Door structure of cockpit of riding dynamic vehicle

Abstract

The invention relates to a door structure of a cockpit of a riding dynamic vehicle. The door structure of the cockpit is provided with a U-shaped swing rod and a swing rod driving device. A pair of swing rod supports are arranged on the front and rear of the opposite side of the portion, close to an entrance and exit of the cockpit, inside the cockpit. The two ends of the U-shaped swing rod are arranged on the swing rod supports in a swinging mode respectively. A swinging shaft of the U-shaped swing rod is horizontally arranged and parallel to the entrance and exit of the cockpit. A cabin door body is fixed to the beam portion of the U-shaped swing rod. The door of the cockpit of the riding dynamic vehicle is opened and closed in an upward and downward swinging mode. The cabin door body cannot go beyond the side wall of the cockpit, and therefore no extra space is needed. Meanwhile, the cabin door body cannot go beyond the side wall of the cockpit in the opening and closing process, the cabin door is allowed to be opened when the riding dynamic vehicle enters a parking station, and therefore the time spent when passengers get on or off the riding dynamic vehicle is shortened, and the use efficiency of the riding dynamic vehicle is improved.

Description

technical field [0001] The invention relates to a cabin door structure of a vehicle, in particular to a cabin door structure of a riding dynamic vehicle. Background technique [0002] The dark ride is a large-scale indoor amusement project. It mainly has a number of sightseeing cars that can carry multiple passengers - riding a dynamic car, riding a dynamic car along a predetermined route with a track, The riding dynamic car is installed on the track and runs along the track. In order to allow tourists to experience various sports experiences, the track will be designed with many curves in different directions and different turning radii, as well as up and down slopes with different slopes, so the experience is rich and exciting and very popular among tourists. The hatch structure of the existing ride-on sports car usually adopts the way of side-by-side doors, that is, there are two doors on the left and right, which are respectively opened outward around a respective verti...

AI Technical Summary

Problems solved by technology

On the one hand, the cabin door of this method takes up more space when it is opened, and on the other hand, the cabin door cannot be opened at the same time when entering the docking station, so it is time-consuming to get on and off the passengers, which affects the use efficiency of the dynamic vehicle

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