DE10128123C2 - Ski-ceiling mounting system - Google Patents

Abstract

The invention relates to a device for storing skis (2), comprising a holding device (30) for holding the rear ski ends and a holding device (1) for the front area of the skis (2). For the simplest possible storage of the skis (2) in the ceiling area of a room, the holding device (30) is formed from a holding frame (30) in which the rear ends of a pair of skis (2) can be inserted. A clamp holder (1) with a clamp eccentric (11) and a receiving slot is provided to hold the front end region of the skis (2) on the ceiling. For ceiling storage, the skis are first simply inserted with their rear ends into the holding frame (30) and then inserted with their front end area from below into the receiving slot of the clamping bracket (1), in which the skis are released by the clamping eccentric (11 ) are automatically clamped.

Description

The invention relates to a device for storing Ski, consisting of a holding device for holding the rear ski ends and a cradle for the front area of the ski, the holding device and the mounting device can be mounted in a stationary manner det.

Devices of the generic type are known (DE 41 06 351 A1), which a holding device for receiving the rear ski ends and a cradle for have the front area of the skis. This holding and Recording devices are designed such that they stationary on a wall or ceiling of a room can be increased. In the designated as ski holder A profile rail is provided in the device a number of brackets can be inserted. This Brackets can be in their desired ge position mutual distance can be clamped. Thereby form two adjacent brackets a ski storage compartment. This through The stirrup-shaped ski storage compartments are from the front  accessible through inlet gaps. the se inlet gaps are through crossbars at the free end this bracket formed, the column in its width are adjustable so that a pair of skis vertically can be inserted. After inserting the Skis are rotated about 90 ° around their longitudinal axis, so that they can no longer be removed from these crosspieces men can be. It has now been shown that in particular when using such ski holders in the ceiling area nes room threading the skis special skill calls for the rear end and the front end at the same time End of this pair of skis by the crossbars formed inlet gaps must be threaded. In the same way, the skis also need to be removed a lot of skill from this ski holder, as it also comes out take the front ski ends at the same time as the back ski ends through the corresponding inlet gaps must be threaded through.

Furthermore, DE 34 20 978 C2, FR 2 414 313, DE 41 18 701 A1 and FR 1.604.410 also disclose other devices for storing or holding skis, which correspond to the vertical positioning of pairs of skis are trained. These described in the above-mentioned holding devices are used in particular for safe parking of the skis at ski huts or the like. These known devices are characterized by special foldable bracket parts, by means of which a frame-like holder can be closed. Accordingly, these devices for storage on the ceiling of a room mes little suitable, since the insertion of the skis in these brackets and the subsequent locking by a single operator is difficult to carry out.

However, it has been shown that in daily use storage of skis, especially in the private sector extremely on the ceiling of a room over the summer months is advantageous. Storage of skis on the wall with appropriate wall brackets, be it in horizonta or vertical position of the skis, bean speaks a large part of the wall surface, so that this Wall surface for other uses, e.g. B. for hanging or Storage of garden tools or the like, no more can be used. The storage of skis in the ceiling consequently, rich is particularly important in the private sector partly because the skis, for example, in the summer months, if these are not required, further use do not disturb the room.

Accordingly, the invention has for its object a Device of the generic type in particular to improve the publication DE 41 06 351 A1 in such a way that the skis in the simplest way from a single  Person easily stored in the ceiling area of a room can be.

The object is achieved in that the Holding device from a on a ceiling, for. B. one Space, mountable essentially rectangular hal frame is formed, in which the rear ends egg Nes pair of skis are plugged in, and that the recording direction from a clamp holder that can be mounted on the ceiling tion is formed, which at least a first, in one essentially perpendicular to the ceiling Receiving slot of the clamping bracket protruding Klemmex center or clamping lever, which in the area of Receiving slot is pivotally mounted eccentrically, and that the ski to the clamping bracket in the recording slot with their front end areas in the receptacle slot can be inserted.

The inventive design of the device All types of skis can be space-saving and convenient store under the ceiling of a room. This has in particular re the advantage that these are usually not used elsewhere The underside of the blanket is fully used as storage space can be.

