Highly energy-saving highly environment-friendly car fast driving road

Abstract

The invention relates to a highly energy-saving highly environment-friendly car fast driving road. The highly energy-saving highly environment-friendly car fast driving road is characterized in that a ten-thousand-wheel relay friction surface is arranged on the surface of a fast driving sled box loaded with a stalled car, and the fast driving road in relay friction with the ten-thousand-wheel relay friction surface is provided with a narrow channel formed by arranging thousands of friction flywheels to allow the fast driving sled box to pass. According to the highly energy-saving highly environment-friendly car fast driving road, by means of flywheel gripping, the power is violent, and the car speed is high; by means of flywheel energy storage, the highly energy-saving effect is achieved; due to the fact that the car is stalled all the way, the highly environment-friendly effect is achieved; and the speed of a fast driving rail is much higher than that of a high-speed rail.

Description

technical field [0001] The invention relates to an ultra-energy-saving and ultra-environmental protection car speeding road, which is characterized in that a "ten thousand-wheel relay friction surface" is provided on the surface of the "speeding box" equipped with a "flame-off car", and the "ten thousand-wheel On the "speed road" for relay friction on the "relay friction surface", there are "tight passages" arranged by tens of thousands of "friction flywheels" for the "speed crowbar" to pass through; The power is strong and the speed is fast; the "flywheel energy storage" is super energy-saving; because the car is turned off all the way, it is super environmentally friendly; Background technique [0002] Existing cars have obvious defects in three aspects. One, the existing cars have too little grip. The stability force is too small, if you let go of the speed and run wildly, it is easy to run sideways or even overturn; third, the existing car has limited power, even if it ...

AI Technical Summary

Problems solved by technology

[0002] Existing cars have obvious defects in three aspects. One, the existing cars have too little grip. The stability force is too small. If you let go of the speed and run wildly, it is easy to run sideways or even overturn; thirdly, the power of the existing car is limited. In other words, if you want to fly the existing cars to reach or exceed the speed of the high-speed rail to achieve "stable speed", you must provide a "tight passage" for the car that will neither deviate upwards nor deviate left and right. To this end, three major technical problems must be solved: one is "to be able to drive on the ground without slanting upwards" (for example, setting the "horizontal axis flywheel on the top of the speeding road" or "inclined vertical axis flywheels on both sides of the speeding road" can prevent the "Speeding the car at a high speed" runs off the top); the second is "does not go left and right, and can drive in a straight line" (for example, setting "upright vertical axis flywheels on both sides of the speeding road" can prevent the "speeding car from breaking the box" The third is "external powerful power, instead of the car engine" (such as setting "horizontal axis flywheel at the bottom of the speeding road" on the road below the "car speeding crowbar" instead of the car engine; and putting the car in a The special skid box is driven by an external flywheel, and the car engine is turned off)