EP1031360A1 - Ski interface with pressure intensifier for the guiding - Google Patents

Abstract

The invention relates to a ski binding assembly plate which can be fixed or can be adjusted in terms of its forward inclination and height and which therefore makes it possible to increase the pressure on the front guiding part of the ski. The ski binding assembly plate is fixed on the ski by means of a two-point support and arrest system. As a result, the ski has a free bending moment and is therefore dynamic and runs very smoothly. A wedge function and a force transmission system prevent the ski from being propelled back by the counterpressure in the area of the ski binding. A damping system absorbs vibrations and knocks. The plate can be fitted with any brand of ski binding and fits any type or brand of ski. The possibility of adjusting the plate individually enables it to be adapted to suit any ski, skiing style or technical level of the skier.

Description

Technical field

Thanks to a ski binding mounting plate that can be tilted forward and in height (1) The pressure on the front guide part of the ski is increased. It can be used by anyone Driving style and technical level of the driver can be adjusted.

The height adjustment of the ski binding mounting plate results in a lever law, which means that you can put more pressure on the front guide part of the ski. The consequences of this are better edge grip, better stability and better guiding properties of the ski. See Appendix No.1

By tilting the ski binding mounting plate up to approx. 20 degrees, the pressure on the front guide part of the ski is increased due to your own body weight, which increases in the curve due to centrifugal or centrifugal force. There is an enormous grip, which increases the responsiveness of the ski. This results in fantastic driving, and letting yourself lie in the curve like on rails. This effect can be fully exploited when carving. See Appendix No. 2

With the help of a damping system , vibrations and shocks are absorbed. With a big jump, the damping system takes over a large part of the muscle power. Skiing becomes softer despite less muscle use and therefore lighter in terms of physical effort. With the remaining muscle power you can increase the pace and enjoy an even better stability and running ability of the ski. The damping effect also makes it easier to initiate a curve, making this system suitable for all categories of drivers. See Appendix No. 3.

A 2-point locking system results from the fixed point (D) resp. Pivot point (A) and (C), through which the ski receives a free bending moment. The ski can move freely along its entire length. This enables a more harmonious and dynamic driving behavior. The ski becomes more grippy and easy to turn. See Appendix No. 4

Ingredient list

1)

Ski binding mounting plate made of light metal or plastic

2)

Pipes made of light metal or plastic (Varinate No. 2, height adjustment with bolts)

2.1)

Pipes made of light metal or plastic with fine thread. (Variant no.3 height adjustment with thread)

2.2)

Pipes made of light metal or plastic (Varinate No. 3, damping effect by means of spring and air cylinder)

2.3)

Hinges made of light metal or plastic

3)

Bolts or screws

3.1)

Height adjustment bolt

3.2)

Height adjustment hole

4)

Fastening strap made of angled light metal or U-profile made of light metal or plastic

4.1)

Mounting disc made of light metal or plastic

5)

Skis (any type)

6)

Mounting screws

7)

Rubber or plastic ring

8th)

Height locking by means of light metal or plastic pipe

9)

Spring steel compression spring

9.1)

Spring steel leg spring

10)

Air cylinder

11)

Angle profile made of light metal or plastic

List of drawings

View No. 1

Perspective view of variant no.4

Variant No. 2

Tubes (2) made with Passitz and bolts so that they are in height are adjustable.

Variant No. 3

Tubes (2) made with fine thread so that they can be turned by turning Height are adjustable.

Variant No. 4

Tubes (2) made with Passitz and without height adjustment bolts (3.1) with damping effect by means of spring and air cylinder

Variant No. 5

Hinge height adjustment

Variant No. 6

Damping effect by means of leg spring and hinges

Appendix No. 1

Height adjustment

Appendix No. 2

Tilt angle adjustment

Appendix No.

Damping system

Appendix No. 4

2 - point locking system

Claims (4)

Height-adjustable ski binding mounting plate.
Made in light metal or plastic in accordance with Varinate No. 2 "Height adjustment with bolts" or Varinate No. 3 "Height adjustment with thread" or Varinate No. 5 "Height adjustment with hinges. See Appendix No. 1 Ski binding mounting plate adjustable in the forward inclination.
Made in light metal or plastic according to variant no.2 "height adjustment with bolt or variant no.3" height adjustment with thread "or variant no.4 ,, damping effect by spring and air cylinder, by the front suspension approx. 2-10 cm and the rear Suspension is approx. 5-15 cm high or variant no. 5 "height adjustment by means of hinges or variant no. 6 damping effect by means of leg springs and hinges, in that the front suspension is approx. 2-10 cm and the rear suspension approx. 5-15 cm high . See Appendix No. 2 Damping effect.
Made in light metal or plastic according to Varinate No. 4 "damping effect by means of spring and air cylinder" or variant No. 6 "damping effect by means of leg spring and hinges". See Appendix No. 3 Two - point locking system
Through the fixed point (D) resp. Pivots (A) and (C) result in a two-point locking system, which gives the ski a free bending moment. See Appendix No. 4
The attachment to the ski is carried out using a fastening tab (4) according to view no.1, variant no.2, variant no.4, or with a fastening disc (4.1) according to variant no.3 or by means of hinges (2.3) according to variant no. 5 and variant no.6

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