228results about How to "Increase mixing rate" patented technology

The invention discloses a battery negative electrode material mixing device with cyclic grinding equipment. The battery negative electrode material mixing device comprises a mixing chamber; a discharge pipe is arranged at the bottom of the mixing chamber; a stirring mixing device is arranged inside the mixing chamber; the stirring mixing device is composed of a bottom scraper blade, a through hole, a first vertical rod, a second vertical rod, a stirring shaft, a spiral stirring blade and a stirring motor. The battery negative electrode material mixing device is simple in structure, reasonable in design and convenient to use; due to arrangement of a grinding chamber, materials can be ground, a filter plate at the bottom of the grinding chamber can filter out qualified materials obtained after grinding, then, small and large materials are separated out through an inclined plate, large-particle materials can be input into the grinding chamber again through a cyclic feeding device, secondary grinding treatment is performed, small-particle materials are separated out through the inclined plate to be input into the mixing chamber, and the materials and additives are mixed; the stirring mixing device can greatly increase the material mixing speed, the material production time can be shortened, and the production rate can be increased.

The invention relates to a perampanel freeze-dried oral disintegrating tablet and a preparation method thereof. The perampanel freeze-dried oral disintegrating tablet comprises, by weight, 1-20 parts of a framework propping agent, 1-50 parts of an adhesive, 0.1-8 parts of a freeze drying protection agent and 2-12 parts of perampanel. The perampanel freeze-dried oral disintegrating tablet is convenient for patients to take and improves the medicine taking compliance of epilepsy patients, and the preparation method has the advantages of simplicity and short time.

The invention relates to a medicament mixing device, in particular to a liquid medicament mixing device for ophthalmology. The liquid medicament mixing device for ophthalmology achieves the technicalpurposes of resource saving, convenient operation and high working efficiency. In order to achieve the technical purposes, the liquid medicament mixing device for ophthalmology includes a cross rod and the like; the right end of the top of the cross rod is provided with a first support rod, and the top of the first support rod is provided with a material mixing box; the left side of the top of thecross rod is provided with a left bracket, and the middle of the right side of the left bracket is provided with a driving device; the material mixing box is internally provided with a material mixing device. The liquid medicament mixing device has the advantages of resource saving, convenient operation and high working efficiency. The device works by using the driving device, and drives the material mixing device to mix medicament, and meanwhile, a feeding device adds medicament continuously; the device is shaken to shake the material mixing box, the speed of mixing materials is accelerated,and materials are mixed more evenly.

The ring spouted bed with ring-direction multiple spouts and V-shaped reduced flow chamber comprises: forming ring space by two concentric stand cylinders with shaft as center, arranging wind-distribution mechanism with pressure-stabilization wind chamber on ring space bottom, arranging transient cone connected to outlet pipe and rotation taper distributor connected to top motor by center shaft respective on lower and top of inner cylinder; arranging spiral dumper on bottom of inner cylinder and stirring blade on shaft; wherein, material passes the distributor by feeding pipe, added-pressure liquid enters wind-distribution mechanism through wind chamber to spay into ring space. This invention has compact structure, high heat-transfer effect, boosts gas-solid heat exchange rate, and reduces pressure loss.

The invention discloses a drug mixing device for the internal medicine. The drug mixing device comprises a horizontal main plate, wherein two vertical support rods are arranged on one side wall of themain plate; two vertical struts are arranged on the other side wall of the main plate; the ends, away from the main plate, of the two struts are fixedly connected with a first drug adding box and a second drug adding box respectively; a first drive motor is arranged on the outer wall of one side of the first drug adding box; an output shaft of the first drive motor penetrates one side wall of thefirst drug adding box and is connected with a first stirring shaft; first blades are arranged on the first stirring shaft; a vertical first drug adding pipe is arranged in the first drug adding box and penetrates one side wall of the first drug adding box. Solid drugs can be smashed, working angles of the blades can be changed, solid drugs with higher density and solid drugs with lower density can be driven to move, and the drug mixing degree is increased.

