Saddle convenient to hold

Abstract

The invention relates to a component for a bicycle or an electric vehicle, in particular to a saddle convenient to hold. The saddle comprises a seat surface and a supporting frame located at the bottom of the seat surface, the seat surface is composed of a narrow head and a wide tail, the supporting frame is divided into two parallel front supporting plates and two parallel rear supporting plates, the front supporting plates are fixed with the front of the seat surface through fixing pieces, and the rear supporting plates are fixed with the rear of the seat surface through fixing pieces. The saddle is characterized in that a bottom supporting plate is arranged below the seat surface, the front supporting plates and the rear supporting plates penetrate out of the bottom supporting plate, and the edge of the bottom supporting plate is provided with a lower protruded outer edge. The inner side of the lower protruded outer edge is provided with a plurality of holding grooves, and the holding grooves are arranged according to the sizes of gaps of the human hand. The joint of the supporting frame and the seat surface is prevented from being exposed outside; when the saddle is lifted, the bottom supporting plate is stressed for whole bottom surface, on one hand, lifting and holding by users can be facilitated, and on the other hand, separation between the supporting frame and the seat surface is avoided.

Description

technical field [0001] The invention relates to a component of a bicycle or an electric vehicle, in particular to a saddle which is convenient to handle. Background technique [0002] Existing saddles generally include a seat surface directly in contact with the human body and a support frame positioned at the bottom of the seat surface, and the support frame and the bicycle frame can be connected by connecting pieces. [0003] As the user's requirements for the riding comfort of bicycles or electric vehicles are increasing, higher requirements are also placed on the seat surface of the saddle and the connection form between the seat surface and the bracket. [0004] The seat surface of the prior art is generally pear-shaped, that is, it is composed of a relatively narrow head and a relatively wide tail. When moving a bicycle or electric vehicle through the seat, the hand directly pulls the edge of the seat surface. The edge of the seat surface is relatively thin. Content...

AI Technical Summary

Problems solved by technology

[0004] The seat surface of the prior art is generally pear-shaped, that is, it is composed of a relatively narrow head and a relatively wide tail. When moving a bicycle or electric vehicle through the seat, the hand directly pulls the edge of the seat surface, the edge of the seat surface is thin, on the one hand it is inconvenient to lift and hold, on the other hand it is easy to separate the support frame from the seat surface

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