JPH0444780A - Holder for hanging skis - Google Patents

Abstract

PURPOSE: To provide the subject stable holder easy in handling by providing bearing sleeves in a fastening jaw, mutually directing in the opposite direction in the end of a support plate side of the bearing sleeves, and arranging arms projecting freely. CONSTITUTION: Arms 13, 14 freely projected are arranged in the ends of a support plate of bearing sleeves 9, 10, their ends are mutually operatively connected, and both fastening jaws 2, 3 are operated in the same direction. Such constitution crates a simple possibility of mutually relating and rotating the both fastening jaws 2, 3. The both fastening jaws are thus mutually related and ratatably and pivotally mounted so that both fastening jaws are directly opposed to a ski or a pair of skis at all times, and as a result, the jaws are eliminated from being clamped diagonally, and the ski or the pair of skis are opened as desired according to circumstances.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to a motor which is rotatably held around horizontal axes that are mirror-image-opposed with respect to a vertical plane and extend parallel to each other and independently spaced apart from each other. The invention relates to a holder for suspending skis by means of two clamping jaws whose axes are formed by pins rotatably fixed to the support plate.

BACKGROUND OF THE INVENTION Many methods are known for securing skis to walls or mounts outdoors. In particular, holders for hanging pairs of skis are known (Austrian Patent Specification 258
No. 771), this holder has an E-shaped or S-shaped curved triangular holder fixed with swivel 6J capability on a horizontal arm. The outer curved shoulder is held rotatably about its axis in the bearing sleeve, whereas the other outer and central curved shoulder serves for the accommodation of skis. When the weight of the skis causes these two curved legs to bear against the two mutually facing surfaces of the pair of skis, the holding force is further enhanced by the weight of the pair of skis. can become dislodged in the event of an accidental contact with the ski itself and fall, especially if the rubber sleeve attached to the curved shoulder 1-4 is damaged.

Furthermore, there is a ski holder having a support plate with two rotatable rollers arranged side by side, the rotation axes of which are eccentric to the respective center axis of the rollers, each roller having an arc-shaped slit. A compression spring is provided in the slit to rotate both rollers in opposite directions. These rollers have a rubber layer. The skis are tightened between Ari and La. Even ignoring the fact that this device is very costly, this device is nevertheless not rational. The rollers are under the action of the force of said spring. When the skis are stored in the holder, both rollers are spaced such that there is a gap between them that is wide enough to allow the skis to be stored. Since each of the rollers is separately supported and separately spring-loaded, both hands are forced to be used to rotate the rollers, thus forcing the ski into the open gap between the rollers. Another person is needed to enter the area, which is very complicated.

A simple stock holder is based on Swiss patent specification 3655.
No. 01 umbrella is publicly known. Here, two L-shaped shafts can be turned around an axis parallel to the support plate, and each shaft has a turning ability σI. For simple devices with cylindrical housings, such as brooms or brushes, such a holder is sufficient,7 but for skis with considerable weight, this device is insufficient; The reason for this is that each of the two groups can freely support each other, allowing them to occupy a favorable position each time. The stock can therefore be moved directly to the right or to the left, so that the angle of action of the two shafts changes, whereby - as the angle of action of the force increases, the angle of action of the other decreases. This results in an unstable holder that cannot be used for heavy objects such as skis, for example.

U.S. Pat. No. 1,609,666 also shows a simple stock holder. However, here the two legs are connected to each other via a common tension spring. However, a symmetrical position of the handles can only be achieved if the handle f is inserted between the handles and the handle is pulled out until the handles come into contact. When the first shaft is actuated, the second shaft assumes a large angular position corresponding to the position of the connecting line between its pivot point and the point of action of the spring, i.e. the two shafts are at very different angles with respect to the horizontal. Has a position. Only when both shafts are completely unloaded will they be placed at equal angles, i.e. on the horizontal connecting line ↓ of their two pivot axes.

The object of the invention is to design the holder mentioned at the outset in such a way that it is easy to handle. The solution to this problem is
The clamping jaw has a bearing sleeve, which grips the pin, and at the end of the bearing sleeve on the side of the support plate there are arranged mutually oppositely oriented, freely projecting arms, and The end of one arm has an elongated hole, and the end of the other arm has a pin that fits into the elongated hole of the arm, or the end of the arm is provided with teeth that engage with each other. and the mutually opposite effective surfaces of the clamping jaws are curved in a convex manner, forming a curvature whose distance from the axis of rotation of an imaginary generatrix parallel to the axis is the lowest curvature. This is done by constantly increasing from the top to the top curved part. When the ski is turned high, the other ski automatically moves back until the gap between them is wide enough to allow the ski to be inserted. The retightening shows are rotatably mounted in relation to each other, so that the retightening shows always face directly against the ski or a pair of skis, so that the skis are not clamped diagonally and, in some cases, do not support the ski. ensures that the gap pair is opened as desired.

