38results about How to "Quick mix" patented technology

The utility model relates to the technical field of biodiesel production, in particular to a catalyst separation and recovery device for converting waste oil and fat into biodiesel, which comprises a separation tank. A feed pipe is fixedly connected to the rear position at the upper end of the separation tank, a waste discharge pipe is fixedly connected to the middle position at the lower end of the separation tank, two observation windows are fixedly connected to the front surface of the separation tank, and two adjusting components are arranged at the front position at the upper end of the separation tank. The adjusting components include a positioning sleeve, a connecting seat, a threaded sleeve, a first bevel gear, a second bevel gear, an electric motor, a threaded pipe, a connecting block, a positioning block, a discharge pipe, a first suction pipe, a second suction pipe, a positioning rod and a limiting block; the threaded pipe is driven to lift through the adjusting components, so as to adjust the heights of the first suction pipe and the second suction pipe, so that the floating oil and esterified glycerol can be accurately sucked, the separation quality of the esterified glycerol is effectively improved, the purity of the catalyst recovery is further improved, and the waste of the esterified glycerol is avoided.

The utility model relates to rose jam fermentation technical field, and disclose a kind of rose jam fermentation equipment of controllable fermentation environment, including fermentation vat, the outer wall of fermentation vat is respectively fixedly installed with water inlet component and drain, the top of fermentation vat is fixedly assembled with sealing cover, the inner wall of fermentation vat is fixedly installed with motor one, the output shaft of motor one is fixedly installed with rotary disc, the top of rotary disc is fixedly installed with impeller disc. The starting of two sides motor three is controlled by control head, so that motor three drives screw column to rotate, so that screw column moves by and the threaded connection of extension plate drives extension plate to generate, further so that extension plate drives the rack of top to generate movement, so that rack drives gear to generate rotation by and the meshing of gear, further so that gear drives the sealing ball of bottom to generate rotation, so that hot water or cold water enters the inside of water storage warehouse, simultaneously by the rotation of impeller disc liquid is rapidly mixed, reach the purpose of temperature regulation.

The invention belongs to the technical field of dibromohydantoin production, and particularly provides a dibromohydantoin synthesis method which comprises the following steps: S1, preparing a raw material aqueous solution, namely respectively mixing dimethyl hydantoin, sodium bromide and liquid caustic soda NaOH with deionized water to form a dimethyl hydantoin aqueous solution, a sodium bromide aqueous solution and a liquid caustic soda NaOH aqueous solution; s2, premixing the raw material aqueous solution, namely mixing the aqueous solution of dimethyl hydantoin, sodium bromide and caustic soda liquid NaOH prepared in S1 to obtain a premix; s3, electrochemical in-situ bromination reaction: introducing the premix into a micro-channel reactor provided with an electrolysis electrode, and applying current to the premix to obtain a dibromohydantoin initial solution; and S4, crystallizing, separating and drying the product, carrying out cooling crystallization through a three-stage stepped cooling method to obtain a dibromohydantoin crystal, carrying out centrifugal separation to obtain a dibromohydantoin wet product, and then drying to obtain a dibromohydantoin finished product. The method can improve the generation stability and the product quality of the dibromohydantoin.

This invention belongs to the field of medical device technology, specifically relating to a nebulized inhalation device for treating pediatric pneumonia. The device includes a main body connected to a spray tube; an oxygen supply section including an oxygen cylinder, the outlet of which is connected to the spray tube; a spray section including a compressor, the outlet of which is connected to a mixing tank, which is connected to the spray tube; a feeding section including a medication cartridge connected to a delivery tube, which is connected to the mixing tank; and an adjustment section including a guide rod with a sealing plug at its lower end, a lifting rod inside the guide rod, and a U-shaped plug fixedly connected to its lower end, positioned above the delivery tube. This invention enables rapid mixing of medication and oxygen with the medication mist, allows for quick assembly and disassembly of the medication cartridge, and allows for flexible control of the dynamic and directional release of a specific medication during treatment, ensuring the comfort of the child during treatment.

