5 results about "Rotary converter" patented technology

The application discloses a kind of screw pump well electric heating current collection converter, including upper rotary converter and spring leg structure located below rotary converter;Rotary converter inside integrated carbon brush slip ring, carbon brush slip ring is connected with the cable of current collector by slip ring terminal post to realize the column rotation of screw pump and is connected to power supply;Spring leg structure is integrated with spring and spring rod to prevent upper rotary converter from shaking.The current collection converter of the application is used to solve the problems of difficult wellbore lifting, complex ground driving equipment and other problems in screw pump well, by installing a set of current collection converter on the upper part of screw pump driving head, cooperating with hollow sucker rod for downhole electric heating, to improve the temperature of crude oil in wellbore, reduce the viscosity of crude oil, so as to ensure normal and stable production of screw pump well.

The invention relates to the technical field of permanent magnet coupling transmission, and discloses a permanent magnet speed regulator, a control method thereof and a power system. A first rotor connected to the mechanical input; the second rotor is connected with the mechanical output, and the first rotor and the second rotor are coaxial and rotationally connected; the first electromagnetic module comprises a first armature assembly and a first magnetic field assembly; the second electromagnetic module comprises a second armature assembly and a second magnetic field assembly; and the rotary converter is arranged on the first rotor and electrically connected with the first armature assembly and the second armature assembly, and the rotary converter is configured to control current flowing through the first armature assembly and the second armature assembly so as to adjust the rotating speed of the second rotor. According to the invention, the first electromagnetic module and the second electromagnetic module are integrated on the base and the rotor, and the current is controlled by using the rotary converter, so that the output rotating speed is accurately controlled, constant-power transmission is supported, and the energy utilization efficiency is effectively improved.

The hydraulic door shaft swing mechanism relates to the field of aircraft door shafts, and comprises a brake and a rotary connection structure driven to rotate by the brake; the brake comprises a brake piston, a cylinder baffle, and a hollow brake cylinder; the cylinder baffle is arranged in the brake cylinder; one end of the brake piston is movably arranged in the brake cylinder and connected with the cylinder baffle, serving as a driving fixed vane; the brake piston is connected with the rotary connection structure at one end arranged in the brake cylinder; the rotary connection structure is used for connecting a cabin door; the brake piston is movable and used for driving the rotary connection structure to rotate and drive the cabin door to open and close. The hydraulic door shaft swing mechanism combines a direct-drive hydraulic swing cylinder with a piston cylinder, utilizes the swing cylinder to realize the function of output torque to drive the cabin door to rotate, and utilizes the piston cylinder to realize the function of mechanical braking on the swing mechanism; compared with the traditional mechanical-hydraulic drive, the hydraulic direct-drive door shaft swing mechanism can output rotary motion without a direct rotary converter, has the advantages of high driving efficiency, simple and compact structure, and low manufacturing and maintenance cost.

The present application relates to non-ferrous smelting technical field, specifically to a kind of tellurium slag comprehensive recovery method, steps include: tellurium slag is broken, ball milling to 100 mesh below particle size, by sulfuric acid leaching, leaching solution recovers copper, leaching residue is oxidized by hydrochloric acid and leaching, leaching solution is purified and recovered selenium tellurium by impurity removal, leaching residue is recovered gold and silver by water washing and neutralization and oxygen gas inclined-blowing rotary converter.The tellurium slag comprehensive recovery method disclosed in the present application, copper and tellurium in tellurium slag are leached into liquid phase in two stages, lead, gold and silver are in slag phase, so that copper and tellurium are effectively separated from lead, gold and silver, and the leaching rate of copper and tellurium is more than 90%, gold and silver are enriched in slag phase, which can be matched with pressurized copper removal anode mud into oxygen gas inclined-blowing rotary converter.The tellurium slag comprehensive recovery method disclosed in the present application can effectively recover copper, tellurium, gold, silver and other metal elements in tellurium slag, has the advantages of high treatment efficiency, and is worth popularization and application.

The invention discloses a rotary converter tapping monitoring system, which belongs to the technical field of steel smelting equipment, and comprises a support frame, a clamping rotating mechanism and a chain transmission assembly, the supporting frame is fixed in the converter heat insulation door, the pneumatic motor drives the clamping rotating mechanism to rotate around the bearing seat through the chain, and switching of the camera between a working position and a standby position is achieved. A high-temperature-resistant protective sleeve with a three-layer structure is arranged outside the camera, the camera is circularly cooled by cooling water and is matched with a high-temperature-resistant lens and a compressed air curtain to block dust and water mist, and a protective convex edge shields splashes; when gas is cut off, the camera can be transferred to a standby position through manual traction, and an automatic control system is matched with a limiting switch to achieve remote control and over-travel protection. The method can adapt to the high-temperature and high-dust environment of the converter, reduces the manual intervention cost, improves the safety and stability of furnace mouth monitoring, does not need additional auxiliary equipment, can effectively control the cost, and is suitable for the tapping link of the steel smelting converter.