Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Rail clamping plate automatic crossing continuous operation control method for railway screen scarifier
The invention relates to a rail clamping plate automatic crossing continuous operation control method for a railway screen scarifier in the technical field of railway engineering machinery control. The method utilizes an algorithm controller for executing the following program steps of: S100, rail clamping plate recognition, specifically, a proximity switch installed on a rail lifting clamp mechanism recognizes a rail clamping plate, and a near-end rail clamp descends, loosens and descends a rail; S101, near-end rail clamp crossing, namely, the near-end rail clamp crosses the rail clamping plate, the near-end rail clamp clamps, lifts and ascends the rail, and a far-end rail clamp descends, loosens and descends the rail; S102, far-end rail clamp crossing, namely, the far-end rail clamp crosses the rail clamping plate, and the far-end rail clamp clamps, lifts and ascends the rail; and S103, rail clamping plate re-identification, namely, when a next rail clamping plate is encountered, the actions from S100 to S102 are repeated. The rail clamping plate automatic crossing continuous operation control method has the advantages of being simple in structure, reliable in recognition, effective in control and convenient to maintain.
本发明涉及铁路工程机械控制技术领域的一种铁路清筛机用轨道夹板自动跨越连续作业控制方法，它利用算法控制器执行下列程序步骤：S100，轨道夹板识别：提轨夹钳机构安装的接近开关识别轨道夹板，近端轨夹下降、松夹、落轨；S101，近端轨夹跨越：近端轨夹跨越轨道夹板，近端轨夹夹轨、提轨、上升，远端轨夹下降、松夹、落轨；S102，远端轨夹跨越：远端轨夹跨越轨道夹板，远端轨夹夹轨、提轨、上升；S103，轨道夹板再识别：当遇到下一个轨道夹板时，重复S100至S102动作。本发明具有结构简单、识别可靠、控制有效和维护方便的优点。
Rail clamping plate automatic crossing continuous operation control method for railway screen scarifier
The invention relates to a rail clamping plate automatic crossing continuous operation control method for a railway screen scarifier in the technical field of railway engineering machinery control. The method utilizes an algorithm controller for executing the following program steps of: S100, rail clamping plate recognition, specifically, a proximity switch installed on a rail lifting clamp mechanism recognizes a rail clamping plate, and a near-end rail clamp descends, loosens and descends a rail; S101, near-end rail clamp crossing, namely, the near-end rail clamp crosses the rail clamping plate, the near-end rail clamp clamps, lifts and ascends the rail, and a far-end rail clamp descends, loosens and descends the rail; S102, far-end rail clamp crossing, namely, the far-end rail clamp crosses the rail clamping plate, and the far-end rail clamp clamps, lifts and ascends the rail; and S103, rail clamping plate re-identification, namely, when a next rail clamping plate is encountered, the actions from S100 to S102 are repeated. The rail clamping plate automatic crossing continuous operation control method has the advantages of being simple in structure, reliable in recognition, effective in control and convenient to maintain.
本发明涉及铁路工程机械控制技术领域的一种铁路清筛机用轨道夹板自动跨越连续作业控制方法，它利用算法控制器执行下列程序步骤：S100，轨道夹板识别：提轨夹钳机构安装的接近开关识别轨道夹板，近端轨夹下降、松夹、落轨；S101，近端轨夹跨越：近端轨夹跨越轨道夹板，近端轨夹夹轨、提轨、上升，远端轨夹下降、松夹、落轨；S102，远端轨夹跨越：远端轨夹跨越轨道夹板，远端轨夹夹轨、提轨、上升；S103，轨道夹板再识别：当遇到下一个轨道夹板时，重复S100至S102动作。本发明具有结构简单、识别可靠、控制有效和维护方便的优点。
Rail clamping plate automatic crossing continuous operation control method for railway screen scarifier
一种铁路清筛机用轨道夹板自动跨越连续作业控制方法
SONG JIMING (Autor:in) / LI KANG (Autor:in) / YANG JIALING (Autor:in) / LIU XIN (Autor:in) / LEI LINGYAN (Autor:in) / LIU ZIFENG (Autor:in) / YAO LIWEI (Autor:in) / LI QIN (Autor:in)
20.08.2021
Patent
Elektronische Ressource
Chinesisch
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