Amphibious rolling cabin with built-in drive

Abstract

The invention discloses an amphibious rolling cabin with built-in drive. The amphibious rolling cabin comprises a rotating body provided with a manhole, a vent hole and an observing hole. An electric driving vehicle is arranged in the rotating body. The rotating body is a ball formed by connecting two semi-balls in butting mode, or a cylinder formed by two semi-cylinders in butting mode, or a combination formed by connecting the ball and the cylinder in butting mode or a combination formed by connecting cylinders with different diameters in butting mode. The amphibious rolling cabin has the advantage of being novel and unique in shape, amphibious, flexible to move, good in safety performance and controllable in inside environment, having a protecting function for people, motive power machines and instruments and devices, having a protecting effect on land anti-terrorism activities or detection, fire extinguishing and the like, having the capacity of towing machines to approach incident places to deal with emergency accidents, being capable of preventing turning on one side, and having a better protecting function when being applied to activities of water life saving, operation above water, water tourism and drifting and the like compared with a conventional boat.

Description

technical field [0001] The invention relates to the field of transportation, and more specifically, the invention relates to a rolling cabin that can be used amphibiously and has a built-in drive. Background technique [0002] At present, all kinds of common vehicles, chariots, ships, etc. have their own motion application characteristics, and their power is various. The general driving method is to transmit to the driving wheel through the internal combustion engine and the torque converter, and rely on the static friction of the driving wheel to the ground to generate kinetic force to realize the movement. These setting methods have high technical requirements, low anti-rollover ability, and are relatively dangerous. In special cases, the safety protection of personnel is prominently deviated. In particular, the safety factor of small boats moving on the water is lower. Whether it is performing work tasks or carrying out water production, due to the greater influence of t...

AI Technical Summary

Problems solved by technology

These setting methods have high technical requirements, low anti-rollover ability, and are relatively dangerous. Under special circumstances, the safety protection of personnel is prominently deviated.

In particular, the safety factor of small boats moving on the water is lower. Whether it is performing work tasks or carrying out water production, due to the greater influence of the weather, the requirements for the helmsman are also high. Moreover, the investigation, rescue and disposal functions of emergencies Insufficient, it is also difficult to complete the tasks of water lifesaving or self-rescue

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