68results about How to "Stable atomization" patented technology

A carrier is used to carry a liquid, and a high voltage is applied between a discharge end of the carrier and an opposed electrode to emit ionized liquid particles. The carrier has a liquid collecting end opposite to the discharge end to feed the steam of the liquid from a steam generator, condensing the liquid therearound, and feeding the condensed liquid to the discharge end. Accordingly, even when the liquid contains cations such as those of Ca and Mg, the steam of the liquid can extremely reduce the content of these impurities, avoiding the precipitation of the impurities at the discharge end of the carrier to assure stable electrostatic atomization.

A reductant supply device having a reductant injection valve with an injection tip that is fixed to an exhaust pipe on the exhaust gas upstream side of a reduction catalyst, the device directly injecting and supplying an urea aqueous solution which is pressure-fed to the reductant injection valve in a state of a liquid fluid, by controlling opening and closing of the reductant injection valve. The device includes a cooling water circulation passage; a flow rate control valve; a temperature sensor for detecting a temperature at the tip of the reductant injection valve; and a controller for controlling the flow rate control valve based on the temperature at the tip such that the temperature at the tip of the reductant injection valve is maintained at a temperature between equal to or higher than a boiling point of the urea aqueous solution and equal to or lower than 130° C.

The invention discloses an adjustable ultra-fine atomizing nozzle for titanium and titanium alloy melt. A titanium melt passage penetrates a titanium melt flow guide pipe along the axis, a nozzle sleeve is fixed at one end of the titanium melt flow guide pipe through positioning bolts, high-pressure gas source chambers provided with high-pressure gas source inlets are formed among the outer wall of the titanium melt flow guide pipe and the inner walls of the nozzle sleeve which are partitioned by the positioning bolts, the other end of the titanium melt flow guide pipe is contracted gradually, the inner walls of the nozzle sleeve, opposite to corresponding gradually contracted surfaces, respectively comprise two slope surfaces so that a Laval nozzle is formed among the slope surfaces and the gradually contracted outer wall of the titanium melt flow guide pipe, and the positioning bolts adjust the section size of the Laval nozzle. The size of a throat of the Laval nozzle can be adjusted by the nozzle sleeve, Mach number sprayed by high-pressure gas flow is determined by the throat size, and accordingly, the size of round powder particles formed after atomization of titanium and titanium alloy is determined. By the aid of the adjustable ultra-fine atomizing nozzle for the titanium and titanium alloy melt, powder in different particle sizes can be obtained according to needs, so that equipment flexibility is improved, and an atomizing process is stable and easy to control.

The invention discloses a glazing device for tile production equipment. The glazing device for tile production equipment comprises a spray gun, wherein the spray gun is provided with a nozzle; the nozzle comprises a first body (1), a second body (2), a connecting element (3), a fluid channel (4), a mixing oscillation cavity (5), an outlet part (6), a spiral rotor (7), a gas channel, wherein the fluid channel, the mixing oscillation cavity and the outlet part are sequentially arranged in the fluid flow direction, the glazing device is characterized in that the mixing oscillation cavity (5) is internally provided with the spiral rotor (7), the spiral rotor comprises spiral blades (71) and a rotating shaft, the spiral blades are arranged on the periphery of the rotating shaft, the two ends ofthe rotating shaft are connected with guide frames (10) through bearings (72), the two guide frames are positioned on the first body and the second body respectively. Through the design of the spiralrotor and air inlet holes, the glaze liquid/the liquid is atomized into smaller atomized spray in the mixed oscillation cavity, the atomization refinement degree is high, the atomization is uniform and stable, the glaze spraying yield is improved, and the raw material utilization rate is improved.

The invention relates to a silicon-titanium alloy film coat of an air preheater tube and an electrostatic spraying process thereof, and belongs to the electrostatic spraying technology of an environment-friendly, energy-saving and efficient silicon-titanium alloy film air preheater tube. Main components of the coat comprise SiO2, NiO, B2O3, TiO2, Pb2O3, NaO2 and K2O. A preparation method for the coat comprises the following steps: mixing and crushing common silicon-titanium alloy power and K2O to charge the powder, spraying the mixture to an air preheater steel tube under the high pressure of 30 to 120KV by using a positioning gun, heating and cooling the steel tube, and cushioning a high-temperature pad to obtain the coat. The process can realize automatic powder spraying, does not need manpower, obtains workpieces with unlimited lengths, and has the characteristics of environmental protection, energy conservation and high efficiency; due to the addition of K2O, the atomization is stable, the film is coated uniformly, the mass density is high and the thickness is controllable; the manpower and spraying cost are saved, and the service life is prolonged; and the prepared coat is superior to that in a common enamel process and a plastic powder electrostatic spraying process on the aspects of mechanical strength, adhesive force, high temperature resistance, abrasion resistance, acid and alkali corrosion resistance, ageing resistance and the like.

