64 results about "Economic advantage" patented technology

The invention relates to low-temperature life prolonging equipment of a near-water-source energy storage power station, which is used for prolonging the service life of an onshore energy storage power station or an offshore energy storage power station in a random complex scene. The equipment is communicated with a low-temperature water body in an external natural cold source through a pipeline, the external natural cold source is used for direct cooling, heat dissipation consumption can be reduced, the service life of the equipment is prolonged, and meanwhile a large amount of cost is saved. Compared with the prior art, the accumulative service life of the battery module is remarkably prolonged by designing a low-temperature environment, the battery capacity fluctuation and the long-term maintenance cost are reduced, higher economical efficiency and reliability are achieved, and the method is particularly suitable for new energy storage scenes such as wind power and solar energy; compared with the prior art, although the seabed energy storage power station can also utilize an external natural cold source, the scheme has obvious economic advantages on this point due to the special sealing requirements, environmental requirements, technical difficulty and extremely high cost of the seabed energy storage power station.

The invention discloses a stiff composite pile structure for a fan foundation and a design method, a composite pile comprises an anti-corrosion outer core reinforcement body, an anti-corrosion inner core rigid pile and a pile end bearing mechanism, and the anti-corrosion outer core reinforcement body, the anti-corrosion inner core rigid pile and the pile end bearing mechanism are coaxially nested or fixedly connected to form a composite anti-corrosion and cooperative bearing structure; the design method covers the whole process of geological survey, parameter design, performance checking calculation and the like. The problems that under the plain complex geology, the pile body is poor in corrosion resistance, not matched in bearing capacity and large in construction difficulty are solved in a targeted mode, the beneficial effects of being long in corrosion resistance service life, high in cooperative bearing efficiency, high in adaptability and excellent in economical efficiency are achieved, and the long-term service requirement of a draught fan foundation can be met.

An air cleaning apparatus with a moist filter is disclosed. More particularly, the present invention relates to an air cleaning apparatus with a moist filter, being operated such that: water stored in a bottom reservoir tank flows upward in a centrifugal manner; water molecules are finely cleaved in a microfine state and injected through multiple injection holes in the same centrifugal manner to become moist; under such conditions, water flowing into a rotational column, to which a centrifugal force is applied, is filtered while circulating a cycle wherein external air inflowing through air input holes formed below a moist layer is adhered to water molecules in the moist layer and drops down, thereby enabling ultrafine dust as well as fine dust to be filtered with high efficiency and excellent economic advantage.

The invention relates to a green residue-reducing epoxypropane production device and method, and belongs to the field of energy-saving and environment-friendly chemical equipment. The production device disclosed by the invention not only reduces the concentration of hydrogen chloride in chlorohydrin entering a saponification system and the dosage of lime milk in saponification, but also remarkably reduces the amount of filter residues needing to be additionally treated, so that more effective cost control is realized while the production efficiency is improved and green residue reduction is promoted; the production cost of the epoxypropane is greatly reduced, and the economic advantage is remarkable.

The invention relates to a molasses-added binder-containing formulation for use in the production of wood-based composite boards, which provides cost savings and environmentally friendly production, as well as a preparation method of this binder-containing formulation. The invention aims to introduce a binder-containing formulation capable of maintaining the physical and mechanical properties of wood-based composite boards at a high level, while reducing the amount of free formaldehyde by up to 70%. Furthermore, another object of this invention is to propose an economical binder-containing formulation in the production of wood-based composite boards. Within the scope of the invention, a binder-containing formulation with high biobinding properties is created, thus enabling an environmentally friendly production process. In this way, a binder-containing formulation is made possible that both supports environmental sustainability and provides economic advantages.

The invention belongs to the field of petrochemical engineering, discloses a high-temperature change-membrane reactor coupled water gas shift hydrogen production process comprehensively considering heat energy utilization, and provides a set of two-stage series water gas shift process of a high-temperature reactor and a membrane reactor. And the reaction temperature of the second-stage conversion is matched with the high-temperature conversion, so that the reduction of the energy grade is avoided, and the yield of high-quality steam is increased. And meanwhile, the selective separation of hydrogen also promotes the liquefaction latent heat of water to be fully utilized on the reaction side, and the quality of the produced steam is further improved. Compared with the traditional process, the hydrogen production system provided by the invention has the advantages that under the condition of a certain raw material conversion rate, the hydrogen recovery rate reaches 93.8%, the steam output value is increased by 16.2% on year-on-year basis every year, the total equipment investment of the whole system process is saved by 42.1% on year-on-year basis, the operation cost is saved by 12.1% on year-on-year basis every year, and remarkable economic advantages are achieved.

