The utility model relates to a zero-pressure tire charged by photovoltaic pavement, which comprises a zero-pressure tire and a photovoltaic pavement charged by a zero-pressure tire. The zero-pressure tire comprises an inflatable bag arranged inside the tire, a buffer belt connected to the inner wall of the tire on both sides, and elastic parts are arranged between the buffer belt and the inner wall of the tire, and the two ends of the elastic parts are connected with the two parts respectively. A flexible rubber ring is arranged on the tire tread and connected with several connecting parts of the rubber ring and the buffer belt. The rubber ring is provided with guide coils on both sides. The positive and negative electric wires of the lead coil are drawn through the rubber ring and the connecting parts are connected with the car battery or motor through the axle through the inner cavity of the tire after passing through the rubber ring. A charging groove is arranged on the photovoltaic road surface, and the rubber ring is in rolling contact with the charging groove. The beneficial effect of the utility model is to solve the endurance problem of the electric vehicle. The development of the electric vehicle is not limited by the wireless charging technology, and can reduce the charging cost of the vehicle and improve the charging efficiency of the vehicle.
【技术实现步骤摘要】
一种利用光伏路面充电的零气压轮胎
本技术属于轮胎
,尤其涉及一种利用光伏路面充电的零气压轮胎。
技术介绍
新能源光伏高速公路已实现铺设,预留的电磁感应线圈在未来可为电动汽车提供无线充电,解决电动汽车的续航问题,但汽车的无线充电技术尚不成熟、成本高、充电效率低。
技术实现思路
为了解决上述技术问题,本专利技术提供了一种利用光伏路面充电的零气压轮胎,目的是可降低汽车充电成本、提高汽车的充电效率。本专利技术的技术方案为:一种利用光伏路面充电的零气压轮胎,包括零气压轮胎和给零气压轮胎充电的光伏路面,所述零气压轮胎包括设置在轮胎内部的充气囊,两侧连接在轮胎内腔壁上的缓冲带,所述缓冲带与轮胎内腔壁之间设有弹力件,弹力件的两端分别与二者相连;沿轮胎胎面周向设置可伸缩的橡胶环,连接橡胶环与缓冲带的数个链接件,所述橡胶环两侧设有导线圈,导线圈引出正、负极电线穿过橡胶环、链接件后绕经轮胎内腔通过车轴与汽车蓄电池或电机等连接;所述光伏路面上设有充电槽,橡胶环与充电槽滚动接触。和现有技术相比,本方案在轮胎胎面设置可伸缩的橡胶环,橡胶环沿轮胎圆周方向呈圆环形,橡胶环上设有导线圈,导线圈与光伏路面上的充电槽接触,在轮胎行驶过程中,导线圈始终与充电槽滑动接触,实现汽车充电。具体过程为:轮胎气囊充气顶起缓冲带,带动链接件使橡胶环伸出轮胎胎面嵌入光伏路面中的充电槽,导线圈随轮胎转动过程中与充电槽滑动接触,光伏路面发电连通路面与轮胎中电路,实现充电。轮胎的充气囊放气时,弹力件由压缩状态恢复原形,弹力件向上顶起缓冲带,此时拖动相连的橡胶环缩进轮胎的胎面中,轮胎断开充电连接,可正常行驶。其中导线圈 ...
【技术保护点】
1.一种利用光伏路面充电的零气压轮胎,包括零气压轮胎和给零气压轮胎充电的光伏路面,所述零气压轮胎包括设置在轮胎内部的充气囊,两侧连接在轮胎内腔壁上的缓冲带,所述缓冲带与轮胎内腔壁之间设有弹力件,弹力件的两端分别与二者相连;其特征在于:零气压轮胎还包括沿轮胎胎面周向设置可伸缩的橡胶环,连接橡胶环与缓冲带的数个链接件,所述橡胶环两侧设有导线圈,导线圈引出正、负极电线穿过橡胶环、链接件后绕经轮胎内腔通过车轴与汽车蓄电池或电机连接;所述光伏路面上设有充电槽,橡胶环与充电槽滚动接触。
【技术特征摘要】
1.一种利用光伏路面充电的零气压轮胎,包括零气压轮胎和给零气压轮胎充电的光伏路面,所述零气压轮胎包括设置在轮胎内部的充气囊,两侧连接在轮胎内腔壁上的缓冲带,所述缓冲带与轮胎内腔壁之间设有弹力件,弹力件的两端分别与二者相连;其特征在于:零气压轮胎还包括沿轮胎胎面周向设置可伸缩的橡胶环,连接橡胶环与缓冲带的数个链接件,所述橡胶环两侧设有导线圈,导线圈引出正、负极电线穿过橡胶环、链接件后绕经轮胎内腔通过车轴与汽车蓄电池或电机连接;所述光伏路面上设有充电槽,橡...
【专利技术属性】
技术研发人员:罗哲,王志勇,曲家玉,
申请(专利权)人:浦林成山青岛工业研究设计有限公司,
类型:新型
国别省市:山东,37
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