The utility model belongs to independent self -circulation ecological toilet technical field, concretely is a kind of independent self -circulation ecological toilet of accelerated separation, including base, protective wallboard and closestool, the top of base is provided with protective wallboard, the inside of protective wallboard is provided with closestool, the inside of base is provided with quick separation mechanism. The utility model when using closestool flushing, urine will directly fall between two partition plates, and excrement will be screened by screen, then start electric push rod, drive adjusting rod to move, so that excrement in the inside of mounting frame enters the inside of base, to be able to quickly separate excrement and urine, when urine and excrement separate, excrement will enter the inside of base, open sealing cap and add decomposing liquid, then rotate blade by the output end of motor, quickly mix excrement and decomposing liquid. The utility model improves the decomposition effect of decomposing liquid.

The powder-liquid mixing bin comprises a tank body provided with an annular partition bin and a first liquid inlet, the annular partition bin comprises an outer peripheral wall and a conical inner peripheral wall which are sleeved with each other, the first liquid inlet is formed in the outer peripheral wall, and a discharging opening is formed in the middle of the upper side of the conical inner peripheral wall and is higher than the upper end face of the conical inner peripheral wall; an outlet is formed in the lower end of the conical inner peripheral wall and connected with a top inlet of a tee joint, an axial inlet of the tee joint serves as a second liquid inlet, and an axial outlet of the tee joint is used for being connected with a mixing pump; liquid entering from the first liquid inlet fills the annular gap between the outer peripheral wall and the conical inner peripheral wall and overflows into the conical inner peripheral wall through the upper end face of the conical inner peripheral wall, so that a circular-truncated-cone-shaped concave part is formed, and powder falls into the circular-truncated-cone-shaped concave part to form a primary mixture; liquid enters the second liquid inlet to take away the primary mixture and convey the primary mixture outwards; the powder-liquid mixing bin achieves the purpose of mixing and is beneficial to mixing and miniaturization at the same time.

The application provides a combined integrated sewage treatment equipment, a mounting method and a use method, and aims at the problems that the existing device cannot adapt to the treatment of various sewage, cannot be freely combined according to the needs of users, and the required power source is increased due to different processes. The application provides the following scheme, which comprises a filter box, a plurality of connecting boxes and a rectangular box. The filter box and the rectangular box are located above and below the plurality of connecting boxes, respectively. The plurality of connecting boxes are connected in sequence. The top of the filter box and the top of the connecting box are both provided with two symmetrical positioning grooves. In the application, the mixed components can quickly mix the impurities and the flocculating agent, and the mixed components can be collected in the collection box. The transmission assembly can fully utilize the power of the servo motor, and does not need an external power source, thereby reducing the combination difficulty, and the process can be increased or reduced according to the needs.

This utility model discloses a thickener for sodium bicarbonate production, including a settling tank. An overflow weir is installed at the upper part of the settling tank, and a guide channel is installed at the upper part of one side of the settling tank. A support base is fixedly installed at the middle of the outer surface of the rear end of the settling tank, and a premixing device is fixedly installed on the upper outer surface of the support base. The thickener for sodium bicarbonate production described in this utility model uses a motor-driven drive shaft, which drives a first agitator and a second agitator to rotate in opposite directions through belt transmission and gear meshing, forming a bidirectional stirring effect. This allows the material to be quickly and uniformly mixed in the cylindrical mixing chamber, avoiding excessively high or low local flocculant concentrations and ensuring a stable and reliable settling process.

The utility model discloses a kind of stirring devices for crosslinking agent production, including stirring barrel, the upper end of the stirring barrel is provided with cover, the lower end of the cover is provided with the stirring mechanism for stirring material, the stirring mechanism includes rotating link in the lower end of cover, the inside of the rotating link is provided with cavity.The utility model structure is reasonable, when crosslinking agent particle is just mixed with solution, adjust mechanism is adjusted into horizontal state by stirring paddle, stirring paddle at this time, in rotating process, the edge blade of its upper and lower two sides can effectively crush larger granular matter, improve the dispersivity of material, lay good foundation for subsequent mixing process, after granular matter is crushed, adjust mechanism is adjusted into vertical state by stirring paddle at this time, the rotation of stirring paddle, can expand stirring range, make material fully flow in stirring barrel, realize rapid mixing, improve mixing uniformity and production efficiency.

