掘进工作面掘进机智能化改造设计

Intellectualized Reconstruction Design of Roadheader at Heading Face

受煤矿井下恶劣环境影响,掘进机在实时监控与自动控制方面的应用受到限制,导致掘进机工作效率低下,现场人员及设备的安全难以得到保障。针对以上问题,通过搭设矿井万兆环网与分布式采集设备对掘进机工作面进行智能化改造,实现掘进机运行综合监测与自动截割控制,减少掘进工作面劳动投入,基本实现工作面无人操作值守。

Aiming at the low efficiency of roadheader and difficulty in ensuring the safety of on-site personnel and equipment resulting from the limited application of real-time monitoring and automatic control in roadheader under the harsh underground environment,the author proposes an intellectualized reconstruction at heading face by setting up a 10 Gigabit ring network and distributed acquisition equipment,which can achieve the comprehensive operation monitoring and automatic cutting control and reduce labor investment,basically achieving the unmanned operation and monitoring of the working face.