Tumbling type roller coaster device

Abstract

The invention provides a tumbling type roller coaster device. The tumbling type roller coaster device comprises tracks, upright columns for supporting the tracks, a train running on the tracks, a traction device used for pulling the train to travel, a station allowing parking of the train and a driving device for driving, wherein the tracks comprise a continuous vertical ring track, a horse-shoe collar track and spiral tracks. The tracks comprise the continuous vertical ring track, the horse-shoe collar track, first spiral tracks, second spiral tracks and a third spiral track, by means of thecontinuous vertical ring track and the horse-shoe collar track, utilization of track space can be increased on the premise that the track rangeability is met, and the requirements for high change rateand fast train rate change can be met by track design through the tumbling form; correspondingly, a plurality of first spiral tracks and a plurality of second spiral tracks are distributed sequentially according to different helicity and different track lengths, so that the track change frequency can be further increased on the premise that the overall floor area of the track device is reduced.

Description

technical field [0001] The invention relates to the technical field of large amusement facilities, in particular to a rolling roller coaster device. Background technique [0002] Large roller coasters are common amusement facilities in large amusement parks, which mainly include trains, driving tracks, columns, traction systems and braking systems. The operating principle of the roller coaster is that the traction system pulls the train to the highest point of the running track, and then the traction system is separated from the train, and then the train runs quickly along the running track under the action of its own gravity and inertia, relying on the mutual transformation of its own potential energy and kinetic energy , and finally the braking system operates, causing the train to decelerate and return to the station. [0003] The roller coaster device as a whole usually includes platforms for docking trains, rails and columns supporting the rails, traction systems, driv...

AI Technical Summary

Problems solved by technology

However, with the innovation of technology and the continuous improvement of passengers' requirements for riding experience, the earlier roller coaster device has a small speed change rate, a single track design, and mostly straight-line driving, which is difficult to meet the new requirements brought about by technological innovation and development. requirements

[0005] In view of the problems existing in the above-mentioned earlier technologies, a roller coaster device with complex track design, many track changes, fast speed changes and frequent track rollovers is proposed in the prior art, in order to meet the new requirements of technological innovation and development and passengers' ride experience. Require

However, the multi-tumbling track roller coaster device in the prior art needs to occupy a large area in space and in the plane due to its complex track design, and the construction is difficult and the construction period is long. Expansion greatly increases the cost of construction

On the other hand, due to the long track stroke of this new roller coaster device proposed in the prior art, under the existing conditions, because there is only one train running on the track at the same time, the utilization rate of equipment and track is low, and the equipment operation is further increased. cost

Images