The invention discloses a manufacturing device for producing a weather-resistant environment-friendly anticorrosive coating. The manufacturing device comprises a mounting support, wherein a dispersingbarrel is fixedly connected to one end of the top of the mounting support; a fixed mounting rack is fixedly connected to the middle part of the top end of the dispersing barrel; a dispersing motor isfixedly connected to the middle part of the top end of the fixed mounting rack; the input end of the dispersing motor is electrically connected with the output end of a mains supply; and an efficientdispersing and discharging mechanism is arranged on the inner side of the dispersing barrel. According to the invention, powdery raw materials are added into the dispersing barrel through a materialadding port; under the action of a driving gear and a rotating gear ring, the rotating gear ring, a connecting inclined rod, a mounting ring and a dispersing rotating shaft are driven to rotate in opposite directions, and therefore, stirring vertical plates, stirring arc plates and a mounting ring on the dispersing rotating shaft rotate in opposite directions in the dispersing barrel at the same time; and thus, efficient stirring in the dispersing barrel is achieved, the mixing rate of raw materials in the dispersing barrel is increased, the mixing time of anticorrosive paint is shortened, andthe processing efficiency of the anticorrosive paint is improved.

The invention discloses a concrete mixer which comprises a shell, a baffle, a liquid throwing box, a stirring rod and a water pipe. A feeding inlet is formed in the center of the top of the shell, and a discharging outlet is formed in the lower portion of the shell. A first round opening is formed in the top of the baffle. A second round opening is formed in the top of the liquid throwing box; multiple first through holes are formed in the lateral wall and the bottom of the liquid throwing box at intervals; the liquid throwing box is inserted into the first opening; the top of the liquid throwing box is flush with the top of the baffle. The top of the stirring rod is fixedly connected with the bottom of the liquid throwing box. At least two first stirring blades are arranged in the middle of the stirring rod. One end of the water pipe is connected with a liquid storage box, the outer wall of the other end of the water pipe is provided with two protrusions in the axial direction of the other end of the water pipe in a spaced mode, the inner walls of the two protrusions are fixedly connected with the outer wall of the other end of the water pipe, the other end of the water pipe penetrates through the second opening to extend into the liquid throwing box, and the two protrusions are located inside and outside the liquid throwing box respectively. Liquid raw materials and solid raw materials can be dispersed evenly, and the stirring efficiency and quality of a mixture are improved.

The invention belongs to the technical field of stirring equipment, and discloses a combined paddle stirring device. The combined paddle stirring device comprises a stirring tank and a stirring shaft,wherein the stirring shaft is vertically disposed inside the stirring tank, the stirring shaft is provided with an inclined blade paddle and at least one folded blade paddle, and the inclined blade paddle is arranged above the folded blade paddles; each folded blade paddle includes an inclined folded blade paddle body and a vertical folded blade paddle which is connected with the corresponding inclined folded blade paddle. The inclined blade paddle is combined with the folded blade paddles, radial and axial driving forces on fluid are generated by using the inclined blade paddle, and interaction between the inclined part and vertical part of each folded blade paddle is combined, so that the axial discharge capacity of the stirring paddles is increased, suspension of particles off the bottom is driven effectively, the mixing rate of materials in the stirring device is improved, the mixing time is shortened, surface aeration and power consumption are reduced, and the problem of poor mixing ability in axial and radial directions of an existing combined paddle stirring device is solved.

The invention discloses a bidirectional helical ribbon stirring type inner and outer heating water-cooling emulsifying machine and belongs to the technical field of emulsifying machines. The bidirectional helical ribbon stirring type inner and outer heating water-cooling emulsifying machine comprises upper and lower stirring motors, wherein a universal shaft coupler is mounted at an output end ofthe stirring motor at the upper side; a first stirring paddle is inserted into an inner cavity of a pot body; the pot body is sequentially provided with a heat-insulation shell, a heating middle layerand an inner layer from outside to inside; a bidirectional helical ribbon is arranged on an inner wall of the pot body through first stirring paddle blades; a main pot steam inlet is formed in the top of an outer wall at the left side of the pot body. The device is convenient to operate; the stirring motors drive a transmission mechanism and bidirectional stirring is realized through a gear mechanism; multi-phase materials in the pot body can be more uniformly mixed through bidirectional helical ribbon stirring and the speed is more rapid; each first stirring paddle blade is of a pore structure, so that the mixing speed of the materials in a stirring process is easy to improve; the heating speed is more rapid through simultaneous inner and outer heating and the heating is more uniform; the consistency of the temperature of the materials in the whole pot body is ensured.

