope is part of a closure, in particular a quick-release closure. For this purpose, composite bodies are provided according to the invention, the carrier, in particular injection-molded rods and a damping shell attached thereto, in particular foam sheath, the carrier with one end of the sheath protrudes around this end the body in a base, e.g. Lock plate.

To keep ready objects, in particular very different objects that can be clamped between dampening or elastic sheaths or hoods and the

According to the invention, prepared articles which can be suspended from them are provided with composite bodies, in particular rollers, each containing a support, in particular a rod, and a damping or elastic sleeve or hood, in particular made of foam, attached to or on the support. The composite bodies (5) are aligned to each other so that their support (52) arranged in parallel with each of their from the sheath or hood (51) projecting end in locking prepared holes (21) of a plate (2) are held and the damping or elastic sleeves or hoods (51).

In particular, the composite body and plates are non-positively or positively locked to each other. This allows a two-dimensional arrangement of parallel aligned

Composite body with the advantage of a variety of ways to provide items.

On the method side, several composite bodies, in particular rollers, are fixed parallel to one another according to the invention. For this purpose, their support, in particular rods, each with its projecting from the shell or hood end in holes of a receiving structure, preferably plate aligned and locked at the holes frictionally or positively. The sticking in the shell or hood, preferably after locking vertically extending from the plate support members so fix the damping or elastic sheaths or hoods, in particular made of foam. This makes it possible to store various objects in any location, in particular objects that have previously been kept ready on shelves such as tables or floors.

This also makes it possible to produce the components of 2 substances, namely a carrier material, in particular injection molding and a damping material, in particular flexible foam as modules. Preferably, as the third material, an adhesive is used for the material bond to the composite.

Modules simplify the individual design of the ready-to-use mats. Preferably, for this purpose, the plates are locked with running in their edges slide positively against each other.

An objective design of the solution is carried out with a receiving base having holes that are designed for a frictional connection or positive engagement with Verbundkörpem having a damping or elastic sheath or hood and one with the base, mechanically lockable carrier with which the composite body, in particular Rolls are stuck mechanically in the base. The carrier and the sheath or hood are cohesively fixed to one another in such a composite that the carrier projects with its end formed in the plate for locking out of the sheath.

In particular, the solution is carried out with plates, which preferably form fit to a

Plate layer are locked together and have holes that are designed for a frictional connection or positive engagement with composite bodies having a damping or elastic sheath or hood and a mechanically lockable with the plate carrier with the

Composite bodies in particular rollers in the plates or the plate layer are stuck mechanically fixed.

This makes it possible to carry out the stakes as modules and thus to make it very easy to customize. Preferably, the modules contain locking devices to lock the plates in a form-fitting manner to each other. In particular, the plates are locked in a form-fitting manner with carriages running in their narrow sides in guides. This allows a slightly variable arrangement of the modules.

Preferably, the receiving structure or plates from each other regularly

spaced holes for holding the composite bodies, in particular rollers. The holes are spaced apart so that the composites stuck in them do not touch, in particular the composites are spaced more than one tenth of their radii and less than 5 tenths, especially less than 3 tenths. The holes and the ends projecting from the sheaths or hoods are adapted for releasable attachment to each other, in particular as a rotary closure. The holding carrier end facilitates the use of the case for holding objects. Matched holes and beam ends optimize releasable fastening. In particular, their damping envelopes form a surface in which various objects can be plugged. The composites form a relatively broad holding layer, which in particular by their relation to the plate layer lower density causes adhesion by damping and hold by relatively rigid protruding from the plate layer carrier, preferably rods. In this holding layer, the carriers, in particular screwed into the plates threaded rods or clicked rods give the damping or elastic sheaths or hoods a relatively rigid structure that significantly supports the holding of the objects to be kept.

