26results about How to "Improve dissolution efficiency" patented technology

This utility model discloses an aeration device for aquaculture, including a floating hull, a motor, and a water-spraying impeller. An aeration pipe is installed at the bottom of the floating hull. The motor is fixedly mounted on the floating hull, and the water-spraying impeller is fixedly mounted on the output shaft of the motor. The floating hull includes a buoy and a connecting rod. The motor and the buoy are fixedly connected via the connecting rod. A water-shoveling blade is installed on the side end face of the water-spraying impeller, and an axial flow impeller that cooperates with the aeration pipe is installed at the bottom of the impeller. This utility model has the advantages of synergistic surface water-spraying aeration and deep aeration, high air-water mixing efficiency, low energy consumption, and adaptability to different water depths, solving the problems of stratified aeration, oxygen deficiency at the bottom layer, and high energy consumption in traditional equipment.

This invention discloses a herbal compound-based hair growth and anti-hair loss conditioning cream and its low-temperature preparation process, relating to the fields of cosmetics and scalp care technology. Specifically, it is a herbal compound-based hair growth and anti-hair loss conditioning cream and its low-temperature preparation process. The conditioning cream contains, by weight, herbal active ingredients such as ginseng, arborvitae leaf, duckweed, soapberry, angelica, chuanxiong, rosemary, ginger, asarum, and mulberry bark, as well as functional and matrix excipients such as sodium hyaluronate, cocoyl glucoside, carbomer 940, phenoxyethanol, and ethylhexylglycerin. Its preparation process employs low-temperature treatment throughout, including low-temperature extraction at room temperature to 50℃ and ultrasonic extraction at 200-800W, as well as low-temperature blending with low-speed stirring at 25-40℃, effectively preserving the active herbal ingredients. This product can improve scalp microcirculation, repair hair follicles, and regulate sebum secretion, suitable for various types of hair loss, while also relieving scalp itching and repairing damaged hair.

The utility model discloses a water -soluble fertilizer dilution and filter equipment, including bearing cylinder, pour water -soluble fertilizer into the inside of bearing cylinder, connect fixed with the water pipe and water injection pipe and inject water to the inside of bearing cylinder, and water flow will flow out through the bottom end of water injection pipe and impact the water -soluble fertilizer in the inside of bearing cylinder, are used for the dissolution dilution of water -soluble fertilizer, and the water after dissolving will flow to the inside of dilution barrel through the water leakage hole, and can filter water -soluble fertilizer through bearing cylinder, prevent water -soluble fertilizer containing other insoluble material and affect the quality of water -soluble fertilizer solution, need not again to the solution of stirring after water injection, improve the dissolution effect, in the water injection process, the stirring shaft will rotate, and the stirring rod on the stirring shaft can agitate the water -soluble fertilizer in the inside of bearing cylinder, improve the dissolution efficiency of water -soluble fertilizer, need not again to the solution of stirring after water injection, improve the dissolution effect, simultaneously, the stirring vane can stir the solution in the inside of dilution barrel, improve the mixing uniformity effect of solution.

The utility model discloses a kind of urea supply speed efficient control device, it is related to urea supply technical field;And the utility model includes mixing barrel, the top end one side of mixing barrel is fixedly installed with feeding pipe, the top end one side of feeding pipe is fixedly connected with bunker, the inside rotation of feeding pipe is connected with helical blade, the one side fixed connection of mixing barrel top is with mounting plate;By variable speed motor drive helical blade and gear one rotation, the urea granule inside bunker is quantitatively transported, simultaneously utilize gear one and gear two meshing connection, drive agitator to rotate, urea inside feeding pipe is transported and stirred simultaneously, prevent urea granule from caking or adhering to bin wall in the inside of feeding pipe, ensure the smoothness of discharging, and by adjusting the rotational speed of variable speed motor control the rotational speed of helical blade, to control the discharging speed of urea granule inside feeding pipe, avoid the problem of manual feeding labor intensity of operator.