The invention discloses an atomized acid shaft flow simulation platform for gas injection development of a fracture-cavity type oil reservoir. The atomized acid shaft flow simulation platform mainly comprises a double-flow venturi atomization generation device, a shaft flow simulation device and an atomization evaluation device. The atomization generation device comprises an air path system, a liquid path system and an atomization generator; the airpath system comprises an air compressor, an air throttle valve and an air pressure gauge; the liquid path system comprises a high-pressure acid-proof pump, a liquid throttle valve and a liquid pressure gauge; the simulation wellbore is used for being connected with the double-flow venturi atomization generation device and comprises a vertical wellbore, a horizontal simulation stratum and an effusion collecting device. The observation system comprises a nano laser particle size analyzer. The invention also discloses a working method of the atomized acid shaft flow simulation platform for gas injection development of the fracture-cavity type oil reservoir. The simulation platform can be applied to an oil field site, the injection displacement is controlled through the air path system and the liquid path system, the high acid liquor atomization rate is kept according to site construction requirements, the acidification effect of the fracture-cavity type oil reservoir is improved and effective communication of the fracture-cavity type storage and collection unit bodies can be realized.

The invention discloses a heating slurry material printed on a ceramic atomization core, the ceramic atomization core and a production method thereof. The heating slurry material printed on the ceramic atomization core comprises the following components in percentage by weight: 89%-91% of 306 stainless steel nanometer powder, 3.5%-4.5% of 209 glass powder and 5.5%-6.5% of epoxy resin. According tothe heating slurry material, a resistance value is 0.9-1.3 Ohm, between high and low resistance values of the existing ceramic atomization core; and the heating slurry material has fewer components,and is low in cost and simple and convenient to produce. When the ceramic atomization core is atomizing tobacco tar, a resistance variation is within 0.1 Ohm when a user puffs on an electronic cigarette for 600 times; and smog is continuous without breaking, and the ceramic atomization core is good in stability and good in taste. According to the production method of the ceramic atomization core,via many times of baking, high-temperature sintering, cleaning and disinfecting, finally the ceramic atomization core that is safe, non-poisonous, stable in atomization performance and good in taste is acquired.

The present invention is an atomization generating device (13) that atomizes liquid through an atomization generating oscillator (14), which can prevent foreign matter from directly adhering/solidifying on the vibrating surface of the atomizing generating oscillator (13), therefore Stable atomization is possible even in dirty wash water. The specific method is that a container (16) is provided on the vibrating surface side of the ultrasonic oscillator (14), and liquid (15) has been sealed in the container (16); The liquid to be atomized outside the container (16) is atomized.

The invention provides a tableware cleaner, comprising a storage portion arranged in a wash tank for storing the atomized liquid, an ultrasonic vibrator arranged in the storage portion for atomizing the cleaning fluid, and a cleaning agent feeding portion arranged above the storage portion for feeding the cleaning agent into the storage portion, wherein the cleaning agent feeding portion has dripping holes through which the cleaning water can drip to the ultrasonic vibrator. In this way, the block of water at the peripheral of the vibration plane of the ultrasonic vibrator can be eliminated, un-dissolved cleaning agent, orts and the like can be prevented from adhering on the vibrating surface of the ultrasonic vibrator, therefore, the atomizing amount can be prevented from being substantially reduced and the ultrasonic vibrator can be prevented from going wrong.

The invention discloses an acid liquid atomization device for deep acidification of a fractured-vuggy reservoir. The acid liquid atomization device for deep acidification of the fractured-vuggy reservoir comprises a gas path system, a liquid path system and an atomization nozzle; the gas path system comprises a gas inlet and an air compressor; the liquid path system comprises acid liquid inlets, ahigh-pressure acid-proof pump and a double-flow type Venturi tube; air is pressurized by the air compressor and then enters the gas inlet; and acid liquid is pressurized by the high-pressure acid-proof pump and then enters an annular cavity, the annular cavity is used for accumulating the acid liquid, the acid liquid in the annular cavity enters a cylindrical cavity through the acid liquid inletsformed in the wall, acid mist is formed in the cylindrical cavity as the hydrodynamic cavitation effect, the acid mist is constrained by the cylindrical cavity to form acid mist columnar fluid, the acid mist columnar fluid moves at high speed in an atomization generator and is finally sprayed out from the atomization nozzle of the atomization generator, and the atomization nozzle is directly connected with a shaft. The acid liquid atomization device for deep acidification of the fractured-vuggy reservoir has the good high temperature resistance, high pressure resistance and acid resistance, the injection displacement can be controlled through the gas path system and the liquid path system, the high acid liquid atomization rate is kept, and the acidification effect of the fractured-vuggy reservoir is improved.

