53results about How to "High separation precision" patented technology

The utility model relates to a kind of for prothioconazole oxidation synthesis light heavy component automatic separation device, belong to chemical production technical field, including prothioconazole oxidation synthesis component phase tank, mixed liquor regulating valve, light component regulating valve, heavy component regulating valve, flowmeter, mixed liquor regulating valve, light component regulating valve, heavy component regulating valve, flowmeter are all set to prothioconazole oxidation synthesis component phase tank, prothioconazole oxidation synthesis component phase tank is provided with mixed liquor feed inlet, light phase outlet, heavy phase outlet, blow-off, the utility model, optimization tank body structure realizes unpowered high-efficiency separation, reduce equipment cost, improve separation precision and product purity, by phase tank stratification structure optimization, light / heavy phase outlet height difference design and valve control, to effectively reduce entrainment rate, interface height and flow are monitored in real time, dynamically regulate valve opening, when heavy component proportion increases, automatically increase heavy component valve opening, to effectively reduce artificial dependence.

The utility model relates to a mixed solution layering device which comprises a liquid storage tank and at least two partition plates vertically arranged in the liquid storage tank, a gap is kept between the upper side of each partition plate and the top of the liquid storage tank to form a first circulation channel, and one of the front side and the rear side of each partition plate is connected with the corresponding side wall of the liquid storage tank. A gap is kept between the other partition plate and the corresponding side wall of the liquid storage tank to form a second circulation channel, and the second circulation channels formed by every two adjacent partition plates and the liquid storage tank are arranged in a staggered mode; a liquid inlet is formed in one of the front side and the rear side of the liquid storage tank, a first liquid outlet is formed in the other one, a second liquid outlet is formed in the bottom side of the liquid storage tank, and the liquid inlet and the first liquid outlet are located in the sides, away from each other, of the first partition plate and the tail partition plate respectively. The mixed solution layering device provided by the utility model is provided with a plurality of partition plates, so that the liquid flow impact force is dispersed, and the mixed solution is uniformly distributed; second circulation channels formed by every two adjacent partition plates and the liquid storage tank are arranged in a staggered mode, the flowing path is prolonged, the standing time is prolonged, and layering is sufficient.

This invention belongs to the technical field of aviation transponder pulse overlap signal separation methods, specifically relating to a separation method applicable to Mode A / C aviation transponder pulse collision conditions. By analyzing the differential characteristics of the Mode A / C aviation transponder signal waveform in the time and energy domains, the pulse collision signal is effectively split. Based on the waveform definition characteristics of the Mode A / C aviation transponder signal, the pulse frame is accurately recovered from the separated signal, ultimately completing the separation process of the Mode A / C collision pulse signal. This invention requires only a single-channel receiver to achieve signal separation, reducing system implementation costs and engineering difficulty, effectively improving the system monitoring capability in densely overlapping electromagnetic environments, and providing an efficient and engineered solution for transponder pulse signal separation tasks in scenarios such as air traffic surveillance and low-altitude airspace management.

This utility model provides a high-precision gas-liquid separation and purification device, relating to the field of pharmaceutical production equipment technology. It includes: a tank body with a set of support legs at the bottom and an air inlet pipe on one side; a separator installed inside the tank body; a friction cover above the separator; and a wire mesh demister installed on the inner side of the positioning housing at a stepped groove. A guide block inside the air inlet pipe causes the airflow and moisture to form a swirling flow, initially separating the gas and liquid using centrifugal force. A return bend further separates the gas and liquid, preventing secondary mixing of moisture into the airflow. The separator rotates under the impact force of the airflow to achieve a second swirling separation. The synergistic effect of these multiple separation mechanisms significantly improves the gas-liquid separation efficiency and precision, ensuring the dryness and purity of the output gas, and meeting the requirements of applications with high gas quality standards.