The invention belongs to the technical field of banana planting, and particularly relates to a pesticide spraying device for banana seedling planting. The pesticide spraying device comprises an outerbox body and a mixing box, wherein the bottom of the outer box body is fixedly connected with a bottom plate; and the interior of the outer box body is in sliding embedded connection with the mixing box. According to the device, the inner side of the outer box body is provided with the mixing box, the interior of the outer box body is provided with a push rod, and the push rod is used for adjusting the position of a rotating block, so that two spraying modules are moved to the outer side of the outer box body, banana seedlings on the two sides of the outer box body can be sprayed with pesticides, and the working efficiency of the pesticide spraying device for banana seedling planting is effectively improved; and by rotating the bottom plate, the relative positions of the spraying modules and a bearing plate can be adjusted, so that the application range, corresponding to different terrains and different planting forms, of the pesticide spraying device for banana seedling planting is expanded.

The invention relates to a multi-channel reverse injection type swirl single cone combustor and a use method thereof. The combustor comprises a pulverized coal supply mechanism, a transition channel,a multi-stage air distribution assembly, diversion plates, a stable combustion cavity and a rectifying cavity; the multi-stage air distribution assembly comprises N air ducts, the N air duct is connected with the stable combustion cavity and the rectifying cavity in sequence to form a combustor body, the pulverized coal supply mechanism penetrates through the inner part of the combustor body,and the transition channel sleeves the pulverized coal supply mechanism; except for the N air duct, the other air ducts are of double-layer hollow structures, and one end of at least one diversionplate is inserted into the corresponding air duct; at least one direct current channel is formed between each diversion plate and the stable combustion cavity, flaring is formed in the other end of each diversion plate, and the angle of the flaring is the same as the angle of the stable combustion cavity. The combustor adopts the design of the multi-stage air distribution assembly, air is dividedinto N strands to enter the combustor body, and the turbulence intensity at the airflow boundary is strong, so that the air and powder mixing rate is strengthened, pulverized coal ignites stably, andhigh-efficiency and low-nitrogen combustion of the pulverized coal can also be guaranteed.

The invention relates to a manufacturing method for an ultraviolet-proof flower-in-water fabric. The manufacturing method comprises the following steps: S1, dyeing of a raw fabric; S2, surface dyeing removal; S3, fabric printing: printing designed patterns on a basic fabric by using a printer, and printing floating printing paste on the designed patterns to form designed floating printing patterns; S4, fabric treatment; and S5, padding treatment: impregnating the flower-in-water fabric obtained in the S4 step in padding liquid used in ultraviolet-proof treatment, carrying out single-dipping and single-nipping procedure, and drying at the temperature of 142-148 DEG C to obtain the ultraviolet-proof flower-in-water fabric, wherein the mangle expression is greater than or equal to 82%. The manufacturing method for the ultraviolet-proof flower-in-water fabric has the advantages of environmental protection, uniform color, washing resistance and good ultraviolet isolation property.

The invention discloses a printing ink hot-stirring device which includes a pedestal, a barrel body, a driving unit, and a stirring unit, wherein the barrel body includes an external barrel and an internal barrel disposed therein. The stirring unit includes a first stirring member arranged vertically and a plurality of second stirring members arranged transversally, wherein the second stirring members are disposed in the internal barrel. The internal barrel is provided with a transmission mechanism, which drives the second stirring members to rotate during rotation of the first stirring member. A heating channel is formed between the internal barrel and the external barrel and is filled with hot water. By filling the heating channel with hot water, the printing ink can be heated well during a mixing and stirring process, thus greatly improving the mixing effect of raw materials, and further improving the quality of the printing ink. Due to the hot water heating mode, temperature of a barrel arm of the internal barrel is not excessively high, so that coking of graphite sticking on the wall of the internal barrel can be prevented, thus further improving the quality of the printing ink.

