27results about How to "Economic advantage" patented technology

The invention provides a photovoltaic power station design system and method based on ecological collaborative optimization, and relates to the technical field of data processing. The system comprises an initial configuration module which is used for generating an initial layout structure of a photovoltaic module, performing energy-saving and consumption-reducing calculation and economic analysis according to generating capacity data, and obtaining initial energy-saving and consumption-reducing data and initial economic analysis data; the secondary optimization module is used for optimizing the parameters of the photovoltaic module based on the economical efficiency analysis data and determining energy-saving and consumption-reducing data and economical efficiency analysis data through the generating capacity optimization data; the ecological evaluation module is used for determining ecological benefit data of the photovoltaic power station according to the ecological influence parameters; and the collaborative optimization module is used for setting a power generation income weight and an ecological benefit weight so as to optimize the photovoltaic module layout structure and generate a photovoltaic power station design scheme based on ecological collaborative optimization. The method is used for realizing collaborative optimization of power generation benefits and ecological benefits of the photovoltaic power station, so that the power station gives consideration to ecological protection while improving the power generation efficiency.

The invention relates to the technical field of water treatment, in particular to a catholyte-through multi-electrode-group parallel electrochemical reactor which comprises a reaction tank and a plurality of groups of electrode assemblies arranged in the reaction tank, the electrode assembly includes an anode; the cathode is annularly arranged outside the anode; the separation net is arranged between the anode and the cathode and is configured to isolate the catholyte from the anolyte; the base and the cover are provided with grooves for mounting the anode, the separation net and the cathode and are respectively mounted at the bottoms and the tops of the anode, the separation net and the cathode; the positive terminal is inserted into the cover and is connected with the anode; the negative terminal is inserted into the cover and is connected with the cathode; the acid extraction opening is formed in the center of the cover and penetrates through the cover to extend into the anode area of the anode; and the external pump is connected with the acid pumping port through a pipeline. The problem of insufficient utilization of hydroxyl in the existing water softening technology is solved, the number of the electrode groups can be flexibly adjusted according to actual requirements, the industrial-scale water treatment requirements are met, and meanwhile, the operation cost is effectively reduced.

The invention discloses a preparation method and application of sodium hydroxide-carbon dioxide co-modified biochar, which comprises the following steps: preparing biochar by using cellulose crystal as a raw material, impregnating the biochar with sodium hydroxide, carrying out high-temperature heat preservation in a carbon dioxide atmosphere to prepare modified biochar, and applying the modified biochar in adsorption and degradation of tetracycline. When tetracycline is adsorbed, the modified charcoal is directly used, and when tetracycline is degraded, the modified charcoal is combined with sodium persulfate; the preparation method is simple, wide in raw material source and easy to popularize and use.

The present application relates to a kind of phosphonic acid-benzenesulfonic acid double modified carbon microspheres and its preparation method and application, belong to oil field chemical field.The method includes: S1 with biomass as raw material preparation original carbon microspheres;S2 original carbon microspheres are pre-oxidized and activated, obtain activated carbon microspheres;S3 activated carbon microspheres are phosphonated grafting reaction;S4 last perform sulfonic group grafting reaction.The present application also provides the phosphonic acid-benzenesulfonic acid double modified carbon microspheres prepared by this method, and the application of the phosphonic acid-benzenesulfonic acid double modified carbon microspheres in the preparation of water-based drilling fluid.In this phosphonic acid-benzenesulfonic acid double modified carbon microspheres, phosphonic acid group and benzenesulfonic acid group are introduced into the surface of carbon microspheres by stable covalent interaction, not easy to fall off in high temperature and high salt environment, can improve the stability of material in high temperature condition, to ensure that modified carbon microspheres in downhole complex working condition Long-term effect, make drilling fluid system can simultaneously withstand high temperature and high calcium ion double test.

A collaborative anti-collision structure for the inside and outside of a building, belonging to the field of building structure vibration control, includes a connecting plate, a connecting ear hole, an end plate reinforcement plate, an external fixed side plate with ribbed holes, an external plate through ribbed holes, an external limit baffle, etc. The two sides of the structure as a whole are respectively provided with an external fixed side plate with ribbed holes and an external limit baffle, the other side of the external fixed side plate with ribbed holes is connected to two external groove plate combination structures, the other side of the external limit baffle is connected to an external energy-absorbing movable soft steel plate, the front and rear sides of the other side of the internal fixed side plate with ribbed holes are provided with an internal groove plate combination structure, the internal energy-absorbing movable soft steel plate is placed on the inner side of the internal second-order extruded back plate layer, and a number of built-in shock-absorbing and resetting soft steel energy-absorbing combination structures are provided inside. Multi-level shock absorption is achieved by arranging the internal energy-absorbing movable soft steel plate and the internal groove plate combination structure, the external energy-absorbing movable soft steel plate and the external groove plate combination structure, and the built-in shock-absorbing and resetting soft steel energy-absorbing combination structure.

