FIELD: construction.
SUBSTANCE: invention relates to construction, namely, to the field of geological surveys of soils under conditions of their natural occurrence by methods of static and dynamic probing. Multi-purpose system for geological researches comprises an automotive chassis, frame mounted on the chassis, mast configured to be fitted in horizontal-transport and vertical-working positions, panel of the system control and monitoring mounted on the automotive chassis frame, cargo winch mounted in the upper part of the mast, rotator carriage made with the housing in the form of a welded frame and a slide, with rotator installed thereon, having the possibility of movement on the rotator carriage by means of a hydraulic cylinder, controlled from the panel of control and monitoring, and interaction with the cargo winch when performing drilling operations, device for casing string lift installed in the lower part of the mast and having the possibility of interaction with the rotator carriage and the panel of control and monitoring, hydraulic drives, drilling and auxiliary equipment mounted on the automotive chassis frame, System includes installation of static probing placed in the box body, mounted on the automotive chassis frame platform having functional equipment including device of static probing, configured to control probing from the static probing device panel of control and monitoring. System also includes a plant of dynamic probing, installed in the rear part of the frame and made with a possibility of probing control from the system panel of control and monitoring and configured to move along the profile guides, which are fixed to the mast profile by means of welding and provide rotator carriage movement and with a possibility to displace the mast along its base at lifting. For the rotator carriage movement in the lower part of its housing there are lower pressure antifriction plates, providing rotator carriage displacement at shaped guide of the carriage and made with adjustable clearance by means of lower adjustment pads. In the upper part of its housing there are upper pressure antifriction plates with upper adjusting pads for attachment of the slide to the rotator carriage housing. Rotator carriage is configured to be periodically lowered with installation of dynamic probing according to immersion of the string into soil by means of automated system, control of its movement from the panel of control and monitoring and with a possibility to be displaced by the supply drive propelling chain. Supply drive is installed on the upper end of the mast, made with the possibilities to control its movement and interaction with the cargo winch from the panel of control and monitoring. Adjusting lugs are threaded on the rotator carriage housing for attachment to the supply drive propelling chain.
EFFECT: technical result consists in improvement of the system operational quality and expansion of functional and operating performances of the system.
5 cl, 12 dwg
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Authors
Dates
2016-11-10—Published
2015-11-05—Filed