The utility model discloses a kind of high-temperature flue gas heating air furnace head combustion gas big pot stove, belong to gas stove technical field, including rack, furnace bellow, superconducting heat exchanger and fan are installed on rack, furnace bellow bottom is equipped with furnace head, the top of furnace bellow is provided with flue along circumference, flue is equipped with flue pipe, flue pipe is installed along flue coiling, superconducting heat exchanger includes shell, superconducting plate, air inlet passage and air outlet passage, air inlet passage is through shell, one end is connected fan by pipeline, the other end is connected furnace head by pipeline, air outlet passage is through shell, one end is connected the export end of flue pipe by pipeline, shell is installed with superconducting plate, and superconducting plate is located between air inlet passage and air outlet passage. The scheme is used as heat converter by superconducting heat exchanger, high-temperature flue gas discharged by pot stove is heated to the air of furnace head, to improve energy utilization.

The utility model relates to mould technical field, and disclose a kind of mixed color runner structure, solve the effect of the poor self-mixing of the existing mixed color runner only by material flow, and material has viscidity, leading to material passing speed is slow, the problem of affecting feed rate, it includes mould, the both sides of mould top are fixedly installed with cannon nozzle, the middle part of mould top is fixedly installed with protective cover, the top of two cannon nozzles is fixedly installed with feed pipe, the inside bottom of protective cover is fixedly installed with support frame on one side, one end of support frame is fixedly installed with driving motor, the middle part of mould inside is provided with mixed color cavity, the inside bottom of mixed color cavity is downwardly through and provided with discharge chute, the both sides of mixed color cavity are obliquely upwardly through and provided with runner, the both sides of mixed color cavity inside are equipped with several scattering rods, the inside of discharge chute is equipped with auger;The mixed color runner structure can mix material effectively, and can discharge quickly, improve feed rate.

The utility model discloses a kind of neutralization reaction devices for aspartame purification, including reaction component, the upper portion of reaction component is equipped with make-up component, and make-up component is close to the side of reaction component middle axis and is provided with protective box, the inside of protective box is installed with first rotating component, and the rear end of first rotating component is connected with transmission component, first rotating component includes rotating big dish, first rotating shaft and first bearing, and the front end of rotating big dish is connected with first rotating shaft, the outside of first rotating shaft is connected with first bearing. Compared with the existing ordinary neutralization reaction device, the equipment can adjust transmission ratio, the proportion of material discharging is adjusted by the change of transmission ratio, so that the proportion of material adding is more accurate, the equipment can make material better spread by stirring structure, so that the mixing of material is more uniform.

This utility model discloses a precision dosing device, including a loading bracket. A longitudinal guide rail is installed on each of the top two sides of the loading bracket. A transverse support beam is arranged between the two longitudinal guide rails. A transverse linear module is installed at the bottom of the transverse support beam. A dosing mechanism is installed at the bottom of the slide of the transverse linear module. A ball screw is rotatably connected inside each of the two longitudinal guide rails. Slots are formed on the surfaces of both longitudinal guide rails. The two ends of the transverse support beam pass through the two slots and extend into the interior of the two longitudinal guide rails. This utility model, through the coordinated operation of the loading bracket, longitudinal guide rails, transverse support beam, transverse linear module, and ball screws, enables the dosing mechanism to move to any position in a two-dimensional plane above the wastewater treatment equipment. This allows the dosing mechanism to perform precise dosing at any designated location, greatly improving the flexibility of dosing and the treatment effect.

The utility model provides a kind of automatic salinity balancing device for seawater ornamental fish culture, belong to aquaculture technical field, including support seat, the support seat outer wall slidingly connected with glass culture box, the glass culture box outer wall is fixedly connected with overflow pipe, the support seat outer wall is fixedly connected with recessed frame, the recessed frame top wall is fixedly connected with support frame, further include: stirring subassembly, the stirring subassembly includes fixedly connected with the mixing bucket of support frame outer wall, the mixing bucket top wall is fixedly connected with drive motor A, the drive motor A output end is fixedly connected with rotating rod, and the rotating rod is rotatably connected with mixing bucket, the rotating rod outer wall is fixedly connected with evenly distributed stirring rod. In the utility model, by setting the stirring rod and inclined plate cooperation in stirring subassembly, can make salt and water fast, evenly mix, avoid local salt concentration too high, prevent causing harm to fish.

