DE2454577A1 - Safety fixing of ski to ski boot - has sliding adjuster to ensure ski boot is firmly gripped in jaws - Google Patents

Abstract

The housing (28) is fixed to the ski (10) with screws (29). The housing (28) has a central bore (30) which guides the spring loaded rod (11) with a shaped head forming tracks (11a) (11b) for the rollers (33). The rollers (33) are fitted to the ends of the hinged jaws (12, 13) which pivot on two pins (35, 36). One jaw (13) has a rigid transverse projection (15) which abuts against the sloping face (14") of the opposing member (14). The member (14) has a flattened head (14') which allows it to slide in the longitudinal direction. By sliding the member (14') the distance between the curved portions (37') of the jaws (12) and (13) can be adjusted to suit any given ski-boot. Other alternative adjustment methods such as cams and screws are described.

Description

Vereinigte Baubeschlagfabriken Safety ski binding The invention relates to a safety ski binding with at least two that can be swiveled out to the side Sole holders, each by a common, only in one direction against Spring preload movable yoke are preloaded to a basic position and held in the basic position by support, at least when the shoe is not adjusted are.

In the case of a known safety ski binding that can be swiveled out to the side Sole holders (DT-OS 2 209 055) are the two-armed sole holders that can be swiveled out to the side educated. One arm carries it engaged with the ski boot coming actual sole holder parts, while the other arm has rollers, take the locking tracks from behind on a yoke around a vertical axis is pivotally attached to a spring-loaded plunger. With this known bond it is necessary that the inward movement of the sole holder through a ski-fixed stop is limited, otherwise when pivoting one Sole holder could be followed by the other arm in the event of a safety release. This would have the disadvantage, among other things, that the force counteracting the release collapses would. The fixed ski stop is therefore essential for the function of the known safety ski binding.

The invention is based on a different type of safety ski bindings in which the sole holders that work together with the laterally swing-out sole holders, a locking track or a locking projection carrying a yoke not pivotable, but only resiliently displaceable in the binding housing perpendicular to the extension of the yoke or is arranged on the ski (DT-OS 2 151 500; OE-AS A 10 785/72). Even with these known bindings, however, are the laterally pivotable sole holder ski-fixed stops are held in their basic position, which is determined by the position of the sole holder is defined when the ski boot is not set in the binding. With the known However, there can be ties in particular during transport, i.e. when the Ski boots rattle, which is perceived as undesirable.

The aim of the invention is therefore to provide a safety ski binding of the type mentioned at the beginning, in which the sole holder in every position, i.e. with the ski boot adjusted in any way and without the binding take a clear position with the ski boot, so that neither in the case of vibrations, for example during transport to rattle or the like.

can come. The binding should be simple in terms of production technology be constructed and also have the required high operational reliability. In particular the lateral release process should also be favored.

To solve this problem, the invention provides that the basic position of the two sole holders is defined exclusively by mutual support. According to the invention, the inner support of the sole holder is therefore consciously carried out No skis or stops fixed to the housing. This has the consequence that the yoke through the spring is always moved until the mutual support position of the two Sole holder is achieved. It is therefore impossible that between the sole holders on the one hand or between the sole holders and the yoke on the other hand some rattling There is triggering play, provided that only the yoke has the necessary freedom of movement is given. The yoke must therefore be easily movable so far by the spring until the sole holders are supported against each other. The invention brings you further the advantage that in the event of a side release, the sole holder is not moved outwards the other sole holder a certain movement during the release lever construction onne any counter-force can follow depending on what in many cases the Ease and safety of releasing the ski boot from the binding are essential favored.

According to a preferred embodiment, the sole holder and / or touch Any stops attached to them are immediately in the basic position. Here you can either on one or both sole holders stops' be arranged, which either touch each other or directly touch the opposite sole holder.

Another useful embodiment is designed so that the Sole holders and / or stops attached to them have a common in the basic position Touch the spacer that is attached to the housing or ski with play in the direction of the sole support or. Stop movement is stored. The inventive spacer is so with a ski-proof stop cannot be compared, because it is just in that direction which the known attacks are immovable, should be movable. It just has to be be attached to the housing or ski in such a way that it does not fall off and be lost can.

The spacer is preferably adjustable in its width, see above that the sole holder can be adjusted to different basic positions. To this In this way, the binding can be easily adapted to different types of thrust take place.

In a particularly preferred practical embodiment, sees the invention provides that the spacer is a rotatable polygon, in particular Hexagon piece is the opposite faces of which have different distances.