The composites are preferably locked by clicking or tightening the screw. The carriers projecting from the attachment end into the shell enable objects to be suspended and stabilize the retaining function of the damping retaining layer. In the plates, e.g. Axial composite bodies, in particular perpendicularly projecting axisymmetric bodies, preferably rollers, cones or bulbous bodies of a rod and an elastic material attached thereto or above, e.g. Foam shell or bubble wrap, held, preferably at regular intervals e.g. by means of threads on the rods and regularly spaced mating threads in the plates.

The locking devices, especially in narrow sides running carriage, grant the consistency of the design, in particular by positive engagement. The positive engagement is created with 2 perpendicular to each other connecting the plates carriage. Such equatorial arranged plates form a layer in which plates and mutually parallel connecting webs are laterally interlocking against each other. To this connection webs vertically inserted connecting webs, in particular in grooves of the plates cross-laterally displaceable springs, lock the plates together. If a plurality of plates laterally to each other, in particular via intermediate webs equatorial to each other, attached to a plane, the plates can be moved in any series against each other, provided that the intermediate webs do not hold the plates together over their corners. Accordingly, a positive connection by blocking occurs with connecting over intermediate webs.

Modules containing plates, means for locking a plurality of plates in one

Plate layer and composite body according to the invention facilitate the construction of individually customizable stand-holders, in particular mats for holding objects.

Preferably, the plates are assembled with the locking devices to a flat plate layer and the composite body axially rotated or clicked into this structure. The composite bodies, especially rollers can be locked so that they themselves during the intended use, in particular at the time of removal

Do not solve objects.

According to the invention, a mat is thus also provided, comprising a plate layer, in particular a plane, and a damping layer fastened in the plate layer for suspending and picking up objects. This ready-made layer is formed by composite bodies stuck in the plate layer, in particular rollers, each having a durable end, in particular a rod, in the plate layer, and a fastener attached thereto or above it

damping or elastic sheath or hood, in particular made of foam. The

Composites are locked in the plate layer by placing the composites in the

Turned plate layer or clicked, preferably screwed or einklickbare rollers from each one mounted in foam rod. In particular, room dividers, doors and side walls of cabinets can be used as mats according to the invention.

Thus, a novel tray is created, the surfaces are back, which are usually stored or not cleaned up objects. So what was lying around untidy in rooms, garages, workshops, offices and bathrooms will be in the future

Inventive ready or order system plugged, hung or trapped. The stuck, hanging or jammed objects are then kept clearly visible ready or tidy.

The preparation of a ready-keeping system is preferably carried out by injection molding, by

Connecting webs and plates are shaped so that the plates are locked together with connecting webs to a plate layer or elastic sheaths are mounted on rods and the rods and plates are shaped so that the rods are rotatable or latchable in the plates.

Injection molding is suitable for the mass production of plates and connecting bridges. Plastics, in particular hard plastics based on PVC, PE, PP, ABS and PS, have proved suitable as suitable materials for the plates.

The composite bodies according to the invention can be kept ready for various applications, ie not only for the provision of further objects.

The locking is done mechanically, in particular by adhesion, eg tightening a screw with stop until the stop presses against the edge around the screw hole, or by positive locking, in particular bayonet or click closure. Preferably, the lock is a quick release, in particular screw cap. Alternatively, the locking is done by positive locking, in particular bayonet or

Click lock.

The lock is a mechanical system for fixing and releasing the composite with a hole, in particular threaded hole, of a base to which the composite can be locked.

By contrast, the composite material is a cohesive connection, that is to say not invisibly separable into its components, in particular connected in a planar manner, e.g. chemically or completely interconnected bodies. The rollers are multifunctional as a cohesive connection, which can be positively or positively connected to a mounting hole of a base.

To produce a composite profiles are cohesively arranged. For this purpose, a damping jacket is attached to a carrier, in particular glued or welded, so that the carrier is provided in the region of Arretirung, protruding from the shell and the carrier is formed with the protruding from the shell part so that it is in a Hole of a plate is feasible, in or on which it is frictionally or positively locked.