Around a pair of skis in the easiest way in the area To be able to store this blanket is the invention Device from two separate components. For one thing  a holding device is provided, which from a Ceiling of a room mountable holding frame formed becomes. This holding frame is essentially rectangular trained and dimensioned so that a pair of skis with the rear ends in this holding frame in easier Way is insertable. The second component is an open device provided, which in a corresponding Ab stood to the holding device on the ceiling of the room mon is animal. This cradle is as a clamp trained and at least with a first Provide clamping eccentric. This clamping eccentric protrudes into an egg NEN runs essentially perpendicular to the ceiling slot in which the skis hold the clamp with their front end areas from bottom to top are pluggable. There is a tight hold at This pushes the ski into the slot is enough that the clamping eccentric due to its eccentric swiveling storage in the area of the receiving slot with a vertically downward force on the Ski exerts a clamping effect by which the skis are secure be held in the receiving slot. This means that a pair of skis in the device according to the invention a person in the simplest way to hold it in Ceiling area can be introduced. This will be done first the pair of skis with the rear end in the holding frame inserted and then simply with the front end area  into the slot of the clamp bracket introduced. Immediately after this front end of the ski is released, is required by the clamping eccentric Clamping force to hold this front end or the end of the ski. This means again um, that a complex threading and turning of the skis, um bring them into the device according to the invention can, completely eliminated. The ski is removed the clamping eccentric from its clamping position manually deflected so that the clamped skis released ben and lowered in a simple manner can be trailing them with their rear end to be able to pull out of the holding frame. Due to the easy mounting of the rear ski ends in the holding frame can the skis in their axial position relative to the Clamping bracket after inserting it into the holding frame still be aligned freely so that they are always in the con cycle area of their sliding surfaces in the clamping bracket can be brought. This will tension the in the front part of the clamping bracket Skis safely excluded.

According to claim 2, the holding frame for ceiling mounting an upper assembly bridge and for storing the ski egg have a lower retaining bridge. These two piers run essentially parallel to each other, so that the lower footbridge runs parallel to the ceiling.  

Furthermore, according to claim 2, the assembly web and the Holding bridge over two parallel and spaced apart te support bars connected in one piece. This out education of the holding frame is in the simplest way available by, for example, for its manufacture appropriate rectangular profile is used, the Ab measurements are chosen such that a pair of skis are independent gig of its size with its rear end in one holding frame designed in this way can be simply inserted is. Due to the use of appropriate rectangle profiles will be an extremely inexpensive manufacturer lung reached.

For the simplest possible mounting on a ceiling, ge according to claim 3, the supporting webs in the form of a parallelogram forms, so that the assembly web and the holding web offset parallel to each other by the supporting webs are connected. This ensures that the Hal test bridge is arranged offset to the assembly bridge and thus the assembly bridge with a single central attachment drilling can be provided, which in the ceiling assembly is essentially freely accessible from below. Because of this accessibility is a simple to screwing the holding frame to a ceiling in simple Way feasible.  

According to claim 4, the clamping eccentric or the Klemmhe bel have an arcuate friction lining, with which the clamping eccentric or the clamping lever in a first Starting position in the slot of the clamp bracket protrudes. Due to this arcuate design of the friction covering is an automatic adjustment to skis under of different thicknesses, being a safer, clamp Always ensure that the skis stay in the clamp bracket is steady. Furthermore, according to claim 4, the Klemmex center or the clamping lever due to its eccentric Storage when inserting the skis from their starting position deflected into a second clamping position, so that a Clamping effect between the friction lining of the clamping eccentric or the clamping lever and the receiving slot of the clamp bracket immediately after relieving the inserted pair Ski is reached.

Furthermore, it can be provided according to claim 5 that the clamping eccentric has an actuating section, through which the clamping eccentric for releasing the clamping Mount the ski in the slot from its second Clamping position can be deflected manually. Through this spec Elle design is a simple removal of the front end of a pair of skis from the clamp ensured.  

To ensure that the clamping eccentric always in its initial starting position falls back, is according to claim 6 provided that the deflection angle of the clamping eccentric is limited by a stop. According to An saying 6 achieved that the clamping eccentric from his the starting position according to the maximum deflected angular position Remove the skis by their own weight falls back into the starting position. With that the Operability of the device according to the invention significantly improved. The return movement of the clamping eccentric or the clamping lever can also according to claim 6 by spring be effected by force. In this case, the front seen stop a pre-stretching of the accordingly seen spring element safely prevented.