The utility model relates to down processing technical field discloses a kind of down processing down feather separation equipment, including sorting bucket, two fans are fixedly connected in sorting bucket one end, fan output end is fixedly connected in sorting bucket one end, vibration assembly is provided in the outer wall one side of sorting bucket, the vibration assembly includes vibrating screen, vibrating screen is arranged in the outer wall one side of sorting bucket, screen is fixedly connected in the inner wall of vibrating screen, the outer wall both sides of vibrating screen are fixedly connected with shaft, the outer wall rotationally connected with support plate of shaft, the lower surface of support plate is fixedly connected with spring, the first support frame is fixedly connected in spring one end. In the utility model, down feather with impurity is put into vibrating screen entrance one end, motor drives vibrating screen to carry out periodic vibration, spring reduces noise and avoids structure damage. Add vibration assembly, pre-separate large block impurity and coarse hair stem, reduce the burden of fan, improve separation precision.

The invention belongs to the field of separation and filtration, and particularly relates to a filtering membrane with aperture sizes in gradient arrangement and a preparation method thereof. The preparation method comprises the following steps: (1) preparing a membrane casting solution: mixing and dissolving dimethylacetamide, polyether sulfone, polyethylene glycol and an auxiliary agent, and defoaming to obtain the membrane casting solution; (2) preparing core liquid: mixing dimethylacetamide with water to obtain the core liquid; (3) preparing a gel bath: mixing dimethylacetamide with water to obtain the gel bath; the concentration of the gel bath is smaller than that of the core liquid; and (4) preparing the filter membrane: enabling the membrane casting solution to be in contact with the core solution and the gel bath through a spinneret plate, and enabling membrane filaments to pass through the gel bath to a filament collecting tank, so as to obtain the filter membrane of which the pore sizes are arranged in a gradient manner. The pore diameter of the filtering membrane is changed from a large pore diameter on one side to a small pore diameter on the other side in a gradient manner, and the filtering membrane has high retention rate and high flux, high mechanical strength, easy cleaning and low energy consumption.

The application discloses a farmland point cloud ground separation method and system based on topological persistence analysis, and belongs to the technical field of the cross of precision agriculture and point cloud data processing technology, and comprises the following steps: pre-processing and coordinate alignment of three-dimensional point cloud data of a farmland environment; projecting the three-dimensional point cloud to a two-dimensional plane and performing rasterization processing, and then generating a two-dimensional elevation field; topologically decomposing the two-dimensional elevation field by adopting a step-by-step threshold scanning, extracting connected components in each layer of binary results, and tracing the evolution process of the connected components between adjacent elevation layers; calculating topological persistence features of each connected component; classifying the ground and crops based on the topological persistence features and the spatial features of the connected components; and outputting the classified ground point cloud and crop point cloud. The application solves the technical problems of strong parameter dependence and poor robustness of the existing method, and provides high-quality basic data for precision agriculture application.

The application discloses a kind of textile fabric printing and dyeing wastewater dynamic multistage depth processing system, and the application relates to wastewater treatment technical field, including reaction tank and control module, the sidewall of the reaction tank is provided with aeration assembly, the aeration assembly includes several vice gas pipes arranged in the lower side of reaction tank interior, several aeration holes are formed in the vice gas pipe for gas supply to reaction tank interior, the upper side of the reaction tank is provided with partition assembly, the partition assembly includes partition plate, the partition plate is used to partition the water body in reaction tank, the partition plate can be moved and lifted in the reaction tank, and the directional transfer of water body on both sides of the partition is realized by water pump, so that the effective reaction zone volume of the reaction tank can be dynamically reconstructed according to the actual water inflow, the water body is concentrated and the aeration assembly in the waterless area is closed under small water condition, so as to improve the effective utilization rate of unit aeration gas, and has the advantages of dynamic adjustment of effective reaction process and overall treatment efficiency.

The invention discloses a raw coal dense medium cyclone, and relates to the technical field of coal mine coal dressing, the raw coal dense medium cyclone comprises a dense medium cyclone, a feeding pipe, a stirring piece and a flow guide piece, the dense medium cyclone is fixedly arranged on the ground, the feeding pipe is fixedly arranged on the dense medium cyclone and communicates with the dense medium cyclone, the stirring piece is rotationally arranged in the feeding pipe, and the flow guide piece is arranged on the stirring piece. The stirring piece can scatter agglomerated magnetic media, the flow guide piece is fixedly arranged in the feeding pipe, the flow guide piece is located under the stirring piece, and the flow guide piece can make heavy suspension liquid and raw coal enter the heavy medium cyclone in the tangential direction; the raw coal separation device has the effect of improving the separation precision when raw coal is subjected to separation treatment.