The multifunctional composite according to the invention is a tool or semifinished product for various applications, in particular for plasterers, preferably with a rod in which it is locked, shock absorbers, preferably feet lockable on a commodity, curlers, preferably with a base in which it can be locked.

The composite is intended to be readily available, ready to hold, and allows items to be kept ready. For this he is to lock in a base or on a

Attachment hole formed, in particular for a quick closure, for example

Screw, bayonet or click lock.

Preferably, the carrier end protruding from the sleeve has a thread or is formed as part of a click or bayonet closure. In particular, the shell is a foam shell. By means of a click closure, rotatable closures are available for paint rollers or printer rollers.

The air contained in the composite body gives this a low density based on its circumference, in particular below 0.9 g / cm, preferably below 0.7 g / cm ³ , which impels it for logistics or transportation, in particular as a shock absorber. For this purpose, the rod is preferably formed as a tube. Supported tubes enable the application of a liquid passed through the tube as well as a correspondingly simple cleaning of the composite material. This allows a precisely metered treatment of hair with color, tint, bleach, conditioner or shampoo. Putzersets with different shell shapes and envelope sizes, as well as different tube or rod extensions and angles analogous to one

Toolboxes are provided for professional cleaning. The use for the application of liquids or for sucking in inaccessible places is much easier.

The foam cover is preferably chemically attached to the rod. In a proven way he adheres with adhesive, especially plastic adhesive on the rod. Particularly suitable are flexible foam coatings, e.g. made of polyester. Optionally a coating, e.g. a textile coating mechanically on the foam roller or is chemically attached to this, in particular glued.

Because the shell is weldable on the Täger, it requires only 2 starting materials, since all parts except the foam coating can be produced by injection molding. Preferably, the rods are cut from tubes or rods. Metal rods or plastic rods are already usable from 3 mm diameter for 1 to 3 cm thick rolls. In general, a roll diameter to rod diameter ratio of 3-10 has been proven. For example, available as a piece of goods available metal or plastic tubes or wooden rods with a diameter of 5-50 mm to a length of 5- 20 cm cut and cut at one end a thread.

Preferably, the foam cover is glued to the rod, while the other parts are designed as a modular system for releasably fastening together. This allows at any time the removal of rollers, consisting of the rods and the

Foam cover to make room for larger items. On the other hand, the foam coatings do not simply strip off, thus giving permanent adhesion for items to be cleaned and the rods therein the necessary stability. The panels can be redesigned at any time into new fabrics, so that in this respect completely flexible to the desired

Facility or their modification individual designs are made possible. The

Foam coatings can be covered with a textile coating, e.g. to protect the glasses or the display of the mobile phone or tablet or to look more appealing.

The plates, preferably threaded plates allow as polygons, in particular rectangles, preferably squares, simple tongue and groove joints together. In particular, with intermediate strips not only a displacement of rows and columns is possible, but also moving individual outer plates. Have proven to plates with rounded corners. The curves reduce the potential for attack and thus avoid possible injury at the corners, possibly catching fibers

objects to be cleaned and damage to the plates.

The polygons can be assembled into individual patterns, such as letters or names. Variously colored polygons enable a wide variety of creative compositions and artistic individual designs.

Preferably, the plates are held together with connecting webs, in particular with sliding on or in the plates connecting webs. 1-100 cm, in particular 5-20 cm long, 2-200 mm, in particular 4-20 mm thick plates are suitable for this purpose.

In a preferred embodiment, a modular ready-keeping or organizing system of mechanically releasably secured plates and rollers is provided which have a foam sheath and mechanically releasably holding with pins or pins in particular by means of thread in a plate, wherein a plurality of plates with each other to larger sheets mechanically releasable to each other are. By removing or adding rolls, the organizing system can be used at any time for those who are just getting ready or tidied up

Adjust items.

