Suspended roller coaster

Abstract

The invention provides a suspended roller coaster. The suspended roller coaster comprises a drive track, suspended tracks located on two sides of the drive track, at least one passenger carrying assembly and at least one drive assembly, wherein each passenger carrying assembly comprises an inverted suspending wheel train I, a passenger carrying frame and a suspension arm mechanism, and two ends ofeach passenger carrying frame in the direction horizontally vertical to the track length are rotationally connected below the corresponding inverted suspending wheel trains I; each drive assembly comprises an inverted suspending wheel train II, a drive wheel train and a drive frame, two ends of each drive frame in the direction horizontally vertical to the track length are rotationally connectedbelow the corresponding inverted suspending wheel trains II, each drive wheel train comprises a drive motor, a drive motor support and a drive wheel, and each drive motor is mounted on the corresponding drive motor support and drives the corresponding drive wheel to roll along the drive track; the roller coaster is suspended on the suspended tracks by the inverted suspending wheel trains, the at least one passenger carrying assembly and the at least one drive assembly are connected through intermediate connectors, and accordingly, the at least one drive assembly drives the overall roller coaster to move along the tracks. The roller coaster is controllable on the tracks in real time and operates stably, and the requirement for velocity diversity is met.

Description

Technical field [0001] The invention relates to the technical field of optimistic viewing equipment, in particular to a suspended roller coaster. Background technique [0002] Among the amusement facilities, the roller coaster is a very common amusement equipment, and has the reputation of "king of amusement machines". The traditional roller coaster car body has no driving device and uses external equipment to control the movement of the car body. The roller coaster relies on friction wheels installed on the track to move the car body forward on the platform, or rely on the sliding force generated by the platform inclination to make the train move forward. When the train is running to the lifting device, the lifting device is hooked, and the train is lifted to a certain height and then released. The roller coaster can run along the track by virtue of its own gravitational potential energy. When the roller coaster returns to the station, the brake device installed on the track wi...

AI Technical Summary

Problems solved by technology

During the running process, the lifting hook device and the return braking device of the roller coaster exert an external load on the car body, causing the train to be subjected to external impact force. At the same time, the lifting device will also generate a lot of noise during operation, which affects the riding experience

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