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Small and medium-sized automobile tire burst emergency device

A technology for automobile tires and emergency devices, applied in tire parts, vehicle parts, transportation and packaging, etc., can solve problems such as loss of control, limited ability to resist lateral slip, and inability to rescue sudden disasters, and achieve the goal of reducing vehicle safety. Loss of control, reduced lateral forces, effects of valuable reaction time

Pending Publication Date: 2020-12-01
刘昱伽
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] 1. Longitudinal offset: The inflated tire sidewall is the main part supporting the weight of the vehicle. A puncture usually causes the tire sidewall to collapse instantaneously, causing the tire to lose its supporting force instantly, resulting in an immediate change in the center of gravity of the vehicle, causing the vehicle to become unbalanced. causing the car to lose control;
[0004] 2. Lateral slip: The cause is that the tire is crushed by the tire after the tire is blown out and the lateral force is generated to cause the wheel to slip. Since the adhesion between the wheel and the ground is very small when the car is running at high speed, the ability to resist lateral slip is very limited, resulting in The car is out of control, and the impact caused by the slippage of the wheel after the car blows out is related to the position of the wheel. Even if the front wheel slips after the blowout, it only shows that the direction is out of control, and the slippage of the rear wheel blows out, and the consequence is turning around and throwing The tail end or rollover, the car is completely out of control, the consequences are more serious than the front tire blowout
Non-pneumatic tires can only run at low speeds, with high tire noise and high fuel consumption, which is unacceptable for the civilian market
[0013] (4) Multi-chamber tire technology: The core of the technology is that there are multiple air chambers in the tire. When one of the air chambers bursts, the rest of the air chambers can still provide basic support stiffness to ensure the basic exercise performance, but it is impossible to avoid one The explosion of the gas chamber causes the other gas chambers to burst simultaneously, and has not yet been put into commercial application
[0016] 1. It is impossible to provide rescue for sudden disasters after a tire blowout: such as TPMS technology
[0017] 2. Technical defects: such as multi-chamber tire technology, multi-chamber tire technology, coaxial tire air pressure communication technology
[0019] 4. Expensive: such as RSC (run flat) tire technology, PAX (self-supporting) tire system, tire burst monitoring and safety control system

Method used

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  • Small and medium-sized automobile tire burst emergency device
  • Small and medium-sized automobile tire burst emergency device

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Experimental program
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Embodiment approach

[0050] Such as figure 1 , 2 Shown, preferred embodiment of the present invention is:

[0051] The tire blowout emergency device 1 for small and medium-sized automobiles is made of rubber, resin, polyurethane or other polymer composite materials, and its internal structure is honeycomb, honeycomb or multi-dimensional, which requires light weight, high strength and effective support the capabilities of the vehicle.

[0052] The emergency device 1 for tire blowout of small and medium-sized automobiles has a ring-shaped appearance, and a position for extending the valve mouth 4 is reserved therein.

[0053] The small and medium-sized car tire blowout emergency device 1 needs to be installed on the rim 3, and the elasticity of the small and medium-sized car tire blowout emergency device 1 itself is closely combined with the rim 3, so the inner ring of the small and medium-sized car tire blowout emergency device 1 The diameter of will be equal to or slightly smaller than the diam...

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PUM

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Abstract

The invention relates to a small and medium-sized automobile tire burst emergency device that is an inner tire which is arranged in a small and medium-sized automobile tire and is made of a material with light weight, high strength and certain buffering capacity, can be a tire with a honeycomb-shaped, honeycomb-shaped, multi-dimensional and other hollow structures, is tightly combined with a rim by virtue of the elasticity of the tire, and keeps a certain distance with the small and medium-sized automobile tire. According to the tire burst emergency device, harm caused by tire burst of the automobile tire is reduced in a simple and reliable mode, the safety guarantee level of drivers and passengers is improved, and impact on automobile structures and parts is reduced.

Description

technical field [0001] The invention relates to the field of automobile tires, in particular to a tire burst emergency device installed inside small and medium-sized automobile tires. . Background technique [0002] Current wheeled vehicles including automobiles mainly adopt pneumatic tires, and the bursting of pneumatic tires is technically unavoidable. Therefore, bursting tires is an unavoidable potential danger for all wheeled vehicles. Relevant statistics show that 70% of accidental traffic accidents on domestic highways are caused by blown tires, and most drivers have no driving experience after a blown tire. Once a blown tire occurs, they are likely to make mistakes such as sudden braking, which will The possibility of loss of vehicle control, accidents, casualties, and property damage is extremely high. The main cause of the hazard after the car blows out is the lateral slip and longitudinal offset, which are reflected in: [0003] 1. Longitudinal offset: The infla...

Claims

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Application Information

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IPC IPC(8): B60C17/06
CPCB60C17/06
Inventor 刘昱伽
Owner 刘昱伽
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