56results about How to "Improve overall utilization" patented technology

A cement pipe internal and external repair device includes a hydraulic lifting assembly, an inner diameter telescopic rod, a first internal and external repair assembly, and a second internal and external repair assembly. The inner diameter telescopic rod is connected to the lower part of the hydraulic lifting assembly, and a rotary motor is provided between the hydraulic lifting assembly and the inner diameter telescopic rod. The first internal and external repair assembly is located at one end of the inner diameter telescopic rod, and the second internal and external repair assembly is located at the other end. This invention features an inner diameter telescopic rod, which adjusts the diameter to accommodate the inner diameter requirements of different cement pipe models. The first and second internal and external repair assemblies are equipped with wall thickness telescopic rods, which adjust the distance between the inner and outer repair brushes, making it suitable for repairing cement pipes of different models and wall thicknesses. This solves the problem that existing repair devices cannot be adjusted to adapt to the internal and external wall repair of different cement pipe models, resulting in low device utilization.

The present application discloses a method for improving the activity of stainless steel slag, which relates to the technical field of comprehensive utilization of resources. The method for improving the activity of stainless steel slag includes the following steps: placing hot stainless steel slag in a hot soaking pit or a slag pot, and hot soaking and spraying water for cooling to 100°C - 1000°C; introducing carbon dioxide in the first stage (pressure 0.1 - 0.5 Mpa, time 0.5 - 2 hours) into the container, and spraying water synchronously (the amount of sprayed water is 0.3 - 0.7 times the mass of the slag); then introducing air (pressure 10 - 15 Mpa, time 0.5 - 1 hour); then introducing carbon dioxide in the second stage (pressure 0.2 - 0.6 Mpa, time 1 - 2 hours), and spraying a small amount of water synchronously (the amount of sprayed water is 0.03 - 0.08 times the mass of the slag); after cooling, highly active stainless steel slag is obtained. With the collaborative design of staged gas introduction and spraying water for cooling, the content of free calcium oxide in the stainless steel slag is less than 2%, and the activity index reaches the standard of primary steel slag powder, greatly improving the resource utilization rate. At the same time, the fixed emission reduction of carbon dioxide is achieved, which helps with resource recycling and low-carbon development.

This invention discloses a heterogeneous acceleration system and method for analog modulation recognition of large-scale multi-channel signals, comprising: a CPU host processing end and a GPU device computing end; the CPU host processing end is used for asynchronous pipelined processing of data reading, task scheduling, and result distribution, realizing parallel execution of data reading, GPU computing, and result distribution on the time axis; the GPU device computing end completes the entire process of signal preprocessing and deep learning model inference within the GPU memory after the original signal is transmitted to the video memory via the PCIe bus, and does not exchange data with the CPU host processing end until the recognition result is generated. This invention eliminates data transport and I / O blocking through a three-stage asynchronous pipeline architecture and a closed-loop processing link in the entire video memory, and combines parallel preprocessing operators, inference acceleration engines, multi-stream scheduling mechanisms, and dynamic video memory pools to achieve high throughput and low latency recognition of large-scale multi-channel analog modulation signals.

The utility model discloses an adjustable saddle tool of a reaction kettle, which belongs to the technical field of tool equipment and comprises a base, two groups of support components are arranged on the base, and a support space is formed between the two groups of support components; the base comprises an adjustable connecting plate, and a plurality of first adjusting holes are formed in the adjustable connecting plate; each supporting assembly comprises a plurality of adjusting supporting mechanisms, and each adjusting supporting mechanism comprises an upper connecting plate, a lower connecting plate and a reaction kettle supporting plate; the reaction kettle supporting plate is provided with an arc-shaped supporting face facing the supporting space, the upper connecting plate is located on the upper side of the lower connecting plate and connected with the reaction kettle supporting plate, the upper connecting plate is provided with a second adjusting hole, the lower connecting plate is provided with a connecting hole, and the connecting hole corresponds to the first adjusting hole and the second adjusting hole in position; the adjusting supporting mechanisms in the same supporting assembly are overlapped up and down and are adjustably connected, and the lowest adjusting supporting mechanism is adjustably connected with the adjustable connecting plate so as to adapt to the reaction kettles with different diameters.

