An artificial snow field fall protection device

Abstract

The invention belongs to the technical field of protective gear for ski resorts, and in particular relates to a fall protection device for an artificial ski resort, comprising: a first fixing block, a second fixing block, a shoulder fixing piece, an arm fixing piece and a limit piece, the first The fixed block and the second fixed block are connected by straps, the end of the shoulder fixed piece close to the neck is hinged to the limit slider, and the end of the shoulder fixed piece away from the neck is provided with a diagonal stay rope, and the shoulder fixed piece is far away from the neck. The side of one end of the shoulder is connected with the arm fixing piece through the limit piece; the rotation distance of the shoulder in the front and rear direction is limited by the limit slideway, and at the same time, the oblique stay rope limits the upward rotation distance of the outer side of the shoulder fixing piece, and the limit piece limits the large The range of motion of the arm ensures the range of motion of the shoulder without affecting the entertainment in the ski field. At the same time, it can limit the distance of shoulder motion to avoid excessive shoulder motion under the external force of a fall, resulting in a history of dislocation Dislocated shoulder again.

Description

technical field [0001] The invention belongs to the technical field of protective gear for ski resorts, in particular to a fall protection device for artificial ski resorts. Background technique [0002] At the beginning of the ski season, ski resorts rely almost entirely on artificial snow. Due to the high cost of artificial snow, various snow and snow entertainment settings in the ski resort are relatively concentrated, such as snow flying saucers, sleds, etc. At the same time, snow skiing is fast and difficult to control, and bumps often occur, which leads to danger. Because people will subconsciously support the ground with their palms when they fall, and those who have dislocated their shoulders are more likely to dislocate after falling. , the existing fixation equipment for shoulder dislocation uses the shoulder fixation method for recovery after dislocation, and cannot move freely, so it cannot be applied to the prevention of shoulder dislocation in the entertainment...

AI Technical Summary

Problems solved by technology

[0002] At the beginning of the ski season, ski resorts rely almost entirely on artificial snow. Due to the high cost of artificial snow, various snow and snow entertainment settings in the ski resort are relatively concentrated, such as snow flying saucers, sleds, etc. At the same time, snow skiing is fast and difficult to control, and bumps often occur, which leads to danger. Because people will subconsciously support the ground with their palms when they fall, and those who have dislocated their shoulders are more likely to dislocate after falling. , the existing fixation equipment for shoulder dislocation uses the shoulder fixation method for recovery after dislocation, and cannot move freely, so it cannot be applied to the prevention of shoulder dislocation in the entertainment process of the snow field. Among the current snow field protective equipment, There is no protection for the shoulders to prevent tourists who have dislocated their shoulders from dislocating again when they fall

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