163results about How to "Improve distribution uniformity" patented technology

The invention relates to the technical field of preparation of silicon carbide ceramics, in particular to an in-situ reaction sintered silicon carbide ceramic and a preparation method thereof.The preparation method comprises the following technological stages which are conducted in sequence: S1, preparation of silicon carbide slurry, specifically, organic matter precursor raw materials are weighed according to the mass content percentage to form the silicon carbide slurry; s2, vacuum grouting: injecting the silicon carbide slurry in the vacuum grouting tank into the shaping mold from the bottom of the shaping mold to form a silicon carbide green body; and S3, in-situ reaction sintering is conducted, specifically, the silicon carbide green body is placed in a sintering furnace, heating, heat preservation and cooling are conducted on the silicon carbide green body in the argon atmosphere through a segmented temperature control technology, and the silicon carbide ceramic is obtained. The silicon carbide ceramic prepared by the method disclosed by the invention has relatively high density and excellent mechanical properties.

The application discloses a synthesis method of a large single-crystal sodium-ion battery layered oxide positive electrode material, and comprises the following steps: (1) weighing metal oxides containing transition metal elements, transferring to a device with mixing functions, uniformly mixing, and obtaining a metal oxide mixture; (2) adding acid to the metal oxide mixture, fully mixing, and completing an acid treatment process; (3) adding alkali to the mixture after acid treatment, fully mixing; (4) transferring the mixture obtained in the step (3) to a calcining furnace, high-temperature calcining, and obtaining a layered oxide. The acid treatment process is introduced, the surface of the metal oxide forms a defect structure under the action of the acid, and the defect structure is more beneficial to the formation of strong interaction between each component of the metal oxide and between the metal oxide and sodium-containing alkali, so that a larger single-crystal layered oxide structure is finally formed, and the specific capacity, rate performance and cycle performance are excellent.

The invention discloses a biased binocular visual odometer method and device based on strawberry cuttlefish bionics. The biased binocular visual odometer method comprises the following steps: synchronously acquiring a bright field image and a dark field image collected by a biased binocular camera and inertial data of an inertial measurement unit; constructing a perceptual attention weight grid according to the bright field image and the dark field image, and performing brightness normalization processing on the bright field image and the dark field image; extracting lateral visual features based on the normalized image and the perceptual attention weight grid; and fusing the biased visual features with the inertial data, and solving through nonlinear optimization to obtain a carrier pose estimation result. According to the invention, the dynamic range of the binocular vision system is expanded, and the imaging and sensing capabilities of the system in an HDR scene are improved. And meanwhile, the positioning precision and robustness of the binocular visual odometer in an HDR scene are improved.

This utility model discloses an easily detachable, high-throughput, and highly efficient gas dispersion component, comprising a gas distribution pipe 1 vertically arranged on both sides, and a gas distribution pipe 2, a gas distribution pipe 3, and a gas distribution pipe 4 horizontally arranged sequentially between the upper and lower ends of the gas distribution pipe 1 on both sides. The gas distribution pipes 2, 3, and 4 on the upper and lower sides are separated by a vertically arranged gas distribution pipe 5, forming different spaces. This utility model features a large service area, high gas throughput, uniform bubble distribution, easy maintenance, and wide applicability.

The invention discloses a cooperative control method for manufacturing precision between complex thin-wall microsphere shell component forming processes, and relates to the technical field of microsphere shell component machining. The invention relates to a multi-process forming method for a micro-spherical crown structure on the surface of a complex thin-wall micro-spherical shell component in the prior art. According to an existing manufacturing precision keeping and reference transferring method, due to factors such as low soft and brittle hardness of a workpiece material, high precision requirement and multiple processes, the pose precision and the manufacturing precision of a micro-spherical shell are difficult to keep in multi-process circulation. The device is used for four workpiece circulation processes of material milling removal-laser etching marking-milling quality characterization-laser local modification-surface quality detection corresponding to three processes of milling removal of a micro spherical crown structure on the surface of a thin-wall micro spherical shell component, laser modification and measurement characterization. All the steps cooperate to achieve high-precision forming of the micro-spherical crown structure on the surface of the complex thin-wall micro-spherical shell component. The method is used for forming the complex thin-wall microsphere shell component.