The application relates to a high-performance anode-free aqueous zinc metal battery based on a composite layered negative electrode current collector, comprising the steps of: coating a conductive layer on the surface of a zinc metal deposition base; configuring a guide layer solvent and coating the guide layer on the conductive layer by a coating method, and then drying in an oven. The application has the beneficial effects that: the application is provided with the conductive layer, which provides uniform deposition sites for zinc ions during the charging process; the guide layer skeleton is arranged, so that the zinc ions are uniformly deposited on the surface of the conductive layer, the growth of zinc dendrites is inhibited, and the risk of battery short circuit is effectively reduced; the guide layer adopts a hydrophobic adhesive, so that the side reaction between active zinc and electrolyte on the negative electrode can be effectively avoided, and the capacity retention rate can be prevented from being reduced with the increase of the cycle number; the anode-free system is adopted, so that the energy density of the battery is greatly improved; the material cost is low, the preparation method is simple in process and good in repeatability, and the application can be mass-produced under the existing production conditions.

The application relates to the technical field of battery equipment, and discloses a battery formation capacity pressurizing system and a battery production line. The battery formation capacity pressurizing system comprises a hydraulic source and a plurality of actuators, the plurality of actuators are connected with the hydraulic source in parallel, in one actuator, the actuator comprises at least one hydraulic structure and at least one clamp structure, the hydraulic structure is connected with the hydraulic source, the clamp structure comprises a body part and a clamping part, the clamping part is slidably arranged on the body part, the clamping part and the body part form a containing space for placing a battery monomer, and a large surface of the battery monomer faces the clamping part, the hydraulic structure is installed on the body part, and a piston rod of the hydraulic structure is drivingly connected with the clamping part. The battery formation capacity pressurizing system provided by the technical scheme can improve the utilization rate of the hydraulic system and is convenient to maintain.

The utility model relates to a waterstop positioning device, including installation base plate, clamping block and locking assembly, installation base plate forms the sliding notch, and the sliding notch extends to the inside of installation base plate both sides and forms the installation cavity for clamping block installation, and clamping block is installed in the installation cavity and can adjust the interval between a pair of clamping blocks, when the interval between a pair of clamping blocks is compatible with waterstop, through locking assembly connection installation base plate and clamping block realize the positioning of waterstop. The waterstop positioning device forms the installation cavity on the installation base plate, and the installation position for waterstop installation is formed between a pair of clamping blocks, and the size of the installation position can be adjusted by adjusting the position of clamping block to make it can adapt to waterstop of different thickness, make the overall utilization of waterstop positioning device more widely, after clamping block moves to the required position and satisfies waterstop installation, locking clamping block through locking assembly again, prevent its displacement in the use process.

A neural network graph partitioning system and method are disclosed. The graph partitioning system is used to partition a neural network graph into a series of subgraphs and allows multiple subgraphs to be executed in available hardware subsystems. The system estimates the computation time and memory bandwidth of the partitioned subgraphs based on a cost function. The graph partitioning system is a hardware cycle estimation model that can be run quickly and implements parameterization of memory latency. The graph partitioning system supports heterogeneous partitioning for different types of accelerators, such as central processing units, graphics processing units, application specific integrated circuits, etc. A method of partitioning a neural network graph into a series of subgraphs is also disclosed.

The application provides a coal-based intelligent decision generation method and device, equipment and storage medium, and belongs to the technical field of intelligent decision, which comprises the following steps: coal price prediction is performed based on coal quality index data and standardized coal market data to obtain coal price prediction trend data; the coal quality index data is a comprehensive index representing the physical and chemical properties and industrial applicability of coal; knowledge vectorization processing is performed on standardized coal information text data to obtain a plurality of knowledge vectors; similarity calculation is performed based on a target retrieval vector and each knowledge vector to screen a knowledge vector corresponding to the maximum similarity; and a coal decision report is generated based on the knowledge vector corresponding to the maximum similarity and the coal price prediction trend data. The coal-based intelligent decision generation method and device, equipment and storage medium provided by the application can improve the accuracy and reliability of the generated coal-based intelligent decision.

The invention discloses a tea seed cake processing method and application thereof, and relates to the field of tea seed cake processing.The tea seed cake processing method comprises the following steps that a microorganism compound seed solution is obtained, and microorganisms comprise bacillus safensis and bacillus licheniformis; inoculating the microbial composite seed liquid into a tea seed cake solid culture medium, and performing solid fermentation to obtain a fermentation product; performing primary purification treatment on the fermentation product to separate out tea saponin and a first mixture; performing secondary purification treatment on the first mixture to separate out tea polysaccharide and a second mixture; and drying the second mixture to obtain the high-protein feed. Through microbial fermentation, non-protein substances in the tea seed meal are converted into protein, the protein content in the tea seed meal is increased, tea saponin and tea polysaccharide in the tea seed meal are extracted, the utilization rate of the tea seed meal is increased, the conversion rate of the tea saponin and the tea polysaccharide is increased, and high-value utilization of the tea seed meal is achieved.

