Interlocking mechanism between the front stopper and the slide-out section of the flipping platform of the broken rail roller coaster

Abstract

The invention discloses a broken-rail roller coaster overturning platform front check block and slip-out segment track interlocking mechanism. The mechanism comprises a butt joint locking device arranged on a tower and used for butt joint locking of an overturning platform and a slip-out segment track, and a front check block arranged on the front portion of the overturning platform, wherein the front check block is in rotary connection with the overturning platform, the positions where the front check block stays include a blocking position and a releasing position, and a check block locking device which enables the front check block to stay at the blocking position when locked and is unlocked under the driving of the butt joint locking device when the butt joint locking device locks the overturning platform and the slip-out segment track is arranged between the front check block and the butt joint locking device; a check block driving device which drives the front check block to rotate to the releasing position under the driving the check block locking device when the check block locking device is unlocked is further arranged on the overturning platform, and a restoration device enabling the front check block to restore to the blocking position after a vehicle body on the overturning platform slips to the slip-out segment track is also arranged on the overturning platform. The mechanism is simple in structure and reliable in operation.

Description

【Technical field】 [0001] The invention relates to a roller coaster, more specifically to an interlocking mechanism between a stopper at the front part of an overturning platform of a roller coaster with broken rails and a slide-out section rail. 【Background technique】 [0002] There is generally an overturning platform on the track of a roller coaster with broken rails. On both sides of the overturning platform, there are slide-in section rails and slide-out section rails. The operation process of the roller coaster car body from the slide-in section rail to the slide-out section track is as follows: the tail of the flipping platform is docked and locked with the slide-in section rail - the car body enters the flip platform through the slide-in section rail - the platform brake system controls the car body Stop on the overturning platform—the platform locking device locks the car body—the overturning platform overturns—the front part of the overturning platform is docked wit...

AI Technical Summary

Problems solved by technology

[0006] At present, the interlocking method of the front block of the roller coaster, the flipping platform and the slide-out rail generally adopts electronically controlled interlocking (controlling the action of the actuator through the detection signal of the detection switch). The requirements are relatively high, and two sets of actuators are required, the cost is high, and if there is an error signal in the electronic control, it will also cause safety risks

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