Patent ID: 8944186
Filing Date: 2015-02-03
Classification: E21B

Abstract:
1. A system for performing deep drillings in geological formations, the system having a surface base and adapted for creating a borehole in a geological formation which is adapted to be filled with fluid, the system comprising a robotic multi-functional underground drilling platform including: a component for crushing rock, a component for continuous formation of casing profile, a component of casing as transfer and transport infrastructure, a transport container component, a control and communication component, an energy component, a component of operating transport containers, and a component of removing and loading the rock from the place of crushing, wherein the component for crushing rock is interconnected with the component of removing and loading the rock from the place of crushing by means of water channels, wherein the component of removing and loading the rock from the place of crushing is interconnected with transport container component by means of water channels, wherein the component of casing as transfer and transport infrastructure is connected to the component for continuous forming of casing profile by means of moving formworks, wherein the component of operating transport containers is connected to the transport container component by means of operating mechanics, wherein the component of removing and loading the rock from the place of crushing is interconnected with the component of operating transport containers by means of water channels, wherein the component of operating transport containers is interconnected with the transport container component by means of water channels, wherein the transport container component is interconnected with the component for continuous forming of the casing profile by means of injection channels, wherein the transport container component is interconnected with the component of casing transfer and transport infrastructure by means of water channels, wherein the control and communication component is connected to the other components by sensory channels and channels of control signals, and wherein the energy component is interconnected with the other components by energetic channels.