The application provides a preparation method of imatinib mesylate, wherein 4-(4-methylpiperazin-1-yl)methyl benzoic acid dihydrochloride (compound 5) is neutralized by sodium hydroxide to be free, then directly subjected to condensation with N-(5-amino-2-methylphenyl)-4-(pyridin-3-yl)pyrimidin-2-amine (compound 4) to obtain imatinib, and then the imatinib is subjected to salt formation with methanesulfonic acid to obtain imatinib mesylate. The preparation method is safe and environment-friendly, simple and convenient to operate, low in cost and has industrialization value.

The present invention discloses a rail head abrader including a base, a blade, a vertical measurement section and a horizontal measurement section; an upper end surface of the base is arranged horizontally and a base bevel edge intersects a base vertical edge; the blade is disposed on the base and perpendicular to the upper end surface of the base, an upper portion of the blade is provided with vertical wear rail type selection lines; the vertical measurement section includes a vertical scale frame, a vertical digital display device, and a vertical scale cursor; the horizontal measurement section includes a horizontal scale frame, a horizontal measuring rod, measuring rod rail type selection lines, a horizontal digital display device, and a horizontal scale frame cursor, and a horizontal scale frame cursor locating line corresponding to the horizontal measuring rod rail type selection lines; the horizontal measuring rod is slidably mounted on the horizontal scale frame and slidable left and right. Only one rail head abrader is required for each track division for fast and accurate measurement of vertical wear and side wear on all models of rails, and has the advantages of simple construction, economy, flexible adjustment, to accommodate the need for fast and accurate measurement of abrasions of various rail type.

The application discloses a transcritical CO2 air source heat pump system and a control method thereof. The transcritical CO2 air source heat pump system comprises a carbon dioxide compressor, a gas cooler, an electronic expansion valve, an outdoor fan, a cold storage device, a heat storage water tank, a high-temperature heat accumulator, a low-temperature heat accumulator and a floor buried pipe heat exchanger. The gas cooler comprises a first working medium pipeline and a first heat exchange pipeline for realizing heat exchange. The cold storage device comprises a second working medium pipeline and a second heat exchange pipeline for realizing heat exchange. The heat storage water tank comprises a hot end heat exchange pipeline and a cold end heat exchange pipeline for realizing heat exchange. The transcritical CO2 air source heat pump system can be controlled to be in various working conditions, such as single hot water production, refrigeration and hot water production, single heating, heating and hot water production and the like, by controlling the opening and closing of each component and valve, and is integrated and multipurpose to adapt to different requirements.

The invention discloses an ultrasonic detection system for defects of a main shaft of a fan under an in-situ non-disassembly condition. The ultrasonic detection system comprises a control analysis module and a signal acquisition device, the signal acquisition device comprises a rack, the rack is provided with a guide rail matched with the end face of the main shaft of the fan to be detected, the guide rail is movably connected with a movable seat moving up and down along the guide rail, the rack is provided with a vertical driving mechanism for driving the movable seat, and the movable seat is provided with a measuring seat moving in the horizontal direction. A horizontal driving mechanism for driving the measuring seat is arranged on the movable seat, and a self-transmitting and self-receiving ultrasonic probe is arranged on the measuring seat; the signal acquisition device further comprises a noise removal module, a feature extraction module and a defect positioning module. The invention further comprises a detection method of the detection system.

The utility model relates to the technical field of constructional engineering, and provides a UHPC light side ditch cover plate which comprises a UHPC panel, a wave-shaped stiffening rib and a plurality of adjustable supporting bases, the UHPC panel comprises an anti-skid layer, a force bearing layer and an anti-crack layer which are arranged from top to bottom, the wave-shaped stiffening rib is arranged at the bottom of the UHPC panel, and the anti-skid layer is arranged at the bottom of the UHPC panel. The wave-shaped stiffening ribs comprise wave-shaped continuous structures arranged on the two sides of the UHPC panel in the length direction, a plurality of straight panel connecting ribs are connected between the two wave-shaped continuous structures, and the multiple supporting bases are arranged at the bottom of the cover plate and used for adjusting the height of the cover plate. According to the scheme, the problems that a traditional side ditch cover plate is large in dead weight, high in maintenance cost and the like are solved, remarkable technical advantages are formed in the aspects of safety, durability, economical efficiency and the like, construction is facilitated, and good application prospects are achieved.

