48 results about "Production engineering" patented technology

A numerical simulation method for the integrity of cement sheath systems in oil and gas wells under alternating temperature and pressure is characterized by the use of extended finite element method (XFEM), concrete damage plasticity model theory, Cohesive element method, and bilinear traction separation criterion, based on elastoplastic theory and plastic damage theory. This method can simulate not only the failure process of the cement sheath-casing interface under alternating temperature and pressure and characterize the mechanical behavior of interface failure, but also the failure process of the cement sheath itself and characterize its mechanical behavior. By comprehensively analyzing the failure behavior of the cement sheath system integrity in oil and gas wells, this method enables a realistic evaluation, prediction, and diagnosis of the integrity of the casing-cement sheath-casing assembly system under alternating temperature and pressure, which helps optimize cement slurry systems, improve cementing quality, and prevent cement sheath integrity failure. This invention is applicable to the field of oil and gas drilling and production engineering technology.

The invention relates to the technical field of oil field oil production engineering, in particular to an underground data acquisition unit with flow, pressure and temperature monitoring functions and a method. The method is suitable for underground working condition monitoring of submersible motor type lifting equipment such as submersible screw pumps, submersible plunger pumps and submersible centrifugal pumps. The unit comprises a pressure-resistant shell, wherein a central pipe, an electromagnetic flowmeter, two pressure and temperature sensors and an underground parameter collector are integrated in the pressure-resistant shell; the two sensors are used for measuring the temperature and pressure of liquid flow of the central pipe and the temperature and pressure of an oil casing annulus respectively; the electromagnetic flowmeter measures the flow, and real-time temperature and pressure data are used for compensation to improve the precision. The unit is further provided with a collecting pipe, an upper end, a lower end, a connecting sliding ring, an annulus / oil pipe inner testing channel, a sealing rubber ring and the like. Through the integrated design, synchronous high-precision in-situ monitoring of underground key parameters is achieved, the problem that underground data of multiple instruments are not synchronous is solved, and a reliable data terminal is provided for an intelligent oil field.

The invention discloses a device for testing the sealing performance of a full-size sleeve-cement sheath-stratum combination of a hydrogen storage bank. Relates to the technical field of petroleum and natural gas drilling and production engineering, and is characterized in that the device comprises a sleeve-cement sheath-simulated stratum maintenance device for preparing the simulated stratum, an alternating load applying device and a sealing performance testing device; the method comprises the following steps: preparing a full-size simulated stratum through a maintenance device, constructing a'sleeve-cement sheath-simulated stratum 'integrated assembly by taking the full-size simulated stratum as a carrier, completing maintenance, and detecting the sealing integrity of the cement sheath after simulating the actual underground working condition; the simulation stratum capable of being used for testing the sealing performance of the cement sheath is prepared, the full-size simulation stratum serves as a core testing carrier, and quantitative evaluation of the sealing performance of the full-size cement sheath is achieved.

The invention relates to the technical field of oil field oil production engineering, in particular to a sand blocking prevention rotational flow groove type sliding valve mechanism of a constant flow blanking plug for a water injection well. The mechanism comprises a fishing rod, the fishing rod penetrates through a pressing cap, a cam is inserted into the bottom end of the fishing rod, the pressing cap is connected with an upper body, the cam is installed on the upper body, the lower end of the upper body is connected with a lower body, the inner side of the lower body is connected with a sliding valve, a gap is formed between the sliding valve and the lower body, and a first contact face is arranged between the sliding valve and the lower body. The sliding valve is provided with at least one rotational flow groove, the rotational flow groove is spirally wound on the outer surface of the sliding valve, the upper end of the sliding valve is connected with a limiting righting rod, the limiting righting rod controls the sliding valve to rotate and slide in a reciprocating mode, a water nozzle is installed in the lower end of the sliding valve, a filter screen is installed at the bottom end of the lower body, and a plurality of O-shaped packing are installed on the filter screen. According to the sand blocking prevention rotational flow groove type sliding valve mechanism of the constant-flow blanking plug for the water injection well, the sand blocking probability of the sliding valve of the constant-flow blanking plug is effectively reduced, and the technological service life of the constant-flow blanking plug is prolonged.

