The invention discloses a man-
machine interaction method for an intelligent operation and inspection
auxiliary system of a
transformer substation based on a
mixed reality technology. The man-
machine interaction method comprises a two-dimensional code scanning module, an equipment virtual disassembly and
assembly module and a real-time three-dimensional
visualization module. According to the invention, the functions of equipment virtual disassembly and
assembly, real-time three-dimensional
visualization and remote expert assistance of the
transformer substation operation and maintenance
auxiliary system are realized, and the two-dimensional code is used as an entrance identifier of the module. By scanning the two-dimensional code, information of the equipment is obtained by the
system, a three-dimensional model and
animation of the equipment are called, and through GGV interaction, equipment virtual disassembly and
assembly operations such as movement, rotation, disassembly and assembly, restoration and the like of the equipment are realized, so that operation and maintenance personnel can know the internal structure and operation method of the equipment conveniently, and the technical level, the working efficiency and the safety are improved. By scanning the two-dimensional code, the URL address is obtained and the browser is called by the
system, real-time three-dimensional
visualization functions such as real-
time data display and over-limit alarm are achieved, and intelligent and automatic operation and maintenance are achieved.