This invention belongs to the field of aluminum alloy materials technology, and relates to a high-strength and ductile aluminum alloy and its preparation method. The alloy comprises, by mass fraction: 2-6% Mg, 0.4-0.9% Mn, 0.2-0.6% Si, 0.05-0.15% Sn, Fe≤0.15%, Ti≤0.1%, with the balance being Al. By introducing Sn, a low-melting-point MgSiSn primary phase is formed in the as-cast stage, and transforms from a continuous network to a discontinuous granular structure during homogenization heat treatment, weakening the adverse effects of brittle intermetallic compounds at grain boundaries. Simultaneously, Sn dissolved in the aluminum matrix forms a nanoscale MgSiSn precipitate during homogenization, serving as a heterogeneous nucleation core for the Mn-containing second phase, lowering its nucleation energy barrier, and promoting high-density, fine, and uniform precipitation, thereby achieving a synergistic improvement in the alloy's strength and ductility.

The utility model discloses a kind of N, N-diisopropyl ethylamine neutralization distillation device, it is related to neutralization distillation technical field, the N, N-diisopropyl ethylamine neutralization distillation device, including neutralization reaction kettle, stirring mechanism and lye distribution mechanism are equipped in neutralization reaction kettle, lye distribution mechanism is installed in the upper portion of neutralization reaction kettle, it is arranged horizontally annularly, the lower end of lye distribution mechanism is fixedly connected with the upper end of stirring mechanism, and lye distribution mechanism is rotated simultaneously when driving stirring mechanism rotation, it is even sprayed into reaction liquid phase area in circumferential direction multiple points to alkali liquor, the efficient dispersion and mixing of alkali liquor are realized.The utility model is rotated by the synergistic effect of multiple point injection lye distribution mechanism and micro rectifier structure, realize the spatial uniform distribution and rapid mixing of alkali liquor in reaction system, effectively avoid local over-alkali, improve the uniformity, stability and product yield of neutralization reaction.

This invention relates to the field of gray cast iron material preparation technology, and particularly to a method for preparing multi-alloy synergistically strengthened gray cast iron, comprising: adding steel raw materials to a smelting apparatus and heating to form molten iron; adding a chromium alloy to the molten iron, heating and holding at that temperature to form a basic mixture; determining the degree of furnace lining peeling based on the vibration frequency of the smelting apparatus, and determining the overheating risk level of the basic mixture based on the degree of furnace lining peeling; determining a target heating temperature based on the overheating risk level; determining the eddy current risk level based on the actual rotation speed; adjusting the stirring intensity during the smelting process based on the eddy current risk level; detecting the mixing ratio of the basic mixture and adjusting the amount of steel raw materials or the chromium alloy added to form a target solution; and simultaneously adding manganese nitride, alloyed tin, and ferrous sulfide to the target solution in a specified ratio to form multi-alloy synergistically strengthened gray cast iron. This invention improves the strength, toughness, fluidity, and resistance to solidification defects of gray cast iron.

The application relates to the technical field of air conditioners, and discloses a heat exchanger which comprises a first main pipe body provided with a first inlet and outlet at a first end, a first shunt pipe body connected to the first main pipe body at a first end and close to the first inlet and outlet, a second shunt pipe body located on a side of the first shunt pipe body away from the first inlet and outlet and comprising a first pipe section, a second pipe section and a third pipe section, wherein the first end of the first pipe section is connected to the first main pipe body and has a spacing between the first end and the second end of the first pipe body, the first end of the second pipe section and the first end of the third pipe section are both connected to the second end of the first pipe section, and a top anti-collision part is used for plugging the second end of the first main pipe body. The application further discloses an air conditioner.

The invention belongs to the technical field of electrochemical catalytic materials, and relates to an efficient non-iridium nickel-based catalyst and a preparation method thereof. Comprising a nitrogen-sulfur bifunctional in-situ doped and modified nickel-cobalt layered double hydroxide nanosheet, 2, 5-dihydroxy terephthalamide, a conductive carbon carrier, a pore-forming agent, a surface wetting agent and a cross-linking agent. The nickel-cobalt layered double hydroxide is prepared by carrying out hydrothermal reaction and calcination treatment on nickel nitrate hexahydrate, cobalt nitrate hexahydrate, thiourea and melamine under an alkaline condition, and synergistic doping of nitrogen and sulfur bifunctional groups is realized; organic-inorganic interface interaction is introduced into 2, 5-dihydroxy terephthalamide, so that the structural stability of the material is enhanced. According to the invention, the current density, the mass activity, the gas production volume, the stability and the turnover performance are obviously improved. According to the invention, the defects of insufficient conductivity, limited active sites and poor cycling stability of the existing nickel-cobalt-based catalyst are effectively overcome, and a new thought is provided for developing a low-cost and high-performance electrochemical catalyst.