Another practical embodiment is characterized by that the spacer is a cam with two cam tracks, this embodiment practically allows a stepless adjustment of the basic distance between the two sole holders.

Another embodiment is designed so that the spacer one clamped between two plates with an adjustable degree of compression is elastically deformable body. When the two plates are clamped together, it pushes the elastic body out to the side, which increases the basic distance of the two sole holders.

It can also be provided to achieve a change in the basic distance be that between the spacer and the sole holders and / or stops effective julissen are, and that the spacer is adjustable so that when adjusting the basic distance of the sole holder changes, using backdrops can be practical any adjustment sensitivities can be realized.

Another embodiment is characterized in that the spacer and / or the sole holder and / or the stops inclined with respect to the vertical or have curved slide tracks and the spacer essentially is vertically adjustable. This embodiment has the advantage that any Adjustment sensitivities can be realized, with the adjustment of can be done above.

In a similar embodiment, the invention provides that the Spacer and / or the sole holder and / or the stops with respect to the longitudinal direction have oblique or curved slide tracks and that the spacer is adjustable essentially in the longitudinal direction. In this embodiment can the adjustment take place from the side from which the shoe is adjusted or from the opposite side.

Another, independent basic idea of the invention consists in that the spacer with side play attached directly or indirectly to the yoke is. This embodiment is particularly suitable for those yoke arrangements that move away from the shoe sole when the binding is released. In this case removed the spacer in the event of the binding release, so that it is in normal operation the binding can be placed very close to the shoe sole, with a disability the release process is prevented by the movement of the spacer. Even With the yoke moving in the opposite direction, such an arrangement is very space-saving and enables a smaller overall length of the device.

In the case of the direct support of the two sole holders on one another an adjustable stop is preferably provided on at least one sole holder. In this way, too, the basic distance between the two sole holders can be adjusted without difficulty can be preset.

from the outside The / adjustable stop can expediently be from above adjustable eccentric or an adjusting screw that is elongated from the side be.

According to a further embodiment, the stop is by replacement against another, of different lengths, adjustable.

In a further advantageous embodiment, the stop is an in a sole holder screwed in or inserted he tenons. The pin can do this preferably be secured against falling out by a spring.

In a further embodiment, the stop is in the associated Sole holder adjustable in steps. This is a default setting, for example on different shoe widths possible, an advantageous practical embodiment is characterized in that a pin provided with locking holes with a Latching projection on the sole holder cooperates.

A permanently deformable piece is particularly advantageously provided as a spacer and / or stop, which, however, does not deform in the event of loads occurring during normal operation. Distance guaranteed. When adapting the binding appropriately for a specific shoe, the sole holders are then brought as close as necessary for the specific shoe, for example by means of a tool, under the action of force. The spacer then deforms in the required way0 During the operation of the binding, the set shape of the spacer then remains. The stop is expediently a permanently deformable arm.

In a further embodiment, the spacer and / or the one or more stops in the direction of increasing the spacing of the sole holder so pretensioned that they an adjustment of the sole holder by the adjusted Shoe can follow, and can be found in any desired position.

Because of this design, the stops or the spacer are present when adjusting the sole holder for the purpose of adapting to a specific shoe size after, so that they are only fixed after the adjustment of the sole holder must to ensure the basic distance for all times. When changing shoes (e.g. rental skis), but can be adjusted again using the inventive Effect take place.

If an eccentric is provided as a stop, this is at the aforementioned embodiment is biased by a spring and by a screw established.

The invention is described below, for example with reference to the drawing described; in this Fig. 1 shows a schematic horizontal section one first embodiment of the safety ski binding according to the invention, Fig. 2 shows an analogous section of a further embodiment, FIG. J an enlarged one horizontal partial section of another embodiment of the adjustment of the binding according to Fig. 2, Fig. 4 a vertical section perpendicular to the longitudinal axis of another husführungform the adjusting device of the binding according to Fig. 2, Fig. 5 is a plan view of the object of FIG. 4, a sole holder also being illustrated, FIG. 6 shows a vertical section right to the longitudinal axis of a further embodiment the adjusting device for a safety ski binding according to the invention according to FIG. 2, 7 a plan view of the object of FIG. 6, FIG. 8 a section analogous FIG. 6 shows a further embodiment, FIG. 9 shows a plan view of the object of FIG 8, 10 show a schematic horizontal section of a further embodiment a safety ski binding according to the invention, FIG. 11 shows a horizontal section of a Modification of the embodiment according to FIG. 10 and FIGS. 12 to 17 horizontal sections further simplified embodiments, with only the two sole holders and d.the distance adjusting elements, but not the yoke with the locking tracks are.