This utility model discloses a vertical microbial agent addition and mixing machine for organic fertilizer production, relating to the technical field of organic fertilizer production equipment. It includes a mixing cylinder assembly comprising a mixing cylinder body 9, a top bridge plate 3, and a bottom surface 11. The top bridge plate 3 and the bottom surface 11 are respectively disposed at the upper and lower ends of the mixing cylinder body 9. It also includes a power assembly, a downward conveying assembly, an upward tilting assembly, and a cylinder wall scraping assembly. The power assembly is disposed within the inner cavity of the mixing cylinder body 9 and on the top bridge plate 3. The upward tilting assembly and the downward conveying assembly are respectively disposed on the power assembly within the inner cavity of the mixing cylinder body 9. The cylinder wall scraping assembly is disposed around the upward tilting assembly and the downward conveying assembly within the inner cavity of the mixing cylinder body 9. It features a simple structure and good mixing effect, and is suitable for uniform mixing after microbial agent addition in various organic fertilizer production processes.

The utility model discloses a kind of mixed devices of sand-containing reflective heat-insulating multicolor coating, including mounting seat, mixed material cylinder and stirring shaft, mixed material cylinder is fixedly installed in mounting seat, mixed material cylinder lower part is inverted triangle, mixed material cylinder upper portion is provided with feeding port, mixed material cylinder bottom is provided with discharge port, mixed material cylinder bottom is rotatably provided with movable baffle at discharge port, stirring shaft is provided with three groups, respectively triangularly arranged rotationally set in mixed material cylinder, each group of stirring shaft is rotatably set with multiple groups of stirring vane in annular array on it.The utility model is characterized in that by setting three groups of stirring shafts triangularly distributed, the rapid mixing of material in mixed material cylinder can be realized, while the mixing effect is better, by setting two groups of movable baffle in discharge port, opening and closing of discharge port can be realized by driving oil cylinder, thereby quick realization of discharging.

This utility model relates to the field of chemical production equipment technology. It provides a variable-diameter tubular reactor, comprising a reaction tube body. The internal cavity of the reaction tube body is spatially divided into a first reaction chamber and a second reaction chamber. The first reaction chamber is located below the second reaction chamber and the two reaction chambers are interconnected. The first reaction chamber has a circulating feed inlet, and the second reaction chamber has a circulating feed outlet. The tube wall of the reaction tube body has several first feed inlets and several second feed inlets, all of which are connected to the first reaction chamber and the second feed inlets are connected to the second reaction chamber. A reaction separation vessel is also provided, connected to the reaction tube body through a circulating feed inlet and a circulating feed outlet. This technical solution solves the technical problems of existing caprolactam ammonium oxime reaction systems, which suffer from numerous connected devices in the external circulation pipeline, leading to complex operation and maintenance, and the insufficient mixing effect of integrated equipment.

This utility model relates to a heavy-duty anti-corrosion powder production and processing equipment, including a tank rotatably mounted between two vertical plates via a rotating shaft. A tilting mechanism is provided on the outer surface of one of the vertical plates, driving the tank to rotate. A tube is mounted on the top of the tank. A first motor is mounted above the tube via a lifting mechanism, which drives the first motor to move vertically up and down. A connecting shaft is connected to the end of the output shaft of the first motor, and the end of the connecting shaft slides through into the tube. A spiral blade is mounted on the outer surface of the connecting shaft, contacting the inner wall of the tube. A plug is installed at the bottom of the connecting shaft, fitting with the bottom outlet of the tube. A second motor is mounted at the bottom of the tank. During the mixing process, the plug can rise and seal the discharge port of the tube, preventing some raw materials from falling into the tube and failing to be mixed when the tank tilts back and forth, thus avoiding localized uneven mixing.

The utility model belongs to injection molding cooling technical field especially, it is a kind of base injection molding cooling device, including injection molding machine and the injection molding mold being arranged in the inside of injection molding machine, the surface of injection molding machine is provided with water cooling mechanism and air cooling mechanism respectively, water cooling mechanism includes water tank and the water cooling plate of fixed mounting in injection molding mold one side surface, the inside of water cooling plate is provided with serpentine pipe, air cooling mechanism includes the air intake being opened in the back of injection molding machine, the surface fixed mounting of air intake has the fan. The base injection molding cooling device, by setting water cooling mechanism and air cooling mechanism, utilize the cooling water's recycling use to carry out temperature reduction to injection molding mold, utilize the air of fan import simultaneously to carry out temperature reduction to the inside of injection molding machine, to further carry out temperature reduction to the surface of injection molding mold, improve cooling efficiency, and utilize spiral stirring paddle to stir the cooling water in water tank, make the cooling water in water tank and the cooling water of reflux can mix quickly accelerate cooling efficiency.