The utility model discloses a kind of high-efficiency catalyst material grading equipment, it is related to catalyst material processing technical field.The utility model includes equipment frame, and grading box is movably connected in the equipment frame inner chamber, and grading box one side is equipped with discharge port.The utility model is equipped with discharge assembly, using the linkage structure of slide bar, receiving block, sealing plate and extruding block, the automatic switching of grading box between screening and discharging state is realized, when screening, spring pushes receiving block to make sealing plate tightly clamped discharge port, ensure sealing, after screening is completed, cylinder drives grading box to rotate, extruding block compreses receiving block to drive sealing plate to separate discharge port, realize automatic discharge, this design cleverly uses equipment self-motion as power source, without additional driving device, both solve the problem of material leakage in traditional vibrating screening, and also ensure the accurate opening and closing of discharge port through mechanical linkage, significantly improve material recovery rate and equipment reliability.

The invention discloses a dynamic targeted pesticide application device and method for field plants. The device mainly comprises a pesticide storage box, a power unit, a sensor, a control unit, a lifting mechanism, a folding mechanism and a tail end precise execution mechanism. In order to solve the problems that traditional spraying equipment is poor in adjusting flexibility and cannot accurately aim at targets, the device flexibly adapts to different field environments and crop heights through cooperation of the lifting mechanism and the folding mechanism. According to the end executing mechanism, the two-stage servo motor series connection nested design is adopted, and the three-dimensional posture dynamic control capacity of the high-pressure nozzle in the space is achieved. The control unit can dynamically compensate the spraying track in combination with crop canopy information obtained by the sensor in real time and the advancing speed of the carrier, and it is ensured that the pesticide liquid is always locked in the center of the crop canopy. The device effectively eliminates the phenomena of missed spraying and re-spraying, and environmental pollution is reduced while the utilization rate of the liquid medicine is remarkably improved.

The application belongs to the field of quartz glass preparation and specifically discloses a homogenization treatment method for titanium-doped low-expansion quartz glass, a product and application, and the method comprises the following steps: processing a titanium-doped low-expansion quartz glass mother rod into a circular truncated cone blank; making the circular truncated cone blank pass through a furnace chamber while clamping both ends of the circular truncated cone blank, and the initial position of the furnace chamber is located at the large end of the circular truncated cone blank; heating the circular truncated cone blank to above the softening point through the furnace chamber, synchronously rotating both ends of the circular truncated cone blank during heating, and introducing oxygen into the furnace chamber; then making both ends of the circular truncated cone blank rotate asynchronously and making one end of the circular truncated cone blank perform a damped sinusoidal swing; and moving the furnace chamber along the axial direction of the circular truncated cone blank from the large end to the small end of the circular truncated cone blank to complete the homogenization treatment of the whole circular truncated cone blank. Through the application, the uniformity of the distribution of titanium elements in the titanium-doped low-expansion quartz glass can be effectively improved.

This invention relates to the technical field of conveying equipment, and in particular to a mixing and conveying device for sponge abrasive; it can improve the uniformity of sponge abrasive particle distribution in a storage tank, effectively ensuring the sandblasting quality of the workpiece surface; it includes a storage tank, a screw conveyor installed at the bottom of the storage tank, and an air jet pipe, the feed end of the screw conveyor being connected to the bottom of the storage tank, and the discharge end of the screw conveyor being connected to the inside of the air jet pipe; it also includes a lifting and agitating mixing mechanism installed in the storage tank, the lifting and agitating mixing mechanism including a frame fixedly installed in the storage tank, a stirring shaft rotatably installed on the frame, a driver that provides power for the rotation of the stirring shaft, a flexible agitator fixedly installed on the stirring shaft, a retaining ring, and a lifting drive mechanism that drives the retaining ring to move up and down, the flexible agitator including a crossbeam fixedly connected to the upper part of the stirring shaft and multiple flexible agitators, one end of the multiple flexible agitators being connected to a part of the crossbeam away from the stirring shaft.