According to Fig0 1, the safety ski binding mounted on a ski 10 has a housing 28, which is fixed for example by means of screws 29 or in the longitudinal direction is adjustable on the ski.

In the interior of the housing, a cylinder is designed, for example, as a cylinder Guide 30 is formed in which a plunger 31 is displaceable in the longitudinal direction of the ski is led. The plunger 51 is pretensioned forwards by means of a helical compression spring 32.

The invention is preferably applied to a toe piece; basically however, it can also be used with a heel holder.

At the rear end of the plunger 31 is a transverse to the longitudinal direction of the ski extending yoke 11 is arranged, which has two locking tracks lla and llb, which work together with locking rollers 33. But it is also conceivable that the locking tracks on the sole holders 12, 15 and the locking rollers or other locking members on the yoke 11 are provided.

The sole holders 12, 13 are about vertical axes 35, 36 on the housing 28 hinged in the manner shown. At their rear ends they carry Sole holders 12, 13 extending essentially in the longitudinal direction of the ski are the actual Sole holder parts 57 'which come into direct engagement with the ski boot and are preferably shaped so that they have a side force when adjusting the ski boot exercise on the sole holders 12, 15.

Beyond the articulation points 35, 36, which are considered to be ski-proof can extend inwards essentially at right angles to the longitudinal axis of the ski Arms 34 of the sole holders 12, 13 to which the latching members 55 are attached.

From the sole holders 12, 13 inwardly, sqllsserdem extend the stops 14, 15 according to the invention, which are shown in FIG The basic position of the binding (if the ski boot is not adjusted) directly butt against each other.

It can be seen that the arrangement according to the invention ensures that due to the action of the spring-loaded yoke 11, both the locking tracks 11a, 11b with the Load rollers 33 and the stops 14, 15 are in safe contact with one another.

the binding with the ski boot is adjusted, for example triggered that the sole holder 12 is moved to the right, it can be seen the left sole holder 13 without force, so that it is the sole holder 12 in its movement can follow to the right at least so far until the stop 15 again with the stop 14 is in contact. This significantly enhances the release process.

The adjustment of the basic setting (distance of the sole holder 371) can be done in the simplest way by moving one of the stops 1Z, 15 opposite the associated sole holder 12,13 take place in the longitudinal direction. The stop can do this 14 longitudinally displaceable on the sole holder by means of a lockable sliding shoe 14 ' 12 be arranged and at its end facing the stop 15 one to the longitudinal direction have inclined stop surface 14 ".

In kig. As in the other figures, 2 denote the same reference numbers corresponding parts as in the binding according to Fig.1.

According to FIG. 2, those arranged on the inside of the sole holders 12, 13 are located Stops 14, 15 not directly, but with a spacer 16 in contact. This spacer is hexagonal and according to the invention has a dashed line indicated game 37 at least in the lateral direction. So would again right sole holder 12 deflected to the right, the left sole holder 13 Follow this again practically without force, because the spacer 16 is accordingly can move.

By turning the spacer 16 by about 600 each time Different basic distances between the sole holders 12, 13 can be realized.

Fig. 3 shows another embodiment of the spacer 16 in enlarged view. Instead of a hexagon, the terminals 14, 15 two cam tracks 16a, 16b in engagement, which by rotating the spacer 16 about a vertical axis at desired points with the stops 14, 15 in engagement can be brought. The spacer 16 embodied as a cam disk has in each case opposite, p & parallel tangents. It's practical un two curves offset from one another by 1800, whereby spirals in particular are advantageous are.

i4'ig. 4 shows another way of how always with the hexagon According to FIG. 2, an adjustment of the basic spacing of the sole holders 12, 13 takes place can. Between two pressure plates 17, 18 is an elastic one acting as a spacer Body 16 arranged. Due to a threaded connection between a screw 38, which penetrates the upper plate 17 and the lower pressure plate 18 can be the spacer 16 more or less compressed. When compressed, takes it is, for example, the form 16 'shown in dashed lines.

From the Dig. 4 and 5 can also be seen in which way the lateral Game 37 of the spacer 16 is achieved.

For this purpose, a transverse slot 37 is in the bottom of the Housing 28 is provided in which the screw 38 is transversely displaceable. By a The widening 39 running below the elongated hole 37 is the screw 38 on Housing 28 held. Expediently, 18 are still below the lower plate Sliders 40 attached.

