57results about How to "Improve oil pumping efficiency" patented technology

A network detecting and controlling system of pumping unit is featured as dynamically collecting pressure and displacement on-site data of pumping unit by transducer then sending said data to on-site controller, using driving controller to make motor of pumping unit regulate speed, measuring parameter of power supply subsystem by relay protective unit to judge out overpressure and overcurrent protection of motor and controller on pumping unit, carrying out remote communication with the second radio communication unit (RCU) in remote monitor and information management system through the first RCU, connecting the second RCU to control center being used to contact with mobilephone through GSM.

The invention provides a reciprocating buoyancy regulating unit for an autonomous profile buoy platform. The reciprocating buoyancy regulating unit comprises a control module, an air drive module, a hydraulic drive module, an oil-air bag, and a high-pressure copper pipe. The air drive module comprises an air pump I, a one-way valve I, a pressure sensor I and an air valve I. The hydraulic drive module comprises a plunger cylinder, an oil tank, a one-way valve set, an electric throttle valve, a one-way valve II, an air pump II, a pressure sensor II and an air valve II. The control module is connected with the air pump I, the air valve I and the pressure sensor I in the air drive module through wires. The control module is connected with the air pump II, the pressure sensor II, the air valve II, a level sensor, the plunger cylinder and the electric throttle valve in the hydraulic drive module through wires. The control module is used for controlling actions of devices connected thereto. The reciprocating buoyancy regulating unit has the advantages that oil quantity adjustment is increased greatly to increase buoyancy adjustability in a buoy without changing the size of the buoy.

The invention discloses a dual horsehead fine balance energy-saving walking beam pumping unit comprising a waling beam assembly, a bracket assembly, a power assembly and a brake assembly. The middle part of the walking beam assembly is articulated with the upper end of the bracket assembly through a central bearing base; the front and rear ends of the walking beam assembly are respectively connected with a front horsehead and a rear horsehead; the front and rear horseheads are respectively connected with one end of a hauling steel rope; the other end of the hauling steel rope is respectively connected with a reel of the power assembly; the front horsehead is provided with a rope hanger, and the rear horsehead is provided with a balance block; the bracket assembly is provided with a tensionmechanism assembly and a buffer mechanism assembly; and the steel rope winds through the tension mechanism assembly and the buffer mechanism assembly to realize tension and buffer. The invention solves the problems of much material consumption of the regular beam-pumping unit and large impact load of a vertical pumping unit, and the like, has reasonable design, realizes remote control, monitors the parameter variation of the pumping unit at any time and ensures favorable social and economic benefits.

This invention provides balance long impact oil extraction device, which comprises motor, automatic brake, decelerator input axis, decelerator, decelerator output axis and sheave parts on shell top platform, wherein, the drive rope is connected to hanging device and ring through drive rope fix device two end set inside sheave parts; the hanging rope and ring are connected through light bar and match parts; when sheave rotates, it drives rope and match drive rope for synchronous reverse movement.

The invention relates to an oil pumping tube for an oil well, in particular to an ultra-high molecular weight polyethylene composite oil pumping tube with a hot film heating layer. The oil pumping tube belongs to the technical field of petroleum industry. The hot film type ultra-high molecular weight polyethylene composite oil pumping tube comprises a metal outer tube and an ultra-high molecular weight polyethylene inner tube, wherein an electroheat film is preset in an inner tube interlayer, and the electroheat film covers an insulation heat transfer layer; the insulation heat transfer layer is made of insulation heat transfer materials of mica, quartz sand, plutonium tetrafluoride ethylene, heat conduction silicone grease, and the like. The heat conduction silicone grease is preferable. The tail end of the electroheat film is connected with a heat sensor and a temperature controller, and a metal powder heat-conducting medium layer is coated between the inner tube and the insulation heat transmission layer of the electroheat film. The product of the oil pumping tube improves the oil pumping efficiency and reduces the oil pumping cost.

The invention discloses an automatic adjusting device for locations of balance blocks of a petroleum pumping unit. An operating instruction inputting module (12) of the device is connected into a location control module (11), an output signal of an encoder (1) is connected into the location control module (11), the location control module (11) is connected into a servo driving module (10), the servo driving module (10) is connected into a motor (9), an output shaft of the motor (9) is connected with an input end of a worm (13) of a worm gear and worm speed reducer (2), the encoder (1) and the motor (10) are coaxially mounted at a non-input end of the worm (13), and an end of a lead screw (3) is fixedly connected with a balance block (7) via a flange (4). An operating instruction is inputted into the operating instruction inputting module (12) so as to adjust the location of the balance block (7) on a crank (6). The automatic adjusting device can be operated in a running state, is high in adjustment precision, and saves labor and time.