The application discloses a kind of continuous fiber reinforced polyamide composite laminated plate preparation method and the laminated plate obtained.First, continuous fiber reinforced polyamide unidirectional prepreg narrow strip and the prepreg narrow strip containing fiber powder are woven to form two-dimensional sheet, then the two-dimensional sheet is laid and designed hot-pressed into composite plate.In the present application, by selecting different relative viscosity resins and fiber powder length range, combined with hot-pressing process to realize the orientation of fiber micro-powder in the prepreg narrow strip of fiber micro-powder in the Z direction of composite plate, i.e., the thickness direction, thereby improving the interlaminar shear performance of laminated composite plate.

According to the adaptive fault-tolerant control method for the island micro-grid under the extended state observer, a feedback linearization model of the alternating current micro-grid is constructed by using the three-order extended state observer and a power generation cost optimization method, and the equivalence of a sensor fault and an actuator fault is revealed from a brand new angle of control; a unified sensor and actuator fault model is provided based on a micro-grid physical system, a self-adaptive fault-tolerant control method is provided by using a modified distributed consistency protocol, and the system voltage quality and the optimal economic dispatching are maintained under the condition of unknown sensor and actuator faults. According to the method, information of local and adjacent distributed generators is utilized, and the reliability, the efficiency and the fault-tolerant capability of the micro-grid system are improved.

The present invention discloses a novel coronavirus detection test strip and a preparation method and a use method thereof, including a liner, a sample pad, a gold labeling pad, a detection pad and a water absorbing plate are sequentially arranged from one end to the other end of the liner, a nitrocellulose membrane is arranged on the surface of the detection pad, and a T line and a C line are arranged on the nitrocellulose membrane; the detection T line is coated with a sialic acid ligand fixed substance, and the sialic acid ligand fixed substance includes a sialic acid ligand molecule with high affinity; the quality control C line is coated with a control substance, and the control substance is a novel coronavirus S protein; the gold labeling pad is sprayed with a colloidal gold marker, and the colloidal gold marker is a gold nanoparticle with a sialic acid ligand molecule with medium affinity fixed on the surface. The present invention provides a test strip that can directly detect novel coronavirus particles, which can quickly and conveniently determine whether the sample contains virus particles, and then quickly determine whether the subject is infectious.

The utility model discloses a kind of bottled cleaning agent automatic packing device, it includes conveying platform, positioning mechanism, encapsulation subassembly and adjusting mechanism.Conveying platform is equipped with slide rail and sliding block, and sliding block connects bearing plate;Positioning mechanism is connected first clamping arm and second clamping arm by elastic connecting rod, and inside is equipped with flexible gasket;Encapsulation subassembly includes lifting platform and encapsulation head, and encapsulation head bottom is equipped with heat sealing module and compression claw;Adjusting mechanism moves sliding block by screw rod drive.This device can accurately adjust bearing plate position, automatically adapt bottle size, ensure encapsulation sealing property and firmness, simultaneously reduce heat residue by cooling air flue, improve efficiency.Auxiliary support mechanism enhances stability, and is suitable for the automation packaging demand of multiple specifications bottle body.

The invention discloses an urban drainage pipe network organic matter pollution sludge conditioner and a blending method thereof. The conditioner comprises a blending agent river sand for improving the particle size distribution of sludge, calcium superphosphate for blending the pH value of the sludge and increasing the total nutrient content in the sludge, urea and a compound microbial agent, the river sand, the calcium superphosphate, the urea and the compound microbial agent are added into the organic matter polluted sludge of the urban drainage pipe network to obtain mixed soil; the mass percentage content of the river sand added into the sludge is 15-20%; the mass percentage content of calcium superphosphate added into the sludge is 0.5-3%; the mass percent of the urea added into the sludge is 0.4-2%. The problems that dewatered sludge is generally small in particle size, high in pH and insufficient in nutrient content are solved through scientific blending, the sludge reaches the use standard of landscaping soil, and stabilization and efficient resource utilization of the sludge are achieved.