The basis for the rolls of modular stocking or organizing system are one-level plastic sheets which can be locked together to provide a roll support system and can be assembled into a flat pattern. The objects to be cleaned are held with rollers vertically screwed or clicked into the two-dimensional pattern. The rollers are foam-coated mounting rods, in particular

Threaded rods or rods with click system. In general, a roll diameter to rod diameter ratio of 3-10 (3 to 1 to 10 to 1) has been proven.

For example, metal or plastic tubes or wooden rods available by the meter with a diameter of 0.5-100 mm, in particular 5-50 mm are cut to a length of 0.5-50 cm, in particular 5-20 cm, and a thread at one end cut.

The non-foam covered part of the rod, preferably 10 to 50% of the

Bar length is provided for holding in the plate. In particular, a thread is cut in this area.

For clearing of Feinwerk eg jewelry, diamonds and precious stones, rolls are from 5mm to 30 mm long casings or hoods with a diameter of 2 mm to 30 mm with 5- 20 mm long injection-molded, glass fiber or metal pins whose diameter 0, 5-lmm is. A textile coating on the plate protects the Feinwerk from hitting it hard on vertically mounted rollers in horizontally arranged plates.

In accordance with the invention, the modules provide a modular mat of sheets and foamed-plastic foam rollers in which the rolls are secured in the sheets so that the rolls are screwed or clicked into the sheets, with multiple sheets releasable from each other into sheets are fastened. The panels are designed for vertical and horizontal attachment to walls, ceilings, floors and doors of rooms and furniture. There are versatile uses of the mat, e.g. as wall furniture, erectable counters, room dividers or mirror holders.

The staging system of the present invention is suitable for the free walls of many rooms and furniture to provide or clear most things that are otherwise lying around, e.g. in the bedroom above the bedside table, the dresser, etc., in the bathroom around the mirror, around the sink, over and at the bath, etc., in the living room above the sofa for drinks, remote control and snacks, etc., in the office for cables and various Office supplies, in the garage for tools.

The stand-by or order system can be created and changed according to personal taste, even by children as a game. It is variable in size by the chosen amount of modules, variable in color and form of the composition e.g. as a geometric shape, letters or pictures. It is therefore not only useful but also decorative and personally usable.

The place of the surfaces, which lie fallow because of unclean objects, becomes

recovered according to the invention.

In one embodiment for vehicles, dashboards or consoles are referred to as

Plate layer or plate provided. Suitable rollers are for locking in

Holes provided in the dashboard or the console, for this purpose, the rollers on carriers that can be locked in the holes, in particular screwed or clickable. Damping casings attached to the lugs serve to store accessories, personal belongings and provisions. For this, the ready-to-hold utensils are clamped between the rollers. For a better view of a navigation device or smartphone, the view of the display obstructing rollers are removed from the dashboard or even not fixed in it.

In the following, the invention will be described with reference to figures by way of examples

clarified. Fig. 1 shows three modules attached to each other.

Fig. 2 shows a plate with nine threaded holes and two Befestigungslöchem.

Fig. 3 shows connecting webs, which are designed as a mirror image arranged springs Fig. 4 shows a simple spring for locking on the edge

Fig. 5 shows a roller

Fig. 6 shows the insertion of a double spring to hold two plates together.

Fig. 7 discloses a layer of 3 plates

Fig. 8 shows rollers and plate of a module

Fig. 9 shows the tube with external thread and stop in a section along the axis Fig. 10 shows a section through a locking of the carrier with a plate

Examples:

1. An inventive module 1 according to Fig. 1 consists of a plate plate 2 according to

Figure 2 and nine rollers 5 screwed therein as shown in Fig. 5. Several modules 1 are fixed with inner and outer connecting webs 3, 4 as shown in Fig. 3 and 4 to each other by the connecting webs 3 as shown in Fig. 3 in grooves 23 of the plates 2 are pushed , In doing so, small springs 31 in small grooves 231 hold the modules 1 together so that they do not fall apart.