The utility model discloses a center-shaft-free hollow motor production transfer device, and relates to the technical field of center-shaft-free hollow motor production transfer devices, the center-shaft-free hollow motor production transfer device comprises two outer plates, a transfer mechanism is arranged in the outer plates, the transfer mechanism comprises a mounting plate, and one side faces, close to each other, of the two outer plates are fixedly connected with the front face and the back face of the mounting plate. A rotating motor is fixedly connected to the upper surface of the mounting plate, the power output end of the rotating motor penetrates through one outer plate and is fixedly connected with a first limiting wheel, two tensioners are fixedly connected to the front face of one outer plate, two centrifugal plates are rotationally connected to the inner wall of each outer plate, and fixing rods are fixedly connected to the inner walls of each set of centrifugal plates; the outer surfaces of the two centrifugal plates are fixedly connected with second limiting wheels, and a belt is arranged on the front face of one outer plate. The center-shaft-free hollow motor production transfer device can solve the problem that a large amount of labor force is generated due to the fact that workers place the hollow motors one by one in production engineering.

The invention relates to the technical field of oil field oil production engineering, in particular to a small-diameter fracturing pipe column suitable for a small pocket well. The problems that an existing fracturing pipe column cannot fracture a small pocket sleeve to damage a well, movement cannot be opened after fracturing, stability is poor, and lifting of the pipe column is abnormal are mainly solved. The lower end of the oil pipe (2) is connected with a hydraulic anchor (4) through a safety connector (3), the lower end of the hydraulic anchor (4) is connected with a plurality of sliding sleeve sand blasters (4), the positions of the sliding sleeve sand blasters (4) on a pipe column correspond to all fractured layers respectively, and a sliding sleeve seat (5) is arranged below each stage of sliding sleeve sand blaster (4). The bottom of the sliding sleeve seat (5) at the lowest end is connected with a sand blower (6) without a sliding sleeve, and the sand blower (6) without the sliding sleeve corresponds to the fractured layer at the lowest end. The small-diameter fracturing tubular column of the small-pocket well can adapt to a casing damage well with a fracturing pocket larger than 3 m, the ultra-large sand adding scale can be achieved under the large displacement condition, and remaining oil of the small-pocket well can be effectively used.

The present application relates to oilfield production engineering technical field, especially a kind of for beam-pumping unit's suspension rope device.Mainly solve the problem that the load of some beam-pumping unit traction rope is large and affects traction rope life-span.Problem.It includes weight reduction device (3), the weight reduction device (3) includes pulley assembly (31), pulley assembly (31) includes main pulley (312) and installation shaft (311), wherein main pulley (312) is connected in the outside of installation shaft (311), and the lower end of installation shaft (311) is connected with intermediate shaft (313) by connecting rod (314);The traction rope (6) is fixed in the inside of main pulley (312) after passing through main pulley (312), and the upper end of wellhead suspension rope device (2) is connected wellhead traction rope, and wellhead traction rope is connected on intermediate shaft (313).The suspension rope device can greatly reduce the load borne by traction rope, thereby prolonging the service life of traction rope, reduce the loss caused by the breakage of traction rope.

The application discloses a carbon dioxide reinjection well cementing method and belongs to the technical field of well cementing in oil drilling and production engineering. The carbon dioxide reinjection well cementing method sequentially carries out casing cementing, liner cementing and liner tieback cementing processes for different well sections, can improve the corrosion resistance of the wellbore cement sheath and the casing, can strengthen the pressure-bearing capacity of the well, can reduce the risk of cementing leakage, can prevent the formation of carbon dioxide leakage channels and can ensure long-term reliable operation of the well in the marine environment.

The present application relates to the technical field of oilfield production engineering, and particularly relates to a non-full-pipe drilling fluid flow monitoring device. The main problem of the existing drilling fluid return flow monitoring device is that the monitoring result error is large. A vertical measuring pipe (9) is connected to the upper side wall of the body (1), the measuring pipe (9) is connected to the top cover (6), the top cover (6) is provided with a laser probe (18), a magnetic field probe (14) is connected to the bottom side wall of the body (1), the body (1) is provided with a circuit board (20), and the laser probe (18) and the magnetic field probe (14) are connected to the circuit board (20). The non-full-pipe drilling fluid flow monitoring device can accurately monitor the non-full-pipe flow of high-speed drilling fluid returned from the wellhead. When drilling encounters complex conditions such as overflow and leakage, early warning can be accurately performed, complex accidents in the well can be reduced, and oil and gas safety can be ensured.