The invention discloses a high-durability mask system and an application method of the high-durability mask system in mechanical shot peening selective area strengthening, and belongs to the technical field of surface engineering. The invention provides a mask design of a multi-layer composite structure, a precise positioning and fixing system and a special process parameter system. The mask plate adopts a composite structure of the matrix layer, the wear-resistant layer and the anti-fatigue layer, so that the shock resistance and the wear resistance of the mask plate are improved; the positioning system is beneficial to keeping the stability and the repeated positioning precision of the mask plate under the working condition of strong vibration; and the special process parameters are matched and optimized aiming at the application scene of the mask plate. The invention aims to improve key technical problems when a mask shielding method is applied to a mechanical shot peening process, improve the precision and efficiency of selective shot peening strengthening, reduce the comprehensive manufacturing cost, and enable the service life of a mask system and the boundary precision of a selective strengthening region to be generally superior to those of a traditional scheme. And the method has a certain economic advantage while the fatigue performance is improved.

The invention belongs to the technical field of food processing, and particularly relates to a compound colloid, a preparation method thereof and application of the compound colloid in retarding starch aging. According to the invention, hydrophilic groups are introduced to starch molecules, so that the formation of hydrogen bonds among molecules is changed, the process of converting the starch molecules from a disordered state to an ordered state is delayed, the molecular rearrangement of starch is reduced, and the starch aging can be effectively relieved or prevented. Based on the mechanism, natural plants are used for extracting colloid, the compound colloid obtained through scientific proportioning can obviously delay or prevent aging of starch, and the compound colloid has the economic advantages of being low in cost and good in effect; the composite colloid has a good effect on storage of starch-containing food and maintenance of taste and quality, and the composite colloid is natural in raw materials and meets the requirements of people for healthy food.

The invention discloses a safe and efficient epoxypropane saponification reaction device and a safe and efficient epoxypropane saponification reaction method. The saponification reaction device comprises an outer wall, and tower plates, a feeding hole and a discharging hole which are arranged in the outer wall, wherein the top pressure of the saponification reaction device is P1, and the kettle pressure of the saponification reaction device is P2, P2gt; the difference value meets the relational expression of 0 kPad; (1), P2-P1 < = 20 kPa. According to the device, the condition that a saponification reaction device is easy to block is greatly improved, the production efficiency is remarkably improved, and the economic advantage is remarkable. In addition, the saponification reaction device also remarkably improves the safety and reduces the accident rate.

The invention relates to a day-ahead and intra-day low-carbon economic dispatching method for a power distribution network considering stepped carbon transactions. The method comprises the following steps: (1) putting forward a day-ahead scheduling model based on an NSGA-III algorithm by considering the flexibility, the low-carbon property and the economical efficiency of the operation of the power distribution network in a day-ahead stage; (2) in the intra-day stage, flexible resources reserved in the day-ahead stage are released by adjusting the output of the controllable unit; in the step (2), on the basis of releasing the flexible resources reserved in the day-ahead stage, a stepped carbon transaction mechanism is combined, and fine management of low-carbon economic operation of the multi-time-scale power distribution network is realized. According to the method, due to the adoption of a stepped carbon transaction mechanism, the carbon emission of the system in the intra-day stage is lower, and the corresponding carbon transaction cost is also reduced. In addition, by converting the flexibility reserved in the day-ahead stage into the economic advantage in the day, the operating cost in the day of the system is further reduced.

The expanded multi-layer integral geogrid comprises a plurality of oriented strands interconnected by partially oriented joints and having a series of openings therebetween, which are produced from a coextruded or laminated multi-layer polymer starting sheet. The integral geogrid has a multi-layer structure, at least one inner layer of which has an expanded structure relative to at least one other layer of the multi-layer. The expanded inner layer structure provides the expanded multi-layer integral geogrid with improved layer compressibility under load, which in turn improves material properties and provides performance advantages when the expanded multi-layer integral geogrid is used for soil geosynthetic reinforcement, as well as economic advantages over a similar integral geogrid that does not have the expanded inner layer structure.