According to Figure 3, the inner Verbindundsstege 3 are formed as a mirror image double springs to the grooves 23 of the plates 2. On both sides are small springs 31 in pairs to keep the connecting webs 3 in the small grooves 231 of the plates. Plates 2 and connecting webs 3 are therefore only to each other displaced as shown in Fig. 6.

The inner Verbindundsstege 3 are dimensioned so that they are slidable as springs in the grooves 23 and 231 of two adjacent plates to be joined 2, and indeed with a pair of small springs 31 in a pair of grooves 231st

The outer Verbindundsstege 4 are provided with notch 42 halves of

3. They are as wide as the groove 23. Pushing a web 4 lengthwise by two plates 2, which hold together with an inner web 3, these are no longer displaceable. An additional notch 42 with respect to the rounded corners 24 of the plates 2 at half the length reduces the visibility of the locking spring 4. When the notch 42 is pushed centrally between the plates 2, the web 4 remains concealed by the groove 23 corresponding to the notch 42.

The outer connecting webs 4 are formed as springs to the grooves 23 of the plates 2.

Two small springs 41 are arranged as a pair on both sides about the connecting webs 4 in the

10

i to keep small grooves 231 of the plates 2. The pair of small springs 41 is the same size as the two spring pairs 31 of the webs. 3

The outer Verbindunds webs 4 are dimensioned so that they are slidable as springs in the grooves 23 and 231 of two side by side to be joined plates 2, and indeed with a pair of small springs 41 in a pair of grooves 231st

The rollers 5 according to FIG. 5 each consist of a rod 52 and a foam coating 51 bonded to the rod 52.

The rod 52 is formed as a rod or tube and has a thread 521 over the end of the foam coating 51 uncovered end.

The rollers 5 are screwed with their thread 521 in the provided in the plates 2 threaded holes 21.

Between the rollers 5 can pinch or push objects that are cleaned up in this way. The rollers 5 can also unscrew again to larger

To accommodate objects. The threaded holes 21 are regularly arranged to each other. This granted by the customizable assembly of the threaded holes 21 with rollers 5 the

Possibility to make room for most diverse objects.

Fig. 7 shows a layer 20 of 3 plates 2, of which 2 are locked with connecting webs 3 and the third still on the connecting web 3 slidable plate 2 with the outer

Connecting web 4 can be locked. In the layer 20 2 rollers 5 are attached. In the third roller 5, the rod end is visible with thread, with which the roller 5 in the threads of the holes 21 of the plates 2 can be screwed. Fig. 8 shows 6 protruding from the plate rollers of a module, 3 holes for locking other rollers and a thread-facing roller outside the plate. Grooves are visible on the side of the plate to lock plates together by means of springs shown in Figs. 3 and 4.

2. In contrast to Example 1, rollers 5 made of plastic tubes 52, screws and

Foam coating 51 produced by the foam coating 51 is glued to the tubes 52. The rollers 5 are then screwed into the plates 2 by first passing the screws through the tubes 52.

3. In contrast to Example 1, rollers 5 made of plastic tubes 52, screws and

Foam cover 51 made by sticking screws in the plastic tubes 52 and the foam cover 51 is glued to the plastic tubes 52. The rollers 5 are then screwed into the plates 2 with the screws fastened in them. 4. To produce modules according to the invention, threaded plates 2, double springs 3, simple springs 4 and threaded rods 52 of the rollers 5 are produced by injection molding. For this purpose, the springs 3 and 4 are designed to match grooves 23. Also matching each other, the small springs 31, 41 are designed to the small grooves 231. The small springs 31, 41 and small grooves 231 keep the plates 2 and springs 3,4 pushed against each other, as long as the springs 3 are arranged only parallel to each other. With perpendicularly arranged springs 3, 4, the plates 2 can be locked together, in particular as a layer 20. The threads 521 of the rods 52 are made to match the threaded holes 21, so that the rods 52 in the threaded holes 21 easily on and be screwed off , On the bars 52 is ever one

Foam shell 51 glued, which is cut from foam blocks analogous to ink rollers and milled.

