Abstract: The apparatus for removing the production pipe (10) in the borehole is mechanically connected by means of BHA to an electrical power supply (12), coolant supply (13), data cable (14) and control unit (15). The equipment (X) is placed in a contactless manner inside the production pipe (10) and comprises a liquid precursor supply (11) which enters the generator (5) of the plasma-forming medium connected to the nozzle system inlet (6) connected to the nozzle system (7).

Abstract: A method of removing materials by their disintegration, especially metal tubes and non-metal materials, particularly in an area of a borehole, by thermal disintegration of materials by action of plasma created in a plasma generator, by hydrodynamic and/or gravitational removing of disintegrated materials from the area of the borehole, characterized in that a directed flow of water vapour-based plasma acts on material being disintegrated and disintegrates it by synergetic simultaneous effect of thermal action and exothermic chemical reactions.

Abstract: A generating electric arc is disclosed herein, which thermally and mechanically acts on a material in such a manner that the electrical arc is shaped and guided by the action of a magnetic field and hydro-mechanical forces on the electrical arc. Generally, a substantial part of the electric arc acts directly and areally on a conductive and/or non-conductive material to be disrupted, a substantial part of the electric arc's heat flow is directed into the material to be disrupted, both electric arc roots move on the electrodes of a generator, and the electric arc has preferably a shape of a spiral. A device is also provided herein for generating an electric arc with thermal and mechanic action on a material containing axially symmetrical electrodes, i.e. an anode (4) and a cathode (6), a spark gap (7), nozzles (5) for the working medium flow, cooling media inlet and outlet (12), electric power supply (14), and ring-shaped magnets (9) whose section has the shape of a triangle.

Abstract: A generating electric arc is disclosed herein, which thermally and mechanically acts on a material in such a manner that the electrical arc is shaped and guided by the action of a magnetic field and hydro-mechanical forces on the electrical arc. Generally, a substantial part of the electric arc acts directly and areally on a conductive and/or non-conductive material to be disrupted, a substantial part of the electric arc's heat flow is directed into the material to be disrupted, both electric arc roots move on the electrodes of a generator, and the electric arc has preferably a shape of a spiral. A device is also provided herein for generating an electric arc with thermal and mechanic action on a material containing axially symmetrical electrodes, i.e. an anode (4) and a cathode (6), a spark gap (7), nozzles (5) for the working medium flow, cooling media inlet and outlet (12), electric power supply (14), and ring-shaped magnets (9) whose section has the shape of a triangle.

Abstract: A method of removing materials by their disintegration, especially metal tubes and non-metal materials, particularly in an area of a borehole, by thermal disintegration of materials by action of plasma created in a plasma generator, by hydrodynamic and/or gravitational removing of disintegrated materials from the area of the borehole, characterized in that a directed flow of water vapour-based plasma acts on material being disintegrated and disintegrates it by synergetic simultaneous effect of thermal action and exothermic chemical reactions.

Abstract: Generating electric arc, which thermally and mechanically acts on material in such manner that the electrical arc is shaped and guided by the action of magnetic field and hydro-mechanical forces on the electrical arc, wherein: —the substantial part of the electric arc acts directly and areally on conductive and/or non-conductive material to be disrupted, —the substantial part of the electric arc's heat flow is directed into the material to be disrupted, —wherein both electric arc roots move on the electrodes of the generator and the electric arc has preferably a shape of a spiral. A device for generating an electric arc with thermal and mechanic action on material containing axially symmetrical electrodes, i.e.

Abstract: A fold down sorting pan for providing a surface for sorting small objects. The fold down sorting pan includes a mounting portion adapted for mounting to a wall or countertop. A support arm is pivotally coupled to the mounting portion. A tube is coupled to a bottom of the support arm. An extension arm extends from the tube. A pan is coupled to the extension arm.

Abstract: An assembly for warming and containing warmed acrylic liquid for manicuring application. The electric warmer is especially designed to efficiently heat a geometrically-matched dappen dish containing acrylic liquid to bring the temperature of the liquid sufficiently high to prevent crystallization before application to the fingernails. The heater and dappen dish assembly is uniquely designed to provide unobstructed access to the warmed liquid while the dish remains in the heater. The heater provides a dish enclosure which has a chamber that is congruent with the exterior of the dappen dish to provide efficient heat transfer and to minimize the size of the warming assembly for a given quantity of liquid.