This application relates to the field of soil remediation technology, and discloses a method, system, and storage medium for real-time monitoring of soil remediation effects. The method includes: collecting multi-depth data samples of soil in the vertical direction to construct a stratified soil characteristic dataset; identifying locations of highly heterogeneous sections based on the dataset; injecting a tracer at these locations and imaging in real time to obtain a sequence of infiltration path images; using a random forest model to predict diffusion velocity and blockage point locations, dynamically adjusting injection parameters to eliminate blockage, and obtaining infiltration path data; tracking and quantifying the effects of the soil amendment on each soil layer through time-series analysis to obtain quantitative indicators of the effect; comparing these indicators with the initial dataset to optimize the stratification model and construct a stratified monitoring framework; integrating multi-depth data samples to validate the framework and generating an evaluation report on the soil remediation effect. This invention achieves accurate characterization of soil vertical stratification characteristics and scientific, quantitative evaluation of remediation effects, improving the efficiency of soil amendment use.

The utility model belongs to the technical field of industrial wastewater treatment, and particularly relates to a steam stripping dephenolization system, which comprises a steam stripping section positioned at the upper section of a closed tower, and a plurality of water collecting tanks arranged below the steam stripping section; the regeneration section is positioned at the lower section of the closed tower, and a steam channel is arranged below the regeneration section; the spraying system comprises a spraying assembly I, a spraying assembly II and a spraying assembly III; the spraying assembly I is positioned above the steam stripping section and is connected with the preheater through a pipeline; the spraying assembly II is positioned above the regeneration section; and the spraying assembly III is positioned in the filler layer of the regeneration section.

The invention relates to lysosome-based nano drug-loaded particles and application thereof, and belongs to the technical field of biological medicines. According to the invention, the lysosome membrane is used as a biomimetic membrane source to coat the surface of the drug nanoparticle, so that the structure stability of the lysosome membrane is maintained, and the activity of hydrolase which naturally exists is retained to the greatest extent, so that the drug-loaded nanoparticle can perform in-situ degradation on an extracellular matrix of a tumor tissue in an in-vivo delivery process; therefore, the physical barrier of the tumor tissue is effectively weakened, the permeation, distribution and cellular uptake ability of the nano-drug in the tumor tissue are remarkably enhanced, the condition that immune cells enter the tumor tissue is improved on the basis, and finally the tumor treatment effect is improved.

This utility model discloses an automatic centering ball-distributing oscillator structure, belonging to the field of bearing assembly. The automatic centering ball-distributing oscillator structure includes an upper connecting seat, with a lower connecting seat at the bottom of the upper connecting seat. The upper and lower connecting seats are interconnected by a centering structure. This utility model solves the problems of traditional oscillating ball-distributing mechanisms, where a single soft rubber body directly connects to the ball distributor for rotational oscillation, or directly connects to an object for rotational oscillation. These mechanisms are prone to breakage of the connecting rubber body, resulting in a short service life, frequent replacement of parts, low production efficiency, and increased operating costs. More critically, when using a single soft rubber body structure, the concentricity of the oscillating component is poor, preventing automatic centering. When used in bearing production equipment, the poor concentricity of the oscillating component frequently causes it to bump against the bearing edge. This utility model patent solves all these problems, resulting in significant economic benefits.

The invention provides an interlayer rear windshield and a vehicle. The interlayer rear windshield comprises a glass body, a low-radiation layer, a heating function layer, a first conductive element and a second conductive element. The glass body comprises an outer glass plate, a bonding layer and an inner glass plate which are stacked. The outer glass plate comprises a first surface and a second surface which are oppositely arranged, the inner glass plate comprises a third surface and a fourth surface which are oppositely arranged, and the bonding layer is located between the second surface and the third surface. The low-radiation layer is arranged on the fourth surface. The heating function layer is arranged in the glass body and located between the second surface and the third surface, and the heating function layer is used for generating heat when powered on. The first conductive element and the second conductive element are arranged between the second surface and the third surface, one of the first conductive element and the second conductive element is used for being electrically connected with a positive electrode of an external power supply, the other one is used for being electrically connected with a negative electrode of the external power supply, and the first conductive element and the second conductive element are electrically connected with the heating function layer.

The application discloses a kind of solid waste material compression molding equipment before test, it is related to solid waste compression technology field, including main body, the front of main body is sequentially provided with upper die punch, female die and lower die punch from top to bottom, the upper die punch and lower die punch can be slidably matched in the cavity of female die, feeding unit is arranged between the main body and the upper die punch, and the discharge end of the feeding unit is arranged in the upper die punch.The application makes the female die in the compression process in floating state, when the upper die punch is pressed down, the friction between the powder and the inner wall of female die can drive the female die to descend synchronously, the floating effect makes the lower die punch relatively enter the female die cavity deeper position and generate reverse pressure, significantly improve the density uniformity of briquetting in vertical direction.