The invention discloses a worm gear transmission pumping unit and a method. The unit comprises a frame, a transmission mechanism and an annular reversing mechanism. The frame comprises a base, a platform support frame, an escalator, a low platform and a high platform, wherein the low platform is provided with three transmission support frames for fixedly installing a worm gear reducer, a variablefrequency speed control motor and a super capacitor respectively; the middle of the high platform is provided with a rectangular for mounting the annular reversing mechanism, and the annular reversingmechanism is connected to the transmission mechanism through a coupler. The worm gear reducer can achieve first-stage transmission deceleration and large transmission ratio, the mating surfaces of aworm and a gear are in linear contact, the bearing capacity is much larger than the gear deceleration, the worm gear meshing is multi-tooth meshing, the transmission is stable, and the noise is low. The annular reversing mechanism converts rotary motion of the variable frequency speed control motor into vertical linear motion of a polish rod connecting frame by meshing of a gear and a ring gear toachieve reciprocating motion of a sucker rod.

The invention relates to a pumping unit permanent magnet speed regulation and energy conservation device. The pumping unit permanent magnet speed regulation and energy conservation device is mainly composed of a permanent magnet speed regulation mechanism, a belt pulley drive mechanism and a rotating speed control system. The permanence magnet speed regulation mechanism comprises a permanent magnet plate, a conductor plate, a brake, a transmission shaft and a speed regulation mechanism, wherein the permanent magnet plate does not make contact with the conductor plate, torque is cut and delivered by magnetic lines of force through relative rotation, the speed regulation mechanism regulates the relative position of the permanent magnet plate and the conductor plate to regulate the magnetic coupling area so that speed regulation can be achieved, and the brake is used for preventing the rotating speed of the permanent magnet plate from being out of control. The belt pulley drive mechanism comprises a bearing seat, a belt pulley and a transmission shaft. The rotating speed control system comprises a controller, a displayer and a rotating speed and position detection device mechanism, wherein the controller is an intelligent device controlled by a central processor, controls the rotating speed of the belt pulley in a preset work mode according to collected parameters such as the rotating speed and the position, and sends operation parameters to the displayer. According to the pumping unit permanent magnet speed regulation and energy conservation device, the aims of saving energy and improving the oil pumping efficiency can be achieved by accurately controlling the working state of a pumping unit.

The invention discloses a supercharger and a centrifugal vacuum oil purifier with the supercharger. The supercharger is characterized by comprising a check valve, a vacuum tank oil inlet pipe, a supercharger shell, a high-pressure oil pump connecting pipe, a high-pressure oil-ejecting pipe, a pressure-mixing pipe, an oil-well pump connecting pipe and flanges, the two ends of the supercharger shell are sealed and connected by the flanges into a sealed body, the high-pressure oil pump connecting pipe is inserted into the supercharger shell, and the high-pressure oil-ejecting pipe is arranged at the tail end of the high-pressure oil pump connecting pipe; the oil-well pump connecting pipe is inserted in the supercharger shell, and the outlet end of the high-pressure oil-ejecting pipe is connected with the inverted-frustum-shaped inlet end of the pressure-mixing pipe in a jet-flow mode; the vacuum tank oil inlet pipe is perpendicularly communicated with the supercharger body in the radial direction; the check valve is arranged in the input pipe opening of the vacuum tank oil inlet pipe. The oil purifier comprises an oil-purifying pump, an oil tank, an oil-well pump, a vacuum tank pump, a vacuum tank and an oil purifying device, and is characterized by further comprising a supercharging oil pump and the supercharger.

The invention relates to an intelligent control device applied to an oil-field pumping unit. The intelligent control device comprises a controller, a frequency converter, a motor, the pumping unit, a control power supply module, three-phase dynamic electricity and a sensor. The three-phase dynamic electricity is connected with the control power supply module and the frequency converter separately; the control power supply module is connected with the controller; the controller controls the frequency converter to drive the motor to rotate; the motor is connected with the pumping unit; the pumping unit comprises a sucker rod and a walking beam; and the sensor is arranged on the walking beam of the pumping unit and used for sensing the position of the sucker rod and transmitting data to the controller. According to the intelligent control device, the situation that when the sucker rod moves upward, the speed is high, and when the sucker rod moves downward, the speed is slow at the time of oil pumping can be realized; the pump efficiency is increased while pump leakage is reduced; the oil pumping efficiency and the oil yield of the pumping unit are improved; and the function of energy saving is achieved, operation is stable and reliable, the service life is long, and higher practical value is achieved.

