Abstract: An anti-static globe valve for hyperbaric oxygen and a method are provided, belong to the technical field of oxygen globe valves. The globe valve comprises a valve body, a valve disc, a valve seat and a valve stem. The valve seat is installed in the valve body, and the valve disc moves in an air channel of the valve body. When the valve disc is in contact with the valve seat, the valve disc is able to cut off the flowing of a medium in the air channel. When the valve disc is far away from the valve seat, the flowing of the medium in the air channel is allowed. An upper sleeve and a lower sleeve are further provided in the valve body, the upper sleeve is perpendicular to and in communication with the air channel, and the valve disc moves up and down in the upper sleeve.

Abstract: An intelligent scheduling method, a terminal device, an edge node cluster, and an intelligent scheduling system are provided. The method may be applied to a terminal device, and includes acquiring addresses of a plurality of edge node clusters corresponding to the terminal device, sending probe packets to each edge node cluster and receiving detection results of responses by each edge node cluster, calculating network connection quality parameters of each edge node cluster according to the detection results of the responses by each edge node cluster, and according to the network connection quality parameters of each edge node cluster, initiating an access request to an edge node cluster that meets a first preset condition for the edge node cluster that meets the first preset condition to respond to the access request.