In Fig. 5 it is shown how the elastic spacer 16 with the right sole holder 12 is engaged. The remaining details of the binding are omitted in Fig. 5 for the sake of clarity.

Those not shown in FIGS. 4 and 5 and also in the other figures Details of the binding can be as detailed in the explanations be trained.

In the embodiment according to FIGS. 6 and 7 is as a spacer between the sole holders 12, 15 a wedge 16 having the shape shown arranged, the height adjustable by a threaded connection with the screw 38 ist0 The screw 38 is in turn taking into account the lateral play 37 connected to the housing 28.

The wedge 16 has a slide track shown as an incline on both sides 19, which with a corresponding slide track 20 on the sole holder 12 (or the sole holder 13), not shown, cooperates.

By turning the screw 38, the sole holder 12, 13 are more or less spread in the basic position.

The wedge 16 resting against it is secured by a web 41 in the housing secured against rotation according to Fig0 7.

While in the embodiment of FIGS. 6 and 7 the side displaceable spacer 16 is held on the housing 28, it is held in the embodiment according to FIGS. 8 and 9 on one with the yoke 11 in the longitudinal direction displaceable plunger 420 Since in this embodiment a Relative shift take place between spacer 16 and sole holders 12, 15 in the longitudinal direction of the ski can, the slide track 20 on the sole holders 12, 13 must also have a certain extent have in the longitudinal direction, as is indicated in FIG.

Except for the arrangement on the plunger 42, the formation of the spacer is 16 of the embodiment according to FIGS. 8 and 9 analogous to that according to FIGS. 6 and 7. The The only difference is that the spacer 16 and the plunger 42 can move lengthways.

To enable adjustment of the spacer 16 from above Leave a breakthrough 43 in the top of the housing.

9 also shows a further possibility for the arrangement of the yoke 11 and the locking members 55. Basically, any yoke arrangement is suitable, provided that a linear movement of the yoke 11 without pivoting possible is provided is.

A similar yoke arrangement is also in the embodiment according to FIG Fig. 10 realized. Here, however, the spacer 16 is adjustable in the longitudinal direction and expanding wedge formed, which with lateral play 37 by a Pin 44 is fixedly connected in the longitudinal direction to the plunger 42 by a threaded connection between the pin 44 and the tappet 42 is a longitudinal adjustment of the wedge 16 possible with the aim of the degree of expansion of the sole holder 12, 13 in the basic position to change. The pin 44 can be actuated by a housing at the front 28 led out bolts 45.

By appropriate training of the slide track 19, 20 can determine Sensitivities when adjusting the bolt 45 can be achieved.

The embodiment according to FIG. 11 largely corresponds to that according to FIG. 10 with the exception that the pin 44 on which the wedge-shaped spacer 16 laterally displaceable, but axially fixed, from the shoe adjustment side of the binding can be operated here. In addition, the wedge 16 has an exactly opposite one Incline like the wedge-shaped spacer IC according to FIG. 10.

In both embodiments according to FIGS. 10 and 11, the wedge must 16 are secured against rotation in a manner not shown. However, he can can also be designed as a truncated cone, which eliminates the need for an anti-rotation device would.

Fig. 12 shows an embodiment in which, as well as the following Figures all parts relating to the yoke are omitted. However, you are here as should be added to the previous figures.

In the embodiment according to FIG. 12, the left sole holder 13 an inwardly extending stop 15, while on the right sole holder 12 an eccentric is provided as a stop 14. By adjustment and appropriate Finding the eccentric 14 can thus achieve a desired degree of expansion in the simplest possible manner the sole holder 12, 15 can be achieved in the basic position 56. The arrows on the Axes of rotation 55, / indicate the pretensioning effect of the spring of the yoke (not shown) by which the stops 14, 15 are brought into contact with one another, and at least as long as no ski boot is set in the binding.

In the embodiment according to FIG. 13, the degree of expansion of the sole holder 12, 13 in the manner shown by a laterally inserted into the sole holder 12 Achieved screw 14 that cooperates with the counter-stop 15.

