The　innovative　design　of　remote　intelligent　control　system　for　mining　dampers　is　of　great　significance　for　enhancing　the　safety　and　efficiency　of　mine　operations.　This　paper　adopts　the　TRIZ　innovation　method　to　conduct　an　in-depth　analysis　of　the　existing　mining　dampers　control　system　and　identify　its　deficiencies　in　remote　control,　intelligent　level　and　system　stability.　Through　the　nine-screen　analysis　method,　technical　contradiction　analysis,　and　the　application　of　the　object　field　model,　this　study　proposes　an　integrated　and　intelligent　improvement　scheme.　The　scheme　includes　an　improved　communication　unit,　an　enhanced　motor　control　unit　and　an　upgraded　output　unit,　aiming　at　remote　control,　condition　monitoring　and　fault　self-diagnosis.　The　results　of　system　implementation　and　testing　show　that　the　new　system　can　meet　the　demands　of　modern　mining　production　with　good　stability　and　ease　of　operation.　The　results　of　this　study　not　only　improve　the　intelligent　level　of　the　mine　ventilation　system,　but　also　bring　significant　economic　and　social　benefits　to　mining　enterprises.　©　2024　IEEE.