A scissors fork type extended-range pumping unit comprises a motor, a motor supporting base, a speed reducer, a crank, a rocker, an installing support, a scissors fork supporting arm hinged shoe, an upper supporting platform, a horsehead hinged shoe, a horsehead, a scissors fork type lifting mechanism, a hydraulic device, a polished rod lifting rope, a lower supporting platform and a supporting base. Structures of a double-action wheel type pumping unit and a pedal single-arm walking beam extended-range pumping unit are used for reference, a range extending device is improved by adopting the scissors fork type lifting mechanism, and the stroke of the pumping unit is effectively lengthened by using the characteristics of providing enough lifting height and saving space of the scissors fork type lifting mechanism. The characteristics that the scissors fork type mechanism bears heavy loads and moves stably are used, and the mechanism moves more smoothly, and the oil pumping efficiency is improved. Different performance requirements of pumping units in large, medium and small sizes can be met by changing the structure of the scissors fork type lifting mechanism.

The invention relates to a tubing oil well pump. The tubing oil well pump comprises a fixed valve and a protection cover for preventing impurities from falling in the fixed valve. The fixed valve comprises a fixed valve seat and a valve ball matched with the fixed valve seat; and a sedimentary cavity is formed in the periphery of the protection cover, and the fixed valve seat and the valve ball are located on the outer side of the protection cover. The valve ball and the fixed valve seat are located on the outer portion of the protection cover; and under the condition of ensuring the storage capacity of the sedimentary cavity, the radial size of the valve ball and the radial size of the fixed valve seat are not limited by the protection cover, the diameter of the fixed valve seat can reach the maximum as far as possible, the radius of the valve ball is made to be maximum as far as possible, and the oil pumping efficiency of the tubing oil well pump is improved as far as possible.

The invention relates to the technical field of oil well equipment, and discloses a pumping well under-pump injection agent mixing device. The device comprises a connecting sleeve pipe and an injection agent storage device; the top of the connecting sleeve pipe fixedly communicates with an upper connector, a screw is movably sleeved inside the upper connector, an upper hook is movably installed atone end, located above the upper connector, of the screw, and a fixed sleeve is movably sleeved inside the connecting sleeve pipe. According to the pumping well under-pump injection agent mixing device, by connecting the screw with a sucker rod, the screw, a flying gear and the connecting sleeve are matched, the screw is driven by the power of a pumping unit to move up and down, so that the flying gear drives an impeller device to rotate, so that the oil on the belt of the pumping unit is fully mixed with the medicament at the impeller device, the utilization efficiency of the medicament is improved, the installation of the device is simple, special power equipment is not needed, and the economic investment is low.

The invention discloses a double inlet oil heavy ball pump, which comprises a pump cylinder; a plurality of holes are arranged on the cylinder walls of the pump cylinder in the reciprocating stroke of a plunger piston component; during the lifting process of the plunger piston component, the petroleum enters the pump chamber from a guiding valve at the lower end of the pump, while the plunger component is lifted up to an upper limit position, the petroleum at the outside of a defueling pump simultaneously enters the pump chamber through the holes; the double oil inlet function speeds up the oil inlet and improves the oil pumping efficiency; during petroleum exploitation, in particular to the heavy petroleum development, after the plunger component falls to the bottom of the pump chamber, the holes on the pump cylinder are exposed and are communicated with the inner and outer walls of the pump above the plunger component, that is, heavy petroleum thinner can be added from the upper end of a defueling pipe from the ground. The invention has short working period; the labor intensity of the petroleum workers is reduced.

The invention discloses a carbon fiber hollow heating rod column which comprises a plurality of carbon fiber hollow sucker rods and a metal hollow double-end joint. Each carbon fiber hollow sucker rodcomprises a metal joint, an adhesive, a seal ring and a carbon fiber hollow pipe. One end of each metal joint is bonded to the outer side of one end of the corresponding carbon fiber hollow pipe through the adhesive, an inner thread is arranged at the other end of each metal joint, outer threads adaptive to the inner threads of the metal joints are arranged on the outer sides of two ends of the metal hollow double-end joint, two ends of the metal hollow double-end joint are in threaded connection to the metal joints at one ends of the two carbon fiber hollow pipes, and each seal ring is arranged at the end, bonded to the pipe wall of the corresponding carbon fiber hollow pipe, of the corresponding metal joint. The carbon fiber hollow heating rod column has the beneficial effects that thecarbon fiber hollow sucker rods are connected and communicate through the metal hollow double-end joint, so that the problem that the using effect of the carbon fiber hollow sucker rods is affected directly in use of the carbon fiber hollow sucker rods as a result of wax precipitation or viscosity in an oil well is solved, the oil suction efficiency is improved, and the replacement and maintenancecosts are lowered.