According to claim 7, the friction lining in the axial direction Swivel axis of the clamping eccentric or the clamping lever bo be genetically formed. Through this invention Design is a 100% aligned alignment of the Retaining frame and the clamp bracket are not mandatory sary. Due to the arched design of the Reibbe position also in the axial direction always becomes a jam the ski has an optimal contact surface for the skis is enough, even if the skis are not completely parallel in the Recording slot of the clamp bracket are included.  

According to claim 8, the first clamping eccentric in the area assigned a second clamping eccentric to the receiving slot be nice. This second clamping eccentric is also there mounted eccentrically and with respect to the receiving slot arranged opposite the first clamping eccentric and also protrudes into the receiving slot. The arrangement voltage of the two clamping eccentric is according to claim 8 chosen such that the skis between the clamping bracket between the two clamping eccentrics in the slot are easy to insert.

For low-cost production is according to claim 9 provided that both clamping eccentric identically trained det and to achieve the simplest possible safe handling with regard to the insertion slot sym are arranged metrically to each other. Com as materials all suitable materials, such as plastic, Steel, aluminum or the like in question. When ver A suitable plastic can be used in accordance with An Say 4 provided separate friction lining, so far from this plastic has a corresponding coefficient of friction has.

It is understood that in the event that a clamping lever is provided, a second such a clamping lever Clamp levers must be assigned in a corresponding arrangement can.  

To additionally with the device according to the invention nor the usual ski poles in simpler According to An saying 10 in the area of the holding frame two with respect of the holding frame opposite and the holding frame laterally protruding retaining tabs may be provided. This Retaining tabs point in particular to the lower one End of each ski pole a mounting hole or alternatively, a support surface. Another hal is for the handle end of the ski poles not in a ceiling storage of the type according to the invention required, as is known, each of the skis in the middle area has a ski binding, which is on the top or with skis put together to form a pair of skis protrude on the outside. So can already in the invent The device according to the invention incorporated the ski poles with the mounting holes or the contact surfaces next to be engaged and with their against overlying shaft ends or, for example, with their Handles on the ski bindings protruding to the side be placed. Thus, according to the design Claim 9 also a simple and safe storage of Guaranteed ski poles.

An execution is based on the drawings example of the device according to the invention tert. It shows:  

Fig. 1 is a vertical section II of Figure 1a a device designed as a clamp bracket for the front end portion of a pair of skis.

FIG. 1a shows a side view 1a from FIG. 1;

FIG. 2 shows a vertical section corresponding to FIG. 1 with a pair of skis inserted between two clamping eccentrics;

FIG. 2a shows a cross section through the clamping eccentric from FIG. 1 in an enlarged representation;

Fig. 3 is a side view of the invention Hal terahmens;

Fig. 3a is a front view purple from Fig. 3;

Fig. 4 is a front view of a holder for the end portions of ski poles;

FIG. 4a is a plan view of IVa of Fig. 4;

Fig. 5 is a tertes supported in the inventive device on the ceiling pair of skis together with ski poles;

Fig. 6 an alternative to the clamping eccentric insertable clamping lever.

Fig. 1 and 1a show an embodiment of a recording device in the form of a clamping bracket 1 , which is provided for the clamping bracket especially the front Endbe range of a pair of skis 2 shown in Fig. 1 in phantom lines. The clamping bracket 1 has egg NEN body 3 , which is formed from a rectangular profile. So the base body 3 has an upper mounting web 4 , two perpendicular to this supporting walls 5 and 6 and a lower, two-part supporting web 7 , 7 a.

The rear support wall 5 and the front support wall 6 are identical and each have a central receiving slot 8 , of which in FIG. 1 only the receiving slot 8 of the rear supporting wall 5 can be seen. The upper mounting web 4 , as can be seen in particular from FIG. 1, is provided in its two lateral end regions with a mounting hole 9 and 10 , respectively, via which the clamping bracket 1 can be securely mounted on the ceiling of a room.

