59results about How to "Improve the success rate of processing" patented technology

The invention discloses an information processing method, a terminal and a server. The method comprises the following steps: starting a first application according to first operation, finding a service inlet in the first application, and entering a first page comprising at least one service item through the service inlet; selecting target service in the at least one service item displayed in the first page, and triggering and starting a service engine corresponding to the target service, wherein the service engine supports establishing association with at least one registration platform, each registration platform comprises at least one registration resource of at least one hospital; according to second operation, inputting registration demand information in the service engine, and emitting a query request comprising the registration demand information; and receiving a query response, wherein the query response comprises a registration result matching the registration demand information, and the registration result is matching information obtained by querying from at least one registration resource according to the registration demand information.

The invention discloses a treatment method for casing channeling and casing leakage of an oil and gas production well. The treatment method comprises the following steps that S1, a first plugging agent, a second plugging agent and a third plugging agent are configured correspondingly; S2, clear water is injected into a casing to measure the water absorbing index, and the using quantity of the plugging agents is predicted preliminarily according to the water absorbing capacity of a stratum; S3, a casing gate is closed, an oil well pipe string or a polished wellbore are trapped in, the first plugging agent and the second plugging agent are extruded and injected into the casing successively, and after injecting is completed, still standing is conducted for four hours; S4, the third plugging agent is injected into the casing, then the clear water is injected into the casing so as to jack the third plugging agent to the leakage point of the casing, and a reserved mortar face is located on the leakage point of the casing; S5, the well is shut down for waiting on cement setting for 72 hours; and S6, after the process of waiting on cement setting is completed, an unloading well opening adopts the pipe string to detect a mortar plugged face, and then plug drilling is conducted. According to the treatment method for casing channeling and casing leakage of the oil and gas production well,the one-time success rate for treatment of casing channeling and casing leakage caused by damage of the oil and gas production well, especially the shallow casing, reaches 90% or above, the types andthe using quantity of treatment agents are less, and the cost is reduced.

The invention discloses a method for processing a suspended top by in-hole segmented millisecond blasting. The method comprises the steps of distance measuring, blast hole forming, primary explosive filling, secondary explosive filling, secondary filling and blasting. Each blast hole sequentially comprises a filling section, an explosive section, a filling section and an explosive section from bottom to top; during blasting, a medium-depth hole in the lower half part is firstly blast and a medium-depth hole in the upper half part is then blast; the medium-depth hole in the lower half part is firstly blast to provide a new downward free surface for the medium-depth hole in the upper half part; after blast, the medium-depth hole in the lower half part forms a small crack in the wall of the medium-depth hole in the upper half part, so that the medium-depth hole in the upper half part blasts gas during blasting to form a gas wedge effect which is combined with stress superposition effect of millisecond blasting to improve utilization of blasting energy, so that effective damages to a suspended top region are formed, and the suspended top collapse probability is increased; while the suspended top is processed, operation times, in the suspended top region, of blasting operators during suspended top treatment can be reduced, and the labor intensity is reduced; and needed explosive amount is smaller in comparison with that of a hole-expanding method.

The invention relates to the technical field of tunnel construction, in particular to a construction method of a subway shield tunnel crossing a prestressed anchor cable. The construction method comprises the following steps that construction preparation is made before a shield machine crosses the anchor cable, and a bin opening point is preset after the preparation is completed; then a jet grouting pile is used for reinforcement in an anchor cable area; a reinforced soil body for rotary jet grouting reinforcement is tested, after reinforcement meets requirements, shield tunneling is carried out, anchor cable crossing construction is carried out, and shield tunneling parameters are controlled and analyzed in the construction process; according to the excavation parameters, the bin openingpoint opening operation is reasonably selected, the anchor cable wound on a cutter head is removed, or a cutter is replaced; and after the bin opening operation is completed, shield tunneling construction is restored, and finally the shield machine crosses the anchor cable. The construction method is simple in process; the jet grouting pile reinforcement technology and the shield bin opening technology are relatively mature, the implementation efficiency is high, and the construction safety is ensured; and the basis and construction experience are provided for the subsequent process that a shield crosses the anchor cable, the anchor cable treatment success rate is improved, and the construction difficulty is reduced.