The invention discloses a method for marking strontium in enhanced and released crustacean yoke cardia bones, and relates to the field of fishery resources and environments. The method comprises the following steps: culturing the crustacean aquatic animals in a strontium-containing water body, and labeling the yoke cardia bones of the crustacean aquatic animals with strontium. According to the method, various potential target tissues of crustaceans are systematically screened, it is determined that the yoke cardia bone is the most suitable target organ marked by the strontium element for the first time, the enrichment effect of the strontium element is remarkable and stable, the marking characteristics are clear and easy to detect, and the problem that due to shell molting, a traditional marker is prone to falling off is effectively solved. Compared with a conventional method, the marking cost is greatly reduced, and the economical advantage is outstanding; and meanwhile, by virtue of the strong specificity of the element fingerprints, a release group and a natural group can be accurately distinguished, the core requirements of enhancement release on the stability and traceability of a marking technology can be met, and an efficient and reliable technical support is provided for release effect evaluation and population tracking management in crustacean wild resource restoration.

The invention provides a power system inertia evaluation method and system without frequency differential, and belongs to the technical field of power system inertia evaluation, and the method comprises the steps: carrying out the frequency slope test of a converter when a power supply or a load which takes the converter as a grid-connected interface operates in a grid-connected manner, enabling the frequency of a power grid to generate slope change, and carrying out the frequency slope test; recording converter power data measured in the frequency slope test process; the method comprises the following steps: preprocessing converter power data measured in a frequency slope test process, and then separating a constant component from the converter power data; and evaluating the inertia of the power system according to the separated constant component. According to the method, the existing power step test is replaced by the frequency slope test, so that frequency differential and differential operation which is susceptible to interference in the prior art is avoided, and the inertia evaluation precision is obviously improved; the established inertia evaluation model can reflect the influence of the speed regulator of the synchronous machine in the power system, and the inertia evaluation precision is further improved; and a special inertia evaluation device does not need to be additionally invested, so that the method has a relatively high economic advantage.

The invention provides a bending and loading device for a fiber reinforced thermoplastic resin composite material stirrup, an assembling method and a using method, and belongs to the field of fiber reinforced thermoplastic resin composite material stirrup preparation devices. The problem that an FRTP stirrup bending die with the economical advantage and a special loading device capable of accurately simulating the actual loading boundary need to be developed urgently is solved. Based on the reversible phase change characteristic that the thermoplastic composite material rib is softened during heating and cured during cooling, in the stirrup manufacturing stage, the loading block and the radius adjusting block are assembled according to needs so that the loading block and the radius adjusting block can cooperate to form the bending mold. After the stirrup is manufactured, the assembled bending die can be combined with the limiting block and the loading knot conveniently to form a set of stirrup loading device matched with the tensile machine. Through modular design of the radius adjusting block, the length adjusting block and the like, one set of device can adapt to production and loading of stirrups of multiple specifications.

The utility model relates to the field of underground engineering building construction, in particular to a construction trestle which comprises a trestle bearing reinforced concrete frame structure and a bridge deck, the trestle bearing reinforced concrete frame structure comprises trestle columns, trestle longitudinal beams and trestle cross beams, and the bridge deck is formed by combining steel members. And the bridge deck slab is simply supported and fixed on the trestle cross beam. According to the bridge deck assembled by the steel members, the trestle can be quickly mounted and dismounted, the input of non-renewable resources and the generation of construction waste are reduced, the construction efficiency is remarkably improved, the whole life cycle cost is reduced, and the bridge deck has remarkable technical and economic advantages. The bridge deck slab adopts modular design and factory standardized production, and reduces field processing time, so that the construction period is shortened, the bridge deck slab can be reused, and resources are saved.