A dialysis desalination and gas-liquid two-phase flow self-cleaning hollow fiber membrane system relates to the technical field of membrane separation, and comprises a square bottom support frame, the bottom support frame is grounded, two groups of vertical fixing frames are welded on the upper surface of the bottom support frame, the vertical fixing frames are C-shaped frames with downward openings, an integrated box is fixedly clamped between the two groups of vertical fixing frames, and the integrated box is connected with the bottom support frame. A dialysis desalination assembly is arranged in the integration box, a gas phase cleaning assembly is further arranged on the integration box, a liquid storage tank is arranged on one transverse side of the integration box, and an electric control box is arranged on one longitudinal side of the liquid storage tank. The problems that an existing high-salinity wastewater treatment technology is high in energy consumption, insufficient in separation precision, inflexible in system operation, large in occupied area, low in function integration level, difficult to continuously and stably operate and the like, and a membrane assembly is prone to being polluted and difficult to clean are solved.

The utility model discloses an extraction device for green cardamom essential oil, relates to the technical field of essential oil extraction, and solves the problems that an oil-water separator used during essential oil extraction in the prior art cannot accurately discharge oil liquid, and the yield is low or the purity is low. The device comprises a distiller, the distiller is connected with a condenser, the condenser is connected with a separator, the separator comprises a first-stage separation cylinder connected with a condensation outlet of the condenser, the lower end of the first-stage separation cylinder is connected with a second-stage separation cylinder, and the side wall of the first-stage separation cylinder and the side wall of the second-stage separation cylinder are each provided with an oil discharge assembly and an oil discharge pipe. The diameter of the primary separation cylinder is greater than that of the secondary separation cylinder. By arranging the first-stage separation barrel, first-stage oil-water separation can be carried out, a small amount of remaining oil liquid is discharged into the second-stage separation barrel with a small diameter for separation, so that the separation difficulty is reduced, the separation precision is improved, and the influence of hydrolat on the purity and yield of the oil liquid in the separation process is reduced in a manner of reducing the contact area of the oil liquid and hydrolat.

The utility model relates to mechanical manufacturing technical field, and disclose a kind of component of automatic separation strong magnetic part, including bottom plate, the upper end of bottom plate is provided with moving plate, and one end of moving plate is fixedly provided with front plate, and one end of front plate is provided with cylinder, and the upper end of bottom plate is fixedly provided with backplate, and the side symmetry of backplate is fixedly provided with limit plate, and the lower end of backplate is provided with the slot that is matched with magnet component, and the upper end of moving plate is provided with through-hole, and the lower end of bottom plate is fixedly provided with base, and the upper end of base is slidably provided with recovery cabinet in sliding groove, and the side of bottom plate bottom end is slidably provided with collection box, and the inside of collection box is slidably provided with multiple drawers, and the inside of drawer is provided with multiple partition plates, the utility model makes it separate by control moving plate and push the magnet of backplate bottom, calculate magnet disengagement stroke, and spacer falls into moving plate slot, and after moving plate backstroke, fall into bottom plate lower end recovery cabinet, reduce the difficulty of strong magnetic magnet separation, improve work efficiency.

This utility model discloses an automatic separation and collection device for heavy debris in an airflow conveying system, relating to the technical field of airflow separation equipment. The separation body includes a cylindrical cavity with a conical guide hood at the top. A spiral feed plate is located between the outer side of the guide hood and the inner wall of the cavity. A feed pipe is located on one side of the upper part of the cavity, a discharge pipe is located at the top of the cavity, and a discharge port is located at the bottom of the cavity. Corn fibers, being lightweight and highly susceptible to airflow, move upwards more easily with the airflow, while heavy debris, due to gravity and centrifugal force, tends to sink closer to the inner wall of the cavity, significantly improving the initial separation efficiency and reducing the mutual entanglement of corn fibers and heavy debris.