The invention relates to the technical field of oil field oil production engineering, in particular to a soluble rubber cylinder pressure-bearing and dissolution rapid inspection device which comprises an upper connector, the top end of the upper connector is connected with a connector of a pressurizing pump, the lower end of the upper connector is connected with a pushing body, a simulation sleeve is installed between the upper connector and the pushing body, and the lower end of the pushing body is connected with a central pipe and an upper connecting body. The central pipe is connected with the upper connector, the lower end of the upper connector is connected with the rubber sleeve assembly, the lower end of the rubber sleeve assembly is connected with the adjustable push-down bodies, the adjustable push-down body at the tail end is connected with the simulation sleeve, the lower end of the simulation sleeve is connected with the real-time locking ring, the inner side of the real-time locking ring is detachably connected with the central pipe, and the pressurizing pump starts pressurizing through the pressing connector. The pushing body is pushed by the pressure of the pressurizing pump to move forwards, the pushing body drives the central pipe to move, the central pipe compresses the rubber sleeve assembly, the real-time locking ring is screwed in synchronously, and the central pipe is locked by the real-time locking ring. The device provided by the invention is simple in structure and convenient to operate, the test time is saved, and the detection efficiency is greatly improved.

This invention relates to the field of oil and gas field production engineering technology, and particularly to a clamping distance adjustment device for oil and gas well fracturing. It mainly solves the problem that existing fracturing systems can only connect to one clamping distance per trip, making well and layer selection difficult. The clamping distance adjustment device for oil and gas well fracturing includes an upper connector (1), the lower end of which is connected to a central tube (4). The central tube (4) is externally slidably connected to an outer sleeve (5). The lower end of the central tube (4) is internally threaded with a spring claw (7). The external boss of the spring claw (7) engages with the internal boss on the inner wall of the outer sleeve (5). A sliding sleeve (8) is provided inside the spring claw (7). A lower connector (9) is provided at the lower end of the spring claw (7). The sliding sleeve (8) and the lower connector (9) are connected by a shear pin (11). This clamping distance adjustment device for oil and gas well fracturing can be connected to the fracturing tubing string and can adjust the clamping distance even without raising the tubing string downhole, adapting to changes in reservoir thickness and enabling efficient development of thin and poor reservoirs.

The invention discloses an industrial automation-based sheet metal production engineering data automatic compilation system, which comprises a data acquisition module, a data preprocessing module, a feature extraction module, an engineering data compilation module, a database module and a data output module, the data acquisition module is in communication connection with the sheet metal raw material detection equipment, the product design terminal, the production equipment and the production data recording device and is used for acquiring sheet metal raw material parameters, product design parameters, production equipment parameters and historical production data. According to the sheet metal production engineering data automatic compilation system based on industrial automation, various data related to sheet metal production are comprehensively acquired through the data acquisition module, and accurate and effective data support is provided for engineering data compilation in combination with data preprocessing and feature extraction technologies; and by utilizing a machine learning model and a preset process rule in the engineering data compiling module, automatic compiling of sheet metal production engineering data is realized, and a large amount of manual intervention is not needed.

The method for predicting the service life of the coiled tubing under the cooperation of plasticity and damage is characterized in that the fatigue service life and the strain amplitude under the specific curvature radius are obtained through a full-size bending fatigue test, and the fatigue service life and the strain amplitude are substituted into a Manson-Coffin model to invert an unknown coefficient; the method comprises the following steps: determining mechanical parameters of a material in combination with a uniaxial tensile test, constructing a finite element mechanical model, carrying out finite element simulation on bending working conditions of a damaged coiled tubing on a roller and a guider, extracting strain amplitudes, and further establishing strain amplitude calculation models under different working conditions by adopting a Levenberg-Marquardt algorithm; coupling the model with a Manson-Coffin equation, and respectively constructing fatigue life prediction models of the roller and the guider; and on the basis of the Miner theory, three times of bending cycles with different curvatures in one trip are regarded as complete load cycles, an accumulated damage value is calculated, a correction coefficient is determined through low-cycle fatigue finite element simulation, a calculation model of the number of remaining trip times is established, and quantitative prediction of the remaining life is achieved. The method is suitable for the technical field of petroleum and natural gas drilling engineering.

1. Name of the product in this design: Silent Diesel Generator Set. 2. Application of this design: It is used for power supply in industrial production, engineering construction, emergency power supply, outdoor operations and other scenarios. The soundproof box structure reduces operating noise and is suitable for places where noise control is required. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

Methods and systems are provided for scheduling and issuing interactive instructions for manufacturing of a product and product sub-assemblies. A project production engineering knowledge base including an interactive production portfolio is accessed, and a workplan specifying target times for completing one or more of the product and sub-assemblies is received. Responsively, a schedule for performing the assigned flow of steps (FOS) of each workstation is generated to meet FOS requirements of related tasks at other workstations. The assigned FOS is then provided at each workstation at the scheduled time, with feedback from each workstation indicative of completion of each step. The feedback is verified to before each subsequent instruction of the FOS is provided to the given workstation.

