512results about How to "Guarantee smooth implementation" patented technology

A remote control system includes: an electric home terminal device 11 having a control program; a server PC 12, for transmitting control data to the electric home terminal device 11 and for registering three-dimensional model data concerning the electric home terminal device 11; and client PCs 14, 15 and 16, for receiving the three-dimensional model data from the server PC 12, wherein the client PCs 14, 15 and 16 perform an additional operation upon the receipt of specific three-dimensional model data from the server PC 12, and transmit, to the server PC 12, update data for a three-dimensional model obtained by the additional operation, and wherein the server PC 12 transmits, to the electric home terminal device 11, the control data based on the update data for a three-dimensional model received from the client PCs 14, 15 and 16.

The invention belongs to the building support component technology field including the stress automatic control and monitoring as well as the structural safety, and relates to a steel tube supporting internal force automatic compensating and displacement controlling system. The system comprises an upper system, a PLC control system module and a field executive system. A steel support is arranged on a reinforced concrete diaphragm wall, a hydraulic jack is arranged on the steel support, and real time pressure monitoring values are fed back through a pressure sensor. The steel support and the hydraulic jack form a pre-stressed steel support structure, the hydraulic jack is connected with a hydraulic pump station through an oil circuit, and is connected with the PLC control system module through the pressure sensor, the hydraulic pump station is connected with the PLC control system module, and a PLC controlling device is connected with the upper system. Through auto-control software and a PLC control system, the automatic control to the axial force of the steel support is realized, thereby controlling the displacement and the settlement of the deep excavation supporting structure and the adjacent basic facilities.

The invention relates to a method for forecasting optical output power and electric energy production of a photovoltaic power station, belonging to the technical field of power generation and distribution. The method is characterized by comprising the following steps: on-site data acquisition-comparison with historic data-output of the forecasting result. The forecasting accuracy is so accurate that annual average between the forecasting result and actual result is no more than 5%; short-time forecasting, daily forecasting, weekly forecasting, monthly forecasting and annual forecasting can be carried out; as far as power grid dispatching is concerned, starting-up mode and operation mode of the photovoltaic power station and a conventional power station in a certain period can be reasonably arranged according to the forecasting, so that the power grid can operate stably, electric energy production of the photovoltaic power station can be improved, technical evidence and theoretic guidance can be provided for establishment of the large capacity photovoltaic power station, safe and efficient operation of the photovoltaic power station can be ensured and smooth implementation of national new energy strategy can be facilitated.

A method for accessing private data / services from a mobile station over a public network is described including: composing a text-based request message on the mobile station, sending the request message to a private server offering access to private data / services, and checking the authenticity of the user based on the request message received by the server. If user authenticity is confirmed, a text-based response message is composed and sent to the mobile station. The request message includes a user-unique identifier received by the private server with an appended user mobile station number. Authenticity checking (by the private server) includes checking whether (1) the user-unique identifier is stored in a private directory database, and (2) the appended user mobile station number matches the number allocated to the user-unique identifier stored in the private directory database. The interaction is limited to the exchange of pairs of text-based request message(s) and response(s).

The invention provides a main control and roadway retaining method for anchor injection and top-cutting in a deep mining roadway, which comprises the following steps: step 1, determining the technicalparameters required for realizing the top-cut and roadway retaining in the deep mining roadway; step 2, carrying out the grouting anchor cable support construction during the tunnelling period of thedeep mining roadway; step 3, carrying out the advanced overcut and perforating construction at the roadway side during the mining of the working face; step 4, carrying out grouting anchor cable support construction during the mining of the working face; step 5, carrying out monomer strut support construction at the roadway side during the mining of the working surface; step 6, carrying out auxiliary support construction. The method has the advantages that the supporting requirements of the deep gob-side entry can be satisfied when carrying out non-pillar mining construction in the deep mine.

The invention discloses a method and a system for code management based on distributed collaborative development environment. The method includes cloning a public version base from a remote server to a local place to generate a local version base, locally conducting code updating on the local version base, judging whether current public version base is updated or not compared with the cloning one, combining updated content of the current public version base relative to the cloning one into the local version base subjected to code updating to obtain a newest version base and combining the newest local version base into the current public version base on yes judgment, and combining the local version base subjected code updating into the current public version base on no judgment. The method and the system can overcome the shortcomings of slow reaction, poor real time performance and partial unrealizable function caused by severe burden on the server caused by complex check-in check-out operation of codes under the current distributed collaborative development environment.