This utility model discloses a multi-stage screening device for blended materials, relating to the field of screening technology. Specifically, it is a multi-stage screening device for blended materials, including a multi-stage vibrating screen body. The multi-stage vibrating screen body contains filter plates with adjustable tilt angles. Two first support plates are fixedly connected to the right side of the multi-stage vibrating screen body. Through the coordinated arrangement of a drive column, drive cylinder, synchronous rod, first synchronous plate, and second synchronous plate, the two filter plates can synchronously adjust their tilt angles around a first rotating shaft, thereby adjusting the flow rate of the material. The baffles rotatably connected to the inner side of the filter plates ensure that they remain perpendicular to the ground by their own weight. The distance between the baffles and the inner bottom surface of the filter plates automatically adjusts with the change in the tilt angle of the filter plates. This adapts to materials with large flow rate differences and disperses accumulated materials, avoiding localized filtration dead zones, fully utilizing the effective area of ​​the filter plates, and significantly improving screening efficiency and material separation accuracy.

The invention discloses a low-temperature air high-speed centrifugal machine and a control method. The low-temperature air high-speed centrifugal machine comprises an air filter, a sensor I, a centrifugal compressor, a heat exchanger, a sensor II, a centrifugal cavity, a sample disc, a control panel, a temperature transmitter, a turbo expander, a water-cooling heat exchanger, an electric valve and a silencer. Wherein the air outlet end of the centrifugal compressor is divided into two branches through a flow dividing pipeline, the first branch is communicated with the atmospheric environment through an electric valve and a silencer, the second branch is in fluid communication with an air inlet of a heat exchanger, an air outlet of the heat exchanger is communicated with an air inlet of a turbo expander, the turbo expander is coaxially and fixedly connected with a sample disc, and the sample disc is in fluid communication with the air inlet of the turbo expander. The whole sample disc is located in the centrifugal cavity, airflow expanded and cooled by the turbo expander enters the centrifugal cavity, flows out from the other end after flowing through the internal space of the centrifugal cavity, enters the heat exchanger again for secondary heat exchange, and finally returns to an air inlet main path of the centrifugal compressor to form a closed airflow circulating system. The system collects multi-source signals such as temperature and rotating speed through a PID controller in a control panel, closed-loop dynamic regulation and control are implemented based on parameters preset by a user, and finally precise control over the centrifugal working condition is achieved. According to the centrifugal machine, the centrifugal machine can obtain a higher rotating speed and reach a lower temperature, the biological sample separation effect is improved, meanwhile, the biological sample is more effectively prevented from being denatured or inactivated due to temperature rise in the centrifugal process, and the sample inactivation rate is reduced to a large extent.

This application provides a flash evaporation system for separating DMAC and acetic acid, connected between a feed tank and a distillation column. The system includes a high-pressure flash tank connected to the feed tank and a low-pressure flash tank connected in series with the high-pressure flash tank. Both the high-pressure and low-pressure flash tanks are provided with an inlet, a vapor phase outlet, and a liquid phase outlet. The liquid phase outlet of the high-pressure flash tank is connected to the inlet of the low-pressure flash tank via a pressure reducing valve, and the liquid phase outlet of the low-pressure flash tank is connected to the inlet of the distillation column. A preheater is connected between the outlet of the feed tank and the inlet of the high-pressure flash tank. The vapor phase outlets of both the high-pressure and low-pressure flash tanks are connected to a condenser. This flash evaporation system, by employing a series connection of a high-pressure and a low-pressure flash tank for two-stage pressure-reducing flash evaporation of the mixture, achieves efficient pre-separation, reduces the load on the distillation column, and improves overall separation efficiency.

The utility model relates to tailing recovery equipment technical field, concretely is a kind of gold sticking blanket machine, and its technical scheme main point is, including: support frame, the left and right sides of support frame are respectively provided with two side holes, bearing is fixedly installed in the inside of side hole, the inside of support frame is provided with two roller shafts;When using, the drive motor can be opened to drive roller shaft rotation, drive skirt conveyor belt and gold sticking blanket operation to the fine particle gold in the mine sand are effectively adsorbed and captured, by collection frame, the gold sand that gold sticking blanket rotates to edge preliminary falls off is concentrated recovery, can be opened water pump is by porous pipe to spray water upward, the residual gold sand on the surface of gold sticking blanket is washed, so that gold sand falls into collection box in turn, to realize the efficient recovery to gold sand, improve separation precision and overall recovery efficiency, by setting spray head, for when water pump works, can make spray head gold sticking blanket to be washed thoroughly, promote residual gold sand to separate quickly and fall into collection frame.