To clamp the pair of skis 2 shown in phantom lines in FIG. 1, the clamp 1 in the present exemplary embodiment has two clamp eccentrics 11 and 12 , which are of identical design. Thus, in the present exemplary embodiment, these clamping eccentrics 11 , 12 are formed from semi-cylindrical, disk-shaped base bodies which are arranged symmetrically with respect to the vertical symmetry plane 13 of the clamping bracket 1 . Furthermore, the clamping eccentrics 11 and 12 are each rotatably supported in the lower end region of the two supporting walls 5 and 6 by means of a bearing pin 14 and 15, respectively. The two bearing pins 14 and 15 can, as can be seen from FIGS. 1 and 1a by way of example, be formed as so-called grooved pins, whereby in particular the assembly of these pins in corresponding receiving bores of the supporting walls 5 and 6 is considerably facilitated. It is also provided that the bearing bores 16 and 17 of the clamping eccentric 11 , 12 are formed larger in diameter than the diameter of the two bearing pins 14 and 15 , so that the Klemmexzen ter 11 and 12 on the bearing pins 14 and 15 with a radial play of up to 0.5 mm are stored. This provided relatively large bearing play of the Klemmex center 11 and 12 on the bearing pins 14 and 15 , their free pivotability about the bearing pins 14 and 15 is always ensured even in unfavorable operating conditions. In particular, due to this relatively large game impurities or the like, the pivotable mobility of the clamping eccentric 11 and 12 on the bearing pins 14 and 15 do not affect.

In Fig. 1, the clamping eccentrics 11 and 12 are shown in a most initial position, in which they abut with their arcuate friction surfaces 18 and 19 on the top of the respectively assigned part of the lower support web 7 and 7 a. In this starting position, the two clamping eccentrics 11 and 12 are at least a minimum distance apart from one another with their friction surfaces 18 and 19 .

For clamping the pair of skis 2 between these clamping eccentrics 11 and 12 , the pair of skis 2 , as can be seen in particular in FIG. 2, is inserted into the receiving slot 8 , the two clamping eccentrics 11 and 12 each being pushed in this direction in this insertion Arrows 20 and 21 can be pivoted about the respective bearing pin 14 or 15 . If the pair of skis 2 is released in the clamping position shown by way of example in FIG. 2, its weight force acts vertically downward in the direction of arrow 22 . Due to the eccentric mounting of the eccentric clamp acquisition slot at the bottom of 11 and 12 between the friction surfaces 18 and 19 and the surface of the pair 8 ski 2 creates a clamping force or frictional force, by which the pair of skis 2 in the in Fig. 2 shown Bearing position is held firmly in the receiving slot 8 . It can be seen that the pair of skis can be designed almost arbitrarily in both its thickness D and its width B without the clamping action of the clamping eccentrics 11 and 12 being adversely affected. This is achieved in particular by the arcuate configuration of the friction surfaces 18 and 19 and their eccentric mounting in the lower region of the supporting walls 5 and 6 , as is shown by way of example in FIGS . 1 and 2. Thus, skis of different thicknesses D or width B can be securely clamped in the clamping bracket 1 between their clamping eccentrics 11 and 12 . The friction surfaces 18 and 19 can each be part of a separate friction lining 36 or 37 , for example glued onto the clamping eccentric, which preferably consists of a material with a high coefficient of friction, such as plastic or rubber. It is understood that the Klemmex center can also be made entirely from such a material, wherein metallic components can also be introduced into the clamping eccentric to achieve a greater mass. By using a plastic or similar material, damage to the surface of the ski is largely excluded.

In order to be able to remove the pair of skis 2 again between the clamping eccentrics 11 and 12 , each of the clamping eccentrics 11 , 12 has the friction surfaces 18 , 19 opposite and actuating sections 23 and 24 arranged below the bearing pins 14 and 15 . By manual pressure on these actuating sections 23 and 24 , the two clamping eccentrics 11 and 12 are pivoted further in the direction of the pivoting arrows 20 and 21 into the position shown in phantom lines in FIG. 2. It is clearly recognizable that due to the eccentric mounting of these clamping eccentrics 11 and 12 with this pivoting movement in the direction of arrows 20 and 21, the friction surfaces 18 and 19 are moved away from one another, so that the pair of skis is released in a professional manner and in the direction of Pfei les 22 is removable from the receiving slot 8 .

Instead of the one-piece design of the actuating sections designated with the reference numerals 23 and 24 in FIG. 2, a separate deflection lever 23 'can also be provided, the arrangement and shape of which is shown by way of example in FIG. 1 in dashed lines on the clamping eccentric 11 .