The invention discloses charging equipment and a control method and device thereof, and relates to the technical field of charging equipment. The device comprises a vertical pile, the vertical pile comprises a first shell, a stopping rod, a locking mechanism and a driving source, the stopping rod is rotatably arranged on the first shell, the driving source and the locking mechanism are both arranged in a containing cavity of the first shell, and the driving source is connected with the stopping rod; the locking mechanism comprises a driving part and a locking part which are connected, the driving part can drive the locking part to rotate relative to the first shell, a rotating center shaft of the locking part is parallel to a rotating center shaft of the stopping rod, under the condition that a vehicle stays at a parking space where the charging equipment is located, the charging equipment charges, the stopping rod is used for stopping the vehicle, and the stopping rod is used for stopping the vehicle. The locking piece and the stopping rod are positioned and matched in the circumferential direction of a rotating center shaft of the stopping rod; and under the condition that the charging equipment receives the payment information, the locking piece and the stopping rod are released from cooperation, and the driving source drives the stopping rod to be lifted. Therefore, the problem that the utilization rate of current charging equipment is relatively low can be solved.

The invention relates to the technical field of air inlet shells of starters, in particular to an air inlet shell of a small aviation starter and a machining process of the air inlet shell. Comprising an air inlet shell, the air inlet shell is composed of an upper shell body and a lower shell body, turbine blades are installed in the lower shell body, an air inlet pipe is welded and fixed to the side wall of the upper shell body, and an air guide assembly is arranged at the position, close to the air inlet pipe, in the upper shell body; the air guide assembly comprises an arc-shaped air guide plate and a convex-face air guide block, an arc-shaped air guide channel is formed by a gap between the arc-shaped air guide plate and the convex-face air guide block, during starting, air enters the arc-shaped air guide channel from the air inlet pipe and is guided by the arc-shaped air guide channel to be blown to the turbine blades, rotation of the turbine blades is achieved, and directional airflow guiding is achieved through the air guide assembly. The air control assembly is matched to treat turbulence, diffusion of gas to the leeside is reduced, and the gas utilization rate and the turbine rotation stability are improved.

The present application relates to the technical field of tailings treatment of cold grinding machine, in particular to a fine screen tailings treatment system, which comprises a grinding roller arranged in the cold grinding machine body, a liquid discharge opening arranged in the cold grinding machine body, an output pipe arranged at the output end of the material pumping body, and a spiral pulp extruder arranged on the surface of the material guide frame; the beneficial effects are as follows: firstly, the wood pulp tailings are extruded by the spiral pulp extruder and then enter the cold grinding machine body, then the wood pulp tailings enter the cold grinding machine body and then flow out through the liquid discharge opening, so that the subsequent papermaking finished product pool is convenient, the unqualified tailings are returned to the cold grinding machine body through the cooperation of the material pumping body, the material conveying pipe and the output pipe, and then the tailings are secondarily ground by the grinding roller or the output pipe is connected to the side of the spiral pulp extruder to make the tailings circulate again, the purpose is to improve the wood chip pulp yield and reduce the production cost, and the problem of low utilization rate of actual wood pulp is avoided.

The utility model relates to a sewage treatment equipment for environmental protection engineering belongs to sewage treatment technical field, in order to solve the problem that the bubble diameter generated by traditional aeration is usually larger, the rising speed is faster, the oxygen utilization rate is lower, and cannot form the full mixing with sewage, the utility model discloses sewage treatment tank and the oxygen cavity of opening in sewage treatment tank inside, sewage treatment tank both sides are installed with pump body, a plurality of jet elements are fixedly installed in the oxygen cavity, and the pump body is communicated with a plurality of jet elements through the pipeline, and the one end of jet element is installed with suction shell, and the one side of suction shell is communicated with the water outlet pipe, and the rotating part is installed in the water outlet pipe, the utility model discloses through the treatment of jet breaking and rotary shearing, the bubble diameter is significantly reduced, and the specific surface area is greatly increased, and the rising path of bubble is changed by swing plate, prolongs its residence time in sewage, makes oxygen have more sufficient time to dissolve, effectively solves the problem that the oxygen utilization rate of traditional aeration is low.