The invention discloses medical cell culture equipment and a cell culture method, which relate to the technical field of cell culture. The equipment comprises an incubator, a sealing cover is hinged to the top surface of the incubator; two operation holes are fixedly formed in the end surface of the incubator; rubber operation gloves are mounted on the surfaces of the two operation holes; the interior of the incubator is divided into a culture cavity and a transfer cavity through a partition plate; a transfer hole is formed in a communication part of the culture cavity and the transfer cavity;a sealing door mechanism is fixedly mounted on the inner wall of the culture cavity; one surface of the sealing door mechanism is slidably sealed with the transfer hole. Through the design of the transfer cavity, the sealing door mechanism and a positive-pressure air blowing assembly in the incubator, the probability that external impurity-containing and bacterium-containing air enters a culturedish can be effectively reduced in a cavity separation and positive-pressure air blowing mode during sampling of the equipment, and the normal environment during cell culture can be effectively guaranteed through reduction of the pollution probability.

The invention relates to a double-channel combustor with thick pulverized coal and thin pulverized coal being separated and a use method thereof. The double-channel combustor with the thick pulverizedcoal and the thin pulverized coal being separated comprises a pulverized coal supplying mechanism, a transition channel, an internal secondary air guide duct, an external secondary air guide duct, acombustion stabilizing cavity and a rectifying cavity. The external secondary air guide duct, the combustion stabilizing cavity and the rectifying cavity are sequentially connected. The pulverized coal supplying mechanism comprises an air-pulverized coal pipe and a thick and thin pulverized coal separating device. The air-pulverized coal pipe communicates with the combustion stabilizing cavity. The thick and thin pulverized coal separating device is detachably connected to the air-pulverized coal pipe. The internal secondary air guide duct is coaxially arranged in the outer secondary air guideduct in a spaced manner. The transition channel is coaxially arranged in the internal secondary air guide duct in a spaced manner. The outlet end of the internal secondary air guide duct forms an expanded opening. The angle of the expanded opening is identical with the angle of the combustion stabilizing cavity. By the adoption of the double-channel combustor with the thick pulverized coal and the thin pulverized coal being separated, air can be divided into internal secondary air and external secondary air to respectively enter the combustor, the internal secondary air is combined with the transition channel to sufficiently mix pulverized coal and air, the external secondary air can form a cooling air layer flowing along the wall face of the combustion stabilizing cavity in the combustion stabilizing cavity, and the wall face of the combustion stabilizing cavity is protected against ash accumulation and coking.

The invention relates to a method for preparing long-chain alkyl ammonium hydroxide by continuous electrolysis. The method comprises the following steps: forming a circulation loop by virtue of an anode compartment, an anode static mixer, a heat exchanger and an anode circulating pump; forming a circulation loop by virtue of a cathode compartment, a cathode static mixer, a heat exchanger and a cathode circulating pump; carrying out electrolysis under a certain electrolytic condition; opening an anode charging pump while the electrolytic rate is gradually reduced; mixing a high concentration alkyl ammonium hydrogen carbonate aqueous solution and a low concentration anode liquid in an anode storage tank by virtue of the static mixer and feeding into the anode compartment to maintain the concentration of the anode compartment so as to ensure a relatively high electrolytic rate; and when the cathode liquid reaches a certain concentration, conveying the alkyl ammonium hydrogen carbonate aqueous solution to a product temporary storage tank by virtue of the cathode circulating pump. The method provided by the invention has the advantages of being free of pollution in the preparation process, low in cost and high in product impurity and can be continuously and industrially produced.