In order to prevent this manual movement of the clamping eccentric 11 and 12 in the direction of the arrows 20 and 21 from falling outwards, two stop pins fen 25 and 26 are provided which limit the maximum pivoting angle of the respective clamping eccentric 11 and 12 respectively Zen. The arrangement of the stop pins 25 and 26 is chosen so that after removing the pair of skis 2 and after releasing the actuating sections 23 and 24, the Klemmex center 11 and 12 from the end position shown in Fig. 2 again independently in the shown in Fig. 1 Fall back from the starting position. In the present exemplary embodiment, no spring elements or the like are provided for this falling back, but this falling back into the starting position is effected solely by the weight in connection with the eccentric mounting of the two clamping eccentrics 11 and 12 . If necessary, Fe derelemente can be provided for the resetting of the clamping eccentric 11 , 12 , which are not shown in the drawing. Overstretching of these spring elements by the only limited possible deflection of the clamping eccentrics 11 , 12 is reliably prevented by the stop pins 25 and 26 seen before. Furthermore, instead of the stop 25 , 26 as described by way of example, stop webs or the like can also be seen, which are formed, for example, as a one-piece component of the supporting walls 5 , 6 as simply inwardly bent stop lugs. Such a stop can also be part of a clamping eccentric 11 or 12, respectively.

Furthermore, it is apparent from FIGS. 1 and 2 that the lateral boundary edges 27 and 28 of both the front wall 6 and the rear wall 5 (in the two figures 1 and 2, only the rear wall 5 can be seen ) starting from the upper Mounting web 4 converging to the lower support web 7 , are formed obliquely on one another in the direction of the lower support web 7 , 7 a. Through this oblique course of these two side edges 27 , 28 , in particular a shorter width of the lower support web 7 , 7 a is achieved, so that for ceiling mounting of the clamp bracket 1 through its two Mon day holes 9 and 10 holes through these mounting holes 9 and 10 inserted screws ( not shown in the drawing) can be reached more easily with a corresponding tool.

In Fig. 2a, the clamping eccentric 11 is shown as an example in section. It can be seen that the friction surface 14 of the clamping eccentric 11 or the friction lining 36 can also have a curved United course in the axial direction of the pivot axis of the clamping eccentric 11 defined by the bearing pin 14 . Due to this special design of the friction surface 18 , a 100% coaxial alignment of the clamping bracket 1 can be omitted on the mounting frames 3 and 3 a described in more detail below with respect to the drawing below. In other words, the skis taken up in the clamping bracket do not necessarily have to be received in parallel in the receiving slots of the clamping bracket, but a sufficiently large adhesive force is still exerted on the skis even with a slightly “oblique” course through the curved friction surface to hold it securely in the receiving slot 8 .

In FIGS. 3 and 3a is a Haltevor inventive device in the form of a holding frame 30 shown wel surface for receiving the rear ends of the ski is provided. This holding frame 30 also consists of a section of a rectangular profile and accordingly also has an upper mounting web 31 , two lateral supporting webs 32 and 33 and a holding web 34 connecting these supporting webs 32 and 33 at the lower end. The upper mounting web 31 is also provided with a mounting hole 35 for the ceiling mounting of this holding frame 30 . To improve the accessibility of this Mon day bore 35 or a correspondingly inserted through this mounting screw (not shown in the drawing), the two supporting webs 32 and 33 , as can be seen in particular for the visible in Fig. 3 mounting web 33 , a parallelogram Formge on. This means that due to this Ausgestal device of the supporting webs 32 and 33, the lower holding web 34 is offset par allel to the upper mounting web 31 is held. Because of the parallel offset achieved in this way, the two webs 31 and 34 , in particular the area of the mounting hole 35 in the mounting web 31 is easily accessible from below by a tool, which considerably facilitates the mounting of the holding frame 30 on a ceiling.

The dimensions of the holding frame 30 are of course chosen such that any pair of skis 2 , which is also shown in FIG. 3a in phantom lines, can be inserted in a simple manner with the rear end regions of the skis. Thus, the rear end or the rear end region of this pair of skis 2 is held securely in the simplest manner by the holding frame 30 in the ceiling region of a room. After the pair of skis 2 are inserted with their rear ends into the holding frame 30 , the pair of skis, as already described for FIGS . 1 and 2, will be fixed with its front end region by simply inserting it into the receiving slot 8 with the clamp holder 1 engaged.

It can be seen that with the Vorrich device according to the invention, consisting of the clamp 1 and the frame 30 Hal, a pair of skis 2 can be safely stored on the ceiling of a room in an extremely simple manner. Due to the individual design of the clamping bracket 1 and the holding frame 30 , skis of different lengths can be held on a ceiling. It is only necessary to mount the clamping bracket 1 and the holding frame 30 at a corresponding distance from each other on the ceiling.