The present invention relates to a waste crushing and transferring device, and more particularly, to a waste crushing and transferring device comprising: a coarse crusher for crushing waste; a fine crusher for re-crushing the waste material crushed by the coarse crusher; and a transfer machine for storing the waste material or transferring the waste material to the coarse crusher or the fine crusher, the transfer machine including a filtration unit provided inside the transfer machine for collecting dust inside the transfer machine. The present invention provides a waste material crushing and transferring device as a novel crushing device, which can be produced by crushing waste materials, waste shoes, waste tires and the like, which are generated in the manufacturing process of insoles and the like, through a primary coarse crushing step in which coarse crushing is performed first and a secondary fine crushing step in which particles are made to be fine, and then through a packaging step, thereby enabling the waste materials, the waste shoes, the waste tires and the like to be produced. The problem of environmental pollution can be solved, and the economic advantage can be achieved by recycling resources.

An improved Ocean Thermal Energy Conversion system (called OTEC) is presented herein by the addition of a closed heat transfer loop. In conventional OTEC, warm surface waters are used to vaporize a working fluid for use in a turbine, and cold waters are then brought up from deep water, typically more than 1000 meters, to condense the working fluid. In simple terms conventional OTEC brings the cooling potential up to the warm surface. In contrast the disclosed OTEC system brings the heat down to the deep cold waters by using a separate heat transfer fluid loop. We refer to this as Enhanced OTEC or E-OTEC. A key feature of the process is descending to the depths as a dense fluid thereby gaining a gravitational boost in pressure and temperature. This leads to several technological, performance, and economic advantages over prior art.

The invention belongs to the technical field of nonlinear synthetic crystals, and particularly relates to a method for improving the intense laser-induced damage resistance of nonlinear synthetic crystals. The method comprises: electrifying nonlinear synthetic crystals by means of a stabilized DC power supply under a certain atmosphere. The invention can effectively decrease the density of pinpoint damage in nonlinear synthetic crystals by means of an “electrification method”, thus optimizing the intense laser-induced damage resistance of the nonlinear synthetic crystals and particularly fulfilling a more obvious improvement effect on defects with a greater damage threshold. The electrification method provided by the invention is expected to further reduce the damage probability in a case where an ultraviolet nanosecond pulse laser fluence with a wavelength of 355 nm or 351 nm is greater than 8J / cm2 to improve the damage resistance of crystals. The electrification method further implemented based on laser conditioning provided by the invention is a novel comprehensive method for improving the damage resistance of crystals and has a great has a great economical advantage.

A cable-stayed bridge comprises a midspan area, near-tower areas and side span areas, the midspan area is arranged in the middle of the cable-stayed bridge, the near-tower areas are located on the left side and the right side of the midspan area, and the side span areas are located on the left side and the right side of the near-tower areas. The midspan area adopts a steel-ultra-high performance concrete combined bridge deck slab, the near-tower area adopts an ultra-high performance concrete bridge deck slab, and the side span area adopts a common concrete bridge deck slab; the midspan area and the near-tower area are connected through a first variable-thickness ultrahigh concrete combination section, and the near-tower area and the side span area are connected through a second variable-thickness concrete combination section. The structure not only well adapts to and meets the stress requirement, but also is convenient to construct and lower in later maintenance cost, and has obvious engineering technical economic advantages.

The utility model relates to the technical field of cable trays, in particular to a multifunctional integrated tray system for submarine cable turnover, which comprises a cable tray and a trestle main body, the trestle main body is arranged at the upper end of the cable tray, and the trestle main body comprises a rotary driving shaft, a cross beam trestle and a take-up and pay-off adjusting device. A cross beam trestle is arranged at the upper end of the rotary driving shaft, and one side of the cross beam trestle is slidably connected with a take-up and pay-off adjusting device. According to the finished product tray, the defects that a traditional finished product tray is single in cable storage specification and a plurality of finished product trays need to be arranged for cables of various specifications are effectively overcome, the trestle on the upper portion can rotate by 360 degrees, when the tray is not used, the tray can be matched with a factory trestle and used for cable transmission, the problem that a traditional bow trestle is large in turnover quantity is solved, and the production efficiency is improved. The multifunctional integrated tray system provides an efficient, economical and reliable solution, is used for turnover and management of submarine cables, and has remarkable technical and economic advantages.