The invention provides a flame stabilizing device for a TBCC subsonic combustion ramjet engine combustion chamber. The flame stabilizing device for the TBCC subsonic combustion ramjet engine combustion chamber comprises a supporting plate, a cover hood and an on-duty fuel injector bar. The supporting plate and the cover hood are connected together to form a cavity, the on-duty fuel injector bar is arranged in the cavity, the supporting plate has an upper surface and a lower surface, the lower surface has a concave cavity while the upper surface has a convex cavity, the supporting plate has a front cavity and a back cavity, the front cavity is located between the cavity and the back cavity, the front cavity is used for introducing cooling gas, a primary oil way fuel injector bar is arranged in the back cavity, a cooling gas round channel communicating the front cavity with the back cavity is formed between the front cavity and the back cavity, and a cooling gas round channel communicating the front cavity with the cavity is formed between the front cavity and the cavity. By reasonably arranging the fuel supply positions of the on-duty fuel injector bar and the primary oil way and improving the atomizing effect by way of various modes such as pressure atomization, pneumatic atomization and colliding atomization, the ignition property of the TBCC subsonic combustion ramjet engine combustion chamber is improved, the combustion property in a wide range is considered, and the integral property of the TBCC subsonic combustion ramjet engine combustion chamber is improved.

The present invention provides a dishware washing machine comprising a washing groove for accommodating the dishware, a water supply part for supplying water to the groove, an ultrasonic oscillator arranged in the groove to atomize washing water supplied to the groove, a washing agent container part arranged in the groove to cover the oscillator, a partition wall arranged on at least a part of the periphery of the oscillator and higher than the oscillation surface. The washing machine may prevent the washing agent from depositing on bonding on the oscillation surface, may prevent effect to action of the oscillation, which causes greatly decrease of atomizing volume or fault of the oscillator.

The present invention provides a dishware cleaning device comprising a cleaning groove (2) an opening section (2b) and an ultrasonic resonator (18), the cleaning groove (2) contains articles to be cleaned inside, the opening section (2b) is arranged on bottom of the cleaning groove (2b), the ultrasonic resonator (18) is arranged inside the opening section (2b), cleaning water supplied to the cleaning groove (2) is atomized, the ultrasonic resonator (18) slants to make the center of a vibration face higher than lowest section (2c) of higher opening end periphery of the opening section (2b), such that the opening section (2b) facing the inside of the cleaning groove (2) is arranged on bottom of the cleaning groove (2), the invention has above structure, thereby preventing residual offscourings from effecting action of the ultrasonic resonator (18).

The invention discloses a rotary atomizer system, and belongs to the technical field of atomizers. The system comprises a feed liquid distributor, a rotary atomizing wheel and a rotary main shaft, wherein the discharge pipe of the feed liquid distributor corresponds to the atomizing wheel inlet of the rotary atomizing wheel, and second guiding blades are uniformly arranged in the circumferential direction of the inner wall of the discharge pipe at intervals; a nozzle is arranged at the atomizing wheel outlet of the rotary atomizing wheel, an inlet hole is formed in the inner circle inlet section of the nozzle, and the inlet hole is an eccentric variable-diameter hole. The invention aims at overcoming the defects of severe abrasion and nonuniform distribution of feed liquid of atomizers inthe prior art, and provides the rotary atomizer system; the system can ensure that the feed liquid enters the discharge pipe and the atomizing wheel with uniform distribution, so that the feed liquidis atomized uniformly, the nozzle is not easily blocked, and the service life of the atomizer is prolonged.

The invention relates to a multilevel free-type gas atomization spraying tray with the gas self-circulation function. The multilevel free-type gas atomization spraying tray comprises an auxiliary nozzle, a main nozzle and a recycling gas flow guide part. The auxiliary nozzle is connected with the upper end of the recycling gas flow guide part, and the lower end of the recycling gas flow guide partis connected with the main nozzle. A melt channel of the auxiliary nozzle, a melt channel of the recycling gas flow guide part and a melt channel of the main nozzle communicate with one another up and down. A recycling flow guide channel is formed between the recycling gas flow guide part and the main nozzle. The recycling flow guide channel communicates with the melt channel of the main nozzle,and when the main nozzle is installed on a partition plate between a smelting chamber and an atomizing chamber, the recycling flow guide channel can communicate with the atomizing chamber. Compared with the prior art, auxiliary nozzle airflow is used for draining molten steel and further lowering negative pressure of a main nozzle atomization area, main nozzle jacket holes and the recycling gas flow guide part are used for achieving atomizing gas self-circulation, and therefore gas balancing of the main nozzle atomization area is realized, and stable and smooth execution of the atomizing process is guaranteed.