The utility model belongs to medical detection technical field especially relates to medical detection sample concussion mixer, including organism, the top of organism installs clamping mechanism, the clamping mechanism is used for fixing each test tube, the top of organism installs temperature control mechanism, temperature control mechanism is used for the heating or cooling of this device, the clamping mechanism includes the bottom plate of arrangement, the bottom plate of arrangement installs in the top middle part of organism, the top middle part fixedly connected with fixed stub of bottom plate of arrangement, the outside of fixed stub installs two first clamping rings. In the utility model, two first clamping rings and the second clamping ring of each inboard form clamping space, and the multiple springs of middle installation provide elastic support, when rotating the outside rotary round plate, make the threaded rod rotate, and then drive folding board to unfold or shrink, promote first clamping ring and second clamping ring mutual cooperation, realize the fixation to test tube.

This utility model discloses a novel standard mixed gas mixing device, belonging to the field of gas mixing technology, including a support platform; a first limiting component connected to the top of the support platform and limiting the gas cylinder along the width direction of the support platform; a rotating component rotatably connected to the first limiting component to support the gas cylinder and drive the gas cylinder to rotate; a first driving unit, with its fixed end connected to the first limiting component and its output end connected to the rotating component to drive the rotating component to rotate; a second limiting component connected to the first limiting component and correspondingly arranged with the gas cylinder; and a second driving unit, with its fixed end connected to the first limiting component and its output end connected to the second limiting component to drive the second limiting component to move along the length direction of the support platform to limit the gas cylinder.

The utility model relates to the technical field of ceramic processing, and disclose a glaze proportion deployment device for ceramic processing, support frame and deployment frame, the threaded post of support frame bottom, the threaded post slides and connects the support ring, the adjustable support ring height of lift fixing piece of bottom threaded installation can fix the deployment cylinder of top portion, support frame top support post extends upward, passes deployment frame outside baffle and is fixed with bolt, makes deployment frame to hang in the just above deployment cylinder, the outside fixed multiple storage material cylinders of deployment frame top, every storage material cylinder bottom connects corresponding delivery pipe, and the delivery pipe gathers to the center of deployment frame bottom in the form of inclination, and the end points to the inside of deployment cylinder, and the flow control valve on the pipe can control raw material delivery capacity, and the installation cylinder of deployment frame top is equipped with servo motor, and is connected stirring shaft through connecting piece, and the stirring paddle of stirring shaft bottom cylindrical surface is located in deployment cylinder, and starts servo motor, and stirring shaft drives stirring paddle to rotate, and can mix the multiple raw materials in deployment cylinder uniformly.

High activity catalyst catalytic reaction device relates to catalyst production device technical field, including reaction kettle, the main shaft is vertically rotated in reaction kettle, the inner top surface of reaction kettle is installed with several feeding cylinders around the main shaft, several feeding cylinders rotate synchronously through top linkage structure and main shaft, the lower end of feeding cylinder is fixed with a distribution disc, the side wall of feeding cylinder near the lower end is provided with several distribution holes along the circumference, the inner bottom surface of reaction kettle is installed with two stirring structures parallelly, two stirring structures rotate synchronously through bottom linkage structure and main shaft.This utility model overcomes the problem that the catalyst reaction device in traditional technology is limited by single flow mode of material in tank body when stirring and mixing various additives, cannot guarantee that various materials are mixed quickly, and reduces the catalyst reaction efficiency.

The utility model relates to fertilizer mixing technical field, specifically disclose a kind of soil water and fertilizer control mixing all-in-one machine, including fertilizer main pipe, multiple mixing tank and agitator tank, multiple liquid inlet and a liquid outlet are provided on the fertilizer main pipe, multiple the liquid inlet is respectively communicated with multiple mixing tank by connecting pipe, first water pump is installed on the connecting pipe, the bottom of the agitator tank is provided with liquid inlet liquid outlet, the liquid outlet of the fertilizer main pipe is connected with the liquid inlet, vertical solid is connected with cylinder on the bottom plate of the agitator tank, the liquid inlet is arranged in the cylinder, stirring paddle is vertically rotatably mounted in the agitator tank, the paddle of the stirring paddle is arranged in the cylinder, the liquid outlet is connected with irrigation pipeline by liquid delivery pipe, and the device can be fully mixed after multiple water and fertilizer is sent into irrigation pipeline.