The utility model provides a novel waist line height difference measuring scale, which relates to the technical field of clothing customization and comprises a measuring main body, a waist line height difference measuring head and a waist line height difference measuring head, the hollow hoses sleeve the two sides of the shoulder and neck point of the human body along the shoulder and neck point of the human body; the mark point is arranged on the hollow hose and is used for identifying the position relative to the measuring main body; and the scale area is arranged on the hollow hose and is used for measuring the height difference of the waist section. The waist section height difference measuring scale of the utility model can help to accurately measure the waist section height difference of an individual, provides convenience and accuracy, and is helpful for completing more accurate clothing customization.

The invention discloses a single-double combined boom structure of a crane, which comprises a lower boom section, an upper boom section and a transition joint, the lower boom section is of a double-arm structure, the two sides of the lower boom section are symmetrical, and the upper boom section is of a single-arm structure; the arm support lower section is formed by sequentially connecting a root part, a root part section and a lower section standard section, and the arm support upper section is formed by sequentially connecting an upper section standard section and a head section; the upper arm support section and the lower arm support section are connected through a transition joint. The upper section of the single-double combined cantilever crane structure is the single arm, the lower section of the single-double combined cantilever crane structure is the double arms, the transition joint is arranged at the transition position of the single arm and the double arms, lateral stability is good, and meanwhile arrangement of a connecting beam is avoided. Compared with a single-arm boom, the lateral stability of the single-arm and double-arm boom structure is better, the self weight of the single-arm and double-arm boom structure is lighter, and the single-arm and double-arm boom structure has obvious advantages in the aspects of technical feasibility, safety, economical efficiency and the like; each rod of the transition joint adopts a circular tube section, and the transition joint is symmetrically arranged in structure and is compact in structure and reasonable in force transmission.

The invention discloses a polyelectrolyte composite material and carbon sequestration and channeling prevention application thereof. The polyelectrolyte composite material is a CO2 stimulation tackifying composition based on electrostatic interaction, and is composed of sodium carboxymethyl cellulose (CMC-Na, A), branched polyethyleneimine (PEI, B) and water. The branched polyethyleneimine molecule contains three nitrogen-containing groups, namely primary amino, secondary amino and tertiary amino, after CO2 is dissolved in water, carbonic acid is formed, so that the three amino groups are protonated, and the positively charged cationic ammonium salt is formed. Free carboxyl on the sodium carboxymethyl cellulose is negatively charged and can form a three-dimensional cross-linked network with the cationic branched polyethyleneimine through electrostatic attraction, and macroscopically, the viscosity of the system is increased. In the CO2 geological storage process, the viscosity of the polyelectrolyte composite material is increased, so that CO2 fluid channeling can be effectively blocked, and the CO2 storage rate is increased. Meanwhile, rich amino groups of polyethyleneimine in the system can react with CO2, so that the carbon sequestration rate is further increased.

The present invention discloses a method for quickly and directly regenerating waste lithium-ion battery positive electrode black powder into positive electrode material by lithiation reaction at room temperature and pressure combined with rapid heat treatment. An organic lithium solution is obtained by reacting a lithium salt with a specific solvent at room temperature and pressure; then the failed positive electrode black powder is mixed with the organic lithium solution, stirred and reacted at room temperature and pressure to achieve lithiation, and the solution after the reaction is recovered and reused. After the solid obtained by the reaction is separated and dried, it can be regenerated into a positive electrode material after high-temperature sintering for a period of time, and its performance is restored to the same level as commercial positive electrode materials, and it can be reused in the production of lithium batteries. The method is simple to operate, does not require exogenous conditions such as heating and pressurization, has low equipment requirements, is low in cost, and has high value of recovered products.

The invention discloses a carbon-coated pre-magnesium silicon monoxide negative electrode material and a preparation method thereof, the negative electrode material comprises a silicon core, a silicon-magnesium composite porous layer and a carbon-coated layer, the silicon-magnesium composite porous layer comprises MgSiO3 and Mg2SiO4 with porous characteristics, and the porosity is not less than 30%; the material shows a unique peak position and intensity relationship in an XRD diffraction pattern, and Mg2SiO4 is used as a main phase. According to the preparation method, through molten salt mediated low-temperature solid-phase reaction and addition of reducing gas during heat treatment, energy consumption is greatly reduced, a generated Mg2SiO4 crystal structure is more stable than traditional MgSiO3, and a porous structure (porosity is larger than 30%) formed through the cooperation reaction enables the material to maintain high capacity of 1621.49 mAh / g, meanwhile, the first efficiency is improved to 85.91%, and the cyclic expansion rate is reduced by 40% or above.