This utility model discloses a composite light distribution module, a lamp, and a lighting device, relating to the field of lighting technology. The composite light distribution module includes a first lens and a second lens arranged sequentially from the inside to the outside along the optical axis. The first lens is arranged around the light source and has a first inner freeform surface and a first outer freeform surface. The surface of the first inner freeform surface facing the light source is concave along the optical axis. The first outer freeform surface and the first inner freeform surface form a first elliptical profile with decreasing thickness along the optical axis. A first light diffusion structure is disposed on the first outer freeform surface. The second lens is sleeved on the outside of the first lens and has a second inner freeform surface and a second outer freeform surface. The second inner freeform surface is arranged around the first outer freeform surface. The second outer freeform surface and the second inner freeform surface form a second elliptical profile with increasing thickness along the optical axis.

This invention discloses a method for preparing high-entropy ceramic matrix composites using a reactive infiltration process, belonging to the technical field of ceramic matrix composites. The steps are as follows: at least four single-component carbides are ball-milled and mixed with a carbon source, then dispersed in a dispersion liquid to obtain a slurry; continuous fibers are woven into a preform, and an interface layer and a matrix layer are deposited to obtain a semi-dense composite material; the slurry is introduced through vacuum or pressure impregnation; and a high-entropy carbide matrix is ​​generated in situ and densified by reactive infiltration after embedding with a transition metal and its alloy. This invention solves the problems of long process cycles, high porosity, high cost, and insufficient introduction of high-entropy ceramics in existing processes, achieving rapid densification and improving the material's high-temperature stability, oxidation resistance, and ablation resistance. It is suitable for the large-scale production of thermal protection materials for hypersonic vehicles.

The application provides an internal-pumping thin slice laser emitting coherent array laser, comprising a heat sink, a pump light source, a coupling module, an internal resonant cavity and a cut-angle external cavity, the internal resonant cavity, the cut-angle external cavity and a double-wavelength reflecting layer arranged outside a front end surface of the cut-angle external cavity form a resonant cavity, the internal resonant cavity comprises, from inside the cut-angle external cavity, a semi-reflective semi-transmissive layer, a micro-structure thin slice and a double-wavelength high-reflective layer arranged in sequence from the inside of the front end surface to a rear end surface, and the double-wavelength high-reflective layer and the rear end surface of the cut-angle external cavity are attached to the heat sink. The internal-pumping thin slice laser emitting coherent array laser has the advantages of high pumping efficiency, output power, beam quality and stability, and compact structure. The application further provides a preparation method of the internal-pumping thin slice laser emitting coherent array laser.

The utility model relates to the technical field of chemical production equipment, and discloses calcium hydroxide production equipment for fine screening and impurity removal, which comprises a main tank body, a feeding hole, a waste outlet, an extension plate, a spring, a bracket, a motor, a conical blanking hopper, an impurity removal tank and a final discharging hopper. A primary sieve plate and a fine sieve plate are arranged in the main tank body, and a rotating rod is driven by a motor and drives a connecting disc and a guide blade to realize classified screening of materials; waste is discharged through the waste outlet. An extension plate is matched with a spring to flexibly connect the main tank body, and a vibration motor can be mounted to enhance the screening effect. An electromagnetic strip is arranged in the impurity removal tank to adsorb metal impurities, and attachments are removed through an air inlet connecting pipe. Finally, finished products are collected by the discharging hopper. The equipment is compact in structure, easy and convenient to operate and suitable for large-scale industrial production, the screening and impurity removing efficiency is remarkably improved, and the high-performance production requirement is met.

This application relates to a feeding device for a polystyrene foam molding machine, belonging to the technical field of plastic processing. It includes a storage cylinder positioned above the foam molding machine body, a collecting hopper below the storage cylinder, a distributing cone installed inside the collecting hopper, and multiple guide pipes fixedly connected around the distributing cone. The openings of the guide pipes are equidistantly arranged around the axis of the distributing cone. The ends of the guide pipes away from the collecting hopper are positioned above the foam molding machine body and spaced apart along the length of the foam molding machine body. Multiple distributing plates are positioned above the foam molding machine body, arranged along the length of the foam molding machine body, and each distributing plate corresponds to and is fixedly connected to one of the guide pipes. A driving assembly is provided on the foam molding machine body to move the distributing plates on the foam molding machine body. This application has the effect of improving the uniformity of raw material distribution within the foam molding machine.

