A kind of inertia braking device

Abstract

The invention relates to an inertia brake, which comprises a slide rail system, a large car bottom platform and a small car platform, both the large car bottom platform and the small car platform are located upon the slide rail system, the small car platform is mounted under the large car bottom platform, the slide rail system comprises a base plate, two large slide rails are symmetrically arranged on the left side and right side of the top end surface of the base plate, two small slide rails which are parallel to the two large slide rails are symmetrically arranged between the two large slide rails, friction plates which are arranged along the length direction of the large slide rails are mounted on the inner sides of the two large slide rails, the large car bottom platform is mounted on the two large slide rails, and the small car platform is mounted on the two small slide rails. The inertia brake has the advantages of reasonable structure design, low manufacturing cost, good braking performance and the like, and can perform braking by means of inertia, thus preventing safety accidents caused by the high inertia of large rail cars; since the friction plates are adopted to replace the conventional braking method with a railway as a friction braking object, the railway is protected well, and running safety is ensured.

Description

technical field [0001] The invention relates to a brake device for entertainment equipment, in particular to an inertial brake device. Background technique [0002] Generally speaking, when the railcars of large-scale casinos and amusement parks have emergency failures during use, they need to be braked for maintenance, but the railcars often continue to move forward due to inertia after braking, which may Cause safety accidents, cause equipment damage, and even cause casualties in severe cases. Some people have also tried to use the way of locking the chassis and the guide rail to brake, but this is easy to cause serious wear and tear on the guide rail, which greatly reduces the service life of the guide rail. If the inertia is too large, it is easy to cause a huge risk of vehicle derailment , causing huge hidden dangers to people's life safety, if the inertia of the rail car is fully utilized, and the braking of the rail car is realized by means of inertia, the braking pe...

AI Technical Summary

Problems solved by technology

[0002] Generally speaking, when the railcars of large-scale casinos and amusement parks have emergency failures during use, they need to be braked for maintenance, but the railcars often continue to move forward due to inertia after braking, which may Cause safety accidents, cause equipment damage, and even cause casualties in severe cases

Some people have also tried to use the way of locking the chassis and the guide rail to brake, but this is easy to cause serious wear and tear on the guide rail, which greatly reduces the service life of the guide rail. If the inertia is too large, it is easy to cause a huge risk of vehicle derailment , causing huge hidden dangers to people's life safety, if the inertia of the rail car is fully utilized, the braking performance of the rail car will be greatly improved with the help of inertia

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