The invention discloses an intelligent robot system used for oral implantology surgeries. The intelligent robot system used for oral implantology surgeries comprises a robot mechanical arm, an end effector, an implantology surgery apparatus, a surgery navigation system, a surgery planning system, a force feedback system, an implantology robot bone texture analysis expert diagnosis system, an implantology point trimming and real-time data acquisition system, a restoration body real-time design and rapid moulding making system, and a special dental chair matches the implantology robot. The invention also discloses a method and a device used for matching of a CT scanning space with a surgical space, and security policy of the intelligent robot system. The intelligent robot system is capable of overcoming difficulties such as small oral implantology space, lack of direct sight, and poor doctor technology, realizing accurate control on implantology apparatus path and position, avoiding damage of normal tissue in surgeries, and realizing accurate implantation of implants.

The invention discloses an assembling type reaction frame device for shield launching and propulsion, and the device is arranged on a bottom plate of a work shaft, wherein the reaction frame device comprises a frame and a plurality of supporting rods; the frame is connected to the bottom plate of the work shaft by a hinge; the first ends of the supporting rods are connected with the frame; the second ends of the supporting rods are connected with the bottom plate of the work shaft; the frame is coaxial to a tunnel portal; the frame further comprises two cross beams and two vertical beams which are mutually connected to form a rectangular frame; the frame also comprises a plurality of reaction ring assembling beams and a plurality of bolt holes; the reaction ring assembling beams are arc-shaped and are respectively connected at the four corners in the rectangular frame; the surfaces of the reaction ring assembling beams and the surface of the rectangular frame form a plane; and the bolt holes are distributed on the surface of the frame and are corresponding to the positions of longitudinal bolt holes of pipe pieces. Since the whole assembling structure can be repeatedly utilized and the position can be freely adjusted, the assembling type reaction frame device is applicable to different types of work shafts.

The invention discloses a configuration cutting method of a braided river tight-sandstone gas reservoir layer. The method comprises the steps that a braided-river geologic knowledge library is established; a configuration unit corresponding to a 5-level interface is determined; the boundary of the interwell configuration unit is determined; a 4-level braided-river configuration unit is determined; a well-logging curve cycle method, an identification method of developing positions of a sedimentation layer and a vertical micro-phase change method of a channel bar and a waterway are adopted to determine the position of the channel bar on the panel; well-logging curves are adopted to determine the boundary of a 3-level configuration unit in the channel bar; in the boundary of the 3-level configuration unit, the shape and scale of bryocyte of the channel bar are identified and described, in combination with the analysis of physical properties and gas-bearing properties, effective single sand bodies are quantitatively described, and therefore, a hierarchical description method is formed to accurately describe the configuration of the braided river gas reservoir layer. Through the adoption of the method, the configuration units of different levels of the high-heterogeneity tight-sandstone gas reservoir layer are described, the size and distribution position of the configuration unit of the channel bar are achieved, and therefore a reasonable well-pattern and well-type design of a gas field and fine geological modeling of the three-dimensional reservoir layer are effectively instructed; the well pattern and the well type are optimized, and the recovery rate of the gas field is increased.

The invention discloses a reparation device and a method thereof for the shape-righting and positioning of damaged and distorted bronze ware, belonging to the technical field of relic restoration, which is characterized in that an inner ring (4) is arranged in a damaged and distorted bronze ware (7); an inner adjusting bolt is connected with an inner gasket (6) on the inner wall of the damaged and distorted bronze through a plurality of screw holes on the inner ring (4); an outer ring (1) is arranged outside the damaged and distorted bronze ware (7); an outer adjusting bolt is connected with an outer gasket (3) on the outer wall of the damaged and distorted bronze through a plurality of screw holes on the outer ring (1); the screw holes on the outer ring (1) and the inner ring (4) are evenly distributed. The reparation device and method for the shape-righting and positioning of damaged and distorted bronze ware has an advantage that shape-righting and positioning of seriously damaged and distorted bronze ware are realized to ensure successful laser welding reparation.