The invention belongs to the technical field of construction material processing, and particularly relates to a mixing process production device for construction. The mixing process production devicecomprises a framework and a base, wherein at least three first mixing units and second mixing units are arranged in the framework; the first mixing units and the second mixing units are alternately arranged and located on a same vertical line; each first mixing unit comprises a first pushing plate and a first elastic belt; the first pushing plate and a second pushing plate are respectively fixedlyconnected onto corresponding discs by virtue of the first elastic belt and a second elastic belt; the junctions between the first elastic belt and the second elastic belt and the corresponding discsare opposite to each other, so that when the first elastic belt is loosened, the second elastic belt is in a straining state; a first air cylinder is communicated with a first airbag; and the first air cylinder is horizontally arranged, and an extension end of the first air cylinder is fixedly connected with a third pushing plate. By adopting the mixing process production device, the constructionmaterials can be sufficiently stirred and mixed, and the mixing process production device is difficult to damage in the mixing process and is simple and convenient in operation.

The invention relates to the technical field of paint production, and discloses a high-viscosity environment-friendly anticorrosive paint production line. The production line includes a batching tank,the top of the batching tank is opened, a cover plate is arranged above the batching tank, the cover plate is connected with the batching tank through a connecting mechanism, a rotating shaft is arranged in the batching tank, a movable first bearing of the rotating shaft is rotationally connected with a sleeve, one end of the sleeve penetrates through the side wall of the cover plate and extendsoutwards, the sleeve is rotationally connected with the cover plate through a second bearing, a driving mechanism matched with the sleeve and the rotating shaft is arranged at the top of the cover plate, and two U-shaped scraping plates are symmetrically arranged in the batching tank and fixedly connected with the sleeve in a sleeving mode. The mixing speed and the mixing uniformity in the batching tank can be improved, and the paint can be prevented from being bonded on the inner wall of the batching tank, so that the use by people is facilitated.

The invention provides a liquid non-submerged impinging stream reaction device and reaction method. The device comprises a reaction shell and a non-submerged impinging stream reaction component, the reaction shell has a cavity, and the non-submerged impinging stream reaction component is arranged in the cavity for completing a reaction of a jet fluid of a liquid raw material under the action of non-submerged impinging, cavitation and shearing. The device and method provided by the invention utilize the non-submerged impinging stream reaction component to complete the chemical reaction of the liquid raw material in the non-submerged impinging, cavitation and shearing process, so that the reinforcing effect on the liquid raw material fluid can be significantly improved, and the fluid can react efficiently under milder reaction conditions.

The invention provides a micro stirrer driven by a multi-core fiber, comprising a pyramidal multi-core fiber made of a section of multi-core fibers via fused biconical taper and small particles made from composite materials, wherein the small particles are located at the pyramidal end of the pyramidal multi-core fiber; the non-pyramidal end of the pyramidal multi-core fiber is connected with a light source; a plurality of fiber core emergent lights of the pyramidal multi-core fiber simultaneously act on the small particles in a vertical suspension liquid; the upper body of each small particle is a sphere and a rotating shaft which are made from materials with lower density; and the bottom of the each small particle is of a windmill-shaped structure with a plurality of wings made from materials with higher density. The micro stirrer provided by the invention has the characteristics of small volume, light weight, simple structure, low price, easiness in operation, high mixing efficiency, benefit of the reduction of reagents, and the like and can be widely applied to the fields of biology and chemistry.

The invention discloses a fermented feed humidifying device convenient for discharging, and belongs to the field of feed processing equipment. The fermented feed humidifying device comprises a shell body and shock-absorbing bases, wherein the shell body is arranged as a hollow cylinder; an upper end cover is arranged at the position of an opening in the top of the shell body; the upper end cover is fixedly connected with the shell body through the mutual screwing of bolts and nuts; a feed hopper and a driving and spraying device are arranged on the upper end cover; the feed hopper is arrangedon the left side of the upper end of the upper end cover; a humidifying chamber and a discharging chamber are arranged in the shell body; the humidifying chamber is located above the discharging chamber; a discharging rotation shaft is horizontally arranged in the discharging chamber; helical blades are arranged on the discharging rotation shaft; a discharging pipe is arranged on the right side ofthe shell body; and the discharging pipe communicates with the right side of the discharging chamber. The fermented feed humidifying device disclosed by the invention is reasonable in structure design; through the arrangement of the driving and spraying device and the stirring device, the humidifying effect of fermented feeds is more uniform and the production quality of the fermented feeds is improved; and through the arrangement of the discharging device, the fermented feeds can be automatically discharged, and time and labor are saved.