Rowing seat

Abstract

The invention discloses a rowing seat. The rowing seat comprises a seat body; a mounting base; a rotating connecting part; at least one elastic part; the rotary connecting part is mounted on the mounting base, the seat body is rotationally connected with the rotary connecting part, one end part of each elastic part is connected with the interior of the mounting base, and the other end of each elastic part is fixedly connected to the bottom of the seat body. The rowing seat is provided with the rotating structure, the seat body can adaptively rotate according to the hip strength of an athlete through the rotating structure, and therefore the rowing seat can well convert the self strength of the athlete into effective acting force for rowing. Meanwhile, friction of the seat body to the mounting base can be effectively reduced through the rotating structure, and the service life of the rowing seat is prolonged.

Description

technical field [0001] The invention relates to the field of mechanical structures, in particular to a rowing seat. Background technique [0002] In current rowing events, the structure of the seat is subject to the force of the athlete itself. For the entire rowing force, the setting of the seat structure is a key factor affecting the rowing quality of the athlete. The traditional rowing seat structure usually uses a fixed seat. The chair is installed on the body of the rowing boat, and is installed and fixed by devices such as screws and bolts. The fixed rowing seat is not balanced in force, especially when the athlete exerts force left and right, the rowing seat will cause damage to the athlete's buttocks. The large frictional force causes a certain deviation in the athlete's exertion force, which affects the overall thrust of the rowing boat. Moreover, the rowing seat with a fixed structure is likely to cause frictional damage to the athlete's buttocks during the moveme...

AI Technical Summary

Problems solved by technology

[0002] In current rowing events, the structure of the seat is subject to the force of the athlete itself. For the entire rowing force, the setting of the seat structure is a key factor affecting the rowing quality of the athlete. The traditional rowing seat structure usually uses a fixed seat. The chair is installed on the body of the rowing boat, and is installed and fixed by devices such as screws and bolts. The fixed rowing seat is not balanced in force, especially when the athlete exerts force left and right, the rowing seat will cause damage to the athlete's buttocks. The large frictional force causes some deviation in the athlete's exertion force, which affects the overall thrust of the rowing boat

In addition, the fixed structure of the rowing seat is likely to cause frictional damage to the athlete's buttocks during the movement, which affects the seat experience

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