A detachment device for alpine skis

Abstract

The invention discloses a detachment device for alpine skis, which comprises a pressing plate, a back cover, an adjusting bolt and an adjusting block. Screws are flexibly connected, and there is an adjustment block inside the back cover; the top and bottom of the adjustment block are respectively provided with protrusions that match the sliding grooves on the top and bottom of the inner wall of the back cover, and the adjustment block slides in the back cover along the sliding groove to adjust A tension spring is connected to the middle part of the block; the other end of the tension spring is connected to the front end of the pressure plate; the adjusting bolt is inserted from the rear end of the back cover to match the threaded hole on the adjusting block.

Description

technical field [0001] The invention relates to a ski off device, in particular to a detachment device for alpine skis or cross-country skis. Background technique [0002] Alpine skiing, also known as alpine skiing, is very popular. As an extreme sport, alpine skiing has certain risks, so it is required to separate the skier from the ski equipment in time when the skier overturns or has an abnormal sliding posture, and the alpine ski release device should be born. [0003] Most of the existing alpine ski release devices use sliding friction to control the release and compression of the mechanism, and the sliding friction release device is provided with an adjustable compression spring to maintain the close contact between the friction pairs. But the sliding friction disengagement device has the following problems: (1) long-term use causes the surface between the friction pairs to wear and tear, causing the mechanism to fail to release the ski boots according to the set torq...

AI Technical Summary

Problems solved by technology

However, the sliding friction detachment device has the following problems: (1) Long-term use causes wear on the surfaces between the friction pairs, resulting in the mechanism not being able to release the ski boots according to the set torque, so that the skier cannot be separated from the skis in time

(2) Based on the compactness of the mechanism, the stiffness coefficient of the pressure spring in the sliding frictional disengagement device is required to be relatively high, but due to manufacturing accuracy and assembly problems, the sliding frictional disengagement device cannot accurately release the skis according to the calibrated force value

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