The invention belongs to the technical field of mechanical equipment, and particularly discloses a device for reducing the pore diameter of an elbow. The device comprises a driving device, the elbow and a fixing seat, wherein a heating element is arranged in the fixing seat, an automatic heating device and an automatic extruding device are connected to the driving device, the automatic extruding device is arranged on the periphery of a heat insulating and pressure resisting component; the automatic heating device comprises a heater, a high-temperature detector, a relay and a heating element, wherein the heater, the high-temperature detector, the relay and the heating element are connected through wires to form a closed-loop structure; and a through hole is formed in the fixing seat, and six or more than six heating elements which can move towards the axis and are fan-shaped are arranged in the through hole. According to the device, when the pipe orifice of the elbow is reduced, the pipe orifice of the elbow can be quickly reduced, the hard elbow is effectively prevented from being extruded and broken, and the processing success rate is improved.

The invention is applicable to the technical field of the internet of things, and provides a service processing method based on the internet of things and a terminal device. The method comprises the following steps of receiving a service processing request sent by a terminal, the service qualification person information and the current handler information; if the business qualifier information contains the information of a plurality of business qualifiers, one business qualifier information is queried to be the same as the current handler information, or the current handler information is notqueried in the business qualifier information, obtaining the service information sent by the terminal, and determining the service agent information; if the agent is allowed to handle the business, determining the importance of the business according to the business information; if the importance degree reaches the threshold value, determining that the service is handled remotely; sending the materials needed to process the business to the terminal for obtaining the processing materials; authenticating the business materials, if the authentication passes, handling the business, thereby greatly improving the success rate of business processing, while being able to remotely process the business and saving manpower.

The invention discloses a trace nucleic acid sequencing pretreatment method based on magnetic bead coating and a kit. The trace nucleic acid sequencing pretreatment method based on magnetic bead coating comprises the following steps of: firstly coating DNA (deoxyribonucleic acid) to be treated with magnetic beads, carrying out tail end repairing on the DNA to be treated, which is coated with the magnetic beads, purifying, leaving the magnetic beads, carrying out A addition reaction, purifying again, leaving the magnetic beads, carrying out joining reaction, purifying, discarding the magnetic beads, carrying out PCR (polymerase chain reaction), and purifying by adding the magnetic beads after completing polymerase chain reaction to obtain the treated DNA. The trace nucleic acid sequencing pretreatment method based on magnetic bead coating has the beneficial effects that the frequency of transferring trace nucleic acids in a sequencing pretreatment process is effectively reduced by coating the DNA with the magnetic beads, thereby greatly reducing the loss of the nucleic acids in a sequencing pretreatment process; reaction conditions are mild; meanwhile, the DNA damage is also reduced; the success rate of trace nucleic acid sequencing pretreatment is increased to 90% or above; the method has the characteristics of high success rate, high quality and low initial amount in comparison with a traditional nucleic acid sequencing pretreatment method; and used reagent raw materials are low in cost, simple and easily available.

The invention provides a turbine rotor disk balance hole machining method and a machining tool. The machining method includes the following steps that, step 10, a workbench is arranged, wherein a pit is formed, the workbench is fixed to the bottom of the pit, a pressing plate is fixedly arranged on the workbench, a rotor workpiece is vertically placed on the workbench and pressed through the pressing plate, a through hole is formed in the center of the workbench, the lower portion of the workbench is aligned with the through hole to be provided with a steel pipe so that a round pit can be formed, and one end of each rotor stretches into the round pit; step 20, balance holes are machined, wherein a radial drill is installed on one side of the pit, a balance hole drill jig is installed in the to-be-machined balance hole of the first to-be-machined rotor, the radial drill is used to control a drill bit to start machining of the balance holes of the rotors according to guiding of the balance hole drill jig till machining of the balance holes of the to-be-machined rotors covered in the stroke of the drill bit is completed. According to the turbine rotor disk balance hole machining method, a vertical machining method is adopted, the workpiece is vertically machined, the radial drill is selected for machining, and machining cost is low.

