Aerial transport vehicle device

Abstract

The invention discloses an aerial transport vehicle device. The device comprises a mooring rope pulled in the air, a chain way assembly, a walking trolley and a hanging box. The walking trolley comprises a trolley body, a power device, a universal transmission device, a gearbox and a gear pair which are in transmission connection with the power device in order, the hanging box is hinged and hung below the vehicle body, the power device is arranged in the hanging box, the gearbox is arranged in the vehicle body, the gear pair is rotatably installed on one side of the vehicle body and comprisesan upper gear and a lower gear which are horizontally arranged in the axial direction and distributed up and down, and the upper gear and the lower gear of the gear pair are located on the upper sideand the lower side of a chain way respectively and meshed with the chain way. According to the air transport vehicle device, the movement of the hanging box can be automatically controlled, the flexibility is high, the aerial transport vehicle device can be applied to air transport with a large stroke, and the safety is high.

Description

technical field [0001] The invention relates to the field of air transport, in particular to an air transport vehicle device. Background technique [0002] In addition to airplanes, another aerial transportation device that is relatively widely used is the cable car. Most of the existing cable cars are directly fixing the hanging box on the cable, and the cyclical movement of the cable drives the hanging box to realize the aerial movement of the hanging box. This kind of cable car, on the one hand, because the whole cable all needs circular movement, the power requirement of cable is very big, and in order to meet this power requirement, usually need sacrifice the length of cable, so the length of cable is usually shorter; , because the hanging box is completely passively driven by the cable pull, the flexibility of the hanging box movement is poor. Once the pulling of the cable is started, the hanging box will continue to move with the cable, including people entering and ...

AI Technical Summary

Problems solved by technology

This kind of cable car, on the one hand, because the whole cable all needs circular movement, the power requirement of cable is very big, and in order to meet this power requirement, usually need sacrifice the length of cable, so the length of cable is usually shorter; , because the hanging box is completely passively driven by the cable pull, the flexibility of the hanging box movement is poor. Once the pulling of the cable is started, the hanging box will continue to move with the cable, including people entering and leaving the hanging box or loading / unloading objects to the hanging box It is usually carried out during the operation of the hanging box, which greatly increases the difficulty of using the cable car and increases the danger of people and transported objects entering and exiting the hanging box. Compared with transporting objects, the flexibility of personnel is greater. It is relatively easier to get in and out of the mobile gondola, so the cable car with a short stroke and mainly used for carrying people is often limited to sightseeing, and its application range is narrow; Passively operated gondolas move, and the speed of movement cannot be controlled by themselves. The interesting scenery is quickly finished viewing because they cannot stay, and the fun of driving and traveling is greatly weakened.

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