Embodiment The holder 1 according to the invention has two clamping jaws 2 and 3, which are mirror image opposite to a vertical plane 4. These two jaws 2 and 3 are rotatably held around horizontal axes 5.6 which extend parallel to each other at a distance. Thereby, the tightening action of retightening jaws 2 and 3 always coincides, so that retightening jaws 2 and 3
are always adapted to the ski in directly opposite areas of the ski, and the retightening jaws 2 and 3 can only be turned in relation to each other.

The clamping jaws 2 and 3 are practically rotatable in a plane 7 at a distance from the support plate 8, and by having such a distance from the support plate, the ski is held virtually in the middle of its width. guaranteed. The clamping jaws 2 and 3 are fixed to the bearing sleeve 9.10,
The bearing sleeve has a pin 11.1 forming an axis of rotation 5.6.
It is mated with 2. A safe fixing and retention of the clamping jaws 2 and 3 is thereby ensured.

At the end of the bearing sleeve 9.10 on the support plate side, a freely projecting arm 13.14 is arranged, the ends of which are operatively connected to each other and which extend in the same direction as the retightening jaws 2 and 3. Do exercise. Re-tightening by such configuration 2
A simple possibility is created to rotate and 3 relative to each other. A modification of the configuration is that the end of the arm 13 is provided with a long hole 15, and the pin 16 that engages in the long hole 15 of one arm 13 is arranged at the end of the other arm 134.

However, within the scope of the present invention, retightening jaws 2 and 3
A structural variation of the sag is also proposed in order to obtain the interrelated rotatability of the s. It is also proposed, for example, that the ends of the two arms 13 and 14 mesh with each other by a type of gear wheel.

Opposite active surfaces of clamping jaws 2 and 3 17.1
In order to ensure that only a relatively short area of 8 is adapted to the ski, these surfaces 17, 18 are curved in a convex manner, the distance of the generatrix forming the curvature being equal to the lowermost curvature. It is constantly increasing from the section 19 to the uppermost curved section 20. The tightening jaws 2 and 3 form a kind of eccentricity, in which case the retightening jaws 2 and 3 or both effective surfaces 17.18
The crimp force during the distance between retightening jaws 2 and 3 is
The more it is pivoted downward in the direction of , the smaller it becomes. The mutually opposite effective surfaces 17, 18 of the clamping jaws 2 and 3 can also be formed into circular arcs, the center point of which lies in the corresponding axis of rotation 5 or 6 of the clamping jaws 2 and 3. does not match. There is always a corresponding eccentricity.

In the embodiment according to FIGS. 1 and 2, a support plate 8 is provided, on which the retightening jaws 2 and 3 are rotatably mounted. This plate 8 can be attached to a wall or a frame. However, as can be seen in FIG. 5, a plurality of holders I, and therefore a plurality of pairs of clamping jaws 2 and 3, are arranged on a correspondingly large support plate 8 or are fastened directly to a frame or a wall. A lower show arrangement is also possible as well as an upper show arrangement. If this holder 1 is fixed offset relative to each other in the height and lateral direction, as shown in FIG. 3, a large number of skis can be accommodated in a corresponding space. Insertion of the skis into the holder 1 is realized very simply, since the skis are only engaged with the tightening jaws 2 and 3 at the side edges, and the re-tightening jaws are then re-tightened by a corresponding upward movement. 2 and 3 are arrows 21
It is rotated upward in the opposite direction. As soon as there is sufficient space between the retightening jaws 2 and 3 for the ski to be inserted, the ski slides into this position by itself. From then on, it is practically only necessary to engage and disengage the skis, since the clamping jaws 2 and 3 are themselves pivoted again in the direction of the arrow 21 by their own weight. Effective surface 1 of ski surface tightening area 2 and 3
7.18 and as soon as the ski's own weight acts, a normal ramp takes place, since only the ski's own weight pulls the clamping jaws 2 and 3 downwards again in the direction of arrow 2I. be.

Effective surfaces 17.18 of the clamping jaws 2 and 3 for increasing the friction between the effective surfaces 17.18 of the clamping jaws 2 and 3 and the ski and for holding the ski safely.
This is reasonable if the material is toothed, ribbed or roughened. For a flexible crimping of the clamping jaws 2 and 3 onto the ski, the effective surface 1 of the clamping jaws 2 and 3 is
7.18 Band 22 with grooves, ribs, projections, etc.
It is reasonable to have a

The clamping jaws 2 and 3 can be multipart or integrally formed in a simple manner. At that time, tighten the screw 2.
and 3 are bearing sleeves 9 and 1o and arms 13.14
It is also possible to manufacture it integrally with synthetic resin or metal casting.