The embodiment of FIG. 14 is similar to that of FIG. 13; Instead of the adjustable screw is however as a stop 14 a pin in an inner blind hole of the sole holder 12 used, with a spring 21 to prevent the pin 14 from falling out secures. The Anschlazzarfen lA works with the - - 1-fixed counter-stop7 on the Sole holder 13 together in the same way as the eccentric or screw trained stop 14 according to FIGS. 12 and 13. By keeping stock of stop pins 14 of different lengths can also be different in the embodiment according to FIG Degree of spread of the sole holder 12, 15 can be realized in the basic position. Even A supplement can be inserted into the blind hole, which corresponds to a longer tenon.

In the embodiment of Fig. L5 is in a correspondingly trained Sliding track in the interior of the right sole holder 12 is one designed with transverse locking bores Stop pin 14 used, which with the fixed counter stop 15 on the sole holder 13 cooperates. With the locking bores 22 works in the interior of the sole holder 12 arranged locking projection 25 together. By a spring 24 is in a Cross hole 25 guided stop pin 14 prevented from falling out automatically.

However, the stop 14 in the guide bore 25 can counteract by hand the force of the spring 24 can be displaced, causing it to disengage from the locking projection 23 comes and in the axial direction to another desired locking hole can be moved.

Fig. 16 shows a further feature of the invention, which consists in that as a stop 14 on the sole holder 12, an arm made of permanently deformable Material is provided.

During manufacture, this stop arm 14 is designed so that After assembly, the sole holder 12, 13 has the greatest possible spread. By forcing the two sole holders 12, 13 together, e.g. by means of a Tool, the arm 14 can then go so far (e.g. in dB illustrated by dashed lines Position) are deformed that the distance desired for a certain shoe size the sole holder 12, 15 is present. However, the arm 14 must both before and after the permanent deformation still be so stable that it can be used during normal operation of the bond, i.e. not even in the event of a release process and the renewed bringing together the sole holder 12, 15 is not further deformed after a release.

Fig. 17 shows an embodiment similar to that of FIG. 12, wherein however, the eccentric stop 14, which is provided with a locking track, is actuated by a spring 26 in the direction of a spreading of the sole holder 12, 13 is pretensioned by a Screw 27, however, the eccentric stop 14 can be secured against rotation.

If the binding according to FIG. 17 is to be adapted to a specific shoe size are loosened, the screw 17 is loosened and the sole holders 12, 13 brought into the greatest possible spread position. Then a shoe is in the binding used on a trial basis. Now the sole holders 12, 15 are relative to one another for such a long time guided until the correct position in relation to the set shoe is achieved0 Here, the eccentric 14 automatically counteracts the force of the relatively weak Spring 26 adjusted. He is finally in the for the certain shoe desired target position, so that only the screw 27 is tightened must be to the stop 14 in the correct position for the shoe in question to fix. By loosening the screw 27 again, an adaptation to others The adjustment process can also be carried out in reverse order: the sole holders are set to the narrowest position, the shoe is inserted and spreads the sole holder with the push of the remote connection. Will now be the screw loosened, the Merstellanschlag 14 sets itself by the tension of the Help spring 26 on stop 15 and only needs to be locked by screw 27 to become.

F-ig. 15a shows an embodiment in which on the sole holder 12, a hexagon 14 is arranged to be transversely displaceable in an elongated hole. from As can be seen from the drawing, there are two opposite each other in the basic position Surfaces of the hexagon on stop surfaces of the sole holder 12, 13. The single ones Approx. 600 mutually offset stop surfaces have different spacing so that upon rotation of the hexagon 14 different degrees of expansion of the sole holder 12, 13 can be achieved. The purpose of the elongated hole is to twist the hexagon 14 to enable.

The embodiment according to FIG. 15a can also be used as a combination understand the according to FIGS. 2 and 12 ff., wherein the spacer with the one sole holder is connected transversely displaceable.

- claims

Claims (10)

