The invention relates to the technical field of bicycles and relates to a carbon fiber-based heating bicycle handlebar. The carbon fiber-based heating bicycle handlebar comprises a power generation device, a switch device and a heating handle; the power generation device comprises a flexible substrate, a gallium arsenide solar photovoltaic cell and an anti-reflection film which are sequentially fixed in the middle of the handlebar; the gallium arsenide solar photovoltaic cell is connected with the heating handle through an electric wire; the switch device adopts a pressure sensor and is installed on one side of the handle; the pressure sensor is connected with a temperature sensor installed in the heating handle; the heating handle is fixed to the handlebar; and the internal heating structure of the heating handle is formed by bending and splicing sheets composed of carbon fiber heating wires. The solar cell is made of a gallium arsenide material, weak light power generation can be realized, and the power generation efficiency is high; the core material of the heating device is carbon fibers, the conductivity is good, the electric heating conversion rate is 97% or above, and energyis saved by 20% or above compared with heating materials of the same type.
本发明涉及自行车领域技术领域,尤其涉及一种基于碳纤维的发热自行车车把,包括发电装置、开关装置以及发热手柄;所述发电装置包括柔性基板、砷化镓太阳能光伏电池以及抗反光膜,依次固定在车把的中部,砷化镓太阳能光伏电池通过电线与发热手柄连接,所述开关装置采用压力传感器,安装在把手一侧,压力传感器还与安装在发热手柄内部的温度传感器连接,所述发热手柄固定在车把上,内部发热结构是由碳纤维发热丝构成的薄片弯曲拼接而成。太阳能电池采用砷化镓材料,可以实现弱光发电、发电效率高;发热装置核心材料采用碳纤维,导电性能好,电热转化率在97%以上,相比同类型发热材料节能20%以上。
Carbon fiber-based heating bicycle handlebar
基于碳纤维的发热自行车车把
2020-09-15
Patent
Electronic Resource
Chinese
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