Method of use of a first lifting system to remotely control aspects su00ecsmico desired a second remote system of lifting su00ecsmico; _ method for measuring operations of lifting su00ecsmico in hole drilled with diversion by using In a first system and a second lifting su00ecsmico lifting system raises su00ecsmico system;Chin su00ecsmico to carry out measuring operations of lifting su00ecsmico hole perforated with deviation and system for realization of measuring operations of lifting su00ecsmico hole perforated with deviation using a first subsystem and a second lifting su00ecsmico Su Bsistema lifting su00ecsmico

摘要

Method of use of a first lifting system to remotely control aspects su00ecsmico desired a second remote system of lifting su00ecsmico; method for realization of measuring operations of lifting su00ecsmico in hole perforated with diversion by using Will be a first lifting system and a second system su00ecsmico lifting system raises su00ecsmico;Then su00ecsmico to carry out measuring operations of lifting su00ecsmico hole perforated with deviation and system for realization of measuring operations of lifting su00ecsmico hole perforated with deviation using a first subsystem and a second sub survey su00ecsmico Su00ecsmico lifting system.It is a system of seismic survey to carry out measuring operations of seismic survey of borehole drilled with deviation. The system includes a first seismic survey subsystem (201) and a second seismic survey subsystem (203) remotely located with respect to the first seismic survey subsystem (201).The first seismic survey subsystem may include a first system (201a) of source control; a first interface; a first control system of cable tool drilling; and a first digital wireless communication device.The second seismic survey subsystem may include a second system (210b) of source control; a second interface; at least one device of signal source; and a second communication device digital wireless.The first and second digital communication devices may be configured to provision of an interconnection of digital communication for transmission of digital information between the first seismic survey subsystem and the second seismic survey subsystem. In at least one implementation the system may be configured to allow a user located in the first sp.Bsistema of seismic survey is remotely at least a portion of the first plurality of operational parameters associated with at least one device of signal source located in the second seismic survey subsystem.In addition, according to a specific configuration, the system of seismic survey of this invention can be configured to use GPS information in order to improve the precision of timing synchronization clock signal source.