Damping scooter

Abstract

A damping scooter capable of being braked / decelerating on a ramp / plane comprises a carrier 1, a rear wheel 2, a front wheel 3, a braking system and a deceleration system, wherein the braking system comprises an elbow brake trigger 4, a rear wheel brake cable 5 and a brake drum 6; the deceleration system comprises a rear wheel trigger 7, a front wheel trigger 8, a support spring 9, a limit lock 10,a carrier support rod 11, a driving wheel 12, a bearing fixing rod 13, a male screw 14, a female screw 15 and a drag wheel 16. The scooter has the characteristics that the safety is improved by automatic deceleration when the scooter moves down the ramp, and the controllability is improved when the scooter is driven to be braked by an elbow, so that the damping scooter which aims at being braked / decelerating on the ramp / plane is achieved.

Description

technical field [0001] The invention relates to a human-driven two-wheel / three-wheel / four-wheel transport vehicle, especially a damping scooter that can automatically generate resistance when going downhill, reduce speed, and avoid loss of control damage. Background technique [0002] Manpower-driven transport vehicles have become one of the indispensable objects in people's lives. At present, the known human-powered transport vehicles only have a brake system, and there is no special downhill deceleration device, which has caused some drivers to use shoe sole friction when going downhill. The ground / tyres achieve the purpose of braking. Such an operation can easily lose balance and cause casualties. [0003] Even when going downhill, patients on the modern scooter use the handbrake rear wheel to decelerate, which increases the occurrence of accidents. [0004] Thereby present manpower transport vehicle has solved transportation though, there is the hidden danger that gravi...

AI Technical Summary

Problems solved by technology

[0004] Therefore, although today's manpower transport vehicles have solved the problem of transportation, there is a hidden danger that the gravity will move forward to accelerate the transport vehicles when going downhill.

[0005] The existing downhill deceleration transport vehicles are basically electric drive / oil drive transport vehicles. Their biggest disadvantages are: high price, high maintenance cost, need to add energy, and large volume, not easy to store, more difficult to operate, and lower limb disability of patients are difficult to manage

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