The invention discloses a self-adaptive real-time compensation
system for a steel support
axial force during deep foundation
ditch construction and a method thereof. The compensation
system comprises a plurality of field control stations, a plurality of hydraulic proportion
servo control pump
station devices, a plurality of detecting elements, an operation
station and a monitoring
station, wherein the field control stations, the operation station and the monitoring station are connected and communicated through a
CAN bus; each field control station is connected with the plurality of the hydraulic proportion
servo control pump station devices; the hydraulic proportioning
servo control pump station devices comprise
hydraulic pump stations and a plurality of jacks, and the
hydraulic pump stations are respectively connected with the jacks and control the jacks to hold up corresponding steel supports; each detecting element respectively detects the operating situation of the jacks and feeds information back to the field control stations to which the jacks belong; and the monitoring station and the operation station monitor the real-time operating situations of the
hydraulic pump stations and set the operating parameters of the jacks. The invention can realize real-time compensation of the steel support
axial force during deep foundation
ditch construction so as to reduce the deformation of a foundation
ditch.