Abstract: Aiming at the problem of strong mine pressure behavior in the fully mechanized mining face with weak roof, taking the first mining face of the 2^# coal seam in Taitou Coal Coke, Xiangning Coking Coal, Shanxi Province as the engineering background, through a coupled monitoring mean of "point-line-face", an entropy weight-extensible risk evaluation model is constructed, the working face is divided into three zones: safety, early warning, and danger, and a precise management and control of mine pressure risks is achieved. On this basis, a three in one control technology of "high initial support force bracket support+directional hydraulic fracturing and pressure relief+ultra-high strength anchor cable net surface protection" is proposed. The test shows that after applying this technology, the periodic weighting step distance of the working face is improved by 36%, the peak value of support resistance is reduced by 11%, the monthly advancement progress is improved from 75 m to 98 m, and the annually created economic benefit is 16.4 million yuan. A replicable and promotable technical paradigm for weak roof mine pressure control is ultimately formed.