The invention relates to a solidification and pore forming method for a coal rock stratum containing weak structural bodies. The solidification and pore forming method comprises the following steps that 1, a plurality of solidification holes are drilled, specifically, the solidification holes are formed according to the range of the weak structural bodies of the coal rock stratum to be solidified; 2, bacterium liquid, stationary liquid and cementing liquid are sequentially injected in the holes in a pressurization mode through grouting pipes, and calcium carbonate is induced to crystallize through a MICP in-situ grouting technology; and 3, after fractures and the weak structures around the solidification holes are solidified through the microorganism slurry, production is organized in solidification positions according to the subsequent process. On the one hand, microorganisms are adsorbed on the surfaces of pores and the fractures around the drilling holes, the calcium carbonate is effectively induced to precipitate, and the inner surface of the coal (rock) stratum is bonded and cemented, and surrounding rock with the soft characteristic is solidified and cemented to form a whole with certain mechanical properties, so that the strength of hole wall surrounding rock is strengthened; and on the other hand, the microorganism slurry is a solution or suspension liquid, the viscosity of the slurry is low, fluidity is good, permeability is strong, compared with a chemical treatment method, the limit grouting pressure is small, the solidification radius is large, and the cementation strength of the drilling hole surrounding rock can be regulated and controlled.

The invention discloses a self-climbing tower crane, which comprises a tower body (1), a hoisting arm (2) and a climbing mechanism, wherein the climbing mechanism comprises a main stressed supporting steel beam (4) and a steel structure climbing attached frame (5); the steel structure climbing attached frame (5) is fixedly connected on the main stressed supporting steel beam (4) and is provided with a jacking cylinder (8) and a supporting steel beam (9); and a tower body supporting tread (10) is arranged on a tower body (1), and the bottom of the tower body (1) is provided with a climbing base section (11). The self-climbing tower crane can climb upward along a constructed structure by using the constructed building structure as a support, meet the requirements of superhigh-rise and out-of-code tall buildings on vertical transportation at the whole construction height, contribute to construction efficiency, construction period reduction, steel conservation and energy conservation and create obvious economic and social benefits.

A flight time resource configuration and optimization method suitable for airline hubs is disclosed. The flight time resource configuration and optimization method comprises the steps of calculating the quantity of first-type time resources; optimizing the first-type time resources; calculating the quantity of second-type time resources; optimizing the second-type time resources for the first time; performing primary real-time analog simulation and conflict regulation; optimizing the second-type time resources for the second time; and performing secondary real-time analog simulation and conflict regulation, and the like. The flight time resource configuration and optimization method can bring benefits for multiple sides and can realize the maximum of social benefit; for passengers, reasonable flight time can greatly reduce probability of flight delays, so that the passengers can enjoy the more good-quality air transportation service; for airports, the airline hubs can optimize the airport management systems, expand international market shares and improve the competitiveness of the airports; and for airlines, the airlines can establish and construct main center radiation type airline network, ensure the flight service quality and improve the reputation of the airlines consequently.

The invention discloses a plunger tool for gas recovery by liquid drainage in gas wells. The plunger tool is flexible, more specifically, the plunger tool comprises a flexible plunger assembly, which comprises a flexible central body, a plurality of plunger unit bodies connected in series are sleeved on the periphery of the flexible central body, and each two neighboring plunger unit bodies are in spherical contact with each other; when the flexible plunger assembly passes through a slant hole interval, the flexible central body is bent, each plunger unit body is displaced relatively, and the plunger unit bodies are still kept in spherical contact with each other. When operating in a wide-dogleg degree interval, the flexible plunger tool (12) receives the effect of the horizontal force of the inner wall of a tubing, the length of the flexible central body (13) is changed, the extension and retraction of the flexible central body are compensated by a floating mechanism on the top of the plunger tool (12), and thereby the flexible central body (13) is prevented from being damaged. The plunger tool overcomes the defects of the conventional rigid plunger, and improves the adaptability of the plunger lift technique to highly slanted directional wells.

The present invention relates to a moving window installation structure of a sliding window system. More specifically, the present invention relates to a moving window installation structure of a sliding window system which is configured to prevent a vertical reaction force from being applied between a rail and a roller for supporting the weight of a moving window that constitutes a sliding window having an aluminum alloy sash structure such that the moving window can be smoothly moved in a direction perpendicular to the longitudinal direction of the rail and the sliding mobility of a large-sized window having a heavy weight can be improved, and to improve a profile cross-section structure of a window installation frame provided with a sliding window such that heat insulation can be remarkably improved and wind pressure resistance against wind pressure can be enhanced.

