A front fork damping mechanism of an electric vehicle capable of reducing spring deformation

Abstract

The utility model relates to the field of electric motor car fork, concretely relates to a kind of electric motor car fork shock-absorbing mechanism of spring deformation reduction, including direction column, set in the lower side of connecting frame, for the connection between fork and electric motor car frame, connecting frame, for the installation and fixation of direction column, shock-absorbing component, for the buffer protection of electric motor car travel, the shock-absorbing component includes fixed tube, the fixed tube is fixedly connected with connecting frame, the outer wall lower part of the fixed tube is slidably connected with sliding tube, the middle part of the sliding tube is fixedly connected with piston rod and penetrates, by setting waist drum spring its both ends are thin, more flexible when being stressed both ends deformation, middle part can provide more stable support, overall stress distribution is more uniform, by setting limiting rod and spring seat reduce the bending stress of spring, simultaneously by setting pre-press adjusting part can compensate the plastic deformation amount of spring, to reduce the deformation of spring, extend the service life of fork.

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