5. In contrast to the previous example, thread plates 2, double springs 3, simple springs 4 and threaded rods 52 of the rollers 5 are made from wood, metal, in particular aluminum or plastic, in particular Plexiglas, for the production of modules according to the invention.

6. Modules are assembled into mats by the plates 2 with the springs 3 are moved into each other interlocking and thereby formed layers 20 are locked with simple springs 4 at the edges. In this case, layers 20 are produced with individually created pattern. In these patterns, rollers 5 are screwed with the threads 521 of the rods 52 in the holes 21 of the plates 2. With different colors of the rollers 5, the previously created patterns are further individualized.

7. Make-up table or standing mirror

Modules according to one of Examples 1-3 or prepared according to one of Examples 4 or 5 are glued in particular as a frame-shaped mat according to Example 6 to the mirror edge or its frame. For example, 5-10 cm squares as plates 2 with nine 3-5 cm long and 2-3 cm thick rollers 5. The plates 2 are assembled with webs 3 to trains, in particular by inserting the connecting webs 3 between the plates 2. By pushing from

Connecting webs 4, the plates are locked together.

Lip gloss, mascara, eyeliner, comb, hair brush, etc. are arranged in a frame arranged around the mirror, in particular rotating mirror composed of modules according to the invention. The frame can be widened with additional modules to the outside. 8. In addition to the bed, for example arranged above a bedside table, in particular with a mat according to the invention screwed to the wall through the holes 22 according to Example 6

Hand cream, Fußkreme, books, glasses, hearing aid, contraceptive, sex toys, nail polish, beverage bottle, snacks, etc. are ready to hand.

9. A personal Aufräumer according to any of Examples 1-3 or prepared according to one of the examples 4 or 5 is glued in particular as a mat according to Example 6 to the front door in fluorine. Eg consisting of 10 - 15 cm squares as plates 2, each with nine 5-10 cm long and 3-5 cm thick rollers 5. Usually stuck in it key, mobile phone, charger,

Gloves and goggles and in free rolling areas can be kept larger items.

10. In the office, on the wall above the desk are the ones on the tabletop

kept ready items readily visible in a mat according to the invention, in particular mobile phone, charger, beverage bottle, gloves, puncher, stapler, writing utensils, etc.

11. In the basement or the garage are tools, cleaners, vehicle and

Bicycle accessories, toys, etc. kept well visible in wall-mounted mats.

12. In the bathroom, a mat glued on two sides with adhesive foil is used on the floor

Prepare the washing, bathing and showering, care and cleaning supplies otherwise available on trays, in particular shampoo, brushes, toothpaste, razors, cream bottles and cans, combs, spray cans and hair dryers.

13. In a kitchen, a wall unit becomes a stand-by area for kitchen appliances,

Detergents or ingredients designed. For this purpose, threaded plates 2 are attached to both sides with adhesive film on the wall and screwed foam rollers in the threaded plates. Alternatively, the cabinet wall is formed as a threaded plate into which the rollers are rotated.

14. In vehicles, modules of 6x6 cm plates 2 are assembled into patterns with objects 5 mounted therein in crews rockets and aircraft

to keep ready, in the car and truck also a smartphone on the dashboard Communicating, in particular making and navigating on the telephone, using doors on ships, trucks and train cabins to hold objects ready for or during overnight stay.

15. Dashboard or console as a plate layer 20 or plate 2, and matching rollers 5, with holes 21 in the dashboard or console and the rollers 5 with rods 52 in the holes 21 can be locked. Foam shells 51 fastened on the rods 52 serve to keep accessories, for example a navigation device, CD, USB stick, writing utensil, charger, cutlery; personal items, e.g. Purse, keys, smartphone; and provisions, e.g. Sweets, cigarettes. For this purpose, the ready-to-hold utensils are clamped between the rollers. For a better view of a navigation device or smartphone, the view of the display obstructing rollers are removed from the dashboard or even not fixed in it.