This invention discloses a sonodynamic synergistic thrombolysis system and its application. The system includes a tissue plasminogen activator variant, a sonosensitive agent, and an ultrasound source. The tissue plasminogen activator variant is an intravenously administered formulation, the sonosensitive agent is an intravenously infused formulation, and the ultrasound source is used to emit ultrasound during sonosensitive agent administration to activate the agent. This invention significantly improves thrombolysis efficiency and reduces thrombolytic agent dosage and bleeding risk through the dual synergistic effect of TNK-tPA enzymatic hydrolysis and sonodynamic chemical oxidation. The system can significantly improve vascular recanalization rate and blood flow velocity recovery rate, and has high biocompatibility. This invention is applicable to thrombolytic treatment of various thrombotic diseases and has the advantages of simple operation, strong targeting, and wide application range.

This invention belongs to the field of die-cutting technology and relates to a method for recycling and reusing adhesive-coated products. The method includes the following steps: collecting defective adhesive-coated products from a waste bin; placing the defective products into an adhesive removal device and immersing them in an adhesive removal solvent; ultrasonically removing the adhesive without a substrate; and then washing and drying to obtain the de-adhesive-coated product. Compared with existing technologies, this invention enables the recycling and reuse of defective adhesive-coated products, reduces waste disposal, and saves significant costs.

This utility model discloses a waste salt regeneration and dissolution reactor belonging to the field of waste salt regeneration and dissolution technology. It includes a reactor body and a feed tank. A baffle plate is provided at the bottom of the feed tank, and the baffle plate has filter holes inside. A heating ring is fixedly connected to the bottom of the reactor body. A pressure plate is movably connected to the top of the feed tank. A stirring device is provided inside the reactor body. A discharge pipe is provided on the right side of the reactor body, and a pusher plate is provided inside the discharge pipe. A discharge port is provided at the bottom of the discharge pipe. By moving the pusher plate to the right inside the discharge pipe, the top of the discharge port is exposed, facilitating automatic feeding control and preventing incompletely dissolved waste salt from flowing out of the discharge pipe. The feeding operation is convenient and quick. The motor, rotating shaft, stirring rod, and scraper can accelerate the dissolution efficiency of waste salt while scraping off the salt adhering to the inner wall of the reactor body. This not only avoids resource waste but also prevents the formed salt layer from affecting the heating effect of the heating ring.

This utility model relates to the field of chemical equipment technology and discloses a raw material dissolving device for pyromellitic dianhydride, including a dissolving tank with a double-layer jacket structure, the outer layer being an insulation layer and the inner layer being made of corrosion-resistant stainless steel; a temperature control structure disposed inside the dissolving tank; and a mixing structure disposed inside the dissolving tank. In this raw material dissolving device for pyromellitic dianhydride, the heat transfer oil is poured into the cavity through the inlet pipe via the temperature control structure. Then, a programmable controller activates the temperature controller to control the heating of the spring heating tube. The double-layer jacket design, with the inner layer being made of corrosion-resistant stainless steel and the outer layer being an insulation layer, and the jacket being a cavity, along with the temperature sensor installed on the inner wall of the dissolving tank, allows for real-time monitoring of the internal temperature of the dissolving tank, which is then adjusted by the temperature controller.

The utility model discloses a kind of mixed devices of reagent feeding for sewage treatment, including mixing tank body and jar cover, the top of jar cover is equipped with injection port, the side of mixing tank body is equipped with drain, the side of injection port is equipped with liquid medicine injection port, the side of liquid medicine injection port is equipped with pulverizing box, the top of pulverizing box is equipped with feed inlet, the inside of pulverizing box is equipped with pulverizing mechanism, the bottom of jar cover is installed with high -efficient stirring mechanism, sewage can be injected into mixing tank body from injection port in the utility model, solid medicine enters through the feed inlet of the top of pulverizing box, fall into jar after being crushed by pulverizing mechanism, liquid reagent can be injected from liquid medicine injection port, high -efficient stirring mechanism can be started subsequently to fully stir and mix medicine and sewage in mixing tank body, treated sewage can be discharged from drain, and then by above structure, reagent dissolution efficiency and mixing uniformity can be improved, ensure the effect of sewage treatment.