An object of the present invention is to provide a composite particle that can achieve both a high silicon utilization rate and suppression of oxidation during water dispersion. A composite particle of the present invention is a composite particle including a particle including a carbon material and silicon, and a coating layer including carbon and oxygen on the surface of the particle, in which the composite particle has a true density of 1.80 to 1.99 g / cm3; in the Raman spectrum, a peak is present at 450 to 495 cm-1, and when the intensity of the peak is defined as ISi and the intensity of the G band is defined as IG, ISi / IG is 1.3 or less; and when the ratios of the number of atoms of Si, O, and C in X-ray photoelectron spectroscopy are defined as ASi, AO, and AC, respectively, and the ratios of SiO2 and SiO are defined as BSiO2 and BSiO, respectively, ASi is 0.05 or more, and ISi / IG and Ac / (Ac + ASi × (BSiO2 + BSiO)) have predetermined relationships.

Examples of the present invention provide multilayer sheets, multilayer electronic devices, etc. The multilayer sheet includes: a transparent film having a total light transmittance of 85% or more according to ISO 13468; a coating disposed on one side of the transparent film; and an adhesive layer disposed on the other side of the transparent film; the thickness of the adhesive layer after curing is less than twice the thickness of the coating. The multilayer sheets and multilayer electronic devices of the present invention do not peel off from the substrate even during repeated folding or rolling, and due to their excellent surface hardness, they exhibit excellent scratch resistance, dent resistance, etc. The multilayer sheets can be used as cover sheets for displays and offer excellent utilization for multilayer electronic devices.

The nursing comb comprises a shell, a plugging head, a pushing piece, an atomization structure and a comb tooth piece, the shell is provided with a liquid storage cavity, a liquid separation cavity, an atomization cavity, a connecting port communicated with the liquid storage cavity and the liquid separation cavity, a mounting port communicated with the liquid separation cavity and the atomization cavity and a mist outlet communicated with the atomization cavity, the volume of the liquid separation cavity is smaller than that of the liquid storage cavity; the plugging head is used for plugging the connecting port; the pushing piece is movably connected with the shell so as to push the plugging head to move until the connecting port is opened; the atomization structure is fixed to the installation opening so as to atomize liquid in the liquid separation cavity. The comb tooth piece is fixed with the shell, and the comb tooth piece is provided with a plurality of comb teeth exposed out of the shell. According to the technical scheme, the care solution acts on the head after being atomized, and the absorption effect and the utilization rate can be improved.

The application discloses a kind of based on acidification-thermal activation's red mud base salt excitation cementitious material and its preparation method and application, belong to solid waste base cementitious material technical field.The red mud base salt excitation cementitious material provided by the application includes 98~99% red mud-solid waste gypsum complex, 0.2~0.5% water reducing agent and 0.5~1.8% early strength agent by mass fraction;Red mud-solid waste gypsum complex is prepared by thermal activation of acidified red mud and solid waste gypsum with mass ratio of (8~10):1, and the acidified red mud is obtained by neutralizing composite dealkalizer and Bayer red mud;Composite dealkalizer includes 60~70% carboxylic acid component and 30~40% sulfonic acid component.The utilization rate of Bayer red mud is as high as 85% or more, solving the problem of low utilization rate of Bayer red mud in the prior art;At the same time, the obtained cementitious material has good early strength and late strength, and the performance is equivalent to or even better than the existing cement mortar.

The application discloses a cloud data center virtual machine migration optimization method and relates to the technical field of data processing. The technical solution points of the method comprise the following steps: obtaining resource fragment data, virtual machine resource occupation data, idle resource distribution data and historical fragment arrangement records of a physical node of a cloud data center, and constructing a resource fragment data set; collecting fragment features in the resource fragment data set to obtain fragment feature data, and screening a high-reuse migration target node according to the fragment feature data to obtain a target node set; performing mode statistics on the historical fragment arrangement records to obtain fragment mode data, and constructing a resource reuse optimization database according to the fragment mode data; and the effect is that the virtual machine migration into scattered resource blocks avoids further segmentation of node resources, effectively controls the node resource fragmentation rate, and reserves continuous available resource space for subsequent virtual machine deployment.