The utility model discloses a gas storage injection-production well pattern structure, which relates to the technical field of gas production engineering, and comprises a gas storage main body, a horizontal well main body and a vertical well main body, a first reservoir is arranged in the gas storage main body, a middle layer is arranged at the lower end of the first reservoir, and a second reservoir is arranged at the lower end of the middle layer; a horizontal well main body is arranged in the gas storage main body, a vertical well main body is distributed outside the horizontal well main body, a mounting butt joint ring is additionally arranged at the upper end of the outer portion of the vertical well main body, a threaded mounting groove is formed in the mounting butt joint ring, and a mounting bolt is connected into the threaded mounting groove. A limiting butt-joint groove is formed in the upper end of the interior of the vertical well body, a rubber sealing ring is connected into the limiting butt-joint groove, and mounting valves are distributed at the upper end of the vertical well body. According to the injection-production well pattern structure of the gas storage, the vertical well and the horizontal well can be matched together, the injection-production efficiency is improved, and the control degree of the injection-production well pattern structure of the gas storage on the gas storage is improved.

The application is suitable for the technical field of control, and provides a powder production process control method and device, terminal equipment and computer readable storage medium, which comprises the following steps: acquiring real-time particle size distribution in a powder production process; if a particle size deviation value between the real-time particle size distribution and a target particle size distribution is greater than a preset threshold value, calculating a real-time influence weight corresponding to a process parameter; wherein the real-time influence weight is used to represent a real-time influence degree of the process parameter on the particle size distribution; the process parameter is a parameter of a production equipment participating in powder production; generating a real-time control strategy according to the real-time influence weight corresponding to the process parameter; and controlling the production equipment to run according to the real-time control strategy. Through the above method, the control efficiency and control precision of the powder production process can be effectively improved.

The invention relates to the technical field of chip burning, in particular to a remote automatic burning method, device and equipment and a medium. The remote automatic burning method is applied to an upper computer, a circuit board identifier of a burning circuit board is obtained through the upper computer, an identification request is sent to a production and manufacturing integrated system according to the circuit board identifier, and a feedback result returned by the production and manufacturing integrated system is received; analyzing the feedback result to obtain a target software material number of the to-be-burned software, receiving a burning file sent by the software version management system and a configuration file corresponding to the burning file according to the target software material number, and generating a burning command script according to the burning file and the configuration file; and determining a burning simulator, and controlling the burning simulator to execute the burning command script for burning. The burning process is controlled through the upper computer, management and control of production engineers are not needed, the production engineers do not make direct contact with burning files, the risk of poor burning caused by manual operation is reduced, and the reliability of chip burning is improved.

A method for performing production engineering tasks includes receiving a question or instruction related to an oil and / or gas industry. The question or instruction is received by a large language model (LLM) agent. The method also includes selecting one or more tools from a plurality of tools using the LLM agent based upon the question or instruction. The tools include a data tool, a retrieval augmented generation (RAG) tool, a simulation tool, and an analytical tool. The method also includes generating output data related to the question or instruction using the one or more identified tools. The method also includes generating a response to the question or instruction using the LLM agent based upon output data.

The present application relates to a kind of pumping unit polish rod wellhead sealing method, pumping unit sealing packing, belong to oilfield production engineering technical field.The polish rod wellhead sealing method of pumping unit of the present application, comprising the following steps: take annular washer and put into wellhead packing box cavity bottom on polish rod, then in packing box cavity alternately put into rubber strip and semi-solid lubricant, until to fill up packing seal box, then take annular washer and put into polish rod, install good gland and packing pressure cap, tighten;When putting into rubber strip, make rubber strip surround polish rod and place and in packing box cavity fill up a layer.The polish rod sealing method of pumping unit of the present application, completely solve the problem of difficult to add and take when replacing packing packing, reduce the labor intensity of post worker, especially applicable to the oil well of on-site polish rod not centering, and sealing effect is good, can effectively manage packing running, leaking and leaking phenomenon, reduce wear and tear, extend the use cycle of packing, realize the purpose of cost reduction and efficiency increase and energy saving and environmental protection.

