Braking mechanism of golf cart

Abstract

The invention discloses a braking mechanism of a golf cart. The braking problem of the golf cart is mainly solved. The braking mechanism of the golf cart comprises a drive device, a worm and gear speed reducer, a fixed plate, a winding shaft and a locking line, one end of the locking line is fixed to the fixed plate through fixing screws, the other end of the locking line winds the winding shaft,a magnetic induction wheel is installed on the winding shaft, a plurality of magnets are uniformly distributed on the surface of the outer circumference of the magnetic induction wheel, a magnetic sensor used for detecting magnet signals is arranged on the side of the magnetic induction wheel, and the magnetic sensor is connected with a control device. By adopting the structural design, the braking mechanism of the golf cart is installed on the golf cart to realize that displacement cannot occur to the golf cart during parking due to topographical change.

Description

technical field [0001] The invention relates to the technical field of golf cart accessories, in particular to a golf cart braking mechanism. Background technique [0002] The brakes in the prior art are all mechanical, and the brakes are braked by foot or hand, which cannot be linked with the motor. Existing pedal type can only be realized to step on the brake immediately. However, the hand-pulled type can only be started again after the brake is released, which is easy to make mistakes. Especially for the elderly, it is not easy to operate, the error rate is high, accidents are prone to occur, and serious personal injuries are caused. [0003] In addition, if the existing mechanical brakes are applied to golf bag carts, the operation will be even more inconvenient, the brakes will not be flexible and accurate, and it will be more difficult to brake on slopes or uneven ground. Therefore, Need to invent a kind of braking structure to overcome above-mentioned defect. Con...

AI Technical Summary

Problems solved by technology

[0002] The brakes in the prior art are all mechanical, and they are braked by foot or hand, which cannot be linked with the motor

The existing pedal type can only realize instant braking and pedaling

However, the manual type can only be started again after releasing the brake, which is easy to make mistakes.

Especially for the elderly, it is not easy to operate, the error rate is high, accidents are easy to occur, and serious personal injuries are caused

[0003] In addition, if the existing mechanical brakes are applied to golf bag carts, the operation will be even more inconvenient, the brakes will not be flexible and accurate, and it will be more difficult to brake on slopes or uneven ground. Therefore, Need to invent a kind of braking structure to overcome above-mentioned defective

Images