This invention relates to a method for preparing and using a biopolymer chitosan-modified magnetic sepiolite adsorbent. First, sepiolite (Sep) is co-precipitated with a magnetic core (Fe3O4) to magnetically modify it, yielding magnetic sepiolite (MSep). Then, chitosan (CTS) is extensively cross-linked onto the MSep surface using glutaraldehyde as a cross-linking agent, preparing a functionalized magnetic solid adsorbent (MSep@CTS) with a complete core-shell structure and abundant adsorption sites. Importantly, this material exhibits excellent adsorption performance for antimony ions and synergistic adsorption capacity for both Sb(III) and Sb(V) co-occurring in water. This "easy to obtain, easy to prepare, highly efficient, and clean" characteristic provides significant economic advantages and sustainable development potential while achieving high-performance adsorption, laying a solid foundation for large-scale practical applications.

The present invention relates to a method for improving strong-laser-damage resistance of a nonlinear artificial crystal, comprising using a direct-current regulated power supply to energize a nonlinear artificial crystal under a certain atmosphere condition. By means of an energization method, the density of pinpoint damage in the structure of a nonlinear artificial crystal can be effectively reduced, thereby optimizing strong-laser-damage resistance of the nonlinear artificial crystal; and the effect is more obvious particularly for the defects having higher damage thresholds. The provided energization treatment is expected to further reduce the damage probability when the fluence of an ultraviolet nanosecond pulse width laser having a wavelength of 355 nm or 351 nm exceeds 8 J / cm2, thereby improving the damage resistance of a crystal. On the basis of laser pretreatment, further performing energization treatment is a new comprehensive method for improving the damage resistance of a crystal, having huge economic advantages.

The invention discloses a preparation method of a composite abrasive polishing disk for diamond laser processing, which is characterized by comprising the following steps: mixing diamond micro-powder, aluminum oxide and silicon carbide, and adding a binding agent; carrying out ball milling and stirring on the mixed raw materials; carrying out drying treatment and compression molding on the mixed raw materials subjected to ball milling and stirring; and sintering and post-processing the formed blank. The method has the beneficial effects that the removal rate of the diamond material is remarkably increased, meanwhile, the surface roughness is reduced, and the machining quality is improved; high cutting force and wear resistance are achieved, the service life is effectively prolonged, the replacement frequency is reduced, and the machining stability is improved; the mechanical strength and the stability are excellent, and the use reliability is improved; the grinding material is ensured to be uniformly distributed, local excessive wear is avoided, the processing consistency is improved, and the processing defects caused by non-uniform polishing are reduced; and the manufacturing cost is reduced while the product quality is guaranteed, so that the method has remarkable economic advantages in large-scale production, and the market competitiveness is improved.

The present invention discloses a manufacturing method and structure of a glass substrate with a high aspect ratio. In this case, low-aspect-ratio vias are respectively formed on two substrates through steps A to C, and then the two substrates are stacked and bonded using anisotropic conductive adhesive, significantly reducing the manufacturing difficulty and improving the via formation accuracy and yield. In step D, a seed layer is deposited on the low-aspect-ratio vias, reducing the process capability requirements, breaking through the industry limitations, saving production costs, and at the same time improving the deposition quality and yield. Steps E and F are based on the already fabricated low-aspect-ratio vias, electroplating to fill the vias, and then using the anisotropic conductive adhesive to the bottom of the vias, greatly reducing the process capability requirements for electroplating via filling, saving costs, ensuring uniform filling, reducing the porosity, and improving the conductivity and reliability. Overall, the solution in this case simplifies the process, reduces the difficulty, improves the efficiency and yield, and has significant technical and economic advantages.

The utility model is suitable for the technical field of printed circuit board manufacturing, and provides a printed circuit board inner layer target exposing device which comprises a conveying mechanism used for conveying a printed circuit board, and a pressing plate mechanism used for pressing and fixing the printed circuit board is installed on the conveying mechanism. A positioning ablation assembly is further arranged on the upper side and / or the lower side of the conveying mechanism, the positioning ablation assembly comprises a visual mechanism, an X-direction module, a Y-direction module and a laser, the X-direction module is installed on the Y-direction module, and the visual mechanism and the laser are further installed on the X-direction module. According to the utility model, through a mode of ablating the copper sheet on the surface layer by laser and combining with machine vision positioning, rapid, high-precision, low-cost and consumable-free inner-layer target exposure is realized, and the device is particularly suitable for processing the printed circuit board with the thickness range of 0.075-2.4 mm, and has remarkable technical and economic advantages.