16. The contents of trouser pockets and jacket pockets can be used in all rooms previously

described examples are kept visible, so that the search for purse, keys, mobile phone, chewing gum, etc. is unnecessary.

17. Composite 1 contains 2 composite bodies. The larger part of an inner body 12 is enclosed by an outer body 11 and protrudes with a shorter part 121. He penetrates the outer body 11 over much of its length.

The outer body 11 is damping, in particular a damping hood or shell,

preferably foam shell.

The inner body 12 is a carrier 12, in particular a latchable or screwable rod, e.g. a pipe or a rod with a protruding from the shell 11 locking device 121st

Carrier 12 and damper 11 are fastened together to form a composite, in particular glued. The carrier 12 projects from the sheath 11 with an end 121. This end 121 is adapted to be locked in a base, e.g. for a click closure, one

Bayonet catch or with a thread.

The major axis of rotation of the moment of inertia of composite 1 is preferably a symmetry axis about which sheath 11 and support 12 are aligned at least within the sheath. This symmetry axis is the axis of the coarse structures of the carrier, in particular rod and the shell, in particular roller. The carrier contains a fine structure, in particular click or Snap-in structure, thread or bayonet cutout for attachment in an opening that may differ from the symmetry.

Locking of the composite material 1 takes place in a base which has openings formed in this respect in which the carrier ends protruding from the sleeve are locked, in particular engage, or are screwed in.

When using the composite as a curler, the curls are threaded as with known foam rollers. The hair can now be additionally through the

tube-shaped carrier 12 treated substances accurately dose such. with warm air, paint, tint, bleach, conditioner or shampoo. After use, the winders are washed, but then attached according to the invention in the base for drying or storage. When used as a shock absorber, they are elastic against small loads and easily replaceable after major destructive loads. They are thus ideal legs of equipment, e.g. Turntable, mobile phone, monitor or stand for furniture.

18 Fig. 2 shows a section through two cohesively interconnected profiles and a plate with a threaded hole. The profiles are axisymmetric except for the thread 122. The outer profile is the shell 11 and the inner profile of the tube 12 formed as a support 12. The carrier 12 has a stop surface 123 in order to be pressed with this when tightening the thread 122 in the internal thread 222 against the surface 22 of the plate 2 to in this way to lock the composite 1 frictionally on the plate 2.

Fig. 3 shows the adhesion of the cohesively interconnected profiles with the plate 2. The contact pressure generated when tightening locks the carrier with the plate. To solve it requires a jerk. Without such a jolt, the wearer has no play to wobble. By

Wiggle the carrier could fall out of the plate.

This locking with the composite 1 is produced by that

- 2 profiles are connected by means of fabric connection to the composite 1, wherein a support 12, a damping sheath 11 is arranged so that the carrier 12 protrudes in the region of Arretirung from the shell 11 and

- The support 12 is guided with the protruding from the shell 11 part in the hole of the plate 2, and

- At this hole, the carrier 12 is pressed when tightening the composite 1 with its stop surface 123 against the surface 22. 19. Instead of a frictional locking as shown in FIG. 3rd

is an alternative rotary closure form-fitting, in particular a bayonet closure. Another suitable form fit is the click closure.

Thus, a form or adhesion of a plate 2 and a support 12 is provided, in which the carrier 12 is held in a hole in the plate 2. According to the invention, the carrier 12 is cohesively surrounded by a damping sleeve 11, except for the part 121 protruding into the hole or the part protruding from the sleeve 11 for locking.

