Device and method for utilizing recovered pressure energy and inertia energy of pneumatic tire and application

Abstract

The invention relates to the technical field of recovery and utilization of pressure energy and inertia energy of a pneumatic tire, in particular to a device and a method for utilizing recovered pressure energy and inertia energy of a pneumatic tire. The device comprises a combined type wheel body, a wheel spindle and a pneumatic tire pressure energy recovery device, wherein the pneumatic tire pressure energy recovery device is arranged on an inner ring of the combined type wheel body and is formed by a plurality of energy capturing devices arranged in a vacuum tire, and each energy capturing device is internally provided with an energy capturing rod. The device for utilizing the recovered pressure energy and the recovered inertia energy is characterized by also comprising a recovered pressure transmission and integration device, an inertia energy recovery and utilization device, a working condition operating control device, and a tire working condition monitoring device. The device provided by the invention has a novel structure, the pressure energy and the inertia energy of the tire can be effectively utilized through interaction of the energy capturing devices, and the device can well adapt to various conditions such as acceleration, braking, deceleration and the like.

Description

[Technical field] [0001] The patent of the present invention relates to the technical field of recovering and utilizing pressure and inertial energy of pneumatic tires, in particular to a utilization device, method and application for recovering pressure energy and inertial energy of pneumatic tires. [Background technique] [0002] Nowadays, except for rail cars and crawler cars, most of the wheels have tires. This kind of tire is composed of a wheel hub and a carcass. Due to the gravity of the vehicle, when the pneumatic elastic wheel assembly is rolling under load, the tire contacts the road surface. Squeeze, shrink and deform centripetally, and return to its original shape when it leaves the road. This deformation is elastic deformation. The deformation of the tire plays a role in buffering and smooth driving. This deformation is necessary, but it exists in the "deformation zone" of its landing. With the reaction force of the available ground against the tire and the ener...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, in addition to rail cars and tracked cars, most wheels have tires, which are composed of hubs and carcass. Due to the gravity of the car, when the inflatable elastic wheel assembly is rolling under load, the tires contact the road surface. Extrusion, centripetal shrinkage and deformation, leaving the road and returning to its original shape, this kind of deformation is elastic deformation, the deformation of the tire plays a role in cushioning and smooth driving, this kind of deformation is necessary, but there is a "deformation zone" where it touches the ground The available ground reaction f...

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