Due to the simple insertion of the skis with their rear ends in the holding frame 30 , the skis can also be positioned axially as desired, at least insofar as the ski binding does not hinder them, so that the skis are always optimally aligned with the clamping bracket 1 in the axial direction even with different lengths can be. This alignment always ensures that a pair of skis, which consists of two skis placed on top of each other, can always be brought into engagement with the clamp holder 1 , particularly in the front area, in which the sliding surfaces of the skis placed on top of one another are in flat contact. As a result, deformation or tension, in particular a compression of the skis during storage, is avoided.

In order to also be able to store the ski poles that are always present with the device according to the invention on the ceiling of a room, an additional holding device 40 is provided, as can be seen in particular from FIGS. 4 and 4a. This holding device 40 has a flat middle section 41 , via which this holding device 40 can be mounted on the ceiling together with the holding frame 30 from FIGS . 3 and 3a. For this purpose, a corresponding mounting hole 42 is also provided in this middle section 41 . The width of this middle section 41 corresponds approximately to the width of the upper mounting web 31 of the holding frame 30 . In since Licher extension to this central section 41 , the holding device 40 has two retaining tabs 43 and 44 , which are integrally formed on this central section 41 in a mirror-symmetrical manner with respect to the central section 41 .

As can also be seen from Fig. 4, the holding tabs 43 and 44 are arranged starting from the central portion 41 obliquely bent downward. At the respective outer ends of the retaining tabs 43 and 44 further upwardly bent limiting portions 45 and 46 are provided, so that these retaining tabs 43 and 44 form a defined contact surface, for example for the lower ends of a ski pole. It is easy to imagine that a corresponding ski pole with its lower end in a simple manner on this support surface or holding tabs 43 and 44 can be placed. This happens primarily after the associated skis have been inserted into the holding frame 30 and into the clamping bracket 1 . After the ski poles have been brought into engagement with the holding tabs 43 and 44 , these can be placed in a simple manner with their griffsei ends, for example on the ski bindings of each ski projecting outwards. The associated ski poles can thus be stored on the ceiling together with the associated skis in an extremely simple manner.

To hold these ski poles, the holding device 40 can be seen as an alternative to the support surfaces of their holding brackets 43 and 44 with vertically aligned holding brackets, which are provided with corresponding receiving bores for the ends of the ski poles. Since this embodiment is an extremely simple solution, a graphic representation has been omitted.

Fig. 5 shows an example of a ceiling mounting of a pair of skis 2 , which are inserted with their rear ends in the mounting frame 30 mounted on the ceiling 50 . The front end region of this pair of skis 2 is inserted vertically from below into the clamping bracket 1 also fastened to the ceiling 50 and is securely held by the clamping eccentrics 11 and 12 on the ceiling or in the clamping bracket 1 . In FIG. 5, while only the eccentric clamp 11 is visible. Furthermore, it can also be seen that the holding device 40 is mounted together with the holding frame 30 on the ceiling 50 . In Fig. 5, a ski pole 51 is shown as an example, which is placed with its un lower, left end in the drawing on the holding tab 43 of the holding device 40 . With its grip part-side end 52, however, the ski pole 51 is simply placed on the laterally projecting ski binding 53 .

Thus, 5 is shown in Fig. Clearly be seen that by means of the inventive device, consisting in particular of the clamp holder 1, the support frame 30 and the holder 40, a pair can be stored Ski 2 together with a pair of ski poles safely and easily in the ceiling area of a room , It is also easy to imagine that the pair of skis 2 shown in FIG. 5 by loosening the two clamping eccentrics 11 and 12 can first be removed from the right clamping bracket 1 and then with its rear ends simply pulled out of the holder frame 30 , Previously, however, the ski poles 51 should be removed from the binding 53 and the holding tab 43 .

FIG. 6 also shows a clamping lever 55 that can be used as an alternative to the clamping eccentrics 11 and 12 . This clamping lever 55 is provided with a corresponding bearing bore 57 for eccentric mounting in the clamping bracket 1 . Furthermore, the clamping lever 55 also has a correspondingly arranged actuating section 58 , by the manual actuation of which the clamping lever 55 can also be deflected from its clamping position. A friction lining 56 is also provided, the section-wise curved course of which essentially corresponds to the curved course of the friction linings 36 and 37 of the two clamping eccentrics 11 and 12 .