The PEC steel plate shear wall structure with the discontinuous steel plates comprises a plurality of steel frameworks arranged at intervals and concrete wrapping the steel frameworks, the steel frameworks are made of section steel with symmetrical section shapes, and the steel frameworks are provided with flanges and webs which are connected in a crossed mode. Flanges on the two sides of webs of the adjacent steel frameworks are fixedly connected through a plurality of stirrups arranged at intervals, the webs of the adjacent steel frameworks are fixedly connected through web steel bars, and longitudinal steel bars are arranged on the two sides of the webs between the adjacent steel frameworks. The steel frameworks are arranged at intervals, a full-length pouring channel is reserved for pouring of concrete, it can be guaranteed that the concrete poured on the upper portion rapidly flows into the space of the lower cavity, the pouring speed is increased, in order to guarantee the integrity between the steel frameworks, the adjacent steel frameworks are connected through the web steel bars, a truss structure is formed, and the bearing capacity is high; the steel framework is formed through one-time pouring without turning over, the steel consumption of the whole steel framework is reduced, the weight is reduced, and the economic performance is superior.

The utility model relates to an advertisement display device, in particular to an A screen display rack convenient to carry and transport, which comprises a framework, and the framework comprises a top transverse pipe, a left rear vertical pipe, a left front vertical pipe, a right rear vertical pipe, a right front vertical pipe, a rear bottom transverse pipe and a front bottom transverse pipe. The top transverse pipe, the left rear vertical pipe, the rear bottom transverse pipe and the right rear vertical pipe are connected end to end in an inserted mode to form a rectangular frame, the left front vertical pipe, the front bottom transverse pipe and the right front vertical pipe are sequentially connected in an inserted mode to form a U-shaped frame, the upper end of the U-shaped frame is hinged to the upper end of the rectangular frame, and if a first included angle formed by the U-shaped frame and the rectangular frame is defined to be a, a is larger than or equal to 0 degree and smaller than or equal to 180 degrees. Compared with the prior art, due to the fact that the foldable display rack is foldable, the occupied space of the display rack in the storage state is greatly reduced.

The utility model discloses a roller chain type metal net chain which comprises a carrier strip, the two ends of the carrier strip are connected with conveying chains on the opposite sides through connecting blocks respectively, and a limiting mechanism is arranged on the surface of the carrier strip. According to the utility model, a net chain conveying mode is adopted, so that the problem of sheet deviation in the conveying process can be reduced, rolling friction is formed between the rollers and the supporting plates, the friction force is small, the problem of much dust caused by mutual friction between the net chain and a quartz tube can be effectively reduced, only the corresponding chain plate and the ejector pin need to be replaced when a certain part is damaged, and the production cost is reduced. And more advantages are achieved in the aspects of convenience and economy.

The application relates to the technical field of aircraft aerodynamic design and optimization, and discloses an aircraft low-resistance high-efficiency aerodynamic optimization method based on elite knowledge migration, which comprises the following steps: determining design variables of an aircraft aerodynamic shape and setting geometric constraint conditions; constructing a search space of the design variables; generating an independent population for each subtask by using the search space; performing aerodynamic simulation on each individual in each population, calculating the fitness value of the individual by using a comprehensive objective function constructed by the application, so as to determine an elite individual; executing a cross-task elite knowledge migration mechanism in the evolution process of the individual of the population; independently searching each population by adopting a multi-task parallel collaborative optimization mode, and determining the updating mode of the population according to whether the migration operation is triggered; and finally determining the global optimal individual of each population as an aerodynamic design scheme of the corresponding subtask of the population.

The invention discloses a cooperative deformation monitoring point laying method and system for existing subway parking base upper cover development engineering, and belongs to the technical field of structural deformation monitoring. The method comprises the following steps: determining a cooperative deformation influence area; identifying a structural joint and a force flow transmission path in the area; dynamically laying settlement monitoring points based on a structural joint settlement threshold value, and continuously laying strain, corner and three-dimensional strain monitoring points along a force flow transmission path to form a linear candidate monitoring point set; generating a two-dimensional grid candidate point set in the influence area; and carrying out topological overlay analysis based on a Delaunay triangulation network and a Voronoi diagram on the two types of candidate point sets, deleting redundant grid points through a distance threshold value, supplementing monitoring blind area points through uniformity check, and outputting a final monitoring point coordinate set. According to the method, the problem that point distribution is not systematic or the cost is high in a traditional method is solved, and unification of systematicness, economical efficiency and space coverage uniformity of monitoring point distribution is achieved.

The present invention relates to a liquid formulation of a long-acting conjugate of glucagon-like peptide-2 (GLP-2) and a method for preparing the same.