A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Manufacturing method of pantograph slide plate
The embodiment of the invention provides a pantograph slide plate manufacturing method which comprises the following steps: S1, mixing a high-purity carbon material, asphalt, copper powder and titanium carbide, and then adding a binder to form a five-component mixture; wherein the titanium carbide is used as a doping agent; s2, pressing and pre-shaping the five-component mixture, and then performing prefabricated graphitization sintering to obtain the pantograph carbon-based electric contact material, and S3, the surface of the pantograph carbon-based electric contact material obtained through graphitization sintering treatment is subjected to treatment and conformal processing to form a carbon strip, the carbon strip is embedded into the titanium pantograph type, and the titanium lightweight high-speed rail pantograph slide plate is obtained. According to the embodiment of the invention, the technical problem of non-uniform guiding performance of the pantograph slide plate manufactured by a traditional manufacturing method of the pantograph slide plate is solved.
本申请实施例提供了一种受电弓滑板的制造方法，包括如下步骤：步骤S1：将高纯碳材料、沥青、铜粉、碳化钛混合，然后配入粘结剂，形成五组份混合料；其中，碳化钛作为掺杂剂；步骤S2：对所述五组份混合料进行压制预造型，然后进行预制石墨化烧结，以得到受电弓碳基电接触材料；步骤S3：对经石墨化烧结处理得到的受电弓碳基电接触材料表面进行处理和适型加工形成碳条，将碳条嵌入钛制受电弓型中，得到钛轻量化高铁受电弓滑板。本申请实施例解决了传统的受电弓滑板的制造方法制造的受电弓滑板导向性能不均匀的技术问题。
Manufacturing method of pantograph slide plate
The embodiment of the invention provides a pantograph slide plate manufacturing method which comprises the following steps: S1, mixing a high-purity carbon material, asphalt, copper powder and titanium carbide, and then adding a binder to form a five-component mixture; wherein the titanium carbide is used as a doping agent; s2, pressing and pre-shaping the five-component mixture, and then performing prefabricated graphitization sintering to obtain the pantograph carbon-based electric contact material, and S3, the surface of the pantograph carbon-based electric contact material obtained through graphitization sintering treatment is subjected to treatment and conformal processing to form a carbon strip, the carbon strip is embedded into the titanium pantograph type, and the titanium lightweight high-speed rail pantograph slide plate is obtained. According to the embodiment of the invention, the technical problem of non-uniform guiding performance of the pantograph slide plate manufactured by a traditional manufacturing method of the pantograph slide plate is solved.
本申请实施例提供了一种受电弓滑板的制造方法，包括如下步骤：步骤S1：将高纯碳材料、沥青、铜粉、碳化钛混合，然后配入粘结剂，形成五组份混合料；其中，碳化钛作为掺杂剂；步骤S2：对所述五组份混合料进行压制预造型，然后进行预制石墨化烧结，以得到受电弓碳基电接触材料；步骤S3：对经石墨化烧结处理得到的受电弓碳基电接触材料表面进行处理和适型加工形成碳条，将碳条嵌入钛制受电弓型中，得到钛轻量化高铁受电弓滑板。本申请实施例解决了传统的受电弓滑板的制造方法制造的受电弓滑板导向性能不均匀的技术问题。
Manufacturing method of pantograph slide plate
一种受电弓滑板的制造方法
YU JINPENG (author) / CHEN LONGQING (author) / WANG XIAOYI (author) / WEN RONG (author)
2024-12-13
Patent
Electronic Resource
Chinese
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