This utility model relates to the field of agricultural planting technology, and in particular to a seed screening device for agricultural planting. The seed screening device includes: a box, a rotating rod, a drive assembly, and an inclined conveyor belt. A feed pipe is fixedly connected to the top left side of the box, and a hopper is fixedly connected to the top of the feed pipe. A discharge inclined plate is fixedly connected to the bottom of the inner wall of the box. A seed discharge hole is opened on the front side of the box. A vibrating motor is fixedly connected to the side of the discharge inclined plate away from the seed sliding. A rotating rod is rotatably connected to the top center of the inner wall of the box, and a sieve plate is fixedly connected to the outside of the rotating rod. A transmission rod is rotatably connected to the inner wall of the box below the sieve plate, and multiple cams are fixedly connected to the outside of the transmission rod. An agitator column is rotatably connected to the inner wall of the feed pipe. This utility model effectively avoids seed accumulation and blockage in the feed pipe, eliminating the need for frequent shutdowns for cleaning, ensuring continuous operation of the screening process, and improving work efficiency.

This invention relates to the field of data detection technology, and more particularly to a deep learning-based system for detecting and correcting anomalies in UAV atmospheric data. The proposed scheme involves constructing an air mass reference coordinate system based on the UAV's attitude and relative wind direction, and reprojecting the original measurement data to obtain an atmospheric data sequence with a stable reference direction. Subsequently, a time-varying frequency mask is generated to constrain the location of rotor disturbance energy during time-frequency analysis. Then, based on the multi-channel frequency mask, the time-frequency coefficient matrix is ​​decomposed into multiple scales to extract aerodynamic disturbance estimation signals, background atmospheric signals, and turbulent structure signals. These three types of signals are input into a pre-set deep learning model to identify and correct atmospheric data anomalies. This application can distinguish between rotor disturbances and the actual atmospheric structure, improving the quality and reliability of atmospheric observation data.

The application provides a dynamic image enhancement method and system based on liquid crystal polarization adaptive modulation, and relates to the technical field of optical imaging and information processing. The method comprises the following steps: collecting target polarization observation images under illumination light of different polarization states, and constructing a polarization image sequence; establishing a mathematical model of a voltage-phase delay response model and a modulation intensity model containing a liquid crystal polarization modulator; fitting model parameters of the modulation intensity model according to the current polarization image sequence, and judging convergence by using a sampling uncertainty evaluation function; if convergence is achieved, the optimal model parameters of the modulation intensity model are determined; if convergence is not achieved, new target polarization observation images are collected and re-evaluated until convergence is achieved; and according to the optimal model parameters, a spatio-temporal joint constraint-based enhancement reconstruction model is used to reconstruct the current polarization image sequence, so as to generate an enhanced image and a dynamic enhancement video stream. The application can separate target signals and noise components in real time and with high precision, and realizes dynamic image enhancement.

The present application relates to the technical field of remote sensing image change detection, and provides a remote sensing change detection method and system based on foreground and background separation and historical feature reuse. The method comprises the following steps: based on a pair of preprocessed double-time-phase remote sensing images, using a ChangeMamba encoder, four features of different preset scales are obtained for each double-time-phase remote sensing image; based on the fourth layer foreground feature and the fourth layer background feature, using a foreground and background separation module, after fusion, the foreground and background are separated by inputting a hollow space pyramid pooling module to generate a foreground mask; based on the foreground mask, the third layer foreground feature and the third layer background feature, using an attention module, two parallel operations are performed to respectively generate foreground enhancement features and background suppression features, and weighted fusion is performed to obtain a foreground change map and a background change map; based on the foreground change map and the background change map, using a ChangeMamba decoder, change information of a to-be-detected region is obtained.