Claims 1. Safety ski binding with at least two sides swiveling sole holders, which each have a common, only in one Direction against spring bias movable yoke biased towards a basic position are and by support at least when the shoe is not adjusted in the basic position is held, as a result of which the basic position of the two is not shown Sole holder (12, 13) is defined exclusively by mutual support. 2. Safety ski binding according to claim 1, characterized in that g e k e n n -z e i c h n e t that the sole holders (12, 13) and / or stops attached to them (14, 15) touch each other directly in the basic position. 3. Safety ski binding according to claim 1, characterized in that g e k e n n -z e i c h n e t that the sole holders (12, 13) and / or stops attached to them (14, 15) touch a common spacer (16) in the basic position, which on the Housing or other binding part with play or movable in the direction of the Sole holder or stop movement is stored. 4. Safety ski binding according to claim 3, characterized in that g e k e n n -z e i c h n e t that the spacer (16) is adjustable in its width. 5. Safety ski binding according to claim 4, characterized in that g e k e n n -z e i c h n e t that the spacer (16) is a rotatable polygon, in particular Hexagonal piece is whose opposite surfaces have different distances (Fig. 2). 6. Safety ski binding according to claim 4, characterized in that g e k e n n -z e i c h n e t that the spacer (16) is a cam disk with two cam tracks is. (Fig. 3). 7. Safety ski binding according to claim 4, characterized in that g e k e n n -z e i c h n e t that the spacer (16) is between two plates (17, 18) with elastically deformable body clamped to an adjustable degree of thickening is. 8. Safety ski binding according to claim 3, characterized in that g e k e n n -z e i c h n e t that between the spacer (16) and the sole holders (12, 13) and / or Stops (14, 15) scenes are effective, and that the spacer (16) such is adjustable so that the basic distance of the sole holder (12, 13) changes. 9. Safety ski binding according to claim 8, characterized in that g e k e n n -z e i c h n e t that the spacer (16) and / or the sole holder (12, 13) and / or the stops (14, 15) extending obliquely or curved with respect to the vertical Have slide tracks (19, 20) and the spacer (16) is essentially vertical is adjustable. 10. Safety ski binding according to claim 8, characterized in that g e k e n n -z e i c h n e t that the spacer (16) and / or the sole holder (12, 13) and / or the stops (14, 15) extending obliquely or curved with respect to the longitudinal direction Have slide tracks (19, 20) and the spacer (16) essentially in the longitudinal direction is adjustable. 11 .. safety ski binding according to one of the preceding claims, characterized in that the distance piece (16) with lateral play is attached directly or indirectly to the yoke (11). 12. Safety ski binding according to claim 2, characterized in that g e k e n n -z e i c h n e t that at least one sole holder (12) has an adjustable stop (14) is provided. 15. Safety ski binding according to claim 12, characterized in that g e k e n n -z e i c h e t that the adjustable stop (l4) is an eccentric which can be adjusted from above is. 14. Safety ski binding according to claim 12, characterized in that it is e'k e n n nz e i c h n e t that the adjustable stop (14) is accessible from the side Adjusting screw is. 15. Safety ski binding according to claim 12, characterized in that g e k e n n -z e i c h n e t that the stop (14) is different by exchanging it for another long is adjustable. 16. Safety ski binding according to claim 15, characterized in that g e k e n n -z e i c h n e t that the stop is screwed into a sole holder (12) or inserted pin (14) is. 17. Safety ski binding according to claim 16, characterized in that g e k e n n -z e i c h n e t that the pin (14) is secured against falling out by a spring (21) is. 18. Safety ski binding according to claim 12, characterized in that g e k e n n -z e i c h n e t that the stop (14) in the associated sole holder (12) step by step is adjustable. 19. Safety ski binding according to claim 18, characterized in that g e k e n n -z e i c h n e t that a pin (14) provided with locking bores (22) with a locking projection (23) works together on the sole holder (12). 20. Safety binding according to one of claims 4 to 19, characterized it is not indicated that as a spacer (16) and / or stop (14, 15) a permanently deformable piece is provided which, however, remains in normal operation occurring loads not deformed. 21. A safety binding according to claim 20, characterized in that it is g e k e n n -z e i c h e t that the one stop (14) is a permanently deformable arm. 22. Safety binding according to one of claims 4 to 19, characterized it is noted that the spacer (16) and / or the one or more stops (14, 15) in the direction of increasing the distance between the sole holders (12, 15) are that they an adjustment of the sole holder (12, 15) by the set Shoe can follow, and can be determined at any desired stage. 23. Safety ski binding according to claim 13 and 22, characterized in that g e k e n n z e i c h n e t that the eccentric is biased by a spring (26) and through a screw (27) can be determined. 24. Safety ski binding according to claim 12, characterized in that g e k e n n -z e i c h n e t that on a sole holder (12) a polygon, in particular hexagon (14) Is arranged laterally displaceable, the opposite surfaces of which on stop surfaces of the two sole holders are in contact (Fig. 15a). 25. Safety ski binding according to claim 12, characterized in that g e k e n n -z e i c h n e t that the stop can be adjusted vertically or in the longitudinal direction Wedge is (Fig.1). 26. Safety ski binding according to claims 5,6,8,9,10,11,13, 14, 24 and 25, it is noted that the spacer against automatic Adjustment is secured.