The invention belongs to the technical field of oil and gas field development, and provides a model library construction method based on digital twin injection-production engineering. Comprising the steps of integrating an injection-production engineering physical entity model, reconstructing a physical three-dimensional model of a physical entity, defining attributes of the physical three-dimensional model, embedding a formula algorithm, developing an interface, realizing data interaction and visual modeling, and displaying a production state. Boundary conditions are defined based on the physical three-dimensional model, simulation software is imported to form a simulation model, the accuracy of the simulation model is verified through comparison with actual data, and an interface is constructed for a user to operate and test the injection-production process; packaging to form a directly called engineering application component, a feature engineering component and a tool component supporting knowledge reuse; and integrating a plurality of injection-production engineering optimization algorithms by utilizing an algorithm interface, and constructing a water injection optimization and oil production quantity dynamic regulation and control model in combination with empirical rules and optimal practices of an injection-production process. According to the invention, an injection-production engineering digital twinborn model library which can realize efficient modeling, accurate simulation and optimization and a flexible and extensible system is established.

The invention relates to the technical field of oil field oil production engineering, in particular to a soluble bridge plug with a dissolution starting mechanism. The invention is characterized in that a ball seat dissolving surface (1-1) is arranged on the outer surface of the middle part of the ball seat (1), a push ring dissolving surface (2-1) is arranged on the contact surface of the push ring (2) and the slip (3), a slip dissolving surface (3-1) is arranged on the contact surface of the slip (3) and the cone (4), a cone dissolving surface (4-1) is arranged on the contact surface of the cone (4) and the slip (3), and a baffle ring dissolving surface (6-1) is arranged on the contact surface of the baffle ring (6) and the slip (3); and corrosion inhibition coatings are arranged on the surfaces except for the dissolving surface. The soluble bridge plug can be started to dissolve after setting and during fracturing, realizes non-dissolution before setting, slow dissolution before fracturing after setting and rapid dissolution after fracturing, and meets the environmental requirements of high temperature, high pressure, high salinity or acidic fracturing fluid for unconventional tight reservoir fracturing construction.

The invention belongs to the technical field of oil and gas well gas production engineering, and particularly relates to a gas lift process and a gas lift device. The gas lift technology comprises the following steps that S1, at least one gas lift device is connected to an oil pipe in series and is put into a position, flooded by water, in a well, and the lower end of the oil pipe is in a closed state; s2, a pipeline is tripped into the oil pipe, and the lower end of the pipeline at least reaches the position, flooded by water, in the well; and S3, gas is pumped into the pipeline or the annulus of the pipeline and the oil pipe.

The invention relates to the technical field of oil field oil production engineering, in particular to a self-adaptive plugging plug for large-scale fracturing and a control system.The self-adaptive plugging plug for large-scale fracturing comprises a plurality of plugging units, and each plugging unit comprises a plugging shell and a plurality of main plugging balls; a plurality of main plugging balls are located in the plugging shell. After fracturing operation of a stratum section where the target fracturing hole is located, the plugging shell is clamped to an inlet of the target fracturing hole for initial plugging; and after the plugging shell is broken, the main plugging ball is released, the main plugging ball can enter the target fracturing hole under the action of the pressure of the fracturing fluid, and fluid channeling of the fracturing fluid is further blocked. Therefore, only the soluble bridge plugs need to be arranged at the two ends of a large section formed by multi-section fracturing, the spacing distance between the two soluble bridge plugs is greatly prolonged, and therefore the total usage amount of the soluble bridge plugs is reduced, the operation time is shortened, the well jamming and blocking risks caused by midway setting are avoided, and the construction safety is improved.

The invention discloses a production project completion commissioning research and judgment method and device based on a large model, a storage medium and computer equipment. The method comprises the steps of obtaining production project total data of different power projects from a plurality of production project management systems; the production engineering management system comprises a production management system, a risk control platform, a financial system, a material management system and a document management system. Integrating the production project total data through a pre-trained large model to form a production project data set of each electric power project; the production project data set corresponding to each electric power project is analyzed to determine whether each electric power project has completion and production state abnormity or not, and the completion and production state abnormity comprises false completion, uncompleted first settlement and completion unreported.