The embodiment of the invention discloses an information verification method, device and equipment. The method comprises the steps that a third-party server sends an information verification request to an authentication server, wherein the information verification request comprises a third-party identifier and user information, and the third-party identifier is used for identifying the third-partyserver; the authentication server receives the information verification request and determines an authentication mode corresponding to the information verification request according to the third-party identifier, wherein the authentication modes corresponding to the third-party server comprise one or more authentication modes; and the authentication server performs information verification on theuser information by using the determined authentication mode, and feeds back an information verification result to the third-party server. By utilizing each embodiment of the specification, the success rate of information verification can be further improved.

The invention belongs to the technical field of resource allocation strategies, and particularly relates to an edge computing resource allocation method. With regard to how to effectively allocate edge computing resources, a mobile edge computing environment can be modeled as a Markov decision process, while the model is highly random and very complex. The invention discloses an edge computing resource allocation method. The method comprises the following steps: 1) defining the state, action and reward of an edge computing model; 2) analyzing, namely defining a structure of a neural network and an input and output structure by utilizing the state, the action and the reward defined in the step 1); and 3) updating and training the neural network defined in the step 2) according to a given training method, and applying the neural network. A deep reinforcement learning technology in machine learning is very suitable for being applied to the model due to the strong perception ability and decision ability of the deep reinforcement learning technology to the environment, so as to solve the problem of return maximization.

The invention provides an Al-Cu-Sr-RE-Ge aluminium alloy wire for a power cable and a preparation method thereof. The Al-Cu-Sr-RE-Ge aluminium alloy wire comprises the following components: 0.4-0.8wt%of Cu, 0.15-0.36wt% of Sr, 0.12-0.32wt% of RE, 0.13-0.28wt% of Ge, 0.11-0.18wt% of Si, 0.02-0.09wt% of Co, 0.03-0.07wt% of Ca, 0.01-0.05wt% of Cr and the balance of Al and unavoidable impurities. Thepreparation method comprises the following steps: 1, smelting and pouring; 2, quenching at 505-520 DEG C, and carrying out aging treatment at 210-225 DEG C; 3, extruding into an aluminium alloy rod at 485-510 DEG C; 4, drawing into a first aluminium alloy wire at 290-310 DEG C; 5, drawing into a second aluminium alloy wire with the diameter of 1-2.5mm at 330-360 DEG C; and 6, carrying out thermalinsulation on the second aluminium alloy wire for 3-5 hours at 350-380 DEG C, then reducing the temperature to 230-260 DEG C, carrying out thermal insulation for 6-10 hours, and air cooling to the room temperature. The Al-Cu-Sr-RE-Ge aluminium alloy wire has excellent electric conductivity and heat resistance and is high in strength, toughness and fatigue resistance.

The invention discloses a mop face plate assembly machine. The mop face plate assembly machine comprises an assembly machine body, wherein a working table is arranged in the assembly machine body, a chain wheel is rotationally connected into the working table, a chain is movably connected with the outer side of the chain wheel, a fixed jig is fixedly connected with the outer side of the chain, a connecting block feed mechanism, a plug pin mechanism and an inserting block press-fitting mechanism are fixedly connected with the upper end of the working table from left to right in sequence, a first shake feeding tray and a second shake feeding tray are movably connected with the outer side of the working table from left to right in sequence, a discharging hole of the first shake feeding tray is located at the lower end of the connecting block feed mechanism, a discharging hole of the second shake feeding tray is located at the lower end of the inserting block press-fitting mechanism, and amounting bracket is fixedly connected with the upper end of the working table. According to the mop face plate assembly machine, the overall molding effect is improved, the probability that a mop face plate is damaged due to falling on the ground during carrying is reduced, the overall manpower consumption is reduced, and therefore, the overall practicability is increased.