This invention discloses a tangential flow filtration separation device and a method for determining the drug content of liposomal drugs, relating to the field of liposomal drug filtration and determination technology. The device includes a filtration separation component, a gas control component, a drive component, and system piping and valve components. The filtration separation component includes a porous membrane filtration unit, with the inner cavity of the membrane forming a mother liquor flow path, and the outer cavity connected to a filtrate collection unit. The drive component is connected to the mother liquor flow path, and the gas control component is also connected to the mother liquor flow path. The system piping and valve components connect the filtration separation component, the gas control component, and the drive component to form a closed-loop flow path. This invention solves the problems of existing methods, such as difficulty in efficiently and stably separating free drugs from liposomal components, cumbersome operation, easy liposomal leakage, and sample loss and dilution, which seriously affect the accuracy of detection.

The application discloses a special feed for fattening pigs rich in functional amino acids, which comprises the following components in parts by weight: a core functional amino acid composition 3-5 parts, a low-soybean meal multi-protein matrix 60-70 parts, a nutrition synergistic component 20-25 parts, an anti-nutritional factor degradation agent 1-2 parts, and a micro-ecological and plant extract component 1-2 parts. A preparation method comprises the following steps: obtaining the low-soybean meal multi-protein matrix by pretreating raw materials; preparing the core functional amino acid microcapsule; mixing the basic materials and then performing low-temperature section granulation; after cooling, mixing the micro-ecological and plant extract component at low temperature; and finally screening and removing impurities and unqualified particles to obtain the finished product. The application optimizes the amino acid ratio and the preparation process, protects the activity of the amino acids, adapts to different growth stages of the fattening pigs, improves the growth performance and carcass quality, improves the raw material digestion rate, reduces nitrogen emission, and has strong applicability.

The invention discloses a distributed speculation decoding system for edge equipment, and belongs to the technical field of large language model reasoning. The invention aims to solve the problems of high reasoning delay and load imbalance caused by static division and a traditional speculation scheme when a large language model is deployed on heterogeneous edge equipment in the prior art. The system comprises an off-line preprocessing module which is used for generating a model layer division strategy and an initial entropy triggering threshold value based on equipment resources; the online reasoning module is used for dynamically predicting the entropy of the middle layer of the model during decoding and determining a speculation triggering layer based on an entropy triggering threshold value dynamically adjusted according to the real-time equipment utilization rate; and transmitting a draft token on the trigger layer, and transmitting the draft token to downstream equipment for parallel verification. According to the method, the reasoning delay is effectively reduced, the utilization rate of heterogeneous equipment is improved, and the self-adaption to the dynamic load is realized.

The invention discloses a parking space state prediction and parking guidance system based on multi-source information fusion, and relates to the technical field of parking guidance, the core of the parking space state prediction and parking guidance system comprises four modules: a multi-dimensional data acquisition and preprocessing module for acquiring and associating three-dimensional data of a user, a parking lot and a road network by deploying a multi-modal terminal and an edge node; the parking demand and resource collaborative evaluation module is used for predicting a parking space vacancy rate by using a model according to the three-dimensional data and judging whether a guiding scheme needs to be adjusted or not by combining a threshold value; the demand-oriented guide parameter optimization module is used for dividing travel scenes based on the core state data of the vehicle owner aiming at a scene needing to be adjusted, calculating an optimal parking path curve and generating a parking space recommendation and path instruction; and the guiding effect closed-loop and compensation module is used for pushing an instruction, monitoring parking duration and evaluating whether a compensation scheme is started or not. According to the system, through multi-source information fusion and dynamic optimization, the parking efficiency and the user experience are improved, and static traffic intelligence is assisted.

The present invention relates to Lactobacillus rhamnosus, Bifidobacterium longum, and Lactococcus lactis, which are novel lactic acid bacteria. The strains according to the present invention have high utility as a medicine or food and, in particular, can be used for preventing, treating, or relieving inflammatory diseases and neurological diseases, due to having an excellent antioxidant effect, inflammation-relieving effect, nerve-improving effect, cognition-improving effect, intestinal microbiota imbalance-improving effect, etc. In addition, the present invention can be used for regulating and enhancing immunity by increasing the activity of the immune system through immune function-improving and immunity-enhancing effects.

This invention relates to the field of slow-release fertilizer technology, specifically to straw-based slow-release organic fertilizer and its preparation method. The slow-release organic fertilizer includes an organic fertilizer core loaded with organic matter and nitrogen, phosphorus, and potassium nutrients using straw biochar as a carrier, and a slow-release coating covering the core. The slow-release coating is a cross-linked network formed by phytic acid cross-linking a hydroxyl polysaccharide substrate through phosphodiester bonds. Each phytic acid molecule forms an average of 1.5-3 phosphodiester bonds, with the remaining phosphate groups remaining as free phosphate groups and coordinating with iron and / or zinc. The phosphodiester bonds constitute the hydrolytic substrate of rhizosphere phosphatase. When crops are phosphorus deficient, the phosphatase secreted hydrolyzes the cross-linked bonds, causing the coating to uncross-link, thereby increasing the nutrient release rate with increasing phosphatase activity and simultaneously releasing trace elements such as iron and zinc. This allows nutrient release to adaptively match the crop's phosphorus deficiency requirements. The nitrogen release rate in still water over 28 days meets the national standard for slow-release fertilizers, and significantly improves the phosphorus accumulation and nitrogen fertilizer utilization rate in phosphorus-deficient soils.