This utility model discloses a hydrogen-rich water device with adjustable hydrogen-water mixing, including a pure water tank, a pure water circulation pump, an electrolyzer, a gas-water separator, and a buffer tank. The electrolyzer and gas-water separator are equipped with an anode, a cathode, and a proton exchange membrane. A motor mounted on the buffer tank drives a high-pressure hydrogen dissolving rod to move left and right. Components such as the insertion plate and assembly plate have specific connections and are equipped with sealing sleeves to prevent interference. This device has dual channels for electrolyzing water and drinking water, allowing the human body to drink different water qualities through a series of processes, improving its practicality. Furthermore, the reciprocating motion of the high-pressure hydrogen dissolving rod driven by the motor increases the contact area between hydrogen and water, forming a flow path and vortex, improving the hydrogen dissolution speed and efficiency, resulting in a more uniform hydrogen distribution, reducing concentration gradients, and improving the quality of the hydrogen-rich water and the overall quality of the device.

The utility model discloses a convenient to install's high -efficient energy -conserving oxygen -increasing machine structure, including floating device, driving device and installation component, driving device adopts frequency conversion drive motor, the driving motor's driving shaft bottom end is installed with helical impeller, floating device adopts three arc float, installation component includes circular protective cover, conical fairing, conical base, triangular support frame, inner support sleeve, the cavity between circular protective cover, inner support sleeve between arc float installation saves space, stable support is not easy to roll over, and arc float automatically adapts to water level, and oxygen -increasing machine installation is convenient, and personnel can complete installation just by placing oxygen -increasing machine in the corresponding position of aquaculture water area and connecting power supply, greatly reduce the labor intensity of user, through the conical base installation in inner support sleeve bottom end center, effectively avoid the water level of aquaculture water area too low and cause helical impeller to sink into silt and sand, and the structural design is reasonable, and the practicability of oxygen -increasing machine has been increased.

The present application relates to the technical field of bioengineering, and particularly relates to a fermented liquid of Gomphrena yatschekii, a fermentation method and application thereof.The present application provides a fermentation method of Gomphrena yatschekii, comprising the following steps: (1) mixing Gomphrena yatschekii with mixed enzymes for enzymolysis, and sterilizing to obtain an enzymolysis liquid of Gomphrena yatschekii; (2) mixing the enzymolysis liquid of Gomphrena yatschekii with a compound microbial agent for fermentation, and filtering and sterilizing after fermentation to obtain a fermented liquid of Gomphrena yatschekii; the compound microbial agent is Lactobacillus plantarum LZU-J-TSL6 and Lactobacillus plantarum LZU-J-QA25.After fermentation by the method, the effective components in Gomphrena yatschekii are fully dissolved, the drug activity is improved and increased, the body can rapidly absorb the drug, inflammation and oxidative stress can be regulated, and gastric ulcer can be resisted.

The utility model provides a steel strand anchorage segment peeling and oil removing device belongs to oil removing device technical field to solve the problem that the oil removing agent has affected the dissolution efficiency of the oil on the surface of steel strand and the oil removing efficiency of steel strand, including liquid storage tank, the front and rear two end surfaces of liquid storage tank are provided with wire guide groove, the peeling auxiliary mechanism sets up the outside of liquid storage tank front end surface, the cover plate is inserted in the top end surface of liquid storage tank, the filter screen frame is up and down slidingly arranged in the inner end of liquid storage tank, two drive support shafts are rotatably arranged at the lower end of two wire guide grooves, the oil removing auxiliary mechanism is arranged between drive support shaft and filter screen frame, the positioning auxiliary mechanism is arranged in the inside of cover plate, make steel strand and oil removing agent contact fully, increase the contact range of oil removing agent and the surface of steel strand, also improve the dissolution efficiency of oil removing agent to the oil on the surface of steel strand, further improve the oil removing efficiency of steel strand, and the use effect and work efficiency of the device in the actual application process.