The invention relates to a method for monitoring construction of channel bridge demolition, which carries out process monitoring, control and pre-warning on the construction of channel bridge demolition. The technical scheme for realizing the invention is as follows: the method comprises the following steps: determining a bridge demolishing scheme combining the actual condition of a bridge to be demolished and the requirements of peripheral environment; establishing an structural simulation analytic system; establishing a finite element simulation computation model of bridge-completion state according to bridge-completion structural sequence; carrying out calculation and analysis on structural reverse demolition according to bridge demolishing sequence to obtain actual deformation and stress state at each stage in the structural construction process; establishing a theory pre-warning indicator; establishing a field monitoring system aiming at bridge demolishing process; carrying out acquisition and analysis on the monitoring parameters in the demolishing process of the bridge; feeding back the analyzed result to the structural simulation analysis system; establishing a constructionpre-warning system, carrying out safety and quality judgment in the bridge demolishing process to realize the pre-warning and controlling indication.

The invention discloses a herbicide-fertilizer for a direct-seeding rice field. The herbicide-fertilizer contains herbicide-fertilizer mixture which is prepared by using bensulfuron-methyl with weeding activity, pretilachlor herbicide and a nitrogen-containing fertilizer, wherein the weight ratio of the bensulfuron-methyl to the pretilachlor is 1:9 and the nitrogen-containing fertilizer consists of urea and ammonium sulfate with weight ratio being 1:2. The invention additionally discloses a production method of the herbicide-fertilizer. Water is used as solvent. A spray-coating method is used for preparing herbicide-fertilizer particle mixture. The process flow is short, the quality is stable and the yield is high. The prepared herbicide-fertilizer is suitable for direct-seeding rice fields, can realize synchronous fertilization and weeding, has the characteristics of high safety, excellent stability and good efficacy, and can achieve the goal of labor saving and time saving.

The invention provides an energy transaction management system among users based on block chain technology. The system includes a user-side energy information collection, processing and communicationmodule, a decentralized trading network energy information processing module, a block chain energy trading settlement module, a block chain platform energy trading record module, an energy trading execution module and a trading network security module. The invention also provides an energy transaction management method among users based on block chain technology. Aiming at the problems among userswith energy generation equipment that a conventional centralized trading network causes centralization of rights and interests, is lack of trust and is not conducive to the protection of privacy, a decentralized trading network based on Hyperledger Fabric is designed, block chain technology is applied, the decentralized settlement and recording of energy transactions between users can be realized, and the stored and recorded information can not be tampered with to protect the privacy of users, so the real-time, safe, efficient transaction between energy users is realized and the benefits of all parties are maximized.

The invention discloses a method for extracting pressure relief gas by retained roadway drill site drilling, aiming at solving the problem that gas extraction drilling cannot be constructed since hole collapse occurs easily during gas extraction drilling in construction of an advance coal face of a retained roadway along a goaf of a deep well and the section of a retained roadway of a lag coal face shrinks seriously. The method comprises the following steps: constructing drill sites on one side of solid coal of a lag coal face in a retained roadway to provide an operation space for constructing extraction drilling; constructing extraction drilling in the drill sites towards a fissured zone of the roof of the goaf; and finally sealing extraction drilled holes and performing gas extraction after connecting an extraction pipeline. According to the method, the technical problems that hole collapse occurs easily during gas extraction drilling of the advance coal face and the extraction drilling of the lag working face is difficult to construct are solved, the operation space is provided for the gas extraction drilling construction, and smooth implementation of gas extraction is guaranteed.

The invention discloses a method and a system of reselection priority indication in a cell, comprising the following steps: determining special priority information without carrying service frequency points in a message released by wireless resource control connection, wherein the service frequency points are released by wireless resource control connection; and indicating priority information ofthe service frequency points when determining that the message released by wireless resource control connection indicates the special priority of at least one non-service frequency point. The method and the system solves the problems that after receiving the message released by the wireless resource control connection, when only having special priority of the non-service frequency point without any priority information of the service frequency points, user equipment can not carry out the processes of measurement and reselection of any pilot frequency / pilot technology normally, guarantees the smooth implementation of user equipment in the processes of following parking and call establishment and enhances the sensitivity of user experience.