The application discloses a built-in multi-pipe supersonic condensation-cyclone-coalescence filter, which comprises a shell, a cyclone pre-separation module, a supersonic nozzle steam condensation module, a multi-stage guide vane type mist cyclone separation module and a coalescence filter core filter module are sequentially arranged in the shell from bottom to top. The filter can not only separate free liquid droplets carried in natural gas, but also deeply remove lubricating oil steam, hydrocarbons and water vapor contained in the natural gas through phase change condensation. The filter has the characteristics of large operation flexibility and high separation efficiency.

The application discloses a kind of for polyolefin high-pressure flare gas light hydrocarbon recovery complex absorbent, preparation method and recovery system and recovery method, it is related to petrochemical tail gas resource utilization technical field.Complex absorbent includes: main absorption component, auxiliary absorption component, heat stabilizer and viscosity modifier by mass fraction.The system includes compression impurity removal unit, absorption desorption purification unit and catalytic oxidation tail gas treatment unit, and forms integrated complete equipment.The method includes compression impurity removal, low-temperature oil absorption, flash evaporation, desorption purification, product separation and catalytic oxidation tail gas purification process.The application solves the technical problems of poor C2 selectivity, high nitrogen co-absorption rate, high temperature easy deterioration, high viscosity of existing absorbent, low separation precision of existing device, high energy consumption and tail gas not up to standard through the synergistic effect of four-function complex absorbent and double-tower coupled integrated device, realizes the efficient recovery and resource utilization of C2+ Light hydrocarbon in high-nitrogen-content polyolefin high-pressure flare gas.

The invention discloses a separating device applied to a semiconductor bonding wafer after decapsulation, and relates to the technical field of semiconductor bonding wafers. The separating device comprises a wafer, a graphite ring, a graphite disc and a graphite supporting sheet, wherein the wafer is obtained after the semiconductor bonding sheet is unpackaged; the separating device comprises a shell, a rotating mechanism, a positioning mechanism, a jacking mechanism and a sweeping mechanism. The rotating mechanism is used for driving the semiconductor bonding sheet to rotate; the positioning mechanism is used for positioning the graphite ring; and the jacking mechanism is arranged at the lower end of the graphite supporting sheet and is used for jacking the graphite supporting sheet upwards under the condition that the graphite ring is positioned so as to drive the wafer to be separated from the graphite disc. The problems that in the prior art, equipment cost is high, the operation process is tedious, and large-scale production and application are not facilitated are solved.

The invention belongs to the technical field of filtering devices, and discloses a filtering device for water-based paint production, the filtering device comprises a metal separation mechanism, a multi-stage filtering mechanism and a cleaning mechanism, an inclined U-shaped trough is arranged in a separation box of the metal separation mechanism, the U-shaped trough rotates around a rotating shaft in a reciprocating manner, and an electromagnetic wire is mounted at the outer bottom of the U-shaped trough and can adsorb, dump and separate metal impurities; double groups of moving bins are slidably mounted in a filter box of the multi-stage filter mechanism, multi-stage filter plates are obliquely arranged in the moving bins to realize graded filtration of coatings, discharge pipes and water nozzles corresponding to the filter plates are arranged in double cleaning boxes of the cleaning mechanism, the moving bins are driven by telescopic cylinders to switch to realize online cleaning of the filter plates, and the double moving bins and the double cleaning boxes alternately work to guarantee production continuity. The water-based paint filtering device integrally forms an integrated structure, can realize separation and graded filtration of metal impurities and online cleaning of the filter plate, does not need shutdown disassembly, improves the water-based paint filtering efficiency, and is convenient to maintain.

This utility model discloses a dedicated hydrocyclone structure for mud separation, relating to the technical field of hydrocyclone structure. The dedicated hydrocyclone structure for mud separation includes a mud hydrocyclone with a discharge control device installed at its bottom. The dual overflow ports on the upper cylinder enable graded separation of particles of different sizes in the mud. The light phase overflow port mainly discharges the clean liquid after thorough separation, while the intermediate phase overflow port collects liquid containing a small amount of fine particles. This liquid can be either returned to the feed end for secondary separation or transported to a specific processing stage, depending on actual production needs, thereby maximizing resource utilization.