Claims (10)

1. Device for storing skis, consisting of a holding device ( 30 ) for receiving the rear ski ends and a receiving device ( 1 ) for the front region of the ski ( 2 ), the holding device ( 30 ) and the receiving device ( 1 ) being stationary are designed to be mountable, characterized in that
that the holding device ( 30 ) from a on a Dec ke ( 50 ), for. B. a room, is assembled in wesentli Chen rectangular holding frame ( 30 ) is formed, in which the rear ends of a pair of skis ( 2 ) are plugged, and
that the receiving device ( 1 ) from a on the Dec ke ( 50 ) mountable clamp bracket ( 1 ) is formed, which at least a first, in a we substantially perpendicular to the ceiling ( 50 ) on receiving slot ( 8 ) of the clamp bracket ( 1 ) protrude into the clamping eccentric ( 11 or 12 ) or clamping lever ( 55 ), which is pivotally mounted eccentrically in the region of the receiving slot ( 8 ), and
that the ski (2) are insertable for clamping holder in the receiving slot (8) with its front end portions in the receiving slot (8). 2. Device according to claim 1, characterized in
that the holding frame ( 30 ) for ceiling mounting an obe ren mounting web ( 31 ) and for supporting the skis ( 2 ) has a lower holding web ( 34 ) which run essentially parallel to each other, and
that the mounting web ( 31 ) and the holding web ( 34 ) are integrally connected to one another via two parallel and spaced apart supporting webs ( 32 , 33 ). 3. Apparatus according to claim 2, characterized in that the supporting webs ( 32 , 33 ) are formed in the form of a parallelogram and the mounting web ( 31 ) and the holding web ( 34 ) are connected to one another in parallel with one another by the supporting webs ( 32 , 33 ) , 4. Device according to one of claims 1 to 3, characterized in that the clamping eccentric ( 11 , 12 ) or clamping lever ( 55 ) has a friction lining ( 36 , 37 , 56 ) with bo gene-shaped friction surface ( 18 , 19 ) with which the clamping eccentric ( 11 , 12 ) or clamping lever ( 55 ) protrudes in a first starting position into the receiving slot ( 8 ) of the clamping bracket ( 1 ), and that the clamping eccentric or clamping lever ( 11 , 12 or 55 ) due to its eccentric bearing when A push the ski ( 2 ) is deflected from its starting position into a second clamping position. 5. Apparatus according to claim 1 to 4, characterized in that the clamping eccentric ( 11 , 12 ) or clamping lever ( 55 ) has an actuating section ( 23 , 24 , 23 'or 58 ) through which the clamping eccentric ( 11 , 12 ) or clamping lever ( 55 ) for releasing the clamp, the holder of the ski ( 2 ) in the receiving slot ( 8 ) can be deflected manually from its second clamping position. 6. Device according to one of claims 1 to 5, characterized in that the deflection angle of the clamping eccentric ( 11 , 12 ) or clamping lever ( 55 ) by an impact ( 25 , 26 ) is limited, and that the clamping eccentric ( 11 , 12 ) or clamping lever ( 55 ) from its maximum deflected angular position after removal of the skis ( 2 ) by its own weight or by spring force automatically falls back into the starting position. 7. Device according to one of claims 4 to 6, characterized in that the friction lining ( 36 , 37 , 56 ) in the axial direction of the pivot axis ( 14 , 15 ) of the Klemmex center ( 11 , 12 ) or the clamping lever ( 55 ) bogenför mig is trained. 8. Device according to one of claims 1 to 7, characterized in that the first clamping eccentric ( 11 ) in the region of the receiving slot ( 8 ) is assigned a second clamping eccentric ( 12 ) which is mounted eccentrically in the receiving slot ( 8 ) the first clamping eccentric ( 11 ) protrudes opposite, and that for clamping the ski ( 2 ) in the slot ( 8 ) they can be inserted between the two clamping eccentrics ( 11 and 12 ). 9. The device according to claim 8, characterized in that the second clamping eccentric ( 12 ) is identically ausgebil det as the first clamping eccentric ( 11 ) and bezüg Lich the receiving slot ( 8 ) symmetrical to the first clamping eccentric ( 11 ) in the clamping bracket ( 1 ) is not. 10. Device according to one of claims 1 to 8, characterized in that are provided with respect to the support frame (30) opposite and the holding frame (30) laterally project over de retaining tabs (43, 44) in the region of the holding frame (30) has two, which each have a receiving bore or a support surface for receiving the lower ends of a ski pole ( 51 ).