20. For the production of the composite material 1 from a foam casing 11 and a rod 12, in particular tube, a rod 12 is produced by injection with a thread 122, which ends at a stop 123. The rod 12 is glued according to the invention to the stop in the foam sheath 11, from which then the thread 122 protrudes

The composite is suitable for cleaning hollow bodies, corners heels and

Cabinet surfaces. For cleaning the composite, this is preferably

machine washable or the carrier designed as a tube. If the carrier of the composite is formed as a tube, the composite is suitable as a filter. Such filters are suitable for the application and metering of liquids, in particular cleaners, care products or colorants, e.g. for the treatment of hair.

LIST OF REFERENCE NUMBERS

1 module

2 plate

20 plate layer

21 threaded holes

22 mounting holes

23 big groove

231 small groove

24 rounded corners

3 inner connecting bridge as double spring

31 little spring outer connecting bar as a simple spring small spring

Notch roller

foam padding

pole

thread

Claims

Anspruch [en] A method of holding objects that can be clamped between cushioning or elastic sheaths or hoods (11, 51) and holding articles susceptible to them with composite bodies (5, 10) each containing a support (12 , 52) and a damping or elastic sheath or hood (51) attached to or on the support (12, 52), characterized in that a plurality of composite bodies (5, 10) are aligned with each other such that their supports (12, 52) arranged in parallel with each of their from the sheath or hood (11, 51) projecting end in holes (21) of a plate (2) are held and the damping or elastic sheaths or hoods (11, 51) align.

2. The method according to claim 1, dgd the carrier are locked positively or non-positively with the plate.

A standby system for holding objects which can be clamped between cushioning or elastic sheaths or hoods (11, 51) and for holding objects susceptible to hanging therefrom, comprising a plate (2), and composite bodies (5, 10) ) each having a damping or elastic sheath or hood (11,

51) and a in the plate (2) held carrier (12, 52) which is mechanically locked with the plate.

4. ready keeping system according to claim 3, characterized in that the plates (2), with sliding parts to a plate layer (20) are positively lockable to each other or the composite body (5) are cohesively interconnected components.

5. ready keeping system according to claim 4 or 5, characterized in that the plates (2) for holding the composite body (5) from each other regularly spaced holes (21), or with locking means (23, 231, 3, 31, 4, 41) can be locked in a form-fitting manner to one another.

6. A method for producing a keep-stable system, to keep ready

objects

which can be clamped between cushioning or elastic sheaths or hoods (11, 51) and for keeping objects hanging therefrom, characterized in that plates (2) or a plate layer (20) and support (12,

52) of composite bodies (5, 10) are molded by injection molding so that the supports (12, 52) fit into the plates (2) at one end and can be positively locked or frictionally locked to the plates with this end and cushioning or elastic sheaths (11, 51) or hoods on the supports (12. 52) are firmly bonded.

7. A method for producing a ready-keeping system according to claim 6, characterized in that connecting webs (3, 4) and plates (2) are injection molded so that the plates (2) with the connecting webs (3, 4) to a plate layer (20) are lockable to each other.

A module (1) for holding articles which can be clamped between cushioning or elastic sheaths or hoods (11, 51) and containing for holding objects susceptible to hanging therefrom

a plate (2),

- In or on the Plattenrändem in the plate plane or plate layer slidable connecting webs (3, 4), and

- In the plate held perpendicular to the plate plane arranged composite body (5, 10), wherein

the composite bodies (5) can be screwed or clicked into openings in the plate and the plate (2) can be moved with the connecting webs (3) which can be displaced in the plane of the plate

is formed interlocking.

9. Use of modules (1) for holding objects, thereby

in that the modules contain plates (2) which are positively connected with

Means for locking a plurality of plates (2) in a plate layer (20) are locked together and composite bodies (5, 10) are fixed for holding objects in the plates.

10. Mat for holding objects that are between dampening or

elastic jackets or hoods (11, 51) and for holding objects susceptible to hanging therefrom, comprising a plate (2) or plate layer (20), and composite bodies (5, 10) locked therein, respectively Plate (2) or plate layer (20) arrested carriers (12, 52), mi, t attached thereto or above a damping or elastic sheath or hood (11. 51).