The invention discloses a non-pumping-stopping automatic collide pump mechanism for a pumping unit. The non-pumping-stopping automatic collide pump mechanism for the pumping unit comprises a pumping beam, a horse head, a mounting shell, a screw lift and a screw rod. The horse head is fixedly connected to the right end of the pumping beam, a cavity is formed in the horse head, a through hole is formed in the top end of the cavity, the right side of the horse head is a circular arc surface, the top end of the horse head and the front side and the back side of the right side of the horse head aresymmetrically fixedly connected with baffles separately, a connecting shaft II is fixedly connected between the top ends of the baffles, two pulleys are rotatably connected to the connecting shaft IIthrough bearings in a front-and-rear symmetrical mode, and a connecting shaft III is fixedly connected between the two baffles on the right side of the horse head. A small roller is rotatably connected to the connecting shaft III through the bearings, and the mounting shell is fixedly connected to the middle of the cavity. The screw lift is fixedly connected into the mounting shell, and a liftingmotor is fixedly connected with a power input port on the right side of the screw lift. The non-pumping-stopping automatic collide pump mechanism for the pumping unit is scientific and reasonable instructure, convenient to operate, low in production cost, and is suitable for popularization.

The invention discloses a two-way sucker rod comprising an inner pipe and suction rods arranged in the inner pipe. Partition plates are connected in the inner pipe, and the inner pipe is partitioned into a left containing cavity and a right containing cavity. The suction rods include the first suction rod and the second suction rod. The first suction rod and the second suction rod are spliced to form a cylinder shape. The first suction rod is in the left containing cavity. The second suction rod is in the right containing cavity. End plates are arranged on the upper potion and the lower portion of each containing cavity correspondingly. Check valves are connected to the end plates. Each end plate in the right containing cavity is provided with the two corresponding check valves with opposite valve opening directions. A valve plate capable of being switched between valve openings is arranged between every two corresponding check valves. A power conversion device is arranged above the suction rods. The second suction rod is connected with a horsehead through the power conversion device. The first suction rod is directly connected to the horsehead through a traction rope. When the horsehead rises, the first suction rod is driven to rise; and when the horsehead falls, the second suction rod is lifted upwards through the power conversion device. The oil suction effect can be achieved when the horsehead rises and falls, and the oil suction efficiency is improved.

The invention relates to a single-reversing oil pumping unit with triangular chains. The single-reversing oil pumping unit comprises a reversing turning wheel, a weight basket, a sucker rod and a reversing mechanism. A steel wire rope is wound across one end of the reversing turning wheel to be connected with the sucker rod, and the other end of the steel wire rope is connected with the reversing mechanism through the weight basket. The reversing mechanism comprises a fixing rack and a lifting power mechanism arranged on the fixing rack. The lifting power mechanism comprises first front and rear upper-right positioning adjustment chain wheels, second front and rear upper-left positioning adjustment chain wheels, first front and rear lower-right large positioning guiding chain wheels, second front and rear lower-left large positioning guiding chain wheels, first front and rear lower-right small positioning guiding chain wheels and second front and rear lower-left small positioning guiding chain wheels. The single-reversing oil pumping unit has the advantages that since the triangular lifting power mechanism is adopted, the sucker rod can stay for 4-5 seconds when running to the horizontal chains, accordingly the sucker rod can have the time to retract, the oil pumping time is much longer than the non-oil pumping time, the oil pumping efficiency is effectively improved, and the oil pumping quantity is effectively increased.

The invention discloses a long plunger oil pump for preventing sand and scale, and particularly relates to the field of oil pumps. The long plunger oil pump comprises an outer barrel. An oil outflow barrel is fixedly mounted on the top of the outer barrel, an oil outflow valve is fixedly mounted in the oil outflow barrel, the oil outflow valve is fixedly sleeved with a top protective sleeve, the outer barrel is fixedly sleeved with a sand separating box located below the oil outflow valve, a long plunger located below the oil outflow valve is fixedly mounted in the outer barrel, the middle ofthe long plunger is fixedly sleeved with a plug cone, the upper end and the lower end of the long plunger are fixedly sleeved with stirring assemblies, and the bottom of the long plunger is fixedly sleeved with a lower oil outflow valve. In the actual operation process, when the oil outflow valve descends, a piston sleeve is stored inwards through air pressure, thus, leak holes are formed, at themoment, sticky oil and gravel located at the bottom are rapidly discharged, the gravel is finally removed from the positions where the amount of the gravel is maximal, and it is guaranteed that the oil pump runs normally.