Provided are a tool and a method for injecting cement into the top of a horizontal well screen pipe without drilling and plugging. The tool for injecting the cement into the top of the horizontal well screen pipe without drilling and plugging is composed of a drilling-free and plugging-free tool, a bumping pressing rubber plug and a fishing tool. During construction, the drilling-free tool is lowered to the well along with a sleeve bunch. A well mouth is pressurized, a packer is sealed through expansion, pressurization is continued, a starting piston is opened, circulation is built, and well cementation is conducted normally. The bumping pressing rubber plug is added for bumping pressing at the later stage of the well cementation, the piston is closed simultaneously, a circulation channel is closed, and the well cementation is finished. After cement curing is finished, fishing is conducted through a small drill pipe connected with a fishing anchor, the small drill pipe and the fishing anchor are lifted after being in place, slips are opened, a fishing drum is blocked, an internal structure of the drilling-free tool is lifted together, and construction is finished. During a working process, a well completion accessory used in the process is not affected by drilling and grinding, service life is greatly prolonged, diameter in a well completion pipe column is large, the inner surface of the well completion pipe column is smooth, and smooth implementation of acid washing and gravel packing is guaranteed. Well completion working time of a single well is reduced by 24 hours on average, and well completion cost is greatly saved.

The invention discloses a bright red nanometer glaze slip material for ceramic sanitary wares, as well as a preparation method and application of the bright red nanometer glaze slip material. The bright red nanometer glaze slip material specifically comprises water as a medium, and the following components in percentage: 20-25% of feldspar, 40-45% of quartz, 16-20% of calcium carbonate, 2-3% of dolomite, 3-5% of zinc oxide, 2-4% of kaolin, 2-5% of nanometer zirconium, 3.5-6% of nanometer aluminum oxide, 9-12% of 060 bright red chromophoric materials, 1-3% of Z309 claret chromophoric materials and an appropriate amount of CMC for ceramics. The bright red nanometer glaze slip material disclosed by the invention is resistant to high temperature and can bear long-time high-temperature calcination, so that the application of bright red nanometer glaze for the ceramic sanitary wares in the production of the ceramic sanitary wares comes true, and the defects that color becomes black and pigments are volatilized after high-temperature calcination are overcome.

The invention relates to an enclosure for a continuous wall foundation pit formed by steel cylinders or steel plate piles adopting seal grooves and occlusion structures. The steel cylinders or steel plate piles adopting the seal grooves are connected to form the continuous pile wall so as to form the foundation pit enclosure, according to the steel cylinders or steel plate piles with the seal grooves, at least one seal groove is formed at the connecting positions of steel plates or piles of steel cylinder piles, the cross section of each groove is in a convex arc shape, a concave shape or a polygon shape, a matched pipe is inlaid in each groove, the steel plates or steel cylinder piles and the pipes in the grooves are jointly and independently tampered into the stratum, pipe cavities in the grooves are left or waterproof sealing materials are injected into the pipe cavities to serve as sealing layers at the connecting positions of the steel plates or the piles of the steel cylinder piles; the cross section of the connecting positions of the steel plates or the piles of the steel cylinder piles is in a hook shape or concave-convex matched or third filling block filling connecting shape; and one or more sealing grooves are formed in the pile connecting positions.

The invention discloses an in-mould film lamination process for a plastic product and a forming mould for the in-mould film lamination process. The invention provides the in-mould film lamination process for the plastic product, which can simultaneously finish injection moulding and film lamination operation of the plastic product in a one-time forming process; and the invention also provides theforming mould for the in-mould film lamination process. The in-mould film lamination process for the plastic product comprises the following steps of: arranging a film forming module on the forming die, forming a film on a female mould of the forming mould through the film forming module before injection moulding, and then performing injection moulding so that the film lamination and the injection moulding are finished at the same time and the film has good attachment on an injection moulding part. In order to ensure smooth implementation of the in-mould film lamination process, the inventionalso provides the forming mould comprising the film forming module, a film cutter module and a movable slipway for mounting the film forming module and the film cutter module.

This invention relates to the production of S-adenosyl-L-methionine by means of a chemical process wherein enrichment of the bioactive (S,S)-isomer is achieved. The process is simple, efficient, economical and reproducible on large scale.

