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Abstract
This paper presents the design of an innovative mine emergency rescue relay cabin, and investigates a detailed comparison of existing shelter facilities, their function, service object, structures, size, and system components with the newly designed mine emergency rescue relay cabin. Air-tightness test indicated a test chamber relief rate of 26Pa/min, which meets the design requirements. Furthermore, respirator replacement test showed an average time of 73.7s to replace a respirator. The air cover air supply test indicated an air supply rate of 220L/min, which is sufficient for the staff replacing the respirator in the emergency rescue relay cabin. The total air supply volume is 9680L, which can be supplied via two compressed air cylinders of 40L, pressurized to15MPa.
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