Windshield structure of powered bicycle

Abstract

A front windshield structure of a motorcycle 10, in which a door-shaped front fork 201 is arranged below a head pipe 111, and the upper part of the front fork 201 and the headpipe 111 are covered by the front windshield. Use the partition board 60 straddling the fork bridge 201a of the front fork 201 to partition up and down in the front air guide cover, and split the partition board 60 left and right. The configuration of the opening 60b of the split portion 60a. In this way, the influence of the running wind blowing to the lower part of the front wind deflector can be reduced as much as possible by the simple structure.

Description

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AI Technical Summary

Benefits of technology

The technical effect of this design is that it prevents the walker' s footage airflow into an upper portion of the rearward facing surface while also improving its stability during use on uneven surfaces such as snow or ice covered roads. This helps reduce impact caused by these factors onto other parts of the vehicle body.

Problems solved by technology

This technical problem addressed in this patented text relates to how well an electric or pneumatic tire on one side of a car's rear axle blocks outdoor airflow when driving at speeds greater than 50 mph without causing damage due to rainwater hitting its top surface.

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