Abstract: An enclosure for cryptocurrency mining rigs is used to reduce the noise pollution generated by the cryptocurrency mining rig. Additionally, the enclosure is designed to maintain the cryptocurrency mining rig within a desired thermal profile. To achieve this, the enclosure has a housing with a rig receptacle, a pair of ventilating lids an external vent and an access port. The ventilating lids are mounted over an opening of the rig receptacle and positioned offset from each other. This enables airflow into the rig receptacle while creating a circuitous path along which noise must travel when exiting the rig receptacle. Similarly, the external vent is a circuitous duct that extends through the housing. This enables air to flow into the housing without compromising the noise-reducing properties of the enclosure. The access port extends through the housing and enables the enclosure to be connected to external systems.

Abstract: An enclosure for cryptocurrency mining rigs is used to reduce the noise pollution generated by the cryptocurrency mining rig. Additionally, the enclosure is designed to maintain the cryptocurrency mining rig within a desired thermal profile. To achieve this, the enclosure has a housing with a rig receptacle, a pair of ventilating lids an external vent and an access port. The ventilating lids are mounted over an opening of the rig receptacle and positioned offset from each other. This enables airflow into the rig receptacle while creating a circuitous path along which noise must travel when exiting the rig receptacle. Similarly, the external vent is a circuitous duct that extends through the housing. This enables air to flow into the housing without compromising the noise-reducing properties of the enclosure. The access port extends through the housing and enables the enclosure to be connected to external systems.