The present application relates to the technical field of stirring equipment, in particular to a raw material stirring equipment for light calcium carbonate production and processing, which comprises a filtering assembly, the filtering assembly comprises a protective barrel, a filtering frame is rotatably installed in the protective barrel, a roller is fixedly installed on one side of the filtering frame, an inclined block is slidably connected to one end of the roller, a stirring assembly is communicated with the bottom of the filtering assembly, the stirring assembly comprises a stirring barrel which is communicated with the protective barrel, the purpose of the present application is that the roller is driven to rotate by the filtering frame, when the roller rotates to the inclined block, the roller rolls along the inclined surface of the inclined block, due to the ups and downs of the surface of the inclined block, the filtering frame will vibrate up and down when rotating, so that the quicklime in the filtering frame is vibrated and filtered, the fine quicklime is filtered into the stirring barrel and reacts with the water in the stirring barrel, preventing the reaction of the large particles of quicklime with water, so that the incomplete digestion of the quicklime and water in the local reaction and the coarsening of the particles are prevented.

The application discloses a preparation method and application of a collagen packaging film, and belongs to the technical field of bio-based food packaging materials. According to the method, animal-derived collagen is dissolved in an acetic acid solution with a pH of 3.5-4.5 to form a solution with a concentration of 3-5%, and then 15-25% of genipin and 8-12% of cellulose nanowhiskers by dry weight of the collagen are added in sequence to perform a cross-linking reaction at 35-40 DEG C, so as to construct a three-dimensional network structure. Subsequently, the solution is soaked in 70-80% ethanol containing 0.5-1.5% propyl gallate, and the surface hydrophobicity is improved through the specific combination of phenolic hydroxyl groups and the hydrophobic region of collagen. Finally, vacuum drying and 60-70% humidity environment balancing treatment are performed, so that the degradable film material with high mechanical strength and moderate waterproofness is obtained. The preparation method is especially suitable for the preservation packaging of chilled meat products, and can effectively prolong the shelf life of food while maintaining the biodegradability of the material.

This utility model discloses a dissolving device for the production of spandex binder, relating to the technical field of spandex binder production equipment. It includes a mixing tank, a tank lid, a stirring plate, and a motor. A rotating shaft is rotatably connected to the inner wall of the tank lid. The motor is mounted above the tank lid. The stirring plate is mounted outside the rotating shaft. Multiple protective tubes are connected to the inner wall of the stirring plate. Each of the protective tubes contains a heating element, and multiple heat dissipation fins are connected to the outer surface of the protective tubes. Through the cooperation between the heating elements, protective tubes, and heat dissipation fins, heat is generated by the heating elements. As the stirring plate rotates, it simultaneously moves the protective tubes and heat dissipation fins, allowing the heat released by the heating elements to evenly contact the spandex binder and the mixing medium through the protective tubes and heat dissipation fins, thereby improving the heating efficiency of the spandex binder and the mixing medium, and thus improving the dissolution efficiency of the spandex binder.

The utility model is suitable for industrial waste gas treatment technical field provides an environmental protection type processing device for aluminum profile spraying tail gas, including spray treatment structure, spray treatment structure includes peripheral casing, support column, takes the gear ring, cyclone plate and rotating drum, cyclone plate is obliquely installed in the gear ring inner wall, the gear ring outer wall is engaged with the rotating drum upper end inner wall, the rotating drum is rotatably installed in the peripheral casing inside, filter treatment structure, filter treatment structure is connected with the peripheral casing pipeline, in the utility model, the rotating drum rotates around the support column axis, the gear ring and cyclone plate rotate, utilize centrifugal force effect to separate out solid or liquid particle in tail gas also, so as to realize higher processing efficiency, simultaneously, the clean water that sprays from the nozzle is more evenly distributed in the peripheral casing inside by cyclone plate, increases the contact area and contact time of waste gas and clean water, thereby improves the adsorption and dissolution efficiency of pollutant.

This application relates to a gas dispersing device, which falls under the field of gas dispersion technology. It includes a main pipe, branch pipes, secondary pipes, and branch ducts. The secondary pipes are connected to the main pipe, and the branch ducts are connected to the branch pipes via the secondary pipes. Each branch duct has multiple holes, which are evenly distributed along its length and staggered between adjacent holes. This application improves the dissolution efficiency and uniform distribution of gas in a liquid by employing a hierarchical pipe structure and optimized hole placement design. The device uses multiple evenly distributed and staggered holes to improve the uniformity of gas within the pipe, increase the contact area between the gas and liquid, optimize gas emission and dispersion, ensure uniform gas distribution in the liquid, reduce bubble formation, and guarantee stable gas diffusion and dissolution efficiency. This device can be widely applied in water treatment, aquaculture, and wastewater treatment, significantly improving gas dissolution efficiency.