The present invention, using a power supply to connect a nonlinear artificial crystal to an electrical source under certain atmospheric conditions, can effectively reduce the density of point damage in the nonlinear artificial crystal by means of the "electrical connection method," thereby optimizing the resistance of the nonlinear artificial crystal against damage caused by a powerful laser, particularly the effect being more pronounced for defects with a higher damage threshold. The electrical connection treatment is expected to further reduce the probability of damage caused by an ultraviolet nanosecond pulse-width laser flux with a wavelength of 355 nm or 351 nm that exceeds 8 J / cm² and improve the crystal's resistance to damage. Based on laser pretreatment, this novel method for improving crystal resistance to damage offers a significant economic advantage.

The present invention relates to a long-endurance flight backpack based on turbo-electric hybrid power, comprising a power system, an electric propulsion system, a skeleton, a manned portion, and a flight control system; the power system comprises an energy storage component and an energy conversion component. This invention achieves efficient power utilization for long-endurance flight, flexible power distribution for optimal flight performance, and offers environmental and economic advantages, suitable for low-altitude flight, with broad development prospects.

The invention relates to a low-temperature service life prolonging device for an energy storage system suitable for various natural cold source conditions. The low-temperature service life prolonging device is used for prolonging the service life of an onshore energy storage system or an offshore energy storage system in a random complex scene. The equipment is communicated with a low-temperature water body in an external natural cold source through a pipeline, the external natural cold source is used for direct cooling, heat dissipation consumption can be reduced, the service life of the equipment is prolonged, and meanwhile a large amount of cost is saved. Compared with the prior art, the accumulative service life of the battery module is remarkably prolonged by designing a low-temperature environment, the battery capacity fluctuation and the long-term maintenance cost are reduced, higher economical efficiency and reliability are achieved, and the method is particularly suitable for new energy storage scenes such as wind power and solar energy; compared with the prior art, although the seabed energy storage system can also utilize an external natural cold source, the scheme has obvious economic advantages on this point due to the special sealing requirements, environmental requirements, technical difficulty and extremely high cost of the seabed energy storage system.

This invention provides a circumferential support structure to improve the overall rigidity of the stator foundation. The circumferential support structure is arranged circumferentially between two adjacent stator foundation piers, and it passes through the inner side of the ventilation channel between the two stator foundation piers in a sealed manner. This invention features a compact structure. While ensuring the ventilation channel is adequately utilized, a circumferential support beam is installed between two adjacent stator foundation piers, connecting the circumferentially spaced stator foundation piers into a unified whole. This invention not only guarantees the required area of ​​the ventilation channel within the stator foundation but also improves the overall rigidity of the stator foundation, especially the circumferential rigidity of the structure. This is beneficial for improving the overall structural integrity and load-bearing capacity of the stator foundation, reducing unit vibration effects, and enhancing the safety of the stator foundation. This invention has a wide range of applications and significant technical and economic advantages.

The application discloses a novel attitude control system and method of a wind turbine, which comprises a data measurement part, a processor and an executing mechanism.The data measurement part is used to measure the attitude of the structure of the wind turbine based on sensors and input the attitude variables to the processor.The processor is used to correct and calculate the control variables based on the attitude variables input by the data measurement part and transmit the calculation results to the executing mechanism.The executing mechanism is used to execute corresponding actions according to the calculation results transmitted by the processor.The application can realize the yawing of the cabin and the variable pitch of the blades of the conventional wind turbine, and additionally realize the coordinated control of the inclination angle of the main shaft and the cone angle of the wind wheel, so that the novel wind turbine can more flexibly cope with various complex wind conditions, meanwhile, the novel wind turbine can keep higher power output efficiency, guarantee the best wind power capture and structural stability of the novel wind turbine under any wind speed section, and finally, the novel wind turbine can reflect obvious technical advantages and economic advantages compared with the conventional wind turbine.