Horse-riding-type bicycle

Abstract

The invention discloses a horse-riding-type bicycle which comprises a horse-riding frame. The horse-riding frame comprises a seat bracket, a grip handle bracket and a connecting frame. Pedals are arranged at the lower end of the grip handle bracket. The seat bracket is hinged to one end of the connecting frame. The grip handle bracket is hinged to the other end of the connecting frame. A connecting rod is connected between the grip handle bracket and the seat bracket. A front wheel mounting frame and an auxiliary bracket are further arranged on the connecting frame in an extending mode. The front wheel mounting frame is provided with front wheels. The front wheels are provided with steering mechanisms. The horse-riding-type bicycle further comprises a travelling frame and a transmission mechanism. The travelling frame is connected with the connecting frame. The travelling frame is provided with a rotating shaft. The transmission mechanism comprises two sprockets, a transmission belt and a guide wheel set. The guide wheel set comprises a plurality of guide wheels. The two sprockets are arranged at the two ends of the rotating shaft through two unidirectional flywheels correspondingly. The two unidirectional flywheels are arranged oppositely. The two sprockets are in transmission connection through the transmission belt. The two ends of the transmission belt are connected to thetwo pedals correspondingly and sequentially penetrate through all the guide wheels.

Description

technical field [0001] The invention relates to the technical field of sports and fitness equipment, in particular to a horse-riding sports bicycle. Background technique [0002] The horse riding machine is a well-known sports and fitness equipment. It uses the principle of human inertial dynamics and active motion integration design to drive the horse riding machine to rotate by means of two feet and pedals. Front and rear figure 8 three-dimensional swinging motion, simulating the real horse riding experience, swinging the waist and twisting the hips, and the upper limbs exert force synchronously, burning fat quickly. Due to the active motion design of the human body, the intensity and efficiency of exercise exercise are higher than that of the electric horse riding machine. It is a kind of Environmentally friendly and low-carbon new aerobic exercise equipment, but horse riding machines are usually fixed and difficult to move. Exercisers have insufficient experience and get...

AI Technical Summary

Problems solved by technology

[0002] The horse riding machine is a well-known sports and fitness equipment. It uses the principle of human inertial dynamics and active motion integration design to drive the horse riding machine to rotate by means of two feet and pedals. Front and rear figure 8 three-dimensional swinging motion, simulating the real horse riding experience, swinging the waist and twisting the hips, and the upper limbs exert force synchronously, burning fat quickly. Due to the active motion design of the human body, the intensity and efficiency of exercise exercise are higher than that of the electric horse riding machine. It is a kind of Environmentally friendly and low-carbon new aerobic exercise equipment, but horse riding machines are usually fixed and difficult to move. Exercisers have insufficient experience and get bored easily during use, resulting in insufficient exercise.

[0003] Although there are currently examples of combining with bicycles, such as a horse-riding exercise bicycle disclosed in Chinese Patent No. CN201580030069.1, the horse-riding exercise bicycle includes: a bicycle frame, rotatably connected with a front wheel and a rear wheel; The rear wheel is rotated by a pedal connected to the bicycle frame; the handlebar is arranged at the front end of the bicycle frame and is composed of a combination of 2 and 5 shapes; the saddle is a component arranged on the bicycle frame an upper sid

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