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公开(公告)号：US20160311625A1
公开(公告)日：2016-10-27
申请号：US15101877
申请日：2015-06-12
Applicant: CHINA UNIVERSITY OF MINING AND TECHNOLOGY
Inventor： Jixiong Zhang , Nan Zhou , Wei Yin , Meng Li
CPC classification number: E21F17/18 , B65G43/00 , B65G43/02 , B65G43/08 , B65G2201/045 , B65G2203/0258 , B65G2203/041 , E21F13/04 , E21F15/06 , H04N7/181
Abstract: A solid-filling coal mining feeding and conveying monitoring system, suitable for monitoring of a vertical feeding and conveying system in underground mine solid-filling mining. The monitoring system mainly consists of an industrial control computer, a PLC control box, an operating platform, a liquid crystal display, a color four-picture divider, two video optical receivers and loudspeakers, four cameras, uphole electronic belt scales, downhole electronic belt scales, a radar level meter, a coal level sensor, a vibration sensor, and various matching junction boxes and cables, the components being installed in positions such as a material field, a control room, upper and lower openings of a storage silo, and a gangue transportation lane. The system implements four main functions of a solid-filling material transportation and feeding process, the four main functions being status monitoring, a full silo alarm, centralized control, and recording and querying. The monitoring content of the system is comprehensive; operation of the system is simple; and the system is safe and reliable.
Abstract translation: 一种固体填充采煤和输送监测系统，适用于地下矿井采矿垂直进料和输送系统的监测。 监控系统主要由工业控制计算机，PLC控制箱，操作平台，液晶显示器，彩色四画面分割器，两个视频光接收器和扬声器，四个摄像头，井下电子皮带秤，井下电子皮带 秤，雷达液位计，煤层传感器，振动传感器和各种匹配的接线盒和电缆，这些部件安装在诸如材料场，控制室，存储筒仓的上部和下部开口的位置，以及 g石运输车道。 该系统实现了固体填充物料运输和进料过程的四个主要功能，四个主要功能是状态监测，全筒仓报警，集中控制和记录和查询。 系统监控内容全面; 系统操作简单; 系统安全可靠。
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公开(公告)号：US09988905B2
公开(公告)日：2018-06-05
申请号：US15101877
申请日：2015-06-12
Applicant: CHINA UNIVERSITY OF MINING AND TECHNOLOGY
Inventor： Jixiong Zhang , Nan Zhou , Wei Yin , Meng Li
CPC classification number: E21F17/18 , B65G43/00 , B65G43/02 , B65G43/08 , B65G2201/045 , B65G2203/0258 , B65G2203/041 , E21F13/04 , E21F15/06 , H04N7/181
Abstract: A solid-filling coal mining feeding and conveying monitoring system, suitable for monitoring of a vertical feeding and conveying system in underground mine solid-filling mining. The monitoring system mainly consists of an industrial control computer, a PLC control box, an operating platform, a liquid crystal display, a color four-picture divider, two video optical receivers and loudspeakers, four cameras, uphole electronic belt scales, downhole electronic belt scales, a radar level meter, a coal level sensor, a vibration sensor, and various matching junction boxes and cables, the components being installed in positions such as a material field, a control room, upper and lower openings of a storage silo, and a gangue transportation lane. The system implements four main functions of a solid-filling material transportation and feeding process, the four main functions being status monitoring, a full silo alarm, centralized control, and recording and querying. The monitoring content of the system is comprehensive; operation of the system is simple; and the system is safe and reliable.
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公开(公告)号：US10301939B2
公开(公告)日：2019-05-28
申请号：US15770500
申请日：2016-11-18
Applicant: CHINA UNIVERSITY OF MINING AND TECHNOLOGY , Pingdingshan Tianan Coal Mining Co., LTD , China Pingmei Shenma Energy and Chemical Industry Group Co., LTD , Xuzhou ZhongAn Science & Technology Co., Ltd.
Inventor： Jixiong Zhang , Jianguo Zhang , Qiang Zhang , Qiang Sun , Wei Yin , WeiQing Zhang , Hao Yan
Abstract: Disclosed is a method for designing supporting parameters of a transition support for a mixed mining face of filling and fully-mechanized mining. The method includes: first, determining a total length of a mixed mining working face and a length of a filling section according to requirements of a coal mining production capacity of the mixed mining working face and a filling capacity of the filling section working face; then, establishing a mixed mining numerical model of filling and fully-mechanized mining by using three-dimensional distinct element software, and simulating and calculating a caving height of a roof of a transition section and a stress influence range of the transition section when a filling rate of a mined-out area of the filling section changes; based on a result of numerical simulation and calculation, performing curve fitting according to a correlation coefficient to obtain a functional relationship between the filling rate and the caving height and a functional relationship between the filling rate and the stress influence range of the transition section; and finally designing supporting parameters of a transition support in combination with actual engineering geological parameters. The method can provide a reference for supporting design of a support, and enables a smooth transition between a filling support and a fully-mechanized mining support for a mixed working face, thereby further enriching filling mining theories and expanding the application range of filling mining.
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