The invention relates to a photovoltaic electric bicycle labor-saving vehicle, which comprises a car housing, a steering wheel, a front wheel drive axle, a headlamp and a horn set on the steering wheel are installed near the front end of the car housing, a front wheel drive axle is connected with a steering connecting rod and a steering straight axle, a steering wheel is installed on the steering connecting rod, both ends of the front wheel drive axle are installed with front wheel and brake, and a rear wheel drive axle is installed near the rear end of the car housing, and a rear wheel drive axle is installed near The rear wheels and brakes are installed at both ends of the wheel drive axle; solar photovoltaic panels are installed on the top of the car housing, and solar photovoltaic panels are connected with the accumulator installed in the car housing. The pedal economizer transmission mechanism connected with the rear wheel drive axle is also installed in the car housing. A motor is installed in the middle part of the rear wheel drive axle, and the motor is separately connected with the lamp, horn and accumulator through the electric switch board. Battery connection. The photovoltaic electric bicycle is equipped with a pedal economizer transmission mechanism, which makes the overall structure of the bicycle more novel and compact, and makes the riding process more light and labor-saving.
【技术实现步骤摘要】
配光伏电脚踏省力车
本专利技术涉及助力车
,具体是配光伏电脚踏省力车。
技术介绍
现有的常规的自行车的曲柄长度通常为16公分,曲柄可进行360°转动,撬动总轴带出牙盘及链条转动后轮,进而向前驱动,由于在骑行过程中体力消耗大,速度慢,尤其是在长途行车或遇上坡骑行时会更吃力,为了解决上述技术问题,现有技术中通过增设助力装置来解决,但是现有的助力装置结构复杂、助力效果不佳,难以实现用户的需求。
技术实现思路
本专利技术是为了克服上述现有技术中的缺陷,提供配光伏电脚踏省力车,该脚踏省力车结构新颖紧凑,骑行快速省力,轻巧安全,同时有利于该脚踏车的绿色环保出行及可持续发展。为了实现上述专利技术目的,本专利技术采用以下技术方案:配光伏电脚踏省力车,包括车壳,靠近所述车壳的前端安装有方向盘、前轮驱动轴、车灯及设置在方向盘上的喇叭,所述前轮驱动轴连接转向连杆及转向直轴,所述方向盘安装于所述转向连杆,所述前轮驱动轴的两端均安装前轮及刹车;靠近所述车壳的后端安装有后轮驱动轴,所述后轮驱动轴的两端均安装有后轮及刹车;所述车壳顶上安装有太阳能光伏板,所述太阳能光伏板与安装于所述车壳内的蓄电瓶连接,所述车壳内还安装有与后轮驱动轴相连接的脚踏省力器传动机构,位于所述后轮驱动轴中间部位安装有电动机,所述电动机通过电力开关板分别与车灯、喇叭及蓄电瓶连接。作为本专利技术的一种优选方案,所述车壳内设有车架;所述脚踏省力器传动机构包括双连曲轴、曲柄、踏脚、移动轴承座、伸缩力杆、大轴及小轴,双连曲轴中间设有总轴,总轴安装于移动轴承座上;所述大轴与小轴均安装于车架上,所述双连曲轴两端均通过曲柄与踏 ...
【技术保护点】
1.配光伏电脚踏省力车,包括车壳(1),靠近所述车壳(1)的前端安装有方向盘(2)、前轮驱动轴(3)、车灯及设置在方向盘(2)上的喇叭(7),所述前轮驱动轴(3)连接转向连杆(4)及转向直轴(5),所述方向盘(2)安装于所述转向连杆(4),所述前轮驱动轴(3)的两端均安装前轮及刹车(8);靠近所述车壳(1)的后端安装有后轮驱动轴(9),所述后轮驱动轴(9)的两端均安装有后轮及刹车(10);其特征在于:所述车壳(1)顶上安装有太阳能光伏板(11),所述太阳能光伏板(11)与安装于所述车壳(1)内的蓄电瓶(12)连接,所述车壳(1)内还安装有与后轮驱动轴(9)相连接的脚踏省力器传动机构(13),位于所述后轮驱动轴(9)中间部位安装有电动机(14),所述电动机(14)通过电力开关板(15)分别与车灯、喇叭(7)及蓄电瓶(12)连接。
【技术特征摘要】
1.配光伏电脚踏省力车,包括车壳(1),靠近所述车壳(1)的前端安装有方向盘(2)、前轮驱动轴(3)、车灯及设置在方向盘(2)上的喇叭(7),所述前轮驱动轴(3)连接转向连杆(4)及转向直轴(5),所述方向盘(2)安装于所述转向连杆(4),所述前轮驱动轴(3)的两端均安装前轮及刹车(8);靠近所述车壳(1)的后端安装有后轮驱动轴(9),所述后轮驱动轴(9)的两端均安装有后轮及刹车(10);其特征在于:所述车壳(1)顶上安装有太阳能光伏板(11),所述太阳能光伏板(11)与安装于所述车壳(1)内的蓄电瓶(12)连接,所述车壳(1)内还安装有与后轮驱动轴(9)相连接的脚踏省力器传动机构(13),位于所述后轮驱动轴(9)中间部位安装有电动机(14),所述电动机(14)通过电力开关板(15)分别与车灯、喇叭(7)及蓄电瓶(12)连接。2.根据权利要求1所述的配光伏电脚踏省力车,其特征在于:所述车壳(1)内设有车架(6);所述脚踏省力器传动机构(13)包括双连曲轴(16)、曲柄(17)、踏脚(18)、移动轴承座(19)、伸缩力杆(20)、大轴(24)及小轴(25),双连曲轴(16)中间设有总轴(26),总轴(26)安装于移动轴承座(19)上;所述大轴(24)与小轴(25)均安装于车架(6)上,所述双连曲轴(16)两端均通过曲柄(17)与踏脚(18)连接,所述伸缩力杆(20)一端与双连曲轴(16)活动连接。3.根据权利要求2所述的配光伏电脚踏省力车,其特征在于:所述脚踏省力器传动机构(13)还包括滑移直线轴承(21),所述伸缩力杆(20)另一端穿插安装在滑移直线轴承(21)内,所述滑移直线轴承(21)安装于滑移轴承座(30)内。4.根据权利要求3所述的配光伏电脚踏省力车,其特征在于:所述伸缩力杆(20)与大轴(24)连接处设有单向轴承(22),所述单向轴承(22)设于单向轴承座(31)内,单向轴承座...
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