The invention relates to the technical field of nano biological medicines, and discloses a photo-thermal-enzyme catalysis nano-particle as well as a preparation method and application thereof. The photo-thermal-enzyme catalysis nano-particles are constructed by crosslinking water-soluble self-doped polyaniline nano-particles, human serum albumin, lactate oxidase and collagenase through a thioacetal linker capable of being split by active oxygen. Collagenase and lactate oxidase (LOx) are integrated into the same nanoparticle system through a thioacetal (TK) linker, the TK linker is split under the action of tumor microenvironment active oxygen (ROS) and H2O2 generated by catalysis of the LOx, the activity of the two enzymes is synchronously activated, a collagen matrix (physical barrier) is degraded, lactic acid (chemical barrier) is removed, the tumor microenvironment is efficiently remodeled, and the tumor microenvironment can be effectively inhibited. The problems that the regulation effect of a single barrier is limited, and the tumor microenvironment is difficult to improve are solved.

The application discloses a water-vapor separation rapid heating device, which comprises a bottom shell, a water tank arranged above the bottom shell, a water inlet and a longitudinal steam passage being formed in the water tank, a heating assembly arranged in the bottom shell and being connected with the lower end of the steam passage to form a steam chamber, water in the heating chamber generating steam and flowing upwards along the passage, a float valve assembly connected with the water inlet and the steam chamber, the water level being lowered to open a water supplement passage so that water in the water tank is supplemented to the steam chamber through the water inlet, and a juice receiving disc arranged above the water tank and provided with an exhaust hole connected with the upper end of the steam passage. The heating area and the water storage area are physically separated, the initial water heating amount is significantly reduced, and steam is rapidly generated. The water level is dynamically controlled by the float valve, accurate water supplement is realized after consumption, temperature sudden drop caused by direct cold water injection and repeated heating are avoided, and the heat efficiency and response speed are greatly improved.

This invention discloses a high-precision sealing device for lithium batteries, relating to the field of lithium battery production technology. By incorporating a spiral injection assembly, the electrolyte, after being transported through the inner injection tube, diffuses towards the spiral blades under the guidance of the arc surface and is released into the cell through spirally distributed outlet holes. This creates a spiral diffusion flow of electrolyte, which, compared to the traditional single-point direct injection method, reduces the local impact of the electrolyte on the electrode, improves the uniformity of electrolyte distribution between the electrode layer and the separator layer, and reduces local dry areas and bubble accumulation, thereby improving the quality and wetting efficiency of the cell injection. Furthermore, the vacuum channel, suction groove, and negative pressure degassing assembly can perform local negative pressure degassing treatment inside the cell after injection, allowing tiny bubbles adhering to the electrode surface and separator pores to be discharged promptly, reducing liquid surface fluctuations and secondary bubble generation, thus improving electrolyte wetting sufficiency and cell consistency.

The utility model discloses a kind of whipped piece and milk shake machine using it, it is related to food processing equipment technical field.Whipped piece includes circular sheet body, center is equipped with mounting hole, surface with mounting hole as center alternately distributes water drop shape concave-convex structure, outline is constituted by continuous smooth curve, adjacent structure is transitioned through round smooth surface, and body front and back concave-convex area correspond, and protruding height is same.Whipped piece includes body, stirring shaft, above-mentioned whipped piece, lower stirring blade, sleeve, locking bolt and intelligent electric control module.Water drop shape concave-convex structure of whipped piece synergistic effect: concave area promotes liquid to form downward spiral vortex, protruding area shunt and secondary shearing bubble, cooperate with the upward reflux of lower stirring blade and form the collision vortex, effectively refine bubble, promote component mixing uniformity;The utility model solves the problem that traditional equipment bubble is big, fusion is uneven, and the problem of poor adaptability, applicable to milk tea, milk shake and other beverage preparation.

The utility model discloses a granulator with plug -in distributor relates to granulator technical field, including granulator body, the granulator body upper end is provided with the support box, is provided with plug -in distributor mechanism in the support box, and plug -in distributor mechanism includes: distribution shell, distribution shell lower port is located on the granulator body upper end, distribution board is inserted in the distribution shell. The utility model discloses design structure is reasonable, it can make distribution shell, distribution board produce high -frequency reciprocating motion through drive motor, and thus break the " static accumulation tendency " of material on distribution board through the continuous displacement change, avoid material and concentrate accumulation in the local area of distribution board because of gravity or viscosity, can significantly improve material distribution uniformity, simultaneously, the " mechanical vibration effect " of high -frequency displacement produces, can make the material that sticks in the hole edge drop, can reduce the risk of blockage, improve the continuous operation ability of equipment.