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Data center machine room beneficial to heat dissipation
The invention relates to a data center machine room beneficial to heat dissipation. The data center machine room beneficial to the heat dissipation comprises a machine room body, an overhead layer isarranged on the bottom face of the inner wall of the machine room body, and the overhead layer comprises a plurality of sets of overhead rods fixedly connected to the bottom face of the inner wall ofthe machine room body, a plurality of sets of overhead frames fixedly connected to the upper surfaces of the overhead rods and overhead plates connected to the overhead frames in a clamped mode. Gapsare formed between the lower surfaces of the overhead plates and the upper surfaces of the overhead frames, baffles are fixedly connected to the side walls of the peripheries of the overhead frames, gaps are formed between the side walls of the overhead plates and the baffles, vent holes are formed in the side wall of the machine room, machine equipment is placed on the upper surfaces of the overhead plates, and cold air is introduced into the overhead layer through the vent holes. The cold air is blown out from the gaps between the lower surfaces of the overhead plates and the upper surfacesof the overhead frames and blown out from the gaps between the side walls of the overhead plates and the baffles, the air on the upper layer is exhausted through an exhaust fan, air convection is conveniently formed in the machine room body by an operator, and heat dissipation is conveniently carried out in the machine room.
本发明涉及一种利于散热的数据中心机房，包括机房本体，在机房本体内壁底面上设有架空层，架空层包括若干组固定连接在机房本体内壁底面上的架空杆、若干组固定连接在架空杆上表面上的架空框、卡接在架空框上的架空板，在架空板下表面与架空框上表面呈间隙设置，在架空框四周侧壁上均固定连接有一挡板，架空板侧壁与挡板之间呈间隙设置，在机房侧壁上开设有通气孔，将机器设备放置在架空板上表面上，通气孔往架空层中通入冷空气，冷空气通过架空板下表面和架空框上表面之间的间隙吹出，冷空气从架空板侧壁和挡板之间的间隙吹出，在通过排风扇将上层的空气排走，方便了操作者在机房本体内部形成空气对流，方便了对机房内部进行散热。
Data center machine room beneficial to heat dissipation
The invention relates to a data center machine room beneficial to heat dissipation. The data center machine room beneficial to the heat dissipation comprises a machine room body, an overhead layer isarranged on the bottom face of the inner wall of the machine room body, and the overhead layer comprises a plurality of sets of overhead rods fixedly connected to the bottom face of the inner wall ofthe machine room body, a plurality of sets of overhead frames fixedly connected to the upper surfaces of the overhead rods and overhead plates connected to the overhead frames in a clamped mode. Gapsare formed between the lower surfaces of the overhead plates and the upper surfaces of the overhead frames, baffles are fixedly connected to the side walls of the peripheries of the overhead frames, gaps are formed between the side walls of the overhead plates and the baffles, vent holes are formed in the side wall of the machine room, machine equipment is placed on the upper surfaces of the overhead plates, and cold air is introduced into the overhead layer through the vent holes. The cold air is blown out from the gaps between the lower surfaces of the overhead plates and the upper surfacesof the overhead frames and blown out from the gaps between the side walls of the overhead plates and the baffles, the air on the upper layer is exhausted through an exhaust fan, air convection is conveniently formed in the machine room body by an operator, and heat dissipation is conveniently carried out in the machine room.
本发明涉及一种利于散热的数据中心机房，包括机房本体，在机房本体内壁底面上设有架空层，架空层包括若干组固定连接在机房本体内壁底面上的架空杆、若干组固定连接在架空杆上表面上的架空框、卡接在架空框上的架空板，在架空板下表面与架空框上表面呈间隙设置，在架空框四周侧壁上均固定连接有一挡板，架空板侧壁与挡板之间呈间隙设置，在机房侧壁上开设有通气孔，将机器设备放置在架空板上表面上，通气孔往架空层中通入冷空气，冷空气通过架空板下表面和架空框上表面之间的间隙吹出，冷空气从架空板侧壁和挡板之间的间隙吹出，在通过排风扇将上层的空气排走，方便了操作者在机房本体内部形成空气对流，方便了对机房内部进行散热。
Data center machine room beneficial to heat dissipation
一种利于散热的数据中心机房
ZHANG YAFEI (author) / XU PENG (author) / ZHENG GE (author)
2021-01-05
Patent
Electronic Resource
Chinese
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