The invention provides equipment and a method for automatic separation and discharge based on high-pressure airflow, and relates to the technical field of airflow separation and discharge, the equipment comprises a separation tank, a first air inlet sleeve is arranged at the upper end of the separation tank, a drain outlet is formed in the bottom of the separation tank, and a group of symmetrically distributed drainage shells are mounted at the outer side of the separation tank; a group of bolt mounting holes are formed in the side edge of the drainage shell, a sealing cover is mounted at the upper end of the separation tank, an exhaust sleeve is arranged on one side of the sealing cover, and a stabilizing plate is arranged at the upper end of the sealing cover. Solid-liquid impurities with different particle sizes can be efficiently removed through a multi-stage treatment structure of spiral piece centrifugal separation, secondary filtration and airflow circulation, and the separation precision is high; the centrifugal separation piece is matched with the vibration balls and the friction protrusions, self-cleaning in the separation process is achieved, adhesion and blockage of impurities are avoided, meanwhile, the vibration balls can disturb airflow, the impurities can be separated from the airflow more easily, and the separation efficiency is improved.

The utility model discloses an oil-gas-water interface separation device, which belongs to the technical field of petroleum stock solution processing and separating devices, comprises a main shell, and is characterized in that an inner cavity of the main shell is divided into a liquid inlet chamber, a mixing chamber, a settling chamber and an oil-water separation chamber through corrugated plate packing, a metal baffle plate and a baffle plate which are sequentially arranged from left to right; the oil-water separation chamber is divided into a front oil chamber and a rear water chamber through a transversely arranged oil-water separation plate; a first blow-off pipe and a second blow-off pipe are sequentially arranged at the bottom of the main shell in the position of the settling chamber from left to right; a wire mesh demister is arranged on the right side of the top of the inner cavity of the main shell and located at a bottom outlet position of the air outlet. According to the oil-water-gas interface separation device, through application of the first blow-off pipe and the second blow-off pipe in the petroleum processing separation process, the problem that an existing three-phase separation device is difficult to discharge impurities floating on the surface of an oil-gas interface and the surface of an oil-water interface in the separation process is well solved, meanwhile, the separation precision is improved, and the separation effect is optimized.

The invention discloses a dry separation system and method for ionic liquid in alkylation reaction effluent, and relates to the field of petrochemical engineering, the alkylation reaction effluent firstly passes through a solid remover to remove suspended matters and then enters a flash tank, the ionic liquid content in the reaction effluent is concentrated through low-pressure flash evaporation, and the temperature of the reaction effluent is reduced; the cooled reaction effluent enters a low-temperature fine coalescer through a delivery pump to carry out low-temperature fine coalescence separation on the ionic liquid; and introducing the separated reaction effluent into an adsorption tank for deep adsorption. After the alkylation effluent is treated by the method, the ionic liquid content can be lower than 10mg / L, the removal rate of suspended matters reaches 99%, the traditional alkali washing and water washing process can be replaced, the whole system is in dry operation, the energy consumption and the ionic liquid consumption can be greatly reduced, the equipment corrosion is avoided, and the clean production of the alkylated oil is realized.

The utility model provides a kind of Raymond mill dust removal flow guide device, belong to flow guide device technical field, the Raymond mill dust removal flow guide device includes: dust removal flow guide cylinder, top collecting cover, bottom support seat, cyclone separator, flow guide vane assembly and sealing connecting ring;Dust removal flow guide cylinder is conical platform shape, dust removal flow guide cylinder is fixedly installed above the discharge port of Raymond mill by support seat;Collecting cover is hemispherical structure;Cyclone separator is arranged at the center position inside dust removal flow guide cylinder, annular passage is formed between the outer wall of cyclone separator and the inner wall of dust removal flow guide cylinder;Flow guide vane assembly includes multiple flow guide vanes, another end of flow guide vane and the inner wall of dust removal flow guide cylinder keep preset gap;Sealing connecting ring is arranged at the connecting position of dust removal flow guide cylinder and Raymond mill discharge port, solve the dust separation efficiency low in existing Raymond mill dust removal system, cause environmental pollution and resource waste, affect the air quality of production workshop problem.