40results about How to "Thorough atomization" patented technology

The invention discloses an atomizer for an electronic smoking set, which comprises an atomizer, wherein an oil suction device, a gasification device and a power supply device are arranged on the atomizer, through holes are arranged on a cover body and a pipe body of the oil suction device, glass fiber beams are arranged in the pipe body, the gasification device comprises a pipe type ceramic seat, a sealing cover for separating an inner cavity is arranged in the ceramic seat, through holes are arranged on the sealing cover, a heating chamber is formed between one side of the sealing cover and the cover body of the oil suction device, the glass fiber beams extending out of the cover body are accommodated in the heating chamber, heating wires are wound and arranged on the glass fiber beams at the place, a protecting device is arranged on the other side of the sealing cover positioned at outlets of the through holes, one end of the protecting device is connected with the heating wires, and the other end is connected with the power supply device. The traditional mode from nickel screen oil suction to glass fiber wire heating is changed, and the direct oil suction by the glass fiber wires is adopted, so that the atomization is more thorough. A temperature protecting device is added, when the temperature of the atomizer per se reaches 85 DEG C, a circuit can be automatically shut off, thus various safety accidents caused by high temperature can be prevented.

The invention discloses a power plant coal conveying system environment-friendly type composite dust depositing agent, which comprises the following components by weight: 20-40% of surfactant, 1-20% of coagulation agent, 30-40% of moisture absorbent, 0.1-1% of antifoaming agent and the balance of water. The dilution proportion of the dust depositing agent can be freely adjusted between 1: 200 and 1: 2000, dust depositing can be rapidly realized, and reentrainment of dust can be avoided in a long time.

The invention discloses a bubbler, comprising a body (100), a flow divider (200) and an inserting member (300), wherein the flow divider (200) and the inserting member (300) are installed in the body (100), the body (100) is provided with an air suction hole (110) penetrating through the inside and the outside, a jet flow is formed by a water flow under the action of the flow divider (200) and collides the inserting member (300) to generate an atomization effect and is mixed with air sucked by the air suction hole (110), the inserting member (300) comprises a plurality of bottom-layer clapboards (310), a plurality of middle-layer clapboards (320) and a plurality of upper-layer convex columns (330) which are fixedly connected together, channels (340) are formed between adjacent bottom-layer clapboards (310) and between adjacent middle-layer clapboards (320), and collision surfaces of the upper-layer convex columns (330), the middle-layer clapboards (320) and the bottom-layer clapboards(310) form three layers at intervals along the direction (X). The bubbler has the advantages of increasing a plurality of jet flow collision chances, has excellent water saving effect and full water granules.

The invention discloses a swirl atomizing structure of a single-hole atomizing oil sprayer and further discloses the single-hole atomizing oil sprayer. The swirl atomizing structure comprises a pipe body, a valve seat, a swirl piece and a metering piece, a first mounting groove is formed in the top end of the valve seat, a second mounting groove is formed in the bottom end of the valve seat, and the first mounting groove and the second mounting groove communicate with each other through a valve hole. The swirl piece is tightly attached to the bottom face of the second mounting groove, and themetering piece is tightly attached to the bottom face of the swirl piece. A swirl hole is formed in the swirl piece, and a metering hole is formed in the metering piece. A plurality of swirl grooves are formed in the swirl piece. After a fluid passes through the valve hole, under the effect of the swirl grooves, a fluid beam is impacted to form a turbulent flow or a swirl flow distributed in the swirl groove direction, then when the fluid passes through the metering hole, the atomizing effect is obviously improved, the fluid is more thoroughly atomized, the particle size of atomized particlesis more fine, the fuel oil atomizing effect is improved, mixing and sufficient combustion of fuel oil and air are facilitated, carbon is prevented from being accumulated in a cylinder, and the vehicleemission cleanness is improved. The single-hole atomizing oil sprayer has the beneficial effects.

The invention discloses a water-proof and methanol-proof treatment process for a wood floor. The process comprises the following steps of cleaning the edges of the wood floor, and removing dust pollution; pouring a water-proof agent into a container, and pumping into a nozzle by using a high-pressure pump for spraying; forming a negative-pressure area by using a recovering pump at the mouth of the nozzle, atomizing liquid, and pumping the residual water-proof agent into the container; and making the edges of the wood floor pass through the nozzle at a uniform speed, spraying the atomized water-proof agent onto the edges of the wood floor at a constant speed, sealing edges and curing to form a water-proof methanol-proof protection layer. The water-proof and methanol-proof treatment process disclosed by the invention has the advantages of extremely high water-proofing performance and toxic gas emission resistance, and the problems of wood floor deformation and methanol emission existing in the conventional wood floor can be solved effectively.

The invention provides a three-stage high-vacuum oil filter system, comprising a vacuum separation system, comprising a vacuum tank and an atomizer arranged in the upper space in the vacuum tank. The three-stage high-vacuum oil filter system has the advantages that as an oil circuit outlet is added, oil can be turned into oil droplets more thoroughly and can be atomized better; as an oil circuit is divided into two paths by a Y-shaped oil spout, which is equivalent to a sudden pressure reduction, oil and water gain a wider diffusion range at the oil circuit outlet, atomizing is more thorough, and it is easier to make separation.