This invention provides a pre-forging equipment and method for gear forging production, relating to the field of gear forging technology. It includes a waste collection module, a powder preparation module, and an extrusion bar module, as well as a circulation control module electrically connected to each of these modules. The waste collection module is used to classify and collect waste generated before and after gear forging, and then transport the waste to the powder preparation module. The powder preparation module is used to sequentially crush, grind, remove impurities, clean, dry, and classify the received forging waste to prepare a metal mixed powder, which is then transported to the extrusion bar module. The extrusion bar module is used to press the metal mixed powder filled in the die cavity into pre-forged billets of a preset specification, achieving high-value recycling of gear forging waste, replacing the traditional remelting method, significantly reducing energy consumption and metal loss, improving material utilization, and significantly reducing production costs.

The invention provides a flash evaporation process for extracting naphthalene from washing oil, and mainly relates to the technical field of extracting naphthalene from washing oil. A flash evaporation process for producing washing oil and extracting naphthalene is based on a single-furnace single-tower naphthalene distillation basic process, comprises the steps of raw material pretreatment, single-furnace single-tower distillation, multi-stage flash evaporation naphthalene extraction, delayed coking collaborative recovery, distillate optimization recovery, intelligent control and safety guarantee, and is also integrated with a waste heat recovery and equipment maintenance auxiliary system. Raw materials are preheated and filtered, naphthalene components in washing oil are separated and recycled through multi-stage flash evaporation gradient negative pressure, and flash evaporation tail gas and'external three-mixing 'fractions are recycled and reused respectively. The method can greatly improve the yield of industrial naphthalene, reduce the naphthalene residue in washing oil, improve the utilization rate of raw materials, and overcome the defects of the prior art.

The invention relates to the field of alloy production, and discloses a method for preparing an alloy from coarse pyrite. The method comprises the following steps: carrying out oxidizing roasting on coarse sulfur cobalt ore obtained in a flotation desulfurization process; the roasted pyrite is subjected to ore grinding; mixing the ground ore powder with a reducing agent, limestone and sodium humate to prepare lump ore; the lump ore is put into a rotary kiln to be roasted and reduced, and reduced iron slag is obtained; and the reduced iron slag is put into a submerged arc furnace to be smelted, and crude cobalt-nickel-iron alloy is obtained. According to the method disclosed by the invention, low-grade sulfur and cobalt resources which are difficult to economically treat by a traditional dressing and smelting method are efficiently recovered through oxidizing roasting desulfurization, reduction and submerged arc furnace melting separation treatment, cobalt and nickel elements which are dispersed in an occurrence state are effectively enriched, and iron elements in the resources are synchronously recovered; cooperative recovery of multiple metals such as cobalt, nickel and iron is achieved, and the total utilization rate of mineral resources is increased. The method is short in process, conventional in equipment, stable in operation and easy for large-scale and continuous industrial application.

The utility model discloses an alkali liquor absorption tower, and belongs to the technical field of chemical equipment. Comprising a tower body, the tower body comprises a tower interior and a tower exterior, and a spraying device comprises a spraying head and a liquid spraying pipe which are detachably connected; and a liquid inlet pipeline is arranged at the bottom in the tower, penetrates through the tower body from inside to outside and is connected with an external alkali liquor tank for supplying alkali liquor. Alkali liquor is introduced from the bottom in the tower through the liquid inlet pipeline, liquid at the bottom of the whole tower is stirred through liquid impact force of flowing alkali liquor, a running water system is formed, precipitates are not prone to gathering, and a blow-off pipeline is not blocked in the discharging process. Therefore, the sediments can be prevented from being accumulated, deposited and solidified, and the sediments are prevented from blocking the blow-off pipeline for blow-off operation and influencing the blow-off work of the alkali liquor absorption tower. The problem that the sewage discharging pipeline at the sewage discharging position is often blocked due to accumulation and solidification of the sediments is solved.