The application belongs to the technical field of water treatment, and particularly relates to an ultrasonic-assisted micro-nano bubble dispersion and dissolution system for water treatment, which comprises an ozone generation unit, an ultrasonic generation unit, a micro-nano bubble generation unit, a circulating fluidized bed reaction unit and a temperature and pressure control unit. The ozone generation unit comprises an ozone generator, an ozone concentration detector and an ozone conveying pipeline, and the ozone concentration detector is arranged on the ozone conveying pipeline and used for monitoring the ozone concentration conveyed to the micro-nano bubble generation unit in real time. The application integrates the functions of ultrasonic-assisted micro-nano bubble generation, an efficient catalyst system, a circulating fluidized bed reaction and precise temperature and pressure control, realizes efficient dispersion and dissolution of ozone, strengthens the synergistic effect of adsorption and catalytic oxidation, significantly improves the removal efficiency of refractory organic pollutants in water, realizes cyclic utilization of ozone resources, and reduces operation cost and environmental risk.

This invention provides a beverage additive dissolving device and a beverage making machine. The dissolving device includes a container and a solvent supply mechanism. The container is used to receive beverage additives, and the outlet of the container is located at the lowest point of the container. The container also includes a supply port near or located at the lowest point of the container. The supply port is connected to the solvent supply mechanism to ensure that sugar dissolves from the lowest point. Undissolved sugar will continuously accumulate at the lowest point until it is completely dissolved, improving dissolving efficiency and avoiding sugar waste. The container can be used to add sugar or other beverage additives. In conjunction with the solvent supply mechanism, it can produce a variety of beverages to meet the needs of different users.

The application discloses a method for purifying anti-inflammatory components of Dendrobium candidum by using a chromatographic column. Under the assistance of ultrasonic waves and microwaves, an extractant is used to extract anti-inflammatory effective components of Dendrobium candidum, a flocculating agent is used to simply remove particles and part of impurities, and a solubilizing agent is used to assist in back-extracting the effective components into an ethanol solution, and finally, the anti-inflammatory components of Dendrobium candidum are highly purified through two chromatographic columns.

This invention discloses a method for extracting copper and molybdenum from ammonia leaching tailings of molybdenum ore, belonging to the field of comprehensive tailings utilization. Addressing the technical problem of low copper and molybdenum leaching rates in the resource utilization of ammonia leaching tailings of molybdenum ore, this invention specifically includes the following steps: pretreating the ammonia leaching tailings of molybdenum ore using a roasting oxidation method to obtain roasted sand; leaching the roasted sand using a composite leaching system composed of ammonia water and ethylenediaminetetraacetic acid, simultaneously extracting copper and molybdenum from the roasted sand; this invention achieves a copper and molybdenum leaching rate of over 96% from ammonia leaching tailings of molybdenum ore, with a simple process flow, eliminating the need for large amounts of strong acids, strong alkalis, or other highly corrosive reagents, and enabling efficient comprehensive recovery of copper and molybdenum from the tailings, providing technical guidance for the comprehensive utilization of ammonia leaching tailings of molybdenum ore.

The utility model discloses a kind of efficient treatment devices of water environmental pollution control, including mounting seat, the top of mounting seat is fixedly installed with feed cylinder by multiple supports, the feed inlet of feed cylinder is installed with feeding hopper, the top end opening of feeding hopper is equipped with cover, one end of feed cylinder is fixedly installed with speed reducer, linear conveying mechanism driven by speed reducer is provided in feed cylinder;In the utility model, after the required amount of treating agent is introduced into feeding hopper, start speed reducer, the treating agent falling into feed cylinder can be conveyed to feeding pipe by linear conveying mechanism, and it is discharged into crushing box in turn, second shaft drives spindle-shaped grinding roller to rotate in conical grinding groove under the drive of linear conveying mechanism, to crush the granular medicament falling into conical grinding groove into powder, and discharge into sewage from the bottom end opening of crushing box, to effectively improve the dissolution efficiency of granular treating agent in sewage, and feeding hopper is located outside sewage pool, and feeding is more convenient to install.