This invention provides a method and system for mixing substances inside a magnetically controlled droplet. The method includes: adding a droplet containing the substance to be mixed onto a hydrophobic solid substrate infused with a magnetic fluid, causing the magnetic fluid to rapidly envelop the contacting droplet to form a magnetically responsive liquid shell; controlling the movement of the magnetically responsive liquid shell to drive the movement of the enveloped droplet, thereby accelerating the mixing of the substances inside the droplet. The system includes: a hydrophobic solid substrate and a magnetic fluid spread on the surface of the hydrophobic solid substrate. This invention, by causing the magnetically responsive shell enveloping the droplet to rotate around the droplet, generates shear flow at the two-phase interface, increasing the internal dynamics of the droplet and significantly accelerating the mixing process of the substances inside the droplet.

The utility model discloses a mine water treatment device, including frame and install on the frame mine water treatment box, the upper side of mine water treatment box is provided with the water inlet pipe, and the downside of mine water treatment box is provided with the drain pipe, and the inside surface of mine water treatment box is sequentially provided with a plurality of partition from top to bottom, and the upper and lower two partition boards staggered setting, be provided with a plurality of mix uniformity mechanism in mine water treatment box, and mix uniformity mechanism with partition one -to -one correspondence. Through setting up multiple partition boards in mine water treatment box, can divide the internal space of mine water treatment box, set up one mix uniformity mechanism in each space, and the lime milk processing liquid and mine water in this space are mixed uniformly fast, can be efficient to a large number of mine water processing one time, has improved the processing efficiency of mine water greatly.

The utility model discloses a kind of spraying devices of tower reactor, including tower reactor, spraying assembly and stirring assembly, spraying assembly is installed in the upper portion inside tower reactor by fixed rod, including connecting sleeve, multiple auxiliary conveying pipelines that surround distribution, spraying pump, shower head and flow regulating assembly, flow regulating assembly is made of hinged member and adjusting sealing plate, auxiliary conveying pipeline is connected main conveying pipeline through connecting sleeve, main conveying pipeline is connected conveying pump body through swivel joint, conveying pump body connects liquid pipe, stirring assembly is located below spraying assembly, including driving motor, rotating shaft and stirring blade, rotating shaft top is connected with protective sleeve through swivel joint. The device can realize accurate regulation and uniform spraying of spraying medium, improve mixing efficiency combined with stirring assembly, and has strong corrosion resistance, long service life, suitable for various tower reaction scenes.

The utility model provides a kind of inorganic grouting reinforcement material mixing device, including tank, tank cover is equipped on tank;Hinge seat A is equipped on the bottom surface of tank cover, and telescopic device A is hinged on hinge seat A;When tank cover is covered on tank, telescopic device A is located inside tank;Telescopic device B is equipped on the side of tank, and the free end of telescopic device B is located inside tank;The free end of telescopic device B is slidably connected with the fixed section of telescopic device A. Use the mixing device, it can realize the mixing of component A and component B quickly, efficiently, and can effectively discharge gas in mixed slurry during mixing process.

This utility model relates to the field of solid waste resource utilization technology, and in particular to a negative pressure powder conveying and solidification device for solid waste resource utilization. It includes a workbench, with a vacuum pump fixedly connected to one side of the top of the workbench. The inlet of the vacuum pump is connected to a connecting pipe, one end of which is connected to a filter. The top of the filter is connected to a transmission pipe, and one end of the transmission pipe is equipped with a solidification structure. The solidification structure includes a solidification reactor connected to the transmission pipe. A motor is installed on one side of the top of the solidification reactor, and the output shaft of the motor is fixedly connected to a pulley. This utility model has the advantages of safety and high efficiency. In actual use, the negative pressure generated by the vacuum pump efficiently and stably conveys the powder to the solidification reactor through a closed pipeline. This conveying method not only improves the conveying efficiency of the powder but also reduces material loss and waste during the conveying process.