The invention discloses a forging process for nuclear power rotor and other large shaft parts, which can be used for effectively solving the forging problem of a high-grade rotor with a super large specification. The process specifically comprises the following steps of: (1) drawing out a steel ingot to form a flat square by using a WHF (Wide die Heavy blow Forging) method; (2) performing erecting and upsetting on the flat square; (3) drawing out the upset steel billet to the flat square again by using the WHF method; and (4) compacting the four sides and the center of the flat square, wherein the 'flat square' specifically means a cuboid-shaped steel billet. In accordance with the result of flaw detection (UT(Ultrasonic Test) and MT (Magnetic particle Test)), no flaw (phi is above 0.6), for which recording is required, is found in a 1100MW rotor piece manufactured by using 550t steel billets, and the quality is superior; based on the dimension of a workpiece, all the dimensions of various parts of a forge piece can meet the processing requirement, and the forging allowance is uniform; the control state of forging grain size is deduced from a UT state subsequent to thermal treatment after forging, the desired effect is completely achieved, and no phenomenon of coarse crystal or mixed crystal happens.

The invention discloses a complete controller assembly device for a general mild hybrid vehicle and a control method, and belongs to the technical field of mild hybrid vehicles. A communication module exchanges data with other control units through a controller area network (CAN) bus, state information of the complete vehicle is acquired through signals processed by connector wire harnesses and acquisition circuits of analog signals, digital signals and pulse signals, the working state of the vehicle and the driving awareness of a driver are judged, and meanwhile, control commands are sent tothe control unit of each executor so as to realize communication and information sharing among the parts of a system and realize cooperative work and control steps among the parts of the vehicle; anda control panel comprises a double-output power supply module, a voltage stabilizing module, a bus communication module with two CAN transceivers and a K wire transceiver, a 7-channel low side driving module, a 6-chanenl analog signal acquisition circuit, a 5-channel digital signal acquisition circuit, a 2-channel pulse signal acquisition circuit, a main control singlechip and peripheral circuitscomprising a reset circuit and a debugging interface and circuit.

The invention discloses a power transmission line ice coating real-time distribution module calculation method, which comprises the steps of screening real-time meteorological data; recognizing the real-time meteorological data; building a real-time ice coating model; calculating the real-time ice coating thickness of each station; performing ice coating climate condition zoning; building an ice coating trend calculation model; determining a model recurrence period; correcting the ice coating thickness; building an ice coating real-time distribution model; and deducing a final ice coating real-time ice thickness distribution diagram by zone real-time ice thickness distribution features and ice coating real-time ice thickness. The method solves the technical problems that the power transmission line ice coating trend model in the prior art does not sufficiently consider the real-time weather, so that the model cannot reach the precision required for simulating the actual ice coating condition; the ice coating information of a power transmission line cannot be mastered in real time; and the guidance on the power transmission line anti-icing and disaster reduction work cannot be realized, and the like.

The invention discloses a system and a method for downloading files in batches. The system comprises a human-machine interface, a main control module, a selection module and a file sending module, wherein the file sending module and the selection module are interactive with at least one single board; the human-machine interface is used for receiving the downloading control command and a burning file and / or a management file, sending the downloading control command to the main control module, and sending the burning file and / or the management file to a file sending module; the main control module is used for analyzing a mode command from the downloading control command, and sending the mode command to the selection module; the selection module is used for controlling the downloading mode of the single board according to the mode command; and the file sending module is used for sending the burning file and / or the management file to the single board according to the downloading mode. Themode for downloading files in batches is flexible, simple and strong in operation, thereby greatly improving the execution efficiency.

The invention discloses a determination method and device for cell reelect primary rate interface (PRI), comprising: judging whether the special cell reelect PRI timer of user equipment is overtime; judging whether the user equipment is stationed at the frequency point which is not configured with special cell reelect PRI; before the overtime of the special cell reelect PRI timer, and when the user equipment is stationed at the frequency point which is not configured with special reelect PRI, confirming the cell reelect PRI used by the user equipment. The application of the invention can ensure that the user equipment can do cell reelection of different frequencies and different technologies in all conditions, ensure the successful execution of the user equipment in consequence resident and establishing process, and strengthening the experience perception of users.