Electric power communication transmission bridge frame

The invention discloses an electric power communication transmission bridge frame. The bridge frame comprises transverse plates. The transverse plates are arranged equidistantly in parallel. The transverse plates and a vertical plate are fixed. A cable ring group device is used to arrange transverse cable rings and vertical cable rings in an interlaced mode at a height and a position. Cables are prevented from intersecting and extruding mutually. After the cables are laid at the corresponding vertical cable rings or the transverse cable rings, a bolt tail end is embedded into a hole groove sothat the cables are prevented from leaving a detachable cable ring group device. When the cables need to be extended downwardly and laid, a detachable bending pipe device is screwed into a through hole of a corresponding position. The cables pass through a circular ring and then pass through a fixing pipe via a bending pipe. The cables can be extended downwardly along an arc bending portion of a detachable bending pipe at