In the embodiment according to FIGS. 4 to 6, an additional structural change takes into account that the center plane 23 of the clamping jaws 2 and 3 is inclined at an acute angle with respect to the pivot plane 7 of the clamping jaws 2 and 3. Ru. It is furthermore conceivable that the effective surfaces 17, 18 of the clamping jaws 2 and 3, facing each other, have a curved profile. This design variant ensures an easy insertion of the ski between the two clamping jaws and, on the other hand, achieves a reliable and rigid ramp of the ski between the two effective surfaces 17,18. In this case, at least the effective surface 17.18 transverse to the central plane 23 of the clamping jaws 2 and 3
It is proposed that the imaginary generatrix of is oriented parallel to the axis of rotation 5 or 6 of the clamping jaws 2 and 3. For clamped skis, this is generally the extent to which the ski is held tight. The ski is completely fixed between the clamping jaws 2 and 3, so that the clamping jaws 2 and 3 can be easily pivoted upwards until the final insertion of the ski between the clamping jaws 2 and 3. make it possible to

In the embodiment according to FIGS. 7 and 8, the tightening jaws 2 and 3
Starting from a modified configuration of . The clamping jaws 2 and 3 here consist of curved parts 2 and 3, which form effective surfaces 17 and 18 and correspondingly curved parts 28.
．． 29, the curved portion forming a connection to both bearing sleeves 9 and 10. It is clear from the three examples presented that several configurations are possible. However, in all these embodiments, it is necessary that the fasteners 2 and 3 are mirror-imaged and can be pivoted by 7°ζ with their spaced axes of rotation relative to each other. - In the example, there is
and 3 can also be provided, since the torsion would be too strong due to the surface friction of the surface 17 or 18 on which the pressing force is effective and the surface friction of the fixed stop; whereas according to the invention, the mutual The rotation associated with the ski always achieves an optimum pressure force on the surface of the ski.

The pins 11 and 12 forming the rotation axes 5 and 6 can be fixed to the support plate 8, but these pins 11.1
It is also possible to form the shank of two screws 30, in which case these screws also serve for the fixing of the clamping bolts 2 and 3 to the corresponding undercarriage or support plate 8.

The holder according to the invention is used for hanging skis. However, the holder can advantageously be used not only for long-distance competition skis, but also for monoskis and snowboards, since successful retention is independent of the width of the flat part to be suspended. It is.

[Brief explanation of drawings]

1 is a front view of a holder according to the invention, FIG. 2 is a view from below of this holder, FIG. 3 is the possibility of arranging multiple holders on a wall or support frame, and FIGS. 6 shows a front view, a front view, and a side view of another embodiment of the present invention, and FIGS. 7 and 8 show a front view and a front view of a third embodiment of the present invention. Figure J 2.3 Tightening position 4 Vertical plane 5.6 Horizontal axis 8 9.10 11.12 13.14 15 16・ 17. 18 ・ 19 ・ ・ 20 ・ ・ Support plate Bearing Sleeve Pin Arm Long hole pin Effective surface Curved part Curved part

Claims (1)

Claims: 1. Horizontal axes (5,
6) and its axis (5,
6) is rotatably fixed to the support plate (8).
, 12) are formed by two tightening jaws (2
, 3), the clamping jaws have bearing sleeves (9, 10), the bearing sleeves fit on the pins (11, 12) and the bearing sleeves (9, 10) Arms (13, 14) pointing in mutually opposite directions and projecting freely are arranged at the end of the support plate, and the end of one arm (13) has a slot (15). and the end of the other arm (14) has a pin (16) that fits into the elongated hole (15) of one arm, or the ends of the arms (13, 14) are provided with interlocking teeth. and the mutually opposite effective surfaces (17, 18) of the clamping jaws (2, 3) are curved in a convex manner, forming a curved section and extending along the axes (5, 3).
6) characterized in that the distance from the axis of rotation (5, 6) of the imaginary generatrix parallel to the curved part (5, 6) always increases from the lowermost curved part (19) to the uppermost curved part (20); holder. 2. Effective surface (17, 18) of tightening jaws (2, 3)
are toothed, ribbed or roughened and the effective surfaces (17, 18) of the clamping jaws (2, 3)
2. Holder according to claim 1, further comprising a band (22) with grooves, ribs, protrusions, etc. on the top.