The invention discloses a central outside-
vein house pillar type combined crosscut two-end inside-
vein continuous segment filling mining method for medium-thickness inclined crushed
phosphorus ores. The method comprises the following steps: dividing an ore into middle segments, dividing each of the middle segments into panels, dividing each of the panels into segments, dividing the center of each of the segments into ore houses and ore pillars, and dividing two ends of each of the segment along an inside-
vein drilling ore-removal level non-pillar into
recovery units; adopting a hanging side outside-vein trackless mining
system which is formed by a panel ramp, a concentrated ore-removal ore-pass, segment levels at the central outside-vein and shifting to inside-vein at two sides, and an connection lane commonly used by the ore houses and the ore pillars; recovering the ore houses in the middle segments, filling close to back, and recovering the ore pillars; and carrying out parallel operations of technologies comprising drilling, exploding, supporting, ore removal, filling and the like of a plurality of the ore houses to realize continuous mining. The method disclosed in the invention has the substantial characteristics of improvement of the
recovery safety and the panel productivity, reduction of the resource
dilution rate and the mining-
cutting ratio, increase of enterprise benefits and the like.