The present application relates to the technical field of oilfield production engineering, and particularly relates to a wellbore plugging agent evaluation method and a wellbore sealing integrity evaluation device. The present application mainly solves the problem that the existing wellbore plugging agent evaluation method cannot evaluate the performance of the plugging agent under the working conditions of high pressure, high CO2 and other acid gas wells. The present application comprises the following steps: selecting a plurality of plugging agents with different formulations according to the working conditions of the experimental area, and respectively performing basic performance testing, injection performance testing, interfacial cementation strength evaluation and corrosion performance evaluation; performing long-term corrosion resistance experiment on the plugging agent; and using the wellbore sealing integrity evaluation device to perform full-size wellbore sealing integrity evaluation experiment on the plugging agent. The wellbore plugging agent evaluation method optimizes different plugging agents through laboratory experiments, and simulates the actual production conditions through full-size experiments, so as to finally screen out the plugging agent that meets the field working conditions, thereby providing guarantee for efficient treatment of gas wells.

The invention is suitable for the technical field of control, and provides a powder production process control method and device, terminal equipment and a computer readable storage medium, and the method comprises the following steps: obtaining real-time particle size distribution in the powder production process; if a particle size deviation value between the real-time particle size distribution and target particle size distribution is greater than a preset threshold value, calculating a real-time influence weight corresponding to a process parameter; wherein the real-time influence weight is used for representing the real-time influence degree of the process parameters on the particle size distribution; the process parameters are parameters of production equipment participating in powder production; generating a real-time control strategy according to the real-time influence weight corresponding to the process parameter; and controlling the operation of the production equipment according to the real-time control strategy. Through the method, the control efficiency and the control precision of powder production engineering can be effectively improved.

The invention relates to the technical field of oil field oil production engineering, in particular to a low-cost intelligent integrated water distributor which comprises a main body, the two sides of the main body are connected with an upper connector and a well washing valve respectively, and a flowmeter, a first-layer control valve, a second-layer control valve, a flow measurement switching piston and a piston control mechanism are installed in the main body in an embedded mode. The middle of the tail end of the upper connector is connected with a flowmeter and an overflowing channel, the top end of the flowmeter is provided with a first-layer control valve, the bottom end of the overflowing channel is provided with a second-layer control valve, the flowmeter and the overflowing channel are jointly connected with a flow measurement switching piston, the flow measurement switching piston is connected with a piston control mechanism, and the second-layer control valve is connected with a second-layer water injection channel. The second-layer water injection channel is connected with a well washing valve, the bottom end of the well washing valve is sequentially connected with a setting rubber sleeve and a setting mechanism, and the tail end of the well washing valve is sequentially connected with a cable channel and a lower connector. According to the water distributor, the application range of the layered water injection technology is widened, and the average single-layer application cost of the intelligent water distributor is reduced.

The invention relates to the technical field of oil field oil production engineering, in particular to a full-bore infinite fracturing sliding sleeve for a horizontal well, which comprises a switching mechanism and a plurality of actuating mechanisms, and the plurality of actuating mechanisms jointly form a channel for flowing of fracturing fluid; the actuating mechanism comprises an upper joint and a lower joint; the lower connector is provided with a first gap, and the first gap communicates with the channel. An inner cylinder is arranged on the inner side of the lower joint; a gap II is formed in the inner cylinder; under the action of the switching mechanism, the inner cylinder can slide in the axial direction and has a first position and a second position correspondingly before and after sliding, and when the inner cylinder is located at the first position, the second gap and the first gap are staggered in the axial direction; when the first opening and the second opening are located at the second position, the first opening and the second opening correspond to each other and communicate with each other, the inner barrel and the lower connector are in stop fit, well sections of the horizontal well are fractured conveniently, and after fracturing is completed, the switching mechanism can be automatically matched with different executing mechanisms through the special structures of the switching mechanism and the executing mechanisms; and the same well section of the horizontal well can be fractured for multiple times.

The application relates to a silk screen printing normalization management method and device, computer equipment and a storage medium. The application corresponds to a multifunctional interface silk screen printing set of silk screen printing instruction information. When a target component is connected to the multifunctional interface, the configuration information of the target component is read, the silk screen relationship corresponding to the configuration information of the target component is parsed, target silk screen graphic information corresponding to the silk screen relationship is acquired, the target silk screen graphic information is displayed, and when a server is maintained, the corresponding configuration information corresponding to the function can be accurately acquired based on the displayed target silk screen graphic information. Moreover, the silk screen printing instruction information set refines the function corresponding to the configuration information, realizes unified silk screen printing, reduces the silk screen printing management difficulty, saves hardware cost and management cost, the number and types of managed structural parts in production engineering are greatly reduced, the project material management difficulty and cost are reduced, the risk of assembly errors is reduced, and the maintenance efficiency is improved.