The invention discloses a fuel oil dilute oxygen combustion system comprising a furnace body, a heat exchanger, a smoke backflow pipe, a combustion supporting gas pipe and a combustor body. The combustor body is installed on the furnace body. The two ends of the smoke backflow pipe communicate with the combustor body and a smoke discharge pipe correspondingly. The two ends of the combustion supporting gas pipe communicate with the combustor body and the heat exchanger. The heat exchanger is further connected with the smoke discharge pipe. The combustor body is provided with a fuel oil pipe, acompressed gas pipe, a smoke pipe and multiple combustion supporting pipes. The fuel oil pipe, the compressed gas pipe, the smoke pipe and the combustion supporting pipes are all fixed to an installation plate. A fuel oil atomization mixer is arranged at the end, close to the installation plate, of the fuel oil pipe. The fuel oil atomization mixer is provided with a fuel oil hole and multiple compressed gas holes. The fuel oil hole and the compressed gas holes all communicate with a mixing cavity. The fuel oil hole communicates with the fuel oil pipe, the section of the fuel oil hole firstly shrinks and then keeps unchanged in the fuel oil flowing direction, and a flow distributor is arranged at the narrowest position of the section. The compressed gas holes communicate with the compressedgas pipe, and the section of each compressed gas hole shrinks in the compressed gas direction. Spinning disks are arranged at the positions, close to the installation plate, of the smoke pipe and thecombustion supporting pipes. The fuel oil dilute oxygen combustion system is good in atomized fuel oil, smoke and combustion supporting gas mixing, stable in flameless combustion and capable of saving energy.

The invention relates to the field of a spraying device, and aims at providing a multifunctional electrostatic water mist spraying machine for controlling atmospheric pollution. The multifunctional electrostatic water mist spraying machine for controlling the atmospheric pollution comprises a spray rod, a spray nozzle, an electrostatic generator, a liquid pump, a motor, an automatic control device and a water pipe, wherein the motor is connected with the liquid pump, the liquid pump is used for pumping and conveying external liquid to the electrostatic generator through the water pipe, the electrostatic generator is used for charging the liquid, the spraying rod is connected with the electrostatic generator through the water pipe, and the spray nozzle is arranged on the spray rod. The multifunctional electrostatic water mist spraying machine for controlling the atmospheric pollution has the advantages that the water mist charges can be better combined with contaminants in the air, so that the atmospheric pollution in the ambient environment is eliminated; in addition, the spraying device can automatically rotate, meanwhile, the spraying at any angle around the axis can be realized through regulating the transverse and longitudinal directions, the high-space spraying operation can be completed, in addition, the spraying is uniform, the atomization is thorough, small water drops are prevented from being formed around the spray nozzle, the spraying dust removal from top to bottom is realized, and greater space is influenced in once spraying.

The invention relates to the technical field of air pollution treatment, in particular to a fog eliminating and dust reducing device which comprises a pneumatic flow ejector, a nitrogen adding system, a powder adding system, a spraying system and an electric control box connected with components and controlling the same. The nitrogen adding system, the powder adding system and the spraying system are all connected with the pneumatic flow ejector, and a rotary supporting system matched with the pneumatic flow ejector is arranged at the bottom of the pneumatic flow ejector. The fog eliminating and dust reducing device is compact in structure, convenient to operate and suitable for various working condition environments.

An air heating type fuel economizer comprises a casing, a partition plate, a water inlet pipe, a water outlet pipe, a valve, a vacuum chamber, a mandril and a sealing piece. The casing is a hollow pipe with openings at two ends, and a water cavity is arranged in the lateral wall of the casing. The partition plate is arranged in the cavity of the casing and divides the cavity of the casing into an air inlet cavity and an air outlet cavity along the axial direction. Air holes are formed in the partition plate so as to enable the air inlet cavity to be communicated with the air outlet cavity. The water inlet pipe is fixedly arranged on the casing outer wall, and an inner cavity of the water inlet pipe is communicated with the water cavity. The water outlet pipe is fixedly arranged on the casing outer wall, and an inner cavity of the water outlet pipe is communicated with the water cavity. The valve is arranged at the air outlet cavity port position so as to control opening or closing of an air outlet cavity port. The vacuum chamber is arranged on the partition plate. One end of the mandril is fixedly connected with the valve, and the other end of the mandril extends into the vacuum chamber. The sealing piece is arranged at one end of the mandril extending into the vacuum chamber. By heating the air, fuel atomization is thorough, engine power is increased, oil consumption is reduced, energy is saved, and the environment is protected.

The invention discloses a method for producing biomass oil from straws. The method is characterized by comprising the following steps: (1) washing and drying a straw material; (2) crushing the straw material; (3) preparing a straw depolymerization solvent, wherein the volume ratio of organic acid to hydrogen peroxide is 24: 1-22: 3; (4) depolymerizing the straw powder in a solvent under the conditions that the pressure is normal, the temperature is 30-70 DEG C, the solid-to-liquid ratio of the straw powder to the depolymerizing solvent is 1: 12-1: 60, the mechanically stirring rotating speed of 90-150rpm, and the depolymerizing time is 12-48h; (5) filtering a depolymerizing product at normal temperature and normal pressure, and carrying out solid-liquid separation; and (6) rectifying the separated liquid to remove the organic acid solvent, and adding ethanol to prepare the biomass oil.

The invention discloses acetanilide and a high-efficiency synthesis method thereof, and belongs to the field of chemical industry. The high-efficiency synthesis method comprises the following steps: atomizing aniline to obtain a first raw material, mixing concentrated hydrochloric acid and water, then atomizing to obtain a second raw material, sending the first raw material and the second raw material into a mixing chamber, and mixing to obtain a mixed material; stirring a sodium acetate solution, and introducing acetic anhydride into the sodium acetate solution while an inert gas obtained bypreheating the mixed material to 180-200 DEG C is brown into the sodium acetate solution. By the high-efficiency synthesis method, the reaction efficiency is high, the continuity is good, the reactioncan start and stop at any time, and the flexibility is good. The acetanilide is prepared according to the high-efficiency synthesis method, and is high in purity, low in cost and convenient to prepare.